iFace Series User Manual Version: 1.1.7 Date: January 2010

iFace Series User Manual  Version: 1.1.7 Date: January 2010
iFace Series User Manual
Version: 1.1.7
Date: January 2010
About This Manual
This document introduces the user interface and menu operations of the iFace
series. For the installation of the terminal, see iFace Series Installation Manual.
Important Statement
Thank you for purchasing our iFace series terminal. Please read the Product
Instructions carefully before using this product to avoid unnecessary damage to it.
We recommend you to use this product properly so as to achieve the optimal
recognition effect and verification speed.
This manual may not be reproduced, transcribed, whether in part or wholly, and
spread by any organization or individual in any form or by any means without the
prior written permission of our company.
The products described in this manual may contain software in which our company
and their possible owners hold the copyrights. No one shall be entitled to reproduce,
distribute, modify, transcribe, decompile, disassemble, decrypt, reverse engineer,
rent, transfer and sublicense the above-mentioned software in any form or by any
means, and other copyright infringement behaviors unless otherwise licensed by
their respective owners, except and only to the extent prohibited by applicable laws.
Note:Our products are subject to update from time to time, so our company
will neither make a commitment to guarantee the consistency between the
actual products and this document, nor assume any responsibility for any
dispute arising out of the discrepancy between the actual technical
parameters and this manual. This document is subject to change without prior
notice.
CONTENT
1. INSTRUCTION FOR USE .................................................................................... 1
1.1 DISTANCE,FACIAL EXPRESSION AND POSTURE (POSE) WHILE STANDING ................ 1
1.2 ENROLLMENT – FACIAL EXPRESSION ................................................................... 2
1.3 FINGER PLACEMENT .......................................................................................... 3
1.2 USE OF TOUCH SCREEN ..................................................................................... 4
1.3 TOUCH OPERATIONS .......................................................................................... 5
1.4 APPEARANCE OF THE IFACE TERMINAL ............................................................... 6
1.5 MAIN INTERFACE................................................................................................ 7
1.8 VERIFICATION MODES ........................................................................................ 9
1.8.1 Fingerprint Verification ............................................................................. 9
1.8.2 Facial Verification .................................................................................. 12
1.8.3 Password Verification ............................................................................ 16
1.8.4 ID Card Verification................................................................................ 18
2. MAIN MENU ....................................................................................................... 20
3. USER MANAGEMENT ....................................................................................... 23
3.1. ADDING A USER .............................................................................................. 24
3.1.1 Entering a User ID ................................................................................. 26
3.1.2 Entering a Name.................................................................................... 27
3.1.3 Enrolling a Fingerprint ........................................................................... 28
3.1.4 Enrolling a Password ............................................................................. 30
3.1.5 Enrolling a Face..................................................................................... 31
3.1.6 Entering a Group No.............................................................................. 32
3.1.7 Enrolling an ID Card * ............................................................................ 33
3.1.8 Modify User Rights ................................................................................ 34
3.1.9 Enroll Photos ......................................................................................... 35
3.2 EDIT A USER.................................................................................................... 36
3.3 DELETE A USER ............................................................................................... 37
3.4 QUERY A USER ................................................................................................ 38
3.4.1 Query by User ID ................................................................................... 38
3.4.2 Query by Name ..................................................................................... 39
4. COMMUNICATION-RELATED SETTINGS ........................................................ 40
4.1 NETWORK SETTINGS ........................................................................................ 40
4.2 SERIAL PORT SETTINGS ................................................................................... 41
4.3 W IEGAND OUTPUT ........................................................................................... 43
4.3.1 Wiegand 26-bits Output Description ...................................................... 44
4.3.2 Wiegand 34-bits Output Description ...................................................... 45
4.3.3 Customized Format ............................................................................... 47
5. SYSTEM CONFIGURATION .............................................................................. 52
5.1 BASIC PARAMETERS ........................................................................................ 52
5.2 INTERFACE PARAMETERS ................................................................................. 53
5.3 FINGERPRINT PARAMETERS .............................................................................. 54
5.4 FACE PARAMETERS .......................................................................................... 55
5.5 LOG SETTINGS ................................................................................................ 57
5.6 UPDATE .......................................................................................................... 59
6. DATA MANAGEMENT ....................................................................................... 60
6.1 QUERY A RECORD............................................................................................ 61
6.2 W ORK CODE ................................................................................................... 62
7. USB DISK MANAGEMENT................................................................................ 64
8. KEYBOARD DEFINITIONS ............................................................................... 66
9 AUTO TEST......................................................................................................... 69
10 SCREEN CALIBRATION .................................................................................. 71
11 BELL SETTING ................................................................................................. 72
12 ACCESS CONTROL SETTING ......................................................................... 75
13 DATE/TIME SETTING ....................................................................................... 76
13.1 SET DATE/TIME ............................................................................................. 76
13.2 SET DAYLIGHT SAVING TIME (DST) ................................................................. 77
14 SYSTEM INFORMATION .................................................................................. 79
14.1 RECORDS ..................................................................................................... 79
14.2 TERMINAL ..................................................................................................... 79
APPENDIX ............................................................................................................. 80
APPENDIX 1 TEXT INPUT INSTRUCTIONS ................................................................... 80
APPENDIX 2 RULES FOR UPLOADING PROMOTIONAL PICTURES .................................. 82
APPENDIX 3 INTRODUCTION TO WIEGAND ................................................................ 83
APPENDIX 4 PHOTO ID FUNCTION ........................................................................... 84
APPENDIX 5 ATTENDANCE STATUS SELECTION FUNCTION .......................................... 86
APPENDIX 6 STATEMENT ON HUMAN RIGHTS AND PRIVACY ........................................ 87
APPENDIX 7 ENVIRONMENT-FRIENDLY USE DESCRIPTION .......................................... 89
iFace Series User Manual 1.1.7
1. Instruction for Use
1.1 Distance,Facial Expression and Posture (pose) while standing
Recommended standing-distance from iFace
For users 5-6 feet tall (1.5m-1.85m) we recommend users
stand about 2 feet (0.5m) from the wall.
When viewing your image on the iFace display window, step
away if your image appears too bright. Step closer if your
image appears too dark.
Recommended facial Expressions vs. poor Expressions
Recommended Posture (pose) vs. poor Posture (pose)
Note:During enrollment and verification, try to have a relaxed unstrained facial
expression and stand upright.
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iFace Series User Manual 1.1.7
1.2 Enrollment – Facial Expression
During the enrollment, position your head such that your face appears in the center
of the iFace display window. The iFace will prompt you how to move your head.
Follow the voice prompts by first gently turning your head left, then right. Thenyou’re
your head gently down, then up , and so on. There slight variations of head angles
will help the iFace better recognize your face when you attempt verifying:
Look ahead
Turn left
Look at screen
Turn right
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iFace Series User Manual 1.1.7
1.3 Finger Placement
Recommended fingers: The index finger, middle finger or the ring finger; the thumb
and little finger are not recommended (because they are usually clumsy on the
fingerprint collection screen).
Proper finger placement:
The finger is flat to the surface
and centered in fingered guide.
Improper finger placement:
Not flat to the surface
Off-center
Off-center
Slanting
Note:Please enroll and verify your fingerprint by using the proper finger
placement mode. We shall not be held accountable for any consequences
arising out of the degradation in verification performance due to improper
user operations. We shall reserve the right of final interpretation and revision
of this document.
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iFace Series User Manual 1.1.7
1.2 Use of Touch Screen
Touch the screen with one of your fingertips or the top of the forward edge of a
fingernail, as shown in the following figure. A broad point of contact may lead to
inaccurate pointing.
When the touch screen is less sensitive to the touch, you can perform screen
calibration through menu operations. Press [Menu]→ [Calibration] on the screen
and a cross icon will be displayed. After you touch the center of the cross at five
locations on the screen correctly, the system automatically returns to the main menu.
Press [Return] to return to the initial interface. For details, see 10 Screen Calibration
in this manual.
Smear or dust on the touch screen may affect the performance of the touch screen.
Therefore, try to keep the screen clean and dust-free.
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iFace Series User Manual 1.1.7
1.3 Touch Operations
1)
Enter numbers. Press the [User ID] key. The system automatically displays the
number input interface. After entering the user ID, press [OK] to save and
return to the previous interface.
2)
Enter Text. Press the [Name] key. The system automatically displays the text
input interface. After entering the user name, press [X] to save and return to the
previous interface.
3)
Modify parameters. Press the default value of a parameter and the system
automatically switches to another value of this parameter.
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iFace Series User Manual 1.1.7
1.4 Appearance of the IFACE Terminal
Indicator
Touch screen
Push buttons
Fingerprint
collection area
ID card
area
Camera
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iFace Series User Manual 1.1.7
1.5 Main Interface
① Menu
② Time
③ Date
④ 1:1 or 1:G Function Key
⑤ Facial/Fingerprint Switch Key
⑥ Current Group No.
⑦ Facial/Fingerprint Image
⑧Attendance Status
⑨
F1
F2
F3
F4
F5
F6
Screen
Shortcut
⑩ Keyboard Shortcut Keys
①Menu: You can enter the main menu by touching this key.
②Time: Current time is displayed. Both the 12-hour and 24-hour time systems are
supported.
③Date: Current date is displayed.
④1:1 or 1:G Function Key: You can enter the digital input interface of 1:1 or 1:G
verification mode. You can set the “1:1/1:G” shortcut key through ⑨ Screen Shortcut
Keys. This key is automatically hidden if the [Toolbar Style] is set to “Permanent
Display”.
⑤Facial/Fingerprint Switch Key: By pressing this key, you can switch between the
facial and fingerprint recognition modes. You can set the “Facial/Fingerprint Switch
Key” shortcut key through ⑨ Screen Shortcut Keys. This key is automatically hidden
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iFace Series User Manual 1.1.7
if the [Toolbar Style] is set to “Permanent Display”.
⑥Current Group No.: When the terminal is currently in the facial recognition mode,
users in current group can perform facial comparison directly, while users of another
group need to enter the group No. before performing the facial comparison.
⑦Facial/Fingerprint Image: If a facial image is displayed, the terminal is currently in
the facial recognition mode; if a fingerprint image is displayed, the terminal is
currently in the fingerprint recognition mode. You can change current recognition
mode
of
the
terminal
through
⑤ Facial/Fingerprint
Switch
Key,
the
Facial/Fingerprint Key in ⑨ Screen Shortcut Keys or related key in ⑩ Keyboard
Shortcut Keys.
⑧Attendance Status: Current attendance status is displayed. This key is hidden
when ⑨Screen Shortcut Keys are displayed.
⑨Screen Shortcut Keys: Press related shortcut keys to display the attendance
status or enter the functional interface quickly. Users can customize the function of
each shortcut key. For details, see 8 Keyboard.
⑩Keyboard Shortcut Keys: The Keyboard Shortcut Keys have a one-to-one
relationship with ⑨ Screen Shortcut Keys. Press related shortcut keys to display the
attendance status or enter the functional interface quickly.
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iFace Series User Manual 1.1.7
1.8 Verification Modes
1.8.1 Fingerprint Verification
1:N fingerprint verification
In the fingerprint verification mode, the terminal compares current fingerprint
collected by the fingerprint collector with all fingerprint data on the terminal.
1. To enter the fingerprint verification mode
(Figure 1 on the right), you can:
A) Press [Facial/Fingerprint Switch Key] on the
screen, or
B) Press [Facial/Fingerprint] shortcut key on the
screen, or
C) Press the keyboard shortcut key [F6].
2. Press your finger on the fingerprint collector
by adopting the proper finger placement. For
details, see 1.1 Finger Placement.
3. If the verification is successful, an interface
as shown in Figure 2 on the right will be
displayed.
4. If the verification is not successful, an
interface as shown in Figure 3 on the right will
be displayed
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iFace Series User Manual 1.1.7
1:1 fingerprint verification
In the 1:1 fingerprint verification mode, the terminal compares current fingerprint
collected through the fingerprint collector with that in relation to the user ID entered
through keyboard. Adopt this mode only when it is difficult to recognize the
fingerprint.
1. To enter the 1:1 recognition mode, you can:
A) Press [1:1/1:G] on the screen, as shown in
Figure 1 on the right, or:
B) Press [1:1/1:G] shortcut key on the screen,
or
C) Press related shortcut key on the keyboard.
Note: You can enter the 1:1 recognition
mode through B) and C) only after setting a
shortcut key for “1:1/1:G”. For details, see 8
Keyboard.
2.
Enter
user
ID
and
then
press
the
"Fingerprint” icon (Figure 2 on the right) to enter
1:1 fingerprint recognition mode. If the prompt
“Unregistered user!” is displayed, the user ID is
nonexistent or the user ID bearer has not
enrolled his/her fingerprint.
3. Press your finger on the fingerprint collector
by adopting the proper finger placement. For
details, see 1.1 Finger Placement.
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iFace Series User Manual 1.1.7
4. If the verification is successful, an interface
as shown in Figure 3 on the right will be
displayed. 4.
5. If the verification is not successful, an
interface as shown in Figure 4 on the right will
be displayed
.
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iFace Series User Manual 1.1.7
1.8.2 Facial Verification
1:G facial verification
Current group No. is displayed on the facial recognition interface. Users in current
group can perform facial comparison directly. Users of another group can perform
facial comparison only after entering the group No. or selecting it using the shortcut
key. And the system will set the group entered or selected by users to be the current
group instantly.
1. To enter the 1:G recognition mode, you can:
A) Press [1:1/1:G] on the screen, as shown in
Figure 1 on the right, or:
B) Press [1:1/1:G] shortcut key on the screen,
or
C) Press related shortcut key on the keyboard.
Note: You can enter the 1:1 recognition
mode through B) and C) only after setting a
shortcut key for “1:1/1:G”. For details, see 8
Keyboard.
2. Enter user Group No. and then press the
"1:G” icon (Figure 2 on the right) to enter 1:G
fingerprint recognition mode.
3. Compare the facial in a proper way. For details,
see 1.1 Standing Position and Posture, and
Facial
Expression.
Current
Group
No.
is
displayed on the comparison interface, as shown
in Figure 3 on the right.
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iFace Series User Manual 1.1.7
Note: Check whether you are in current
group; if not, return to Step 1.
4. If the verification is successful, an interface
as shown in Figure 4 on the right will be
displayed.
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iFace Series User Manual 1.1.7
1:1 facial verification
In the 1:1 facial verification mode, the terminal compares current facial collected
through the facial collector with that in relation to the user ID entered through
keyboard. Adopt this mode only when it is difficult to recognize the facial.
1. To enter the 1:1 recognition mode, you can:
A) Press [1:1/1:G] on the screen, as shown in
Figure 1 on the right, or:
B) Press [1:1/1:G] shortcut key on the screen,
or
C) Press related shortcut key on the keyboard.
Note: You can enter the 1:1 recognition
mode through B) and C) only after setting a
shortcut key for “1:1/1:G”. For details, see 8
Keyboard.
2. Enter user ID and then press the "1:1 Facial”
icon (Figure 2 on the right) to enter 1:1 facial
recognition mode. If the prompt “Unregistered
user!” is displayed, the user ID is nonexistent or
the user ID bearer has not enrolled his/her face
in the system.
3. Compare the facial in a proper way. For details,
see 1.1 Standing Position and Posture, and
Facial
Expression.
Current
Group
No.
is
displayed on the comparison interface, as shown
in Figure 3 on the right.
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iFace Series User Manual 1.1.7
4. If the verification is successful, an interface
as shown in Figure 4 on the right will be
displayed. The system will return to the main
interface if the verification is not passed within
20 seconds.
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iFace Series User Manual 1.1.7
1.8.3 Password Verification
In the password verification mode, the terminal compares the password entered with
that in relation to the user ID.
1. To enter the password verification mode, you
can:
A) Press [1:1/1:G] on the screen, as shown in
Figure 1 on the right, or:
B) Press [1:1/1:G] shortcut key on the screen,
or
C) Press related shortcut key on the keyboard.
Note: You can enter the 1:1 recognition
mode through B) and C) only after setting a
shortcut key for “1:1/1:G”. For details, see 8
Keyboard.
2. Enter the user ID and then press the "Key”
icon (Figure 2 on the right) to enter password
verification mode. If the prompt “Unregistered
user!” is displayed, the user ID is nonexistent or
the user ID bearer has not enrolled his/her
password in the system.
3. Enter the password and press the “OK” icon
to start the password comparison, as shown in
Figure 3 on the right.
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iFace Series User Manual 1.1.7
4. If the verification is successful, an interface
as shown in Figure 4 on the right will be
displayed.
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iFace Series User Manual 1.1.7
1.8.4 ID Card Verification
Only the products with a built-in ID card module support the ID card verification. The
products with a built-in ID card module support the following two verification modes:
ID Card Only: Users only need to swipe their ID cards for verification.
ID + Facial Verification: After passing the ID card verification, you also need to
perform facial verification.
For the settings of these two verification modes, see 5.5 Attendance Parameters.
ID Card Only
1. If you have your ID card number enrolled in
the system, you can pass the verification by
swiping your ID card at the swiping area in a
proper way.
2. If the verification is successful, an interface
as shown in Figure 1 on the right will be
displayed.
3. If the verification is not successful, an
interface as shown in Figure 2 on the right will
be displayed.
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iFace Series User Manual 1.1.7
ID + Facial Verification
1. Swipe your ID card properly at the swiping
area to enter the 1:1 facial verification mode, as
shown in Figure 1 on the right:
2. Compare the facial in a proper way. For
details, see 1.1 Standing Position and Posture,
and Facial Expression.
3. If the verification is successful, an interface
as shown in Figure 3 on the right will be
displayed. The system will return to the main
interface if the verification is not passed within
20 seconds.
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iFace Series User Manual 1.1.7
2. Main Menu
There are two types of rights respectively granted to two types of users: the ordinary
users and administrators. Ordinary users are only granted the rights of facial,
fingerprint, password or card verification, while administrators are granted the
access to the main menu for various operations apart from having all the privileges
granted to ordinary users.
Press [Menu] on the initial interface to access the main menu, as shown in the
following figure:
Note: Any user can access the main menu by pressing the [Menu] key if the
system is free from administrators. After administrators are configured on the
terminal, the terminal needs to verify the administrators’ identity before
granting them access to the main menu. To ensure terminal security, it is
recommended to set an administrator when using the terminal initially. For
detailed operations, see 3.1.8.
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iFace Series User Manual 1.1.7
The main menu includes ten submenus and three shortcut keys, as shown in the
following figure:
User Mgt.: Through this submenu, you can browse the user information stored on
the terminal, including the user ID, name, fingerprint, facial, card, password, rights
and group No.; add, modify or delete the user information.
Comm.: Through this submenu, you can set related parameters for communication
between the IFACE terminal and PC, including the IP address, gateway, subnet
mask, baud rate, equipment No. and communication password.
System: Through this submenu, you can set system-related parameters, including
the basic parameters, interface parameters, fingerprint, facial and attendance
parameters, to enable the IFACE terminal to meet user requirements to the greatest
extent in terms of functions and display.
Data Mgt.: Through this submenu, you can perform management of data stored on
the IFACE terminal, for example, deleting the attendance record, all data and
promotional pictures, purging management rights and resetting the IFACE terminal
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iFace Series User Manual 1.1.7
to factory defaults.
Dn/Upload: Through this submenu, you can import user information and attendance
data stored in a USB disk to related software or other fingerprint recognition
equipment.
Keyboard: Through this submenu, you can customize six shortcut keys. Related
status will be displayed by pressing related status key.
Auto Test: This submenu enables the system to automatically test whether
functions of various modules are normal, including the screen, collector, voice, facial,
keyboard and clock tests.
Calibration: When the touch screen is less sensitive to the touch, you can calibrate
the screen on the calibration interface through this submenu.
Bell: Through this submenu, you can set the alarm time and duration.
Access: Through this submenu, you can set the parameters of the electronic locks
and related access control devices.
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iFace Series User Manual 1.1.7
3. User Management
Browse the user information, including the user ID, name, fingerprint, face, ID card,
password, rights and the group that the user belongs to. Add, edit or delete the basic
information of users.
Press [User Management] on the main menu interface to display the user
management interface.
①Return to the Menu interface
②Query a user
③Add a user
④Scroll bar
⑤User list area
⑥Character selection area
: The user is an administrator.
: The user has enrolled his/her fingerprint.
: The user has enrolled his/her facial image.
: The user has enrolled his/her ID card.
: The user has enrolled his/her password.
Note:
In User List Area, users are listed in alphabetical order by last name. If you
select a user in User List Area, you can access the editing interface of this
user to edit or delete related user information.
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iFace Series User Manual 1.1.7
In Character Selection Bar, users are listed in alphabetical order by last
name by default and you can locate the desired user quickly. You can press
[Query] to locate and query a user through the user ID. For details, see
Section 3.4 Querying a User.
3.1. Adding a User
Press [Add] on the [User Mgt.] interface to display the [Add User] interface as shown
below.
User ID: Enter a user ID. 1- to 9-digit user IDs are supported by default.
Name: Enter a user name. 12-character user names are supported by default.
Fingerprint: Enroll a user’s fingerprint and the IFACE terminal displays the number
of enrolled fingerprints. A user can enroll 10 fingerprints at maximum.
Face: Enroll a user’s face.
Card: Enroll a user's ID card.
Password: Enroll a user’s password. 1- to 8-digit passwords are supported by default.
Role: Set the rights of a user. A user is set to ordinary user by default and can also
be set to administrator. Ordinary users are only granted the rights of facial,
fingerprint or password verification, while administrators are granted the access to
the main menu for various operations apart from having all the privileges granted to
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iFace Series User Manual 1.1.7
ordinary users.
Group No.: Set the group that the user belongs to. Valid group No.: 1–24.
Photo: Enroll a user’s photo. During user verification, the user’s photo is displayed on screen.
Note: The ID card & photo is an optional function. If you need this function,
please consult our commercial representatives or fore-sale technical support
personnel.
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iFace Series User Manual 1.1.7
3.1.1 Entering a User ID
The IFACE terminal automatically allocates an ID starting from 1 for every user in
sequence. If you use the ID allocated by the IFACE terminal, you may skip this
section.
1. Press [User ID] on the [Add User] interface to
display the user ID management interface, as
shown in Figure 1 on the right.
Tip: The user ID can be modified during
initial enrollment, but once enrolled, it
cannot be modified.
2. On the displayed keyboard interface, enter a
user ID and press <OK> as shown in Figure 2
on the right. If a prompt message “The user ID
already exists!” is displayed, enter another ID.
Tip: The IFACE terminal supports 1- to
9-digit user IDs by default. If you need to
extend the length of current user ID
numbers, please consult our commercial
representatives
or
fore-sale
technical
support personnel.
3. After the user ID is entered, an interface is
displayed as shown in Figure 3 on the right.
Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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iFace Series User Manual 1.1.7
3.1.2 Entering a Name
Enter a user name through the keyboard.
1. Press [Name] on the [Add User] interface to
display the name input interface, as shown in
Figure 1 on the right.
2. On the displayed keyboard interface, enter a
user name and press [X] as shown in Figure 2
on the right. For details of operations on
keyboard
interface,
see
“Keyboard
Instructions”.
Tip: The IFACE terminal supports the 1- to
12-character names by default.
3. After the user name is entered, the interface
is displayed as shown in Figure 3 on the right.
Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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iFace Series User Manual 1.1.7
3.1.3 Enrolling a Fingerprint
1. Press [Fingerprint] on the [Add User]
interface to display the [Enroll Fingerprint]
interface, as shown in Figure 1 on the right.
2.
On
the
displayed
[Enroll
Fingerprint]
interface (as shown in the Figure 2 on the right),
place your finger on the fingerprint collector
properly according to the system prompt. For
details, see “Finger Placement”.
3. Place the same finger on the fingerprint
collector for three consecutive times correctly. If
the enrollment succeeds, the system will
display
a
prompt
message
“Enrolled
Successfully” and automatically return to the
[Add User] interface (as shown in Figure 4 on
the right). If the enrollment fails, the system will
display a prompt message and return to the
[Enroll Fingerprint] interface. In this case, you
need to repeat the operations of step 2.
4. You can back up the enrolled fingerprint of a
user by pressing [Fingerprint]. A user can enroll
10 fingerprints at maximum.
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iFace Series User Manual 1.1.7
5. Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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iFace Series User Manual 1.1.7
3.1.4 Enrolling a Password
1. Press [Password] on the [Add User] interface
to display the password management interface,
as shown in Figure 1 on the right.
2. On the displayed keyboard interface, enter a
password and press <OK> as shown in Figure
2 on the right. Re-enter the password according
to the system prompt and then press <OK>.
Tip: The IFACE terminal supports the 1- to
8-digit passwords by default.
3. After the password is entered, an interface is
displayed as shown in Figure 3 on the right.
Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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iFace Series User Manual 1.1.7
3.1.5 Enrolling a Face
1. Press [Face] on the [Add User] interface to
display the face enrollment interface, as shown
in Figure 1 on the right.
2.On the displayed face enrollment interface
(as shown in Figure 2 on the right), turn your
head to the left and right slightly, raise and
lower your head according to the voice prompts,
so as to enroll different parts of your face into
the system to assure accurate verification. See
1.1 Standing Position and Posture, and Facial
Expression.
3. If your facial image is enrolled successfully,
the system will display a prompt message and
automatically return to the [Add User] interface
(as shown in Figure 4 on the right).
4. Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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iFace Series User Manual 1.1.7
3.1.6 Entering a Group No.
The IFACE terminal enables the facial comparison function by default. During face
enrollment, the IFACE automatically allocates a group No. starting from 1 for every
user in sequence. When the number of users in Group No.1 reaches the upper limit,
the rest users fall under Group No.2 automatically. Up to 100 facial images can be
enrolled in Group No.1 and only 50 facial images can be enrolled in other groups. If
you use the group No. allocated by the IFACE terminal, you may skip this section.
1. Press [Group No.] on the [Add User]
interface to display the group No. management
interface, as shown in Figure 1 on the right.
2. On the displayed keyboard interface, enter
your group No. and press <OK> as shown in
Figure 2 on the right.
Tip: A valid group No. contains 1–24 digits.
3. After the group No. is entered, an interface is
displayed as shown in Figure 3 on the right.
Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
Tip: Please remember your own group No.
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3.1.7 Enrolling an ID Card *
1. Press [Card] on the [Add User] interface to
display the [Enroll Card] interface, as shown in
Figure 1 on the right.
2. The [Punch Card!] interface pops out as
shown in Figure 2 on the right. Swipe your ID
card properly in the swiping area. For details,
see “1.6 Appearance of the IFACE Terminal”.
3. If the card passes the verification, the IFACE
terminal displays a prompt message “Read
Successfully! Card No.: **********”, as shown in
Figure 3 on the right, and returns to the [Add
User] interface. Press [Card] to display the
enrolled card number as shown in Figure 4 on
the right.
4. Press [Save] to save current information and
return to the previous interface. Press [User
Mgt.] to return to the previous interface without
saving current information.
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3.1.8 Modify User Rights
1. On the [Add User] interface, press [Role:
User] to change the user into an administrator,
as shown in Figure 1 on the right.
Note:
There
are
two
types
of
rights
respectively granted to two types of users:
the ordinary users and administrators.
Ordinary users are only granted the rights
of
facial,
verification,
fingerprint,
while
or
password
administrators
are
granted the access to the main menu for
various operations apart from having all the
privileges granted to ordinary users.
2. After the modification is done, the interface is
as shown in Figure 2 on the right. Press [Save]
to save current information and return to
previous interface; press [User Mgt.] to directly
return to previous interface without saving
current information.
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3.1.9 Enroll Photos
If you have enrolled your photo in the system, the system will display your enrolled
photo in addition to your ID and name after you pass the verification.
1. Press [Photo] on the [Add User] interface to
display the photo enrollment interface, as
shown in Figure 1 on the right.
2. On the photo enrollment interface, stand
naturally in front of the screen. For details, see
1.1 Standing Position and Posture, and Facial
Expression. Press [Capture] to display the
photo taken at the lower left corner, as shown in
Figure 3 on the right.
3. After taking the photo, press [Exit] to return to
previous interface.
4. After the photo is taken, the interface is as
shown in Figure 4 on the right. Press [Save] to
save current information and return to previous
interface; press [User Mgt.] to directly return to
previous
interface
without
saving
current
information.
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3.2 Edit a User
Select a user from the User List to enter [User Info] interface.
The User ID cannot be modified, and the other operations are similar to those
performed to add a user. You can re-enroll your fingerprint and facial image, change
your password and modify the management rights and group No.
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3.3 Delete a User
On the [User Info] interface, you can delete all or partial user information.
1. Press [Delete] to delete a user, as shown in
Figure 1 on the right.
2. On the interface displayed (as shown in
Figure 2 on the right), click [YES] to delete
current user and [NO] to return to previous
interface.
3. On the [User Info] interface, press [Name],
[Fingerprint], [Face] or [Password] to delete
related user information.
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3.4 Query a User
To facilitate administrators to locate a user quickly from a large number of enrolled
users, the IFACE terminal enables user query by his/her “User ID” and “Name”.
(Location Search)
3.4.1 Query by User ID
1. Press [Query] on the [User Management]
interface to display the User ID query interface,
as shown in Figure 1 on the right.
2. Enter the user ID on the displayed interface,
and click [OK] (as shown in Figure 2 on the
right) to locate the cursor to the desired user
(as shown in Figure 3 on the right).
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3.4.2 Query by Name
On the [User Management] interface, enter the user name through the “Character
Selection Bar” to locate the cursor to the desired user, as shown in the following
figure:
By selecting a character from the “Character Selection Bar”, you can quickly locate
the users whose names start with this character. Users are listed in alphabetical
order by last name by default.
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4. Communication-related Settings
You can set related parameters for the communication between the IFACE terminal
and PC, including the IP address, gateway, subnet mask, baud rate, equipment No.
and communication password.
4.1 Network Settings
When the IFACE terminal communicates with the PC over Ethernet, you need to
check the following settings:
IP Address: The IP address is 192.168.1.201 by default and can be changed as
required; the IP address of the IFACE terminal and that of the PC cannot be
duplicated.
Subnet Mask: The subnet mask is 255.255.255.0 by default and can be changed as
required.
Gateway: The gateway is 0.0.0.0 by default. If the IFACE terminal and the PC are
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not located in the same network segment, you need to set the gateway.
4.2 Serial Port Settings
When the IFACE terminal communicates with the PC over serial ports
(RS232/RS485), you need to check the following settings:
RS232: This parameter is used to enable or disable the RS232 communication. If
the RS232 communication cables are used, set this parameter to “ON”.
RS485: This parameter is used to enable or disable the RS485 communication. If
the RS485 communication cables are used, set this parameter to “ON”.
Baud Rate: This parameter is used to set the baud rate for the communication
between the IFACE terminal and the PC. It includes five options: 9600, 19200,
38400, 57600, and 115200. The high baud rate is recommended for the RS232
communication to achieve high communication speed, while the low baud rate is
recommended for the RS485 communication to achieve stable low-speed
communication.
Device ID: This parameter is used to set the ID of device from 1 to 254. If the
RS232/RS485 communication is adopted, you need to enter the device ID on the
software communication interface.
Comm Key: To enhance the security of attendance data, you can set a password for
the connection between the IFACE terminal and PC. Once the password is set, you
can connect the PC with the IFACE terminal to access the attendance data only after
entering the correct password. The default password is 0 (that is, no password).
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Once a password is set, you need to enter this password before connecting the PC
software with the IFACE terminal; otherwise, the connection is unsuccessful. 1- to
6-digit passwords are supported.
Note: Considering the massive data including the fingerprint and facial
templates stored in the IFACE terminal, it is recommended to transfer the data
between the IFACE terminal and PC over network to enhance the transfer
speed.
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4.3 Wiegand Output
Wiegand Format: The system has two built-in formats Wiegand 26-bits and
Wiegand 34-bits, and also supports the format customization function to meet
individualized requirements.
Failed ID: refers to the value output by the system upon verification failure. The
output format is subject to the setting of “Wiegand Format”. The default value scope
of Failed ID is 0–65535.
Site Code: The site code is used for customized Wiegand format. The site code is
similar to the device ID, but the site code is customizable and can be duplicated
among different devices. The default value scope of the site code is 0–255.
Pulse Width: refers to the width of the Wiegand pulse in microseconds. The default
value scope of the pulse width is 1–1000.
Pulse Interval: refers to the interval of the Wiegand pulse in microseconds. The
default value scope of the pulse width is 1–10000.
Output: refers to the contents output upon successful verification. You can select the
“User ID” or “Card Number” as the output.
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4.3.1 Wiegand 26-bits Output Description
The system has a built-in Wiegand 26-bits format. Press [Wiegand Format], and
select “Standard Wiegand 26-bits”.
The composition of the Wiegand 26-bits format contains 2 parity bits and 24 bits for
output contents (“User ID” or “Card Number”). The binary code of 24-bits represent
up to 16,777,216 (0–16,777,215) different values.
1
2
Even parity bit
25 26
User ID/Card Number
Odd parity bit
Definition of Fields:
Field
Even parity bit
Meaning
Judged from bit 2 to bit 13. The even parity bit is 1 if the
character has an even number of 1 bits; otherwise, the
even parity bit is 1.
User ID/Card Number
User ID/Card Number (Card Code, 0–16777215)
(bit 2-bit 25)
Bit 2 is the Most Significant Bit (MSB).
Odd parity bit
Judged from bit 14 to bit 25. The odd parity bit is 1 if the
character has an even number of 1 bits; otherwise, the
odd parity bit is 0.
For example, for a user with user ID of 12345, the enrolled card number is
0013378512 and the failed ID is set to 1.
1) When the output is set to “User ID”, the Wiegand output is as follows upon
successful verification:
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00000000000110000001110011
Even parity bit
User ID = Binary code of 12345
Odd parity bit
2) When the output is set to “Card Number”, the Wiegand output is as follows upon
successful verification:
11100110000100011110100000
Even parity bit User ID = Binary code of 0013378512 Odd parity bit
3) The Wiegand output is as follows upon verification failure:
00000000000000000000000010
Even parity bit
Failed ID = Binary code of 1
Odd parity bit
Note: If the output contents exceed the scope allowed for the Wiegand format,
the last several bits will be adopted and first several bits are automatically
discarded. For example, the user ID 888 888 888 is 110 100 111 110 110 101 111
000 111 000 in binary format. Wiegand26 only supports 24 bits, that is, it only
outputs the last 24 bits, and first 6 bits “110 100” are automatically discarded.
4.3.2 Wiegand 34-bits Output Description
The system has a built-in Wiegand 34-bits format. Press [Wiegand Format], and
select “Standard Wiegand 34-bits”.
The composition of the Wiegand 34-bits format contains 2 parity bits and 32 bits for
output contents (“User ID” or “Card Number”). The binary code of 32-bits represent
up to 4,294,967,296 (0–4,294,967,295) different values.
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1
2
Even parity bit
33 34
User ID/Card Number
Odd parity bit
Table 2 Definition of Fields
Field
Meaning
Even parity bit
Judged from bit 2 to bit 17. The even parity bit is 1 if the
character has an even number of 1 bits; otherwise, the
even parity bit is 1.
User
ID/Card
User ID/Card Number (Card Code, 0–4,294,967,295)
Number (bit 2-bit 33)
Bit 2 is the Most Significant Bit (MSB).
Odd parity bit
Judged from bit 18 to bit 33. The odd parity bit is 1 if the
character has an even number of 1 bits; otherwise, the
odd parity bit is 0.
For example, for a user with user ID of 123456789, the enrolled card number is
0013378512 and the failed ID is set to 1.
1) When the output is set to “User ID”, the Wiegand output is as follows upon
successful verification:
0000001110101101111001101000101011
Even parity bit
User ID = Binary code of 123456789
Odd parity bit
2) When the output is set to “Card Number”, the Wiegand output is as follows upon
successful verification:
0000000001100110000100011110100001
Even parity bit
User ID = Binary code of 0013378512
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iFace Series User Manual 1.1.7
3) The Wiegand output is as follows upon verification failure:
0000000000000000000000000000000010
Even parity bit
Failed ID = Binary code of 1
Odd parity bit
4.3.3 Customized Format
Apart from the two built-in formats Wiegand 26-bits and Wiegand 34-bits, the
system also supports the format customization function to meet individualized
requirements.
The customized format consists of two character strings: the data bits and parity
bits. These two character strings need to be defined separately. Data bits define the
number of binary bits output by Wiegand as well as the meaning of each bit. The
data bits output by Wiegand can be a card number (C), site code (s), facility code (f),
manufacturer code (m) and parity bits (p). Parity bits define the check mode of each
bit in data bits and ensure the correctness of data bits during transfer through the
parity check. The parity bits can be set to odd check (o), even check (e) and both
odd check and even check (b). There exists a one-to-one correspondence
relationship between the data bits and parity bits.
For example, the Wiegand26 can be customized as follows:
Definition of data bits: pssssssssccccccccccccccccp
Definition of parity bits: eeeeeeeeeeeeeooooooooooooo
Note: Wiegand26 consists of 26 bits. The first bit is the even parity bit of bits 2 to 13;
th
the 26 bit is the odd parity bit of bits 14 to 25; the second to the ninth bits are the
th
th
site code; the 10 to the 25 bits are the card number.
For details about the Wiegand protocol, see Appendix 3 Introduction to Wiegand.
To customize Wiegand format, proceed as follows:
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1) Select [Define Format] and the [Set] key is then enabled.
2) Press [Set] to display the [User Define Format] interface, as shown in the
following figure:
3) Click the entry box below “Card Format” to display the following interface:
Display input in real-time
Backspace
Display the number of
bits in real-time
Cancel Input
Confirm Input
Clear Input
Characters used to define data bits and their meanings:
c: indicates the card number, that is, the output contents, it can be set to User
ID/Card Number through menu operations.
f: indicates the facility code which is 0 by default. It is not configurable. To modify it,
please contact the equipment supplier.
m: indicates the manufacturer code which is 0 by default. It is not configurable. To
modify it, please contact the equipment supplier.
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p: indicates the parity position.
s: indicates the site code which can be set from 0 to 255 by default.
4) Click the entry box below “Parity Format” to display the following interface:
Characters used to define parity bits and their meanings:
o: indicates the odd check, that is, there is an odd number of 1’s in the bit sequence
(including one parity bit). For example, for 1000110(0), the parity bit is 0 and there
are already three 1’s. After 0 is suffixed to 1000110, there is still an odd number of
1’s.
e: indicates the even check, that is, there is an even number of 1’s in the bit
sequence (including one parity bit). For example, for 1000110(1), the parity bit is 1
and there are already three 1’s. After 1 is suffixed to 1000110, there is an even
number of 1’s.
b: indicates both odd check and even check.
For example: Definitions of several universal Wiegand formats.
Wiegand34
Data bits:pccccccccccccccccccccccccccccccccp
Parity bits:eeeeeeeeeeeeeeeeeooooooooooooooooo
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Note: Wiegand34 consists of 34 bits. The first bit is the even parity bit of bits 2
th
to 17; the 34 bit is the odd parity bit of bits 18 to 33; the second to the ninth
th
th
bits are the site code; the 10 to the 25 bits are the card number.
Wiegand37a
Data bits: pmmmmsssssssssssscccccccccccccccccccp
Parity bits: oeobeobeobeobeobeobeobeobeobeobeobeoe
Note: Wiegand37a consists of 37 bits. The first bit is the odd parity bit of bits 3,
4, 6, 7, 9, 10, 12, 13, 15, 16, 18, 19, 21, 22, 24, 25, 27, 28, 30, 31, 33, 34 and 36;
th
the 37 bit is the odd parity bit of bits 2, 4, 5, 7, 8, 10, 11, 13, 14, 16, 17, 19, 20,
22, 23, 25, 26, 28, 29, 31, 32, 34 and 35; bits 4, 7, 10, 13, 16, 19, 22, 25, 28, 31 and
34 participate in both odd and even parity check. Bits 2 to 5 are manufacturer
code; bits 6 to 17 are the site code; bits 18 to 36 are the card number.
Wiegand37
Data bits:pmmmffffffffffssssssccccccccccccccccp
Parity bits:eeeeeeeeeeeeeeeeeeooooooooooooooooooo
Note: Wiegand37 consists of 37 bits. The first bit is the even parity bit of bits 2
th
to 18; the 34 bit is the odd parity bit of bits 19 to 36; the second to the fourth
th
th
bits are the manufacturer code; the 5 to the 14 bits are facilitate code; the
15
th
to the 20
th
st
bits are the site code; the 21
to the 36
th
bits are the card
number.
Wiegand50
Data bits: pssssssssssssssssccccccccccccccccccccccccccccccccp
Parity bits:eeeeeeeeeeeeeeeeeeeeeeeeeooooooooooooooooooooooooo
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Note: Wiegand50 consists of 50 bits. The first bit is the even parity bit of bits 2
th
th
to 25; the 50 bit is the odd parity bit of bits 26 to 49; the second to the 16 bits
th
th
are the site code; the 17 to the 49 bits are the card number.
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5. System Configuration
Through the [System] menu, you can set system-related parameters, including the
basic parameters, interface parameters, fingerprint, facial and attendance
parameters, to enable the terminal to meet user requirements to the greatest extent
in terms of functions and display.
5.1 Basic Parameters
Date/Time: This parameter is used to set the date and time of the IFACE terminal.
Date Format: This parameter is used to set the format of the date displayed on the
initial interface of the IFACE terminal.
Keyboard Beep: This parameter is used to set whether to generate beep sound in
response to every keyboard touch. Select “ON” to enable the beep sound, and select
“OFF” to mute.
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Voice: This parameter is used to set whether to play voice prompts during the
operation of the IFACE terminal. Select “ON” to enable the voice prompt, and select
“OFF” to mute.
Volume (%): This parameter is used to adjust the volume of voice prompts.
Power Key: This parameter is used to set whether to lock the power key. Select
“ON” to disable the power key. If you select “OFF” and press the power key, the
IFACE terminal will be shut down in three seconds.
5.2 Interface Parameters
Language: This parameter is used to display the current language used by the
IFACE terminal. For multilingual-capable IFACE terminals, you can switch between
different languages through this parameter.
Display Style: This parameter is used to set the time display mode of the initial
interface. Select “ON” to adopt the 24-hour display mode. Select “OFF” to adopt the
12-hour display mode.
Toolbar Style: This parameter is used to display style of the shortcut keys on the
initial interface. It can be set to “Auto Hide” and “Permanent Display”. By selecting
“Auto Hide”, you can manually display or hide the toolbar. By selecting “Permanent
Display”, you can permanently display the toolbar on the initial interface.
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Default Verify Mode: This parameter is used to set the default verification mode, that
is, the "Fingerprint" or “Face” verification mode.
Picture Delay (S): This parameter is used to set the picture cycle interval (value
scope: 3─999 seconds).
Sleep Time (S): This parameter is used to specify a period after which the IFACE
terminal is put in sleep mode if not operated within this period. You can bring up the
IFACE terminal from sleep by pressing any key or touching the screen.
5.3 Fingerprint Parameters
1: 1 Threshold: This parameter is used to set the threshold of matching between
current fingerprint and the fingerprint template enrolled in the IFACE terminal in the
1:1 verification mode. If the similarity between current fingerprint and the fingerprint
template enrolled in the IFACE terminal is larger than this threshold, the matching is
successful; otherwise, the matching is not successful.
1: N Threshold: This parameter is used to set the threshold of matching between
current fingerprint and the fingerprint template enrolled in the IFACE terminal in the
1:N verification mode. If the similarity between current fingerprint and the fingerprint
template enrolled in the IFACE terminal is larger than this threshold, the matching is
successful; otherwise, the matching is not successful.
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The recommended thresholds are as follows:
Threshold
False
Rejection
Rate
False
1: N
1:1
(FRR)
Acceptance
Rate (FAR)
High
Low
45
25
Medium
Medium
35
15
Low
High
25
10
1:1 Retry Times: This parameter is used to set the retry times in the event of failure
of 1:1 verification or password verification due to absence of fingerprint enrollment or
improper finger placement, so as to avoid repetitive operations.
Algorithm Version: This parameter is used to select the fingerprint algorithm
version between 9.0 and 10.0. Please select the algorithm version with caution
because the fingerprint templates of these two algorithm versions are incompatible.
Fingerprint Image: This parameter is used to set whether to display the fingerprint
image on the screen during fingerprint enrollment or comparison. It has two values:
Permanent Display and No Display.
5.4 Face Parameters
1: 1 Threshold: This parameter is used to set the threshold of matching between
current face and the facial template enrolled in the IFACE terminal in the 1:1
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verification mode. If the similarity between current face and the facial template
enrolled in the IFACE terminal is larger than this threshold, the matching is
successful; otherwise, the matching is not successful. The valid value scope is
55─120. The higher the threshold, the lower the FAR and the higher the FRR, and
vice versa.
1:1: N Threshold: This parameter is used to set the threshold of matching between
current face and the facial template enrolled in the IFACE terminal in the 1:N
verification mode. If the similarity between current face and the facial template
enrolled in the IFACE terminal is larger than this threshold, the matching is
successful; otherwise, the matching is not successful. The valid value scope is
65─120. The higher the threshold, the lower the FAR and the higher the FRR, and
vice versa.
The recommended thresholds are as follows:
FRR
High
FAR
1: N
Low
Medium
Low
Threshold
90
Medium
High
1:1
80
80
75
70
65
Enroll Mode: This parameter is used to select the facial enrollment mode between
“Combined Enroll” and “Face”. In the “Combined Enroll” mode, users need to enroll
their fingerprints or passwords after facial enrollment; in the “Face” mode, users only
need to enroll their facial images. The “Face” mode is unavailable for the
administrators because the “Combined Enroll” mode is mandatory for them by
default.
Exposure: This parameter is used to set the exposure value of the camera.
Gain: This parameter is used to set the gain value of the camera.
Quality: This parameter is used to set a quality threshold for the facial images
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obtained. The IFACE terminal accepts the facial images and processes them by
adopting the facial algorithm when their quality is higher than the threshold;
otherwise, it filters these facial images.
Note: Improper adjustment of the Exposure, Gain and Quality parameters may
severely affect the performance of the IFACE terminal. Please adjust the
Exposure parameter only under the guidance of the after-sales service
personnel from our company.
5.5 Log Settings
Log Alert: When the available space is insufficient to store the specified number of
attendance records, the IFACE terminal will automatically generate an alarm. (Value
scope: 1─99)
Dup. Punch Period (m): If a user’s attendance record already exists and the user
punches in again within the specified period (unit: minute), his/her second
attendance record will not be stored. (Value scope: 1 ─60 minutes)
Workcode Mode: This parameter is used to select the work code input mode
among Mode 1, Mode 2 and None during attendance verification. If you select Mode
1, the attendance verification starts after you input the work code on the initial
interface; if you select Mode 2, the attendance verification starts before you input the
work code on the initial interface; if you select None, you do not need to input the
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work code during attendance verification on the initial interface. For the input of the
work code, see 6.2 Workcode.
Card Only: If this parameter is set to “YES”, you pass the verification only after card
verification. If this parameter is set to “NO”, you need to verify your face or fingerprint
after card verification.
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5.6 Update
You can upgrade the firmware program of the IFACE terminal by using the upgrade
file in the USB disk through this parameter.
Note: If you need the firmware upgrade file, please contact our technical support
personnel. Generally the firmware upgrade is not recommended.
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6. Data Management
Through the [Data Mgt.] menu, you can perform management of data stored on the
IFACE terminal, for example, deleting the attendance record, all data and
promotional pictures, purging management rights and resetting the IFACE terminal
to factory defaults.
Delete Transactions: Delete all the attendance records.
Delete All Data: Delete all the information of enrolled personnel, including their
fingerprints, facial images and attendance records.
Clear Administrator: Change all administrators to ordinary users.
Delete Picture: Purge the promotional pictures uploaded from USB disks to the
IFACE terminal. (For details on how to upload promotional pictures, see “5.4 Upload
Picture”.)
Restore to Factory Settings: Restore all parameter settings on the IFACE terminal
to factory settings.
Record: Query the attendance records of employees within a specified time range.
WorkCode: Add, edit or delete the work codes of employees.
Note: The employee information and attendance records will not be deleted
during restoration to factory settings.
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6.1 Query a Record
After check-in successfully, the employee’s attendance records are saved in the
IFACE terminal. You can easily query these attendance records.
User ID: Enter the user ID of the employee to query. If this field is left blank, you can
query the attendance records of all the employees. If you enter a user ID, you can
query the attendance record of the employee with this user ID.
Query Time Period: Select a time period to query, including the customized time
period, yesterday, this week, last week, this month, last month, and all time periods.
Start and End: When you select a customized time period, you need to input a start
time and an end time. When you select other options for time period, the start and
end time will be automatically adjusted to the related time.
After setting the query conditions, press [Query] and the records that meet the
specified query conditions will be displayed on screen.
Select the row where the desired record is located, you can query the detailed
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information of this record, for example, the detailed attendance record of the
th
employee with user ID 2 on January 7 .
6.2 Work Code
Employees’ salaries are subject to their attendance records. Employees may be
engaged in different types of work which may vary with time periods. Considering the
salaries vary with work types, the IFACE terminal provides a parameter to indicate
the corresponding work type for every attendance record to facilitate rapid
understanding of different attendance situations during the handling of attendance
data.
Add a work code
1) Press [Add] on the [WorkCode] interface (as
shown in Figure 1 on the right) to display the
[Add] interface.
No.: A digital code of the work code.
Label: The meaning of the work code.
2) Press the corresponding entry button of [No.]
on the [Add] interface (as shown in Figure 2 on
the right) to display the No. entry interface. On
this interface, enter a No.
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3) Press the corresponding entry button of
[Label] on the [WorkCode] interface (as shown
in Figure 3 on the right) to display the text entry
interface. On this interface, enter a label of
work code. (See Appendix 1 Text Entry
Operation Instruction)
2.
Edit and delete a work code
1) Press the row of a work code on the
[WorkCode] interface (as shown in Figure 1 on
the right) to display the [Edit] interface.
2) To edit this work code, enter a new No. and
label with the same operation steps as
described in “Add a work code”.
3) To delete this work code, press [Delete] (as
shown in Figure 3 on the right).
4) On the displayed prompt interface, press
<YES> to confirm the deletion of this work code,
and press <NO> to cancel the deletion
operation (as shown in Figure 4 on the right).
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7. USB Disk Management
Through the [Dn/Upload] menu, you can import user information and attendance data
stored in a USB disk to related software or other fingerprint recognition equipment.
Download Transactions: Import all the attendance data from the IFACE terminal to a
USB disk.
Download User: Import all the user information, fingerprints and facial images from the
IFACE terminal to a USB disk.
Download user photos*: Import the employees’ photos from the IFACE terminal to a
USB disk.
Note: Only several types of the IFACE terminals support the download of user
photos.
Upload User: Upload the user information, fingerprints and facial images stored in a USB
disk to the IFACE terminal.
Upload User Photo: Upload the JPG documents that are named after the user IDs and
stored in a USB disk to the IFACE terminal, so that user photos can be displayed after the
employees pass the verification. See Appendix 4 Photo ID Function.
Upload Picture: Upload the JPG documents with “ad_” as initial letters of document
names stored in a USB disk to the IFACE terminal. After the upload, these pictures can
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be displayed on the initial interface of the IFACE terminal. (For details on picture
specifications, see Appendix 2.)
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8. Keyboard Definitions
You can define six shortcut keys as attendance status shortcut keys or functional
shortcut keys. On the main interface of the IFACE terminal, press corresponding
keys and the attendance status will be displayed or the function interface will be
rapidly displayed.
1. Press [Keyboard] on the main menu interface
to display the [Keyboard] interface, as shown in
Figure 1 on the right.
2. All the defined shortcut keys and their
functions are listed on the [Keyboard] interface
(as shown in Figure 2 on the right).
3. Press [Add] to display the shortcut key
adding interface. Press a shortcut key in the list
to display the shortcut key editing interface.
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3. Add and edit the functional introduction of
interface
Shortcut Key: Options include: F1–F6.
Note: When the IFACE terminal supports
both fingerprint and face recognition modes,
F6 is defined as a recognition mode switch
key by default and cannot be modified.
Function: You can set the functions of different
shortcut keys, such as functional shortcut keys,
attendance status shortcut key and work code
shortcut key.
Functional shortcut status include: 1:1/1:G,
Face Group No.1, Face Group No.2, Face
Group No.3, Face Group No.4 and Face Group
No.5. The setting interface is shown in Figure 3
on the right.
The status shortcut keys include: Check-In,
Check-Out, Leave, Back, Overtime Check-In,
and Overtime Check-Out. The setting interface
is shown in Figure 4 on the right. When setting
the attendance status shortcut keys, you can
also set the “Auto Switch” parameter.
When “Auto Switch” is enabled, the IFACE
terminal automatically switches the attendance
status at the specified time. The “Auto Switch”
setting interface is as shown in Figure 5 on the
right.
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The work code shortcut key setting interface is
as shown in Figure 6 on the right.
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9 Auto Test
The auto test enables the system to automatically test whether functions of various
modules are normal, including the screen, collector, voice, facial, keyboard and
clock tests.
Screen Test: The IFACE terminal automatically tests the display effect of the color
TFT display by displaying full color, pure white and pure black and checks whether
the screen displays properly. You can continue the test by touching the screen or
exit it by pressing [Auto Test].
Voice Test: The IFACE terminal automatically tests whether the voice files are
complete and the voice quality is good by playing the voice files stored in the
terminal. You can continue the test by touching the screen or exit it by pressing [Auto
Test].
Keyboard Test: The IFACE terminal tests whether every key on the keyboard works
normally. Press any key on the [Keyboard Test] interface to check whether the
pressed key matches the key displayed on screen. The keys are dark-gray before
pressed, and turn blue after pressed. Press [Auto Test] to exit the test.
Fingerprint Test: The IFACE terminal automatically tests whether the fingerprint
collector works properly by checking whether the fingerprint images are clear and
acceptable. When the user places his/her finger in the fingered guide, the collected
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fingerprint image is displayed on the screen in real-time. Press [Auto Test] to exit the
test.
Face Test: The IFACE terminal automatically tests whether the camera works
properly by checking whether the collected facial images are clear and acceptable.
Press [Auto Test] to exit the test.
Time Test: The IFACE terminal tests whether its clock works properly by checking
the stopwatch of the clock. Touch the screen to start counting, and touch it again to
stop to check whether the counting is accurate. Press [Auto Test] to exit the test.
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10 Screen Calibration
You can perform all the menu operations by touching the screen with one of your
fingers or a touch pen. When the touch screen is less sensitive to the touch, you can
perform screen calibration through menu operations.
1. Press [Menu] on the initial interface to
display the main menu interface.
2. Press [Calibration] on the main menu
interface to display the screen calibration
interface.
3. Touch the center of the cross “+”.
4. Repeat Step 3 following the move of the “+”
icon to different locations on the screen.
5. Touch the center of the cross at five locations
on the screen correctly. When the message
“Calibrating screen, pls wait……” is displayed
on screen, the calibration succeeds and the
system automatically returns to the main menu.
If the calibration fails, the system will request
recalibration starting from Step 3.
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11 Bell Setting
Lots of companies need to ring their bells to signal the start and end of work shifts,
and they usually manually ring their bells or use electric bells. To lower costs and
facilitate management, we integrate the time bell function into the IFACE terminal.
You can set the alarm time and duration for ringing the bell based on your
requirements, so that the IFACE terminal will automatically play the selected ring
tone and trigger the relay at the alarm time, and stop playing the ring tone after the
set duration.
Press [Bell] on the main menu interface to display the bell setting interface, as
shown in Figure 1 on the right.
Add a bell
1) The displayed bell setting interface (as
shown in Figure 2 on the right) lists all the bells.
Click [Add] to display the [Add] interface.
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2) On the [Add] interface, set the following
parameters:
Bell Time: This parameter is used to set a time
point when the IFACE terminal automatically
plays a bell ring tone everyday.
Ring Tone: This parameter is used to set the
bell ring tone.
Volume: This parameter is used to set the
volume of ring tone.
Repeat: This parameter is used to set the
alarm times.
State: This parameter is used to set whether to
enable the bell.
Bell Type: You can select between internal
ringing or external ringing. For internal ringing,
the ring tone is played by the loudspeaker of
the IFACE terminal. For external ringing, the
ring tone is played by an external electric bell
that is wired with the IFACE terminal.
Note: The alarm sounds of the bell and the
access control cannot be concurrently
generated by the loudspeaker of the IFACE
terminal or externally connected relay.
Therefore, when the bell is set to the
external ringing mode, the access limit
alarm will automatically change to the
internal ringing mode, and vice versa.
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Edit and delete a bell
Press a bell in the list on the bell setting
interface to display the [Edit] interface, with the
similar operation as “Add a bell”.
Press [Delete] on the [Edit] interface and the
system displays a prompt window as shown in
the figure on the right. In the prompt window,
press <YES> to delete the current bell and
<NO> to cancel the deletion.
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12 Access Control Setting
Through the [Access] menu, you can set the parameters of the electronic locks and
related access control devices.
Lock Delay: indicates the duration for the IFACE terminal to place the electric lock in
open state. (Value scope: 1–10 seconds)
DoorSensor Delay: indicates the delay in checking the door sensor after the door is
open. If door sensor state is inconsistent with the normal state set by the door sensor
switch, an alarm will be generated, and this period of time is regarded as the “door
sensor delay”. (Value scope: 1─99 seconds)
DoorSensor Mode: includes the None, Normally Open (NO), and Normally Closed
(NC) modes. “None” indicates that the door sensor switch is not used. “NO” indicates
that the door sensor is open in the normal state. “NC” indicates that the door sensor
is closed in the normal state.
Alarm Delay: indicates the duration from the detection of door sensor exceptions to
the generation of alarm signals. (Value scope: 1─99 seconds)
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13 Date/Time Setting
13.1 Set Date/Time
The date and time of the IFACE terminal must be set accurately to ensure the
accuracy of attendance time.
1. Press [Menu] on the initial interface to
display the main menu interface.
2. Press [Time/Date] on the main menu
interface to display the time setting interface.
3. Select the desired date and time by pressing
▲ or ▼, or enter the related values into the
date and time entry boxes through the
keyboard (as shown in Figures 3 and 4 on the
right).
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4. Press [Save] to save current information and
return to the previous interface. Press [Cancel]
to return to the previous interface without
saving current information.
13.2 Set Daylight Saving Time (DST)
The Daylight Saving Time (DST) is a widely used system of adjusting the official
local time forward to save energy. The uniform time adopted during the
implementation of this system is known as the DST. Typically clocks are adjusted
forward one hour in the summer to make people early to bed and early to rise so as
to make full use of illumination resources and save electricity. Clocks are adjusted
backward in autumn. The specific DST regulations vary with countries.
To meet the DST requirement, the IFACE terminal supports the DST function to
adjust forward on hour at ×× (Hour): ×× (Minute) ×× (Day) ×× (Month) and backward
one hour at ×× (Hour): ×× (Minute) ×× (Day) ×× (Month).
1. Press [Menu] on the initial interface to
display the main menu interface.
2. Press [Time/Date] on the main menu
interface to display the time setting interface.
3. Press [DLST] on the time setting interface to
display the DST setting interface.
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4. Set the following parameters on the DST
setting interface:
DST Settings: This parameter is used to
enable or disable the DST.
Mode: You can select between Mode 1 and
Mode 2.
In Mode 1 (the default mode), the DST is set in
the “Month-Day Hour: Minute” format; in Mode
2, the DST is set in the “Month-Week-Day Hour:
Minute” format.
The value scope of week (WS): 1 – 6. 1 means
the first week, 2 the second week and so on
and so forth. The value scope of day (WK): 0 –
6. 0 means Sunday, 1 means Monday and so
on and so forth.
Start and End: These two parameters are
respectively used to set the start and end time
of the DST.
For example, adjust the clock forward one hour
st
at 08: 00 on April 1 , and backward one hour at
st
08: 00 on October 1 .
5. After setting the DST, press [Done] to return
to the time setting interface. Press [Save] on
the time setting interface to save current
settings and return to the previous interface;
press [Cancel] to directly return to previous
interface without saving current information.
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14 System Information
You can check the storage status as well as version information of the IFACE
terminal through the [System Information] option.
14.1 Records
The number of enrolled users, administrators and passwords is displayed on the
[Records] interface; the total fingerprint storage capacity and occupied capacity as
well as the total attendance storage capacity and occupied capacity are graphically
displayed respectively, as shown in the following figure:
14.2 Terminal
The terminal name, serial number, version information, vendor and date of
manufacture are displayed on the [Terminal] interface.
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Appendix
Appendix 1 Text Input Instructions
The IFACE terminal supports the input of Chinese and English characters, numbers
and symbols. Press related button to input text. For example, press [Name] to
display the text input interface, as shown in the following figure:
Keyboard Area
Text Display Area
Text List Area
Exit
Delete
Enter
Space
Chinese/English Switch Key
Character/Number Switch Key
Upper/Lower Case Switch Key
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To enter a name, proceed as follows:
1. Press [Name] on the [Add] interface, as
shown in Figure 1 on the right.
2. Enter the Pinyin characters, and a list of
Chinese characters in relation to the Pinyin is
presented in the text display area, as shown in
Figure 2 on the right.
3. If the desired character is displayed in the
text display area, press this character. And this
character is at the same time displayed on the
[Name] button, as shown in Figure 3 on the
right. Enter next character by repeating Step 2.
4. After finishing the entry of name, press [X] to
exit keyboard interface and return to the
previous interface.
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Appendix 2 Rules for Uploading Promotional Pictures
1. All pictures must be in JPG format as other formats are not supported.
2. The file name of a promotional picture must be ad_0 - ad_9. For example,
ad_1.jpg is a valid file name.
3. After a picture is uploaded to the IFACE terminal, its name does not change. To
replace this picture, you need to upload a new picture with the same file name to
overwrite it.
4. The size of each picture cannot exceed 20K; otherwise, the upload will be
unsuccessful.
5. The recommended resolution of the picture is 320 × 240. Pictures with resolution
higher or lower than 320 × 240 are not recommended.
6. A maximum of 10 promotion pictures can be uploaded.
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Appendix 3 Introduction to Wiegand
Wiegand26 is an access control standard protocol established by the Access Control
Standard Subcommittee affiliated to the Security Industry Association (SIA). It is a
non-contact IC card reader interface and output protocol.
Wiegand26 defines the interface between the card reader and controller used in the
access control, security and other related industrial fields. Wiegand26 helps
standardize the work of the card reader designers and controller manufacturers. The
access control products manufactured by our company are also designed by
following this protocol.
Digital Signals
Figure 1 is a sequence diagram in which the card reader sends digital signals in bit
format to the access controller. In this sequence diagram, Wiegand follows the SIA’s
access control standard protocol for the 26-bit Wiegand card reader (one pulse time
ranges between 20us and 100us, and the pulse jump time ranges between 200us
and 20ms). Data1 and Data0 are high level (larger than Voh) signals till the card
reader prepares to send a data stream. The asynchronous low-level pulse (smaller
than Vol) generated by the card reader is sent to the access control panel (The
saw-tooth wave as shown in Figure 1) through Data1 or Data0. Data1 and Data0
pulses will neither overlap nor be generated synchronously. Table 1 lists the
maximum and minimum pulse width (a consecutive pulse) and pulse jump time (time
between pulses) allowed by the F series fingerprint access control terminal.
Table 1 Pulse Time
Symbol
Definition
Typical Value of Reader
Tpw
Pulse Width
100 µs
Tpi
Pulse Interval
1 ms
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Figure 1 Sequence Diagram
Appendix 4 Photo ID Function
Some IFACE terminals also support the Photo ID function. The Photo ID function is
used to display the photo enrolled by a user or stored in a USB disk on the screen in
addition to such information as the user ID and name.
[Operation Steps]
1. When the photo taken by the IFACE terminal is used, the photo can be displayed
upon successful verification.
2. To use a photo stored in a USB disk, proceed as follows:
1) Create a folder with the name of “photo” in the USB disk, and store users'
photos under this folder.
2) The user photos must be in JPG format and named after their IDs. For
example, for the user with user ID of 154, the photo name must be 154.jpg.
3) Insert the USB disk into USB slot on the IFACE terminal, and select USB
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Disk Management -> Upload -> Upload Photos. Then user photos can be
displayed upon successful verification.
Note:
1) The length of a user name cannot exceed 24 digits.
2) The recommended size of a user photo is less than 30K.
3) The uploaded new user photo will overwrite the existing photo in
related to the user ID.
4) To download user photos, select USB Disk Management -> Download
-> Download User Photos. A folder with the name of “photo” will be
automatically created on the USB disk, and all downloaded user photos
are stored under this folder.
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Appendix 5 Attendance Status Selection Function
Some IFACE terminals also support the attendance status selection function which
requires users to select attendance status prior to verification. If verification is
performed without selection of the attendance status, the record is “No Work Status”,
that is, the record is not used as the attendance record, as shown in the following
figure:
You cannot set the timed status switch function on the
IFACE terminal capable of attendance status selection.
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Appendix 6 Statement on Human Rights and Privacy
Dear Customers:
Thank you for choosing the hybrid biometric products designed and manufactured
by us. As a world-renowned provider of biometric technologies and services, we pay
much attention to the compliance with the laws related to human rights and privacy
in every country while constantly performing research and development.
We hereby make the following statements:
1.
All of our fingerprint recognition devices for civil use only collect the
characteristic points of fingerprints instead of the fingerprint images, and
therefore no privacy issues are involved.
2.
The characteristic points of fingerprints collected by our products cannot be
used to restore the original fingerprint images, and therefore no privacy issues
are involved.
3.
We, as the equipment provider, shall not be held legally accountable, directly or
indirectly, for any consequences arising due to the use of our products.
4.
For any dispute involving the human rights or privacy when using our products,
please contact your employer directly.
Our fingerprint products for police use or development tools support the collection of
the original fingerprint images. As for whether such a type of fingerprint collection
constitutes an infringement of your privacy, please contact the government or the
final equipment provider. We, as the original equipment manufacturer, shall not be
held legally accountable for any infringement arising thereof.
The law of the People’s Republic of China has the following regulations regarding
the personal freedom:
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1.
Unlawful arrest, detention or search of citizens of the People's Republic of
China is prohibited; infringement of individual privacy is prohibited.
2.
The personal dignity of citizens of the People's Republic of China is inviolable.
3.
The home of citizens of the People's Republic of China is inviolable.
4.
The freedom and privacy of correspondence of citizens of the People's
Republic of China are protected by law.
At last we stress once again that biometrics, as an advanced recognition technology,
will be applied in a lot of sectors including e-commerce, banking, insurance and legal
affairs. Every year people around the globe suffer from great loss due to the
insecurity of passwords. The biometric products actually provide adequate
protection for your identity under a high security environment.
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Appendix 7 Environment-Friendly Use Description
The Environment Friendly Use Period (EFUP) marked on this product refers to the
safety period of time in which the product is used under the conditions specified in
the product instructions without leakage of noxious and harmful substances.
The EFUP of this product does not cover the consumable parts that need to be
replaced on a regular basis such as batteries and so on. The EFUP of batteries is
5 years.
Names and Concentration of Toxic and Hazardous Substances or Elements
Toxic and Hazardous Substances or Elements
Parts Name
Pb
Hg
Cd
Cr6+
PBB
PBDE
Chip resistor
×
○
○
○
○
○
Chip capacitor
×
○
○
○
○
○
Chip inductor
×
○
○
○
○
○
Chip diode
×
○
○
○
○
○
ESD components
×
○
○
○
○
○
Buzzer
×
○
○
○
○
○
Adapter
×
○
○
○
○
○
Screws
○
○
○
×
○
○
○: Indicates that this toxic or hazardous substance contained in all of the homogeneous
materials for this part is below the limit requirement in SJ/T11363-2006.
×: Indicates that this toxic or hazardous substance contained in at least one of the
homogeneous materials for this part is above the limit requirement in SJ/T11363-2006.
Note: 80% of the parts in this product are manufactured with non-hazardous
environment-friendly materials. The hazardous substances or elements contained cannot be
replaced with environment-friendly materials at present due to technical or economical
constraints.
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