CN107293072A - A kind of ATM automatic teller machines - Google Patents
A kind of ATM automatic teller machines Download PDFInfo
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- CN107293072A CN107293072A CN201710553891.7A CN201710553891A CN107293072A CN 107293072 A CN107293072 A CN 107293072A CN 201710553891 A CN201710553891 A CN 201710553891A CN 107293072 A CN107293072 A CN 107293072A
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- print cipher
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
- G07F19/20—Automatic teller machines [ATMs]
- G07F19/201—Accessories of ATMs
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/31—User authentication
- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
-
- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
- G07F19/20—Automatic teller machines [ATMs]
- G07F19/203—Dispensing operations within ATMs
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Computer Security & Cryptography (AREA)
- Finance (AREA)
- Accounting & Taxation (AREA)
- Business, Economics & Management (AREA)
- Theoretical Computer Science (AREA)
- Computer Hardware Design (AREA)
- Software Systems (AREA)
- General Engineering & Computer Science (AREA)
- Collating Specific Patterns (AREA)
- Image Input (AREA)
Abstract
The invention discloses a kind of ATM automatic teller machines, include rack, the rack forward upper is provided with the installation portion for being located at the oriented rack rear depression of shaping below display screen on front side of display screen, the rack；The installation portion lower end, which is provided with the left of input keyboard, the installation portion on the right side of the note output portion that is provided with, the installation portion, is provided with card-reading part, and the display screen, input keyboard, card-reading part and note output portion are electrically connected with the control board in rack respectively；Lower position in the installation portion positioned at card-reading part is provided with to input the finger-print cipher input unit of finger-print cipher sequence.Using finger-print cipher sequence of the ATM by finger-print cipher input unit to input high safety grade of the present invention, realized on the basis of fund security is ensured higher rate without card enchashment.
Description
Technical field
The invention belongs to ATM technical field, and in particular to a kind of ATM automatic teller machines.
Background technology
Current ATM for convenience do not carry bank card user can withdrawal, there is provided deposited without card, enchashment
Function, but for fund security, it is relatively low that the amount of no card enchashment is typically set, and usual day withdrawal volume only has thousands of members.Institute
To need the cash for taking out larger number to there is difficulty again when user does not carry bank card, to find out its cause, being ATM input
Cryptosecurity grade it is too low, 6 bit digitals are typically only, if the safe class of password can be significantly improved, you can raising taken without card
Existing amount, is user-friendly.
The content of the invention
The technical problems to be solved by the invention are：In view of the deficienciess of the prior art, providing a kind of cryptosecurity etc.
Level is high, and the ATM automatic teller machines without card enchashment of higher rate can be realized on the basis of fund security is ensured.
To realize the purpose of the present invention, it is achieved using following technical scheme：A kind of ATM automatic teller machines, include rack,
The rack forward upper, which is provided with, is located at the oriented rack rear depression of shaping below display screen on front side of display screen, the rack
Installation portion；The installation portion lower end is provided with the left of input keyboard, the installation portion on the right side of the note output portion that is provided with, the installation portion and set
There is card-reading part, the display screen, input keyboard, card-reading part and note output portion are electrically connected with the control board in rack respectively
Connect；
Lower position in the installation portion positioned at card-reading part is provided with finger-print cipher input unit；The finger-print cipher input unit bag
The first housing being fixedly connected with installation portion is included, and is connected to the second housing of the first housing rear end；First housing
On form and rectangular stretch into lower end on rear side of passage, first housing along what rack fore-and-aft direction was set and be connected with one
Individual installing plate；The front end of second housing forms cavity, the cavity and stretches into the finger that passage collectively forms a L-shaped
Stretch into chamber；
The second housing upper rear end form a width, height respectively with stretching into channel width, highly equal block
Mouth is slided, the block slip is intraoral to be slidably fitted with a block, and the block rear end is connected with an electric pushrod, electronic
Push rod is fixedly connected with rear portion in rack；
The block is located at when finger-print cipher input unit is in non-working condition to be stretched into passage, and the block is in finger-print cipher
Input unit is located at block slip when being in use state intraoral；
It is installed with front side of the installing plate on outer wall after a Password Input module board, Password Input module board
Side end face is provided with 4 in left-right direction presses by compressing switch, each pressure sensing has been respectively fixedly connected with the button compressed switch
Device, the rear end of each pressure sensor has been respectively fixedly connected with finger print acquisition module；Each fingerprint of correspondence is adopted on the installing plate
The position of collection module forms the installing port loaded for finger print acquisition module；
It is located to stretch on the left of passage in the installation portion and a confirmation button is installed；Each it is described by compressing switch, pressure is passed
Sensor, finger print acquisition module, confirmation button and electric pushrod are electrically connected with control board respectively；
When user carries bank card, bank card is inserted after card-reading part using input keyboard input numerical ciphers；User does not carry
During bank card, input finger-print cipher sequence using finger-print cipher input unit and carry out withdrawal operation；
When inputting finger-print cipher sequence using finger-print cipher input unit, bank card number, bank are inputted on input keyboard first
Card card number input finish after, control board control electric pushrod shorten make block fall back on block slide it is intraoral, stretch into finger
Chamber is in open mode；
Then index finger, middle finger, ring finger and little finger are corresponded to respectively and arranged from left to right by along PIN PAD left and right directions
Four finger print acquisition modules on；The input process of finger-print cipher sequence comprises the following steps：
1.1）, carry out fingerprint integrity verification：Index finger, middle finger, ring finger and little finger are firmly pressed to the fingerprint of correspondence position simultaneously
Acquisition module, while making each be pressed by compressing switch, control board collection is by the finger on each finger print acquisition module
Fingerprint；The fingerprint that control board collects each finger print acquisition module is compared with the finger print information that user independently sets, if
Finger print information is consistent, then, if finger print information is inconsistent, is led to text mode prompting input finger-print cipher sequence by display screen
Cross display screen to mismatch with text mode prompting finger print information, change other verification modes；
1.2）, when step 1.1）The finger print information of input is correct, then continues to input finger-print cipher sequence, finger-print cipher sequence is two
The finger print of the group above and the password combination of pressure value；
1.21）When inputting first group of password combination, the finger print acquisition module of correspondence position is pressed first by 1-4 finger, is made
1-4 are pressed by compressing switch, and then unclamp all fingers；
1.22）Then the finger print acquisition module of correspondence position is pressed using a finger, makes the pressure sensor institute of correspondence position
The pressure being subject to reaches default value, and the pressure value suffered by the pressure sensor is shown in real time on the display screen；
4 row double figures of display are digital in real time on the display screen, and the real-time pressure numerical value suffered by the pressure sensor is in display screen
The columns position of upper display is equal to step 1.21）In the pressing number of switches that is pressed, the columns is suitable according to from left to right
Sequence is calculated；Other three column of figures Dynamic Announce pseudo random numbers on display screen；When pressure sensor is pressed into default value, make
The confirmation button is pressed with thumb, is pressed after confirmation button, the finger print acquisition module that control board extracts correspondence position is obtained
The finger print information got, forms one group of password combination comprising finger print and pressure value；
1.23）Then repeat step 1.21）With step 1.22）More than once, so as to input more than one group of password combination, complete
The input of finger-print cipher sequence；
1.3）Control board compares the finger-print cipher sequence information that finger-print cipher sequence is independently set with user, if fingerprint is close
Code sequence information is consistent, then judges that Password Input is correct, and control board performs next step operation, if finger-print cipher sequence information
It is inconsistent, then judge Password Input mistake, point out user to re-enter password by display screen；
Input after correct finger-print cipher sequence, user can carry out withdrawal operation；After user's end of operation, control board
Control electric pushrod elongation makes block move forward to stretch into passage and stretch into chamber to block the whole finger.
Preferably：The default value of the pressure is fixed numbers, when pressing the pressure sensor, when real-time
Pressure value and setting fixed numbers between difference be less than 0.2 Newtonian time, it is believed that real-time pressure value is equal to default
Numerical value；The precision of shown real-time pressure numerical value is 0.1 newton on the display screen.
Preferably：It is located at the position between each two adjacent fingerprint acquisition module on the madial wall of the installing plate
Form grid spacer.
Compared with prior art, the beneficial effects of the invention are as follows：Inputted using the ATM of the present invention by finger-print cipher
Finger-print cipher sequence of the portion to input high safety grade, being taken without card for higher rate is realized on the basis of fund security is ensured
It is existing.
Specifically, first carrying out fingerprint before the finger-print cipher sequence of high safety grade is inputted by finger-print cipher input unit
Integrity verification, if the finger print of finger-print cipher sequence is impaired normally to be recognized for inputting, selects other safety to test
Card mode, it is to avoid some finger print is impaired and causes the error when inputting finger-print cipher sequence and additional time consumption.This
Outside, due to by the pressing amplitude very little compressed switch, being also difficult to find under other people intentionally observation to be pressed by compressing switch
Number.Furthermore, by pressure sensor input pressure value during, even in other people intentionally observation under, it is also difficult to judge use
Family is to see the pressure value of which row, even if can interpolate that user is which row pressure value seen, it is also difficult to judge specific pressure
The concrete numerical value of force value.
Using finger-print cipher input unit input cryptographic processes in user also without as use ordinary password device deliberately
Blocked, security is very high.
The block can be moved under electric pushrod driving and stretch into passage, not make in finger-print cipher input unit so
Used time finger stretches into chamber and is in closed state, it is to avoid foreign matter enters or inserts equipment of stealing secret information by offender.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention.
Fig. 2 is the structural representation that block is located at finger-print cipher input unit when block slides mouth.
Fig. 3 is the structural representation that block is located at finger-print cipher input unit when stretching into passage.
Fig. 4, Fig. 5 are the decomposition texture schematic diagrams in fingerprint Password Input portion.
1st, rack；11st, installation portion；2nd, display screen；3rd, keyboard is inputted；4th, note output portion；5th, finger-print cipher input unit；50th, really
Recognize button；51st, the first housing；511st, passage is stretched into；512nd, installing plate；513rd, grid spacer；514th, installing port；52nd, second shell
Body；521st, cavity；522nd, block slides mouth；53rd, Password Input module board；54th, finger print acquisition module；55th, pressure sensing
Device；56th, by compressing switch；57th, block；58th, electric pushrod；6th, card-reading part.
Embodiment
Embodiment 1
With reference to shown in Fig. 1 to Fig. 5, the present embodiment is a kind of ATM automatic teller machines, includes rack 1, and the rack forward upper is installed
There is the installation portion 11 for being located at the oriented rack rear depression of shaping below display screen on front side of display screen 2, the rack；The installation portion
Lower end, which is provided with the left of input keyboard 3, the installation portion on the right side of the note output portion 4 that is provided with, the installation portion, is provided with card-reading part, described aobvious
Display screen, input keyboard, card-reading part and note output portion are electrically connected with the control board in rack respectively.
The card-reading part, input keyboard, the conventional components that note output portion etc. is existing ATM, and non-invention emphasis, Wen Zhong
Do not deploy description.
Lower position in the installation portion positioned at card-reading part is provided with finger-print cipher input unit 5；The finger-print cipher is defeated
Enter portion and include the first housing 51 being fixedly connected with installation portion, and be connected to the second housing 52 of the first housing rear end；Institute
State to form on the first housing and stretched into along the rectangular of rack fore-and-aft direction setting under passage 511, the first housing rear side
End is connected with an installing plate 512；The front end of second housing forms cavity 521, the cavity and stretches into passage
The finger for collectively forming a L-shaped stretches into chamber.
The finger stretches into that chamber is L-shaped, and hand is stretched into finger and stretched into after intracavitary by such user, and finger part is fully located at
Finger stretches into intracavitary, and other people are shot from outside any angle or using camera, can not all judge it is which finger exists
Perform pressing operation.
The second housing upper rear end form a width, height respectively with stretching into channel width, it is highly equal
Block slides mouth 522, the block slide it is intraoral be slidably fitted with a block 57, the block rear end be connected with one it is electronic
Push rod 58, electric pushrod is fixedly connected with rear portion in rack.
The block is located at when finger-print cipher input unit is in non-working condition to be stretched into passage, and the block is in fingerprint
Password Input portion is located at block slip when being in use state intraoral.
A Password Input module board 53, Password Input module electricity are installed with front side of the installing plate on outer wall
Road plate back end surface is provided with 4 by compressing switch 56 in left-right direction, each presses on the button compressed switch and has been respectively fixedly connected with
Pressure sensor 55, the rear end of each pressure sensor has been respectively fixedly connected with finger print acquisition module 54；It is right on the installing plate
The position of each finger print acquisition module is answered to form the installing port 514 loaded for finger print acquisition module.
It is located to stretch on the left of passage in the installation portion and a confirmation button 50 is installed；Each it is described by compressing switch,
Pressure sensor, finger print acquisition module, confirmation button and electric pushrod are electrically connected with control board respectively.
When user carries bank card, bank card is inserted after card-reading part using input keyboard input numerical ciphers；User is not
When carrying bank card, input finger-print cipher sequence using finger-print cipher input unit and carry out withdrawal operation.
When inputting finger-print cipher sequence using finger-print cipher input unit, bank card number is inputted on input keyboard first,
Bank card number input finish after, control board control electric pushrod shorten make block fall back on block slide it is intraoral, make finger
Stretch into chamber and be in open mode.
Then by index finger, middle finger, ring finger and little finger respectively correspond to press along PIN PAD left and right directions from left to right
On four finger print acquisition modules of arrangement；The input process of finger-print cipher sequence comprises the following steps：
1.1）, carry out fingerprint integrity verification：Index finger, middle finger, ring finger and little finger are firmly pressed to the fingerprint of correspondence position simultaneously
Acquisition module, while making each be pressed by compressing switch, control board collection is by the finger on each finger print acquisition module
Fingerprint；The fingerprint that control board collects each finger print acquisition module is compared with the finger print information that user independently sets, if
Finger print information is consistent, then, if finger print information is inconsistent, is led to text mode prompting input finger-print cipher sequence by display screen
Cross display screen to mismatch with text mode prompting finger print information, change other verification modes.
1.2）, when step 1.1）The finger print information of input is correct, then continues to input finger-print cipher sequence, finger-print cipher sequence
For the password combination of finger print and pressure value more than two.
1.21）When inputting first group of password combination, the fingerprint collecting mould of correspondence position is pressed first by 1-4 finger
Block, makes 1-4 to be pressed by compressing switch, then unclamps all fingers.
1.22）Then the finger print acquisition module of correspondence position is pressed using a finger, makes the pressure sensing of correspondence position
Pressure suffered by device reaches default value, and the pressure value suffered by the pressure sensor shows in real time on the display screen
Show；4 row double figures of display are digital in real time on the display screen, and the real-time pressure numerical value suffered by the pressure sensor is in display
The columns position of screen display is equal to step 1.21）In the pressing number of switches that is pressed, the columns is according to from left to right
Order is calculated；Other three column of figures Dynamic Announce pseudo random numbers on display screen；When pressure sensor is pressed into default value,
The confirmation button is pressed using thumb, is pressed after confirmation button, control board extracts the finger print acquisition module of correspondence position
The finger print information got, forms one group of password combination comprising finger print and pressure value.
1.23）Then repeat step 1.21）With step 1.22）More than once, so that more than one group of password combination is inputted,
Complete the input of finger-print cipher sequence.
1.3）Control board compares the finger-print cipher sequence information that finger-print cipher sequence is independently set with user, if referring to
Line keying sequence information is consistent, then judges that Password Input is correct, and control board performs next step operation, if finger-print cipher sequence
Information is inconsistent, then judges Password Input mistake, points out user to re-enter password by display screen.
Input after correct finger-print cipher sequence, user can carry out withdrawal operation；After user's end of operation, control electricity
Plate control electric pushrod elongation in road makes block move forward to stretch into passage and stretch into chamber to block the whole finger.
The default value of the pressure be fixed numbers, press the pressure sensor when, when real-time pressure value with
Difference between the fixed numbers of setting is less than 0.2 Newtonian time, it is believed that real-time pressure value is equal to default value；The display
The precision of shown real-time pressure numerical value is 0.1 newton on screen.
On the madial wall of the installing plate be located at each two adjacent fingerprint acquisition module between position form positioning every
Plate 513.
The real-time pressure value precision of the display screen display is 0.1 newton, and is multiplied by 10 and is scaled integer and show, such as pressure
Force value is 0.2 Newtonian time, shows screen display 2（Value shown on display screen is hereafter designated as pressing force）.
In order to more directly understand the key of the present invention, citing below is further illustrated：
Such as finger-print cipher sequence is four groups of password combinations, and forefinger, middle finger, the third finger and little finger of toe correspond to 1,2,3 and 4 respectively, if
Setting code is 2143, sets pressing force as 8765（It is 1-8 that pressure value, which may be selected,）, input above-mentioned password fingerprint keying sequence
Time-division is although the columns of display screen is followed successively by 3241（The columns can choose at random when inputting every time）, then first using 3 fingers
3 are pressed by compressing switch（Can be any using any three fingers）, then press middle finger（Correspondence 2）, make the 3rd row on display screen aobvious
Confirmation button is pressed when showing in the range of 6 to 10；
Then forefinger is then pressed by compressing switch using 2 finger downs 2（Correspondence 1）, secondary series on display screen is shown 5
Confirmation button is pressed when in the range of to 9；
Then little finger of toe is then pressed by compressing switch using 4 finger downs 4（Correspondence 4）, make the 4th row display 4 on display screen
Confirmation button is pressed when in the range of to 8；
Then the third finger is then pressed by compressing switch using 1 finger down 1（Correspondence 3）, show first row on display screen
Confirmation button is pressed when in the range of 3 to 7.
Shown pseudo random number can be entered according to the real-time pressing force of the pressure sensor being under pressure on the display screen
Row, which is calculated, to be obtained, such as the pressure sensor that respective column is shown in real time on display screen is under pressure value for N（N is 1-8）When, display
The pressure that its excess-three is arranged on screen is shown as（N+2）、（N+3）With（N-1）.
By above-mentioned technological means, because four column of figures are closer on display screen, only user oneself knows see
The numeral of which row, even if other people look at display screen, observation user is operated, and can not also know the password that user specifically inputs,
Safe class is very high, can ensure fund security on the basis of realize higher rate without card enchashment.
Embodiment 2
The present embodiment makes following improvement on the basis of embodiment 1：After correct finger-print cipher sequence is inputted, control electricity
Road plate sends dynamic verification code to the mobile terminal of user by network with short message mode, and user is by inputting input through keyboard dynamic
Identifying code rear can proceed with withdrawal operation.
Claims (3)
1. a kind of ATM automatic teller machines, include rack, the rack forward upper, which is provided with front side of display screen, the rack, to be located at
The installation portion of the oriented rack rear depression of shaping below display screen；The installation portion lower end is provided with input keyboard, the installation
It is provided with the left of portion on the right side of note output portion, the installation portion and is provided with card-reading part, the display screen, input keyboard, card-reading part and note output portion
Electrically connected respectively with the control board in rack；It is characterized in that：
Lower position in the installation portion positioned at card-reading part is provided with finger-print cipher input unit；The finger-print cipher input unit bag
The first housing being fixedly connected with installation portion is included, and is connected to the second housing of the first housing rear end；First housing
On form and rectangular stretch into lower end on rear side of passage, first housing along what rack fore-and-aft direction was set and be connected with one
Individual installing plate；The front end of second housing forms cavity, the cavity and stretches into the finger that passage collectively forms a L-shaped
Stretch into chamber；
The second housing upper rear end form a width, height respectively with stretching into channel width, highly equal block
Mouth is slided, the block slip is intraoral to be slidably fitted with a block, and the block rear end is connected with an electric pushrod, electronic
Push rod is fixedly connected with rear portion in rack；
The block is located at when finger-print cipher input unit is in non-working condition to be stretched into passage, and the block is in finger-print cipher
Input unit is located at block slip when being in use state intraoral；
It is installed with front side of the installing plate on outer wall after a Password Input module board, Password Input module board
Side end face is provided with 4 in left-right direction presses by compressing switch, each pressure sensing has been respectively fixedly connected with the button compressed switch
Device, the rear end of each pressure sensor has been respectively fixedly connected with finger print acquisition module；Each fingerprint of correspondence is adopted on the installing plate
The position of collection module forms the installing port loaded for finger print acquisition module；
It is located to stretch on the left of passage in the installation portion and a confirmation button is installed；Each it is described by compressing switch, pressure is passed
Sensor, finger print acquisition module, confirmation button and electric pushrod are electrically connected with control board respectively；
When user carries bank card, bank card is inserted after card-reading part using input keyboard input numerical ciphers；User does not carry
During bank card, input finger-print cipher sequence using finger-print cipher input unit and carry out withdrawal operation；
When inputting finger-print cipher sequence using finger-print cipher input unit, bank card number, bank are inputted on input keyboard first
Card card number input finish after, control board control electric pushrod shorten make block fall back on block slide it is intraoral, stretch into finger
Chamber is in open mode；
Then index finger, middle finger, ring finger and little finger are corresponded to respectively and arranged from left to right by along PIN PAD left and right directions
Four finger print acquisition modules on；The input process of finger-print cipher sequence comprises the following steps：
1.1）, carry out fingerprint integrity verification：Index finger, middle finger, ring finger and little finger are firmly pressed to the fingerprint of correspondence position simultaneously
Acquisition module, while making each be pressed by compressing switch, control board collection is by the finger on each finger print acquisition module
Fingerprint；The fingerprint that control board collects each finger print acquisition module is compared with the finger print information that user independently sets, if
Finger print information is consistent, then, if finger print information is inconsistent, is led to text mode prompting input finger-print cipher sequence by display screen
Cross display screen to mismatch with text mode prompting finger print information, change other verification modes；
1.2）, when step 1.1）The finger print information of input is correct, then continues to input finger-print cipher sequence, finger-print cipher sequence is two
The finger print of the group above and the password combination of pressure value；
1.21）When inputting first group of password combination, the finger print acquisition module of correspondence position is pressed first by 1-4 finger, is made
1-4 are pressed by compressing switch, and then unclamp all fingers；
1.22）Then the finger print acquisition module of correspondence position is pressed using a finger, makes the pressure sensor institute of correspondence position
The pressure being subject to reaches default value, and the pressure value suffered by the pressure sensor is shown in real time on the display screen；
4 row double figures of display are digital in real time on the display screen, and the real-time pressure numerical value suffered by the pressure sensor is in display screen
The columns position of upper display is equal to step 1.21）In the pressing number of switches that is pressed, the columns is suitable according to from left to right
Sequence is calculated；Other three column of figures Dynamic Announce pseudo random numbers on display screen；When pressure sensor is pressed into default value, make
The confirmation button is pressed with thumb, is pressed after confirmation button, the finger print acquisition module that control board extracts correspondence position is obtained
The finger print information got, forms one group of password combination comprising finger print and pressure value；
1.23）Then repeat step 1.21）With step 1.22）More than once, so as to input more than one group of password combination, complete
The input of finger-print cipher sequence；
1.3）Control board compares the finger-print cipher sequence information that finger-print cipher sequence is independently set with user, if fingerprint is close
Code sequence information is consistent, then judges that Password Input is correct, and control board performs next step operation, if finger-print cipher sequence information
It is inconsistent, then judge Password Input mistake, point out user to re-enter password by display screen；
Input after correct finger-print cipher sequence, user can carry out withdrawal operation；After user's end of operation, control board
Control electric pushrod elongation makes block move forward to stretch into passage and stretch into chamber to block the whole finger.
2. a kind of ATM automatic teller machines as claimed in claim 1, it is characterised in that：The default value of the pressure is fixed numbers,
When pressing the pressure sensor, when the difference between real-time pressure value and the fixed numbers of setting be less than 0.2 Newtonian time,
Think that real-time pressure value is equal to default value；The precision of shown real-time pressure numerical value is 0.1 N on the display screen
.
3. a kind of ATM automatic teller machines as claimed in claim 1, it is characterised in that：It is located at every two on the madial wall of the installing plate
Position between individual adjacent fingerprint acquisition module forms grid spacer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710553891.7A CN107293072A (en) | 2017-07-09 | 2017-07-09 | A kind of ATM automatic teller machines |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710553891.7A CN107293072A (en) | 2017-07-09 | 2017-07-09 | A kind of ATM automatic teller machines |
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| CN107293072A true CN107293072A (en) | 2017-10-24 |
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| CN201710553891.7A Withdrawn CN107293072A (en) | 2017-07-09 | 2017-07-09 | A kind of ATM automatic teller machines |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110693213A (en) * | 2019-10-15 | 2020-01-17 | 安徽飞凯电子技术有限公司 | Key storing and taking cabinet |
| CN114596680A (en) * | 2022-03-16 | 2022-06-07 | 吉林银行股份有限公司 | Remote authorization method, device, equipment and medium in abnormal state |
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| CN106779674A (en) * | 2016-11-21 | 2017-05-31 | 浙江海洋大学 | Secure Transaction method of payment based on NFC |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110693213A (en) * | 2019-10-15 | 2020-01-17 | 安徽飞凯电子技术有限公司 | Key storing and taking cabinet |
| CN114596680A (en) * | 2022-03-16 | 2022-06-07 | 吉林银行股份有限公司 | Remote authorization method, device, equipment and medium in abnormal state |
| CN114596680B (en) * | 2022-03-16 | 2022-12-23 | 吉林银行股份有限公司 | Remote authorization method, device, equipment and medium in abnormal state |
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