阅读说明：本技术 基于自助机终端的rfid感应卡开锁控制器模块 (RFID response card unlocking controller module based on self-service machine terminal ) 是由 郑宇峰 邓志群 陈斌 于 2021-01-02 设计创作，主要内容包括：本发明公开了一种基于自助机终端的RFID感应卡开锁控制器模块,包括电源部分,主控芯片,以及集成在主芯片上的2路RFID感应卡开锁模块,1路串口命令开锁模块,5组双色灯状态灯控制模块,4组灯开、关和闪烁控制模块,2组继电器常开闭控制模块以及2组开关量上传模块,2路RFID感应卡开锁模块分别连接天线板。本发明专为自助终端设计,集成了2路RFID感应卡开锁和串口命令两种电控锁开锁方式,多种选择更加方便实用,改变自助终端传统机械锁方式,给用户带来全新的使用体验,提高了自助终端的产品竞争力,同时还能满足各控制需求,无需再配专一的各控制板,节省自助终端设计空间和生产成本,且操作简单,功能齐全。(The invention discloses a self-help terminal-based RFID (radio frequency identification) induction card unlocking controller module, which comprises a power supply part, a main control chip, a 2-channel RFID induction card unlocking module integrated on the main chip, a 1-channel serial port command unlocking module, 5 groups of bicolor lamp state lamp control modules, 4 groups of lamp opening, closing and flickering control modules, 2 groups of relay normally opening and closing control modules and 2 groups of switching value uploading modules, wherein the 2-channel RFID induction card unlocking module is respectively connected with an antenna board. The self-service terminal unlocking device is specially designed for the self-service terminal, integrates two electric control lock unlocking modes of 2-channel RFID induction card unlocking and serial port command unlocking, is more convenient and practical for multiple choices, changes the traditional mechanical locking mode of the self-service terminal, brings brand-new use experience to users, improves the product competitiveness of the self-service terminal, can meet various control requirements, does not need to be matched with specific control boards, saves the design space and the production cost of the self-service terminal, and is simple to operate and complete in function.)

1. The utility model provides a RFID response card controller module of unblanking based on self-service quick-witted terminal which characterized in that: the intelligent control system comprises a power supply part, a main control chip, 2 paths of RFID induction card unlocking modules integrated on the main chip, 1 path of serial port command unlocking module, 5 groups of bicolor lamp state lamp control modules, 4 groups of lamp opening, closing and flashing control modules, 2 groups of relays normally open and close the control modules and 2 groups of switching value uploading modules, wherein the 2 paths of RFID induction card unlocking modules are respectively connected with an antenna board.

2. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: the main control chip adopts a single chip microcomputer, the card matched with the controller module is stored and searched in a partition mode, the card swiping reaction time of the card is less than 1 second, and the type of the card is supported: a card compatible with the EM4100 data format.

3. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: the power consumption voltage of the double-color lamp state lamp control module is 5V, the power consumption voltage of the lamp on/off and flicker control module is 12V, and the switching value uploading module adopts a human body induction switching value uploading module.

4. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: the 2-channel RFID induction card unlocking module is respectively an RFID1 module and an RFID2 module, the RFID1 module and the RFID2 module are respectively connected with an antenna board, the RFID1 punches a card to unlock the lock of the lock 1 interface, and the RFID2 punches a card to unlock the lock of the lock 2 interface.

5. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: unlocking the lock by the serial port command, and issuing commands to unlock the lock 1 and the lock 2 respectively.

6. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: an infrared receiver U4 is integrated on the main control chip, and an infrared remote controller is used for adding or deleting an unlocking key.

7. The self-service machine terminal-based RFID induction card unlocking controller module according to claim 1, characterized in that: and the unlocking module issues a command to add or delete the unlocking key through a serial port command.

8. The RFID induction card unlocking controller module based on the self-service machine terminal according to claim 3, characterized in that: the 5 groups of double-color lamp state lamp control modules realize the control of a double-color lamp indicator lamp in a 5V OUT state; 4 groups of lamp on, off and flicker control modules realize 12V OUT light control, support long bright, self-defined flicker time.

9. The RFID induction card unlocking controller module based on the self-service machine terminal according to claim 3, characterized in that: the 2 groups of switching value uploading modules correspond to two switching value access ports IN-PUT1 and IN-PUT2, and the 2 groups of relays are respectively a relay 1 and a relay 2; wherein the state change of IN-PUT1 controls the opening and closing of relay 1 and the state change of IN-PUT2 controls the opening and closing of relay 2.

10. The self-service machine terminal-based RFID sensor card unlocking controller module according to claim 9, characterized in that: when the IN-PUT1 is connected with the human body induction module and the relay 1 is connected with the projection lamp, the projection lamp is automatically turned off when a person approaches the self-service terminal, and the projection lamp is normally turned on when the person leaves the projection lamp; when the IN-PUT2 is connected with the human body induction module, the relay 2 is connected with the projection lamp, upper-layer application is developed according to a communication protocol, a person approaches a screen to pop up a welcome automatic terminal, and the person leaves the self-service terminal to play some client advertisement pictures.

Technical Field

The invention belongs to the technical field of information, and particularly relates to a self-service machine terminal-based RFID (radio frequency identification) induction card unlocking controller module.

Background

The door locking mode of the mechanical lock adopted by the traditional self-service terminal maintenance door is characterized in that the door locking mode is a door locking mode, and due to the fact that keys of various types are various, a user often needs to take a string of keys with a ready-made mark to unlock different machines, great inconvenience is brought to the user, the problem can be well solved by using an RFID induction card electric control lock unlocking mode, and the door locking mode is also an innovative application in a self-service terminal.

However, most of the existing RFID sensor card unlocking controller modules on the market are single door control electric control lock unlocking control modules, the RFID sensor card unlocking control modules cannot be directly used on a self-service terminal generally, and if the RFID sensor card unlocking controller modules are used on the self-service terminal, controller modules such as component state lamp indication and light control need to be added, so that two sets of controller modules need to be installed to realize the unlocking control, and great inconvenience is brought to the structural design and the use of the self-service terminal.

Disclosure of Invention

In order to solve the defects and shortcomings in the prior art, the invention provides the RFID induction card unlocking controller module which is specially designed for the self-service terminal, integrates two electric control lock unlocking modes of 2-path RFID induction card unlocking and serial port command, is more convenient and practical in multiple choices, changes the traditional mechanical locking mode of the self-service terminal, brings brand-new use experience to users, improves the product competitiveness of the self-service terminal, can meet various control requirements at the same time, does not need to be matched with specific control panels, saves the design space and the production cost of the self-service terminal, is simple to operate, and has complete functions.

The technical scheme of the invention is as follows: the utility model provides a RFID response card controller module of unblanking based on self-service quick-witted terminal, including the power supply unit, main control chip to and 2 way RFID response card unlocking module of integrated on main chip, 1 way serial ports order unlocking module, 5 double-colored lamp state lamp control modules of group, 4 groups lamp switch, close and scintillation control module, 2 groups relay normally open and close control module and 2 groups switching value upload modules, 2 way RFID response card unlocking module connects the antenna panel respectively.

The self-service terminal unlocking device is specially designed for the self-service terminal, integrates two electric control lock unlocking modes of 2-channel RFID induction card unlocking and serial port command unlocking, is more convenient and practical for multiple choices, changes the traditional mechanical locking mode of the self-service terminal, brings brand-new use experience to users, improves the product competitiveness of the self-service terminal, can meet various control requirements, does not need to be matched with specific control boards, saves the design space and the production cost of the self-service terminal, and is simple to operate and complete in function.

Preferably, the main control chip adopts a single chip microcomputer, the card matched with the controller module is stored and searched in a partition mode, the card swiping reaction time of the card is less than 1 second, and the types of the cards are supported: a card compatible with the EM4100 data format.

Preferably, the electricity consumption voltage of the double-color lamp state lamp control module is 5V, the electricity consumption voltage of the lamp on, off and flicker control module is 12V, and the switching value uploading module adopts a human body induction switching value uploading module.

Preferably, the 2-way RFID induction card unlocking module is respectively an RFID1 and an RFID2, the RFID1 and the RFID2 are respectively connected with an antenna board, the RFID1 punches a card to unlock the lock of the lock 1 interface, and the RFID2 punches a card to unlock the lock of the lock 2 interface.

Preferably, unlocking module issues commands to unlock lock 1 and lock 2, respectively, via serial port commands.

Preferably, an infrared receiver U4 is integrated on the main control chip, and an infrared remote controller is used for adding or deleting the unlocking key.

Preferably, the unlocking module is commanded to add or delete unlocking keys via a serial port.

Preferably, the 5 groups of double-color lamp state lamp control modules realize the control of a double-color lamp indicator lamp in a 5V OUT state; 4 groups of lamp on, off and flicker control modules realize 12V OUT light control, support long bright, self-defined flicker time.

Preferably, 2 groups of switching value uploading modules correspond to two switching value access ports IN-PUT1 and IN-PUT2, and 2 groups of relays are respectively a relay 1 and a relay 2; wherein the state change of IN-PUT1 controls the opening and closing of relay 1 and the state change of IN-PUT2 controls the opening and closing of relay 2.

Preferably, when the IN-PUT1 is connected with the human body induction module and the relay 1 is connected with the projection lamp, the projection lamp is automatically turned off when a person approaches the self-service terminal, and the projection lamp is normally turned on when the person leaves the self-service terminal; when the IN-PUT2 is connected with the human body induction module, the relay 2 is connected with the projection lamp, upper-layer application is developed according to a communication protocol, a person approaches a screen to pop up a welcome automatic terminal, and the person leaves the self-service terminal to play some client advertisement pictures.

The self-service terminal unlocking device is specially designed for the self-service terminal, integrates two electric control lock unlocking modes of 2-channel RFID induction card unlocking and serial port command unlocking, is more convenient and practical for multiple choices, changes the traditional mechanical locking mode of the self-service terminal, brings brand-new use experience to users, improves the product competitiveness of the self-service terminal, can meet various control requirements, does not need to be matched with specific control boards, saves the design space and the production cost of the self-service terminal, and is simple to operate and complete in function.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic circuit diagram of the power supply portion of the present invention;

FIG. 3 is a circuit diagram of a main control chip and a serial port communication circuit according to the present invention;

FIG. 4 is a circuit diagram of a card reading signal acquisition circuit according to the present invention;

FIG. 5 is a circuit diagram of an LED indicator light control interface according to the present invention;

FIG. 6 is a circuit diagram of a 4-way 12V light string interface according to the present invention;

FIG. 7 is a circuit diagram of a 2-way electronic lock control interface according to the present invention;

FIG. 8 is a schematic diagram of a serial port command interface according to the present invention.

Detailed Description

The present invention will be described in further detail with reference to the attached drawings, but the present invention is not limited thereto.

As shown in fig. 1-7, a controller module that unlocks based on self-service quick-witted terminal RFID response card, including power supply unit, main control chip to and 2 way RFID response card unlocking modules integrated on the main chip, 1 way serial ports order unlocking module, 5 double-colored lamp state lamp control modules of group, 4 groups lamp open, close and scintillation control module, 2 groups relay normally open and close control module and 2 groups switching value upload modules, 2 way RFID response card unlocking module connects the antenna panel respectively. The main control chip adopts a single chip microcomputer, the card matched with the controller module is stored and searched in a partition mode, the card swiping reaction time of the card is less than 1 second, and the type of the card is supported: a card compatible with the EM4100 data format. The power consumption voltage of the double-color lamp state lamp control module is 5V, the power consumption voltage of the lamp on/off and flicker control module is 12V, and the switching value uploading module adopts a human body induction switching value uploading module. The 2-channel RFID induction card unlocking module is respectively an RFID1 module and an RFID2 module, the RFID1 module and the RFID2 module are respectively connected with an antenna board, the RFID1 punches a card to unlock the lock of the interface 1, and the RFID2 punches a card to unlock the lock of the interface 2. An infrared receiver U4 is integrated on the main control chip, and an infrared remote controller is used for adding or deleting the unlocking key. The 5 groups of double-color lamp state lamp control modules realize the control of a double-color lamp indicator lamp in a 5V OUT state; 4 groups of lamp on, off and flicker control modules realize 12V OUT light control, support long bright, self-defined flicker time. The 2 groups of switching value uploading modules correspond to two switching value access ports IN-PUT1 and IN-PUT2, and the 2 groups of relays are respectively a relay 1 and a relay 2; wherein the state change of IN-PUT1 controls the opening and closing of relay 1 and the state change of IN-PUT2 controls the opening and closing of relay 2. When the IN-PUT1 is connected with the human body induction module and the relay 1 is connected with the projection lamp, the projection lamp is automatically turned off when a person approaches the self-service terminal, and the projection lamp is normally turned on when the person leaves the projection lamp; when the IN-PUT2 is connected with the human body induction module, the relay 2 is connected with the projection lamp, upper-layer application is developed according to a communication protocol, a person approaches a screen to pop up a welcome automatic terminal, and the person leaves the self-service terminal to play some client advertisement pictures.

As shown in fig. 8, the present invention can also issue commands to unlock lock 1 and lock 2, respectively, via serial commands. And the unlocking module issues a command to add or delete the unlocking key through a serial port command.

The invention adopts a domestic singlechip (which is easy to innovate) as a main control chip, has good performance index and reliability, and has a software communication protocol developed autonomously, and completely autonomous hardware and software design.

The double-antenna design of the invention easily solves the problem of unlocking by swiping cards from inside and outside, and the wiring of a magnetic lock and an electric mortise lock without driving by themselves becomes simple and convenient. The card partition storage and search technology enables the card swiping reaction time of all cards to be less than 1 second. Support for card type: 125KHZ for cards compatible with the EM4100 data format.

The self-service terminal unlocking device is specially designed for the self-service terminal, integrates two electric control lock unlocking modes of 2-channel RFID induction card unlocking and serial port command unlocking, is more convenient and practical for multiple choices, changes the traditional mechanical locking mode of the self-service terminal, brings brand-new use experience to users, improves the product competitiveness of the self-service terminal, can meet various control requirements, does not need to be matched with specific control boards, saves the design space and the production cost of the self-service terminal, and is simple to operate and complete in function.