Test system of ticket card processing module control panel
By designing a test system for the ticket card processing module control board and using analog signal detection circuit to simulate the equipment environment, the problem of high detection difficulty of the ticket card processing module control board in the existing technology is solved, and efficient function detection and maintenance efficiency improvement is achieved.
Patent Information
- Application Number
- CN202420665201.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-04-01
- Publication Date
- 2024-12-24
- Estimated Expiration
- 2034-04-01
AI Technical Summary
The prior art cannot effectively perform full-function detection of the ticket card processing module control board, resulting in difficulty in repair, low efficiency, and difficult fault points, which are easy to find, and are easily disturbed by equipment status, resulting in erroneous judgment and damage to other components of the equipment.
A test system for the card processing module control board is designed, including a computer and a test device, and simulates the analog signal detection circuit such as the motor signal simulation unit, the antenna signal simulation unit, the solenoid valve signal simulation unit, the sensor signal simulation unit and other analog signal detection circuits are controlled. Equipment environment, realizes the detection of various functions of the ticket card processing module control board.
Through analog signal detection, the function operation status of the ticket card processing module control board can be intuitively observed, repair efficiency can be improved, repair difficulty can be reduced, and error judgments can be reduced.
Smart Images
Figure CN222232907U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to the technical field of ticket card processing module control board testing, and in particular relates to a ticket card processing module control board testing system. Background Art
[0002] The AFC ticket sales and inspection system of Guangzhou Metro Line 1 and Line 2 has been in use for a long time, and the number of electronic board failures has increased. The ticket card processing module control board is the core processing module of the AFC system, and is used in ES stored value ticket module, ES one-way ticket module, AGM gate, and TVM automatic ticket vending machine equipment. Each unit equipment is equipped with a ticket card processing module control board, which is responsible for the analysis and processing of subway tickets, and is closely related to the daily use of passengers.
[0003] Under the existing conditions, if the full function test of the ticket processing module control panel is to be completed, whether it is the test work before maintenance or the acceptance work after repair, each ticket processing module control panel needs to be installed on the ES stored value ticket module, ES one-way ticket module, AGM gate and TVM automatic ticket vending machine equipment for testing. Since the equipment supplier does not provide relevant testing equipment, it is impossible to perform functional testing on the ticket processing module control panel offline, which makes maintenance difficult and inefficient. Not only does it take a long time to install and test, but it is also difficult to find the fault point. The fault point can only be judged based on the phenomenon on the surface of the equipment based on maintenance experience. At the same time, the detection of the control panel is also related to the status of the equipment itself, which is easily interfered by other factors, resulting in the situation of misjudgment of the test results. In addition, there is also the possibility that the failure of the control panel will cause damage to other parts of the equipment, or other damaged parts of the equipment will cause the spread of the control panel fault point. The existence of the above situations greatly increases the difficulty of repairing the ticket processing module control panel. Utility Model Content
[0004] In order to overcome the above technical defects, the utility model provides a test system for a ticket and card processing module control board, which can reduce the difficulty of testing the ticket and card processing module control board.
[0005] The utility model is realized by the following scheme:
[0006] A test system for a ticket card processing module control board, the ticket card processing module control board is provided with: a control motor signal detection circuit, an antenna signal detection circuit, a solenoid valve control circuit, a sensor signal detection circuit, a Hopper ticket deposit detection circuit, a buzzer control circuit, a SAM card signal detection circuit, an address baud rate signal detection circuit, an RS232 communication signal detection circuit and a main control chip, including: a host computer and a test device;
[0007] The host computer is used to send a test signal;
[0008] The test device is connected to the host computer and the ticket card processing module control board. The test device receives the test signal and sends it to the ticket card processing module control board. The ticket card processing module control board drives the test device to generate an analog signal according to the test signal for the ticket card processing module control board to detect. The ticket card processing module control board generates a feedback signal and sends it to the test device.
[0009] The host computer receives the feedback signal;
[0010] The testing device comprises:
[0011] A control motor signal simulation unit is connected to the ticket card processing module control board and is started by the ticket card processing module control board. The ticket card processing module control board detects the control motor signal simulation unit when it is started, and the test device obtains the feedback signal.
[0012] The antenna signal simulation unit is connected to the antenna signal detection circuit and is used to generate a state signal of the antenna card reading. The antenna signal detection circuit detects the state signal of the antenna card reading, and the test device obtains the feedback signal.
[0013] The solenoid valve signal simulation unit is connected to the solenoid valve control circuit and is driven to start by the solenoid valve control circuit. The ticket card processing module control board detects the solenoid valve signal simulation unit when it is started, and the test device obtains the feedback signal;
[0014] The sensor signal simulation unit is connected to the sensor signal detection circuit and is used to generate a state signal of the sensor. The sensor signal detection circuit detects the state signal of the sensor, and the test device obtains the feedback signal.
[0015] As a further improvement of the present invention, the control motor signal simulation unit includes:
[0016] A motor driving circuit, driven by the ticket card processing module control board to generate motor motion;
[0017] A motor stroke position detection circuit is connected to the control motor signal detection circuit, and is used to generate a motor stroke state signal according to the motor action, and the control motor signal detection circuit detects the motor stroke state signal, and the test device obtains the feedback signal;
[0018] The Hopper ticket box ticket deposit detection circuit is connected to the Hopper ticket deposit detection circuit and is used to generate a ticket deposit status signal of the Hopper ticket box. The Hopper ticket deposit detection circuit detects the ticket deposit status signal of the Hopper ticket box, and the test device obtains the feedback signal.
[0019] As a further improvement of the utility model, the solenoid valve control circuit includes: a voting port solenoid valve control circuit, a ticket return port solenoid valve control circuit, a register solenoid valve control circuit, and a ticket box solenoid valve control circuit. The solenoid valve signal simulation circuit includes:
[0020] The voting port solenoid valve simulation circuit is connected to the voting port solenoid valve control circuit, and the voting port solenoid valve action signal generated by the voting port solenoid valve control circuit is received. The ticket card processing module control board detects the voting port solenoid valve action signal, and the test device obtains the feedback signal;
[0021] The ticket refund port solenoid valve simulation circuit is connected to the ticket refund port solenoid valve control circuit, and is controlled by the ticket refund port solenoid valve control circuit to generate a ticket refund port solenoid valve action signal. The ticket card processing module control board detects the ticket refund port solenoid valve action signal, and the test device obtains the feedback signal.
[0022] The register solenoid valve simulation circuit is connected to the register solenoid valve control circuit and is controlled by the register solenoid valve control circuit to generate a register solenoid valve state action signal. The ticket card processing module control board detects the register solenoid valve state action signal, and the test device obtains the feedback signal.
[0023] The ticket box solenoid valve simulation circuit is connected to the ticket box solenoid valve control circuit and is controlled by the ticket box solenoid valve control circuit to generate a ticket box solenoid valve action signal. The ticket card processing module control board detects the ticket box solenoid valve action signal, and the test device obtains the feedback signal.
[0024] As a further improvement of the present invention, the sensor signal detection circuit includes: a voting port sensor signal detection circuit, a register sensor signal detection circuit, and a ticket return port sensor signal detection circuit, and the sensor signal simulation unit includes:
[0025] A voting slot sensor simulation circuit is connected to the voting slot sensor signal detection circuit and is used to detect the solenoid valve action signal of the voting slot to generate a voting slot sensor state signal. The voting slot sensor signal detection circuit detects the voting slot sensor state signal, and the test device obtains the feedback signal.
[0026] A register sensor simulation circuit is connected to the register sensor signal detection circuit and is used to detect the register solenoid valve state action signal to generate a register sensor state signal. The register sensor signal detection circuit detects the register sensor state signal, and the test device obtains the feedback signal.
[0027] The ticket return port sensor simulation circuit is connected to the ticket return port sensor signal detection circuit, and is used to detect the ticket return port solenoid valve action signal to generate a ticket return port sensor status signal. The ticket return port sensor signal detection circuit detects the ticket return port sensor status signal, and the test device obtains the feedback signal.
[0028] As a further improvement of the utility model, the utility model also includes:
[0029] The power conversion circuit is connected to the test device and the ticket card processing module control board, and is used to convert alternating current into direct current to provide power for the test device and the ticket card processing module control board.
[0030] As a further improvement of the utility model, the utility model also includes:
[0031] The buzzer simulation circuit is connected to the buzzer control circuit and is started under the control of the buzzer control circuit. The ticket card processing module control board detects the buzzer simulation circuit when it is started, and the test device obtains the feedback signal.
[0032] As a further improvement of the utility model, the utility model also includes:
[0033] The SAM card signal simulation circuit is connected to the SAM card signal detection circuit and is used to generate a SAM signal read from the SAM card. The SAM card signal detection circuit performs detection based on the SAM signal, and the test device obtains the feedback signal.
[0034] As a further improvement of the utility model, the utility model also includes:
[0035] The address baud rate signal simulation circuit is connected to the address baud rate signal detection circuit and is used to generate the read baud rate signal. The address baud rate signal detection circuit performs detection based on the read baud rate signal, and the test device obtains the feedback signal.
[0036] As a further improvement of the utility model, the utility model also includes:
[0037] The RS232 communication signal circuit is connected to the RS232 communication signal detection circuit and the main control chip, and is used to generate an RS232 communication status signal. The main control chip and the RS232 communication signal detection circuit perform detection according to the RS232 communication status signal, and the test device obtains the feedback signal.
[0038] Compared with the prior art, the beneficial effects of the utility model are as follows: a test device is used to simulate the equipment environment of an ES stored-value ticket module, an ES one-way ticket module, an AGM gate machine and a TVM automatic ticket vending machine, and each function is realized by controlling a motor signal simulation unit, an antenna signal simulation unit, a solenoid valve signal simulation unit and a sensor signal simulation unit. When a user sends a test signal through a host computer, the test device receives the test signal and sends it to a ticket processing module control board, and then the ticket processing module control board drives and controls the motor signal simulation unit, the antenna signal simulation unit, the solenoid valve signal simulation unit and the sensor signal simulation unit, and controls the motor signal simulation unit, the antenna signal simulation unit, the solenoid valve signal simulation unit and the sensor signal simulation unit to send out simulation signals after starting, and the ticket processing module control board detects these simulation signals, receives feedback signals from the ticket processing module control board, and feeds back the feedback signals to the host computer, so as to facilitate intuitive observation of the specific function operation status, and then various functions of the ticket processing module control board can be detected, thereby greatly improving the maintenance efficiency of the board. BRIEF DESCRIPTION OF THE DRAWINGS
[0039] The specific implementation of the utility model is further described in detail below with reference to the accompanying drawings, wherein:
[0040] Figure 1 It is a structural schematic diagram of the test system of the utility model;
[0041] Figure 2 It is a detailed structural diagram of the test system of the utility model;
[0042] Figure 3 It is a structural schematic diagram of the motor drive circuit of the utility model;
[0043] Figure 4 It is a structural schematic diagram of the motor stroke position detection circuit of the utility model;
[0044] Figure 5 This is a schematic diagram of the structure of the ticket deposit detection circuit of the Hopper ticket box of the utility model;
[0045] Figure 6 This is a structural schematic diagram of the antenna signal simulation unit of the utility model;
[0046] Figure 7 This is a schematic diagram of the structure of the voting port solenoid valve simulation circuit of the utility model;
[0047] Figure 8 This is a schematic diagram of the structure of the simulation circuit of the solenoid valve of the ticket refund port of the utility model;
[0048] Fig. 9 It is a structural schematic diagram of the register solenoid valve simulation circuit of the utility model;
[0049] Fig.10 This is a schematic diagram of the structure of the ticket box solenoid valve simulation circuit of the utility model;
[0050] Fig.11 This is a schematic diagram of the structure of the sensor signal simulation unit of the utility model;
[0051] Fig.12 It is a structural schematic diagram of the buzzer signal simulation circuit of the utility model;
[0052] Fig.13 It is a partial structural schematic diagram of the SAM card signal simulation circuit of the utility model;
[0053] Fig.14 It is a partial structural schematic diagram of the SAM card signal simulation circuit of the utility model;
[0054] Fig.15 This is a schematic diagram of the structure of the address baud rate signal simulation circuit of the utility model;
[0055] Fig.16 This is a schematic diagram of the structure of the RS232 communication signal circuit of the utility model;
[0056] Marking description: 1. Host computer; 2. Test device; 21. Control motor signal simulation unit; 211. Motor drive circuit; 212. Motor stroke position detection circuit; 213. Hopper ticket box ticket storage detection circuit; 22. Antenna signal simulation unit; 23. Solenoid valve signal simulation unit; 231. Voting port solenoid valve simulation circuit; 232. Ticket return port solenoid valve simulation circuit; 233. Register solenoid valve simulation circuit; 234. Ticket box solenoid valve simulation circuit; 24. Sensor signal simulation unit; 241. Voting port sensor simulation circuit; 242. Register sensor simulation circuit; 243. Ticket return port sensor simulation circuit; 25. Buzzer signal simulation circuit; 26. SAM card signal simulation circuit; 27. Address baud rate signal simulation circuit; 28. RS232 communication signal circuit; 29 , main controller; 3, power conversion circuit; 100, ticket card processing module control board; 1001, control motor signal detection circuit; 1002, antenna signal detection circuit; 1003, Hopper ticket deposit detection circuit; 1004, buzzer control circuit; 1005, SAM card signal detection circuit; 1006, address baud rate signal detection circuit; 1007, RS232 communication signal detection circuit; 1008, main control chip; 1009, voting port solenoid valve control circuit; 1010, ticket return port solenoid valve control circuit; 1011, register solenoid valve control circuit; 1012, ticket box solenoid valve control circuit; 1013, voting port sensor signal detection circuit; 1014, register sensor signal detection circuit; 1015, ticket return port sensor signal detection circuit; 1015, SAM card. DETAILED DESCRIPTION
[0057] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.
[0058] The utility model discloses a test system for a ticket card processing module control board 100. The ticket card processing module control board 100 is provided with: a control motor signal detection circuit 1001, an antenna signal detection circuit 1002, a solenoid valve control circuit, a sensor signal detection circuit, a Hopper ticket deposit detection circuit 1003, a buzzer control circuit 1004, a SAM card signal detection circuit 1005, an address baud rate signal detection circuit 1006, an RS232 communication signal detection circuit 1007 and a main control chip 1008. The test system comprises: a host computer 1 and a test device 2; the host computer 1 is used to send a test signal; the test device 2 is connected with the host computer 1 and the ticket card processing module control board 100, the test device 2 receives the test signal and sends it to the ticket card processing module control board 100, the ticket card processing module control board 100 drives the test device 2 to generate an analog signal according to the test signal, so as to provide the ticket card processing module control board 100 for detection; the ticket card processing module control board 100 generates a feedback signal and sends it to the test device 2; the host computer 1 receives the feedback signal.
[0059] The test device 2 includes: a control motor signal simulation unit 21, an antenna signal simulation unit 22, a solenoid valve signal simulation unit 23, and a sensor signal simulation unit 24; the control motor signal simulation unit 21 is connected to the ticket card processing module control board 100, and is driven to start by the ticket card processing module control board 100. The ticket card processing module control board 100 detects the control motor signal simulation unit 21 when it is started, and the test device 2 obtains a feedback signal; the antenna signal simulation unit 22 is connected to the antenna signal detection circuit 1002, and is used to generate a state signal of the antenna card reading. The antenna signal detection circuit 1002 detects the state signal of the antenna card reading, and the test device 2 obtains a feedback signal; the solenoid valve signal simulation unit 23 is connected to the solenoid valve control circuit, and is driven to start by the solenoid valve control circuit. The ticket card processing module control board 100 detects the solenoid valve signal simulation unit 23 when it is started, and the test device 2 obtains a feedback signal; the sensor signal simulation unit 24 is connected to the sensor signal detection circuit, and is used to generate a state signal of the sensor. The sensor signal detection circuit detects the state signal of the sensor, and the test device 2 obtains a feedback signal.
[0060] The test device 2 includes: a control motor signal simulation unit 21, an antenna signal simulation unit 22, a solenoid valve signal simulation unit 23, and a sensor signal simulation unit 24; the control motor signal simulation unit 21 is connected to the ticket card processing module control board 100, and is driven to start by the ticket card processing module control board 100. The ticket card processing module control board 100 detects the control motor signal simulation unit 21 when it is started, and the test device 2 obtains a feedback signal; the antenna signal simulation unit 22 is connected to the antenna signal detection circuit 1002, and is used to generate a state signal of the antenna card reading. The antenna signal detection circuit 1002 detects the state signal of the antenna card reading, and the test device 2 obtains the feedback signal; the solenoid valve signal simulation unit 23 is connected to the solenoid valve control circuit, and is driven to start by the solenoid valve control circuit. The ticket card processing module control board 100 detects the solenoid valve signal simulation unit 23 when it is started, and the test device 2 obtains the feedback signal; the sensor signal simulation unit 24 is connected to the sensor signal detection circuit, and is used to generate a state signal of the sensor. The sensor signal detection circuit detects the state signal of the sensor, and the test device 2 obtains the feedback signal.
[0061] The motor drive circuit 211 is used to simulate the motor of the single-trip ticket recovery module of the gate equipment. The ticket card processing module control board 100 controls the signal pin J4.4 to output a high level, so that the transistor Q3 is turned on, the negative pole of motor A is grounded, and motor A rotates. When the motor drive circuit 211 controls motor A to rotate to a certain position, it will block the light emitted by the transmitting end LED1, so that the receiving end U20 changes from the on state to the off state, and further affects the transmitting end LED1 from the on state to the off state, and the signal pin J4.1 changes from a low level to a high level, indicating that the sensor is in place. When the ticket box is full, the light emitted by the transmitting end LED10 is blocked, the receiving end U40 changes from the on state to the off state, and the signal pin J4.9 changes from a low level to a high level. The signal pin J4.6 is similar. There are two ticket boxes, each with a detection circuit. The light is blocked by controlling the action of the solenoid valve. These circuits are used to simulate the actual operation of the ticket box to detect the various circuits in the ticket card processing module control board 100, so as to know whether there is a fault in each circuit.
[0062] Antenna signal simulation circuit such as Figure 6 As shown, coils L1 and L2 realize the functions of video signal transmission and video signal reception. The main control chip 1008 communicates with the RC531 chip to control the RC531 to output signals to the antenna. The antenna transmits and receives radio frequency signals to realize the transmission of wireless signal data.
[0063] like Figure 7-Figure 9As shown, the solenoid valve signal simulation unit 23 includes: a voting port solenoid valve simulation circuit 231, a ticket return port solenoid valve simulation circuit 232, a register solenoid valve simulation circuit 233, and a ticket box solenoid valve simulation circuit 234; the voting port solenoid valve simulation circuit 231 is connected to the voting port solenoid valve control circuit 1009, and generates a voting port solenoid valve action signal under the control of the voting port solenoid valve control circuit 1009, and the ticket card processing module control board 100 detects the voting port solenoid valve action signal, and the test device 2 obtains a feedback signal; the ticket return port solenoid valve simulation circuit 232 is connected to the ticket return port solenoid valve control circuit 1010, and generates a ticket return port solenoid valve action signal under the control of the ticket return port solenoid valve control circuit 1010, and the ticket card processing module control board 100 detects the voting port solenoid valve action signal, and the test device 2 obtains a feedback signal. The control board 100 of the ticket processing module detects the action signal of the solenoid valve of the ticket refund port, and the test device 2 obtains the feedback signal; the register solenoid valve simulation circuit 233 is connected to the register solenoid valve control circuit 1011, and is controlled by the register solenoid valve control circuit 1011 to generate the register solenoid valve state action signal, and the ticket card processing module control board 100 detects the register solenoid valve state action signal, and the test device 2 obtains the feedback signal; the ticket box solenoid valve simulation circuit 234 is connected to the ticket box solenoid valve control circuit 1012, and is controlled by the ticket box solenoid valve control circuit 1012 to generate the ticket box solenoid valve action signal, and the ticket card processing module control board 100 detects the ticket box solenoid valve action signal, and the test device 2 obtains the feedback signal.
[0064] The voting port solenoid valve control circuit 1009 outputs a high level through the control signal pin 6.1, turning on the transistor Q101, connecting the negative pole of the motor A to the ground, and the motor A rotates, and the solenoid valve operates. Similarly, the voting port solenoid valve control circuit 1009, the ticket refund port solenoid valve control circuit 232, the temporary register solenoid valve control circuit 233, and the ticket box solenoid valve control circuit 234 can operate, indicating that the voting port solenoid valve control circuit 1009, the ticket refund port solenoid valve control circuit 1010, the temporary register solenoid valve control circuit 1011, and the ticket box solenoid valve control circuit 1012 are not faulty.
[0065] like Fig.11As shown, the sensor signal simulation unit 24 includes: a voting port sensor simulation circuit 241, a register sensor simulation circuit 242, and a ticket return port sensor simulation circuit 243. The voting port sensor simulation circuit 241 is connected to the voting port sensor signal detection circuit 1013, and is used to detect the action signal of the voting port solenoid valve to generate a voting port sensor state signal. The voting port sensor signal detection circuit 1013 detects the voting port sensor state signal, and the test device 2 obtains the feedback signal; the register sensor simulation circuit 242 is connected to the register sensor signal detection circuit 1013. The ticket return port sensor simulation circuit 243 is connected to the ticket return port sensor signal detection circuit 1015, and is used to detect the ticket return port solenoid valve action signal to generate a ticket return port sensor status signal. The ticket return port sensor signal detection circuit 1015 detects the ticket return port sensor status signal, and the test device 2 obtains the feedback signal.
[0066] The electromagnetic valve signal simulation unit 23 and the sensor signal simulation unit 24 complement each other. The action of the electromagnetic valve helps the sensor signal simulation unit 24 to block the light source, and the sensor simulates whether the electromagnetic valve signal simulation unit 23 is in action.
[0067] Furthermore, the utility model also includes: a power conversion circuit 3 connected to the test device 2 and the ticket card processing module control board 100, which is used to convert AC power into DC power to provide power for the test device 2 and the ticket card processing module control board 100. The power conversion circuit 3 converts AC 220V power into DC 24V power and DC 5V power.
[0068] like Fig.12 As shown, the test device 2 also includes: a buzzer signal simulation circuit 25 connected to the buzzer control circuit 1004, which is used to generate a buzzer status signal, and is started under the control of the buzzer control circuit 1004. The ticket card processing module control board 100 detects the buzzer simulation circuit when it is started, and the test device 2 obtains the feedback signal. The buzzer control circuit 1004 sends a signal to turn on the transistor Q1, and then turns on the buzzer, which proves that the buzzer control circuit 1004 is normal.
[0069] like Fig.13 , Fig.14 As shown, the test device 2 also includes: a SAM card signal simulation circuit 26 connected to the SAM card signal detection circuit 1005, which is used to generate a SAM signal read from the SAM card. The SAM card signal detection circuit 1005 performs detection based on the SAM signal, and the test device 2 obtains a feedback signal.
[0070] like Fig.15 As shown, the test device 2 also includes: an address baud rate signal simulation circuit 27 connected to the address baud rate signal detection circuit 1006, which is used to generate the read baud rate signal. The address baud rate signal detection circuit 1006 performs detection based on the read baud rate signal, and the test device 2 obtains a feedback signal.
[0071] like Fig.16 As shown, the test device 2 also includes: an RS232 communication signal circuit 28 connected to the RS232 communication signal detection circuit 1007 and the main control chip 1008, which is used to generate an RS232 communication status signal. The main control chip 1008 and the RS232 communication signal detection circuit 1007 perform detection based on the RS232 communication status signal, and the test device 2 obtains a feedback signal. Preferably, the RS232 communication signal circuit 28 can use a MAX232 chip to implement the main functions.
[0072] In addition, the test device 2 is also provided with a main controller 29 for transmitting test signals and feedback signals.
[0073] The above are only preferred embodiments of the present application and are not intended to limit the present application. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present application should be included in the protection scope of the present application.
Claims
1. A test system for a ticket card processing module control board, the ticket card processing module control board is provided with: a control motor signal detection circuit, an antenna signal detection circuit, a solenoid valve control circuit, a sensor signal detection circuit, a Hopper ticket deposit detection circuit, a buzzer control circuit, a SAM card signal detection circuit, an address baud rate signal detection circuit, an RS232 communication signal detection circuit and a main control chip, characterized in that: Including: host computer and test device; The host computer is used to send a test signal; The test device is connected to the host computer and the ticket card processing module control board. The test device receives the test signal and sends it to the ticket card processing module control board. The ticket card processing module control board drives the test device to generate an analog signal according to the test signal for the ticket card processing module control board to detect. The ticket card processing module control board generates a feedback signal and sends it to the test device. The host computer receives the feedback signal; The testing device comprises: A control motor signal simulation unit is connected to the ticket card processing module control board and is started by the ticket card processing module control board. The ticket card processing module control board detects the control motor signal simulation unit when it is started, and the test device obtains the feedback signal. The antenna signal simulation unit is connected to the antenna signal detection circuit and is used to generate a state signal of the antenna card reading. The antenna signal detection circuit detects the state signal of the antenna card reading, and the test device obtains the feedback signal. The solenoid valve signal simulation unit is connected to the solenoid valve control circuit and is driven to start by the solenoid valve control circuit. The ticket card processing module control board detects the solenoid valve signal simulation unit when it is started, and the test device obtains the feedback signal; The sensor signal simulation unit is connected to the sensor signal detection circuit and is used to generate a state signal of the sensor. The sensor signal detection circuit detects the state signal of the sensor, and the test device obtains the feedback signal.
2. The test system according to claim 1, characterized in that: The control motor signal simulation unit comprises: A motor driving circuit, driven by the ticket card processing module control board to generate motor motion; A motor stroke position detection circuit is connected to the control motor signal detection circuit, and is used to generate a motor stroke state signal according to the motor action, and the control motor signal detection circuit detects the motor stroke state signal, and the test device obtains the feedback signal; The Hopper ticket box ticket deposit detection circuit is connected to the Hopper ticket deposit detection circuit and is used to generate a ticket deposit status signal of the Hopper ticket box. The Hopper ticket deposit detection circuit detects the ticket deposit status signal of the Hopper ticket box, and the test device obtains the feedback signal.
3. The test system according to claim 1, characterized in that: The solenoid valve control circuit includes: a voting port solenoid valve control circuit, a ticket return port solenoid valve control circuit, a register solenoid valve control circuit, and a ticket box solenoid valve control circuit. The solenoid valve signal simulation unit includes: The voting port solenoid valve simulation circuit is connected to the voting port solenoid valve control circuit, and the voting port solenoid valve action signal generated by the voting port solenoid valve control circuit is received. The ticket card processing module control board detects the voting port solenoid valve action signal, and the test device obtains the feedback signal; The ticket return port solenoid valve simulation circuit is connected to the ticket return port solenoid valve control circuit, and is controlled by the ticket return port solenoid valve control circuit to generate a ticket return port solenoid valve action signal. The ticket card processing module control board detects the ticket return port solenoid valve action signal, and the test device obtains the feedback signal. The register solenoid valve simulation circuit is connected to the register solenoid valve control circuit, and is controlled by the register solenoid valve control circuit to generate a register solenoid valve state action signal. The ticket card processing module control board detects the register solenoid valve state action signal, and the test device obtains the feedback signal; the ticket box solenoid valve simulation circuit is connected to the ticket box solenoid valve control circuit, and is controlled by the ticket box solenoid valve control circuit to generate a ticket box solenoid valve action signal. The ticket card processing module control board detects the ticket box solenoid valve action signal, and the test device obtains the feedback signal.
4. The test system according to claim 3, characterized in that: The sensor signal detection circuit includes: a voting port sensor signal detection circuit, a register sensor signal detection circuit, and a ticket return port sensor signal detection circuit. The sensor signal simulation unit includes: A voting slot sensor simulation circuit is connected to the voting slot sensor signal detection circuit and is used to detect the solenoid valve action signal of the voting slot to generate a voting slot sensor state signal. The voting slot sensor signal detection circuit detects the voting slot sensor state signal, and the test device obtains the feedback signal. A register sensor simulation circuit is connected to the register sensor signal detection circuit and is used to detect the register solenoid valve state action signal to generate a register sensor state signal. The register sensor signal detection circuit detects the register sensor state signal, and the test device obtains the feedback signal. The ticket return port sensor simulation circuit is connected to the ticket return port sensor signal detection circuit, and is used to detect the ticket return port solenoid valve action signal to generate a ticket return port sensor status signal. The ticket return port sensor signal detection circuit detects the ticket return port sensor status signal, and the test device obtains the feedback signal.
5. The test system according to claim 1, characterized in that: Also includes: The power conversion circuit is connected to the test device and the ticket card processing module control board, and is used to convert alternating current into direct current to provide power for the test device and the ticket card processing module control board.
6. The test system according to claim 1, characterized in that: Also includes: The buzzer simulation circuit is connected to the buzzer control circuit and is started by the buzzer control circuit. The ticket card processing module control board detects the buzzer simulation circuit when it is started, and the testing device obtains the feedback signal.
7. The test system according to claim 1, characterized in that: Also includes: The SAM card signal simulation circuit is connected to the SAM card signal detection circuit and is used to generate a SAM signal read from the SAM card. The SAM card signal detection circuit performs detection based on the SAM signal, and the test device obtains the feedback signal.
8. The test system according to claim 1, characterized in that: Also includes: The address baud rate signal simulation circuit is connected to the address baud rate signal detection circuit and is used to generate the read baud rate signal. The address baud rate signal detection circuit performs detection based on the read baud rate signal, and the test device obtains the feedback signal.
9. The test system according to claim 1, characterized in that: Also includes: The RS232 communication signal circuit is connected to the RS232 communication signal detection circuit and the main control chip, and is used to generate an RS232 communication status signal. The main control chip and the RS232 communication signal detection circuit perform detection according to the RS232 communication status signal, and the test device obtains the feedback signal.