CN103385718A

CN103385718A - Intelligent finger dexterity testing device

Info

Publication number: CN103385718A
Application number: CN201210141190XA
Authority: CN
Inventors: 陈军; 韩伟
Original assignee: SHANGHAI PAYTECH ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: SHANGHAI PAYTECH ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2012-05-09
Filing date: 2012-05-09
Publication date: 2013-11-13

Abstract

The invention discloses an intelligent finger dexterity testing device, which comprises a subject operating module, a subject response receiving module and an embedded system. The subject operating module comprises a testing tool storage area, testing tools and testing holes. The testing tools are conductive metal bars. A metal sheet is flatly laid at the bottom of each testing hole. A gap exists in the middle of each metal sheet. The two ends of each metal sheet are respectively connected with the positive pole and the negative pole of a power supply. The subject response receiving module is an industrial control board with a C8051F340 CPU (Central Processing Unit). The metal sheets at the bottoms of the testing holes are connected with the industrial control board through signal lines. The embedded system consists of a display and a main board. The display is connected with the main board through a data line. The industrial control board communicates with the main board through a USB (Universal Serial Bus) interface/COM (Component Object Model) interface. The intelligent finger dexterity testing device with the structure can complete finger dexterity testing and training.

Description

Intelligent finger flexible testing device

Technical Field

The invention relates to the technical field of psychological experiment instruments, in particular to an instrument device which can test and train the flexibility of fingers, automatically collect experiment data, analyze and process the experiment data and feed back result data in real time.

Background

At present, a power supply voltage of 220V is adopted in a known psychological experiment instrument, the power supply mode has great safety problems particularly for primary and secondary school students, and meanwhile, during experiments, each instrument needs to be equipped with an ordinary personal computer, so that resource waste is caused, and the instrument is inconvenient to carry. With the continuous development and progress of implementing psychological experiments by using a psychological experiment instrument, an embedded system is adopted to collect the tested reaction data, so that the experiment cost is reduced, and the whole experiment process is safer and more reliable.

Disclosure of Invention

Technical problem: the invention aims to overcome the defects of the prior art and provide an intelligent finger flexible testing device, wherein a disconnected circuit is conducted through a conductive metal rod, tested reaction data is collected by utilizing an industrial control board with a CPU of C8051F340 model, and the data is led out to a control device of the intelligent finger flexible testing device, such as an embedded system, through a COM port/USB interface, so that the defects of the traditional finger flexible testing instrument in the technology and the use are overcome.

The technical scheme is as follows:in order to achieve the purpose, the invention designs an intelligent finger flexible testing device, which comprises a tested operation module (1), a tested reaction receiving module (2) and an embedded system (3), and is characterized in that: the tested operation module (1) is connected with the tested reaction receiving module (2) through a signal line, and the tested reaction receiving module (2) is connected with the embedded system (3) through a USB/COM port interface;

the tested operation module (1) comprises a test tool storage area (4), a test tool (5) and a test hole (6). The tested reaction receiving module (2) is an industrial control board (9) with a CPU of C8051F340 model and is powered by 5V power supply voltage;

the embedded system (3) is composed of a display (7) and a main board (8), the display (7) adopts a touch display, a winCE/Android operating system is used, a rechargeable storage battery is adopted, the power supply voltage is 5V, and the embedded system is communicated with other equipment through wifi/USB/Bluetooth.

Advantageous effects: compared with the prior art, the invention adopts the embedded system to replace a common PC to collect the tested reaction data, thereby not only saving the space occupied by the instrument, but also greatly saving the hardware cost and being convenient to carry. The 5V storage battery power supply device is adopted, so that the disordered connection of a power line is omitted, and meanwhile, the use safety and the operation simplification are greatly improved.

Drawings

FIG. 1 is a system connection block diagram of the present invention

FIG. 2 is a schematic perspective view of the right front side view of the present invention

FIG. 3 is a schematic view of a back side internal three-dimensional structure of the present invention

In fig. 2 to 3: 4, a test tool storage area 5, a test tool 6, a test hole 7, a display 8, a main board 9 and an industrial control board.

Detailed Description

As shown in fig. 1, the device comprises a tested operation module (1), a tested reaction receiving module (2) and an embedded system (3), wherein the tested operation module (1) communicates with the tested reaction receiving module (2) through a signal line, and the tested reaction receiving module (2) transmits experiment result data to the embedded system (3) through a USB/COM port;

the tested operation module (1) generates different electric signals in the tested reaction receiving module (2) according to different tested operations, the electric signals are processed by the tested reaction receiving module (2) and converted into different experimental data, the experimental data are transmitted to the embedded system (3) through the USB/COM port, and the embedded system (3) processes and stores the received experimental data and can feed the experimental data back to a user in time; the embedded system (3) can also send commands of starting, closing and the like to the tested reaction receiving module (2) according to different operations of a user to control the tested reaction receiving module (2).

As shown in fig. 2 to 3, the operation module (1) to be tested includes a test tool storage area (4), a test tool (5), and a test hole (6). The testing tool (5) is a conductive metal rod. The bottom of each test hole (6) is tiled with a metal sheet, two ends of the metal sheet are respectively connected with the positive pole and the negative pole of a power supply, and a gap is arranged in the middle of the metal sheet to just disconnect the circuit. During testing, a tested object needs to take out the testing tool (5) from the tool storage area (4), then the testing tool (5) is quickly inserted into the bottom of the hole, at the moment, an originally disconnected circuit is conducted to form a closed loop, so that an electric signal is generated in the tested reaction receiving module (2), the tested reaction receiving module (2) transmits the electric signal to the mainboard (8) through the USB/COM port, and the mainboard (8) analyzes and stores the received electric signal and feeds the electric signal back to a user timely through the display (7). At the same time. The display (7) can also receive operation from a user, and control the tested reaction receiving module (2) by sending commands such as start and close to the tested reaction receiving module (2) through processing and analysis of the mainboard (8).

Claims

1. An intelligent finger flexible testing device comprises a tested operation module (1), a tested reaction receiving module (2) and an embedded system (3); wherein,

the tested operation module (1) is used for the tested experiment operation, and the tested reaction receiving module (2) can record the tested reaction data transmitted by the tested operation module (1) at any time;

the tested reaction receiving module (2) is used for collecting tested reaction data transmitted by the tested operation module (1) and transmitting the signal to the embedded system (3) through the USB interface/COM port;

the embedded system (3) analyzes, processes and stores the data received from the tested reaction module (2), and feeds the data back to the user in due time;

the embedded system (3) can also send commands of starting, closing and the like to the tested reaction receiving module (2) according to different operations of a user to control the tested reaction receiving module (2).

2. The intelligent finger agility testing apparatus of claim 1 wherein: the tested operation module (1) comprises a test tool storage area (4), a test tool (5) and a test hole (6); the testing tool (5) is a conductive metal bar; the bottom of each test hole (6) is tiled with a metal sheet, two ends of the metal sheet are respectively connected with the positive electrode and the negative electrode of a power supply, and a gap is arranged in the middle of the metal sheet to just cut off a circuit; during testing, a tested object needs to take out the testing tool (5) from the tool storage area (4), then the testing tool (5) is quickly inserted into the bottom of the hole, at the moment, the originally open circuit is conducted to form a closed loop, and the fact that the tested object inserts the testing tool (5) into the bottom of the testing hole (6) can be reflected; the output end of the tested operation module (1) is connected with the input end of the tested reaction receiving module (2).

3. The intelligent finger agility testing apparatus of claim 1 wherein: the tested reaction receiving module (2) is an industrial control board (9) with a CPU of C8051F340 model and is powered by 5V power supply voltage.

4. The intelligent finger agility testing apparatus of claim 1 wherein: the embedded system (3) is composed of a display (7) and a main board (8), and the display (7) adopts a touch display.

5. The intelligent finger agility testing apparatus of claim 1 wherein: the embedded system (3) adopts a rechargeable storage battery, and the power supply voltage is 5V.

6. The intelligent finger agility testing apparatus of claim 1 wherein: the embedded system (3) adopts wifi/USB/Bluetooth to communicate with other devices.

7. The intelligent finger agility testing apparatus of claim 1 wherein: and the embedded system (3) adopts a WINCE/Android operating system.