JPH0363036A - Apparatus for diagnosing aptitude for driving motor car - Google Patents

Abstract

PURPOSE:To improve an examination efficiency and to enable an examination result to be recorded automatically by displaying one examination optionally selected from among a plurality of examinations, by putting in data concerning the examination in accordance with an examination picture, by obtaining an examination result from the data and informations now displayed and by memorizing the result. CONSTITUTION:When one examination is optionally selected at an operation panel 23 from among a plurality of examinations concerning aptitude for driving a motor car, a picture concerning the selected examination is displayed on a CRT display 22. A subject operates an input device (a push button 35 for the examination of speed anticipation reaction, a handle 28 for the examination of handle operation reaction, push buttons 34R, 34L or a pedal switch 30 for the examination of duplicate work reaction) in accordance with a displayed examination picture and inputs data required by the examination picture. An examination result is obtained by a control of a CPU 37 connected to an input/ output interface 38 from the aforementioned input data and informations now displayed on the display device, and this result of measurement and examination is written in a floppy disk 42.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to an aptitude diagnostic device, and more particularly to a vehicle driving aptitude diagnostic device for diagnosing a vehicle driving aptitude.

[Prior art]

Conventionally, driving aptitude tests have been conducted to measure the driving aptitude of automobile drivers, especially professional drivers.

This driving aptitude test consists of a speed anticipation reaction test, a treatment judgment reaction test, a redundant reaction test, etc.

FIG. 6 is an external view showing an apparatus for measuring a conventional treatment judgment reaction test. In the figure, treatment judgment reaction testing device 1
are main body casing 2, disc body 3, contact needle 4, handle 5
The disk body 3 is rotated by a drive device (not shown) built into the main body casing 2. The handle 5 and the contact needle 4 are in communication inside the main body casing 2, and the contact needle 4 is moved from side to side by operating the handle 5. The inspection was carried out by rotating the handle 5 shown on the top surface of the rotating disk 3 to move the contact needle 4 left and right to avoid collisions with symbols, obstacles, etc. .

Further, FIG. 7 is a diagram showing a conventional rate accrual reaction testing device. In the same figure, the main body of the velocity accrual reaction testing device 6 is separated from a wall-like plate 7a and a hook-shaped folded plate 7b, and a groove 8 is formed in the horizontal direction approximately at the center of the wall-like plate 7a. On the left end side of the ball 8 is a board 9 for hiding a ball (not shown) extending vertically. A circle 10 is also drawn on the left side of the plate 9 at a position on the extension line of the groove 8. A ball (not shown) is placed on top of the groove 8, and the groove 8 is tilted so that the nuclear sphere moves to the left. Furthermore, a chin rest 11 and a switch button 12 are arranged on the table on the side facing the wall-like plate 7a.

A test using the above rate accrual reaction testing device is performed as follows. For example, the subject places his chin on the chinrest 11, fixes his face, follows the ball moving from right to left with his line of sight, and sees the nuclear ball enter the back side of the board used to hide the ball and face it from the front. The movement of the ball is predicted after it becomes invisible, and a switch button 12 is pressed when the ball is thought to have reached a circle 10 on the left side of a board 9 for hiding the ball.

That is, the accuracy of the speed estimation is tested by predicting the time when the moving ball will arrive at a predetermined point.

Furthermore, FIG. 8 is a diagram showing a conventional multiple reaction testing device. In the figure, the duplicate reaction testing device 13 is composed of a horizontally-shaped member 14a and a flat plate-like member 14b made of, for example, wood or plastic. A hole 15 is provided approximately in the center of the flat member 14b, and a lamp 16 is installed in the hole 15. This lamp 16 lights up in three colors, for example, red, yellow, and blue. Flat member 1 of the member 14a
On the side facing 4b, two push button type switch buttons 17 and 18 are arranged at both left and right ends, and below the switch buttons 18, a pedal switch 19 is arranged. In such a duplicate reaction test device I3,
The subject stands on the side where the switch buttons 17 and 18 are arranged, and places both left and right hands in advance.
18, and place your right foot on the pedal switch 19.

The color of the light emitted from the lamp 16 changes arbitrarily at predetermined time intervals, either manually or automatically by the examiner, and the subject presses each switch button 17, 18 in accordance with this change. In this case, if the lamp 16 lights up in blue, press the switch button 17 on the right hand side, if it lights up in yellow, press the switch button 18 on the left hand side, and if it lights up in red, press the foot pedal switch 19. The subject must operate the switch button 17, 18 or the pedal switch 19 in accordance with this agreement. The suitability of duplicate reactions was then diagnosed based on the accuracy of the operation.

[Problem to be solved by the invention]

As mentioned above, since the various aptitude testing devices are mechanical devices, they have the drawback of being prone to failure. Furthermore, since each device can only perform one type of test, the test subject must move to the location where each test device is installed for each test, which is both troublesome for the test subject and When there are many people involved, it takes a very long time to complete all the tests, resulting in poor test efficiency.

The present invention is a convenient vehicle driving aptitude diagnostic device that allows each aptitude test to be performed entirely on screen display, allows the test subject to perform multiple tests easily and quickly, and automatically records test results. The purpose is to provide

[Means to solve the problem]

The means of the present invention are as follows.

The selection means selects any one test from a plurality of tests related to vehicle driving aptitude.

The display means displays a screen for carrying out the test selected by the selection means, and is made of, for example, a CRT.

The input means inputs data related to the test according to the test screen displayed by the display means, and the input data consists of switch operation information and the like.

The measuring means obtains test results based on the data input by the input means and the display information currently displayed on the display means.

The storage means stores the test results obtained by the measuring means.

[For production]

The operation of the means of the invention is as follows.

First, when an arbitrary test is selected from among a plurality of tests related to driving aptitude by the selection means, the display means displays the following information.
A screen related to the test selected by the selection means is displayed. The subject inputs data requested by the test screen using the input device in accordance with the test screen displayed by the display device. The measuring means obtains a test result based on the data input by the input means and the display information currently displayed on the display means, and writes the measurement test result in the storage means.

In this way, the subject enters the relevant data from the input means in accordance with the test screen displayed by the display means, and the test result of the test is automatically stored in the storage means. Based on this measurement result, it becomes possible to diagnose the test subject's driving aptitude.

In addition, since the selection means allows any one test to be selected from a plurality of tests related to vehicle driving aptitude, it is possible to perform various tests at any time, and it is also possible to perform multiple vehicle driving aptitude tests with one device. It can be carried out.

Furthermore, since the test results are automatically recorded, the burden on the inspector can be reduced and the manual entry of test results can be prevented.

〔Example〕

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

FIG. 1 is an external view showing the vehicle driving aptitude diagnostic device of the present invention. In the same figure, the mounting table 20 is made of a wooden board, for example, and the lid part 21 is hinged to open outward in order to hide two shelves (not shown) formed inside the mounting table 20 from the outside. The lid portion 21 is provided to be openable and closable, and is fixed by a magnet placed on the back side of the lid portion 21 when the lid portion 21 is closed. Further, an operation panel 23 on which a CRT display 22 is placed is placed, and an operation panel 24 is provided on the inclined surface of the operation panel 23. On the operation panel 24, push buttons 25a to 25e, a numeric keypad 26, a handle fixing part 27, etc. are provided at positions that are easy to operate. Further, a handle is fixed to the tip of the handle fixing part 27, and two perforations are formed in the front surface of the operation panel 24, and pipes are inserted into the two perforations. The pipe is bent at the center to form a U-shape, and both ends of the pipe are inserted into the holes. The bent portion of the pipe is bent vertically upward, and a chin rest 29 is placed on the top of the bent portion.

Further, a pedal switch 30 is placed below the mounting table 20, which is electrically connected to the CPU 37 via a human output ink face 38, which will be described later, by a connector.

A wooden board 31 is erected on the back and side surfaces of the mounting table 20. Further, a lamp support 3 is provided at the upper end of the wooden board 31.
2 is sandwiched, and a lamp 33 that flashes or lights up when the subject performs an operation, etc. on the lamp support.
is placed.

FIG. 2 is a front view showing the appearance of the operation panel 24. As shown in FIG.

In the figure, a handle fixing portion 27 is disposed on the left side of the operation panel 24. Furthermore, red push buttons 34R are located on both sides of the handle fixing part 27 provided on the operation panel 23.
, 34L are arranged.

On the right side of the push button 34R, a push button 35 is provided which is used during a speed anticipation reaction test as will be described later. Furthermore, at the right end of the operation panel 24, there is a volume (hereinafter referred to as VR) for adjusting the volume output of the headphones 47.
36 (referred to as VRV) is provided, and below the VRV 36, a numeric keypad 26 of "o" to "9" is provided.゛Furthermore, below the numeric keypad 26 are five push buttons 2.
5a to 25e are arranged. The above push button 25a
- 25e, the push buttons 25c and 25e are push buttons for confirming whether or not the explanation has been understood after the explanation of the test method described later, and the push button 25c is for confirming whether or not the explanation has been understood. This is a button for input, and the push button 25e is "No" indicating that it is not understood.
This is a button to input. Furthermore, a handle 28 made of plastic is fixed to the handle fixing part 27.

FIG. 3 is a block diagram showing an example of the system configuration of the embodiment configured as described above.

In the figure, the vehicle driving aptitude diagnosis device is controlled by a CPU (central processing unit) 37 consisting of a microprocessor or the like. CPU37 is human output ink face 3
8 and that person outputs ink face 38
There is a lamp 31, a CRT display 22, and an operation panel 23.
and pedal switch 30 are directly connected, HDC (hard disk controller) 39, FDC (floppy disk controller) 4L rotary encoder 43
A hard disk 40, a floppy disk 42, and a handle 2 are connected to each other via. Furthermore, CP
U37 includes a D/A converter 44, a BPF (band pass filter) 45, and a VRV (volume) 3.
Headphones 47 are connected via 6. lamp 3
Reference numeral 3 flashes or lights up when the examinee makes an operational error or cannot understand the test method, and the CRT display 22 displays a screen for each test as described later. In addition, the hard disk 40 records programs for executing various tests to be described later and audio data for explaining operating methods of various tests displayed on the CRT display 22 by voice, and the audio data is transmitted to the CPU 37. is read out by the D/A converter 4.
4. Audio is output through headphones 47 via BPF 45 and VRV 36. In addition, floppy disk 4
Reference numeral 2 records test data of the subject, and the test data is written by the CPU 37 via the FDC 41. The rotary encoder 43 detects the rotation angle of the handle 28 and outputs the detected data to the CPU 37. The pedal switch 30 is turned "on" when it is depressed, and "off" when it is not depressed, and its status (on/off state) is output to the CPU 37.

FIGS. 4A to 4C are diagrams showing various aptitude test screens displayed on a CRT display.

First, FIG. 3A is a diagram showing a screen for performing a speed accrual reaction test. As shown in FIG. 4(a), a horizontally long rectangular frame 48 is displayed in a predetermined color at the center of the screen.
For example, a white circle 49 (hereinafter referred to as circle 49) indicating a hole is displayed on the left side of 8. Further, on the right side of the circle 49, along the rectangular frame 48, a band-like display 50 showing a green wall is displayed.
It is displayed on the left side when facing the drawing in 8. The rectangular frame 48
A green circle 51 (hereinafter referred to as ball display 51) is displayed on the right end of the screen. In this case, after the explanatory text has been audio outputted, when the push button 25c corresponding to "Yes" indicating that the content of the explanatory text has been understood is operated, the corresponding ball display 51
moves at a constant speed in the left direction indicated by arrow A, and when the entire ball display 51 enters the band-shaped display 50, the display of the five ball displays disappears. During this time, the subject predicts that the ball display 51 is moving within the strip display 50 at the constant speed, and predicts the point in time when the ball display 51 is expected to exit from the left side of the strip display 50. and press the push button 35. Then, the time from when the ball display 5 is hidden within the band-shaped display 50 to when the push button 35 is pressed, and the time from when the ball display 51 is hidden within the band-shaped display 50 until the ball display 51 is pulled out, 49
The time difference from the exact time (a predetermined time) to reach the position is measured, and the suitability of the speed anticipation reaction of the subject is tested based on the time difference.

Next, FIG. 6B is a diagram showing a screen for conducting a handle operation reaction test.

In FIG. 5B, a rectangular frame 52 that simulates a roadway is displayed, and in the center of the rectangular frame 52 is displayed a centerline 53 that indicates the centerline of the road. Further, at both ends of the rectangular frame 52, strip-shaped displays 54R corresponding to the edges of the road are displayed.
, 54L are displayed. In the above display, a rectangular frame 55L5 on the left side of the center line 53 and a rectangular frame 55 on the right side
R indicates opposing roadways. Further, rectangles 56 within the rectangular frames 55R and 55L indicate obstacles, and the rectangles 56 have two colors on the left and right sides (for example, the left rectangle 56L is red,
The color is displayed in the right rectangle 56R (green). Triangles 58R and 58L indicate the car (hereinafter referred to as a driving symbol) driven by the subject, and the direction of the apex thereof indicates the direction of travel of the car.

The operation symbols 58R and 58L are always displayed at the same horizontal position and can be moved left and right by rotating the handle 28 shown in FIG. In this test, the rectangle 56 moves from the top to the bottom on the screen within the rectangular frame 55L, and moves from the bottom to the top on the screen within the rectangular frame 55R. In this inspection, the operating signal 58R within the rectangular frame 55L and the operating signal 58L within the rectangular frame 55R are
Both must pass on the right side of the green rectangle 56R. Further, the tips of the operation symbols 58R, 58L must not collide with the band-shaped displays 54L, 54R, and
It must not collide with rectangle 56. That is, the subject is
The handle 28 shown in FIG. 2 must be operated so as to satisfy all three conditions mentioned above. If the user makes a mistake in the above operation, the CPU 37 automatically counts the number of times the mistake is made.

Next, FIG. 4(C) is a diagram showing a screen for performing a redundant work reaction test.

In the same figure (C), a rectangular frame 59 is displayed at the center of the screen of the CRT display 22, and a circular 6
0 is displayed. During the inspection, the color of the circle 60 changes to several colors (for example, red, blue, yellow, etc.) in a predetermined order,
The subject presses the push button 3 corresponding to the display color of the circle 60.
4R, 34L or the pedal switch 30 must be operated.

For example, if you have pressed all the push buttons 34R, 34L and the pedal switch 30 in advance and the display is blue, release the right-hand push button 321R in Fig. 2 and immediately press it again to display the yellow display. In Case of,
It is necessary to release the left-hand push button 34L shown in FIG. 2 and immediately press it again. Furthermore, in the case of a red display, it is necessary to release the pedal switch 30 shown in FIG. 1 and immediately press it again.

FIGS. 5(a) to (C) show the fourth step performed by the CPU.
3 is a flowchart illustrating operations corresponding to each of the inspection display screens shown in FIGS. (a) to (C).

First, the CPU 37 displays the screen shown in FIG. 4(a).
The operation will be explained with reference to the flowchart of FIG. 5(a).

The CPU 37 first sets "0'" to the register 1-L.
(31) After displaying an explanatory text explaining the speed accrual reaction test method on the CRT display 22, audio data for reading out the explanatory text is read from the hard disk 40 via the input/output ink face 38 and the HDC 39. Based on the audio data, an explanatory text is emitted from the headphones 47 worn by the subject in both ears via the D/A converter 44, BPF 45, and VRV 36 (S2).
.

After the explanatory text is output as voice, the test subject is asked whether or not he or she understands the explanation. Then, it enters a state of waiting for an input of the push button 25C2 corresponding to "Yes" or the push button 25e corresponding to "No". Then, when any of the push buttons 25c25e is operated,
It is determined whether the operation is on the push button 25a or 25b (S3), and if the push button 5b corresponding to "No" is operated, the register I is added by ° "1'"(S4); Subsequently, it is determined whether the value of the register (2) is equal to "3" (S5). If the value is not equal to "3", steps 32 to S5 are repeated.

If the value of the register I is equal to "3" in S5, the lamp 33 is blinked (S6) and the process ends.

The audio explanation of the speed anticipation reaction test is repeated up to three times through the actions described in (1) above. However, if the test subject cannot understand the content of the test after three explanations, the test is stopped and the lamp 3 flash. The blinking of this lamp 33 notifies the examiner that the subject does not understand the examination method.

On the other hand, the push button 25a corresponding to "Yes" in the above S3
If is operated, register SAI is set to II OII (S7), and the initial screen shown in FIG. 4(b) is displayed (S8). Next, a display is performed in which the ball display 51 is moved to the left of the screen at a predetermined constant speed (S9). Next, it is determined whether the ball display 51 has moved to a position where it is completely hidden within the band-shaped display 50 (510), and if it has not moved to that position yet, it is determined whether the push button 25c has been pressed next. (Sll). And push button 2
If 5c is not operated, steps 39 to Sll are repeated until the ball display 51 moves to the above position. If the push button 25c is pressed before the ball display 51 has moved to a position where it is completely hidden within the strip display 50, the lamp 33 is turned on (S12) and the inspection is ended.

Due to the above operation, when the ball display 51 has not reached the position where it is completely hidden within the band-shaped display 50, the push button 25
If c is pressed, it is determined that the subject does not understand the test method, and the test is stopped. At this time,
Since the lamp 33 flashes, the examiner can easily know that the examinee has performed an inappropriate operation, and the examiner orally explains the test method to the examinee and restarts the examination again. let

On the other hand, in the SIO, the ball display 51 is replaced by the strip display 50.
If it is determined that all balls have entered the ball, the ball display 51 is erased (513), and a timer, not particularly shown, is started (514). Then, it is determined whether or not the push button 25c has been pressed (315), and if it has not been pressed, it is determined whether a predetermined period of time has elapsed, that is, whether a timeout has occurred (321), and a timeout has occurred. If not, the above processes 315 to 321 are repeated. If it is determined in S21 that the timeout has occurred, the lamp 33 is turned on (S22) and the process ends. Due to the above operation, after the ball display 51 travels within the strip display 50, the push button 2 is pressed within a predetermined time.
If 5c is not operated, the test will be canceled due to timeout. -, press button 25 before the above timeout.
When c is pressed (S15), the timer value is read from the timer start (516), and the read timer value is written into a RAM (random access memory) not particularly shown (517). , register S
Add "1" to AI (S18). And register S
I want to determine whether the AI value is equal to "10"519)
, is not equal to "10", the steps 38 to S19 are repeated again. By the above operation, the above-described inspection is repeated again.

On the other hand, if it is determined in the above step 319 that the register SAI is equal to "10" (319), the above 10 measurement data is
Write to the floppy disk 42 via the DC 41 (
320).

Through the above operations, the speed accrual reaction test is repeated 10 times, and the measurement time data for each time is stored on the floppy disk 42.
will be written to.

Next, the operation of the treatment judgment reaction test performed by the CPU 37 will be explained with reference to the flowchart of FIG. 5(b).

The CPU 37 first sets "°0" in the register 323), displays the explanation of the test on the CRT display 22, and then inputs and outputs audio data for reading the explanation through the input/output ink face 38 and HDC 39. to read the audio data from the hard disk 40 and transfer the audio data to the D
A sound is emitted from the headphones 47 via the /A converter 44, BPF 45, and VRV 36 to output the explanatory text (S2
4).

After the explanatory text is read aloud, the test subject is asked whether or not he or she understands the explanation by displaying the text and outputting voice in the same manner as described above. Then, the system waits for input of the push button 25c corresponding to "'Yes°" or the push button 25e corresponding to "No°°". When either of the push buttons 25c or 25e is operated, the operated push button corresponds to the push button 2 corresponding to "'Yes".
5c or not (325), and if the push button 25e corresponds to "No", 1'° is added to register I (526), and then the value of register ■ is "3". It is determined whether it is equal to (S27).

If the value is not equal to [3], steps 324 to S27 are repeated.

On the other hand, if the value of the register I is equal to "3" in S27, the lamp 33 is blinked (328) and the process ends.

The explanation of the test is repeated up to three times by the above operation, but if the subject cannot understand the content of the test after three explanations, the test is stopped and the lamp 33 is made to blink.

As a result, the examiner can easily know that the examinee cannot understand the test method by checking that the lamp 33 is flashing, and the examiner can go to the examinee and verbally explain the test method. can do.

On the other hand, push button 2 corresponding to "Yes" in S25 above
5c is operated, register I is set to '0'°329), and the initial screen of the duplicate work reaction test is displayed (S30).Next, the rectangle 56 on the screen moves from the bottom to the top at a predetermined speed. (331).As the rectangle 56 moves, the subject operates the handle 28 so as to satisfy the three conditions described above. The rotation angle is converted into digital data corresponding to the rotation angle, and the CPU 37 reads out the digital data through the human output ink face 332), and changes the operating symbols 58R and 58L to the right based on the digital data. horizontally to the left or to the left (
S33). That is, the driving symbols 58R and 58L move horizontally to either the left or the right depending on the rotation direction and rotation angle of the handle of the subject, and the display position of the driving symbol 58R158L and the band-shaped display 54R154
Based on the display position of L, it is determined whether or not an operation error has occurred due to the operation symbol 58L coming into contact with this band-shaped display 54L, and if an operation error has occurred, an error counter ER is activated.
I is added (S34 and 35).

Furthermore, based on the display position of the driving symbols 58R and 58L and the display position of each obstacle 56, the driving symbol 58R or 58L is displayed at each obstacle 56 depending on whether the Y coordinates match or not.
536), and if it is determined that a collision has occurred, the error counter ER2 is set to ``1''.
''Count (337).

As a result of the above operation, if the subject makes a mistake in rotating the handle 28 and causes the driving symbol 58R or 58L to collide with the obstacle 56, the number of times the subject makes a mistake is recorded in the error counter ER2.

Next, the display position of the strip display 54R and the operation symbol 58
Based on the display position (X coordinate) of L or operation symbol 58R, it is determined whether or not operation symbol 58L or 58R has correctly passed the right side of green rectangle 56R of obstacle 56, and it is determined that it has not passed correctly. (338), the error counter ERI3 is counted by 11 (339).

If the test subject does not correctly pass the driving symbol 58L or 58R on the right side of the green rectangle 56R of the obstacle 56 due to the above operation, the number of operation errors is counted as the error counter ER.
Recorded in 3.

Subsequently, it is determined whether or not the first display of the overlapping work reaction test has been performed (540), and if the display has not been completed, the steps 331 to 340 are repeated. In this embodiment, the obstacle 56 within the rectangle 55R is moved upward two dots at a time in each screen display process of 331, and the obstacle 56 within the rectangle 55L is moved downward two dots at a time.
The dot at the uppermost display position (within rectangle 55R) and the dot at the lowermost display position (within rectangle 55L) in the initial screen display in S30 are the lowermost dot display position and the uppermost dot display position, respectively. At the time of movement, it is determined that the first inspection display has ended. After the first test display is completed (S40), "1" is added to the register I (341), and the steps 331 to 340 are repeated until the register I becomes equal to 4'' (342).

Through the above operation, four patterns of inspection display are performed, and after the four patterns of inspection display are completed, the error counters ERI and ER are displayed.
2 and the operation error recorded in ER3 are written to the floppy disk 42 via the input/output ink face 38 and FDC 41 (S43).

Next, the operation of the processing judgment test performed by the CPU 38 will be explained with reference to the flowchart of FIG. 5(C).

The CPU 37 first sets register I to 0, and then (
344), after displaying the test explanation on the CRT display 22, the input/output ink face 38 and HDC 3
9 reads the audio data of the explanatory text of the movement work reaction test recorded on the hard disk 40, and based on the audio data, the D/A converter 44, BPF 45, VR
The explanation of the duplicate work reaction test is sent to headphones 4 via V36.
The sound is emitted from 7 (S45). After the explanatory text is read aloud, the test subject is asked whether or not he or she understands the explanation using the screen display and audio output, in the same manner as described above.

Then, the system waits for the input of the push button 25c corresponding to "Yes" and the push button 25e corresponding to "No". When it is determined that either the push button 25c or 25e has been operated (S46), the operated push button is either the push button 25c corresponding to "Yes" or the push button 25e corresponding to "No". 346), and if the push button 25c corresponding to ``No'' is operated, register ■ is changed to ``°''.
1′” is added to 5471, and then the value of register ■ becomes “
3" (348). And r3
．． If not equal, steps 345 to 347 are repeated. On the other hand, if the value of the register I is equal to "3" in step 347, the lamp 33 is blinked (S49) and the process ends.

Due to the above operations, the explanation of the test is repeated up to two times in the same manner as the above-mentioned Accrual Reaction Test and the above-mentioned Duplicate Work Reaction Test. , and the lamp 33 flashes. Then, in the same manner as in the above-mentioned two inspections, the inspection method is verbally explained by the inspector, and then the inspection is restarted.

On the other hand, if the "Yes" push button 25b is operated in S46, the register (2) is set to "OII" (350). Next, it is determined whether the test is based on screen display only (351), and if the test is based on screen display only, a rectangular frame 59 is displayed on the screen as shown in FIG. 4(C).
A circle 60 of an arbitrary color is displayed within (352).

Next, the state waits for input from the push buttons 34L, 34R or the pedal switch 30, and the push buttons 34L, 34R
Alternatively, it is determined whether the pedal switch 30 has been released. Then, whether the released push button 34L, 34R or pedal switch 30 is the push button or pedal switch 30 corresponding to the display color of the circle 60, that is, whether the correct push button operation or pedal switch 3o operation was performed. (S54).

The circle 60 is displayed in one of red, blue, and yellow,
Push buttons 34L, 3 corresponding to predetermined display colors
If 4R or pedal switch 30 is not released,
It is determined to be an operation error.

For example, when the circle 60 is displayed in blue, the operation to release the right hand push button 34R is to release the left hand push button 34L when the circle 60 is displayed in yellow, and when the circle 60 turns red, the operation to release the push button 34R in the right hand is to release the button 34R in the right hand. pedal switch 3
It is determined whether the action of releasing 0 is performed correctly. If it is determined that the correct operation has not been performed, the error counter E is set to "'1".

Through the above operation, the error counter E is incremented by 1''' each time an operation is performed (S55).

Next, add register I by °゛1′°1′°356),
I want to determine whether register I is equal to "16" (557)
, "16"', the process returns to S51.

On the other hand, if it is determined in S51 that the test is a test in which audio output (buzzer) is added to the screen display, after displaying a circle 60 of an arbitrary color within the rectangular frame 59 (35B), the D/A converter 4
4. A buzzer sound is generated via the BPF 45 and VRV 36 (S59).

Next, it is determined whether an operation of releasing either the push buttons 34R, 34L or the pedal switch 30 has been performed (560), and if any of the above operations has been performed,
It is determined whether the correct operation is being performed (S60).

This test accompanied by a screen display and a buzzer sound is a test in which the push button 34R934L or the pedal switch 30 that should be pressed must not be released when the screen is displayed only. Button 3
If 4R, 34L or all of the pedal switches 30 are not released, the operation is correct.

If neither of the push buttons 34R, 34L or the pedal switch 30 is released, it is determined that the correct operation has been performed, and the process immediately proceeds to S56. On the other hand, if it is determined that either the push button 34R34L or the pedal switch 3o is operated (S60), the error counter I is incremented by "1", and then the process moves to S56. The processing of steps 551-356 above is as follows:
The above test is repeated until the register I is determined to be equal to "16'" in S57.
Repeated 6 times. After the above 16 inspections are completed, the value of the error counter E is input to and output from the ink face 38.
, is written to the floppy disk 42 via the FDC 41 (S61).

As described above, the three tests of speed anticipation reaction, handle operation reaction, and redundant work reaction are performed by one device, and the results of each test are automatically written to the floppy disk 42.

[Effects of the Invention] As explained in detail above, according to the present invention, multiple aptitude diagnoses can be performed with one vehicle driving aptitude diagnosis device, so the examinee can complete all aptitude tests without moving from place to place. Can receive.

Moreover, since the test results are also automatically written to the storage device, it is possible to prevent human errors in writing test results. Furthermore, the device main body can also be downsized, allowing effective use of space.

[Brief explanation of drawings]

Fig. 1 is an external view showing the vehicle driving acumen diagnostic device of the present invention, Fig. 2 is a front view showing the operation panel, Fig. 3 is a block diagram of the system, and Fig. 4(a) to (C) are CRT displays. 5(a) to 5(C) are diagrams showing an operation flowchart of the vehicle driving aptitude diagnosis device of the present invention, and FIG. 6 is an external view showing a conventional treatment judgment reaction testing device. , FIG. 7 is an external view showing a conventional rate accrual reaction testing device, and FIG. 8 is an external view showing a conventional overlap reaction testing device. 20... Placement stand, 21... Lid, 22... CRT display, 23... Operation panel, 24... Operation panel, 25a to 25e... Operation buttons, 26... Numeric keypad, 27... Handle fixing part, 28... Handle, 29... Chin rest, 30... Pedal switch, 31... Wood board, 32... Lamp support, 33... Lamp.

Claims (1)

[Claims] 1) Any one of a plurality of tests related to driving aptitude
a selection means for selecting one test; a display means for displaying a screen for performing the test selected by the selection means; and a display means for inputting data related to the test according to the test screen displayed by the display means. an input means, a measuring means for obtaining test results based on data input by the input means and display information currently displayed on the display means, and a storage means for storing test results obtained by the measuring means. A vehicle driving aptitude diagnostic device comprising: 2) The automobile driving aptitude diagnosis according to claim 1, wherein the test selected by the selection means is at least one of a speed anticipation reaction test, a redundant work reaction test, and a steering wheel operation reaction test. Device. 3) The vehicle driving aptitude diagnostic apparatus according to claim 1 or 2, further comprising an audio output means for explaining the test method selected by the selection means. 4) The automobile driving aptitude according to claim 1, 2 or 3, further comprising a chin resting means for placing a chin used during the speed anticipation reaction test, which is disposed at a predetermined position with respect to the display means. Diagnostic equipment.