JP2003095099A - Input method of schematic connection diagram - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an input method of schematic connection diagram data which is able to input the schematic connection diagram data same as an image of the schematic connection diagram. SOLUTION: A schematic connection diagram data input screen 31 stored on a storage means, a symbol mark input screen 32 and a device definition screen 33 are called on a CRT. X-Y coordinates are defined by a schematic connection diagram input program on the schematic connection diagram data input screen 1. By inputting symbol marks of each device on the symbol mark input screen 32 and defining name of data and so on of each device on the device definition screen 33, and specifying input point on the schematic connection diagram data input screen 31, the symbol marks of each device and their data names are input on the specified X-Y coordinate on the schematic connection diagram data input screen 31. Furthermore, by setting to retain devices input on the schematic connection diagram data input screen 1 and pointers of the devices, the devices can be connected to each other.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wiring diagram data input method for inputting a wiring diagram image (data) of an interlocking diagram in a railway interlocking device from a display device such as a CRT.

[0002]

2. Description of the Related Art The interlocking condition of a stop is expressed as an interlocking diagram. When using this interlocking diagram on a computer, a track circuit, a traffic signal, Equipment such as rolling equipment,
It is necessary to input the data in the state where the arrival point (hereinafter referred to as the arrival point) is connected.

FIG. 8 is a diagram for explaining a conventional method for inputting wiring diagram data disclosed in Japanese Patent Laid-Open No. 6-191407, (a) is an example of a wiring diagram image of an interlocking diagram, (b)- (F) is a figure explaining the input procedure of the data which equipments, such as a traffic light in a wiring schematic, were connected. In the figure (a), lower 1T, 21T, 1RT, 2RT are track circuit data, 1R, 4R, 5R are traffic signal data,
21 is the data of the rolling device, and A and B are the data of the landing button.

The connection of the devices shown in FIG. 8 (a) is expressed by the relationship between the left and right devices based on each device, and the connection state is such that blocks are connected by lines as shown in (b) to (e). There is a block connection pattern (hereinafter, simply referred to as a pattern). An arbitrary one of these patterns is called on the CRT, devices common to the patterns are linked, the called patterns are connected, and the device data is input in the block of the connected patterns.

For example, the patterns shown in FIGS. 8 (b) to 8 (e) are called on the CRT, and the rolling device 21 common to each pattern is used.
When the data blocks of the devices are entered in the blocks of the connected pattern by linking the blocks of Fig. 5 (f)
A pattern like

[0006]

The conventional wiring diagram data input method described in the above publication is configured as described above, so that a pattern matching the wiring diagram image of the interlocking diagram must be searched. There was a problem of not becoming.

Further, if there is no pattern that matches the wiring diagram image of the interlocking diagram, there is a problem that a new pattern needs to be defined.

SUMMARY OF THE INVENTION It is an object of the present invention to solve the above problems and provide a wiring schematic data input method capable of inputting wiring schematic data in the wiring schematic image of an interlocking diagram.

[0009]

A method of inputting wiring diagram data according to the present invention includes a plurality of track circuits divided by track circuit insulation described in a wiring diagram image of an interlocking diagram, a traffic signal, and a switch. Is a method of inputting wiring diagram data for inputting starting and ending symbol marks and data for defining a course from a display device, wherein the display device stores the data in advance in a storage means, and The wiring schematic data input screen in which the linked XY coordinates are defined, the symbol mark input screen for inputting the device, the symbol mark of the starting point and the starting point, and the data of the device, the starting point data and the ending point data are displayed. Call the device definition screen to be defined, enter the above-mentioned device, starting point and destination symbol mark in the symbol mark input screen, and enter the input position in the wiring diagram data input screen. Input the data of the above-mentioned equipment, the data of the starting point and the data of the starting point to the equipment definition screen, and the data of the above-mentioned equipment, the symbol of the starting and ending points and the data of the above-mentioned equipment, The data and the point data are displayed on the wiring diagram data input screen and the pointers of the data of the adjacent device, the point data and the point data which are adjacent to each other are set to be held mutually.

Further, a plurality of track circuits partitioned by track circuit insulation described in the schematic wiring diagram image of the interlocking diagram, devices such as a traffic signal and a turning device, and a starting point, a starting point, and a starting point for defining a course. A method for inputting wiring diagram data for inputting a symbol mark and data of a waypoint between a starting point and a finishing point from a display device, wherein the display device stores in advance in a storage means, and XY coordinates are linked to each other. Wiring diagram data input screen in which is defined, the symbol mark input screen for inputting the symbol marks of the above-mentioned device, the starting point, the ending point and the via point, and the data of the above-mentioned device, the starting point data, the ending point data and the via point Call the device definition screen that defines the data, enter the device, start point, end point, and waypoint symbol marks in the symbol mark input screen, and enter the wiring diagram data input screen input position. The device, start point data, end point data and waypoint data on the device definition screen, and enter the device, start point, end point and waypoint symbol marks. In addition, the data of the above-mentioned device, the data of the starting point, the data of the ending point and the data of the waypoint are displayed on the wiring schematic data input screen, and the data of the adjacent device, the data of the starting point, the data of the ending point and the route The pointers of the point data are set to be held mutually.

In addition, at the connection point between the track circuit main line and the side line where the switch is arranged, it is preset so as to hold the pointers of the track circuits at the time of connection, and a symbol mark defining the connection point is set. By typing
The symbol mark of the above-mentioned turning device is automatically input.

Also, the symbol mark of the device is stored in the storage means in advance and displayed on the symbol mark input screen.

The starting and ending symbol marks are stored in the storage means in advance and displayed on the symbol mark input screen.

Further, the symbol marks at the starting point, the ending point and the waypoint are stored in the storage means in advance and displayed on the symbol mark input screen.

Further, a route definition screen for defining a route is stored in advance in the storage means, and starting point data, landing point data and traffic signal data are input to the route definition screen, and the starting point is displayed on the screen of the display device. The starting point of the data and the track circuit are connected, and the ending point of the above-mentioned point data and the track circuit are connected.

Further, a route definition screen for defining a route is stored in advance in the storage means, and the starting point data, the end point data, the waypoint data and the traffic signal data are input to the route definition screen, and the screen of the display device is displayed. Then, the starting point of the starting point data and the track circuit, the ending point of the ending point data and the track circuit, and the waypoint data and the track circuit are connected.

The connection of each device between the starting point and the ending point is identified by the change in the color of the symbol mark.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below.
It will be described with reference to the drawings. Embodiment 1. FIG. 1 is an example of a schematic wiring diagram image described in the interlocking diagram. In the figure, 1 is the track circuit under 1T, 21T, 1RT and 2R
T, 2 are track circuit insulations 22, 23 and 24, 3 are switchers 21, 4 are traffic lights 1RA, 1RB and 2LC, 6 are landing buttons A, B and C, which are described in the interlocking chart. In the table (not shown), the interlocking condition of each track circuit 1, the switch 3 and the traffic light 4 is described for each course. Also,
Data names such as lower 1T, 21T, 1RT, and 2RT are written on each device or in parallel with each device.

FIG. 2 shows the result of inputting the wiring schematic data as a CR.
It is a figure which shows the result displayed on T, 11 is the symbol mark of 1T, 21T, 1RT and 2RT under track circuit, 1
2 is the symbol mark of track circuit insulation 22, 23 and 24, 13 is the symbol mark of the tumbler 21, 14 is the symbol mark of the traffic signals 1RA, 1RB and 2LC, 15 is the symbol mark of the starting points 1R and 2L, 16 is These are the symbol marks of the point buttons A, B and C. In addition, the track circuit data names under 1T, 21T, 1RT, 2RT, track circuit insulation data names 22, 23, and 24 traffic signal data name 1
RA, 1RB, 2LC, data name 21 of the switch, data names A, B, C of the starting point and data names 1R, 2L of the starting point (starting point) are displayed together with the respective symbol marks.

The input of the wiring diagram data is executed by using the wiring diagram input program stored in the storage means. The input method will be described below.

FIG. 3 is a diagram showing a display screen that is invoked on the CRT by activating the wiring diagram input program.
By selecting the type of display screen, a wiring schematic data input screen 31, a symbol mark input screen 32, a device definition screen 33, and a plurality of start / end point definition screens and route definition screens not shown are displayed. It can be displayed on the CRT. In the wiring diagram data input screen 31,
The XY coordinates are defined by the wiring diagram input program. In addition, the symbol mark of each device is input on the symbol mark input screen 32 displayed on the CRT, the data such as the data name of each device is defined on the device definition screen 33, and the input point on the wiring schematic data input screen 1 By specifying, the symbol mark of each device and its data can be input on the specified XY coordinates on the wiring diagram data input screen 31. Furthermore, wiring schematic data input screen 3
The devices can be connected to each other by setting so that the pointers between the devices input above 1 are held.

Next, the input operation of the wiring schematic data shown in FIG. 2 will be described. First, start the wiring diagram input program, call the wiring diagram data input screen 31, the symbol mark input screen 32, and the device definition screen 33, and
Display each screen on RT.

Next, the track circuit symbol mark is input on the symbol mark input screen 32, and the starting point and the end point are designated on the wiring diagram data input screen 31 with an input device such as a mouse to draw a line to draw the track circuit symbol mark. To place.

Next, the track circuit insulation symbol mark is input to the symbol mark input screen 32, and the position where the track circuit insulation symbol mark is to be arranged on the wiring schematic data input screen 31 is designated by the above input device. Insulation symbol marks are arranged, data such as track circuit insulation data names 22, 23, and 24 are defined on the device definition screen 33, and each track circuit insulation symbol mark is input.

The wiring schematic diagram input program is set so that the pointers of adjacent track circuits in the track circuit insulations 22, 23 and 24 are held mutually, so that the connection of adjacent track circuit symbol marks is maintained. It

Further, by storing the symbol mark of each device in the storage means, displaying the symbol mark of each device on the symbol mark input screen 32, and selecting the displayed symbol mark, the wiring diagram data input screen 31 is displayed. The operation of inputting the symbol mark can be simplified.

Next, data of each track circuit data name 21, 21T, 1RT, 2RT, etc. is defined on the device definition screen 33, and is input on each track circuit symbol mark.

Next, the rolling device symbol mark on the symbol mark input screen 32 is selected, or the rolling device symbol mark is input on the symbol mark input screen 32, and the track circuit data on the wiring diagram data input screen 31 is selected. Name of the 21T and track circuit data name 2RT is designated by the input device to arrange the rolling device symbol mark,
On the device definition screen 33, the rolling device data name 21 and data such as the localization direction and the anti-localization direction are defined and input on the rolling device symbol mark. By setting the pointers of adjacent track circuits in the track circuit including the turning device 21 so as to hold each other, adjacent track circuit symbol marks can be connected.

It is to be noted that the wiring schematic diagram input program is set in advance so as to hold mutual pointers at the connection points of the track circuit main line 21T and the track circuit 2RT in which the switch 21 is arranged at the time of connection. By inputting the symbol mark that defines the connection point, the symbol mark and data of the turning device 21 can be automatically input.

Next, a signal symbol mark on the symbol mark input screen 32 is selected, or a signal symbol mark is input on the symbol mark input screen 32, and the position is aligned with the track circuit insulations 22 and 24 on the wiring schematic data input screen 31. By designating with the input device, the traffic signal symbol marks are arranged respectively, and the traffic signal data names 1RA, 1RB, 2LC and the indication type are defined on the device definition screen and input on each traffic signal symbol mark.

Next, the starting point symbol mark is input to the symbol mark input screen 32, and the wiring schematic data input screen 31
The starting symbol mark is arranged by designating the positions aligned with the upper track circuit symbol marks 1T and 2RT under the input device, and the data such as the respective starting data names 1R, 2L are defined on the device definition screen 33. After inputting on each starting point symbol mark, according to the course definition in the linkage table,
Track circuit symbol mark 1T below and starting symbol mark 1
The connection relation with R and the connection relation between the track circuit symbol mark 2RT and the starting point symbol mark 2L are set.

In this connection relation setting method, the data name of each symbol mark may be used as a key, or the starting point symbol mark may be superposed on the track circuit symbol mark. The wiring diagram input program is set to hold the mutual pointers by using the data name of each symbol mark as a key, or by overlapping the starting symbol mark with the track circuit symbol mark. Mutual devices are linked and a connection relationship is set.

Next, by inputting a landing symbol mark on the symbol mark input screen 2 and designating the positions on the wiring schematic data input screen 31 along with the track circuit symbol marks 1RT, 2RT and the lower 1T by the input device. After arranging each point symbol mark, defining each point data name A, B, C on the device definition screen 33 and inputting on each point symbol mark, according to the course definition in the linkage table, Similar to the case of the symbol mark, the track circuit symbol mark 1RT and the landing symbol mark A, the track circuit symbol mark 2RT and the landing symbol mark B, and the connection relationship between the track circuit symbol mark lower 1T and the landing symbol mark C are set. To do.

The starting point symbol mark and the ending point symbol mark are stored in the storage means in advance, and the symbol mark of each device is displayed on the symbol mark input screen 32.
By selecting the displayed symbol mark, the operation of inputting the starting and ending symbol marks on the wiring diagram data input screen 31 can be simplified.

Finally, according to the definition of the route (route name) described in the interlocking table, the route names 1RA, 1RB, 2LC
Set the connection relationship between the starting point, the ending point, and the traffic light.
This connection relationship may be set by calling the route name definition screen on the CRT and inputting the starting and ending points for each route name 1RA, 1RB, 2LC and the data name of the traffic signal, or by an input device. The operation may be performed by dragging and dropping each symbol mark onto the symbol mark of the connection destination.

The connection relation of each device in each route name 1RA, 1RB, 2LC can be displayed by changing the color of the symbol mark of the connected device. For example, when the starting point 1R is clicked with the mouse, the color of the symbol mark of the under-track circuit 1T changes, and it can be recognized that the starting point 1R and the under-track circuit 1T are connected.
By the above operation, the connection relation of each device in each route shown in FIGS. 4A, 4B, and 4C is input, and the connection relation of the devices in each route can be recognized.

Embodiment 2. 5 to 7 are diagrams for explaining the second embodiment of the present invention, and the present embodiment will be described below based on these drawings.

FIG. 5 is an example of a schematic wiring diagram image described in the interlocking diagram, which has a plurality of paths between a starting point and a finishing point. In the figure, the same reference numerals as in the first embodiment indicate the same or corresponding portions. Further, 6 is a landing point F, and 7 is waypoints D and E.

FIG. 6 shows the result of inputting the wiring schematic data as a CR.
It is a figure which shows the result displayed on T, The same code | symbol as Embodiment 1 shows the same part or an equivalent part. Further, 17 is a symbol mark of waypoints D and E, and D and E are waypoint data names.

In the present embodiment, the track circuit symbol mark 11 and its data name, the track circuit insulation symbol mark 12 and its data name, the rolling device symbol mark 13, its data name and the reversing direction, the localization direction, Signal symbol mark 14 and its indication type, starting symbol mark 15 and its data name, and ending symbol mark 16
And its data name in the same manner as in the above-mentioned first embodiment, further, via points D and E symbol mark 17 and its data name are input, and via point D symbol mark 17 and track circuit 1RT of the via point and Via point E symbol mark 1
7 and the track circuit 2RT at the waypoint are set.

Input of data such as waypoints D and E symbol mark 17 and its data name and its track circuit 1RT
The setting of the connection relationship with is similar to that of the starting point symbol mark in the first embodiment.

Finally, according to the definition of the route (route name) described in the interlocking table, the starting and ending points in the route names 1RD and 1RE and the connection relation of the traffic signals are set. To set this connection, call the route name definition screen on the CRT, and set the starting point for each route name 1RD, 1RE,
The operation may be performed by inputting the data points of the landing points and the traffic signals, or by dragging and dropping each symbol mark to the symbol mark of the connection destination by the input device.

The connection relation of each device in each route name 1RD, 1RE can be displayed by changing the color of the symbol mark of the connected device. For example, if the starting point 1R is clicked with the mouse,
The color of the T symbol mark changes, and it can be recognized that the starting point 1R and the under-track circuit 1T are connected. By the above operation, as shown in FIG. 7, when there are a plurality of routes between the starting point and the ending point, the connection relation of each device in each route is input, and the connection relation of the devices in each route is recognized. be able to.

In addition, via points D and E in the present embodiment
May be only the waypoint D in FIG. 5, for example. That is, it may be one less than the number of courses.

[0045]

According to the method for inputting wiring diagram data according to the present invention, a plurality of track circuits separated by track circuit insulation described in the wiring diagram image of the interlocking diagram, devices such as traffic lights and switch devices. And a wiring diagram data input method for inputting starting and ending symbol marks and data for defining a course from a display device, which are stored in advance in a storage means in the display device and are linked to each other. XY
Wiring diagram data input screen with coordinates defined, the above device,
Call the symbol mark input screen to enter the starting and ending symbol marks and the device definition screen that defines the data name of the device, the starting data and the ending data, and call the above device, the starting and ending symbols. Input the mark on the symbol mark input screen, indicate the input position on the wiring schematic data input screen with the input device, and input the data name of the device, the starting data and the ending data on the device definition screen. The device, the starting and ending symbol marks, the device data name, the starting point data and the ending point data are displayed on the wiring diagram data input screen, and the data name of the adjacent device Since the pointers for the point data and the point data are set to hold each other, the wiring schematic data is input as it is in the wiring schematic image of the interlocking diagram. Door can be.

Further, a plurality of track circuits partitioned by track circuit insulation described in the schematic wiring diagram image of the interlocking diagram, devices such as a traffic signal and a switch, and a starting point, a starting point and a starting point for defining a course and A method for inputting wiring diagram data for inputting a symbol mark and data of a waypoint between a starting point and a finishing point from a display device, wherein the display device stores in advance in a storage means, and XY coordinates are linked to each other. Wiring diagram data input screen in which is defined, the symbol mark input screen for inputting the symbol marks of the above-mentioned device, the starting point, the ending point and the via point, and the data of the above-mentioned device, the starting point data, the ending point data and the via point Call the device definition screen that defines the data, enter the device, start point, end point, and waypoint symbol marks in the symbol mark input screen, and enter the wiring diagram data input screen input position. The device, start point data, end point data and waypoint data on the device definition screen, and enter the device, start point, end point and waypoint symbol marks. In addition, the data of the above device, the data of the starting point, the data of the ending point and the data of the waypoint are displayed on the wiring diagram data input screen, and the data of the adjacent device, the data of the starting point, the data of the ending point and the data of the passing point are displayed. Since the pointers for the point data are set so as to hold each other, the wiring schematic data can be input as the wiring schematic image of the interlocking diagram.

Further, at the connection point between the track circuit main line and the side line where the switch is arranged, it is preset so as to hold the pointers of the track circuits at the time of connection, and the symbol mark defining the connection point is set. By typing
Since the symbol mark of the above-mentioned rolling device is automatically input, the input operation of the rolling device is simplified.

Further, since the symbol mark of the equipment is stored in the storage means in advance and is displayed on the symbol mark input screen, it can be inputted by selecting the symbol mark of the equipment displayed on the symbol mark input screen. This simplifies the input operation.

Further, since the starting and ending symbol marks are stored in the storage means in advance and are displayed on the symbol mark input screen, the starting and ending symbol marks displayed on the symbol mark input screen are stored. It is possible to input by selecting, and the input operation is simplified.

Further, since the starting point, the ending point and the waypoint symbol marks are stored in the storage means in advance and displayed on the symbol mark input screen, the starting point, the ending point and the symbol mark input screen are displayed. It is possible to input by selecting the symbol mark of the waypoint, and the input operation is simplified.

In addition, a route definition screen for defining a route is stored in advance in the storage means, and the starting point data, the end point data, and the signal data name are input to the route definition screen, and the above-mentioned calling is displayed on the screen of the display device. Since the starting point of the point data and the track circuit and the starting point of the above point data and the track circuit are connected, the connection of each device in each route can be recognized on the display screen.

Further, a course definition screen for defining a course is stored in advance in the storage means, and the starting point data, the end point data, the waypoint data and the traffic signal data are input to the course definition screen, and the screen of the display device is displayed. The connection of the starting point of the starting point data and the track circuit, the ending point of the starting point data and the track circuit, and the waypoint data of the starting point track circuit, and the connection of each device in each route on the display screen. Can be recognized at.

Further, since the connection of each device between the origin and the destination is identified by the change in the color of the symbol mark, the connection between the devices can be easily recognized.

[Brief description of drawings]

FIG. 1 is a diagram showing an example of a schematic wiring diagram image described in an interlocking diagram.

FIG. 2 is a diagram showing a result of displaying a wiring schematic data input result on a CRT according to the first embodiment of the present invention.

[Fig. 3] CR when the wiring schematic input program is started
It is a figure which shows the display screen displayed on T.

FIG. 4 is a diagram showing a connection relationship of each device in each input route in the first embodiment.

FIG. 5 is a diagram showing another example of the wiring diagram image described in the interlocking diagram.

FIG. 6 is a diagram showing a result of displaying a wiring schematic data input result on a CRT according to a second embodiment of the present invention.

FIG. 7 is a diagram showing a connection relationship of each device in each input route in the second embodiment.

FIG. 8 is a diagram illustrating a conventional method for inputting wiring schematic data.

[Explanation of symbols]

1 track circuit, 2 track circuit insulation, 3 rolling device, 4
Traffic lights, 6 points, 11 track circuit symbol marks, 1
2 Track circuit insulation symbol mark, 13 Roller device symbol mark, 14 Traffic light symbol mark, 15 Starting point symbol mark, 16, 17 Ending point symbol mark, 3
1 Wiring diagram data input screen, 21, 27 Rolling machine data name, 22, 23, 24, 25, 26 Track circuit insulation data name, 32 Symbol mark input screen, 33 Equipment definition screen, Lower 1T, 21T, 1RT, 2RT track circuit data name, 1RA, 1RB, 2LC signal data name,
1R, 2L origin data name, A, B, C, F destination data name, D, E waypoint data name.

Claims (9)

[Claims] 1. A plurality of track circuits partitioned by track circuit insulation described in a wiring schematic image of an interlocking diagram, devices such as a traffic signal and a switch, and a starting point and a starting point for defining a course. A method of inputting wiring diagram data for inputting a symbol mark and data from a display device, wherein the display device stores X-links stored in advance in storage means and linked to each other.
Wiring diagram data input screen in which Y coordinate is defined, symbol mark input screen for inputting the above-mentioned device, starting and ending symbol marks, and device definition for defining the above-mentioned device data, starting data and ending data Call the screen,
Input the device, starting and ending symbol marks on the symbol mark input screen, indicate the input position on the wiring diagram data input screen with an input device, and also set the device data, starting data and ending point. Data on the device definition screen to display the device, the starting and ending symbol marks, and the device data, the starting data and the ending data on the wiring diagram data input screen, and A method of inputting wiring diagram data, characterized in that pointers for the data of the above-mentioned device, the data of the starting point and the data of the ending point are set to be held mutually. 2. A plurality of track circuits partitioned by track circuit insulation described in the schematic wiring diagram image of the interlocking diagram, devices such as a traffic signal and a switch, and a starting point, a starting point and a starting point for defining a course. A method for inputting wiring diagram data for inputting a symbol mark and data of a waypoint between a starting point and a finishing point from a display device, wherein the display device stores in advance in a storage means, and XY coordinates are linked to each other. Wiring diagram data input screen in which is defined, the symbol mark input screen for inputting the symbol marks of the above-mentioned device, the starting point, the ending point and the via point, and the data of the above-mentioned device, the starting point data, the ending point data and the via point Call the device definition screen that defines the data, enter the symbol mark of the device, the starting point, the end point, and the waypoint in the symbol mark input screen, and enter the input position in the wiring schematic data input screen. Input the device data, starting point data, ending point data, and waypoint data to the device definition screen,
Display the symbol marks of the point of arrival and the waypoint and the data of the device, the data of the origin, the data of the point of arrival and the data of the waypoint on the wiring schematic data input screen, and A method of inputting wiring schematic data, characterized in that pointers for data, landing data, and waypoint data are set to be held mutually. 3. A symbol mark defining a connection point, which is set in advance so that pointers of the track circuits are held at the connection point between the track circuit and the track circuit in which the switch is arranged. 3. The wiring schematic data input method according to claim 1, wherein the symbol mark of the switch is automatically input by inputting. 4. The wiring schematic data input method according to claim 1, wherein the symbol mark of the device is stored in advance in the storage means and is displayed on the symbol mark input screen. 5. The method of inputting wiring diagram data according to claim 1, wherein the starting and ending symbol marks are stored in the storage means in advance and displayed on the symbol mark input screen. 6. The wiring schematic data input method according to claim 2, wherein the starting point, the ending point and the waypoint symbol marks are stored in advance in the storage means and displayed on the symbol mark input screen. 7. A route definition screen for defining a route is stored in advance in the storage means, and the starting point data is stored in the route definition screen.
The point data and the traffic signal data are input, and the point of origin and the track circuit, and the point of the point data and track circuit are connected on the screen of the display device. How to input the wiring schematic data of. 8. A route definition screen for defining a route is stored in advance in the storage means, and the starting point data is stored in the route definition screen.
Enter point data, waypoint data and traffic light data,
The starting point and track circuit of the starting point data on the screen of the display device,
3. The wiring schematic data input method according to claim 2, wherein the landing point of the landing point data and the track circuit are connected, and the waypoint of the waypoint data and the track circuit are connected. 9. The wiring schematic data input method according to claim 7, wherein the connection of each device between the starting point and the ending point is identified by a change in the color of the symbol mark.