JP2006131188A - Platform door monitoring and control system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a platform door monitoring and control system to be flexibly adaptable to the change of the system configuration. <P>SOLUTION: A station yard instrument group 2 and a command generating instrument group 3 are connected to a central control device 1 in the platform door monitoring and control system. The central control device 1 has a system configuration information management unit 20, an opening operation control unit 24, and a closing operation control unit 25. System configuration information to register kind information of instruments 5-10, 1-17 to constitute the system is stored in and updated by the system configuration information management unit 20. The opening operation control unit 24 and the closing operation control unit 25 control the station yard instrument group 2 based on the control command from the command generating instrument group 3 and updated kind information. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a platform door monitoring control system for controlling equipment such as a platform door provided in a station.

  In the conventional apparatus, a plurality of partition walls and a plurality of platform doors are erected on the platform in the station. The platform door prevents the passengers from falling into the track by blocking between the platform and the track when the train does not enter the station.

  The opening / closing operation of the home door is controlled by a plurality of individual control units. The platform is also provided with an operation panel that is manually operated by station staff. The individual control unit and the operation panel are connected to the home door central control device. The home door central control device is connected to the operation management center.

  For example, when a train arrives at a station and an opening operation of the platform door is necessary, the operation management center issues an opening operation command to the individual centralized control unit via the platform door central control device, and the opening operation of the platform door is performed. Done. In addition, even if the station staff operates the operation panel as necessary, an opening / closing operation command is issued from the operation panel to the individual centralized control unit via the home door central control device, and the opening / closing operation of the home door is performed. (See, for example, Patent Document 1).

JP 2002-302032 A

  In the conventional platform door device as described above, a system is constructed by connecting respective devices, that is, an operation management center, a home door central control device, an individual control unit, and an operation panel. Since each device is connected to each other on the system, the memory address inside the device is disclosed for the interface and can be directly accessed from the outside.

  Generally, when a system is designed, system configuration information is created by assigning memory addresses of all devices to a memory map, and application software for each device is created based on the system configuration information. (System configuration information is directly incorporated into the application software in each device).

  On the other hand, a train having several types of vehicles enters the station platform (for example, a 4-car train or an 8-car train enters the same platform). For this reason, the number of platform doors and the number of individual control units are determined for each station so as to correspond to the maximum number of trains entering the station.

  As described above, since the devices constituting the system are different for each station, it is necessary to create system configuration information for each station, and it is necessary to create application software for each device based on the system configuration information. That is, it is necessary to design the system for each station.

  In addition, even when a new system is added at a station where a system has already been built, for example, it is necessary to correct the system configuration information offline and to correct application software on all devices. There is.

  That is, the general system design of the conventional platform door device has been developed on the premise of a static system configuration, so that it is impossible to construct a standard system corresponding to various stations equipped with different devices. . In addition, local changes in the system configuration tend to affect the entire system, making it difficult to respond to changes in the system configuration.

  The present invention has been made to solve the above-described problems, and an object of the present invention is to provide a platform door monitoring control system that can flexibly cope with changes in the system configuration.

  The platform door monitoring and control system according to the present invention is a system configuration in which a plurality of functional components for controlling a plurality of devices including at least a platform door provided in a station premises, and type information of each functional component are registered. A system configuration information management unit for managing information, and the system configuration information management unit recognizes type information of each functional component normally connected to the system configuration information management unit and When the type information is changed, the type information of the functional component registered in the system configuration information is updated.

  According to the platform door monitoring control system of the present invention, the type information of the functional component normally connected to the system configuration information management unit is recognized by the system configuration information management unit, and the recognized type of the functional component When the information is changed, the type information of the functional component registered in the system configuration information is updated. Therefore, application software for the functional component can be created based on the updated system configuration information. It is possible to respond flexibly to changes in configuration.

The best mode for carrying out the present invention will be described below with reference to the drawings.
Embodiment 1 FIG.
1 is a block diagram showing a platform door monitoring control system according to Embodiment 1 of the present invention. In the figure, a central control device 1 is connected to a plurality of types of station premise equipment groups 2 provided on the platform and a command generating equipment group 3 that issues an operation command to the station premise equipment group 2.

  The station premises equipment group 2 includes an individual door operation control device 5, a display device 6, a guide device 7, an abnormality detector 8, an alarm device 9, and an environment recognition device 10.

  The individual door operation control device 5 is a device for individually controlling the opening and closing operations of a plurality of platform doors (not shown) provided in the platform (not shown, but opening and closing of one platform door). The operation is controlled by one individual door operation control device 5. That is, the number of individual door operation control devices 5 is the same as the number of platform doors).

  The indicator 6 is a device for informing the crew and station staff of the open / closed state of the platform door. For example, the display 6 displays the open / closed state of the platform door by an image or lighting of an LED lamp.

  The guide device 7 is, for example, a device for displaying the open / closed state of the platform door to the passenger (the guide device 7 also displays precautions when passing the platform, for example, the stairs state and the construction site, etc. To do).

  The abnormality detector 8 is a device for detecting that a trouble or failure has occurred, for example, the platform door is not opened when it should be opened.

  The alarm device 9 is a device such as an alarm buzzer for notifying crew members, station staff, commanders and the like that trouble or failure has occurred in the platform door.

  The environment recognition device 10 is a device for detecting environmental information around the platform door in order to determine whether it is safe to open and close the platform door. For example, the environment recognition device 10 determines whether there is no problem in the flow of passengers on the platform, whether the position where the train arrives is normal, or whether a disaster (fire, flood, or earthquake) has occurred. To detect.

  The command generation device group 3 includes a host device (for example, a station information system or an operation management system) 15, a crew member operation device 16, and a station worker operation device 17. The functional components in the first embodiment are the central control device 1, the individual door operation control device 5, the display device 6, the guidance device 7, the abnormality detector 8, the alarm device 9, the environment recognition device 10, and the host device 15. A crew member operation device 16 and a station worker operation device 17.

  The host device 15 monitors the operation state of the train at the station (entire route), and issues an operation command to the devices 5 to 9 included in the station premise device group 2 based on the operation state of the train. The crew member operation device 16 and the station worker operation device 17 are separated from the host device 15 when operated and operated by the crew member and the station worker according to the operation command from the host device 15 and the state of the platform at the site. The operation command with respect to each apparatus 5-9 which the station premises apparatus group 2 has is issued.

  Next, FIG. 2 is a block diagram showing a functional configuration of the central control device 1 and the station premises equipment group 2 of FIG. In the figure, the station premises equipment group 2 includes an individual door opening operation control unit 5a, a display device opening operation control unit 6a, a guide device opening operation control unit 7a, an abnormality detector opening operation control unit 8a, and an alarm device opening operation control unit 9a. , An individual door closing operation control unit 5b, a display device closing operation control unit 6b, a guide device closing operation control unit 7b, an abnormality detector closing operation control unit 8b, an alarm device closing operation control unit 9b, and an environment recognition unit 10a. ing.

  Each control part 5a-10a, 5b-9b which the station premises equipment group 2 has has each equipment 5-10 which the station premises equipment group 2 has, respectively. That is, the individual door opening / closing operation control units 5a, 5b are included in the individual door operation control device 5, and the indicator opening / closing operation control units 6a, 6b are included in the display unit 6, so that the guide device opening is performed. The closing operation control units 7a and 7b are provided in the guide device 7, the abnormality detector opening / closing operation control units 8a and 8b are provided in the abnormality detector 8, and the alarm device opening / closing operation control unit 9a. 9b is provided in the alarm device 9, and the environment recognition unit 10a is provided in the environment recognition device 10.

  The central controller 1 includes a system configuration information management unit 20, a command input unit 21, an environment recognition device state recognition unit 22, a command generation unit 23, an opening operation control unit 24, and a closing operation control unit 25.

  The system configuration information management unit 20 includes system configuration information indicating what devices are present in the station premises device group 2 and the command generating device group 3 under the direct control management of the central control device 1. Stored. That is, the system configuration information management unit 20 stores system configuration information (type information) indicating what type of device is normally connected to the central control device 1.

  Operation commands from the devices 15 to 17 included in the command generation device group 3 are input to the command input unit 21. The command input unit 21 includes a host device command input unit 26 to which an operation command from the host device 15 is input, a crew member operation device command input unit 27 to which an operation command from the crew member operation device 16 is input, and a station worker operation device. The station staff operating device command input unit 28 to which the operation command from 17 is input.

  The state of the environment recognition unit 10a is input to the environment recognition device state recognition unit 22. The environment recognition device state recognition unit 22 detects environment information around the platform door by recognizing the state of the environment recognition unit 10a.

  The command generation unit 23 receives operation commands from the input units 26 to 27 of the command input unit 21 and environment information from the environment recognition device state recognition unit 22. The command generation unit 23 receives an operation command from any one of the host device command input unit 26, the crew member operation device command input unit 27, and the station staff operation device command input unit 28, but receives a plurality of operation commands in order. In this case, only the input of the operation command finally input is validated.

  When the command generation unit 23 receives an operation command, the command generation unit 23 that has the command generation device group 3 that has issued the input operation command stores the devices 15 to 17 in the system configuration information management unit 20. After confirming that it is registered in the configuration information, a door opening command or a door closing command is selectively created based on the input operation command.

  Further, the command generation unit 23 determines whether to output a door open command or a door close command according to the environmental information, that is, according to the environment around the platform door, and opens or closes the platform door. If it is determined that the door opening command is acceptable, the door opening command is input to the opening operation control unit 24 or the door closing command is input to the closing operation control unit 25.

  When the opening operation control unit 24 receives the door opening command, the opening operation control unit 24 checks the system configuration information stored in the system configuration information management unit 20 and opens the door to the station premises equipment group 2 registered in the system configuration information. In order to perform hourly operation control, control information including control commands is exchanged with the opening operation control units 5a to 9a of the station premise equipment group 2. That is, the opening operation control unit 24 controls the individual door operation control device 5 to open the platform door, and causes the display device 6 and the guide device 7 to perform the operation when the door is opened, and at the same time, the abnormality detector. 8 determines whether an abnormality is detected in the opening operation of the platform door, and if there is an abnormality in the opening operation of the platform door, the alarm device 9 is operated.

  Similarly to the opening operation control unit 24, when the closing operation control unit 25 receives a door closing command, the closing operation control unit 25 confirms the system configuration information stored in the system configuration information management unit 20, and is registered in the system configuration information. In order to perform door closing operation control for the on-premises equipment group 2, control information is exchanged with each of the closing operation control units 5b to 9b included in the station on-premises equipment group 2. That is, the closing operation control unit 25 controls the individual door operation control device 5 in order to close the platform door, causes the indicator 6 and the guide device 7 to perform the opening operation, and at the same time, detects an abnormality detector. 8 determines whether or not an abnormality is detected in the closing operation of the platform door. If there is an abnormality in the closing operation of the platform door, the alarm device is operated.

  Next, FIG. 3 is a block diagram showing further detailed functional configurations of the system configuration information management unit 20, the opening operation control unit 24, and the individual door opening operation control unit 5a of FIG. In this description, the opening operation control unit 24 is given as an example of a control unit (opening / closing operation control units 24, 25) that performs control on the station premises equipment group 2, and the control target (each control unit 5a to 9a, 5b to 9b). ) Is an individual door opening operation control unit 5a. In the figure, the opening operation control unit 24 includes a control execution unit 30, a functional component interlinking unit 31, and a plurality of functional component interface 32.

  The control execution unit 30 receives the door opening command from the command generation unit 23, and issues control information including the control command based on the door opening command. The inter-functional-component coupling unit 31 receives control information from the control execution unit 30, and performs an operation for distributing (distributing) the control information to the devices 5 to 9 included in the station premise device group 2. . The functional component interface 32 is connected to each device 5-9 (each opening operation control part 5a-9a) which each station premise apparatus group 2 has.

  The inter-functional component coupling unit 31 includes an information determining unit 31a, a system registration type determining unit 31b, a system configuration information interface 31c, a functional component interface transmitting unit 31d, and a functional component interface receiving unit 31e.

  The information determination unit 31a receives control information from the control execution unit 30, and determines whether the control information is control information issued to each of the devices 5 to 9 included in the type of station premises device group 2.

  The system registration type determination unit 31b determines whether or not the devices 5 to 9 included in the station premises equipment group 2 of the type from which the control information is issued are connected to the central control device 1, and the station premises equipment group of that type. 2 determines the number of each device 5-9.

  The system configuration information interface 31c is connected to the system configuration information management unit 20 so that the system registration type determination unit 31b can determine the existence and number of types of the devices 5 to 9 included in the station premise device group 2. Exchange.

  The functional component interface transmission unit 31d receives the control information and the presence information and the number information of the devices of the target type for which the control information is issued from the system registration type determination unit 31b. Further, the functional component interface transmission unit 31d determines the functional component interface 32 to which the devices 5 to 9 included in the target type station premises device group 2 from which the control information is issued are connected. Furthermore, the functional component interface transmitting unit 31d inputs control information to the functional component interface 32 to which the devices 5 to 9 included in the target station premises device group 2 are connected.

  The functional component interface receiving unit 31e inputs control information received from the devices 5 to 10 included in the station premise device group 2 to the information determining unit 31a.

  The individual door opening operation control unit 5 a includes a functional component interface 33 and a control execution unit 34. The functional component interface 33 is connected to the functional component interface 32 of the opening operation control unit 24.

  The control execution unit 34 receives the control information input from the opening operation control unit 24 and operates the individual door operation control device 5 based on the control information, thereby executing the operation control of the platform door. Moreover, the control execution part 34 emits control information with respect to each control part 6a-9a, 24 via the coupling | bond part 31 between function components according to execution of operation control of a platform door (for example, a platform door) When it is fully opened, the control unit 6 displays control information for displaying that fact).

  Control information exchange (communication) between the functional component interfaces 32 and 33, that is, between the devices 5 to 9 included in the central controller 1 and the station premises device group 2, is performed by each device included in the station premises device group 2. The communication protocol is set for each type of 5 to 9 (the communication protocol is standardized for each type of each of the devices 5 to 9 included in the station premise device group 2). Therefore, the functional component interfaces 32 and 33 have functions as many as the types of the devices 5 to 10 and 15 to 17 connected to the central control device 1.

  Information generated by the control execution units 30 and 34 is converted by the functional component interfaces 32 and 33 according to a communication protocol corresponding to the transmission destination devices 5 to 9. That is, the control execution unit 30 of the opening operation control unit 24 does not need to create a dedicated control information signal corresponding to the control execution unit 34 of the individual door opening operation control unit 5a. As with the opening operation control unit 24, the closing operation control unit 25 also includes a control execution unit 30, a functional component coupling unit 31, and a functional component interface 32, and the control units 6 a to 9 a, Similarly to the individual door opening operation control unit 5a, 5b to 9b also have a functional component interface 33 and a control execution unit 34.

  The system configuration information management unit 20 includes a system configuration information storage unit 35 in which system configuration information is stored, a system configuration change input unit 36, and a system configuration change instruction unit 37.

  The system configuration information storage unit 35 is connected to the central controller 1 and stores type information of each of the devices 5 to 10 and 15 to 17 included in the station premise device group 2 and the command generating device group 3 that may constitute the system. Each storage unit is stored. That is, the system configuration information storage unit 35 includes a host device configuration information storage unit 35a, a crew member operation device configuration information storage unit 35b, a station attendant operation device configuration information storage unit 35c, an individual door configuration information storage unit 35d, and a display unit configuration information. A storage unit 35e, a guide device configuration information storage unit 35f, an alarm device configuration information storage unit 35g, an abnormality detector configuration information storage unit 35h, and an environment recognition device configuration information storage unit 35i are provided.

  The system configuration change input unit 36 receives system change information issued by the devices 5 to 10 and 15 to 17 included in the station premise device group 2 and the command generation device group 3. The system configuration information includes configuration registration information and configuration deletion information. The configuration registration information is issued when the devices 5 to 10 and 15 to 17 are connected to the central controller 1 and when the operations of the devices 5 to 10 and 15 to 17 are enabled (failed). It is also emitted when each device 5-10, 15-17 is repaired). The configuration deletion information is also issued when the devices 5 to 10 and 15 to 17 are removed from the central controller 1 and when the operations of the devices 5 to 10 and 15 to 17 are invalidated (each device 5). -10, 15-17, etc.).

  The system configuration change instruction unit 37 receives input of system change information from the system configuration change input unit 36. Further, the system configuration change instruction unit 37 determines whether the type of the system change information is configuration registration information or configuration deletion information. Furthermore, the system configuration change instruction unit 37 inputs a system configuration information change command to the system configuration information storage unit 35 according to the type of the input system change information, and the system configuration in the system configuration information storage unit 35 Update information. That is, the system configuration information management control unit 20 determines the system change information, so that the system configuration information management unit has no failure or invalid connection, and the station premises equipment group 2 and the command generation equipment that are normally connected. While recognizing the type information of each device 5-10, 15-17 which the group 3 has, the change of the type information of each recognized device 5-10, 15-17 is confirmed, and system configuration information is updated.

  For example, when the individual door operation control device 5 is newly added to the platform, when the individual door operation control device 5 is connected to the central control device 1, the configuration registration information from the individual door operation control device 5 is stored. The system configuration change input unit 36 inputs the system configuration change instruction unit 37, the configuration information change command is input to the system configuration change instruction unit 37, and the individual door configuration information storage unit 35d receives the individual door operation control device. It is registered that 5 has been added.

  Next, the operation will be described. In FIG. 2, when a control command is input to the central control device 1 from any of the devices 15 to 17 included in the command generating device group 3, the control command is transmitted via the command input unit 21. Input to the generation unit 23.

  Then, the command generation unit 23 checks whether the devices 15 to 17 included in the command generation device group 3 that has issued the control command are registered in the system configuration information stored in the system configuration information management unit 20. If it is confirmed that it is registered, a door opening control command is created by the command generation unit 23 based on the last input control command.

  Next, the environment around the platform door is confirmed by the command generation unit 23 via the environment recognition device state recognition unit 22 and the environment recognition unit 10a, and as a result, it is confirmed that it is safe to open the platform door. Then, a door opening control command is input to the opening operation control unit 24.

  In FIG. 3, the door opening control command is input to the control execution unit 30 in the opening operation control unit 24. Then, control information issued from the control execution unit 30 to each of the devices 5 to 9 included in the station premises device group 2 when the platform door is opened is created by the control execution unit 30, and the control information is a functional component. The signals are input to the opening operation control units 5a to 9a of the station premise equipment group 2 through the inter-linkage unit 31.

  At this time, the control information is determined by the information determination unit 31a to which opening operation control units 5a to 9a (hereinafter, as an example of the control information, the individual door opening operation control unit 5a). This will be described with reference to control information issued to

  When it is determined that the control information is control information issued to the individual door opening operation control unit 5a, the individual door opening operation control unit 5a, that is, the individual door operation control device 5 is connected to the central control device 1. Is confirmed by the system registration type determination unit 31b.

  At this time, the system registration type determination unit 31b confirms the system configuration information stored in the system configuration information storage unit 35 via the system configuration information interface 31c.

  If the individual door operation control device 5 is not connected to the central control device 1, or if all the individual door operation control devices 5 are out of order, the configuration information of the individual door operation control device 5 is It is not registered in the individual door configuration information storage unit 35d. In this case, it is canceled that the control information is input to the individual door opening operation control unit 5a by the inter-function component coupling unit 31, and the configuration information of the individual door operation control device 5 is registered in the individual door configuration information storage unit 35d. It is notified to the control execution unit 30 that control has not been performed, and control information is issued to the alarm device 9 to notify the operator (station staff, etc.) of the abnormality.

  On the other hand, if the individual door operation control device 5 is normally connected to the central control device 1, the number of the individual door operation control devices 5 is confirmed by the system registration type determination unit 31b. The functional component interface transmitting unit 31d confirms which functional component interface 32 the individual door opening operation control unit 5a is connected to, and the control information is input to the functional component interface 32.

  At this time, the control information is converted by the functional component interface 32 based on a communication protocol standardized for the individual door opening operation control unit 5a. The converted control information is input to the control execution unit 34 in the individual door opening operation control unit 5 a via the functional component interface 33. As a result, the platform door opening operation is performed by the control execution unit 34 based on the control information.

  Further, according to the operation of the platform door, for the exchange of control information between the individual door opening operation control unit 5a, the control execution unit 30 in the opening operation control unit 24, and each of the opening operation control units 6a to 9a, Control information is created by the control execution unit 34. The control information is input to the functional component interface receiver 31e via the functional component interfaces 32 and 33.

  The control information input to the functional component interface receiving unit 31e is input to the information determining unit 31a, and the control execution unit 34 in the individual door opening operation control unit 5a from the control execution unit 30 in the opening operation control unit 24 described above. Similarly to the control information for the above, the information is distributed to the respective control units 6a to 9a (5b to 9b) and 30 via the inter-function component coupling unit 31.

  In such a home door monitoring and control system, the central control device 1, that is, the devices 5 to 10 and 15 to 15 included in the station premise device group 2 and the command generation device group 3 normally connected to the system configuration information management unit 20 are provided. 17 type information is recognized by the system configuration information management unit, and when the recognized type information of each device 5 to 10 and 15 to 17 is changed, each device 5 to 10 registered in the system configuration information is changed. , 15 to 17 can be updated, application software for each device 5 to 10 and 15 to 17 can be created based on the updated system configuration information, and it can flexibly respond to changes in the system configuration. be able to.

  In addition, the function component interlinker 31 refers to the type information registered in the system configuration information and distributes the control information to each of the devices 5 to 9 included in the station premises device group 2, so that the system configuration is changed. Even if it is performed, it is not necessary to change the application software in the control unit of each of the devices 5 to 10 and 15 to 17, and the system configuration can be flexibly dealt with.

  Further, the inter-function component coupling unit determines which type of control information is input to each of the devices 5 to 9 included in each type of station premises device group 2, and determines each type of each device 5. If the type information of .about.9 is not registered in the system configuration information, the input control information is canceled, so that the devices 5 to 9 and 15 to 17 do not need to issue control information based on the system configuration. That is, even if the system configuration is changed, it is not necessary to change the application software in the control unit of each of the devices 5 to 10 and 15 to 17 included in the station premises device group 2 and the command generation device group 3. It can respond flexibly to changes.

  Furthermore, since the communication protocol is standardized for each type of destination device, for example, in the control execution unit 30 included in the opening operation control unit, as long as the control information target is determined, the station premises device group 2 and the command Control information can be input to any of the devices 5 to 9 and 15 to 17 included in the generating device group 3. That is, since the control execution unit 30 does not require application software for individually creating control information corresponding to the devices 5 to 10 and 15 to 17, the application software of the control execution unit 30 is changed even if the system configuration is changed. Therefore, it is possible to flexibly cope with a change in the system configuration.

  In the first embodiment, the opening operation control unit 24 and the closing operation control unit 25 have been described as having the inter-functional component coupling unit 31. However, in the station premises equipment such as the individual door opening operation control unit, etc. Each of these control units may also have a component coupling unit. At this time, each storage unit that stores system configuration information such as the individual door configuration information storage unit may also store configuration information of devices (such as a plurality of motors) controlled and managed by each station premises device.

  Moreover, the platform door monitoring control system should just have a function as mentioned above, for example, the function of the central control apparatus 1 may be distributed in multiple (the central control apparatus 1 is comprised by several apparatus. May be configured). That is, the arrangement and combination of each device and each control unit are arbitrary.

BRIEF DESCRIPTION OF THE DRAWINGS It is a block diagram which shows the platform door monitoring control system by Embodiment 1 of this invention. It is a block diagram which shows the function structure of the central control apparatus of FIG. 1, and a station premises apparatus. It is a block diagram which shows the further detailed functional structure of the system configuration information management part of FIG. 2, an opening operation control part, and an individual door opening operation control part.

Explanation of symbols

  1 Central control device, 2 Station premises equipment group, 3 Command generation equipment group, 5 Individual door operation control device, 6 Display, 7 Guide device, 8 Abnormality detector, 9 Alarm device, 10 Environment recognition device, 15 Host device, 16 crew member operation device, 17 station worker operation device, 20 system configuration information management unit, 31 functional component interlinking unit, 32, 33 functional component interface.

Claims (4)

A system configuration information management unit for managing a plurality of function components that control a plurality of devices including at least a platform door provided in a station, and system configuration information in which type information of each of the function components is registered. Prepared,
The system configuration information management unit recognizes the type information of each functional component normally connected to the system configuration information management unit, and when the recognized type information of the functional component is changed, A platform door monitoring and control system, wherein the type information of the functional component registered in the system configuration information is updated. It further comprises a coupling part between functional components to which each functional component is connected,
Each functional component inputs control information to the inter-functional component coupling unit in order to exchange control information between the functional components.
When receiving the input of the control information, the inter-functional component coupling unit determines which type of the functional component is the input control information and is registered in the system configuration information. The platform door monitoring and control system according to claim 1, wherein the type information is confirmed, and the control information is distributed to each functional component of the target type of the control information.   3. The inter-functional component coupling unit cancels input control information if type information of the functional component of the target type of control information is not registered in the system configuration information. Platform door monitoring and control system as described. A plurality of functional component interfaces;
The exchange of control information between the functional components is performed via the functional component interface.
The platform according to any one of claims 1 to 3, wherein the functional component interface converts control information based on a communication protocol set for each type of the functional component. Door monitoring control system.

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