Electronic IBP disk linkage system and method

Abstract

The invention discloses an electronic IBP disk linkage system and method, and the system comprises an electronic IBP disk touch screen which is used for outputting a touch signal according to the man-machine interaction condition; the IBP disk sampling server is connected to the electronic IBP disk touch screen and the interlocking system and is used for determining a target control unit according to the touch signal and outputting a control signal to the interlocking system; wherein the IBP disk sampling server side at least comprises a lock control judgment unit which is used for responding to unlocking action receiving of the touch signal and unlocking the target control unit according to the unlocking action and preset action logic. The method has the beneficial effects that a logic control mode is used for replacing circuit connection control, when the control requirement is changed, only a software interface needs to be modified or logic needs to be updated, hardware does not need to be transformed, and the adaptability of the system is improved.

Description

Technical Field

[0001] This application relates to the technical field of IBP panel interlock control, and particularly to an electronic IBP panel interlock system and method. Background Art

[0002] In current urban rail transit stations, traditional IBP panels (Integrated Backup Panels) mainly rely on physical buttons and physical circuit connections to control external devices. This control method using physical buttons not only involves a large number of complex external circuits, but is also closely related to the specific layout of physical station yard equipment. Once there are changes in external devices or the layout of physical station yard equipment, it is necessary to replace the entire physical IBP panel and its related circuits. This way of replacing or modifying circuit connections is not only cumbersome to operate, but also costly.

[0003] Due to the design of traditional IBP panels based on physical buttons and circuit connections, every time a new function is added, a large number of circuits need to be redesigned and laid, which is not only time-consuming and laborious, but also prone to new circuit failure risks. At the same time, the maintenance of traditional IBP panels is difficult because physical buttons are prone to problems such as wear and poor contact after long-term frequent use, and troubleshooting and repairing these problems require professional technicians to spend a lot of time and energy checking complex circuit connections one by one, further increasing the maintenance cost and time cost. Summary of the Invention

[0004] In view of the problems of cumbersome IBP panel interlock control operation and poor adaptability in the prior art, this application provides an electronic IBP panel interlock system and method, which uses a lock control judgment module to replace the hardware key control, thereby using logical control to replace circuit connection control. When the control requirements change, only the software interface needs to be modified or the logic updated, without the need to transform the hardware, improving the system adaptability. At the same time, according to the preset action logic, only when it matches the unlocking action can the corresponding target control unit be unlocked, which can avoid misoperations by irrelevant personnel and improve the system security.

[0005] To achieve the above technical objectives, a technical solution provided by this application is an electronic IBP panel interlock system connected to the interlock system of station yard equipment, including: an electronic IBP panel touch screen for outputting a touch signal according to the human-computer interaction situation; an IBP panel sampling server connected to the electronic IBP panel touch screen and the interlock system, for determining a target control unit according to the touch signal and outputting a control signal to the interlock system; wherein, the IBP panel sampling server at least includes a lock control judgment unit, which responds to the reception of the unlocking action of the touch signal and unlocks the target control unit according to the unlocking action and the preset action logic.

[0006] Further, it further includes: an action guidance unit, which outputs control guidance action information corresponding to the target control unit to the electronic IBP panel touch screen according to the target control unit and a preset guidance logic.

[0007] Further, it further includes: an action feedback unit, which receives a control action in response to a touch signal, and outputs feedback action information to the electronic IBP panel touch screen according to the control action and a preset feedback logic.

[0008] Further, it further includes: a control operation unit, which receives a control action in response to a touch signal, and outputs a control signal to the interlocking system according to the control action and a preset control logic.

[0009] Another technical solution provided by this application is an electronic IBP panel linkage method, which is applied to the system as described above, and includes the following steps: The lock control judgment unit responds to the unlocking action in the touch signal. If the unlocking action matches the preset action logic, it outputs an unlocking signal for the target control unit to the electronic IBP panel touch screen according to the matching action logic.

[0010] Further, it further includes: the action guidance unit responds to the unlocking signal of the target control unit and retrieves the preset guidance logic according to the target control unit; the action feedback unit responds to the unlocking signal of the target control unit and retrieves the preset feedback logic according to the target control unit; the control operation unit responds to the unlocking signal of the target control unit and retrieves the preset control logic according to the target control unit.

[0011] Further, the preset guidance logic at least includes a guidance trigger logic, a key guidance logic, and a knob guidance logic.

[0012] Further, it further includes: the action guidance unit responds to the control action. If the duration of the control action meets the guidance trigger duration threshold and the control action does not match the guidance trigger action, it outputs control guidance action information corresponding to the target control unit to the electronic IBP panel touch screen.

[0013] Further, it further includes: the action feedback unit and the control operation unit respond to the receipt of the matching signal from the action guidance unit, and output feedback action information and a control signal according to the preset feedback logic and the preset control logic.

[0014] Further, the preset feedback logic at least includes feedback action information triggered by the target control unit and feedback action information triggered by the interlocking system.

[0015] Advantages of the present application: By using the Boolean logic software module of the electronic IBP panel to replace the circuit connection of the physical IBP panel, it is possible to prevent the need for circuit modification due to changes in the circuit logic of the station yard or equipment. With the built-in software module of the electronic IBP panel, the software interface and logic can be modified and updated according to requirements, eliminating the time and material costs of hardware modification. Description of the Drawings

[0016] Figure 1 It is a schematic structural diagram of a linkage system of an electronic IBP panel according to the present application.

[0017] Figure 2 It is a schematic diagram of the button flip cover opening of a linkage system of an electronic IBP panel according to the present application.

[0018] Figure 3 It is a schematic diagram of the button flip cover closing of a linkage system of an electronic IBP panel according to the present application.

[0019] Figure 4 It is a schematic diagram of the guiding chute of a linkage system of an electronic IBP panel according to the present application. Detailed Embodiment

[0020] To make the objectives, technical solutions, and advantages of the present application clearer and more understandable, the present application will be further described in detail below with reference to the drawings and embodiments. It should be understood that the specific embodiments described herein are only the best embodiments of the present application, which are only used to explain the present application and do not limit the protection scope of the present application. All other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the protection scope of the present application.

[0021] As Figure 1 shown, as the first embodiment of the present application, a linkage system of an electronic IBP panel, which is connected to the interlocking system of the station yard equipment, includes: An electronic IBP panel touch screen, which is used to output a touch signal according to the human-computer interaction situation; An IBP panel sampling server, which is connected to the electronic IBP panel touch screen and the interlocking system, and is used to determine the target control unit according to the touch signal and output a control signal to the interlocking system; Among them, the IBP panel sampling server at least includes a lock control judgment unit, which receives the unlocking action in response to the touch signal and unlocks the target control unit according to the unlocking action and the preset action logic.

[0022] In this embodiment, the operator performs human-computer interaction on the touch screen of the electronic IBP panel by clicking or other means to output a touch signal. After the IBP panel sampling server receives the touch signal, it matches the unlocking action in the touch signal with the preset action logic to obtain the target control unit, and unlocks the target control unit to control the target control unit according to the touch signal. The lock control judgment module is used to replace the hardware key control, so as to replace the circuit connection control with the logic control method. When the control requirement changes, only the software interface needs to be modified or the logic updated, without the need to transform the hardware, which improves the system adaptability. At the same time, only when the preset action logic matches the unlocking action can the corresponding target control unit be unlocked, which can avoid the misoperation of irrelevant personnel and improve the system security.

[0023] Among them, the IBP panel sampling server further includes: An action guidance unit, which outputs control guidance action information corresponding to the target control unit to the touch screen of the electronic IBP panel according to the target control unit and the preset guidance logic.

[0024] The action guidance unit responds to the unlocking signal of the target control unit of the lock control judgment unit. When the target control unit is unlocked, the action guidance unit outputs the control guidance action information to the touch screen of the electronic IBP panel for display according to the preset guidance logic matched with the target control unit, so as to guide the operator to perform the corresponding control action and improve the operator's control experience.

[0025] The IBP panel sampling server further includes: An action feedback unit, which responds to the reception of the control action of the touch signal and outputs feedback action information to the touch screen of the electronic IBP panel according to the control action and the preset feedback logic.

[0026] When the operator continues to touch after unlocking the target control unit, at this time, the feedback action information is obtained by matching the control action information included in the output touch signal with the preset feedback logic, and the feedback action information is output to the touch screen of the electronic IBP panel for display, so that the operator can intuitively obtain the feedback information of the touch and improve the operator's touch experience.

[0027] The IBP panel sampling server further includes: A control operation unit, which responds to the reception of the control action of the touch signal and outputs a control signal to the interlocking system according to the control action and the preset control logic.

[0028] In this embodiment, the touch screen of the electronic IBP panel is at least modeled with control elements and locking control elements corresponding to each control unit. In the initial state, when an operator touches the locking control element, it is recorded as an unlocking action and output to the locking control judgment unit. The locking control judgment unit judges the target control unit to be unlocked according to the preset action logic. At this time, the touch screen of the electronic IBP panel displays the control elements corresponding to the target control unit and displays the control guiding actions according to the preset guiding logic. When the operator touches the control element, it is recorded as a control action and output to the action feedback unit and the control operation unit. The action feedback unit outputs feedback action information to the touch screen of the electronic IBP panel based on the preset feedback logic, and the control operation unit outputs a control signal to the interlocking system based on the preset control logic, so as to dynamically feedback touch information to the operator while completing the control, improve the touch experience of the operator, and reduce the possibility of misoperation by the operator.

[0029] An electronic IBP panel linkage system further includes: An external switch, which is connected to the IBP panel sampling server and the interlocking intranet switch of the interlocking system.

[0030] In this embodiment, the electronic IBP panel adopts an analog panel design, conducts virtual modeling according to the actual station yard requirements, replaces the traditional physical IBP panel with an electronic touch screen, and uses built-in software modules to replace the physical circuit connections. At the same time, a network interface is used to replace the hard wire interface cabinet of the original equipment, so that linkage control can be realized without complex circuit connections, simplifying the interface design, improving the adaptability of the linkage system, and reducing the maintenance cost.

[0031] As the second embodiment of the present application, an electronic IBP panel linkage method includes the following steps: The locking control judgment unit responds to the unlocking action in the touch signal. If the unlocking action matches the preset action logic, it outputs an unlocking signal for the target control unit to the touch screen of the electronic IBP panel according to the matching action logic.

[0032] The preset action logic at least includes the unlocking actions corresponding to the target control units. The unlocking actions of different target control units are pre-stored in the locking control judgment unit. If the unlocking action in the touch signal is the same as any of the pre-stored unlocking actions, the touch screen of the electronic IBP panel is controlled to display the target control unit matched by the pre-stored unlocking action, and the target control units that do not match are not displayed, thereby avoiding misoperation by the operator and ensuring the safety of linkage control.

[0033] In this embodiment, an electronic IBP panel linkage method further includes: The action guiding unit responds to the unlocking signal of the target control unit and retrieves the preset guiding logic according to the target control unit; The action feedback unit responds to the target control unit unlocking signal and retrieves the preset feedback logic according to the target control unit. The control operation unit responds to the target control unit unlocking signal and retrieves the preset control logic according to the target control unit.

[0034] At this time, the target control unit unlocking signal of the lock control judgment unit is synchronously output to the action guidance unit, the action feedback unit, and the control operation unit, so that the preset guidance logic, preset feedback logic, and preset control logic corresponding to the target control unit are retrieved according to the target control unit, reducing the logic traversal range while avoiding misidentifying control actions and improving the accuracy of linkage control, and improving the efficiency of linkage control.

[0035] In this embodiment, the preset guidance logic at least includes key guidance logic and knob guidance logic. The physical keys, knobs, etc. are three-dimensionally modeled on the touch screen of the electronic IBP panel. To improve the touch experience of the operator, the key guidance logic at least includes key press indication, and the knob guidance logic at least includes rotation chute indication. The key press indication or the rotation chute indication is displayed around the target control unit, so as to facilitate the operator to intuitively understand the control method and improve the operation experience of the operator.

[0036] In other embodiments, the preset guidance logic at least includes guidance trigger logic, key guidance logic, and knob guidance logic.

[0037] The guidance trigger logic at least includes a guidance trigger duration threshold and a guidance trigger action. At this time, an electronic IBP panel linkage method further includes: The action guidance unit responds to the control action. If the duration of the control action meets the guidance trigger duration threshold and the control action does not match the guidance trigger action, it outputs the control guidance action information corresponding to the target control unit to the touch screen of the electronic IBP panel.

[0038] After the target control unit is unlocked, the subsequent touch actions of the operator are all control actions. When the control action signal of the operator is received, it is judged whether the duration of the control action meets the guidance trigger duration threshold. If so, it is judged whether the control action matches the guidance trigger action. If so, it is considered that the operator does not need guidance. If not, the control guidance action corresponding to the target control unit is output, so as to avoid the reduction of the operator's operation efficiency caused by useless guidance. At this time, correspondingly, an electronic IBP panel linkage method further includes: The action feedback unit and the control operation unit respond to the reception of the matching signal of the action guidance unit and output feedback action information and control signals according to the preset feedback logic and preset control logic.

[0039] In this embodiment, it is determined whether the control action belongs to an accidental touch by the operator according to the guiding trigger duration threshold, and then it is determined whether the operator directly performs control without guidance according to the guiding trigger action. The guiding trigger action at least includes the trigger node action corresponding to the target control unit. For example, if the control of the target control unit is button control, the guiding trigger action is the pressing action. When there are multiple segments of pressing for the button control, the guiding trigger action at least includes one segment of pressing action. Thus, when the control action matches the guiding trigger action, the feedback of the action feedback unit and the control of the control operation unit are directly triggered according to the control action, without the need for further guidance, improving the operation efficiency of the operator. When the control action does not match the guiding trigger action, corresponding guiding prompts are given.

[0040] Wherein, an electronic IBP panel linkage method further includes: The action feedback unit outputs the primary feedback action information according to the control action and the first preset feedback logic, and outputs the secondary feedback action information according to the control signal and the second preset feedback logic, and outputs the primary feedback action information and the secondary feedback action information to the touch screen of the electronic IBP panel.

[0041] Correspondingly, the control operation unit outputs a control signal to the action feedback unit according to the control action and the preset control logic. The preset feedback logic at least includes the first preset feedback logic and the second preset feedback logic. The first preset feedback logic includes the feedback action information corresponding to the trigger of the target control unit, and the second preset feedback logic includes the feedback action information corresponding to the trigger of the interlocking system.

[0042] In this embodiment, the action feedback unit matches the control action with the first preset feedback logic to provide touch feedback for the operator, and at the same time provides control feedback for the operator according to the control signal output by the control operation unit, so as to avoid misleading the operator caused by touch feedback under ineffective control.

[0043] As the third embodiment of this application, a specific embodiment is provided for illustration. The touch screen of the electronic IBP panel is used to model the station IBP panel to construct indicating lights, buttons, knobs, keys, buzzers, and clock information similar to the physical IBP panel.

[0044] The key corresponds to the lock control judgment unit, and the virtual key image remains in the inserted state all the time, eliminating the insertion process. The operator inputs the unlocking action by controlling the rotation of the key. The lock control judgment unit unlocks the corresponding target control unit according to the matching situation between the preset unlocking action and the actual unlocking action. For example, when the key rotates to different positions, it corresponds to the unlocking of different target control units, so that the display of the touch screen of the electronic IBP panel is more concise and convenient for operation.

[0045] After the electronic IBP panel touch screen is unlocked and controlled, control elements corresponding to the target control unit are displayed, such as buttons, knobs, etc. In the button control of the physical IBP panel, a protective cover is attached to the button of the physical IBP panel. Only by opening the protective cover can the internal physical button be clicked, thus preventing the operator from accidentally touching the button. In this embodiment, the preset feedback logic at least includes button flip feedback, and the preset guidance logic at least includes flip guidance. When the operator operates a button on the electronic IBP panel touch screen, the operator needs to first swipe up or down with a finger to control the opening or closing of the protective cover, so as to achieve the effect of preventing the operator from accidentally touching the electronic IBP panel.

[0046] Such as Figure 2 , Figure 3 As shown, in the button control of the physical IBP panel, when the button of the physical IBP panel is pressed, there will be a real tactile feedback, enabling the operator to feel that the physical button is pressed. Therefore, in this embodiment, the buttons on the electronic IBP panel touch screen are modeled as three-dimensional stereoscopic images. At this time, the preset feedback logic at least includes button concave-convex state feedback and color feedback. In the normal state, the three-dimensional stereoscopic image of the button presents a convex shape. When the button is pressed, the three-dimensional stereoscopic image shows a concave shape. At the same time, in the normal state, the button presents the same display color as the physical button. When the button is pressed and shows a concave shape, the button color will also become darker accordingly. It can be understood that generally, buttons are divided into two types: self-resetting buttons and non-self-resetting buttons. On the electronic IBP panel, these two types of buttons are distinguished by software preset control at the initial stage according to the self-resetting and non-self-resetting types.

[0047] In the knob control, the knob of the physical IBP panel is controlled by twisting the knob. In this embodiment, the operation of the knob is represented by the movement of a sliding arrow image and a knob image. At this time, the preset feedback logic at least includes knob rotation feedback, and the preset guidance logic at least includes a guiding chute. Such as Figure 4 As shown, when the area around the knob is touched, a guiding chute will flash and display on the interface around the knob. The guiding chute will not be displayed in the normal state. Only when the operator touches the knob will it be displayed as a guidance. When the operator slides the guiding chute from point M1, moves through point M2, and then reaches point M3, that is, when the knob is rotated to the position, the knob operation task is completed.

[0048] For the buzzer, the buzzer of the physical IBP panel is an integrated electronic sounder powered by a DC voltage. The physical IBP panel is connected to the buzzer device through an external circuit. When an alarm occurs, the buzzer will directly produce a sound. In this embodiment, a broadcast is externally placed at the IBP panel sampling server to replace the sound of the buzzer device. When the IBP panel sampling server receives an alarm message, the broadcast is directly used as the alarm sound for propagation.

[0049] For the indication lamp control and clock information, the entity panel uses the LED and circuit control method to control the indication lamp. In this embodiment, the indication lamp is controlled by software simulation and logical control, and the clock source of the electronic IBP panel is obtained from the ATS system clock source through the network.

[0050] In this embodiment, the electronic IBP panel linkage system consists of an electronic IBP panel touch screen, an IBP panel sampling server, and an external switch, and is connected to the interlocking system through an interlocking switch and an interlocking cabinet. Its control method is that the network port behind the panel of the electronic IBP panel is connected to the IBP panel sampling server, and then the sampling server is connected to the external switch. Through the external switch and the interlocking internal network switch, it is accessed to the operation core operation unit of the interlocking. The electronic IBP panel linkage system in this embodiment only needs to be connected to the IBP panel sampling server through a single network cable, thus reducing a large number of circuit connections. And this connection method places the human-computer interaction operation display end on the touch screen, while the core operation control unit is placed on the server. In this way, when the touch screen fails, it can still be directly operated through the workstation, forming a standby unit, and the storage space and the transmission of external interface information are more convenient. Two switches are placed at both ends of the IBP panel and the signal, and then connected by an optical cable in the middle. Finally, the interlocking switch is directly connected to the operation unit of the interlocking cabinet internal network for direct operation. The control method through network connection only needs to establish the underlying communication protocol, and all information transmissions are transmitted through network packets instead of the traditional circuit control method.

[0051] In this embodiment, the IBP panel sampling server is a carrier embedded with logic operation software. The logic operation software uses the Boolean logic processing method to replace the traditional circuit connection. For example, the platform door control logic is as follows: SKMJ: Upward door opening parameter (intermediate variable); SGMJ: Upward door closing parameter (intermediate variable); ASKMJ: Upward door opening button parameter; bound to the input of the "whole side door opening" button on the upward side of the electronic IBP panel, with an initial value of 0; ASGMJ: Upward door closing button parameter; bound to the input of the "whole side door closing" button on the upward side of the electronic IBP panel, with an initial value of 0; SKMJJ: Upward door opening compound parameter (intermediate variable); SPLJ: Upward bypass parameter; bound to the input of the "interlock release" on the upward side of the electronic IBP panel, with an initial value of 0; SPSD_START: Upward whole side platform door opening parameter (intermediate variable); SPSDBJ: Indicator parameter for the opening of the entire side platform screen doors on the up side; bound to the "door closed and locked" input on the up side of the electronic IBP panel, with an initial value of 0; SKMJ_VO: Output parameter for opening the doors on the up side; Boolean logic expression: SKMJ = ASKMJ * ~ASGMJ; Note: When the "open entire side" on the electronic IBP panel is pressed (the ASKMJ parameter is set to 1), ASGMJ and ASKMJ are mutually exclusive variables and set to 0, and this parameter is inverted, so the SKMJ parameter is set to 1; SKMJJ = SKMJ * ~SGMJ * ~SPLJ; Note: After the SKMJ parameter is set to 1, simultaneously check that the SGMJ parameter is always 0 (purpose: continuously check that there is no door closing operation during door opening), and SPLJ is 1 (purpose: check that the platform screen doors are not isolated before door opening); PSDBJ = ~SKMJJ * PSD_START; Note: After the SKMJJ parameter is set to 1, simultaneously check that PSD_START is always 1 (check the current closed state of the platform screen doors). After PSDBJ is set to 0, the platform screen doors are opened, so the "door closed and locked" indicator light goes out.

[0052] SKMJ_VO = SKMJJ; Note: After the SKMJ_VO parameter is set to 1, the IBP panel sampling server will transmit the information to the operation unit of the signal interlocking through the network, and the interlocking will drive the real platform screen doors on site to open by sending an opening command.

[0053] The control operation unit performs control actions according to the Boolean logic processing method to match the preset control logic, thereby obtaining the final control signal to achieve the linkage control of the electronic IBP panel.

[0054] The above-described specific implementation manners are the preferred implementation manners of an electronic IBP panel linkage system and method of the present application, and do not limit the specific implementation scope of the present application. The scope of the present application includes but is not limited to this specific implementation manner. Any equivalent changes made according to the shape and structure of the present application are within the protection scope of the present application.

Claims

1. An electronic IBP panel linkage system, connected to the interlocking system of the yard equipment, is characterized in that: Including: An electronic IBP panel touch screen for outputting a touch signal according to the human-computer interaction situation; An IBP panel sampling server connected to the electronic IBP panel touch screen and the interlocking system, for determining a target control unit according to the touch signal and outputting a control signal to the interlocking system; Wherein, the IBP panel sampling server at least includes a lock control judgment unit, which receives the unlocking action in response to the touch signal, and unlocks the target control unit according to the unlocking action and the preset action logic.

2. The electronic IBP disk linkage system according to claim 1, wherein: It further includes: An action guiding unit for outputting control guiding action information corresponding to the target control unit to the electronic IBP panel touch screen according to the target control unit and the preset guiding logic.

3. An electronic IBP disk linkage system as claimed in claim 1, wherein: It further includes: An action feedback unit, which receives the control action in response to the touch signal, and outputs feedback action information to the electronic IBP panel touch screen according to the control action and the preset feedback logic.

4. An electronic IBP disk linkage system as claimed in claim 1, characterized in that: It further includes: A control operation unit, which receives the control action in response to the touch signal, and outputs a control signal to the interlocking system according to the control action and the preset control logic.

5. An electronic IBP disk linkage method, applied to the system according to any one of claims 1 to 4, characterized in that: Including the following steps: The lock control judgment unit responds to the unlocking action in the touch signal. If the unlocking action matches the preset action logic, it outputs a target control unit unlocking signal to the electronic IBP panel touch screen according to the matching action logic.

6. The electronic IBP disk linkage method according to claim 5, wherein: It further includes: The action guiding unit responds to the target control unit unlocking signal and retrieves the preset guiding logic according to the target control unit; The action feedback unit responds to the target control unit unlocking signal and retrieves the preset feedback logic according to the target control unit; The control operation unit responds to the target control unit unlocking signal and retrieves the preset control logic according to the target control unit.

7. The electronic IBP panel linkage method according to claim 6, characterized in that: The preset guiding logic at least includes a guiding trigger logic, a key guiding logic, and a knob guiding logic.

8. The electronic IBP disk linkage method according to claim 6, characterized in that: It further includes: The action guiding unit responds to the control action. If the duration of the control action meets the guiding trigger duration threshold and the control action does not match the guiding trigger action, it outputs control guiding action information corresponding to the target control unit to the electronic IBP panel touch screen.

9. The electronic IBP disk linkage method according to claim 8, wherein: It further includes: The action feedback unit and the control operation unit respond to the receipt of the matching signal of the action guiding unit, and output feedback action information and a control signal according to the preset feedback logic and the preset control logic.

10. The electronic IBP panel linkage method according to claim 6, characterized in that: The preset feedback logic at least includes feedback action information triggered by the target control unit and feedback action information triggered by the interlocking system.

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