Layer calling device address setting method and system

Abstract

The invention discloses a layer calling device address setting method. The method comprises the following steps: firstly, carrying out basic parameter configuration on a layer calling device through a scheduling host; the floor calling device carries out secondary confirmation on the floor address needing to be set, so that the floor address to be set is consistent with the floor address of the current floor calling device and the floor address needing to be set, and alarm judgment of address conflict, too low address setting and overlimit address setting is carried out after setting is completed; and finally, floor address modification is carried out according to a judgment result until no alarm is given out, and the floor address setting is completed. The method supports dynamic adjustment of the number of floors, can be installed and used for construction sites of different floors, and does not need to reset hardware. And setting can be performed in advance without waiting for floor completion, so that the field debugging time is shortened.

Description

Technical Field

[0001] The invention relates to the technical field of electrical control, and discloses a system and method for setting the floor address of a floor caller used in a supporting construction elevator. Background Art

[0002] In recent years, the demand for unmanned construction elevators has been increasing at construction sites. Floor pagers are a crucial component of elevator dispatching in construction elevator floor control systems, and address setting for floor pagers is a fundamental step. Currently, two methods are commonly used in the industry: using DIP switches for address setting and manually recording addresses with labels. Both methods have the following drawbacks and inconveniences: (1) After the floor caller is installed, the construction personnel need to remove the equipment shell and set the floor by physical dialing address. This method requires the construction personnel to go to each floor repeatedly, which is inefficient. In addition, when there are many floors, it is easy to have duplicate addresses or misalignment with the physical floors, which makes it difficult to troubleshoot later. (2) Adding new floors requires disassembling and reinstalling equipment, and dynamic adjustment is not possible; (3) Debugging cannot be carried out when the floor is not fully built and adjustments are required later. Summary of the Invention

[0003] The purpose of the present invention is to solve the defects in the prior art and provide a layer pager address setting system and method.

[0004] The present invention proposes a method for setting the floor caller address which can be connected and matched immediately and can be confirmed twice. The method first configures the basic parameters of the floor caller through the scheduling host; then the floor caller performs a secondary confirmation on the floor address to be set, so that the floor address to be set is consistent with the current floor caller floor address and the floor address to be set, and after the setting is completed, an alarm judgment is performed on address conflict, address setting too low and address setting exceeding the limit; finally, the floor address is modified according to the judgment result until no alarm is issued and the floor address setting is completed.

[0005] More specifically, the following steps are included: (1) Enter the floor address setting and use the dispatch host to configure the basic parameters of the floor call device; (2) Use the floor caller to select the floor address L to be set, and confirm the setting of the floor address twice; the second confirmation of the setting of the floor address includes the following steps: a. Confirm the current floor address M of the floor caller and the floor address N to be set. If M=L, no further setting is required and proceed to step d; if M≠L, N=L needs to be set; b. Change the to-be-set floor address N, and when the to-be-set floor address N is modified to the desired set floor L, first floor address determination is performed; c. Second floor address determination is performed, floor address setting is completed, and the floor address setting state is observed at this time, at this time M=N=L, and the floor address of the layer caller has been set; d. Exit the floor address setting; (3) After the floor address setting is completed, step (2) is re-executed according to the error code triggering the alarm until no alarm is issued, and the floor setting is completed; the error code includes the following three situations: address setting conflict alarm, address setting too low alarm and address setting overrun alarm; the address setting conflict alarm is that the floor addresses of two or more layer callers are set repeatedly; the address setting too low alarm is that the floor address of the current layer caller is set lower than the lower limit value; and the address setting overrun alarm is that the floor address of the current layer caller is set higher than the upper limit value; (4) Steps (2) and (3) are repeated to complete the floor address setting of all layer callers.

[0006] The basic parameter configuration of the dispatch host to the layer caller includes setting the upper limit value LMAX and the lower limit value LMIN of the floor address in the current system.

[0007] Further, before the basic parameter configuration of the dispatch host to the layer caller is performed, it is first confirmed that the wiring of the complete system is normal, the dispatch host and the layer caller are powered on and display normally, and there is no fault alarm information.

[0008] The application also provides a layer caller address setting system, comprising: The dispatch host includes an address conflict detection unit, a layer caller state monitoring unit and a configuration unit; the configuration unit is used for performing basic parameter configuration of the layer caller, and the address conflict detection unit is used for performing floor address conflict judgment and outputting the conflict device ID and floor number; the layer caller state monitoring unit is connected with the layer caller in a CAN bus communication mode and feeds back the communication state of the layer caller in real time; The layer caller includes an alarm unit, a state unit and a floor address setting unit, the alarm unit is used for feeding back error information of the layer caller address setting in real time, the state unit is used for performing communication state monitoring and running parameter display, and the floor address setting unit is used for performing floor address setting.

[0009] The configuration unit sets the upper limit value LMAX and the lower limit value LMIN of the layer caller floor address, inputs through a touch screen or an external device, and sets the operation permission of the floor address setting unit.

[0010] The floor address setting unit comprises an up key and a down key, short pressing the up key increases the floor address, long pressing supports quick adjustment, short pressing the down key confirms the address, and short pressing again completes address writing.

[0011] Compared with the prior art, the present application has the following advantages: 1. Improve construction efficiency: free disassembly operation, the operation of setting the floor address can be completed through two keys. The setting efficiency is significantly improved compared with the traditional dial code setting method.

[0012] 2. Flexible adaptation to site demand: support dynamic adjustment of floor number, and the site with different floors can also be installed and used without re-setting the hardware. The on-site debugging time is shortened by setting in advance without waiting for the completion of the floor.

[0013] 3. Accurate reduction of setting error rate: real-time detection of address conflict, prompt and retention of error setting information, convenient for fault troubleshooting by maintenance personnel. BRIEF DESCRIPTION OF DRAWINGS

[0014] Figure 1 The present application is a floor calling device address setting method. Figure 2 The present application is a floor calling device address setting method. Figure 3 The present application is a floor calling device address setting method. Figure 4 The present application is a floor calling device address setting system. Figure 5 The present application is a floor calling device address setting system. DETAILED DESCRIPTION

[0015] The present application will be described in detail below with reference to the accompanying drawings.

[0016] The present application is a floor calling device address setting system, comprising a dispatch host 100 and a floor calling device 200. The dispatch host comprises an address conflict unit 101, a floor calling device state monitoring unit 102, and a configuration unit 103. The floor calling device comprises an alarm unit 201, a state unit 202, and a floor address setting unit 203. Figure 4 As shown in the system structure diagram of the present application.

[0017] Dispatch host 100: integrated with address conflict unit 101, with floor address detection function, capable of detecting whether the floor address setting of all floor calling devices is repeated, and displaying the conflict device ID and floor number on the dispatch host touch screen when address conflict occurs.

[0018] Floor calling device state monitoring unit 102: Figure 5 As shown, the dispatch host is connected to the layer caller 200 via CAN bus communication, providing real-time feedback on the layer caller's communication status. If the communication interruption exceeds a set value, the layer caller is judged to be offline, and the disconnection time and device ID are recorded in the error log. After the layer caller is disconnected, the layer caller status monitoring unit 102 will issue an alarm and continue to send heartbeat packets to try to reconnect.

[0019] Configuration unit 103: Sets the upper limit LMAX and lower limit LMIN of the floor address of the floor caller 200. This allows for dynamic definition of different floor addresses through touch screen input or external device import. Hierarchical authority management is implemented to set the operating permissions of the floor address setting unit 203 to prevent misoperation on site.

[0020] The alarm unit 201 integrated in the floor caller 200 can provide real-time feedback of the error information of the floor caller 200 address setting, the alarm code E-XX, E: Error, XX: code number, including 00: address setting conflict alarm, 01: address setting too low alarm and 02: address setting over limit alarm.

[0021] Status unit 202: realizes the monitoring of communication status and the display of operating parameters.

[0022] Floor address setting unit 203: realizes flexible and safe address setting mode, short press the up key to increase the floor address, supports long press for quick adjustment, short press the down key to confirm the address, and short press again to complete the address writing.

[0023] The present invention also provides a method for setting the floor caller address. After confirming that the entire system is wired normally, the dispatching host and the floor caller are powered on and displayed normally, and there is no fault alarm information, Figure 1 As shown, the following steps are included: S101, use the scheduling host to enter the configuration unit and configure basic parameters of the layer caller; S102, using the floor call device to enter the floor address setting unit; S103, select the floor address L to be set, and confirm the setting of the floor address twice; S104, exit the floor setting unit; S105, check whether the floor caller has an alarm. If so, check the alarm unit alarm code and set it again from step S102; S106, repeat steps S101-S105 to complete the address setting of all layer pagers; S107, using the dispatch host to close the floor address setting unit authority of the floor call device.

[0024] Furthermore, the scheduling host is used to enter the configuration unit to configure the basic parameters of the layer caller, such as Figure 2 As shown: S201, judging that the communication bus status is normal by observing the layer caller status monitoring unit; S202, open the scheduling host and enter the configuration unit; S203, open the floor address setting unit authority; S204, setting the upper limit value LMAX and the lower limit value LMIN of the floor address in the current system; S205, completing the basic parameter setting of the layer caller by the scheduling host.

[0025] Further, use the floor caller to enter the floor address setting unit, select the floor address L to be set, and confirm the setting of the floor address twice as follows: Figure 3 As shown: S301, use the up and down buttons simultaneously to enter the floor address setting unit; S302, observe the status unit of the floor caller, confirm the current floor caller floor address M and the floor address to be set N, if M=L, no further setting is required, and step S307 is executed; if M≠L, step S303 is executed; S303, use the up key to change the floor address N to be set. When it is changed to the floor L to be set, execute step S304; S304, use the down button to confirm the floor address for the first time, and the floor address N to be set stops flashing; S305, use the down button to confirm the floor address for the second time, complete the floor address setting, observe the status unit, at this time M=N=L, the floor call device floor address has been set; S306, exit the floor address setting unit, check whether the alarm unit is triggered, if there is an alarm code E-XX, it needs to be modified according to the specific code, and repeat the above steps S301-S305 until the alarm unit is released; S307, complete the floor address setting.

[0026] Furthermore, the above-mentioned floor caller address setting method is expanded with an example. The entire system is powered on normally, and the floor address setting unit is entered using the touch screen of the dispatch host to configure the basic parameters of the floor caller. Assuming that the lowest floor of the current construction site is the first floor below ground and the highest floor is the fifteenth floor, set the upper limit value LMAX=15, the lower limit value LMIN=-1, and enable the floor address setting unit permission of the floor caller. Using the floor caller on the second floor, press and hold the up and down keys simultaneously to enter the floor address setting unit, use the up key to modify the floor address N to 2, and use the down key to confirm that the address M is set successfully. After confirming that M=N=2, exit the floor address setting unit and observe whether the alarm unit is triggered. If the floor address is set to -2, error code E-01 will be triggered. Enter the floor address setting unit again and modify the floor M=N=2. At this time, there will be no alarm signal. After setting the floor caller addresses of all floors, use the dispatch host to close the floor address setting unit permission of the floor caller to complete the floor caller address setting.

Claims

1. A method for setting a layer pager address, characterized in that: The floor caller address setting method first configures the basic parameters of the floor caller through the scheduling host; then the floor caller performs a second confirmation on the floor address to be set, so that the floor address to be set is consistent with the current floor caller floor address and the floor address to be set, and after the setting is completed, an alarm judgment is performed on address conflict, address setting too low and address setting exceeding the limit; finally, the floor address is modified according to the judgment result until no alarm is issued and the floor address setting is completed.

2. The method for setting the layer caller address according to claim 1, wherein: The following steps are involved: (1) Enter the floor address setting and use the dispatch host to configure the basic parameters of the floor call device; (2) Use the floor caller to select the floor address L to be set, and confirm the setting of the floor address twice; the second confirmation of the setting of the floor address includes the following steps: a. Confirm the current floor address M of the floor caller and the floor address N to be set. If M=L, no further setting is required and proceed to step d; if M≠L, N=L needs to be set; b. Change the floor address N to be set. When the floor address N to be set is modified to the floor L to be set, the first floor address is determined; c. Perform the second floor address determination to complete the floor address setting. Observe the floor address setting status at this time. At this time, M=N=L, and the floor address of the floor call device has been set. d. Exit floor address setting; (3) After the floor address is set, step (2) is re-executed according to the error code that triggers the alarm until no alarm is issued and the floor setting is completed; the error code includes the following three situations: address setting conflict alarm, address setting too low alarm and address setting over-limit alarm; the address setting conflict alarm is when the floor address settings of two or more floor call devices are repeated; the address setting too low alarm is when the floor address setting of the current floor call device is lower than the lower limit value; the address setting over-limit alarm is when the floor address setting of the current floor call device is higher than the upper limit value; (4) Repeat steps (2) and (3) to complete the floor address setting for all floor callers.

3. The method for setting the layer caller address according to claim 2, wherein: The dispatch host configures basic parameters of the floor call device, including setting the upper limit value LMAX and the lower limit value LMIN of the floor address in the current system.

4. The method for setting the layer caller address according to claim 3, wherein: Before the dispatch host configures the basic parameters of the floor caller, first confirm that: the wiring of the entire system is normal, the dispatch host and the floor caller are powered on and displayed normally, and there is no fault alarm information.

5. A layer caller address setting system, characterized in that: include: The dispatch host includes an address conflict detection unit, a floor caller status monitoring unit, and a configuration unit. The configuration unit is used to configure the basic parameters of the floor caller, and the address conflict detection unit is used to determine the floor address conflict and output the conflicting device ID and floor number. The floor caller status monitoring unit is connected to the floor caller via CAN bus communication to provide real-time feedback on the communication status of the floor caller. Floor caller: It includes alarm unit, status unit and floor address setting unit. The alarm unit will provide real-time feedback of error information of floor caller address setting. The status unit will monitor communication status and display operation parameters. The floor address setting unit will be used to set the floor address.

6. The layer caller address setting system according to claim 5, characterized in that: The configuration unit sets the upper limit value LMAX and the lower limit value LMIN of the floor address of the floor caller, inputs them through the touch screen or imports them from an external device, and sets the operation authority of the floor address setting unit.

7. The layer caller address setting system according to claim 5, characterized in that: The floor address setting unit includes an up key and a down key. Short press the up key to increase the floor address, and long press to quickly adjust. Short press the down key to confirm the address, and short press again to complete the address writing.

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