Floor setting method of elevator floor controller

A setting method and controller technology, applied in elevators, transportation and packaging, etc., can solve problems such as false activation, increased software production and management costs, and jamming, and achieve unified software, convenient and intuitive setting methods, and management costs. low effect

Inactive Publication Date: 2016-10-05
SHANGHAI MITSUBISHI ELEVATOR CO LTD
7 Cites 1 Cited by

AI-Extracted Technical Summary

Problems solved by technology

[0006] For the first method, although the installation and debugging are simple, the use of rotary switches or cross-pin sets/cross-pins brings corresponding hardware costs; the second method does not require corresponding hardware costs, but loses the flexibility of installation and debugging At the same time, because each elevator landing controller needs to write different software, the production and management costs of the software are increased; and the method proposed by the ...
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Abstract

The invention discloses a floor setting method of an elevator landing controller. The floor setting mode is triggered by a certain button or button combination input operation code among the existing up/down call buttons of the elevator landing controller, and the elevator landing In the floor setting mode, the controller adjusts the floor setting value through the up/down calling button of the elevator landing controller. The present invention can set floors without cost, conveniently and safely.

Application Domain

Elevators

Technology Topic

Floor levelSimulation

Image

  • Floor setting method of elevator floor controller
  • Floor setting method of elevator floor controller

Examples

  • Experimental program(4)

Example Embodiment

[0035] Example 1
[0036] This embodiment illustrates that the floor setting mode is entered through a certain operation sequence of a single button, where the "short" and "long" operations refer to the duration of the button pressing; the operation code is: input "to the up call button 31" The operation sequence of "short"-"short"-"long", in which the "short" operation lasts for 1 second, the "long" operation lasts for 3 seconds, and the interval between two operations is 1 second; the operation code is preset in the management module Within 12;
[0037] Such as figure 2 As shown, when passengers input the above sequence of operations on the up call button 31 of the elevator landing controller, the management module 12 detects the signal change of the up call button 31, and uses the clock of the timing counter 14 as the measurement reference to calculate the button press Duration under T on1 , T on2 , T on3 , And the duration of the button release T off1 , T off2 , And compared with the preset operation code. When the input operation sequence is consistent with the preset operation code, the management module 12 triggers and enters the floor setting mode, and the display device 2 displays the elevator floor in a dynamic flashing or static form The station controller saves the current floor setting value in the non-volatile memory 13;
[0038] In the floor setting mode, when the up call button 31 or the down call button 32 is clicked, the up button signal 312 or the down button signal 322 is sent to the management module 12 by the I/O port acquisition module 11; the management module 12 according to the corresponding button Signal increase or decrease floor setting value;
[0039] When the up call button 31 or the down call button 32 is in the pressed state, the management module 12 issues an instruction to light up the button light to control the up button light 311 or the down button light 321 to light up; when the up call button 31 or the down call button When 32 is in the released state, the management module 12 issues an instruction to turn off the button light to control the up button light 311 or the down button light 321 to turn off;
[0040] In the floor setting mode, the management module 12 also detects the duration of button press and release; if the button release time exceeds the idle waiting time in the setting mode, the management module 12 exits the floor setting mode; the current floor setting value is saved in the elevator In the non-volatile memory 13 of the landing controller.

Example Embodiment

[0041] Example 2
[0042] In this embodiment, another operation sequence of a single button is used to enter the floor setting mode, where the "short" and "long" operations refer to the duration of button pressing; the operation code is: input to the down call button 32 "Long"-"Short"-"Long" operation sequence, in which the "short" operation lasts for 2 seconds, the "long" operation lasts for 4 seconds, and the interval between the two operations is 1 second; the operation code is preset to manage Within module 12;
[0043] The process of the management module 12 detecting the button operation sequence and triggering the floor setting mode is similar to that of Embodiment 1. In the floor setting mode, the display content of the display device 2 and the floor setting through the up call button 31 and the down call button 32 The operation process is the same as in Example 1.

Example Embodiment

[0044] Example 3
[0045] This embodiment illustrates that the floor setting mode is entered through another operation sequence of a single button, where "short" and "long" operations refer to the duration of button release; the operation code is: input "to the up call button 31" Long", input "long" to the up call button 31 after an interval of 1 second, input "short" to the up call button 31 after an interval of 1 second, and input "short" to the up call button 31 after an interval of 1 second, where , "Short" operation lasts 1 second, "long" operation lasts 3 seconds; the operation code is preset in the management module 12;
[0046] The process of the management module 12 detecting the button operation sequence and triggering the floor setting mode is similar to the first embodiment; in the floor setting mode, the display content of the display device 2 and the floor setting are performed by pressing the up call button 31 and the down call button 32 The operation process is the same as in Example 1.

PUM

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Description & Claims & Application Information

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