CN110745657B - Elevator position distribution recording system and method and elevator guiding system - Google Patents

Elevator position distribution recording system and method and elevator guiding system Download PDF

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Publication number
CN110745657B
CN110745657B CN201910992026.1A CN201910992026A CN110745657B CN 110745657 B CN110745657 B CN 110745657B CN 201910992026 A CN201910992026 A CN 201910992026A CN 110745657 B CN110745657 B CN 110745657B
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elevator
information
display
unit
identification information
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CN110745657A (en
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陈玉东
何晓光
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Shanghai Mitsubishi Elevator Co Ltd
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Shanghai Mitsubishi Elevator Co Ltd
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B3/00—Applications of devices for indicating or signalling operating conditions of elevators
    • B66B3/002—Indicators
    • B66B3/006—Indicators for guiding passengers to their assigned elevator car
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B66—HOISTING; LIFTING; HAULING
    • B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
    • B66B3/00—Applications of devices for indicating or signalling operating conditions of elevators
    • B66B3/02—Position or depth indicators

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  • Indicating And Signalling Devices For Elevators (AREA)
  • Elevator Control (AREA)

Abstract

The invention discloses an elevator position distribution inputting system and method, wherein the operation display area of a display unit is subjected to gridding treatment; the entry person performs entry operation on the display unit according to the actual position of the elevator to be displayed; the input unit receives input operation information of an input person; the generating unit generates elevator information for display according to the input operation information; and the display unit displays the position distribution condition of all elevators to be displayed according to the elevator information for display. The invention also discloses an elevator guiding system applying the elevator position distribution entry system. The elevator guiding system can quickly define the position layout of the elevator so as to conveniently and quickly realize the entry of the elevator layout, and the elevator guiding system generates the guiding information based on the elevator information for display and the elevator dispatching result of the elevator group control system and provides the guiding information for passengers, so that the passengers unfamiliar with the elevator position distribution can be guided to quickly and accurately find the specific elevator, and the condition of missing the elevator taking is avoided.

Description

Elevator position distribution recording system and method and elevator guiding system
Technical Field
The invention relates to the field of elevators, in particular to an elevator position distribution recording system and method and an elevator guide system adopting the elevator position distribution recording system and method.
Background
In a market, a business building, or the like, where the amount of traffic is large, in order to meet the demand for passengers to ride on the elevator in the vertical direction, a plurality of elevators are generally installed, and these elevators are sometimes installed in a concentrated area, or are sometimes installed in a plurality of areas in a dispersed manner due to the building structure, the diversion of traffic, or the like.
In this case, when a passenger registers a boarding request, the elevator control system assigns an elevator to the passenger in response to the boarding request. If the passenger is unfamiliar with the location distribution of the elevators, there may be a case where it is difficult to find a specific elevator or a case where it takes a relatively long time to find a specific elevator and the taking of an elevator is missed.
For this reason, the prior art proposes a technical solution for providing a passenger with an elevator profile, thereby helping the passenger quickly find a specific elevator. However, the prior art has not given a technique how to define the location layout of the elevators so as to conveniently and quickly implement the input of the elevator layout.
Disclosure of Invention
The invention aims to solve the technical problem of providing an elevator position distribution recording system and method, which can conveniently and quickly realize the input and display of elevator position distribution. Meanwhile, the invention also provides an elevator guiding system.
In order to solve the above problems, the present invention provides an elevator position distribution registration system including:
an input unit for receiving information corresponding to an entry operation of an entry person;
the generating unit is used for generating elevator information for display according to the information received by the input unit, and the elevator information for display comprises elevator identification information and elevator position information;
an output unit configured to output the display elevator information generated by the generation unit to the outside;
and the display unit presents the input operation object to the input person for the input operation of the input person.
Preferably, the display unit further displays the entry operation result of the entering person to assist the entering person in entering operation.
Further, the display unit displays the entry operation result of the entry person to the entry person, namely the display unit displays the position distribution condition of all the elevators to be displayed and the corresponding elevator identification information thereof to the entry person according to the elevator position information for display generated by the generation unit.
The operation display area of the display unit is divided into m rows and n columns of unit grids by grid dividing lines, wherein m and n are natural numbers, and the number of the unit grids is more than or equal to 2.
Preferably, the grid split line is visible in an operation display area of the display unit.
Wherein the elevator location distribution entry system represents an elevator with a grid of cells.
Preferably, the elevator identification information has a preset arrangement sequence.
Further, the entering person performs a group of entering operations on an operation display area of the display unit, the input unit records position information of each unit grid aimed at by the entering operations and an entering operation sequence of the entering operations, and the generating unit generates the elevator information for display according to the arrangement sequence of the elevator identification information and the position information of the unit grid and the entering operation sequence recorded by the input unit.
Preferably, the display unit displays the cell grid before the entry operation is performed and the cell grid after the entry operation is completed in two different display modes.
Further, the person who enters carries out two sets of entry operations on the operation display area of the display unit, the input unit records the position information of each cell grid aimed at by the first set of entry operations and each elevator identification information input by the second set of entry operations, and the generation unit generates the elevator information for display according to the position information of the cell grid and the elevator identification information recorded by the input unit.
Further, the operation display area of the display unit further comprises an elevator identifier selection area, the person who enters the elevator firstly performs a first group of entering operations on the cell grids at the corresponding positions and then performs a second group of entering operations on the operation identifier selection area, the input unit performs associated entry on the position information of each cell grid for which the first group of entering operations are directed and the elevator identifier selected by the second group of entering operations, and the generation unit generates the elevator information for display according to the position information of the cell grids recorded by the input unit and the elevator identification information represented by the associated elevator identifier.
Preferably, the display unit displays the cell grid before the first group of entry operations, the cell grid after the first group of entry operations are completed and before the second group of entry operations are performed, and the cell grid after the second group of entry operations are completed in three different display modes.
The input unit records the position information of each unit grid aimed at by the input operation and the identification information of each elevator input by the input operation, and the generation unit generates the elevator information for display according to the position information of the unit grid and the identification information of the elevator recorded by the input unit.
Preferably, the user writes and inputs corresponding elevator identification information at a position where the cell grid corresponding to the actual position of the elevator to be displayed is located in the operation display area of the display unit.
Further, the input unit records each elevator identification information written by the logger, and takes the position information of the cell grid to which the written input is directed as elevator position information.
Preferably, the elevator location distribution entry system represents an elevator by at least one cell grid, and the input unit uses the location of the cell grid occupied by the elevator identification information as elevator location information.
Preferably, the elevator position distribution entry system represents an elevator by using a cell grid, if the elevator identification information occupies only one cell grid, the input unit uses the position of the cell grid occupied by the elevator identification information as the elevator position information, and if the elevator identification information occupies at least two cell grids, the input unit uses the position of the cell grid where the central point of all the cell grids occupied by the elevator identification information is located as the elevator position information.
Further, the display unit displays the cell grids before the entry operation is performed and the cell grids after the entry operation is completed in two different display modes.
The input unit records the position information of the cell grids aimed by the input operation, and the generation unit generates the building information or the channel information according to the position information of the cell grids recorded by the input unit.
The invention also provides an elevator position distribution recording method, which comprises the following steps:
step 1, performing gridding processing on an operation display area of a display unit;
step 2, the entry operator performs entry operation on the display unit according to the actual position of the elevator to be displayed;
step 3, the input unit receives information corresponding to the input operation of the input person;
and 4, generating display elevator information by a generating unit according to the information, wherein the display elevator information comprises elevator identification information and elevator position information.
Preferably, the logging method further comprises:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display.
In step 1, the number or the size of the unit grids of the operation display area in the transverse direction and the longitudinal direction is determined according to the actual positions of all the elevators to be displayed, and then the operation display area of the display unit is divided into the unit grids with the corresponding number or size by using grid dividing lines.
Preferably, when an elevator is represented by one cell grid, in step 2, the entering person operates the cell grid corresponding to the actual position of the elevator to be displayed on the display unit according to a preset elevator identification information arrangement order, in step 3, the input unit records position information of each cell grid for which the entering operation is directed and an entering operation order of the entering operation, and in step 4, the generation unit generates the elevator information for display according to the arrangement order of the elevator identification information and the position information of the cell grid and the entering operation order recorded by the input unit.
Preferably, when one elevator is represented by one cell grid, in step 2, the entering person performs a first group of entering operations on the cell grid corresponding to the actual position of the elevator to be displayed on the display unit according to a preset arrangement order of elevator identification information, and then performs a second group of entering operations, in step 3, the input unit records position information of each cell grid targeted by the first group of entering operations and each elevator identification information input by the second group of entering operations, and in step 4, the generating unit generates the elevator information for display according to the position information of the cell grid and the elevator identification information recorded by the input unit.
Preferably, when an elevator is represented by one cell grid, in step 2, the operation display area of the display unit further includes an elevator identifier selection area, the person who enters the elevator performs a first group of entering operations on the cell grid at the corresponding position first, and then performs a second group of entering operations on the operation identifier selection area, in step 3, the input unit performs associated entry on the position information of each cell grid for which the first group of entering operations are directed and the elevator identifier selected by the second group of entering operations, and in step 4, the generation unit generates the elevator information for display according to the position information of the cell grid recorded by the input unit and the elevator identification information represented by the associated elevator identifier.
Preferably, in step 2, the entering person operates the cell grid corresponding to the actual position of the elevator to be displayed on the display unit, in step 3, the input unit records the position information of each cell grid for which the entering operation is directed and each elevator identification information input by the entering operation, and in step 4, the generating unit generates the elevator information for display according to the position information of the cell grid and the elevator identification information recorded by the input unit.
Further, in step 2, the entering person writes and inputs elevator identification information on the display unit, in step 3, the input unit identifies and obtains the elevator identification information according to the content of the written and input, and determines the elevator position information according to the position information of the cell grid occupied by the content of the written and input.
Preferably, an elevator is represented by at least one cell grid, and the input unit uses the position of the cell grid occupied by the elevator identification information as elevator position information.
Preferably, an elevator is represented by a grid of cells,
when one elevator identification information only occupies one unit grid, the position information of the unit grid is taken as the elevator position information;
when one elevator identification information occupies at least two cell grids, the position information of the cell grid where the central points of all the cell grids occupied by the elevator identification information are located is used as the elevator position information.
Further, the generation unit forms a data combination of the entered elevator position information and the elevator identification information corresponding to the elevator position information, and uses the data combination as the elevator information for display.
Meanwhile, the present invention also provides an elevator guiding system comprising:
the receiving module is used for receiving elevator dispatching results sent by the elevator group control system;
an elevator position distribution acquisition module, which is used for acquiring elevator information for displaying the elevator position distribution condition and is the elevator position distribution input system;
the control module generates and outputs guide information according to the elevator dispatching result and the elevator information for display;
and the display module is used for displaying the guide information to the passenger.
Wherein the elevator dispatching result at least comprises elevator identification information.
The control module searches elevator identification information which is the same as the elevator dispatching result in the elevator information for display according to the elevator dispatching result output by the receiving module, and takes the elevator information for display corresponding to the elevator identification information as guide information.
Preferably, if the encoding mode of the elevator dispatching result output by the receiving module is different from the encoding mode of the elevator identification information in the elevator information for display, the elevator dispatching result is transcoded to obtain the elevator dispatching result which has the same encoding mode as the elevator identification information in the elevator information for display, the elevator identification information which has the same transcoding dispatching result is searched in the elevator information for display, and the elevator information for display corresponding to the elevator identification information is used as the guide information.
Further, when the system is initialized, the control module sends the elevator information for display to the display module and the elevator information is stored by the display module; and after the system initialization is finished, the control module sends the guide information to the display module.
Preferably, the display module displays the elevator information for display and the guidance information by superimposing them, and the elevator information for display and the guidance information are displayed in different display modes.
Preferably, the control module adds a first display mode code to the display elevator position information corresponding to the elevator identification information with the same elevator dispatching result, adds a second display mode code to the display elevator position information corresponding to the elevator identification information with the different elevator dispatching result, and outputs the display elevator position information with the added display code as the guide information, and the display module identifies and displays the display elevator position information corresponding to the elevator identification information with the same elevator dispatching result and the display elevator position information corresponding to the rest elevator identification information with the different elevator dispatching result in different display modes according to the received guide information.
Preferably, the control module performs proportional adjustment on the elevator position information in the guide information according to the display area of the display module and the boundary information of the elevator information for display.
The display module is a mobile terminal carried by a passenger and having an information display function or a display device outside an elevator car.
Preferably, if the display module is a display device outside the elevator car, the input unit of the elevator position distribution entry module also receives entry operation of an entry person on the position of the display device in the elevator waiting area.
Compared with the prior art, the invention has the following beneficial effects:
1) the elevator position distribution inputting system and the inputting method can conveniently and quickly input the actual distribution condition of the elevator by using the display unit, the generating unit generates elevator information for display according to the input operation information received by the input unit, and the display unit can reflect the position distribution condition of the elevator in the display unit according to the elevator information for display, so that the position layout of the elevator is quickly defined, and the inputting of the elevator layout is conveniently and quickly realized;
2) the elevator guiding system generates the guiding information based on the elevator information for display acquired by the elevator position distribution entry system and the elevator dispatching result of the elevator group control system, and provides the guiding information for passengers, so that the passengers unfamiliar with the elevator position distribution can be guided to quickly and accurately find the specific elevator responding to the elevator taking demand, and the situation of missing the elevator taking is avoided.
Drawings
Fig. 1 is a schematic view of an elevator position distribution entry system of the present invention;
fig. 2 is a flow chart of an elevator position distribution entry method of the present invention;
fig. 3 is a schematic view of the elevator guidance system of the present invention.
Detailed Description
Other advantages and effects of the present invention will become readily apparent to those skilled in the art from the following detailed description, wherein it is shown in the accompanying drawings, wherein the specific embodiments are by way of illustration. In the following description, specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be practiced or applied in different embodiments, and the details may be based on different viewpoints and applications, and may be widely spread and replaced by those skilled in the art without departing from the spirit of the present invention.
It should be noted that the meaning of "and/or" appearing throughout is to include three parallel solutions, taking the solution of "a and/or B" as an example, including the solution a or the solution B or the solution a + B.
Example one
As shown in fig. 1, the elevator position distribution entry system of the present invention comprises:
an input unit for receiving information corresponding to an entry operation of an entry person;
the generating unit is used for generating elevator information for display according to the information received by the input unit, and the elevator information for display comprises elevator identification information and elevator position information;
an output unit for outputting the display elevator information generated by the generation unit;
and the display unit presents the input operation object to the input person for the input operation of the input person.
The information corresponding to the entry operation of the entry user (i.e. the entry operation information) at least includes an entry operation object and entry operation content, and may further include an entry operation mode and/or an entry operation sequence.
In addition, the display unit can also display the logging operation result of the logging operator to assist the logging operation of the logging operator, namely, the display unit displays the position distribution condition of all the elevators to be displayed and the corresponding elevator identification information to the logging operator according to the elevator position information for display generated by the generation unit.
The operation display area of the display unit is divided into m rows and n columns of unit grids by grid dividing lines, wherein m and n are natural numbers, and the number of the unit grids is more than or equal to 2.
Preferably, the grid split lines are visible in an operational display area of the display unit.
The elevator position distribution recording method based on the elevator position distribution recording system, as shown in fig. 2, comprises the following steps:
step 1, performing gridding processing on an operation display area of a display unit.
Specifically, the number or the size of the unit grids of the operation display area in the transverse direction and the longitudinal direction is determined according to the actual positions of all the elevators to be displayed, and then the operation display area of the display unit is divided into the unit grids with the corresponding number or size by using grid dividing lines.
And 2, performing entry operation on the display unit by an entry person according to the actual position of the elevator to be displayed.
Specifically, in this embodiment, the elevator location distribution entry system represents an elevator with a grid of cells. The elevator identification information can be any ordered number, letter, symbol and pattern, the elevator identification can be defined by a user, and an option can be provided by an elevator position distribution recording system for the user to select, but the elevator identification information needs to have a preset arrangement sequence, wherein the arrangement sequence depends on the attribute of the elevator identification information, for example, when the number is used as the elevator identification information, the preset arrangement sequence refers to an arrangement sequence (1, 2, 3, … …) based on the size relationship of the number, when the letter is used as the elevator identification information, the preset arrangement sequence refers to an arrangement sequence (A, B, C, … …) based on the letter sequence, and the like.
When an entry person carries out a group of entry operations on an operation display area of a display unit, the entry operations are carried out according to the following steps:
step a, determining the elevator identification information of all elevators to be entered;
b, selecting the elevator identification information with the position at the forefront according to a preset arrangement sequence from all the elevator identification information of the elevators to be entered;
c, determining the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
d, determining a unit grid of a corresponding position on the operation display area according to the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
e, operating the cell grids at the corresponding positions determined in the step d in an appointed operation mode (such as single click);
and f, returning to the step b until the entry operation of the elevators corresponding to all the elevator identification information is completed.
Obviously, in step 2, the user performs operation on the cell grid corresponding to the actual position of the elevator to be displayed on the display unit according to the preset arrangement sequence of the elevator identification information (and the operation is performed in a pre-agreed manner such as clicking), which is the key and core for implementing elevator position information entry in this embodiment.
And 3, receiving information corresponding to the input operation of the input person by the input unit.
Each time the entering person operates the cell grid, the input unit receives and outputs position information of the cell grid to which the entering operation is directed and entering operation sequence information indicating an order of the entering operation.
And 4, generating display elevator information by the generating unit according to the information received by the input unit, wherein the display elevator information comprises elevator identification information and elevator position information.
The generating unit generates elevator information for display according to the position information of the cell grid and the input operation sequence information output by the input unit.
After receiving all the position information and the input operation sequence information of the unit grids corresponding to all the elevators to be displayed, the generating unit firstly sorts the position information of the unit grids according to the input operation sequence information to obtain a position information ordered list consisting of the position information of the unit grids; and then selecting the position information of the unit grids from the position information ordered list, and combining the position information with the elevator identification information in the corresponding sequence to obtain a data pair consisting of the elevator identification information and the position information of the unit grids, wherein the data pair is the elevator information for displaying the elevator. The data pair list formed by the elevator identification information-unit grid position information data pairs corresponding to all the elevators to be displayed is the elevator information for display generated by the generating unit, and the generating unit outputs the elevator information for display to the outside.
The elevator position distribution recording system of the embodiment finishes the recording of the position distribution information of all elevators to be displayed.
As can be seen from the above description of the steps of the elevator position distribution entry method according to the embodiment, in step 2, the entry user operates the cell grids corresponding to the actual positions of the elevators to be displayed on the display unit according to the preset arrangement sequence of the elevator identification information (the operation is a pre-agreed operation such as clicking), in step 3, the input unit records the position information of each cell grid for which the entry operation is directed and the entry operation sequence of the entry operation, and in step 4, the generation unit generates elevator information for display according to the arrangement sequence of the elevator identification information and the position information and the entry operation sequence of the cell grids recorded by the input unit.
Therefore, in the embodiment, the elevator position information and the elevator identification information can be recorded through one-time operation.
Preferably, the elevator position distribution recording method based on the elevator position distribution recording system further includes:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display.
In the step 5, the input operation result is fed back to the input operator in time mainly by means of the display unit, so that the difficulty of the input operation is reduced, and possible input operation errors in the input operation process are found and modified in time.
Preferably, the display unit displays the cell grid before the entry operation is performed and the cell grid after the entry operation is completed in two different display modes, so that an entry person can better distinguish the cell grid which is not operated from the cell grid which is already operated.
For convenience of understanding, the elevator position distribution recording system and the elevator position distribution recording method of the present embodiment will be described below by taking a touch panel as an example.
The input unit and the display unit of the elevator position distribution entry system can be the same input device, e.g. a touch screen. The description will be given by taking an example in which the elevator hall is rectangular and three elevators are provided on each long side of the rectangle. The operation display area of the touch screen is divided into 2 rows and 3 columns. Before entering, an entering person can decide how to divide the grids of the operation display area of the touch screen according to the actual position distribution condition of the elevator, or adjust and modify the original grid division condition.
If one elevator occupies one cell grid, when entering, an entering person follows the sequence of the elevator identification information from small to large (for example, the sequence of the elevator identification information is from a first elevator to a sixth elevator or from an elevator A to an elevator F) according to the actual position of the elevator, sequentially clicks each cell grid corresponding to the elevator, and the system realizes the entering of the elevator position information by recording the position of the clicked cell grid and the clicked sequence thereof.
The elevator position distribution inputting system and the inputting method can conveniently and quickly input the actual distribution condition of the elevator by using the display unit, the generating unit generates elevator information for display according to the input operation information received by the input unit, and the display unit can reflect the position distribution condition of the elevator in the display unit according to the elevator information for display, so that the position layout of the elevator is quickly defined, and the inputting of the elevator layout is conveniently and quickly realized.
Example two
In contrast to the first embodiment, in the present embodiment, the entry operations of the entrant on the operation display area of the display unit, which are involved in step 2 of the elevator position distribution entry method, are divided into two groups.
The first group, the logging operation is carried out according to the following steps to realize the logging of the elevator position information:
step A1, determining all elevators to be entered;
step A2, determining the cell grids of the corresponding positions on the operation display area according to the actual positions of the elevators;
step A3, operating the cell grids at the corresponding positions determined in step A2 in a convention operation manner (such as single click).
And the second group carries out the recording operation according to the following steps to realize the recording of the elevator identification information:
step B1, selecting the category of the elevator identification information;
the category here refers to which of the forms of the ordered numbers, letters, symbols or patterns, etc., the elevator identification information is in the form of numbers 1, 2, 3, … … or letters a, B, C, … …. In order to realize the selection, the display unit can provide a selectable category list of the elevator identification information for the logger to select, and the logger can also finish the selection independently without the help of the display unit (if the logger is used for handwriting input, the selection of the category of the elevator identification information is finished independently by the logger);
step B2, recording elevator identification information;
and operating the cell grids corresponding to the actual positions on the display unit in an appointed operation mode according to the preset arrangement sequence of the elevator identification information of the selected category and the actual positions of the elevators corresponding to the elevator identification information by the logger.
In order to distinguish the operations of the first group and the second group, any one of the following ways may be adopted:
the method 1 is characterized in that different appointed operation modes are adopted for two groups of recording operations, if the first group adopts single click operation and the second group adopts double click operation, the step A3 receives elevator position information when single click operation is identified and receives elevator identification information when double click operation is identified;
in the mode 2, the two groups of entry operations adopt different appointed operation modes, but before the second group of entry operations is started, or before the first group of entry operations and the second group of entry operations, the operation group to be performed is informed, for example, the group information can be informed by clicking a group selection menu shown by the display unit.
Correspondingly, the reception by the input unit of the information corresponding to the entry operations of the entrant in step 3 of the elevator position distribution entry method becomes:
when the mode 1 is adopted in the step 2, the input unit receives the position information and the operation mode information of the unit grids, the position information of one unit grid is accompanied by one operation mode information, the two operation mode information correspond to each other one by one, and the input unit outputs the received information to the outside;
when the method 2 is adopted in step 2, the input unit first receives the first category notification information (the notification information may be omitted), then receives a series of first group operation information, then receives the second category notification information, and finally receives a series of second group operation information, where the category notification information corresponds to one group of operation information, and the input unit outputs the received information to the outside.
In this embodiment, in step 4, the generating means generates elevator information for display based on the position information of the cell grid and the elevator identification information output by the input means.
After receiving all the position information and the identification information of the cell grids corresponding to all the elevators to be displayed, the generating unit combines the position information and the identification information of the cell grids corresponding to the same elevator to obtain a data pair consisting of the elevator identification information and the cell grid position information, wherein the data pair is the information for displaying the elevator. The data pair list formed by the elevator identification information-unit grid position information data pairs corresponding to all the elevators to be displayed is the elevator information for display generated by the generating unit, and the generating unit outputs the elevator information for display to the outside.
Preferably, the display unit displays the cell grid before the first group of entry operations, the cell grid after the first group of entry operations are completed and before the second group of entry operations are performed, and the cell grid after the second group of entry operations are completed in three different display modes. The display mode herein refers to a technical means capable of exhibiting different display effects, such as display brightness, size, color, flicker, and the like.
In the elevator position distribution entry method of the embodiment, in step 2, an entry person performs a first group of entry operations on cell grids corresponding to actual positions of elevators to be displayed (such as elevators with the sequence of elevator identification information from a first elevator to a sixth elevator or elevators A to F) on a display unit according to a preset elevator identification information arrangement sequence, and then performs a second group of entry operations for inputting elevator identification information, in step 3, an input unit records position information of each cell grid for which the first group of entry operations are directed and each elevator identification information input by the second group of entry operations, and in step 4, a generating unit generates elevator information for display according to the position information of the cell grid and the elevator identification information recorded by the input unit. In the entering process, the system must be informed of whether the entering of the elevator position information or the entering of the elevator identification information is to be carried out according to a predetermined mode.
EXAMPLE III
The present embodiment differs from the present embodiment only in the following point.
The elevator location distribution entry system of this embodiment, although still representing an elevator with a grid of cells, the elevator identification information is no longer required to have a preset ranking order.
In the elevator position distribution entry method of the embodiment, step 2, an entry operator performs entry operation on the display unit according to the actual position of the elevator to be displayed.
Specifically, the operation display area of the display unit further includes an elevator identifier selection area (which is the whole elevator identification information corresponding to all elevators to be displayed, not the category of the elevator identification information in the foregoing embodiment), and the entering person first selects one elevator identification information from the elevator identifier selection areas displayed in the operation display area of the display unit, and then operates the cell grid on the operation display area corresponding to the actual position of the elevator corresponding to the elevator identification information in an agreed operation manner, thereby completing the entering of the elevator position information and the elevator identification information.
Correspondingly, in step 3, the input unit receives the elevator identification information and the position information of the cell grid by identifying the operation of the elevator identifier selection area and the operation of the cell grid by the user, and outputs the elevator identification information and the position information to the outside.
Correspondingly, in step 4, the generating unit generates elevator information for display according to the information received by the input unit, wherein the elevator information for display comprises elevator identification information and elevator position information.
The generation unit combines the elevator identification information and the elevator position information from the input unit to obtain a data pair consisting of the elevator identification information and the position information of the cell grid, wherein the data pair is the information for displaying the elevator. The data pair list formed by the elevator identification information-unit grid position information data pairs corresponding to all the elevators to be displayed is the elevator information for display generated by the generating unit, and the generating unit outputs the elevator information for display to the outside.
The elevator position distribution recording system completes the recording of the position distribution information of all elevators to be displayed.
Preferably, the display unit displays the cell grids before and after the operation in different display modes, respectively.
Example four
This embodiment is similar to the first embodiment, and only the differences will be described below.
The elevator position distribution entry system of the embodiment can represent one elevator by adopting one cell grid, and can also represent one elevator by adopting two or more cell grids.
In this embodiment, the entering person performs a set of entering operation on the operation display area of the display unit, the input unit records the position information of each cell grid for which the entering operation is directed and each elevator identification information input by the entering operation, and the generation unit generates elevator information for display from the position information of the cell grid and the elevator identification information recorded by the input unit.
In the elevator position distribution entry method of the embodiment, step 2, an entry person inputs corresponding elevator identification information in a writing manner at a position where a cell grid corresponding to an actual position of an elevator to be displayed is located in an operation display area of a display unit.
Correspondingly, step 3, the input unit receives information corresponding to the entry operation of the entering person.
The input unit receives each elevator identification information written by the user and takes the position information of the cell grid aimed at by the written input as elevator position information.
When the elevator position distribution entry system represents an elevator by using at least one cell grid, the input unit takes the position of the cell grid occupied by the elevator identification information as elevator position information.
When the elevator position distribution entry system represents an elevator by using one cell grid, if the elevator identification information only occupies one cell grid, the input unit takes the position of the cell grid occupied by the elevator identification information as the elevator position information, and if the elevator identification information occupies at least two cell grids, the input unit takes the position of the cell grid where the central point of all the cell grids occupied by the elevator identification information is located as the elevator position information.
Correspondingly, step 4, the generating unit generates elevator information for display according to the information, wherein the elevator information for display comprises elevator identification information and elevator position information.
The generation unit combines the elevator identification information and the elevator position information from the input unit to obtain a data pair consisting of the elevator identification information and the cell grid position information, and the data pair is the information for displaying the elevator. The data pair list formed by the elevator identification information-unit grid position information data pairs corresponding to all the elevators to be displayed is the elevator information for display generated by the generating unit, and the generating unit outputs the elevator information for display to the outside.
Preferably, the logging method further comprises:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display. The display unit displays the cell grids before the input operation is performed and the cell grids after the input operation is completed in two different display modes.
Obviously, in step 2 of this embodiment, the entering person operates the cell grid corresponding to the actual position of the elevator to be displayed on the display unit, in step 3, the input unit records the position information of each cell grid for which the entering operation is directed and each elevator identification information input by the entering operation, specifically, the input unit identifies and obtains the elevator identification information according to the content of the writing input and determines the elevator position information according to the position information of the cell grid occupied by the content of the writing input, and in step 4, the generating unit generates the elevator information for display according to the position information of the cell grid recorded by the input unit and the elevator identification information.
EXAMPLE five
In the four embodiments, the entering person can further perform a group of entering operations on the operation display area of the display unit, the input unit records the position information of the cell grid aimed by the entering operations, and the generating unit generates the building information or the channel information according to the position information of the cell grid recorded by the input unit, so that the position entering when the elevators are dispersedly arranged in different areas of the building is met.
EXAMPLE six
The foregoing embodiments are directed to an elevator position distribution recording system and an elevator position distribution recording method of the present invention, and this embodiment is directed to an elevator guiding system provided by the present invention, which is based on the foregoing five embodiments, and specifically as shown in fig. 3, and includes:
the receiving module is used for receiving elevator dispatching results sent by the elevator group control system;
wherein the elevator dispatching result at least comprises elevator identification information;
the elevator position distribution acquisition module is used for acquiring elevator information for displaying the elevator position distribution condition and is realized by adopting any elevator position distribution input system or method;
the control module generates and outputs guide information according to the elevator dispatching result and the elevator information for display;
specifically, the control module searches elevator identification information which is the same as the elevator dispatching result in the elevator information for display according to the elevator dispatching result output by the receiving module, and takes the elevator information for display corresponding to the elevator identification information as guide information;
and the display module is used for displaying the guide information to the passenger.
If the encoding mode of the elevator dispatching result output by the receiving module is different from that of the elevator identification information in the display elevator information, transcoding the elevator dispatching result to obtain an elevator dispatching result which is the same as the encoding mode of the elevator identification information in the display elevator information, searching the elevator identification information which is the same as the transcoded elevator dispatching result in the display elevator information, and taking the display elevator information corresponding to the elevator identification information as guide information.
In the elevator guiding system, when the system is initialized, the control module sends elevator information for display to the display module and the elevator information is stored by the display module; and after the system initialization is finished, the control module sends the guide information to the display module.
The display module displays the information of the elevator for display and the guide information in an overlapped mode, and the information of the elevator for display and the guide information are displayed in different display modes, so that the information of the elevator for display and the guide information are distinguished.
Furthermore, the control module adds a first display mode code to the elevator position information for display corresponding to the elevator identification information with the same elevator dispatching result, adds a second display mode code to the elevator position information for display corresponding to the elevator identification information with the different elevator dispatching result, outputs the elevator position information for display with the added display code as guide information, and the display module identifies and displays the elevator position information for display corresponding to the elevator identification information with the same elevator dispatching result and the elevator position information for display corresponding to the rest elevator identification information with the different elevator dispatching result in different display modes according to the received guide information.
The control module adjusts the proportion of the elevator position information in the guide information according to the display area of the display module and the boundary information of the elevator information for display, thereby realizing the optimization of the display effect of the display module (mainly avoiding that the display content is too small or can not be completely displayed).
The display module can be a mobile terminal carried by a passenger and having an information display function, and can also be a display device at a place outside the elevator car. When the display module is a display device located somewhere outside the elevator car, preferably, the display unit and the display module in the elevator position distribution acquisition module (i.e. elevator position distribution entry system) can be the same or different display devices, and the input unit in the elevator position distribution acquisition module (i.e. elevator position distribution entry system) also receives the entry operation of the entry person for the position of the display device in the waiting area.
The elevator guiding system generates the guiding information based on the elevator information for display acquired by the elevator position distribution entry system and the elevator dispatching result of the elevator group control system, and provides the guiding information for passengers, so that the passengers unfamiliar with the elevator position distribution can be guided to quickly and accurately find the specific elevator responding to the elevator taking demand, and the situation of missing the elevator taking is avoided.
The present invention has been described in detail with reference to the specific embodiments, which are merely preferred embodiments of the present invention, and the present invention is not limited to the above embodiments. Equivalent alterations and modifications made by those skilled in the art without departing from the principle of the invention should be considered to be within the technical scope of the invention.

Claims (37)

1. An elevator position distribution entry system, comprising:
an input unit for receiving information corresponding to an entry operation of an entry person;
the generating unit is used for generating elevator information for display according to the information received by the input unit, and the elevator information for display comprises elevator identification information and elevator position information;
an output unit configured to output the display elevator information generated by the generation unit to the outside;
the display unit is used for presenting an input operation object to the input person for the input operation of the input person;
the input operation object is a unit grid of which the operation display area of the display unit is divided into m rows and n columns by grid dividing lines, wherein m and n are natural numbers, and the number of the unit grids is more than or equal to 2; the elevator position distribution entry system represents an elevator by a grid of cells; the elevator identification information has a preset arrangement sequence, and an operator operates the cell grids corresponding to the actual positions of the elevators to be displayed on the display unit according to the preset arrangement sequence of the elevator identification information;
the entry operator performs a group of entry operations on the operation display area of the display unit, and the specific steps of the entry operations are as follows:
step a, determining the elevator identification information of all elevators to be entered;
b, selecting the elevator identification information with the position at the forefront according to a preset arrangement sequence from all the elevator identification information of the elevators to be entered;
c, determining the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
d, determining a unit grid of a corresponding position on the operation display area according to the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
step e, operating the unit grids of the corresponding positions determined in the step d in an appointed operation mode;
step f, returning to the step b until the entry operation of the elevators corresponding to all the elevator identification information is completed;
the input unit records the position information of each unit grid aimed at by the entering operation and the entering operation sequence of the entering operation, and the generating unit generates the elevator information for display according to the arrangement sequence of the elevator identification information and the position information of the unit grid and the entering operation sequence recorded by the input unit.
2. The elevator location distribution entry system of claim 1, wherein the display unit further displays the entry operator results of the entry operator to assist the entry operator thereof.
3. The elevator position distribution entry system according to claim 2, wherein the display unit displays the entry operation result of the entry user to the entry user means that the display unit displays the position distribution conditions of all elevators to be displayed and the corresponding elevator identification information thereof to the entry user according to the elevator information for display generated by the generation unit.
4. The elevator position distribution entry system of claim 1, wherein the grid partition line is visible in an operational display area of the display unit.
5. The elevator position distribution entry system of claim 1, wherein the display unit displays the cell grid before entry operation and the cell grid after entry operation is completed in two different display modes, respectively.
6. An elevator position distribution entry system, comprising:
an input unit for receiving information corresponding to an entry operation of an entry person;
the generating unit is used for generating elevator information for display according to the information received by the input unit, and the elevator information for display comprises elevator identification information and elevator position information;
an output unit configured to output the display elevator information generated by the generation unit to the outside;
the display unit is used for presenting an input operation object to the input person for the input operation of the input person;
the input operation object is a unit grid of which the operation display area of the display unit is divided into m rows and n columns by grid dividing lines, wherein m and n are natural numbers, and the number of the unit grids is more than or equal to 2; the elevator position distribution entry system represents an elevator by a grid of cells; the elevator identification information has a preset arrangement sequence;
the input unit records the position information of each unit grid aimed at by a first group of input operation and the identification information of each elevator input by a second group of input operation, and the generation unit generates the elevator information for display according to the position information of the unit grid and the identification information of the elevator recorded by the input unit; wherein the first group performs the logging operation according to the following steps to realize the logging of the elevator position information:
step A1, determining all elevators to be entered;
step A2, determining the cell grids of the corresponding positions on the operation display area according to the actual positions of the elevators;
step A3, operating the cell grids of the corresponding positions determined in step A2 in an agreed operation mode;
the second group carries out entry operation according to the following steps so as to realize entry of the elevator identification information;
step B1, selecting the category of the elevator identification information;
step B2, recording elevator identification information;
and operating the cell grids corresponding to the actual positions on the display unit in an appointed operation mode according to the preset arrangement sequence of the elevator identification information of the selected category and the actual positions of the elevators corresponding to the elevator identification information by the logger.
7. The elevator location distribution entry system of claim 6, wherein the display unit further displays the entry operator results of the entry operator to assist the entry operator thereof.
8. The elevator position distribution entry system according to claim 7, wherein the display unit displays the entry operation result of the entry user to the entry user means that the display unit displays the position distribution conditions of all elevators to be displayed and the corresponding elevator identification information thereof to the entry user according to the elevator information for display generated by the generation unit.
9. The elevator position distribution entry system of claim 6, wherein the grid split line is visible in an operational display area of the display unit.
10. An elevator position distribution entry system, comprising:
an input unit for receiving information corresponding to an entry operation of an entry person;
the generating unit is used for generating elevator information for display according to the information received by the input unit, and the elevator information for display comprises elevator identification information and elevator position information;
an output unit configured to output the display elevator information generated by the generation unit to the outside;
the display unit is used for presenting an input operation object to the input person for the input operation of the input person;
the input operation object is a unit grid of which the operation display area of the display unit is divided into m rows and n columns by grid dividing lines, wherein m and n are natural numbers, and the number of the unit grids is more than or equal to 2;
the input unit records the position information of each unit grid aimed at by the input operation and the identification information of each elevator input by the input operation, and the generation unit generates the elevator information for display according to the position information of the unit grid and the identification information of the elevator recorded by the input unit;
the person entering the elevator writes and inputs corresponding elevator identification information at the position of the cell grid corresponding to the actual position of the elevator to be displayed in the operation display area of the display unit; the elevator identification information has a preset arrangement sequence;
the input unit records each elevator identification information written and input by the person entering the elevator, and takes the position information of the cell grid aimed at by the written and input as the elevator position information.
11. The elevator location distribution entry system of claim 10, wherein the display unit further displays the entry operator results of the entry operator to assist the entry operator thereof.
12. The elevator position distribution entry system according to claim 11, wherein the display unit displaying the entry operation result of the entry user to the entry user means that the display unit displays the position distribution of all elevators to be displayed and the corresponding elevator identification information thereof to the entry user according to the elevator information for display generated by the generation unit.
13. The elevator position distribution entry system of claim 10, wherein the grid split line is visible in an operational display area of the display unit.
14. The elevator position distribution entry system of claim 10 wherein the elevator position distribution entry system represents an elevator with a grid of cells.
15. Elevator position distribution entry system according to claim 10, characterized in that the elevator position distribution entry system represents an elevator with at least one cell grid, the input cell having as elevator position information the position of the cell grid occupied by the elevator identification information.
16. The elevator position distribution entry system of claim 15, wherein the elevator position distribution entry system represents an elevator with one cell grid, and if the elevator identification information occupies only one cell grid, the input unit takes the position of the cell grid occupied by the elevator identification information as elevator position information, and if the elevator identification information occupies at least two cell grids, the input unit takes the position of the cell grid where the center point of all cell grids occupied by the elevator identification information is located as elevator position information.
17. The elevator position distribution entry system of claim 16, wherein the display unit displays the cell grid before entry operation and the cell grid after entry operation is completed in two different display modes, respectively.
18. The elevator position distribution entry system according to claim 10, wherein the entering person performs a set of entry operations on an operation display area of the display unit, the input unit records position information of a cell grid to which the entry operations are directed, and the generation unit generates building information or passageway information from the position information of the cell grid recorded by the input unit.
19. An elevator position distribution recording method is characterized by comprising the following steps:
step 1, performing gridding processing on an operation display area of a display unit, determining the number or the size of unit grids of the operation display area in the transverse direction and the longitudinal direction according to the actual positions of all elevators to be displayed, dividing the operation display area of the display unit into unit grids with corresponding number or size by using grid dividing lines, and representing one elevator by using one unit grid;
step 2, the person who types in carries out a set of type-in operation on the display element according to the actual position of waiting to show the elevator, type-in operation is carried out to the cell net corresponding to the actual position of waiting to show the elevator on the display element according to the permutation order of preset elevator identification information, specifically includes the following steps:
step a, determining the elevator identification information of all elevators to be entered;
b, selecting the elevator identification information with the position at the forefront according to a preset arrangement sequence from all the elevator identification information of the elevators to be entered;
c, determining the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
d, determining a unit grid of a corresponding position on the operation display area according to the actual position of the elevator corresponding to the elevator identification information with the position at the forefront;
step e, operating the unit grids of the corresponding positions determined in the step d in an appointed operation mode;
step f, returning to the step b until the entry operation of the elevators corresponding to all the elevator identification information is completed;
step 3, an input unit receives and records the position information of each unit grid aimed at by the input operation and the input operation sequence of the input operation;
and 4, generating elevator information for display by a generating unit according to the arrangement sequence of the elevator identification information, the position information of the unit grid recorded by the input unit and the input operation sequence, wherein the elevator information for display comprises the elevator identification information and the elevator position information, and the elevator identification information has a preset arrangement sequence.
20. The elevator location distribution entry method of claim 19, further comprising:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display.
21. The elevator location distribution entry method according to claim 19, wherein the generation unit forms a data combination of the entered elevator location information and elevator identification information corresponding to the elevator location information, and uses the data combination as elevator information for display.
22. An elevator position distribution recording method is characterized by comprising the following steps:
step 1, performing gridding processing on an operation display area of a display unit, determining the number or the size of unit grids of the operation display area in the transverse direction and the longitudinal direction according to the actual positions of all elevators to be displayed, dividing the operation display area of the display unit into unit grids with corresponding number or size by using grid dividing lines, and representing one elevator by using one unit grid;
step 2, the person who enters carries out two sets of entry operations on the display element according to the actual position of the elevator to be displayed, according to the preset arrangement sequence of the elevator identification information of the selected category, and according to the actual position of the elevator corresponding to the elevator identification information, the cell grids corresponding to the actual position on the display element are operated in an agreed operation mode, wherein the first set of the operation carries out entry operations according to the following steps so as to realize the entry of the elevator position information:
step A1, determining all elevators to be entered;
step A2, determining the cell grids of the corresponding positions on the operation display area according to the actual positions of the elevators;
step A3, operating the cell grids of the corresponding positions determined in step A2 in an agreed operation mode;
the second group performs the recording operation according to the following steps to realize the recording of the elevator identification information:
step B1, selecting the category of the elevator identification information;
step B2, recording elevator identification information;
step 3, the input unit receives and records the position information of each cell grid aimed at by the first group of entering operation and each elevator identification information input by the second group of entering operation;
and 4, generating the elevator information for display by a generating unit according to the position information of the unit grid recorded by the input unit and the elevator identification information, wherein the elevator information for display comprises the elevator identification information and the elevator position information, and the elevator identification information has a preset arrangement sequence.
23. The elevator location distribution entry method of claim 22, further comprising:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display.
24. The elevator location distribution entry method according to claim 22, wherein the generation unit composes a data combination of entered elevator location information and elevator identification information corresponding to the elevator location information, and combines the data combination as elevator information for display.
25. An elevator position distribution recording method is characterized by comprising the following steps:
step 1, performing gridding processing on an operation display area of a display unit, determining the number or the size of unit grids of the operation display area in the transverse direction and the longitudinal direction according to the actual position of all elevators to be displayed, and dividing the operation display area of the display unit into the unit grids with corresponding number or size by using grid dividing lines;
step 2, an entering person carries out a group of entering operations on a display unit according to the actual position of the elevator to be displayed, corresponding elevator identification information is written and input at the position of a cell grid corresponding to the actual position of the elevator to be displayed in an operation display area of the display unit, and the elevator identification information has a preset arrangement sequence;
step 3, an input unit receives and records the position information of each unit grid aimed at by the input operation and the input content of the input operation, identifies and obtains elevator mark information according to the input content, and determines the elevator position information according to the position information of the unit grid occupied by the input content;
and 4, generating the elevator information for display by a generating unit according to the position information of the unit grid recorded by the input unit and the elevator identification information.
26. The elevator location distribution entry method of claim 25, further comprising:
and 5, the display unit displays the position distribution conditions of all the elevators to be displayed and the corresponding elevator identification information according to the elevator information for display.
27. Elevator location distribution entry method according to claim 25, characterized in that an elevator is represented by at least one cell grid, the input cell having as elevator location information the location of the cell grid occupied by the elevator identification information.
28. Elevator position distribution entry method according to claim 27, characterized in that an elevator is represented by a cell grid,
when one elevator identification information only occupies one unit grid, the position information of the unit grid is taken as the elevator position information;
when one elevator identification information occupies at least two cell grids, the position information of the cell grid where the central points of all the cell grids occupied by the elevator identification information are located is used as the elevator position information.
29. The elevator location distribution entry method according to claim 25, wherein the generation unit forms a data combination of the entered elevator location information and elevator identification information corresponding to the elevator location information, and uses the data combination as elevator information for display.
30. An elevator guidance system, comprising:
the receiving module is used for receiving a elevator dispatching result sent by the elevator group control system, and the elevator dispatching result at least comprises elevator identification information;
an elevator position distribution acquisition module for acquiring elevator information for display representing elevator position distribution, which is the elevator position distribution entry system of any one of claims 1 to 18;
the control module generates and outputs guide information according to the elevator dispatching result and the elevator information for display;
and the display module is used for displaying the guide information to the passenger.
31. The elevator guidance system according to claim 30, wherein the control module searches for elevator identification information that is the same as the elevator dispatching result from the elevator dispatching result output by the receiving module in the elevator information for display, and uses the elevator information for display corresponding to the elevator identification information as guidance information.
32. The elevator guiding system according to claim 31, wherein if the encoding mode of the elevator dispatching result output by the receiving module is different from the encoding mode of the elevator identification information in the elevator information for display, the elevator dispatching result is transcoded to obtain the elevator dispatching result with the same encoding mode as that of the elevator identification information in the elevator information for display, the elevator identification information with the same transcoding elevator dispatching result is searched for in the elevator information for display, and the elevator information for display corresponding to the elevator identification information is used as guiding information.
33. The elevator guidance system of claim 31 or 32, wherein upon system initialization, the control module sends the elevator information for display to the display module and is stored by the display module; and after the system initialization is finished, the control module sends the guide information to the display module.
34. The elevator guidance system according to claim 33, wherein the display module displays the elevator information for display and the guidance information superimposed together, and the elevator information for display and the guidance information are displayed in different display manners.
35. The elevator guidance system according to claim 34, wherein the control module adds a first display mode code to the display elevator information corresponding to the same elevator identification information as the elevator dispatching result, adds a second display mode code to the display elevator information corresponding to elevator identification information different from the elevator dispatching result, and outputs the display elevator information to which the display code is added as guidance information, and the display module recognizes and displays the display elevator information corresponding to the same elevator identification information as the elevator dispatching result and the remaining display elevator information corresponding to elevator identification information different from the elevator dispatching result in different display modes according to the received guidance information.
36. The elevator guidance system according to claim 33 or 34, wherein the control module scales the elevator position information in the guidance information according to a display area of the display module and boundary information of the elevator information for display.
37. The elevator guidance system according to claim 30, wherein if the display module is an off-car display, the input unit of the elevator location distribution entry module also receives entry by an entry operator of the location of the display in the waiting area.
CN201910992026.1A 2019-10-18 2019-10-18 Elevator position distribution recording system and method and elevator guiding system Active CN110745657B (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001302127A (en) * 2000-04-14 2001-10-31 Mitsubishi Electric Corp Elevator operating condition display device and its display method
CN104112041A (en) * 2014-06-26 2014-10-22 宁波宏大电梯有限公司 Automatic generating method of lift shaft drawing
US20180305174A1 (en) * 2017-04-24 2018-10-25 Thyssenkrupp Elevator Ag Systems and Methods for Automatic Rendering of Walking Path Maps for Elevator Car Assignment Display

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2001302127A (en) * 2000-04-14 2001-10-31 Mitsubishi Electric Corp Elevator operating condition display device and its display method
CN104112041A (en) * 2014-06-26 2014-10-22 宁波宏大电梯有限公司 Automatic generating method of lift shaft drawing
US20180305174A1 (en) * 2017-04-24 2018-10-25 Thyssenkrupp Elevator Ag Systems and Methods for Automatic Rendering of Walking Path Maps for Elevator Car Assignment Display

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