CN214527469U - Non-contact elevator taking system - Google Patents
Non-contact elevator taking system Download PDFInfo
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- CN214527469U CN214527469U CN202120041855.4U CN202120041855U CN214527469U CN 214527469 U CN214527469 U CN 214527469U CN 202120041855 U CN202120041855 U CN 202120041855U CN 214527469 U CN214527469 U CN 214527469U
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Abstract
The utility model provides a contactless take advantage of terraced system utilizes the bluetooth function that mobile terminal that the user held just can realize contactless terraced system of taking advantage of operation and election layer operation of exhaling, include: the elevator system comprises an elevator main controller, a mobile terminal, a landing calling device and a car floor selection device. When an up-going or down-going call command is input on the operation interface of the mobile terminal, the elevator main controller controls the elevator to run to the floor where the mobile terminal is located, and simultaneously displays the selected up-going call or down-going call and the floor where the elevator has arrived at the mobile terminal by the call button of the landing call device and the operation interface of the mobile terminal. When a floor selection command for selecting a target floor is input on an operation interface of the mobile terminal, the elevator main controller controls the elevator to run to the target floor, and simultaneously displays the selected target floor and the arrival target floor of the elevator on a floor selection button of the elevator car floor selection device and the operation interface of the mobile terminal.
Description
Technical Field
The utility model relates to a contactless take advantage of terraced system, wireless communication functions such as bluetooth connection that it utilized the mobile terminal that the user held can carry out on mobile terminal and exhale terraced operation and election layer operation to realize contactless take advantage of the effect of terraced.
Background
In a typical elevator riding system, a passenger presses an up-going or down-going call button near a hall door in a hall to perform a call operation, and after entering a car, presses a floor selection button in the car to perform a floor selection operation. The operation of the call easily causes people to gather near the hall door, the space in the car is narrow and closed, and the operation of the button risks that a person carrying germs touches the button and then infects other elevator passengers. This risk becomes more severe during peak elevator use or epidemic periods.
SUMMERY OF THE UTILITY MODEL
The utility model provides an utilize wireless communication functions such as the bluetooth that mobile terminal held just can realize contactless terraced system of taking of terraced operation and election layer operation of exhaling, promptly, the user only passes through mobile terminal, just can realize taking the effect of elevator with contactless elevator button, in addition, if connect the operation in advance in the effective connection range of bluetooth, can also save waiting for the terraced waiting time.
The utility model discloses a contactless takes advantage of terraced system's characterized in that possesses: the method comprises the following steps: an elevator main controller; the mobile terminal is internally provided with a wireless communication module and displays an operation interface; a landing call device installed in an elevator hall and electrically connected to the elevator main controller, comprising: the calling wireless communication controller is connected with the wireless communication module of the mobile terminal in a communication way and controls the operation interface on the mobile terminal; a call button for making an up or down call; the call controller controls the display of the call button; and a car floor selection device installed in the car of the elevator, electrically connected with the elevator main controller, including: the layer selection wireless communication controller is connected with the wireless communication module of the mobile terminal in a communication way and controls the operation interface on the mobile terminal; a floor selection button for selecting a target floor; and a layer selection controller which controls display of the layer selection button; if an up-going or down-going call instruction is input on the operation interface under the state that the wireless communication module of the mobile terminal is connected with the call wireless communication controller, a call instruction is sent to the elevator main controller via the wireless communication module of the mobile terminal and the call wireless communication controller, the elevator main controller causes an elevator to travel to the floor where the mobile terminal is located, and the call controller and the call wireless communication controller are operated to cause the call button and the operation interface to simultaneously display the selected up call or down call, when the elevator reaches the floor where the mobile terminal is located, the elevator main controller operates the call controller and the call wireless communication controller, so that the call button and the operation interface simultaneously display that the elevator reaches the floor where the mobile terminal is located; if a floor selection instruction for selecting a target floor is input on the operation interface in a state that the wireless communication module of the mobile terminal is connected with the floor selection wireless communication controller, a floor selection command is sent to the elevator main controller via the wireless communication module of the mobile terminal and the floor selection wireless communication controller, the elevator main controller causing an elevator to travel to the target floor, and operating the floor selection controller and the floor selection wireless communication controller to simultaneously display the selected target floor on the floor selection button and the operation interface, when the elevator reaches the target floor, the elevator main controller operates the floor selection controller and the floor selection wireless communication controller, so that the floor selection button and the operation interface simultaneously display that the elevator reaches the target floor.
The selective layer wireless communication controller may pre-store authorized mobile terminal information, which is authentication information of an authorized mobile terminal, and acquire the authentication information of the mobile terminal when the selective layer wireless communication controller is connected to the wireless communication module of the mobile terminal, so as to authenticate whether the mobile terminal is an authorized mobile terminal.
The floor selection wireless communication controller may store the authorized mobile terminal information in association with floor information to which the user of the authorized mobile terminal is authorized to arrive, and transmit the floor information to which the user of the authorized mobile terminal is authorized to arrive to the elevator main controller when the floor selection wireless communication controller verifies that the mobile terminal that is performing wireless communication is an authorized mobile terminal.
The elevator main controller may operate the floor selection controller and the floor selection wireless communication controller after receiving information on a floor to which the user has the right to arrive, so that the floor selection button and the operation interface simultaneously display the floor to which the user has the right to arrive.
The elevator main controller may cause the elevator to travel to a floor to which the user has an authority to reach, after receiving the floor information to which the user has an authority to reach.
The mobile terminal may scan an information code, enter the operation interface, and acquire boarding related information including at least floor information that an elevator boarding can reach by the contactless boarding system.
The information code may be a two-dimensional code.
In the elevator hall of each floor, a plurality of the hall call devices may be provided corresponding to a plurality of the cars having different accessible floors.
When the wireless communication module of the mobile terminal is connected with the call wireless communication controller, a call interface including an up or down call button is displayed on the operation interface of the mobile terminal, when the wireless communication module of the mobile terminal is connected with the floor selection wireless communication controller, a floor selection interface including a floor selection button for selecting the target floor is displayed on the operation interface of the mobile terminal, the up or down call button and the up or down call button on the call interface display the selected up call or down call in a simultaneously lighted manner, the up or down call button and the up or down call button on the call interface display the elevator reaching the floor where the mobile terminal is located in a simultaneously lighted or flashed manner, the floor selection button corresponding to the target floor and the floor selection button corresponding to the target floor on the floor selection interface display the selected target floor in a simultaneous lighting mode, and the floor selection button corresponding to the target floor on the floor selection interface display that the elevator arrives at the target floor in a simultaneous turning-off or flashing mode.
The floor selection controller and the floor selection wireless communication controller may be connected to the elevator main controller.
The wireless communication module may be a bluetooth module, and the call wireless communication controller and the floor selection wireless communication controller may be bluetooth controllers.
Drawings
Fig. 1 is a configuration diagram of a contactless elevator system according to the present invention.
Fig. 2 is a schematic view showing a call interface displayed on a mobile terminal when the contactless elevator riding system of the present invention is used.
Fig. 3 is a schematic diagram showing a floor selection interface displayed on the mobile terminal when the contactless elevator-taking system of the present invention is used.
Description of reference numerals:
1: an elevator main controller;
2: a landing call device;
21: bluetooth controller for calling landing
22: call controller
23: call button
3: a car floor selection device;
31: layer-selecting Bluetooth controller
32: layer selection controller
33: layer selection button
4: a mobile terminal;
5: an operation interface;
6: information code (two-dimension code)
7: management device
Detailed Description
As shown in fig. 1, the non-contact elevator riding system includes an elevator main controller 1, a hall call device 2, a car floor selection device 3, and a mobile terminal 4 having a bluetooth module (not shown) built therein.
The elevator main controller 1 is provided in the machine room, and performs control for moving an elevator to a floor where the mobile terminal is located and control for moving a car on which a passenger rides to a destination floor.
The hall call devices 2 are provided in an inter-elevator hall of each floor, usually in the vicinity of a hall door, for calling. The landing call device 2 is electrically connected to the elevator main controller 1, may be communicably connected, and includes: a call Bluetooth controller 21 communicably connected to the Bluetooth module of the mobile terminal 4, capable of controlling an operation interface on the mobile terminal 4 by sending an instruction to the Bluetooth module of the mobile terminal 4, or converting the instruction into an instruction for elevator operation by receiving the instruction from the Bluetooth module of the mobile terminal 4; an up or down call button 23 for making a call, which is composed of, for example, an up button having an upward arrow shape and a down button having a downward arrow shape, and which can be pressed to make a call when a user desires to go up; and a call controller 22 for controlling the display of the call button 23, wherein the call controller 22 communicates with the elevator main controller 1 as a part of an elevator control system, and connects the call button 23 and the call bluetooth controller 21 as shown in fig. 1, but it is also possible to adopt a mode in which both the call controller 22 and the call bluetooth controller 21 are connected to the elevator main controller 1 in order to save wiring.
The car floor selection device 3 is installed in the car of the elevator and used for floor selection. The car floor selection device 3 is electrically connected to the elevator main controller 1, may be communicably connected, and includes: the floor-selecting Bluetooth controller 31 is connected with the Bluetooth module of the mobile terminal 4 in a communication way, and can control an operation interface on the mobile terminal 4 by sending an instruction to the Bluetooth module of the mobile terminal 4 or convert the instruction into an instruction for elevator operation by receiving the instruction from the Bluetooth module of the mobile terminal 4; a floor selection button 33 for selecting a target floor, for example, composed of number buttons for the number of floors, and capable of pressing the number button corresponding to the target floor when a user desires to go to a certain target floor; and a floor selection controller 32 for controlling the display of the floor selection button 33, wherein the floor selection controller 32 communicates with the elevator main controller as a part of the elevator control system, and is preferably connected to the elevator main controller 1 in, for example, a serial manner together with the floor selection bluetooth controller 31 as shown in fig. 1 from the viewpoint of saving wiring, but the floor selection controller 32 may be connected to the floor selection button 33 and the floor selection bluetooth controller 31 as in the call controller 22.
The mobile terminal 4 refers to an intelligent terminal with a bluetooth connection function, and includes a smart phone, a tablet computer, a television, an intelligent wearable device, and the like. From a product point of view, the mobile terminal 4 may not be included in a contactless elevator riding system.
Specific application examples of the present embodiment are described below.
First, the user opens the bluetooth function (an example of the wireless communication function) of smart mobile phone (an example of mobile terminal 4), through sweeping modes such as two-dimensional code (an example of information code), operation Application (APP), cell-phone applet, get into on the cell-phone the utility model discloses a contactless takes advantage of ladder system's operation interface 5. The operation interface 5 can be realized by running a mobile phone applet such as an APP, a wechat applet or a pay little applet. The application program (APP) or the applet may be installed in the mobile terminal 4 in a system-in, pre-installation, or post-installation manner.
Here, above-mentioned two-dimensional code is for being used for realizing getting into the utility model discloses an example of the information code of elevator system is taken advantage of to contactless, and the subsides of two-dimensional code are put the position and are not restricted, preferably all set up the two-dimensional code in the elevator corridor of each floor, under the equal the same condition of floor that all elevator cars can reach, can set up a two-dimensional code, when there is the different elevator car of floor that can reach, preferably set up the two-dimensional code respectively to each elevator car. For example, in the case that the car number 1 can only go to the floors 1-10 and the car number 2 can only go to the floors 11-20, the user who wants to go to the floors 1-10 can scan the two-dimensional code arranged beside the car number 1.
Along with user's scanning two-dimensional code and mobile terminal 4's bluetooth module with call for elevator bluetooth controller 21 bluetooth and be connected, the applet backstage in mobile terminal 4 will obtain to take advantage of terraced relevant information, here, take advantage of terraced relevant information and include at least through the utility model discloses contactless take advantage of terraced system and take advantage of the floor information that the elevator of terraced can reach, can also include that mobile terminal 4's user is current floor information, elevator car are at which floor, go upward or down, whether information such as full load at present. When the user is used for the first time, the utility model discloses an application installation function also can provide through scanning the two-dimensional code. The installation function may of course be provided by the manager (e.g. property) of the elevator system of the present invention in other ways. For example, in the case where two-dimensional codes are provided for a plurality of elevator cars having different reachable floors, it is preferable that after scanning the two-dimensional codes, boarding related information indicating the floor information reachable by the elevator car be displayed on the operation screen of the mobile terminal 4, but not displayed, in order to allow the user of the mobile terminal 4 to know which elevator car can reach which floor, for example.
After the user enters the operation interface of contactless boarding on the mobile terminal 4 in a state of being connected to the call bluetooth controller 21 by the bluetooth module of the mobile terminal 4, it is preferable to display the call interface a shown in fig. 2 on the operation interface. As shown in fig. 2, the call interface a includes a bluetooth connection display area a, a direction selection display area b, and an interface selection area c for switching between the call interface and the floor selection interface. The Bluetooth connection display area a on the call interface A can display the condition that the current Bluetooth connection device of the mobile terminal is connected to the call Bluetooth controller 21, the direction selection display area b on the call interface A is provided with an up-down call button similar to the up-down call button 23 near the hall door, after a user presses the up-down call button or the down-down call button in the direction selection display area b to send a call instruction, the call instruction is sent to the elevator main controller 1 through the Bluetooth module of the mobile terminal and the call Bluetooth controller 21 and through the call controller 22 in the connection mode of figure 1, the elevator main controller 1 controls the elevator to run to the floor where the mobile terminal 4 is located, and controls the call controller 22 and the call Bluetooth controller 21 to make the call button 23 and the call interface A simultaneously display the selected up-down call or up-down call, the display may be in the form of simultaneous illumination of the up or down call button 23 and the up or down call button in the direction selection display area b on the call interface a of the mobile terminal. When the elevator reaches the floor where the mobile terminal is located, the elevator main controller 1 controls the call controller 22 and the call Bluetooth controller 21 so that the call button 23 and the call interface A of the mobile terminal 4 simultaneously display that the elevator has reached the floor where the mobile terminal 4 is located, and the display mode can be that the call button 23 of the up-going or down-going call and the call button of the up-going or down-going call in the direction selection display area b on the call interface A are simultaneously turned off or flash. This provides the effect that the user of the mobile terminal 4 manually presses the up or down call button 23 to call.
When the user enters the car, the bluetooth module of the mobile terminal 4 is automatically or manually switched to be connected to the floor selection bluetooth controller 31 in the car, and at this time, it is preferable that the operation interface of the mobile terminal 4 is switched from the call interface a to the floor selection interface B shown in fig. 3 by operating the interface selection area c. As shown in fig. 3, the floor selection interface B includes a bluetooth connection display area a ', a floor selection display area B ', and an interface selection area c ' for switching between the call interface and the floor selection interface. The bluetooth connection display area a ' on the floor selection interface B can display the condition that the bluetooth module of the current mobile terminal is connected to the floor selection bluetooth controller 31, the floor selection display area B ' on the floor selection interface B is provided with a floor selection key similar to the floor selection button 33 in the car and composed of a plurality of numeric keys for example, after a user selects to press the floor selection key corresponding to the target floor in the floor selection display area B ' and sends a floor selection command, the floor selection command is sent to the elevator main controller 1 through the bluetooth module of the mobile terminal 4 and the floor selection bluetooth controller 31 in the connection mode of fig. 1, the elevator main controller 1 performs the control of making the elevator run to the target floor, and controls the floor selection controller 32 and the floor selection bluetooth controller 31 so that the floor selection button 33 and the floor selection interface B of the mobile terminal 4 simultaneously display the selected target floor, the display mode may be that the floor selection button 33 corresponding to the target floor and the floor selection key corresponding to the target floor in the floor selection display area B' on the floor selection interface B of the mobile terminal are simultaneously lighted. When the elevator reaches the target floor, the elevator main controller 1 controls the floor selection controller 32 and the floor selection bluetooth controller 31 to make the floor selection button 33 and the floor selection interface B of the mobile terminal 4 simultaneously display that the elevator has reached the target floor, and the display mode can be that the floor selection button 33 corresponding to the target floor and the floor selection key corresponding to the target floor in the floor selection display area B' on the floor selection interface B are simultaneously turned off or flash. This provides an effect that the user of the mobile terminal 4 presses the floor selection button 33 corresponding to the target floor with a hand to select a floor.
Through the structure, the user can achieve the elevator taking effect like pressing the call button or the floor selection button by hands only by operating the operation interface on the mobile terminal 4, so that the elevator taking effect can be realized in a non-contact way without touching any elevator component in the whole process, and the risk of virus cross infection is reduced.
In addition, in the effective range of Bluetooth connection, the user can call in advance when opening the operation interface 5 in advance, and the time for waiting in the elevator corridor is reduced.
In addition, the case that the user enters the elevator car to carry out the floor selection operation can comprise an unauthorized mode and an authorized mode.
In the authorized mode, it is necessary to perform authority management in advance in the management device 7 at the management site of the property or the like, and specifically, authorized mobile terminal information, which is authentication information (for example, a bluetooth address or the like) of an authorized mobile terminal, is stored in the management device 7, and when the user of the authorized mobile terminal has the right to reach a limited floor and has the right to use a limited elevator car, the management device 7 may store the authorized mobile terminal information in association with information such as the floor to which the user of the authorized mobile terminal 4 has the right to reach and the elevator car to be used, and the information stored in the management device 7 may be transmitted via a network, a data line or the like and stored in the floor selection bluetooth controller 31.
When a user who has acquired authentication authority enters a car and a bluetooth module of a mobile terminal 4 is connected to a floor selection bluetooth controller 31, the floor selection bluetooth controller 31 automatically or by user input acquires authentication information of the mobile terminal 4 via the bluetooth module of the mobile terminal to authenticate whether the mobile terminal 4 is an authorized mobile terminal, and when a floor to which the user of the authorized mobile terminal has authority to reach is stored in the floor selection bluetooth controller 31 in association with the authorized mobile terminal information, the floor selection bluetooth controller 31 transmits the floor information to which the user of the authorized mobile terminal has authority to reach to an elevator main controller 1, and the elevator main controller 1 performs control so that an elevator can only travel to the floor to which the user has authority to reach.
In this case, the elevator main controller 1 may control the floor selection controller 32 and the floor selection bluetooth controller 31 to make the floor selection button 33 and the floor selection interface of the mobile terminal 4 simultaneously display that the user has the right to arrive at the authorized floor, and the display mode may be that the floor selection button 33 corresponding to the authorized floor that the user has the right to arrive and the floor selection key of the mobile terminal 4 are simultaneously turned on, and the other floor selection buttons 33 and the floor selection key are turned off. In the case where the authorized user is only authorized to reach multiple floors, this manner of display facilitates the user in performing a selection operation, which is not repeated as the same as described above. In the case where the authorized user is authorized to reach only one floor, the step of displaying may be omitted, and the elevator main controller 1 may directly perform control to move the elevator to the floor to which the user is authorized to reach.
Under the condition of no authorization mode, no verification information is stored in the layer selection bluetooth controller 31 or no verification is performed, and any passenger, that is, any mobile terminal 4 can perform bluetooth connection with the layer selection bluetooth controller 31 and directly perform layer selection operation on the mobile terminal 4.
In addition, in order to be suitable for a scene that a plurality of people take the elevator at the same time, the call bluetooth controller 21 and the floor selection bluetooth controller 31 can provide a plurality of bluetooth communication channels so as to communicate with a plurality of mobile terminals at the same time, so as to meet the requirement that a plurality of people take the elevator at the same time.
In addition, if the selection of the destination floor is wrong, the selection of the wrong destination floor can be cancelled by specific operations such as pressing a cancel key on a floor selection interface of the mobile terminal or pressing a floor selection key corresponding to the destination floor again before the elevator reaches the deceleration state.
The present invention is not limited to the use of the bluetooth module of the mobile terminal, and may be applied to other wireless communication functions of the mobile terminal, such as infrared communication, ZigBee communication, and wifi (wireless fidelity).
The utility model discloses a system can directly superpose on former traditional button elevator, that is to say, when not using mobile terminal's applet to exhale terraced, select the layer operation, exhale terraced button 23, select layer button 33 itself just have can be by manual press in order to exhale terraced, select the function of layer operation. Therefore, the utility model discloses do not have the influence to former elevator system's function, can ensure the original security of elevator.
While the embodiments of the present invention have been described above, these embodiments have been presented as examples, and are not intended to limit the scope of the invention. These new embodiments can be implemented in other various ways, and various omissions, substitutions, and changes can be made without departing from the spirit of the invention. These embodiments and modifications are included in the scope and gist of the invention, and are included in the scope of the invention described in the claims and the equivalent thereof.
Claims (11)
1. A contactless elevator-riding system is characterized by comprising:
the method comprises the following steps:
an elevator main controller;
the mobile terminal is internally provided with a wireless communication module and displays an operation interface;
a landing call device installed in an elevator hall and electrically connected to the elevator main controller, comprising: the calling wireless communication controller is connected with the wireless communication module of the mobile terminal in a communication way and controls the operation interface on the mobile terminal; a call button for making an up or down call; the call controller controls the display of the call button; and
the car selects a layer device installs in the car of elevator, with the elevator main control unit electricity is connected, includes: the layer selection wireless communication controller is connected with the wireless communication module of the mobile terminal in a communication way and controls the operation interface on the mobile terminal; a floor selection button for selecting a target floor; and a layer selection controller which controls display of the layer selection button;
if an up-going or down-going call instruction is input on the operation interface under the state that the wireless communication module of the mobile terminal is connected with the call wireless communication controller, a call instruction is sent to the elevator main controller via the wireless communication module of the mobile terminal and the call wireless communication controller, the elevator main controller causes an elevator to travel to the floor where the mobile terminal is located, and the call controller and the call wireless communication controller are operated to cause the call button and the operation interface to simultaneously display the selected up call or down call, when the elevator reaches the floor where the mobile terminal is located, the elevator main controller operates the call controller and the call wireless communication controller, so that the call button and the operation interface simultaneously display that the elevator reaches the floor where the mobile terminal is located;
if a floor selection instruction for selecting a target floor is input on the operation interface in a state that the wireless communication module of the mobile terminal is connected with the floor selection wireless communication controller, a floor selection command is sent to the elevator main controller via the wireless communication module of the mobile terminal and the floor selection wireless communication controller, the elevator main controller causing an elevator to travel to the target floor, and operating the floor selection controller and the floor selection wireless communication controller to simultaneously display the selected target floor on the floor selection button and the operation interface, when the elevator reaches the target floor, the elevator main controller operates the floor selection controller and the floor selection wireless communication controller, so that the floor selection button and the operation interface simultaneously display that the elevator reaches the target floor.
2. The contactless ride system of claim 1,
the layer selection wireless communication controller pre-stores the authentication information of the authorized mobile terminal, namely the authorized mobile terminal information, and acquires the authentication information of the mobile terminal under the condition of connecting with the wireless communication module of the mobile terminal, so as to authenticate whether the mobile terminal is the authorized mobile terminal.
3. The contactless ride system according to claim 2,
and the floor selection wireless communication controller stores the authorized mobile terminal information and the floor information which the user of the authorized mobile terminal has the right to arrive in a related mode, and transmits the floor information which the user of the authorized mobile terminal has the right to arrive to the elevator main controller under the condition that the floor selection wireless communication controller verifies that the mobile terminal in wireless communication is the authorized mobile terminal.
4. The contactless ride system of claim 3,
and after receiving the floor information which the user has the right to arrive, the elevator main controller operates the floor selection controller and the floor selection wireless communication controller, so that the floor selection button and the operation interface simultaneously display the floor which the user has the right to arrive.
5. The contactless ride system of claim 3,
and after receiving the floor information which the user has the right to arrive, the elevator main controller enables the elevator to run to the floor which the user has the right to arrive.
6. The contactless ride system according to any one of claims 1 to 5,
the mobile terminal enters the operation interface by scanning the information code and acquires the elevator taking related information, wherein the elevator taking related information at least comprises the information of the floors which can be reached by the elevator taking system in a contactless manner.
7. The contactless ride system of claim 6,
the information code is a two-dimensional code.
8. The contactless ride system of claim 6,
in the elevator hall of each floor, a plurality of the hall call devices are provided corresponding to a plurality of the cars having different accessible floors.
9. The contactless ride system according to any one of claims 1 to 5,
displaying a call interface containing an uplink or downlink call button on the operation interface of the mobile terminal when the wireless communication module of the mobile terminal is connected with the call wireless communication controller, displaying a floor selection interface containing a floor selection button for selecting the target floor on the operation interface of the mobile terminal when the wireless communication module of the mobile terminal is connected with the floor selection wireless communication controller,
the call button that is up or down and the call button that is up or down on the call interface display the selected up call or down call in a simultaneously illuminated manner,
the call button going up or down and the call button going up or down on the call interface show that the elevator has reached the floor on which the mobile terminal is located in a way of simultaneous going out or flashing,
the floor selection button corresponding to the target floor and the floor selection button corresponding to the target floor on the floor selection interface display the selected target floor in a simultaneous lighting mode,
and the floor selection button corresponding to the target floor on the floor selection interface display that the elevator reaches the target floor in a mode of simultaneous extinguishment or flicker.
10. The contactless ride system according to any one of claims 1 to 5,
the floor selection controller and the floor selection wireless communication controller are connected with the elevator main controller.
11. The contactless ride system according to any one of claims 1 to 5,
the wireless communication module is a Bluetooth module, and the calling wireless communication controller and the floor-selecting wireless communication controller are Bluetooth controllers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120041855.4U CN214527469U (en) | 2021-01-08 | 2021-01-08 | Non-contact elevator taking system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120041855.4U CN214527469U (en) | 2021-01-08 | 2021-01-08 | Non-contact elevator taking system |
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| CN214527469U true CN214527469U (en) | 2021-10-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114394498A (en) * | 2022-01-24 | 2022-04-26 | 乐思智能科技有限公司 | Touch-free elevator control method and system |
| CN114476883A (en) * | 2022-01-25 | 2022-05-13 | 华恺智联电梯科技有限公司 | Non-contact calling landing system and method |
| CN114715741A (en) * | 2022-03-09 | 2022-07-08 | 上海三菱电梯有限公司 | Elevator calling system and calling method |
| CN115303900A (en) * | 2022-08-02 | 2022-11-08 | 江苏威尔曼科技有限公司 | Call control system and method based on wireless communication |
-
2021
- 2021-01-08 CN CN202120041855.4U patent/CN214527469U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114394498A (en) * | 2022-01-24 | 2022-04-26 | 乐思智能科技有限公司 | Touch-free elevator control method and system |
| WO2023138517A1 (en) * | 2022-01-24 | 2023-07-27 | 梁文逊 | Touch-free elevator control method and system |
| CN114476883A (en) * | 2022-01-25 | 2022-05-13 | 华恺智联电梯科技有限公司 | Non-contact calling landing system and method |
| CN114715741A (en) * | 2022-03-09 | 2022-07-08 | 上海三菱电梯有限公司 | Elevator calling system and calling method |
| CN115303900A (en) * | 2022-08-02 | 2022-11-08 | 江苏威尔曼科技有限公司 | Call control system and method based on wireless communication |
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