TWM618363U - Non-contact elevator control system - Google Patents

Abstract

This creation discloses a non-contact elevator control system, which includes: a central control processor, which generates a control command to control the action of at least one elevator car; and at least one scanning unit, which is installed at the elevator door of each floor, To scan the verification screen generated by a smart device, and read the message to go to the floor in the verification screen and send the message to the central control processor. The central control processor judges the message and the scanning unit The setting floor information generates the control command to control the elevator car to move toward the setting floor of the scanning unit. In this way, passengers do not need to press buttons provided on the panel, but control the elevator car in a non-contact manner, thereby preventing passengers from contagious germs due to contact with the panel.

Description

Non-contact elevator control system

This creation is related to the technical field of an elevator hoisting system, especially a non-contact elevator control system that achieves elevator call by scanning smart devices.

According to the fact that there are many tall buildings nowadays, in order to facilitate people to move on each floor, elevators are installed in the buildings to transport people and goods to each floor in a vertical manner.

Among them, in general elevators nowadays, passengers first press the exterior panel of the elevator entrance on each floor. The exterior panel has an upstairs button and a downstairs button. When the passengers press the upstairs button or the downstairs button with their hands, The elevator car can be called to the floor where the passenger is; when the passenger enters the elevator car, the passenger uses his hand to control the internal panel installed inside the elevator car. The internal panel has multiple floor buttons, door open buttons, and door close buttons, etc., when the passenger presses After the floor button, the elevator car will move to the floor pressed.

However, both the outer panel and the inner panel may contain many bacteria that are invisible to the naked eye. Therefore, when passengers press the buttons, they are not only susceptible to infection by the bacteria that have been stored on the panels, but also The bacteria carried by itself are transmitted to the next passenger through these panels.

Therefore, in view of the above, the creator of this creation has painstakingly researched, thought about and designed a non-contact elevator control system for many years, hoping to improve the lack of known technology, and then enhance the implementation and utilization in the industry.

The main purpose of this creation is to provide a non-contact elevator control system, through the scanning unit to scan the verification screen generated by the smart device, and call the elevator car to the floor where the scanning unit for scanning operation is located, so that passengers can enter the elevator car Then go to other floors. In this way, passengers do not need to press the buttons set on the panel, but use a non-contact way to control the elevator car, thereby avoiding the passengers from contacting the panel to cause infectious bacteria.

Therefore, in order to achieve the above objective, the present invention provides a non-contact elevator control system, which includes: a central control processor, which generates a control command to control the action of at least one elevator car; and at least one scanning unit, which is arranged in each At the elevator door of the floor, the scanning unit is electrically connected with the central control processor to scan the verification screen generated by a smart device, and read the message of the desired floor in the verification screen and send the message To the central control processor, the central control processor generates the control command by judging the message and the setting floor information of the scanning unit, and controls the elevator car to move toward the setting floor of the scanning unit.

Following the above-mentioned non-contact elevator control system, the smart device is installed with a mobile application program for the user to set a desired floor through the mobile application program to generate the verification screen.

The non-contact elevator control system described above further includes at least one control unit, which is electrically connected to the central control processor for receiving a ride signal transmitted by the central control processor, wherein The control unit includes an upstairs button and a downstairs button. When the control unit receives the ride signal, the upstairs button displays the upstairs light number or the downstairs button displays the downstairs light number.

Continuing with the non-contact elevator control system described above, the upstairs button and the downstairs button are both set at the elevator door of each floor.

Continuing the non-contact elevator control system described above, wherein the elevator car is further provided with a sensing unit, the sensing unit is electrically connected with the central control processor, when the sensing unit senses the signal of the smart device , A confirmation instruction is sent to the central control processor, and the central control processor controls the elevator car to move toward the desired floor.

Continuing with the non-contact elevator control system described above, wherein the elevator car is further provided with a plurality of floor buttons, and the floor buttons are electrically connected to the central control processor. When the sensing unit senses the intelligent device After the signal, the floor button corresponding to the desired floor among the floor buttons will display a light.

To sum up, this case is not only innovative in terms of spatial form, but also can improve the above-mentioned multiple functions compared with conventional items. It should fully meet the new and progressive statutory new patent requirements. An application is filed in accordance with the law, and you are requested to approve it. This new type patent application is to encourage creation, and it is easy to feel the virtue.

The following describes the implementation of this creation based on Figures 1 to 4. This description is not intended to limit the implementation of this creation, but is a kind of embodiment of the creation, and in the drawings and embodiments, the same or similar drawing symbols in all drawings refer to the same, substantially the same, or Parts and components with the same function. The drawing is a simplified form, and in all the embodiments, the drawing is not drawn according to precise dimensions.

First of all, please refer to Figures 1 to 3 at the same time. This creation provides a non-contact elevator control system 10, which includes: a central control processor 11 that generates a control command to control the action of at least one elevator car 12; And at least one scanning unit 13 is installed at the elevator door 15 of each floor. The scanning unit 13 is electrically connected to the central control processor 11 for scanning the verification screen A generated by a smart device 20, and reading Take the message of the desired floor in the verification screen A and send the message to the central control processor 11, and the central control processor 11 generates the control command by judging the message and the setting floor information of the scanning unit 13. The elevator car 12 is controlled to move toward the floor where the scanning unit 13 is installed.

Preferably, the smart device 20 may first be installed with a mobile application (APP) 21, for the user to set through the mobile application 21. The floor to go to is generated to generate the verification screen A, for example, the verification Screen A can be a QRcode two-dimensional bar code as shown in Figure 2.

In addition, this creation further includes at least one control unit 14, which is electrically connected to the central control processor 11 for receiving a ride signal transmitted by the central control processor 11. The control unit 14 includes An upstairs button 141 and a downstairs button 142. Therefore, when the control unit 14 receives the ride signal, the upstairs button 141 displays the upstairs light number or the downstairs button 142 displays the downstairs light No. In particular, the upstairs button 141 and the downstairs button 142 are both installed at the elevator door 15 of each floor.

Not only that, as shown in Figure 3, the elevator car 12 is further provided with a sensing unit 121, and the sensing unit 121 is electrically connected to the central control processor 11. When the sensing unit 121 senses the smart device 20 After the signal, a confirmation command is sent to the central control processor 11, and the central control processor 11 controls the elevator car 12 to move toward the desired floor. The sensing unit 121 can be an infrared sensor, Bluetooth According to this, the user needs to turn on the infrared function or the Bluetooth function of the smart device 20. When entering the elevator car 12, the user can turn on the smart device with the infrared function turned on. The type device 20 is close to the infrared sensor for the infrared sensor to sense; or the user brings the smart device 20 with the Bluetooth function turned on into the elevator car 12, and the Bluetooth sensor directly senses it. Moreover, the elevator car 12 is further provided with a plurality of floor buttons 122. The floor buttons 122 are electrically connected to the central control processor 11. When the sensing unit 121 senses the signal of the smart device 20, the floor buttons 122 Among the floor buttons 122, the floor button corresponding to the desired floor will display a light.

Finally, please refer to Fig. 4, which illustrates the use process of the non-contact elevator control system 10 of this creation. Step S1: The user sets through the mobile application 21 installed on the smart device 20. The user wants to go to the floor to generate a verification screen A Step S2: Bring the verification screen A displayed on the smart device 20 close to the scanning unit 13; Step S3: Scan the verification screen A by the scanning unit 13 to read the message that the verification screen A has to go to the floor and send the message to the central control The processor 11, the central control processor 11 generates control instructions by judging the information and the setting floor information of the scanning unit 13; Step S4: The elevator car 12 moves toward the setting floor of the scanning unit 13; Step S5: After the user enters the elevator car 12 , The signal of the smart device 20 is sensed by the sensing unit 121, so that the elevator car 12 moves toward the desired floor.

Wherein, when the central control processor 11 generates a control instruction to the elevator car 12, step S31 can also be performed at the same time: the central control processor 11 transmits the boarding signal to the control unit 14; and step S32: the upstairs button 141 displays the upstairs light signal Or the downstairs button 142 displays the downstairs light signal; furthermore, when the user enters the elevator car 12, the user can also proceed to step S51: when the sensor unit 121 senses the signal of the smart device 20, the floor button corresponding to the floor to go to 122 will display the light.

Therefore, this creation does provide a non-contact elevator control system, which scans the verification screen generated by the smart device through the scanning unit, and calls the elevator car to the floor where the scanning unit for scanning operation is located, so that passengers can enter the elevator car and then go. In other floors, in this way, passengers do not need to press the buttons provided on the panel, but use a non-contact method to control the elevator car, thereby avoiding passengers from contacting the panel to cause infection of germs.

However, the above are only the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation, that is, all simple equivalent changes and modifications made according to the scope of patent application and creation description of this creation are all It is still within the scope of this creation patent.

10: Non-contact elevator control system 11: Central control processor 12: Elevator car 121: Induction unit 122: Floor button 13: Scanning unit 14: Control unit 141: Upstairs button 142: Downstairs button 15: Elevator entrance 20: Smart device 21: mobile apps A: Verification screen S1~S5, S31, S32, S51: steps

Figure 1 is a schematic diagram of the structure of the non-contact elevator control system created. Figure 2 is a schematic diagram of the use state when the user wants to take the elevator. Figure 3 is a schematic diagram of the interior of the elevator car of the non-contact elevator control system created. Figure 4 is a schematic diagram of the use process of the non-contact elevator control system created.

10: Non-contact elevator control system

11: Central control processor

12: Elevator car

121: Induction unit

13: Scanning unit

14: Control unit

20: Smart device

21: mobile apps

Claims (6)

A non-contact elevator control system, which includes: A central control processor, which generates a control command to control the action of at least one elevator car; and At least one scanning unit is installed at the entrance of the elevator on each floor. The scanning unit is electrically connected to the central control processor for scanning a verification screen generated by a smart device and reading the verification screen. The message to go to the floor and send the message to the central control processor. The central control processor generates the control command by judging the message and the setting floor information of the scanning unit to control the elevator car to the setting floor of the scanning unit go ahead. The non-contact elevator control system according to claim 1, wherein the smart device is installed with a mobile application program for the user to set a desired floor through the mobile application program to generate the verification screen. The non-contact elevator control system according to claim 1, further comprising at least one control unit, which is electrically connected to the central control processor for receiving a ride signal transmitted by the central control processor , Where the control unit includes an upstairs button and a downstairs button. When the control unit receives the boarding signal, the upstairs button will display the upstairs light number or the downstairs button will display the downstairs light number . The non-contact elevator control system according to claim 3, wherein the upstairs button and the downstairs button are both installed at the elevator door of each floor. The non-contact elevator control system according to any one of claims 1 to 4, wherein the elevator car is further provided with a sensing unit, and the sensing unit is electrically connected to the central control processor, and when the sensing unit After sensing the signal of the smart device, it sends a confirmation command to the central control processor, and the central control processor controls the elevator car to move toward the desired floor. The non-contact elevator control system according to claim 5, wherein the elevator car is further provided with a plurality of floor buttons, and the floor buttons are electrically connected with the central control processor. When the sensor unit senses the intelligent type After the signal from the device, the floor button corresponding to the desired floor among the floor buttons will display a light.

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