Device for selecting and registering target floor by screen sliding

Abstract

The invention provides a device for selecting and registering a target floor by screen sliding. In the technical scheme, a display screen is positioned above a slide touch screen, number options and afingerprint recognizing system are inlaid in the slide touch screen, and positions of the number options and the fingerprint recognizing system are superposed; the slide touch screen is connected with a central control and processing unit, and feeds back floor selection information and fingerprint entering information which are sent out from a user to the central control and processing unit; thecentral control and processing unit comprises a cloud computing system, and counts the entering frequency of the corresponding floor entered through every fingerprint; the central control and processing unit is connected with a registering module, and feeds back information to the registering module; and the registering module is connected with a master control system, and reflects collected information to the display screen through the master control system. The device uses an existing mature screen sliding technology on the markets, and any number of floors can be displayed in a rolling manner and are selected and registered through screen sliding; the device is attractive and elegant, and is convenient to repair; and the utilization rate of an elevator can be improved while the visitorflow rate is high.

Description

technical field [0001] The invention relates to the technical field of an elevator COP floor registration device, in particular to a device for selecting and registering a destination floor by using a sliding screen. Background technique [0002] At present, most elevator COPs use mechanical or touch buttons to register the destination floor. Therefore, there will be the following problems: 1. Different floors correspond to different layouts, which is inconvenient for installation and maintenance, and requires more manpower; 2. The number of mechanical or touch buttons is always consistent with the number of floors. There will be a corresponding increase, which will cause difficulties in the layout of the buttons on the COP, layout space, and aesthetics; 4. The mechanical buttons have a longer life; Longer question; at present, there are mainly two ways to change the elevator registration floor device: mobile phone bluetooth and two-dimensional code, for example: Chinese pa...

AI Technical Summary

Problems solved by technology

Therefore, there will be the following problems: 1. Different floors correspond to different layouts, which is inconvenient for installation and maintenance, and requires more manpower; 2. The number of mechanical or touch buttons is always consistent with the number of floors. There will be a corresponding increase, which will cause difficulties in the layout of the buttons on the COP, layout space, and aesthetics; 4. The mechanical buttons have a longer life; Longer question; at present, there are mainly two ways to change the elevator registration floor device: mobile phone bluetooth and two-dimensional code, for example: Chinese patent CN206606872U is a kind of elevator destination floor registration system based on mobile phone bluetooth communication, including mobile phone bluetooth module, There are four modules: the elevator bluetooth module, the elevator main controller, and the keyboard floor registration unit; among them, the mobile phone bluetooth module is built into the mobile phone, and the mobile phone can control the opening or closing of the mobile phone bluetooth module and the wireless connection between the mobile phone bluetooth module and the elevator bluetooth module. Disconnect; the elevator Bluetooth module is mainly composed of a Bluetooth chip, PCB board and peripheral devices. The Bluetooth chip processes the Bluetooth protocol to realize the wireless connection between the elevator Bluetooth module and the mobile phone Bluetooth module. The peripheral devices control the power-on and power-off of the elevator Bluetooth module. And the wired connection with the elevator main controller; the core part of the elevator main controller is composed of data processing and storage parts, responsible for processing input and output information, receiving data transmitted from the keyboard floor registration unit or the elevator Bluetooth module, After corresponding data processing, control the elevator operation to reach the destination floor registered by the passengers or realize the action of opening and closing the door; the keyboard floor registration unit is mainly composed of keyboard buttons and LED display screens, the keyboard buttons are used to receive the floor number registered by the user, and the LED display The screen is used to display the floor where the elevator is currently located and the running direction of the elevator. The floor registration unit of the keyboard is connected to the main controller of the elevator through a wired method.

Although this system reduces the number of elevator buttons and prolongs the life of the elevator buttons by using the two-dimensional code, 1. It is not suitable for elevators with a large flow of people, because the scanning speed of the code alone is slow and time-consuming, and the efficiency of the elevator will be reduced. 2. If you forget your mobile phone, you will not be able to go up and down the elevator, making travel inconvenient

The invention provides a device for selecting and registering destination floors by using a sliding screen, which can correspond to different layouts for different floors, which is inconvenient for installation and maintenance, and consumes a lot of manpower. The number of mechanical or touch buttons is always consistent with the number of floors , when there are too many floors, the number of buttons will increase accordingly, which will cause difficulties in the layout of the buttons on the COP, layout space, aesthetics, and short service life of mechanical buttons, and the problem of long floor selection time and low efficiency

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