An intelligent self-lifting cabinet with a touch-sensitive transparent screen automatic door

Abstract

Disclosed is an intelligent self-extracting cabinet (1) with automatic doors formed of transparent touch-control screens. The intelligent self-extracting cabinet comprises a self-extracting cabinet (1) and an electrical cabinet (2). Cabinet control equipment is arranged in the electrical cabinet (2). The self-extracting cabinet (1) is divided into multiple functional cabinet cells (10). Each cabinet cell (10) is separately provided with a front cabinet door (11), a rear cabinet door (12) and a surface-mounted LED lamp (33). The front cabinet door (11) is designed as a transparent touch screen display (13). Opening and closing of the front cabinet door (11) are achieved through a moving assembly (14). The opening and closing positions of the front cabinet door (11) are limited through a first proximity switch (35). The turning on and turning off of the surface-mounted LED lamp (33) are controlled by a detection switch (34) and a second proximity switch (37). Clients directly order through mobile client sides, orders are then distributed through a cloud side and distributed to the corresponding cabinet cells (10), and the clients open the cabinet cells (10) to extract the orders by themselves. Therefore, currently existing potential safety and sanitation hazards are avoided, and the purposes of rapid ordering and order distribution and convenient order taking are achieved; in addition, through a modular design wherein six cabinet cells (10) form a set, multiple sets of cabinet cells can be combined for use, thus facilitating use and arrangement thereof in shop fronts according to needs.

Description

technical field [0001] The invention relates to a self-lifting cabinet, in particular to an intelligent self-lifting cabinet with a touch-sensitive transparent screen automatic door. Background technique [0002] The self-lifting cabinet is a device that realizes the opening and closing of the cabinet door through the intelligent cabinet control system, which is convenient for people to access objects. It has the characteristics of convenience, safety, reliability, unmanned handover, and automatic control. It is widely used in express delivery, supermarkets, etc. Storage and other public living places, but it has not been fully developed in the catering industry. [0003] Nowadays, most of the self-service meals in the catering industry arrange all the catering in a centralized local area, and the customers take them by themselves. This method is more common, and there are great hidden dangers in safety and hygiene, and it is not convenient. It is specifically reflected in:...

AI Technical Summary

Problems solved by technology

[0003] Nowadays, most of the self-service meals in the catering industry arrange all the catering in a centralized local area, and the customers take them by themselves. This method is more common, and there are great hidden dangers in safety and hygiene, and it is not convenient. It is specifically reflected in: firstly, the catering ingredients do not provide specific details, and customers need to move around frequently when choosing catering, which is time-consuming and laborious; There are potential safety hazards in eating; third, when customers choose food and beverages, it is easy to sprinkle food and beverages on the ground, and customers are prone to slipping, posing safety hazards; Fifth, meal preparation is inconvenient, and business volume cannot be predicted in advance; sixth, settlement is inconvenient, which is a waste of time and human resources for suppliers and consumers, resulting in an inefficient

The second way is to use the self-lifting cabinet, but the existing catering self-lifting cabinets have the following problems: 1. The front door is placed manually instead of the dynamic rear door. The efficiency of the cabinet is low, and no one is present. 2. The cabinet doors are automatically unlocked and need to be manually opened and closed manually, which is poor in practicability; 3. The cabinet doors are made of fixed materials without display functions, and generally lack the function of dynamic display; 4. Lack of exception management function. Once the cabinet is abnormal, such as unsold, door lock is broken, light is broken, and the door is not picked up, etc., there is no corresponding automatic processing mechanism and function; 5. There is only one human-computer interaction Window, not suitable for multiple people to fetch objects at the same time

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