阅读说明：本技术 食堂智能储餐柜 (Dining cabinet is stored up to dining room intelligence ) 是由 沈佳慧 梁坤 翟尧 刘长平 戴权 王佑龙 余超 刘依婷 孙新媛 袁博 陆颖 于 2019-09-20 设计创作，主要内容包括：本发明提供一种食堂智能储餐柜,包括餐柜本体、刷卡系统、电子感应开关锁、控制系统、与控制系统连接的通信模块；控制系统与食堂后台管理系统通讯连接；餐柜本体设与电子感应开关锁相连的刷卡系统；电子感应开关锁与食堂后台管理系统通过通讯模块连接；餐柜本体内均匀设置储餐柜格；储餐柜格设柜格前门、柜格后门；柜格前门通过弹簧轴与储餐柜格相连,储餐柜格的顶部设电子感应开关锁的电磁锁,通过电磁锁与柜格前门相连接；餐柜本体顶部设信号接收器与反应处理器,信号接收器接收食堂后台管理系统的指令；反应处理器执行指令并将执行信息进行反馈。本发明通过控制系统与食堂后台管理系统通讯连接,有效提高放餐、取餐效率,可减少食堂高峰就餐的排队问题。(The invention provides an intelligent dining cabinet for a dining room, which comprises a dining cabinet body, a card swiping system, an electronic induction switch lock, a control system and a communication module connected with the control system; the control system is in communication connection with the canteen background management system; the dining cabinet body is provided with a card swiping system connected with the electronic induction switch lock; the electronic induction switch lock is connected with the canteen background management system through a communication module; the cabinet body is uniformly provided with cabinet grids; the food storage cabinet grids are provided with a cabinet grid front door and a cabinet grid rear door; the front door of the cabinet lattice is connected with the food storage cabinet lattice through a spring shaft, and the top of the food storage cabinet lattice is provided with an electromagnetic lock of an electronic induction switch lock and is connected with the front door of the cabinet lattice through the electromagnetic lock; the top of the dining cabinet body is provided with a signal receiver and a reaction processor, and the signal receiver receives an instruction of the canteen background management system; the reaction processor executes the instruction and feeds back the execution information. The dining room background management system is in communication connection with the control system, so that the dining room background management system effectively improves the dining room placing and taking efficiency, and can reduce the queuing problem of peak dining in the dining room.)

1. The utility model provides a dining cabinet is stored up to dining room intelligence, includes the system power, its characterized in that: the intelligent kitchen cabinet comprises a kitchen cabinet body, a card swiping system (3), an electronic induction switch lock, a control system (1) and a communication module connected with the control system (1); the control system (1) is in communication connection with the canteen background management system; the dining cabinet body is provided with a card swiping system (3) connected with the electronic induction switch lock; the electronic induction switch lock is connected with the canteen background management system through a communication module; the food storage cabinet grids (2) are uniformly arranged in the food cabinet body; the food storage cabinet lattices (2) are provided with a cabinet lattice front door and a cabinet lattice rear door; the front door of the cabinet grid is connected with the food storage cabinet grid (2) through a spring shaft to form a door capable of being opened and closed up and down, and an electromagnetic lock of an electronic induction switch lock is arranged at the top of the food storage cabinet grid (2) and is connected with the front door of the cabinet grid through the electromagnetic lock; the top of the dining cabinet body is provided with a signal receiver and a reaction processor of the control system (1), and the signal receiver receives an instruction of the canteen background management system through the communication module; the reaction processor is used for analyzing the execution instruction and feeding back the execution information; the reaction processor is connected with the electromagnetic lock.

2. The dining room intelligent food storage cabinet of claim 1, wherein: a shaft pin (25) of a spring shaft is fixed at any end of the front door of the food storage cabinet lattice (2), a spring (26) is wound on the shaft pin (25), the end head of the inner side of the spring (26) is fixed at the root of the shaft pin (25), a shaft pin sleeve (27) is sleeved on the shaft pin (25) wound with the spring (26), the other end of the spring (26) is fixed at the outer side end of the shaft pin sleeve (27), and the front door of the food storage cabinet lattice (2) is installed on the food storage cabinet lattice (2) through a fixing hole (28).

3. The dining room intelligent food storage cabinet of claim 1, wherein: an electromagnetic lock is arranged at the upper part of the food storage cabinet lattice (2), the electromagnetic lock comprises an electromagnet (21), an iron lock pin (22), a spring ring (23) and a lock pin slideway (24), the electromagnet (21) is connected with the iron lock pin (22) through the spring ring (23), the iron lock pin (22) slides back and forth along the lock pin, and the front door of the cabinet lattice is arranged in a lock hole corresponding to the position of the iron lock pin (22); the electromagnetic lock is electrically connected with the reaction processor.

4. The dining room intelligent food storage cabinet of claim 3, wherein: the cabinet lattice back door is connected with the storage cabinet lattices (2) through a spring shaft to form a door capable of being opened and closed up and down, the electromagnetic lock is arranged at the top of each storage cabinet lattice (2) and connected with the cabinet lattice back door through the electromagnetic lock, and the electromagnetic lock is electrically connected with the reaction processor.

5. The dining room intelligent food storage cabinet of claim 3, wherein: the front door of the cabinet lattice is at an angle of 90 degrees with the food storage cabinet lattice (2) in an open state.

6. The dining room intelligent food storage cabinet of claim 4, wherein: the cabinet grid back door is at an angle of 100 DEG and 120 DEG with the meal storage cabinet in an opening state.

7. The dining room intelligent food storage cabinet of claim 1, wherein: a heat preservation system (4) is arranged below the meal storage cabinet grids (2), the heat preservation system (4) is a pipeline which is uniformly distributed at the bottom of the meal storage cabinet grids (2), the pipeline is communicated with the outside through an input port (5) and an output port, and a controller controls the pipeline to heat or refrigerate; the controller is in communication connection with the canteen background management system.

8. The dining room intelligent food storage cabinet of claim 7, wherein: the pipelines are arranged in a snake shape.

9. The dining room intelligent food storage cabinet of claim 1, wherein: two-dimensional codes are arranged on a cabinet lattice front door and a cabinet lattice rear door of the intelligent storage cabinet, and the two-dimensional codes contain position information of cabinet lattices (2).

10. The dining room intelligent food storage cabinet of claim 9, wherein: the cabinet lattice (2) position information is specifically the Nth cabinet from left to right in the area X, the nth cabinet lattice (2) of the storage cabinet from top to bottom, and the mth cabinet lattice (2) of the storage cabinet from left to right; wherein N is 01-99; n is 01 to 99; m is 01 to 99.

Technical Field

The invention relates to an intelligent dining cabinet for a dining room.

Background

The canteens are places such as schools, institutions, factories and mining enterprises which provide food for students or employees and can eat food. At present, mess halls and fast food restaurants are often embarrassed by queuing customers and bustling workers during peak dining, most customers spend longer time for queuing to order, even part of customers give up selecting a certain merchant due to overlong queuing time, and when ordering, the customers often delay more time of self and other customers due to selection of a matched dish type; because most of the canteens and fast food restaurants have fixed scales, the situation is difficult to improve due to cost and manual consideration, and the main customers of the canteens and fast food restaurants are office workers and students, which have relatively concentrated dining time and fast pace of life and need fast and efficient dining and dining experience.

Disclosure of Invention

The purpose of the invention is as follows: in order to overcome the defects of the prior art, the invention provides the intelligent dining cabinet for the dining room, which can improve the dining room meal delivery rate and the meal taking rate of diners.

The technical scheme is as follows: the invention provides an intelligent dining cabinet for a dining room, which comprises a dining cabinet body, a card swiping system, an electronic induction switch lock, a control system, a system power supply and a communication module connected with the control system; the control system is in communication connection with the canteen background management system; the dining cabinet body is provided with a card swiping system connected with the electronic induction switch lock; the electronic induction switch lock is connected with the canteen background management system through a communication module; the food storage cabinet grids are uniformly arranged in the food cabinet body; the food storage cabinet grids are provided with a cabinet grid front door and a cabinet grid rear door; the front door of the cabinet lattice is connected with the food storage cabinet lattice through a spring shaft to form a door capable of being opened and closed up and down, and the top of the food storage cabinet lattice is provided with an electromagnetic lock of an electronic induction switch lock and is connected with the front door of the cabinet lattice through the electromagnetic lock; the top of the dining cabinet body is provided with a signal receiver and a reaction processor of a control system, and the signal receiver receives an instruction of a canteen background management system through a communication module; the reaction processor is used for analyzing the execution instruction and feeding back the execution information; the reaction processor is connected with the electromagnetic lock.

The shaft pin of the spring shaft is fixed at any end of the front door of the cabinet grid, the spring is wound on the shaft pin, the end head of the inner side of the spring is fixed at the root part of the shaft pin, the shaft pin sleeve is sleeved on the shaft pin wound with the spring, the other end of the spring is fixed at the outer side of the shaft pin sleeve, and the front door of the cabinet grid is installed on the cabinet grid of the food storage cabinet through the fixing hole.

The upper part of the cabinet lattice is provided with an electromagnetic lock, the electromagnetic lock comprises an electromagnet, an iron lock pin, a spring ring and a lock pin slideway, the electromagnet is connected with the iron lock pin through the spring ring, the iron lock pin slides back along the lock pin, and the front door of the cabinet lattice is arranged in a lock hole corresponding to the position of the iron lock pin; the electromagnetic lock is electrically connected with the reaction processor.

The cabinet lattice back door is connected with the storage cabinet lattice through a spring shaft to form a door capable of opening and closing up and down, and the top of the storage cabinet lattice

And an electromagnetic lock is arranged and connected with the cabinet grid back door through the electromagnetic lock, and the electromagnetic lock is electrically connected with the reaction processor.

The front door of the cabinet lattice is at an angle of 90 degrees with the table storage lattice in an open state.

The cabinet grid back door is at an angle of 100 DEG and 120 DEG with the meal storage cabinet in an opening state.

A heat preservation system is arranged below the food storage cabinet lattices, the heat preservation system is a pipeline which is uniformly distributed at the bottom of the food storage cabinet lattices, the pipeline is communicated with the outside through an input port and an output port, and a controller controls the pipeline to heat or refrigerate; the controller is in communication connection with the canteen background management system.

The pipelines are arranged in a snake shape.

Two-dimensional codes are arranged on a cabinet lattice front door and a cabinet lattice rear door of the intelligent storage cabinet, and the two-dimensional codes contain cabinet lattice position information of the cabinet.

The cabinet grid position information is specifically the Nth cabinet grid from left to right in the area X, namely the Nth cabinet grid from top to bottom of the storage cabinet, and the Mth cabinet grid from left to right of the storage cabinet; wherein N is 01-99; n is 01 to 99; m is 01 to 99

Has the advantages that: compared with the prior art, the intelligent food storage cabinet provided by the invention has the following advantages:

1. according to the invention, the dining cabinet body is connected with the card swiping system, the electronic induction switch lock, the control system and the system power supply, so that the dining cabinet can be operated by the canteen background management system through the control system, and a user can open the cabinet door of the dining cabinet in a form of sending a client instruction, so that the dining cabinet is simple and rapid; the diners can place orders in advance and preset the meal taking time, the staff can take meals in advance and store the dinner plates in the meal storage cabinet, and the diners can take the preset e meals without waiting for the diners to queue in a dining room in a peak time period; workers can make meals in advance, so that the meal making operation is balanced, and the condition that the workers are too busy during the meal making in the rush hour is reduced;

2. the card swiping system arranged in the food storage cabinet can take the food without taking the food code, so that the adaptability is wider;

3. according to the invention, the signal receiver and the reaction processor are arranged at the top of the dining cabinet body, and the signal receiver is used for receiving an instruction of a canteen background management system; the reaction processor is used for analyzing the execution instruction and feeding back the execution information; the reaction processor is connected with the electromagnetic lock; the food placing or taking instruction can be sent to the signal receiver, the signal receiver sends the received signal to the reaction processor, and the reaction processor analyzes and executes the instruction content;

4. according to the intelligent food storage cabinet provided by the invention, the pipelines are uniformly distributed below each food storage cabinet lattice, the pipelines are communicated with the outside through the input port and the output port, hot steam or cold air is input to change the temperature in the cabinet lattice, and the flavor of food stored in the cabinet lattice is better;

5. according to the intelligent food storage cabinet provided by the invention, the front door and the rear door are respectively arranged at the front and the rear of the cabinet lattice, the rear door is provided with the observation port, and a worker stores dishes into the vacant cabinet lattice through the observation port;

6. according to the invention, the two-dimensional codes are respectively arranged on the front door and the rear door of the cabinet lattice, and the two-dimensional codes comprise cabinet lattice position information; after the working staff place the dinner plate in the cabinet lattice, the dinner plate position information is sent through the two-dimensional code, the meal ordering staff quickly find the cabinet lattice for storing the dinner plate according to the information, and the front door is opened through the client APP for taking the dinner plate in a remote control mode;

7. according to the meal taking method provided by the invention, the user can obtain the meal taking code by selecting self-taking or other people to replace at the client, so that the phenomenon of taking wrong dinner plates can be effectively avoided while the meal taking efficiency is improved;

8. the front door of the cabinet lattice of the invention forms an angle of 90 degrees with the table storage cabinet lattice when the front door of the cabinet lattice is opened, and the rear door of the cabinet lattice of the invention forms an angle with the table storage cabinet lattice when the rear door of the cabinet lattice is opened

The cabinet is 100-fold at 120 degrees, which is convenient for placing, taking and cleaning.

Drawings

FIG. 1 is a schematic view of a storage cabinet;

FIG. 2 is a schematic view of a piping structure;

FIG. 3 is a schematic diagram of a cabinet front door structure;

FIG. 4 is a schematic view of a spring shaft structure;

FIG. 5 is a schematic diagram of an electromagnetic lock;

FIG. 6 is a schematic view of the structure of the back door of the cabinet;

FIG. 7 is a schematic view of a mechanism for opening the cabinet door;

FIG. 8 is a schematic view of the placement structure of the meal storage cabinets;

FIG. 9 is a circuit diagram of a circuit communication module;

FIG. 10 is a schematic diagram of a control circuit diagram of the intelligent food storage cabinet;

FIG. 11 is a schematic diagram of a power supply structure of the control circuit of the intelligent food storage cabinet;

FIG. 12 is a circuit diagram of a single chip microcomputer of the control circuit of the intelligent food storage cabinet;

wherein: 1. the automatic card swiping system comprises a control system, 2 food storage cabinet grids, 3 card swiping systems, 4 heat preservation systems, 5 input ports, 21 electromagnets, 22 iron locking pins, 23 spring rings, 24 locking pin slideways, 25 shaft pins, 26 springs, 27 shaft pin sleeves and 28 fixing holes.

Detailed Description

The technical scheme of the invention is further explained by combining the attached drawings.