Automatic meal delivery robot

Abstract

The invention discloses an automatic meal delivery robot which comprises a machine body and further comprises a lifting device arranged in the machine body and comprising a first containing table; the detection device is arranged at the bottom of the first containing table; the moving part is arranged on the lifting device and comprises a first moving part and a second moving part, and a driving device for controlling the moving part to move is further arranged on the lifting device; the control part is used for controlling the first containing table to be connected with only one moving part; and the classification table comprises a first classification table and a second classification table, and dishes are transferred to the classification table. After dishes are put in, the temperature of the dishes is recognized through a temperature sensor, a lifting device moves downwards through the dead weight of the dishes so that a driving device can be started, a belt rotates through a rotating motor, the dishes are conveyed to a second containing table in a supporting mode, the dishes are classified, a rail frame is arranged, and multiple sets of classification tables can be stored; dishes with different temperatures are classified, and reasonable heat preservation temperature is provided, so that the diet taste of a user is ensured.

Description

technical field [0001] The invention relates to the field of meal delivery robots, in particular to an automatic meal delivery robot. Background technique [0002] In order to improve customer demand and reduce the consumption of human resources, high-end hotels are specially equipped with food delivery robots. Customers place orders through the self-ordering system in the room and send the food information to the back kitchen for cooking. Occupies the kitchen space and does not affect the work of the back kitchen. The dishes made by the back kitchen are placed on the conveyor belt and transported to the distribution room through the conveyor belt. The dishes are put into the food delivery robot and cooked by the food delivery robot. of meals delivered to the door of the designated room [0003] In practical applications, in view of the slow speed of the food delivery robot and the long delivery time, in order to ensure the improvement of customers' dining experience, a hea...

AI Technical Summary

Problems solved by technology

[0003] In practical application, in order to ensure the customer’s dining experience is improved, a heat preservation device is installed in the food delivery robot in order to solve the problem of slow moving speed and long delivery time of the food delivery robot, but the conventional food delivery robot cannot According to the analysis, the insulation of some meals that do not need to be heated will cause the taste of the meals to deteriorate. It is very necessary to design a food delivery robot that can distinguish between hot and cold dishes and handle them appropriately.

[0004] Since it takes a certain amount of time for the dishes in the dish to completely transmit the temperature to the dish, the temperature detected at the first time is not accurate as the temperature of the heat preservation.

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