Food delivery trolley and food delivery platform with concealed power system

Abstract

The invention relates to a food delivery trolley and a food delivery platform with a concealed power system. The food delivery trolley comprises a carriage plate, a front axle assembly and a rear axleassembly, wherein a main body connecting block is rotatably connected between the front axle assembly and the rear axle assembly; the front axle assembly and the rear axle assembly is further separately connected with a front axle overweight supporting block and a rear axle overweight supporting block; the front axle overweight supporting block and the rear axle overweight supporting block are connected with the carriage plate by support frames separately; and after the front axle overweight supporting block is connected with the corresponding support frame and the rear axle overweight supporting block is connected with the corresponding support, two n-shaped structures are formed and are positioned on one side of the main body connecting block. The food delivery platform comprises the food delivery trolley with the structure and further comprises a food delivery track which is matched with the food delivery trolley, and the structure, which is positioned below the carriage plate, ofthe food delivery trolley is concealed in the food delivery track. The food delivery trolley is in parallel arrangement in the transverse direction, the height is small, by improvement on the food delivery track, the power system of the food delivery trolley is concealed in the track, and the front surface of the food delivery platform does not have mechanical structures or hollowed-out parts, andthus is safe and easy to clean.

Description

technical field [0001] The invention relates to food delivery equipment, in particular to a food delivery trolley and a food delivery platform with a hidden power system. Background technique [0002] The catering service industry is a relatively traditional tertiary industry, which is characterized by manpower intensity. With the development of the economy, labor costs continue to increase. How to improve the automation and intelligence of the catering industry has become the focus of the industry. [0003] In recent years, a large number of robots and intelligent food delivery equipment have been introduced into the catering industry, and have become the characteristics of individual restaurants; due to the low cost performance of intelligent robots, their applications are relatively limited, while intelligent food delivery equipment has been widely promoted and applied. [0004] The rotary dining car is a typical food delivery equipment. It uses the motor to pull the chai...

AI Technical Summary

Problems solved by technology

[0004] The rotary dining car is a typical food delivery equipment. It uses the motor to pull the chain to drive the front of the car to deliver food. The disadvantage of this technology is that the structure is relatively complicated, there are too many parts, the risk of failure is high, and it can only turn in one direction ( That is, only turn left or only turn right)

In this way, most of the space of the restaurant will be wasted when arranging a large-area restaurant, causing unnecessary waste

[0005] In order to solve these problems, the applicant has developed the first-generation food delivery car. The technical solution of this food delivery car has been disclosed by a self-powered turning and turning delivery food car and a delivery mechanism disclosed in Chinese patent ZL201710267245.4. The car also has certain disadvantages, such as the vertical arrangement of the car structure, the cargo compartment is too high, and the front platform has rail hollows, which will cause inconvenience for guests to take meals, high safety risks, high shape and inconvenient length, making it difficult to coordinate the appearance

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