Automatic carrying robot for personal baggage

Abstract

The invention relates to an automatic carrying robot for personal baggage. The carrying robot comprises a boot base, a boot body and a pull rod, and is further provided with two driving wheels and two driven wheels; the two driving wheels and the two driven wheels are respectively mounted on two sides of the front part and the back part of the boot base; furthermore, one wheel guard is respectively mounted above each wheel; and a driving motor for driving the driving wheels to rotate, a motor control panel and a storage cell for supplying power are further arranged in the boot base. By using the automatic carrying robot for the personal baggage, the manual remote control or the automatic control can be achieved; the functions of fixed route guide, baggage carrying and the like can be autonomously completed according to the specific requirements of a passenger; the automatic carrying robots can be connected into a string; baggage is remotely controlled and automatically controlled to be moved to a baggage cabin safely as well as quickly; the emplaning procedure can be further simplified; and a civil aviation passenger is convenient to go out. Simultaneously, a boot cover is closed on the boot body and can be used as a seat for a user to rest at any time, and the difficult problem that old, weak, ill and disabled users have no places to rest while going out can be solved.

Description

technical field [0001] The invention relates to the field of robots, in particular to a personal luggage automatic handling robot. Background technique [0002] Existing luggage carts are generally equipped with wheels on the vehicle frame, and the luggage cart is pulled forward by the pull rod of the luggage cart when using the car. This luggage cart has a simple structure and is driven by manpower. In the case of a boat, in order to reduce physical exertion to carry carry-on luggage, for the convenience of carrying, its volume should be as small as possible and its weight should be as light as possible, so its carrying capacity is limited, and it can only be used within a short distance. Current manpower trolleys and luggage carts cannot meet the shopping needs of the elderly, weak, sick and disabled users, and cannot solve the problem that the elderly, weak, sick and disabled users have nowhere to rest when traveling. Contents of the invention [0003] Aiming at the ex...

AI Technical Summary

Problems solved by technology

[0002] Existing luggage carts are generally equipped with wheels on the vehicle frame, and the luggage cart is pulled forward by the pull rod of the luggage cart when using the car. This luggage cart has a simple structure and is driven by manpower. In the case of a ship, in order to reduce physical exertion to carry carry-on luggage, in order to carry conveniently, its volume is required to be as small as possible, and its weight is required to be as light as possible, so its carrying capacity is limited, and it can only be used within a short distance

The current human trolleys and luggage carts cannot meet the shopping needs of the elderly, weak, sick and disabled users, and cannot solve the problem that the elderly, weak, sick and disabled users have nowhere to rest when traveling

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