Intelligent shared kart safety protection device

Abstract

The invention relates to an intelligent shared kart safety protection device. The intelligent shared kart safety protection device comprises a front baffle, the front baffle covers the inclined upper portion of a steering wheel, a supporting shaft is fixed to the front end of the front baffle, and the supporting shaft is rotationally installed on a kart frame; the ejection mechanism comprises an ejection elastic component and an ejection interlocking component, the ejection elastic component is arranged between the front baffle and the frame, and the ejection interlocking component is arranged between the ejection elastic component and the frame; the triggering mechanism is arranged right in front of the frame and connected with the ejection interlocking component; the triggering mechanism is disconnected with the ejection interlocking component under the collision effect, the ejection interlocking component unlocks the ejection elastic component, and the ejection elastic component enables the front baffle to be turned over forwards and locks the front baffle after the front baffle is turned over. The kart has the advantages that when collision occurs, the front baffle of the kart is automatically ejected forwards to protect a driver and prevent the kart from overturning forwards.

Description

technical field [0001] The invention relates to the technical field of intelligent shared kart, in particular to a safety protection device of intelligent shared kart. Background technique [0002] As a popular leisure activity nowadays, smart shared karts have been widely settled in major supermarkets or outdoor arenas. However, the karts are light in weight and lack protection in the driving position. Once a collision occurs during the competition, the driver is easily thrown out of the driving seat or the vehicle rolls forward, especially when some karts hit the track. After the protective wall is installed, because the chassis of the kart is polar, it is very easy to insert into the protective wall. At this time, the flying protective wall can easily fly to the driver's face. [0003] Based on the above situation, the biggest safety hazard of the existing karts is the lack of protection for the driver's face after an accident, and when the car rolls forward, due to the ...

AI Technical Summary

Problems solved by technology

However, the body weight of karts is relatively light, and the driving position lacks protection. Once a collision accident occurs during the race, the driver is easily thrown out of the driving position or the vehicle rolls forward, especially when some karts hit the side of the track. Behind the protective wall, because the chassis of the go-kart is polar, it is very easy to insert into the protective wall.

[0003] Based on the above situation, the biggest potential safety hazard in existing karts is the lack of protection for the driver’s face after an accident, and when the car rolls forward, the driving position Lack of protection, it is easy for the driver to fly forward and hit the hit object, causing serious secondary injuries

Images