Baby carriage steering assisting part

Abstract

Disclosed is a baby carriage steering assisting part. The baby carriage steering assisting part comprises a carriage body, a fixing rod and a steering rod, wherein the fixing rod is fixedly connectedto the carriage body, the steering rod is rotatingly connected with the fixing rod, both ends of the steering rod are provided with a first connecting piece and a second connecting piece, and both ends of each connecting piece are rotatingly connected with the fixing rod and the steering rod respectively. Compared with the prior art, the baby carriage steering assisting part can reduce the gap between the fixing rod and the steering rod to avoid dangerous spacing at the connecting part of the fixing rod and the steering rod, and meanwhile by means of pom (polyformaldehyde) materials, can reduce the frictional force between the fixing rod and the steering rod, thereby saving labor and ensuring more stability and reliability during a steering process of a baby carriage.

Description

technical field [0001] The invention belongs to the technical field of baby carriages, and in particular relates to a steering aid for baby carriages. Background technique [0002] Baby carriages are a major category among children's toys, including children's bicycles, children's strollers, baby walkers, children's tricycles, and children's electric cars. Most of the children's electric cars have remote controls. Generally, it is not easy to fall off the car. Children over 1 year old who can ride independently but do not know how to control can be controlled by parents using the remote control. When the child is about 3 years old and can control it by himself, it can be used by the child. The accelerator pedal of children's electric vehicles is controlled by itself, but parents still need to watch over them to ensure safety. Electric vehicles are currently the most popular type of children's electric vehicles on the market. [0003] Most of the existing baby carriage steer...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing baby carriage steering mechanisms follow the steering mechanism of traditional baby carriage vehicles, and there are no bearings at the corresponding joints, and there are defects such as complex structural design, poor safety performance, inflexible steering, and poor balance of the whole vehicle. There is a large gap between the steering shaft and the bogie in the steering mechanism of the baby carriage. When the steering shaft drives the bogie to rotate, there is a potential safety hazard of bogie breakage, which poses a safety hazard to children. At the same time, the existing technology There is a large friction between the steering shaft and the bogie of the steering mechanism of the baby carriage, which is prone to wear and tear during the steering process, causing safety hazards

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