Novel two-in-one dual-purpose buggy

Abstract

The invention discloses a novel two-in-one dual-purpose buggy, comprising a buggy body formed by a head part and a body part connected with the head part. The novel two-in-one dual-purpose buggy is characterized in that a rotating positioning mechanism is arranged between the head part and the body part of the buggy body, the rotating positioning mechanism comprises a front body and a rear body which are assembled into an integrated rotatable body through a fixing sleeve, an insertion groove is formed in the rear end face of the rear body, a connection rod is arranged in the insertion groove, a first button is arranged on the outer end of the connection rod, a limit groove is formed in the end, connected with the head part, of the front body, and the front body and the head part are locked through an embedded limit screw. According to the invention, multiple novel mechanisms are adopted, thus the buggy is guaranteed to be adjusted, dismounted, positioned and steered more conveniently and safely, the use is more comfortable, the front body and the head part are locked through the embedded limit screw, and thus the head part is prevented from being rotated by 360 degrees relative to the body part, so that the safety is greatly improved.

Description

technical field [0001] The invention relates to a baby carriage, in particular to a new two-in-one dual-purpose baby carriage. Background technique [0002] 1. In the current market, the traditional balanced reset method has the characteristics of many parts, simple structure and low cost. However, these traditional reset methods have some safety and design deficiencies. Because it is a steering automatic reset structure, and it is a product of riding sports, the original traditional reset structure adopts exposed structure, many parts, and there are gaps between parts, which may easily cause the danger of pinching and abnormal sound. ; [0003] 2. Traditional rotary positioning has the characteristics of simple structure and low price. However, these traditional rotary positioning methods have some safety and design deficiencies. Due to the rotation and re-positioning, when the user first pulls out the positioning pin and then rotates, and then inserts the positioning pin...

AI Technical Summary

Problems solved by technology

[0002] 1. In the current market field, the traditional balanced reset method has the characteristics of many parts, simple structure and low cost. However, these traditional reset methods have some safety and design deficiencies.

Because it is a steering automatic reset structure, and it is a product of riding sports, the original traditional reset structure adopts exposed structure, many parts, and there are gaps between parts, which may easily cause the danger of pinching and abnormal sound. ;

[0003] 2. Traditional rotary positioning has the characteristics of simple structure and low price. However, these traditional rotary positioning methods have some safety and design deficiencies.

Due to the rotation and re-positioning, when the user first pulls out the positioning pin and then rotates, and then inserts the positioning pin back, there are many operating steps, poor stability, easy to shake, and easy to lose the pin, and the structure is exposed, which also brings inconvenience to the operation and safety hazards;

[0004] 3. The traditional T-handle set has the characteristics of simple disassembly structure and low price. However, these traditional disassembly methods have some safety and design deficiencies.

Because the T handlebar group is disassembled, there are many operating steps, poor stability, easy to shake, and it is very laborious, which also brings inconvenience to the operation and hidden safety hazards.

[0005] 4. The traditional rotary positioning currently on the market has the characteristics of simple structure and low price. However, these traditional positioning methods have some deficiencies in safety and design.

When the user pulls out the positioning pin first and then adjusts, there will be a hole in the product, which poses a safety hazard, and then inserts the positioning pin back. There are many operating steps, poor stability, easy to shake, and easy to lose the pin, and the structure is exposed. It also brings inconvenience and potential safety hazards to the operation.

[0006] 5. The traditional T-handle tube has the characteristics of simple telescopic structure and low price. However, these traditional telescopic structures have some safety and design deficiencies.

Due to the telescopic adjustment structure, the operation is simple, the stability is poor, and the spring pin hole is exposed, which also brings inconvenience to the operation and potential safety hazards.

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