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Rotatable carriage for children and operational control system for the same

A control system and children's technology, applied in the field of children's vehicles, can solve the problems that cannot satisfy multi-state and multi-functional control

Inactive Publication Date: 2007-12-12
陈华胜
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The existing common children's car operation control system is mostly composed as follows: the battery is connected to the power switch, then connected to the remote control and non-remote control switch, then connected to the brake linkage switch, then connected to the forward and backward switch, then connected to the foot switch, and finally connected to the drive motor, ( As shown in accompanying drawing 3); After adding the autorotation function, the existing operation control system can no longer satisfy the multi-state and multi-functional control of the car

Method used

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  • Rotatable carriage for children and operational control system for the same
  • Rotatable carriage for children and operational control system for the same
  • Rotatable carriage for children and operational control system for the same

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Embodiment Construction

[0079] Shown in accompanying drawing 7 to 14 is a specific complete embodiment of the present invention.

[0080] As shown in accompanying drawing 7,8, this children's four-wheel vehicle with in situ rotation function, by vehicle body (1), vehicle frame (2), front and rear wheels (31), (32), (33), ( 34), steering lever (4), steering wheel (5) constitute, front wheel (31), (32), rear wheel (33), respectively be provided with wheel axle between (34) and vehicle frame (2), mark respectively (310), (320), (330), (340), each axle is connected with the vehicle frame (2) through the vertical rotating shaft (311), (321), (331), (341) successively, and each Wheel shafts are all provided with positioning levers that are angled to the wheel shaft, which are marked as (312), (322), (332), (342) in turn; a slide block group (6) is arranged in the vehicle frame (2), and the Rigid connecting rods are respectively arranged between the slider group (6) and each positioning driving rod, which ...

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Abstract

The invention discloses a windmilling children vehicle and its control system. The said quadricycle is composed of a body, a frame, front and rear brake bands,a driving device,a turning shifter lever,and a steering wheel. Axles are arranged between each wheel and frame. Each axle connects with the frame through a vertical shaft and is provided with an orientation shifter lever angled with the axle. Slipper group is arranged inside the frame. Rigidity pitman and push-and-pull device acting on the slipper group are arranged between the slipper group and each orientation shifter lever. The push-and-pull device is lead screw. Said vehicular control system also has a braking device,a clutch, connection mode selection operator, a running orientation operator,and a control system. The invention can safely switch the children vehicle between general pattern and rotation pattern and supply reliable guarantee for the said children vehicle original game form.

Description

technical field [0001] The invention relates to a children's carriage, more specifically to a children's four-wheeled carriage with the function of self-rotation in situ and its manipulation and control system. Background technique [0002] Children's quadricycles can generally be driven by children themselves, and are usually equipped with remote controls for assisted operation. [0003] At present, most of the children's four-wheeled vehicles on the market use rear-wheel drive and front-wheel control steering. Such children's vehicles only have basic functions such as forward, backward, and turning. For children, the movement form is single and lacks the fun of riding. It does not conform to the characteristics of children's mind, so it is necessary to provide a novel form of play for children's cars, that is, to increase the function of in-situ rotation. There are currently two related technical solutions as follows: [0004] 1. Lift the front of the car through the lif...

Claims

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Application Information

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IPC IPC(8): A63H17/267B62D7/14
Inventor 陈华胜谢松寿
Owner 陈华胜
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