Self-walking clamp and maintenance-free assembling line

Abstract

The invention discloses a self-walking clamp. The self-walking clamp comprises a bottom plate and a walking assembly. The walking assembly comprises a plurality of trundles and a motor. The bottom plate is provided with a plurality of electric conduction modules transmitting electric energy to the motor. One electric conduction module comprises two electric conduction wheels, wherein one electric conduction wheel is connected with the firing line end of the motor, and the other electric conduction wheel is connected with the zero line end of the motor. The maintenance-free assembling line comprises a plurality of station units connected in an end-to-end manner. Each station unit comprises an upper-layer running platform and a lower-layer running platform. Each of the two running platforms comprises a guide rail and electric conduction strips, wherein each pair of electric conduction strips are connected with an outer power source. By means of the design, the electric conduction wheels make contact with the long-strip-shaped electric conduction strips so that when the bottom plate moves, the motor can continuously obtain electric power and can be kept move forwards. According to the maintenance-free assembling line, the bottom plate can be guided to move forwards through the fixed guide rails and the electric conduction strips, no motion components are not needed, the situation that damage is likely to happen is avoided, and very good economic benefits are achieved. The self-walking clamp is used in the transportation production line field.

Description

technical field [0001] The invention relates to the field of transportation production lines, in particular to a self-fixture and maintenance-free assembly line. Background technique [0002] In the car seat industry, the processing of the seat is usually hoisted or transferred by belt traction. For belt transmission and the like, the combination of related motion components such as double-speed chains, friction roller lines, etc. is required, and appropriate pre-tightening force is required between each component. In the use of the traditional production line, because the moving parts are prone to damage and require frequent maintenance, they cannot work stably and for a long time, and consume manpower and material resources for maintenance, that is, the economic benefits are not high. Contents of the invention [0003] The object of the present invention is to provide a self-propelled fixture powered by electricity from the production line and a maintenance-free assembl...

AI Technical Summary

Problems solved by technology

In the use of the traditional production line, due to the easy damage of the moving parts and the frequent maintenance of the moving parts, it cannot work stably and for a long time, and it consumes manpower and material resources for maintenance, that is, the economic benefit is not high

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