Sliding contact moving conduction device

Abstract

The invention relates to a trolley conductor and a collector applied to unbalance loading and curve places, and provides a sliding contact moving conduction device still capable of keeping normal power supply between an electric brush and the trolley conductor when a balance loading force is generated. The device comprises the trolley conductor, a guide rail and a running part with a collector. By the device, a conventional plane contact designing scheme in the field is changed, the electric brush is improved into a tile shape, and a trolley conductor working surface is changed into an arc shape, so a centrifugal force which is an unbalance loading force for the electric brush and is caused by the automatic generation of a centrifugal force at a curve of a production line can be overcome to a certain extent; and when the unbalance loading force is relatively stronger, an electric brush working surface is preferably arched, so that an 'enveloping' effect can be achieved for the trolley conductor working surface to prevent the electric brush from sliding out of the guide rail. By the device, stable power transmission is ensured, and simultaneously, the electric brush can be ensured not to be deviated and separated from the trolley conductor to further improve the running safety, stability and reliability of equipment.

Description

technical field [0001] The invention relates to a trolley line and a current collector with both power supply guiding functions, in particular to a trolley line and a current collector applied to the occasions of eccentric loads and curved roads. Background technique [0002] In many occasions, it is necessary to transmit electric energy to moving parts, such as driving, running trolleys on automated production lines, etc. Generally, the track of the driving or trolley is set on the fixed structure, and then the charged trolley line is arranged parallel to the track; then, the collector on the trolley and the trolley receives electric energy through contact with the trolley line, and provides the running power of the trolley and trolley source. [0003] However, in practical applications, frequent driving and trolleys cause unstable operation due to the suspension of goods; resulting in deviation and separation of the running track between the brush on the collector and the...

AI Technical Summary

Problems solved by technology

[0003] However, in practical applications, frequent driving and trolleys cause unstable operation due to the suspension of goods; resulting in deviation and separation of the running track between the brush on the collector and the trolley line, resulting in instantaneous power failure, unstable power transmission, etc. problems; once these problems occur, there will be operational failures at least, and even cause personal injury

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