High precision transfer unit and high precision transfer device

Abstract

The invention discloses a high precision transfer unit and a high precision transfer device which is formed by splicing a plurality of high precision transfer units. The high precision transfer unit comprises a rack, wherein splicing matching structures are correspondingly arranged at two ends of the rack; a row of parallelly arranged transfer rollers extending from the side part of the rack are arranged on the rack; combined ribbed belt wheels are arranged on the extended parts of the transfer rollers located in the arrangement; the combined ribbed belt wheels and the ribbed belt wheels forma ribbed belt wheel unit; tensioning ribbed belt wheels are arranged below the ribbed belt wheel unit; and a group of compression rollers are correspondingly arranged on the upper part of the ribbed belt wheel belt. The high precision transfer device which is formed by splicing the high precision transfer units for long-distance transfer is unlikely to scratch the surface and deviate in position if being used for transferring glass panels and the like, and can meet the demand on transmission of light of a track of the transfer device in special occasions.

Description

technical field [0001] The invention relates to a mechanical transmission device in the field of mechanical design and manufacture, in particular to a high-precision transmission unit and a high-precision transmission device combined with the unit. Background technique [0002] With the rise of Industry 4.0, intelligent manufacturing requires higher efficiency in the machinery industry, so intelligent assembly line production is the only way for development. Mechanical transmission devices have always been an indispensable part of assembly line production. With the market With the development, the requirements for transmission devices are getting higher and higher. [0003] In the case of light load and low speed, especially in the transmission process of high-precision parts, the transmission track is required not to cause damage to the surface of the parts during the transmission process, which puts forward specific requirements for the manufacturing materials and structur...

AI Technical Summary

Problems solved by technology

When using the high-precision conveying unit of the present invention or a high-precision conveying device composed of a plurality of high-precision conveying units of the present invention to convey parts such as glass panels, it will not encounter the above-mentioned existing conveying device during the conveying process. The problems encountered are that surface scratches and position shifts are not easy to occur, and it can meet the light transmittance requirements of the conveyor track in special occasions. It can not only greatly reduce the scrap rate of glass panel manufacturing, but also be applicable to various processes. Conditions, with the characteristics of wide applicability

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