Cornering machine for glass tube transportation

Abstract

The invention relates to a delivery bend machine for glass pipe, which comprises a support bracket, a gearing mechanism and a delivery mechanism, the gearing mechanism and the delivery mechanism mounted on the bracket, the gearing mechanism comprising a motor mounted on the bracket, a chain wheel bearing, a riding wheel, a drive shaft bearing and a drive shaft mounted on the bearing, a small drive sprocket mounted on the shaft, a pulley and a big drive sprocket, said delivery mechanism comprising a long conveyer chain mounted on the big drive sprocket and a conveyer sprocket, a short conveyer chain mounted on the small drive sprocket and a conveyer sprocket, a glass pipe supporting board and a block. The machine can make every glass pipe on the process line flatly turn 0-90 degree for next cutting and combing, to effectively utilize space, and the factory building can arrange 4 process lines instead of 2 lines. The machine improves production capability of stoves and utilization ratio of workshops, and is used widly in the manufacturing technique of glass pipe.

Description

1. Technical field [0001] The invention relates to a glass tube conveying machine, in particular to a glass tube conveying turning machine. 2. Background technology [0002] The existing glass tube production line has a layout of one furnace and two lines, and the glass tube is finely cut, carded and packaged along the vertical direction after initial cutting. This layout structure has the following disadvantages or deficiencies: ① With the improvement of the kiln and the improvement of technology, the original two production lines cannot meet the production requirements, and it is necessary to increase the production line, so the original layout is not suitable; ② Carding machines are placed horizontally for energy absorption Instead of being placed vertically, the glass tube cannot be turned horizontally, which requires a large floor space, low utilization rate of the workshop, and high cost. 3. Contents of the invention [0003] The object of the present invention is t...

AI Technical Summary

Problems solved by technology

This layout structure has the following disadvantages or deficiencies: ① With the improvement of the kiln and the upgrading of technology, the original two production lines cannot meet the production requirements, and it is necessary to increase the production line, so the original layout is not suitable; ② Carding machines are placed horizontally for energy absorption Instead of being placed vertically, the glass tube cannot be turned horizontally, which requires a large floor space, low utilization rate of the workshop, and high cost

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