Milling and grinding mechanism for mass production cutting device of equal-length glass tubes

Abstract

The invention provides a milling and grinding mechanism for a mass production cutting device of equal-length glass tubes. The milling and grinding mechanism comprises a base and a lifting plate, wherein a cushion board is slidably connected to the lifting plate; a plurality of rollers which are uniformly distributed in a single rank are arranged on the cushion board; a clamping mechanism is arranged on the lifting plate; a cutting mechanism is arranged on the cushion board; a milling and grinding mechanism body, comprising a sidewall and a milling tool which is in slide connection with the sidewall, is arranged on the lifting plate; a slide plate is in slide connection with the cushion board; a circular plate is rotatably connected to the slide plate; fifth hydraulic cylinders are symmetrically arranged on the circular plate; third clamping claws are arranged at top boards of fifth hydraulic rods of the fifth hydraulic cylinders. According to the milling and grinding mechanism for the mass production cutting device of the equal-length glass tubes, two sides of each glass tube are milled and grinded once after cutting, so that the processing steps are simplified; moreover, a small space is used; the processing time can be saved; the glass tubes do not need to be manually grinded by workers, so that the potential risk in work is reduced, and the processing quality is improved.

Description

technical field [0001] The invention belongs to the field of glass tube processing, and in particular relates to a milling mechanism for a cutting device for mass production of equal-length glass tubes. Background technique [0002] Glass is widely used in our life and production, and the consumption is relatively large, especially the use of glass tubes, which has a wide range of applications, and the batches of glass tubes produced by manufacturers have also increased. With the improvement of competitiveness, high Only by completing the processing and production of glass tubes with high efficiency and high quality can we seize the market and gain people's approval. However, in the existing production, there is no specific equipment for cutting glass tubes, and only the related equipment for glass plates is used to process glass tubes. In this case, the processing efficiency is low and the precision is poor, which cannot meet the processing requirements. Moreover, when cutt...

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Problems solved by technology

[0002] Glass is widely used in our life and production, and the consumption is relatively large, especially the use of glass tubes, which has a wide range of applications, and the batches of glass tubes produced by manufacturers have also increased. With the improvement of competitiveness, high Only by completing the processing and production of glass tubes with high efficiency and high quality can we seize the market and gain people's approval. However, in the existing production, there is no specific equipment for cutting glass tubes, and only the related equipment for glass plates is used to process glass tubes. In this case, the processing efficiency is low and the precision is poor, which cannot meet the processing requirements. Moreover, when cutting the glass tube, the glass tube is easily broken due to uneven force, which reduces the yield of production. , in order to obtain high-quality glass tubes, after the cutting is completed, a step of manual grinding is generally added. This method not only wastes time and cost, but also easily scratches the staff, which is not conducive to production. In view of this situation, the present invention proposes A milling and grinding mechanism for mass production of equal-length glass tubes is developed. After the cutting is completed, both sides of the glass tubes can be milled and ground, which saves time and processing space, reduces the workload of the staff, and improves the quality of the processed glass tubes. Better, while reducing the safety hazards of manual grinding by staff

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