Adjustable filtering, impurity removing and edge polishing device on tempered glass production line

Abstract

The invention relates to an adjustable filtering, impurity removing and edge polishing device on a tempered glass production line. The device comprises a polishing platform, a polishing mechanism, a water flushing mechanism and a precipitating and liquid drainage mechanism. The polishing mechanism is mounted on one side of the polishing platform, and the water flushing mechanism is mounted on oneside of a polishing wheel of the polishing mechanism. The precipitating and liquid drainage mechanism is arranged on the lower portion of a platform frame of the polishing platform and connected withthe water flushing mechanism through a water pipe with a pump. Glass is pushed from one side of the polishing platform to a polishing head to be polished, and the water flushing mechanism carries outwater flushing on the edges of the glass. Glass powder slag flows into a temporary storage pond of the polishing platform along with water flow of the water flushing mechanism, and finally waste wateris subjected to precipitating and filtering treatment through the precipitating and liquid drainage mechanism. According to the adjustable filtering, impurity removing and edge polishing device, by means of an adjustable filtering water outlet manner, water supplied to the water flushing mechanism each time is clear, the impurity content is small, and the service life of a water gun of the waterflushing mechanism is protected. Waste is easy to recycle, cleaning and replacing are easy, and meanwhile the polishing efficiency is greatly improved.

Description

technical field [0001] The invention belongs to the field of glass processing equipment, and relates to grinding technology, in particular to an adjustable filtering, impurity-removing and edge-grinding device on a tempered glass production line. Background technique [0002] The world's flat glass output is 43 million tons, and China's flat glass output accounts for 40% of the world's total output, and China's float glass output accounts for 38% of the world's float glass output. There are currently 143 float glass production lines in my country, with an average daily production capacity of 456 tons per production line. [0003] At present, in the process of glass production and processing, the glass is cut into small pieces of glass by a cutting machine, and then the small piece of glass is spray painted. Before painting, for the cut small piece of glass, the surface of the cut edge is rough. The edges need to be sanded and trimmed. In the prior art, when the edge is pol...

AI Technical Summary

Problems solved by technology

Through the implementation of this technical solution, the main solution is that in the prior art, when the glass is edged, it is inconvenient to move the glass, and because the contact area between the glass and the table is large, there is a large friction and scratches are easy to occur, and the grinding is not oriented. make sanding uneven

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