A flat glass chamfering machine

Abstract

The invention relates to a flat glass chamfering machine, comprising a rack, a vertical guide rail, a right oblique guide rail, a left oblique guide rail, an upper edge grinding device, a lower grinding device, a right edge grinding device, a right edge grinding device and a fixture device, wherein the fixture device is arranged on the rack; the vertical guide rail is arranged on the rack; the right oblique guide rail and the left oblique guide rail are respectively and slantwise arranged on the rack; the upper edge grinding device and the lower edge grinding device are arranged on the vertical guide rail; anda right grinding device is arranged on the right oblique guide rail while a left grinding device is arranged on the left oblique guide rail. The flat glass chamfering machine provided by the invention is applied to the industry of glass deep processing; chamfer processing is carried out on eight prisms of two surfaces of the flat glass, and grinding on an edge when glass moves is realized; and a mechanical device is adopted for compensating glass error; the flat glass chamfering machine is compact in structure and reasonable in layout; and the machine configuration and control mode of the machine are simplified, so that the cost thereof is reduced.

Description

technical field [0001] The present invention relates to a glass grinding machine, more specifically, to a processing machine for flat glass chamfering. Background technique [0002] The machines currently used for chamfering glass edges usually use traditional grinding heads. Most of the traditional grinding heads use fixed structures. When there are errors in the shape and position of the glass, the glass cannot be processed, and some kinematic mechanisms are used to correct these errors. Compensation, but the cost is high and the control is complicated; the traditional machine is generally equipped with two grinding heads, usually one grinding head needs to grind three edges of the glass, and the processing speed is low; the two grinding heads are connected in a vertical On the straight guide rail or column, the two vertical sides of the glass are processed. Since the processing requires the glass to be in a stopped state, when the machine is used for in-line work, the fro...

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Problems solved by technology

[0002] The machines currently used for chamfering glass edges usually use traditional grinding heads. Most of the traditional grinding heads use fixed structures. When there are errors in the shape and position of the glass, the glass cannot be processed, and some kinematic mechanisms are used to correct these errors. Compensation, but the cost is high and the control is complicated; the traditional machine is generally equipped with two grinding heads, usually one grinding head needs to grind three edges of the glass, and the processing speed is low; the two grinding heads are connected in a vertical On the straight guide rail or column, the two vertical sides of the glass are processed. Since the processing requires the glass to be in a stopped state, when the machine is used for in-line work, the front and rear of the machine need to be equipped with feeding and discharging sections to match the front and rear sections of the machine, which increases the To solve the problem of feeding, discharging and transition section, the machine occupies a large area, and the connection control program is complicated; the traditional machine processes the edge of the glass through the V-shaped grinding wheel installed on the two grinding heads, generally using V-shaped Grinding the grinding wheel, it is often necessary to dress the grinding wheel, the utilization rate of the grinding wheel is low, and the service life is short

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