Automated grinding and polishing equipment for processing plate type curved glass structural members

Abstract

The invention discloses automated grinding and polishing equipment for processing plate type curved glass structural members. The equipment comprises a work table, a bearing device which is used for bearing the structural members and arranged on the work table, and at least one grinding and polishing device which is arranged around the bearing device on the work table, wherein the grinding and polishing device comprises a rotating shaft I, at least one grinding wheel or polishing wheel which is mounted on the rotating shaft I, a first driving device which is used for driving the grinding wheel or the polishing wheel to rotate in a horizontal direction, and a regulating device which is used for regulating the position of the grinding wheel or the polishing wheel in horizontal and vertical directions. The invention provides the automated grinding and polishing equipment for processing the plate type curved glass structural members. The structure of the equipment is simple, and the equipment is convenient to operate; the grinding processing and the polishing processing can be performed on the structural members on the same equipment at the same time; and through automated processing of the structural members, the work efficiency is greatly improved, and the processing precision of the structural members is improved.

Description

technical field [0001] The invention relates to the field of glass processing, in particular to an automatic grinding and polishing equipment for processing flat-shaped special-shaped glass components. Background technique [0002] With the development of social economy and the improvement of residents' living standards, the focus of consumers on home appliances and household facilities has gradually shifted from purely practicality to comprehensive consideration of practicality, environmental protection, energy saving, aesthetics and other aspects. That is to say, taking kitchen facilities, such as range hoods and stoves as an example, the original range hoods and stoves are mostly made of all-metal materials, while the existing kitchen facilities have increasingly adopted hardness and wear resistance. Tempered glass material with more advantages in appearance, appearance and comprehensive cost. [0003] In order to manufacture molded products made of various glass materia...

AI Technical Summary

Problems solved by technology

[0006] First, the above-mentioned process has the defects of processing size and precision. In this process, workers need to place the glass blank to be processed on the carrier, make it rotate horizontally, and then push the grinding wheel to grind it into shape, which is not difficult. It is understood that in the process of placing the glass blank, it is difficult to ensure that the center of the blank coincides with the center of the vehicle carrying the blank for horizontal rotation, which will easily cause a large error in processing accuracy; The process of the blank is completely dependent on the manual operation of the grinding wheel by the worker, and the size and shape of the grinding shape are also prone to errors;

[0007] Second, the existing glass grinding and forming equipment has a single function, and can only complete the grinding and forming of plate glass blanks, so it can only transfer the ground glass blanks to another dedicated automatic grinding machine. Polishing equipment is used to complete the polishing process. Since the grinding wheel cannot be replaced with a polishing wheel, it is impossible to complete the grinding, forming and polishing work on the same equipment;

[0008] Third, the existing glass grinding and forming equipment is only provided with one grinding wheel, which means that if each side of the glass blank to be processed needs to be ground into shape, it is necessary to continue grinding on the other side after grinding one side. Forming, it is impossible to grind and form each side at the same time, and the process efficiency is low;

[0009] Fourth, as mentioned above, the existing processing t

Images