Pluggable lockpin hydraulic rotary table bearing clamping plate copper alloy glass testing system

Abstract

The invention relates to a tempered glass testing system and provides a pluggable lockpin hydraulic rotary table bearing clamping plate copper alloy glass testing system. A lower port of a cullet guide device falls in an upper port of a cullet collecting vehicle. As an improvement, a supporting bottom plate is fixed to the lower end of a broken notch, a T-shaped guide rail is arranged in the center of the lower plane of the rear end of a testing table board, and a hydraulic lifting mechanism is arranged between the T-shaped guide rail and the supporting bottom plate; an impact upright column is arranged on the upper plane of a supporting side plate on one side, and a cylinder impactor is fixed to the impact upright column in a sliding mode; a hydraulic stretching cylinder is combined with the T-shaped guide rail to drive the testing table board to swing and rotate, and cullet removal is facilitated; through cooperation of the cullet guide device and the cullet collecting vehicle, it is guaranteed that cullet does not scatter; by means of the cylinder impactor, the strength of hammering at each time is consistent, and it is guaranteed that breaking test standards are uniform; a bearing on each edge is in sliding fit with a rolling bearing on a clamping plate on the same plane and an adjacent bearing sliding groove, and tempered glass with different widths can be continuously and randomly adjusted.

Description

technical field [0001] The invention relates to a test and inspection system for tempered glass, in particular to a hydraulic turntable bearing that can be enlarged or reduced around the splint, can be turned over by using a hydraulic mechanism, and is equipped with a cylinder impactor to test glass performance indicators. Plywood Copper Alloy Glass Inspection System. Background technique [0002] Fragmentation test is a main way to detect the quality of tempered glass. According to the requirements of national standards, after the 3mm thick tempered glass is broken, the fragments in any 50*50mm should be more than 30 pieces, and the 4mm~12mm thick tempered glass is broken. Fragments within any 50*50mm should be larger than 40 pieces, and a small amount of long fragments are allowed, the length of which should not exceed 75mm. The direction of the strip-shaped fragments should be roughly parallel to the edge of the glass. If they are not parallel, the included angle shoul...

AI Technical Summary

Problems solved by technology

This method is not only inconvenient to operate, it takes a long time, and the tape is a disposable product, which is easy to cause waste and pollution, and the tape residue on the test bench must be removed after each test to remove the broken glass, otherwise , the remaining glass fragments will affect the next experimental test operation

At the same time, the adhesive tape is also likely to be broken by the force of the tempered glass explosion, causing the operator to be injured. Therefore, it is very necessary to improve the tempered glass fragment test device

[0004] Chinese patent application number: 2009203050079, tempered glass falling ball test bench, in order to solve the problem of glass fragments splashing everywhere when tempered glass is used for experiments, the method of supporting frame box is adopted, although it can effectively remove glass fragments, it is inconvenient to read glass fragments , and the installation efficiency of continuous multi-piece tempered glass is low

[0005] China's other patent application number: 201420595067.X, tempered glass shard state test device, proposed some new methods and measures to deal with brittle glass splints, but it is still impossible to adjust any size, and it is impossible to make the four sides of the splints all in the same on flat surface

At least one side of the patent must not be in contact with the test bench surface

What is referred to as the suspended retaining wall 5 in the embodiment cannot be in contact with the base 1 simultaneously with other three-sided retaining walls, so the retaining piece 4 has to be used to make up the gap between the suspended retaining wall 5 and the base 1, resulting in four Uneven surrounding force

In addition, the width of the baffle 4 itself is fixed, and only multi-piece splicing can be used, and continuous changes of different widths cannot be achieved.

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