Gear turntable rack camera shooting step pressing plate titanium alloy glass detection system

Abstract

The invention relates to a tempered glass test check system, in particular to a gear turntable rack camera shooting step pressing plate titanium alloy glass detection system. As the improvement, a transmission gear is fixed to a table plate rotating shaft on one side and matched with a manual gear, the manual gear is fixed to a manual wheel shaft in a rotatable mode, a wheel shaft flange is arranged at the inner end of the manual wheel shaft, the wheel shaft flange is fixed to the outer side face of a corresponding supporting side plate, a shaft clamping spring is arranged at the outer end of the manual wheel shaft and located on the outer side face of the manual wheel shaft in a blocking mode, the outer side face of the manual gear is provided with a hand wheel step circle, a hand wheel transverse rod is fixedly connected to the hand wheel step circle, and a hand wheel crank handle is arranged at the outer end of the hand wheel transverse rod. The labor intensity needed for fragment detection is reduced, camera shooting is carried out, and a fragment image is transmitted to a computer processing center; the system is particularly suitable for mass glass detection processing, and can be applied and popularized in relevant production enterprises and detection technical organizations; by applying a rotary impact device, hammer driving strength is consistent all the time, and it is ensured that crushing tests are normative and unified.

Description

Technical field [0001] The invention relates to a toughened glass test and inspection system, in particular to a test and inspection system equipped with an industrial camera instead of a manually operated gear turntable, rack and pinion camera, stepped pressure plate titanium alloy glass detection system. Background technique [0002] The fragment state test is a content of the mechanical performance test. The purpose of the test is to evaluate the possibility of injury caused by the fragments when the safety glass is broken. my country is the same as Japan and the European Community in terms of the safety glass testing methods and results. In the process of shard state inspection, it is necessary to record the number, shape and size of the shards in the 50mm×50mm square that meets the requirements after the sample glass is broken. Due to the irregular shape and large number of fragments produced after the glass is broken, manual methods are currently used to observe, identify ...

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: 201420595067.X, test device for tempered glass shards, proposed some new methods and measures to deal with the pressure plate of brittle glass, but it is still impossible to adjust any size, and it is impossible to make the four sides of the pressure plate all on the same plane superior

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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