Molybdenum alloy glass detection device with gear rotary table, aperture camera shooting assembly and bearing corner clamping plates

Abstract

The invention relates to a tempered glass test and check device, in particular to a molybdenum alloy glass detection device with a gear rotary table, an aperture camera shooting assembly and bearing corner clamping plates. A bearing corner clamping plate assembly is fixed on the upper plane of a test rotary table; a rotary impactor is slidably fixed to an impact cross rod; as an improvement, a transmission gear matches with a manual gear; the manual gear is rotatably fixed to a manual wheel shaft; a shaft clamp spring blocks the outer side surface of the manual wheel shaft; a hand wheel cross rod is fixedly connected to the stepped circle of a hand wheel; a hand wheel crank handle is further arranged at the outer end of the hand wheel cross rod; the transmission gear is fixed to a gear section of a rotary shaft; an aperture camera shooting oblique long handle is arranged on an aperture camera shooting rotary plate of the aperture camera shooting assembly; a horizontal aperture frame and a vertical cross arm camera shooting frame are arranged at the outer lower end of the aperture camera shooting oblique long handle; a camera end is arranged at the upper outer end of the vertical cross arm camera shooting frame; an industrial camera is arranged on the lower front surface of the camera end; and a round fluorescent tube is arranged on the horizontal aperture frame. By applying the rotary impactor, the hammer driving force each time is consistent and crushing tests are ensured to be normalized and unified.

Description

technical field [0001] The invention relates to a tempered glass test and inspection device, in particular to a test and inspection device equipped with an aperture camera assembly instead of a manually operated gear turntable aperture camera bearing corner splint molybdenum alloy glass inspection device. Background technique [0002] G0rd0nGaileG published an article "AutomatedGlassFragmentati0nAnalysis" in 1996, which discussed the detection algorithm of glass fragments. This document involves two key technologies: (1) image acquisition technology. Under a piece of photosensitive paper imaged by glass shards, light sources were applied from two different angles, and an original digital image of the shadow of the crack line of the shards was collected. In this way, due to the use of light sources at different angles, the two images collected must be different. In one of the images, the position of the inconspicuous seam line due to lighting may be more obvious in the oth...

AI Technical Summary

Problems solved by technology

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 the frame box is adopted. Although the glass fragments can be collected effectively, it is inconvenient to read the glass fragments. , and the installation efficiency of continuous multi-piece tempered glass is low

Due to the diversity of automobile designs, the glass on the corresponding car is becoming more and more complex. The shape of the glass is often not square or rectangular, but parallelogram or trapezoidal. Uniform fixing equipment, only use scotch tape or other methods to restrain the glass perimeter, or cover a layer of film on the tempered glass to prevent glass fragments from splashing

At the same time, the adhesive tape is also likely to be broken by the force of the tempered glass explosion, resulting in injury to the operator. Therefore, it is necessary to improve the test equipment for tempered glass fragments

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