A device for detecting the thickness of a microcrystalline saw blade

Abstract

The invention provides a micro-barite saw blade thickness detection device, which comprises a base, a support rod and a splint. One end of the splint is welded with a sleeve, wherein the sleeve is sleeved on the outer side of the support rod, and the sleeve is connected with the splint through a reinforcement plate. One side of the sleeve is provided with a fixing bolt. The top of the base is welded with a support plate, and the top of the support plate is welded with a flat plate. The support plate and the flat plate are provided with clamp grooves, and the top of the base is welded with a second support rod. One side of the second support rod is provided with an amplifying device, wherein the amplifying device is welded on one side of the second support rod through a connecting rod. Thesecond support rod is clamped with a movable rod, and the top of the splint is provided with a groove. The top of the groove is provided with a nut, and the outside of the groove is carved with scalelines. The top of the nut is welded with a torsion plate. A datum line is arranged on one side of the scale. The micro-barite saw blade thickness detection device is reasonable in design, convenient in use and suitable for detecting the micro-barite saw blade thickness.

Description

technical field [0001] The invention relates to the field of detection equipment for microcrystalline saw blades, in particular to a thickness detection device for microcrystalline saw blades. Background technique [0002] Microcrystalline stone is a commonly used decoration material for home decoration. Microcrystalline stone is a material that is crystallized by firing at a high temperature similar to granite formation conditions. In terms of appearance and texture, the surface smoothness of the polished plate is much higher than that of stone, and the more important feature is that its special microcrystalline structure allows light to be reflected from any angle through the diffuse reflection of fine microcrystalline particles. The light is evenly distributed to any angle, so that the board forms a soft jade texture, which is more crystal clear and soft than natural stone, making the building more colorful. Like the use of most decoration materials, when using microcryst...

AI Technical Summary

Problems solved by technology

In terms of appearance and texture, the surface smoothness of the polished plate is much higher than that of stone, and the more important feature is that its special microcrystalline structure allows light to be reflected from any angle through the diffuse reflection of fine microcrystalline particles. The light is evenly distributed to any angle, so that the board forms a soft jade texture, which is more crystal clear and soft than natural stone, making the building more colorful. Like the use of most decoration materials, when using microcrystalline stone for interior decoration, In order to be able to adapt to different decoration spaces, it is necessary to cut according to the needs of the site. Therefore, it is necessary to have microcrystalline saw blades in the decoration process. As the demand for microcrystalline stones increases, the consumption of microcrystalline stone saw blades will also increase. Increase or decrease, in the process of processing microcrystalline stone saw blades, the thickness of the processed microcrystalline stone saw blades must be inspected in order to take out the unqualified microcrystalline stone saw blades and make relevant improvements, so as to ensure the quality of the microcrystalline stone saw blades Production quality. The microcrystalline saw blade thickness detection devices currently used in the market generally have the advantages of easy portability, simple operation, flexible use, and low cost, which can meet most of the microcrystalline saw blade thickness detection needs. For most microcrystalline saw blade thickness detection devices, on the one hand, it is not convenient to detect the sawtooth thickness of the microcrystalline saw blade and the thickness of the frosted grain on the outer side of the microcrystalline saw blade, and it is impossible to guarantee the thickness of the microcrystalline saw blade. There is enough sawtooth thickness and frosted texture thickness to ensure the service life of the microcrystalline saw blade. On the other hand, it is impossible to detect the roundness and flatness of the microcrystalline saw blade. Because the microcrystalline saw blade is relatively strict, Therefore, once the roundness and flatness of the microcrystalline stone saw blade are insufficient, it is easy to be damaged during work. On the other hand, it is impossible to quickly inspect the surface scratches of the microcrystalline stone saw blade. The working strength of the microcrystalline stone saw blade is relatively high. Once scratches appear on the surface, the scratches are easy to expand during the work, thereby reducing the working life and service strength of the microcrystalline stone saw blade.

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