Torque spanner with warning function
A torque wrench and functional technology, applied in the field of wrenches, can solve the problems of expensive wrenches and broken bolt heads, and achieve the effects of simple structure, avoiding excessive spring compression, and convenient use.
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Embodiment 1
[0039] Embodiment 1: as Figure 6-8 , the patent of the present invention is, for example, that the bolt specification is M10*1.5P, the bolt grade is 8.8, and the minimum breaking torque is set to 66N.m. , when the force is applied to the wrench from right to left, the bolt will give force to the torque ring from left to right, thereby driving the torque ring to rotate from left to right, and the rotation of the torque ring will drive the top block to rotate, so that the top block compresses the spring, When the force on the wrench gradually increases, the more the spring is compressed by the top block pair, the greater the rotational displacement of its torsion ring, and the indicating arrow will continuously move from left to right. Since there is an indicating plate under the indicating arrow, the position of the arrow will move When moving from the indication area of the force application range to the indication area of the force application range, stop exerting force....
Embodiment 2
[0040] Embodiment 2: as Figure 9-11 , the bolt specification is M10*1.5P, the bolt grade is 12.9, and the minimum breaking torque is set to 90N.m; When the force is applied from right to left, the bolt will give the torque circle a force from left to right, which will drive the torque circle to rotate from left to right, and the rotation of the torque circle will drive the top block to rotate, so that the top block will compress the spring. When it gradually increases, the more the spring is compressed by the top block pair, the greater the rotational displacement of its torsion ring, and the indicating arrow will continue to move from left to right. Since there is an indicating plate under the indicating arrow, the position of the arrow moves from the range where the force can be applied. When the indication area moves to the indication area of the non-appliable force range, it is necessary to stop exerting force. If you continue to exert force, the arrow position will mov...
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