Anti-vibration stone machining device

Abstract

The invention belongs to the field of stone grinding, and particularly relates to an anti-vibration stone machining device. The anti-vibration stone machining device comprises a machine head shell, ashaft A, a mounting head, a grinding piece, an electric drive module, a supporting wheel and the like, and the shaft A and the machine head shell rotate in the circumferential direction and are in sliding fit in the axial direction. After the relative position of the device and a stone plane is adjusted, the mounting head drives the shaft A to axially move along with pressing of the machine head in the stone plane direction and limitation of relative swing of the mounting head and the shaft A, a belt is further tensioned through movement of the shaft A, the torque, transmitted from the electric drive module, on the shaft A is increased, and therefore, the stone plane can be more effectively ground and polished by the grinding piece with the adjusted direction.

Description

technical field [0001] The invention belongs to the field of stone grinding, in particular to an anti-vibration stone processing device. Background technique [0002] Manual grinders are widely used in the polishing of stone surfaces because of their high grinding efficiency. [0003] When the grinding machine in the prior art is in contact with the stone, the high-speed rotating grinding piece will drive the grinding machine to vibrate under the action of the stone's rotation resistance, which will cause partial transitional grinding of the stone plane and cause discomfort to the operator. If the high-speed rotating grinding disc on the grinding machine is not parallel to the stone plane when it is in contact with the stone plane, the high-speed rotating grinding disc will generate relatively large vibrations under the resistance of the stone plane, and at the same time, the stone plane will partially The contact and the inclined grinding piece will grind out pits, which w...

AI Technical Summary

Problems solved by technology

[0003] When the grinding machine in the prior art is in contact with the stone, the high-speed rotating grinding piece will drive the grinding machine to vibrate under the action of the rotation resistance of the stone, which will cause partial transition grinding on the stone plane and cause discomfort to the operator

If the high-speed rotating grinding disc on the grinding machine is not parallel to the stone plane when it is in contact with the stone plane, the high-speed rotating grinding disc will generate relatively large vibrations under the resistance of the stone plane, and at the same time, the stone plane will partially The pits are ground out by the inclined grinding disc in contact, which affects the effect of the grinding machine on the stone surface grinding and reduces the efficiency of stone polishing

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