Convenient-to-move type fully-automatic grinding machine

Abstract

The invention discloses a convenient-to-move type fully-automatic grinding machine. The convenient-to-move type fully-automatic grinding machine comprises a switch power supply, a supporting plate anda power supply switch, and further comprises a photoelectric control circuit, a first control circuit, a second control circuit, a longitudinal moving mechanism, a load protecting mechanism, a turnover mechanism, a transverse moving mechanism and a grinding wheel mechanism, wherein the grinding wheel mechanism comprises a motor as well as a coarse grinding wheel, a fine grinding wheel, a movablerod and a control relay; the load protecting mechanism comprises a permanent magnet, an alternating-current power generating coil and a control sub circuit; the transverse moving mechanism comprises an electric telescopic pole, a linear bearing and a guide shaft; the longitudinal moving mechanism is an electric telescopic pole; the photoelectric control circuit comprises a photoelectric relay anda relay; the turnover mechanism comprises a motor reduction mechanism, a regulating device and a moving plate; and all parts are mounted on the supporting plate for electrically connecting power consumption parts. The convenient-to-move type fully-automatic grinding machine is intelligent, is small in size, is small in weight, is low in cost, is strong in adaptation, can realize coarse and fine grinding processing of parts once, reduces labor intensity of an operator, and improves working efficiency.

Description

technical field [0001] The invention relates to the field of machining equipment, in particular to a convenient mobile full-automatic grinding machine. Background technique [0002] Grinding machine is a widely used mechanical processing equipment, the main structure includes frame, PLC, motor drive mechanism, grinding wheel and so on. The existing grinding machines have the disadvantage of high price (generally as high as tens of thousands, hundreds of thousands, etc.), and because of their large size and heavy weight, they are all installed in fixed areas. In practical applications, when installing processing equipment in field construction At the same time, if it is necessary to grind the parts of a certain field equipment (such as installing mechanical equipment on site, a part of the mechanical equipment is too high to be installed on site, and part of it needs to be ground), then it is necessary to grind the parts Bring it back to the processing plant and process it w...

AI Technical Summary

Problems solved by technology

The existing grinding machines have the disadvantage of high price (generally as high as tens of thousands, hundreds of thousands, etc.), and because of their large size and heavy weight, they are all installed in fixed areas. In practical applications, when installing processing equipment in field construction At the same time, if it is necessary to grind the parts of a certain field equipment (such as installing mechanical equipment on site, a part of the mechanical equipment is too high to be installed on site, and part of it needs to be ground), then it is necessary to grind the parts Take it back to the processing factory and use a grinding machine for processing, which will bring inconvenience to the operators and is not conducive to improving work efficiency

[0003] Furthermore, due to the limitation of the structure of the existing grinding machine, only one kind of grinding wheel can be used to complete the grinding operation of the parts at a time. processing, then, the existing grinding machine can only carry out fine processing after the rough processing is completed, the coarse grinding wheel is removed and the fine grinding wheel is replaced. It brings inconvenience to use and is not conducive to improving work efficiency

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