Mountain rock cutting device

Abstract

The invention discloses a mountain rock cutting device. The mountain rock cutting device comprises a machine body, a fixing unit, an inner machining unit, an outer machining unit and a driving unit; the machine body is provided with a working side facing rock; a working space is defined by the fixing unit between the working side and the rock; a containing cavity is formed in the working side of the inner machining unit; the inner machining unit is arranged in the containing cavity and can stretch out of or be contained in the containing cavity; the outer machining unit is arranged on the machine body; the outer machining unit can move relative to the machine body so as to have a first position located in the working space and a second position located outside the working space; and when the outer machining unit is located at the first position, the projection, facing the working side, of the working space of the outer machining unit covers the inner machining unit. After one-time fixing, the cutting device automatically completes complete cutting work, the position of the whole machine does not need to be manually adjusted in the cutting process, therefore participation of workers in the cutting process is reduced, the labor intensity of the workers is relieved, and the cutting efficiency is improved.

Description

technical field [0001] The application belongs to the technical field of mountain rock cutting equipment, and in particular relates to a mountain rock cutting device. Background technique [0002] The use of rocks is of great significance in human evolution. With the development of society, rocks have now been used in all aspects of people's lives, such as using rocks as building materials to build buildings, processing rocks into handicrafts, etc. , the rock also needs to be tested. [0003] The acquisition of rock is usually quarried in the mountains in the wild, and the rock is composed of one or several minerals and natural glass, and has a stable shape as a solid aggregate, so the texture is hard. [0004] Existing rock mining and cutting methods usually use crushing excavation, manual mining, etc., and staff are often required to accompany the operation during cutting work. However, the environment in the wild is complex and changeable, and the mountain where the rock...

AI Technical Summary

Problems solved by technology

[0004] The existing rock mining and cutting methods usually adopt crushing excavation, manual mining, etc., and staff are often required to accompany the cutting work, and the field environment is complex and changeable, and the mountains where rocks are mined are usually relatively steep, requiring manual manipulation. The device is extremely inconvenient to mine, and the workload and difficulty of the work are relatively large. In the process of cutting the rock, many rock debris will be splashed, which further affects the operation of the staff.

[0005] In addition, when cutting and mining, sometimes it is necessary to process and cut the inside of the rock. Although cutting equipment is used for cutting, it is still necessary to manually adjust the position, posture and cutting angle of the equipment frequently to meet different cutting needs.

Therefore, during the entire cutting process, frequent manual intervention is required, which undoubtedly increases the workload of the staff and affects the cutting efficiency

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