Diamond string bead wire saw

Abstract

The invention provides a diamond string bead wire saw. The diamond string bead wire saw comprises a vertical lifting device, a flywheel driving device, a hydraulic tensioning device, a rotation adjusting device and a moving device. The components of all the devices exist independently, installation and maintenance are convenient, the structural distribution of the components of the devices is reasonable, and the whole diamond string bead wire saw is compact in structure, small in structural size and small in occupied area. Through lifting control of the vertical lifting device, rotation adjustment of the rotation adjusting device and front-and-rear movement of the moving device, the diamond wire saw cuts stone in a multi-angle and multi-dimension manner, special-shaped cutting can be effectively achieved, the components of all the devices are controlled by an electric control console, integrated control is achieved, control operation is easy, and the special-shaped cutting efficiency is high.

Description

technical field [0001] The invention relates to the technical field of wire saw machines, in particular to a diamond beaded wire saw machine. Background technique [0002] Diamond wire saw machine is a kind of equipment that uses high-speed linear movement of diamond wire saw to cut materials. It is suitable for cutting and processing various hard materials. It is mainly used in stone mining, construction, plate cutting and forming cutting processing and other fields. The existing diamond beaded wire saw machine includes a frame, a workbench, a flywheel drive, a wire saw blade and an electrical control system. A closed-loop connection is formed between the driving devices, and the electric control system controls the flywheel driving device to drive the wire saw blade to perform linear motion to cut stone. Wherein, the existing flywheel driving device usually includes a driving flywheel, a driven flywheel and a motor. The wire saw blade drive is wound between the driving fl...

AI Technical Summary

Problems solved by technology

Wherein, the existing flywheel driving device usually includes a driving flywheel, a driven flywheel and a motor. The wire saw blade drive is wound between the driving flywheel and the driven flywheel. Carry out linear motion for cutting. In the actual application process, the diameter of the driving flywheel and the driven flywheel have a single matching relationship with the height of the stone to be cut. Stones to be cut with different heights need to be replaced with different diameters of the driving flywheel and driven flywheel for matching. Cutting, cumbersome and laborious operation, greatly reduces the practicability of the existing diamond wire saw machine, and the larger the diameter of the driving flywheel and driven flywheel, the larger the size and weight of the specifications, the flywheel is not easy to process, and the processing cost is high. Not easy, the structure of the whole machine after the rack installation is large, the whole machine is bulky and complicated, and the whole machine occupies a large space; and the driving power demand for the large-volume driving flywheel and driven flywheel rotation is greater, and the power consumption is high, which is harmful to the rack. The requirements for structural stability are also higher, increasing the processing cost of the frame, and the balance stability of the large-volume single flywheel during the rotation process is reduced, which not only affects the cutting efficiency and quality, but also greatly reduces the safety factor, posing safety hazards; after frequent use Easily deformed and scrapped, high cost of use and low practicability

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