Full-automatic unmanned intelligent anchor cable blanking machine

Abstract

The invention provides a full-automatic unmanned intelligent anchor cable blanking machine. A pair of main feeding pressing wheels correspondingly arranged up and down or left and right are mounted onan operating table in a relatively-rotating manner, one main feeding pressing wheel is in transmission connection with a hydraulic motor, a hydraulic station motor and an electromagnetic valve set are fixedly mounted on a hydraulic pump station, a cutting mechanism comprises a cutting machine and a cutting hydraulic cylinder, the cutting hydraulic cylinder is in control connection with the hydraulic pump station, and the cutting machine and the cutting hydraulic cylinder are both fixedly connected to the operating table. The cutting machine is provided with a handle, a tension spring is connected between the handle and a telescopic arm of the cutting hydraulic cylinder, and anchor cables pass through the revolution path of a saw web of the cutting machine. The anchor cable blanking machine further comprises a fixed-length sliding way. The fixed-length sliding way comprises a blanking support, a transversely-arranged fixed shell is fixedly connected to the blanking support, a movable shell is hinged to the outer face of the fixed shell, the anchor cables stretch into the space formed by the fixed shell and the movable shell, and after the movable shell rotates relative to the fixedshell, an opening formed by the space between the movable shell and the fixed shell is downward.

Description

technical field [0001] The invention relates to a mining device, in particular to a fully automatic unmanned intelligent anchor cable cutting machine. Background technique [0002] In the production process of the mine, the use of anchor cables is very large. The newly incoming anchor cables are coiled into discs. The weight of the entire anchor cable disc is generally more than 3 tons, and the overall size is generally ф750×ф1500×800 ( mm), during the processing of the anchor cable parts, due to the heavy weight of the anchor cable disc, which is relatively heavy and difficult to operate, it is easy to fall off during the anchor cable removal process, the processing process is time-consuming and laborious, and there are great unsafe factors. It is difficult to process finished parts required for production in a short period of time. The specific operation is that in the process of processing, four operators are required to cooperate in an assembly line. One of them needs t...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the mine, the use of anchor cables is very large. The newly incoming anchor cables are coiled into discs. The weight of the entire anchor cable disc is generally more than 3 tons, and the overall size is generally ф750×ф1500×800 ( mm), during the processing of the anchor cable parts, due to the heavy weight of the anchor cable disc, which is relatively heavy and difficult to operate, it is easy to fall off during the anchor cable removal process, the processing process is time-consuming and laborious, and there are great unsafe factors. It is difficult to process finished parts required for production in a short time

The specific operation is that in the process of processing, four operators are required to cooperate in an assembly line. One of them needs to manually pull the free end of the anchor cable, which is very laborious. The other operator measures each piece of anchor cable, which will cause problems. large measurement error

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