A continuous processing machine tool for processing coal blocks into spherical structures

Abstract

The invention discloses a continuous type machining machine tool for machining coal briquettes into a spherical structure. The continuous type machining machine tool for machining the coal briquettesinto the spherical structure comprises a machine tool frame. The machine tool frame comprises a first conveying mechanism, a coal briquette primary screening mechanism, a second conveying mechanism, acoal briquette crushing mechanism, a third conveying mechanism, a primary centrifugal dewatering mechanism, a fourth conveying mechanism, an air compressing mechanism, a fifth conveying mechanism anda spherical forming mechanism. The spherical forming mechanism comprises a pressure cylinder. A seal sliding groove is formed in the pressure cylinder. A compression plate is arranged in the seal sliding groove. A supporting frame is arranged on the compression plate. A hydraulic lifting mechanism is arranged on the supporting frame. The hydraulic lifting mechanism is connected with squeezing briquettes arranged on the compression plate. The bottom of the pressure cylinder is provided with spherical die grooves. An arrangement chamber is arranged below the spherical die grooves. The continuous type machining machine tool for machining the coal briquettes into the spherical structure greatly improves the dimension precision and shape precision of the spherical structures which the coal briquettes are machined into, improves the surface compactness of the spherical coal briquettes, improves the utilization efficiency of fuel, has good safe use performance and meets actual use requirements.

Description

technical field [0001] The invention specifically relates to a continuous processing machine tool for processing coal blocks into spherical structures, and belongs to the technical field of processing machine tools. Background technique [0002] Machine tool processing refers to the processing of raw materials with machine tools. The cutting process of machine tools is realized by the relative motion between the tool and the workpiece. Its motion can be divided into two types: surface forming motion and auxiliary motion. The surface forming movement is the movement that makes the workpiece obtain the required surface shape and size, which includes main movement, feed movement and cutting movement; the main movement is the movement that plays a major role in stripping excess material from the workpiece blank, which can be the workpiece The rotary motion (such as turning), linear motion (such as planing on a planer), or the rotary motion of the tool (such as milling and drilli...

AI Technical Summary

Problems solved by technology

At present, in the prior art, machine tools that process coal blocks into spherical structures generally have large deviations in processing size accuracy and shape accuracy, and the surface quality of coal block processing is loose, which is not conducive to the combustion of coal blocks, resulting in insufficient fuel combustion, etc. problem; at the same time, the production efficiency of this processing machine tool in the prior art is on the low side, and continuous processing cannot be realized, resulting in higher production costs, etc.

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