Simple unpowered tile blank tire cutting machine

Abstract

The invention discloses a simple motorless tile billet cutting machine, aiming at providing a billet cutting equipment with the advantages of simple structure, easy manufacturing, power and labor saving property and improving work efficiency. Main points of the technical scheme are: thrust of clay-strips extruded out of a machine mouth is taken over to push a cutting frame movably arranged on a rectangle clay-strip bracket, so as to drive a cutter to move forward with the clay-strip in a synchronizing step; the forwardly moving cutter incises vertically and downwardly little by little under the control of an orbit, upper part of the orbit is lower at the front and higher at the rear; when the clay-strip is cut off, the cutting support, with the cutter, immediately returns to the former position and recovers by pull force of a postposition elastic band, then a small motor is started and a fast roller is driven by the small motor to operate and rapidly carry the cut-off clay-strip onto a cutting table; during the same period when the clay-strip is cut, a triangle pushing board is pushed to the left or to the right by a tripod at the front end of the cutting frame, wherein a bevel edge of the triangle pushing board is at behind, and a bevel edge of the tripod faces the cutting table; the clay-strips carried on the cutting table in the previous procedure in the forward moving process are pushed by the pushing board through a hob blade and steel wire arranged at the front part of the cutting table and are cut into monoblocks of adobe.

Description

technical field [0001] The invention relates to a kind of auxiliary mechanical equipment matched with the main machine in the production of brick and tile enterprises, more precisely and more specifically, it is used to cut the continuous mud strips extruded by the main machine during operation into individual bricks or tiles. A cutting machine for billets. Background technique [0002] In cutting strips, most brick factories today use manual work, that is, push-pull wire racks to cut back and forth or rotary steel wires to automatically cut strips. The cut surface of the former is oblique, and the cut surface of the latter is arcuate. All six surfaces must be flat, and the large surface of one of the six sides should be even. Therefore, cutting a piece of clay will more or less waste the mud head, usually one to two bricks. . [0003] Manual strip cutting is to use manpower to pull and push the steel wire frame at right angles to the direction of the mud strip. Each push ...

AI Technical Summary

Problems solved by technology

[0007] Its shortcoming has the following deficiencies except that its cutting power is very limited as mentioned above: In order to drive the machine bow 9 to run in the opposite direction and follow its cutting process, two main gears, namely gear 4 and gear 13, must be set. Even if the cutting steel wire can work normally, it is necessary to install the two sprockets and the chain, and the gear and the sprocket cannot be installed in the vacancy, and there must be a shaft and corresponding bearings and bearing seats to support it, which leads to higher manufacturing costs.

[0010] The above blank cutting machine must not only be equipped with an electric motor or an internal combustion engine as the cutting power (except for the strip feeding power), but also requires an employee to step on the pedal once every time a mud strip is cut. Either the rickshaw is lifted manually and the labor intensity is high, or the rickshaw is changed from back to front to pass under the billet cutting table and the equipment investment is large and the site occupies a wide area.

Secondly, every time one or two mud strips are cut, oil must be applied to the push plate and the blank cutting table, and there are also disadvantages such as relatively complicated structure and high manufacturing cost.

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