Horizontal ring cutter numerical control cutting device

Abstract

The invention relates to a horizontal ring cutter numerical control cutting device. The numerical control cutting device comprises a conveying mechanism, a gantry and a pressing support, wherein the conveying mechanism comprises a conveying support, and a working platform is arranged on the conveying support; the working platform is jointly composed of a rotating platform and a fixed platform which are distributed up and down, the rotating platform is driven by a rotating mechanism to rotate, and the fixed platform is driven by a horizontal moving mechanism to move; the gantry crosses the twosides in the width direction of the conveying support; and the pressing support comprises an upper pressing support, the upper pressing support is driven by a lifting mechanism to vertically ascend and descend, a plurality of pressing plates are arranged on the upper pressing support, and each pressing plate is driven by a following mechanism to move. The horizontal ring cutter numerical control cutting device has the advantages that due to the cooperation among the conveying mechanism, the gantry and the pressing support, not only can the deviation of sponge be avoided, but also the smooth rotation of the sponge can be ensured.

Description

technical field [0001] The invention relates to a sponge cutting device, in particular to a horizontal ring knife numerical control cutting device. Background technique [0002] Commonly used sponges are divided into three types according to their structure: high-density sponges, medium-density sponges, and low-density sponges. In the production process of sponge products, the produced foamed sponge is generally cut into required specifications on a cutting machine according to the needs of use. [0003] For example, in the patent CN208914238U, a sponge cutting machine with a limit device is mentioned, which includes a gantry frame, a base, and a limit mechanism. It is characterized in that the gantry frame is fixed on the base, and the limit The mechanism is fixed on both sides and the upper end of the gantry frame. The limit mechanism includes a mounting column, a fixing plate, a sleeve, an adjusting straight rod, a mounting plate, and a roller. The mounting column is fix...

AI Technical Summary

Problems solved by technology

[0004] Although the cutting machine in the above structure realizes the limit to the sponge, it still has certain defects: the upper limit mechanism for the limit on the upper side of the sponge is directly fixed on the gantry, that is, only when the sponge The sponge will be limited only when it passes through the gantry. In such a form of limit, when the sponge just enters the conveyor belt and before the sponge is cut and transported to the next process, there is no limit on the upper side of the sponge, so , when the sponge is transported, there may be a phenomenon of offset, and the offset of the sponge before cutting will affect the shape of the cut sponge, and the sponge after cutting will have a relative offset between the cutting layers , this deviation may be caused by the cutting knife belt during the cutting process, or it may occur during transportation, and no matter which case causes the deviation, it needs to be manually rearranged before it can continue to be transported to the next A process, very troublesome

[0006] Although the sponge cutting device with the above structure can realize the rotation of the sponge during the cutting process to achieve the purpose of cutting out different shapes of sponges, the rotating table is fixedly installed in the table, that is, the position of the rotating table is fixed. , it is necessary to wait for the sponge to move to the rotating table to drive the rotation of the sponge. However, in such a way, it is necessary to ensure that the sponge is completely moved to the rotating table to achieve smooth rotation of the sponge. Otherwise, if some of the sponge is on the table , when the rotating table rotates, there will be relative friction between the sponge and the table, which cannot ensure the accuracy of the rotating position of the sponge, thus affecting the shape of the cut sponge

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