Edging cutting device with grinding angle capable of being freely adjusted

Abstract

The invention relates to the technical field of architectural ceramic processing equipment, and provides an edging cutting device with the grinding angle capable of being freely adjusted. A beam, a processing transmission device, a main power device, a power transmission device, a clutch, a belt wheel transmission device, a processing grinding device, an adjustment plate, a belt wheel reducer anda regulating hand wheel are included, the main power device is used for driving the processing transmission device; the processing transmission device drives the belt wheel transmission device to rotate through the clutch; the belt wheel transmission device is used for driving the processing transmission device to move; the processing transmission device and the regulating hand wheel are arrangedin two input ports of the belt wheel reducer correspondingly, and both can input power to drive the processing transmission device to move; the processing transmission device is used for driving the processing grinding device to move; the processing grinding device is used for grinding ceramic bricks; and the adjustment plate is arranged on the upper part of the processing transmission device, theadjustment plate and the processing transmission device are fixed through a plurality of groups of bolts, the groups of bolts are loosened to release fixing of the processing transmission device andthe adjusting plate, and the adjustment plate is rotated to adapt to the processing angle.

Description

technical field [0001] The invention relates to the technical field of peripheral processing equipment for daily-use architectural ceramics, in particular to an edge grinding and cutting device capable of freely adjusting the grinding angle. Background technique [0002] Existing ceramic bricks are fired and formed, and better brick edge quality is obtained after grinding, and this process is obtained by manually adjusting the feed rate of the edging wheel from time to time to ensure that the bricks meet the size inspection standard , The manual labor intensity is high, the technical level of the operator directly affects the product quality, and the dependence on personnel is large, which makes the labor cost of the enterprise high. In response to this demand, an automatic feeding device is urgently needed to solve the current predicament. [0003] Because the prior art requires multiple groups of cutting grinding heads to simultaneously feed and grind ceramic tiles or wit...

AI Technical Summary

Problems solved by technology

For example, the 650 type 48+4 edging machine needs 48 edging and cutting devices. If the disclosed automatic feed grinding device is adopted, 48 feed motors are required to meet the requirements, so the product cost is high

[0004] In addition, due to the different shapes of the existing ceramic tiles, it brings trouble to the processing, and most automatic grinding machines can only be used to process ceramic tiles at a certain angle, and cannot be applied to the processing of various types of ceramic tiles

Although, in the prior art, many manufacturers prefer to retain the grinding machine with manual feeding. Although it can process ceramic tiles with complex shapes, its processing efficiency is very low, and it cannot be applied to the grinding production of large quantities of ceramic tiles.

Of course, there are also grinding machines in the prior art that have manual feeding and automatic functions and can freely adjust the processing angle, but their structure is quite complicated, the cost is high, and the control is troublesome, which brings certain troubles to the manufacturer.

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