Manual-automatic integrated feed edge grinding cutting machine

Abstract

The invention relates to the technical field of peripheral processing equipment for daily-use architectural ceramics. A hand-automatic integrated feed edging and cutting machine, including a crossbeam, a processing transmission device, an active power device, a power transmission device, a clutch, a pulley transmission device, a processing and grinding device, a pulley reducer and an adjustment handwheel; The processing transmission device, main power device, power transmission device, clutch, pulley transmission device, processing grinding device and pulley reducer are all installed on the beam; the main power device is used to drive the processing transmission device; the processing transmission The device drives the pulley transmission device to rotate through the clutch; the pulley transmission device and the adjustment hand wheel are arranged at the two input ports of the pulley reducer, and the pulley reducer outputs power to the processing transmission device, and the pulley transmission device and The adjustment handwheel can be used to process the movement of the transmission device independently; the processing transmission device is used to drive the processing and grinding device to move; the processing and grinding device is used to grind ceramic tiles.

Description

technical field [0001] The invention relates to the technical field of peripheral processing equipment for daily-use building ceramics, stone materials, and glass, and in particular to a hand-automatic integrated feed edging and cutting machine. 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] When the existing ceramic tile grinding machines grind ceramic tiles, most of them use automatic grinding machines, and a ...

AI Technical Summary

Problems solved by technology

[0003] When the existing ceramic tile grinding machines grind ceramic tiles, most of them use automatic grinding machines, and a small number of production factories still use manually adjustable feed grinding machines. These two types of grinding machines are both Some functions for ceramic tile grinding are limited

For example, automatic grinding machines are not suitable for cutting ceramic tiles with small grinding volume or complex shapes; while grinding machines with manual feed adjustment are not suitable for grinding production of large quantities of ceramic tiles

Of course, there is also a grinding machine with manual feeding and automatic functions in the prior art, but its structure is quite complicated, the cost is high, and the control is troublesome, which brings certain troubles to the manufacturer.

[0004] Thereby it is necessary to improve the situation that the grinding machine in the prior art has high cost, complex structure, single function and troublesome control

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