Vacuum suction type wood strip inputting assembly for wood processing machine

Abstract

The invention relates to a vacuum suction type wood strip inputting assembly for a wood processing machine. A vacuumizing box and a wood strip conveying assembly are included; the wood strip conveyingassembly comprises a driving motor and a conveying belt; an output shaft of the driving motor is connected with a driving wheel, and the driving wheel drives the conveying belt to run through a transmission assembly; a conveying support is arranged on the top of the vacuumizing box, and the conveying belt and the transmission assembly are arranged on the conveying support; an air extracting portis formed in the top of the vacuumizing box, and an air outlet is formed in the bottom of the vacuumizing box; the conveying support is detachably arranged on the gas extracting port; the conveying belt closes the air extracting port through the conveying support, and is provided with air holes; and during vacuumizing, air enters an inner cavity of the vacuumizing box through the air holes in a conveying area, and then leaves through the air outlet, so that the portion, in the conveying area, of the conveying belt can generate an adsorbing effect. The vacuum suction type wood strip inputting assembly for the wood processing machine is convenient and fast to disassemble and operate, convenient to replace and maintain, reliable in conveying performance and high in universality and practicability.

Description

Technical field [0001] The invention relates to a wood processing machine, in particular to a vacuum suction type wooden strip input assembly for a wood processing machine. Background technique [0002] In the existing belt transmission mechanism, the transmission belt is driven by the corresponding motor through the roller to achieve the transmission effect. During the transmission process, the workpiece is often directly placed on the belt without any positioning device to position it, which may cause the workpiece to be affected. External influences produce deviations, and slipping occurs easily between the workpiece and the belt. In addition, the existing transmission mechanism is generally assembled on the machine body in a non-detachable manner, resulting in troublesome routine maintenance of the transmission mechanism; specifically, since the transmission belt is a vulnerable part and needs to be replaced / maintained regularly, this non-detachable structure is not Conduciv...

AI Technical Summary

Problems solved by technology

[0002] In the existing belt transmission mechanism, the transmission belt is driven by the corresponding motor through the rollers to achieve the transmission effect. During the transmission process, the workpiece is often placed directly on the belt, and there is no positioning device for positioning it, which may cause the workpiece to be affected. Offset due to external influences, and slippage between the workpiece and the belt is prone to occur

In addition, the existing transmission mechanism is gen

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