Vertical automatic closing machine

Abstract

The invention discloses a longitudinal automatic plate stacker which comprises a single plate receiving table. The stacker is characterized in that an automatic plate collecting device is arranged above the single plate receiving table, the automatic plate collecting device comprises a control system, a supporting frame, a front pushing rod device, a rear baffle, left pushing plate devices and right pushing plates, the front pushing rod device, the rear baffle, the left pushing plate devices and the right pushing plates are controlled by the control system, two pairs of parallel transverse bracings are transversely arranged at the upper end of the supporting framework, the front pair of transverse bracings is provided with the front pushing rod device corresponding to the front end of the single plate receiving table, the rear pair of transverse bracings is provided with the rear baffle corresponding to the rear end of the single plate receiving table along a center mirror image, the left pushing plate devices are arranged at the positions, corresponding to the left end of the single plate receiving table, on the left sides of the two pairs of the transverse bracings respectively, and the right pushing plates are arranged at the positions, corresponding to the right end of the single plate receiving table, on the right sides of the two pairs of the transverse bracings respectively. The longitudinal automatic plate stacker has the advantages of being novel in structure, convenient to use, low in labor cost, high in work efficiency, low in labor intensity, high in automation degree, stable in operation and the like.

Description

technical field [0001] The invention relates to the technical field of a veneer processing production line, in particular to a longitudinal automatic board receiving machine used in a veneer processing production line. Background technique [0002] At present, due to the rough surface of the existing veneer after rotary cutting, in order to improve the smoothness of both sides of the veneer, it needs to be polished with a sander. Stack on the lifting platform, then lift the lifting platform to the sand sawing production line with an aerial crane, manually push a single veneer to the roller conveyor line, and then transport the veneer to the sander or sawing machine through the roller conveyor line After processing, the processed veneers are manually lifted from the roller conveying line one by one and stacked on the lifting platform. The substantial disadvantages are: high labor cost, high production cost, low work efficiency, and labor intensity of operators. Big. Conten...

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Problems solved by technology

[0002] At present, due to the rough surface of the existing veneer after rotary cutting, in order to improve the smoothness of both sides of the veneer, it needs to be polished with a sander. Stack on the lifting platform, then lift the lifting platform to the sand sawing production line with an aerial crane, manually push a single veneer to the roller conveyor line, and then transport the veneer to the sander or sawing machine through the roller conveyor line After processing, the processed veneers are manually lifted from the roller conveying line one by one and stacked on the lifting platform. The substantial disadvantages are: high labor cost, high production cost, low work efficiency, and labor intensity of operators. Big

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