Multi-station scattered mold conveying device

Abstract

The invention discloses a multi-station scattered mold conveying device mainly comprising a support, a cylinder seat, cylinders, positioning racks, positioning pins, a sliding seat, a guide rail, a push plate, a push rod, a transmission mechanism and a motor. The multi-station scattered mold conveying device is characterized in that the motor is connected on the support; rotary power is converted to straight line power to be conveyed to the push rod by the transmission mechanism; the push rod is connected with the push plate; the sliding seat and the guide rail are respectively installed on the support; the push plate is driven by the push rod to do straight line reciprocating movement in the sliding seat; an upper mold station hole and a lower mold station hole are arranged at both ends of the support; a plurality of operation mold station holes are designed between the upper mold station hole and the lower mold station hole according to technological requirements; the push plate of the operation mold station holes is provided with station positioning holes; the station positioning holes are matched with the positioning pins to position molds; the cylinder seat is connected on the push plate; cylinders are connected on the cylinder seat; the cylinder seat and the cylinders move together with the push plate; cylinder rods of the cylinders are connected with the positioning racks; and the cylinder rods stretches to drive the positioning racks and the positioning pins to move.

Description

technical field [0001] The invention relates to mechanical handling technology, in particular to a multi-station scattered mold conveying device, which is controlled by the expansion and contraction of a motor push rod and the positioning of a cylinder, and is mainly used for conveying various scattered molds in the machinery industry. Background technique [0002] In some current automated production lines, it is necessary to position each dispersed mold at the same time to achieve the precision required by the process and improve production efficiency. If the molds are only discharged onto the guide rail one by one, and the thrust is only applied to the first mold, due to the existence of inertia, it is difficult to achieve precise positioning of multiple molds at the same time, and the molds cannot travel in reverse, making it difficult to accurately position multiple stations. If mold is fixed on the slidable guide rail or on the rotatable roulette, makes mold and guide ...

AI Technical Summary

Problems solved by technology

If only the molds are discharged onto the guide rail one by one, and the thrust is only applied to the first mold, due to the existence of inertia, it is difficult to achieve precise positioning of multiple molds at the same time, and the molds cannot travel in reverse, making it difficult to accurately position multiple stations

If the mold is fixed on a slidable guide rail or a rotatable wheel, so that the mold and the guide rail or wheel move at the same time, the structure is quite complicated, the cost is high, the installation is difficult, and the promotion is unfavorable.

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