A material cross-platform diversion device

Abstract

The invention discloses a cross-platform material shunting device which comprises a material distributing mechanism, material receiving mechanisms, a rising and falling mechanism and a control device. The material receiving mechanisms are arranged in the material distributing mechanism, the top of each material receiving mechanism is higher than that of the material distributing mechanism, the rising and falling mechanism is arranged at the bottoms of the material receiving mechanisms to enable the material receiving mechanisms to rise and fall, and the control device controls rising and falling of the rising and falling mechanism. When materials arrive at the material receiving mechanisms, the rising and falling mechanism enables the material receiving mechanisms to fall, the materials fall on the material distributing mechanism, a material distributing driving device drives rollers of the material distributing mechanism to rotate forwards or rotate reversely to enable the materials to be moved away towards the different directions, and therefore material distributing is achieved; the cross-platform material shunting device can be arranged between two logistics platforms, has the effect of a connecting link between the preceding and the following and can distribute the materials of the last logistics platform and deliver the materials to the next logistics platform, and therefore cross-platform material shunting is achieved.

Description

Technical field [0001] The invention belongs to the technical field of logistics equipment, and specifically relates to a material cross-platform shunt device. Background technique [0002] In the logistics industry, roller conveyors are often used as conveying vehicles for material transportation, especially to transport various boxes. Usually, the number of boxes to be transported is large, so materials are often placed side by side in two rows for simultaneous transportation during transportation. , In order to achieve the purpose of improving transportation efficiency. In the actual logistics process, the situation is often more complicated. For example, two rows of materials that are transported at the same time need to be diverted at a designated location, and they are transported to different directions, and then continue to be transported on other platforms, during which the box passes through multiple transport platforms. For example, after the boxes arrive at the desig...

AI Technical Summary

Problems solved by technology

However, at this time, the box is required to be transported smoothly when crossing different platforms, and the box cannot be tilted or dumped, otherwise it will affect the stacking of the box by the palletizer, and seriously hinder the operation of the palletizer

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