Electric jacking and transferring machine and method thereof

Abstract

The invention provides an electric jacking and transferring machine and a method thereof. An electric driving jacking and multi-wedged pulley transferring structure and a using method thereof are adopted to improve the layout and control way of a driving and transmission structure, further improve the control precision and the loading capacity of the whole jacking and transferring machine, effectively improve the one-time in-place rate of cargo transferring, and eliminate the limitation of an air source and realize dual-way transferring operation. The transferring machine is provided with a transferring assembly and a jacking assembly which are mounted on a conveyor line. The transferring assembly comprises a guide pillar, a guide wheel and a transferring bracket; the guide pillar is mounted on a jacking base; the transferring bracket is used for connecting a transferring electric roller with a transferring pulley component; the jacking assembly comprises at least one group of electricrollers mounted on a base and a vertically arranged linear bearing; and cams are separately connected to the end parts of two sides of the electric rollers.

Description

technical field [0001] The invention relates to a novel jacking and transferring machine and a method for using the same. Specifically, it adopts an electric jacking and multi-ribbed pulley two-way transferring control mode, and belongs to the field of logistics storage. Background technique [0002] At present, in the process of logistics warehousing and transportation, the equipment used for transporting and sorting goods usually includes a jacking transfer machine to realize the transportation and directional unloading of goods in the three-dimensional shelf or storage space. [0003] Existing pneumatic jacking and transfer machines usually use cylinders to drive the vertical movement of the transfer device. Using cylinders as the jacking power will inevitably depend on the air source, and the response speed between the transmission structures is relatively slow. There is a certain delay in the control, which leads to the decline of the overall control efficiency. Second...

AI Technical Summary

Problems solved by technology

[0003] Existing pneumatic jacking and transfer machines usually use cylinders to drive the vertical movement of the transfer device. Using cylinders as the jacking power will inevitably depend on the air source, and the response speed between the transmission structures is relatively slow. There is a certain delay in the control, which leads to the decline of the overall control efficiency

Secondly, the guide wheel assembly of the jacking device runs along the guide groove to provide guidance. In addition, the control accuracy of the pneumatic drive is not precise enough. After a long period of reciprocating lifting and lowering, it is easy to cause the lifting height to fail to meet the requirements, which will affect the subsequent transfer of goods one-time arrival rate

Moreover, the head and tail rollers of the transfer device use middle and high wheels to limit the occurrence of the belt deviation problem. It needs to be pre-locked before use, so it cannot realize bidirectional operation, that is, it cannot transfer goods in both directions, and accordingly reduces the top load. Improve the operating efficiency of the loader and increase the reserved installation space for equipment

In addition, the pneumatic jacking drive method cannot ensure that the driving force is evenly distributed on the lifting plane. When the load is heavy, it will cause the phenomenon of pinning between the transmission parts, which will lead to the existing pneumatic jacking and transferring. The load capacity of the machine is low, and the sorting efficiency is also low

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