High-speed jacking and transferring control method

Abstract

The invention discloses a high-speed jacking and transferring control method. A transferring machine is integrally nested in a conveying line without changing the distance between the conveying line structure and a roller. A jacking drive and a transferring transmission part are integrated in a lower assembly, and therefore the using method that main line conveying is in a belt type, and sorting motion is in a roller type is achieved, and the design aims that the structure is compact, field conveying line installation and layout are facilitated, the weight of a jacking assembly is reduced, high-speed transferring and sorting are achieved, and the whole machine jacking stability and sorting efficiency are improved are achieved. The high-speed jacking and transferring machine comprises the jacking assembly, a belt conveying assembly and the jacking drive and conveying assembly which are stacked and connected in the vertical direction. The jacking assembly is provided with an electric roller and a plurality of sets of driven rollers, wherein the electric roller and the driven rollers are arranged in a roller installing base. The belt conveying assembly comprises a plurality of sets ofbelt conveying pieces, and the arrangement direction of each set of belt conveying pieces is kept parallel to the conveying direction of the main line conveying line.

Description

technical field [0001] The invention is a high-speed jacking and transferring control method realized by applying a new type of jacking and transferring machine, specifically adopts a two-way conveying control mode of an electric jacking roller transfer assembly and a ribbed pulley, 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] For example, the domestic patent application with the following content disclosed earlier, the application number is CN201910895681.5, and the name is electric jacking and transfer machine and its method. The solution includes a transfer assembly and a jacking assembly installed on the conveyor line. The transfer assembly includes a ...

AI Technical Summary

Problems solved by technology

[0004] The existing technology described in the above scheme has the following disadvantages: 1. The transfer assembly and the jacking assembly are installed below the roller machine of the conveyor line, thereby forming a complete jacking and transfer machine with the roller machine, so it is necessary for the installation on the conveyor line site The precision requirement is high, and the roller spacing of the existing conveyor line roller machine needs to be enlarged accordingly, which reduces the pressure bearing capacity of the goods conveyed on the roller line

2. The sorting action of the transfer device is completed by the belt, so the belt and its driving components are integrated and installed in the upper component, which results in the size of the upper component that needs to be lifted frequently cannot be reduced and the weight is heavy, and it is impossible to achieve rapid lifting , The sorting efficiency is low, and the upper parts that are too heavy and have a high center of gravity are less stable, which is not conducive to improving the sorting accuracy

3. Adopt belt sorting parts. When the bottom surface of the sorted goods is uneven, it is easy to cause the phenomenon of scraping the belt, resulting in a high belt damage rate.

4. The belt is a vulnerable part. In the prior art, the roller needs to be removed when replacing the belt. Because the belt conveying component is a split structure, the on-site replacement of the belt is complicated, the operation space is small and the efficiency is low.

5. The overall layout of the jacking and loading machine is not reasonable. Both the upper and lower components are equipped with drive and transmission components including motors. The vertical height of the whole machine is relatively large, which is not conducive to reducing the load by reducing the duty cycle volume, does not help to improve field device configuration optimization

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