Width dynamically adjustable conveying device

Abstract

The width dynamically adjustable conveying device of the present invention is to solve the above-mentioned problems existing in the prior art and obtain the specific shape size and position of the current package based on visual recognition technology, and adopt the method of randomly adjusting the side baffles of the conveying device The opening and closing angle is expected to realize dynamic adjustment of the conveying width at any time and is suitable for fully automatic directional conveying and tallying of multi-standard parcels, so as to realize unimpeded passage of parcels, improve conveying efficiency and prevent congestion. It includes a frame and a visual recognition device arranged vertically above the frame; at least on the baffle on one side of the frame, there is an adjustable baffle driven and connected by an angle adjustment device; the angle adjustment device has a support A rod assembly and a push rod assembly, the push rod assembly includes an electric cylinder installed on the baffle, the output shaft of the electric cylinder is connected to one end of the connecting rod through a connecting fork and a joint bearing, and the other end of the connecting rod is connected to the adjustment baffle through a joint bearing; Connect the support rod assembly between the frame and the adjustment baffle.

Description

technical field [0001] The invention relates to a conveying device capable of dynamically adjusting the conveying width of goods, belonging to the field of logistics and storage. Background technique [0002] At present, in the logistics sorting operation site of the e-commerce and express delivery industries, a large number of parcels are loaded at a high speed. After the front-end stack detection and single-piece separation processing, the separated goods to be sorted arrive at the sorting equipment one after another. and finally complete the sorting and warehousing operations. Due to the diversification of the variety of goods, it is not uncommon to see oversized pieces, ultra-small and ultra-thin pieces. There are high requirements for the accuracy, timeliness and efficiency of the sorting equipment. Once there is a backlog of goods supply, it will directly affect the The efficiency and quality of the entire logistics warehousing operation. [0003] In order to increas...

AI Technical Summary

Problems solved by technology

[0003] In order to increase the conveying capacity of the existing conveying device and prevent congestion, the body is usually relatively large, but after passing through the code scanning equipment, the goods usually pass through curved conveyors, balance wheel conveyors and other devices, resulting in the originally relatively neat packages being scattered to the conveyor. At various positions in the width direction of the line body, it brings safety hazards to the docking and transportation of multiple devices with different widths

On the one hand, scattered packages are difficult to reach for manual tallying and picking operations; on the other hand, when packages are transported between equipment with different widths, they may fall at the docking point

[0004] The processing method of existing conveying equipment is usually to set baffles between the docking equipment to prevent the parcels from falling, but there are few effective solutions for parcels that are on the edge and difficult to manually tally

In addition, although inclined baffle transitions can be added at the joints of the equipment, the size of the parcels is different, and fixed or static adjustable baffle devices cannot be used for all, and it is still easy to cause congestion or dispersion during the transportation process, which in turn leads to a loss of transportation efficiency. decline

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