Logistics temporary storing channel

Abstract

The invention discloses a logistics temporary storing channel which comprises a frame and a plurality of fluency strips arranged at intervals at the bottom of the frame in the length direction and the fluency strips are parallel to each other. Stock stops are arranged at two sides of every N fluency strips in the length direction correspondingly, wherein N is a natural number which is greater than or equal to 1. Logistics commodities on the fluency strips are in line contact with the corresponding stock stops. The logistics commodities are conveyed to material conveying devices and then conveyed forwards along the material conveying devices, in the conveying process, if frictional contact of the logistics commodities with the stock stops occurs, then the contact is line contact, and therefore the contact area is smaller than that of surface contact of a traditional logistics temporary storing channel. Friction in the logistics commodity temporary-storing process is efficiently reduced, the logistics commodities are convenient to move, and no abrasion is created to the logistics commodities. Due to the fact that each material conveying device is arranged between two adjacent stock stops and the material conveying devices are arranged at intervals, every two adjacent stock stops share one material conveying device, and the aesthetic property is improved.

Description

technical field [0001] The invention relates to a logistics buffer channel. Background technique [0002] In the field of logistics, buffer channels are often used to buffer and transport logistics goods to improve efficiency. However, the side baffles of the existing logistics buffering channels are all flat plates. When the logistics goods move in the buffering channel, they are in surface contact with the side baffles, so there is a problem of high friction, inconvenient movement, and possible damage to the logistics goods. In addition, in order to allow cigarettes to move smoothly from the buffer channel to the subsequent equipment, the thickness of the side baffle needs to be greater than the thickness of the smoke baffle at the end of the buffer channel. Side baffles of this thickness are not easy to process, so each of the traditional buffer channels There are generally two flat panels on the side, which is not only costly and difficult to install, but also takes up ...

AI Technical Summary

Problems solved by technology

However, the side baffles of the existing logistics buffering channels are all flat plates. When the logistics goods move in the buffering channel, the contact with the side baffles is surface contact, so there is a problem of high friction, inconvenient movement, and possible damage to the logistics goods. In addition, in order to allow cigarettes to move smoothly from the buffer channel to the subsequent equipment, the thickness of the side baffle needs to be greater than the thickness of the smoke baffle at the end of the buffer channel. Side baffles of this thickness are not easy to process, so each of the traditional buffer channels There are generally two flat panels on the side, which is not only costly and difficult to install, but also takes up space, is poor in density, and is not beautiful

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