Material distribution box and basket pallet, material distribution method and assembling method

Abstract

Disclosed is a material distribution box and basket pallet. The pallet comprises main bodies, locking sleeves, main shafts and positioning sleeves. The main shafts penetrate through the main bodies, the corresponding locking sleeves are installed at the two ends of each main shaft, and the locking sleeves prevent the main bodies from moving. The position, between every two adjacent main bodies, ofeach main shaft is further sleeved with the corresponding positioning sleeve, and each positioning sleeve can separate the two corresponding adjacent main bodies. The multiple main bodies of the pallet are combined into a compact-structure whole through the main shafts, the locking sleeves and the positioning sleeves, and thus conveying of a plurality of material distribution boxes can be realized, and material distribution efficiency is improved. According to actual distribution conditions, the one-time conveying quantity of the pallet can be adjusted only changing the lengths of the main shafts and the positioning sleeves, and thus the pallet is adapted to distribution systems with various conveying quantities and has high adaptability. The situation that different pallets are manufactured for different distribution systems is avoided, and thus manufacturing cost is substantially reduced while universality is greatly improved.

Description

technical field [0001] The invention relates to a pallet used in conjunction with a material distribution box basket, in particular to a method and device for distributing bulk materials. For example, a place where various vegetables in different quantities are delivered to different customers in a vegetable market, which belongs to the technical field of material conveying and transshipment. Background technique [0002] At present, with the continuous development of social economy and the arrival of Internet technology, people's demand for various materials has undergone fundamental changes. Many of them are already traded through the Internet and then distributed through logistics companies. For example, in the past, restaurants bought food through their own buyers to go to the vegetable market to purchase, but now many order directly through the Internet or video, and then the deliveryman delivers the goods to the door; Ordering food by phone, but now more and more peop...

AI Technical Summary

Problems solved by technology

But in this way, a lot of workload has been added to the delivery process. One is that the work of delivery is more and more complex, which leads to frequent mistakes in delivery, and the items to be delivered are often crowded together. , and there are often chaotic situations, resulting in damage to the quality of the goods, excessive reliance on human resources for the assembly of goods, lack of automated management, and low efficiency in the use of transportation space for goods. This has become a major bottleneck in the current development of the network service industry. to be solved

[0003] In order to solve this problem, many people are using their brains to solve these problems, so some new methods and devices for material distribution have appeared. There is still no better way to distribute various quantities of bulk materials, so the delivery mentioned above often makes mistakes, the delivered items are often crowded together, and there is often a chaotic situation, and the assembly of items is overly dependent on human resources. , the lack of automated management, and the low efficiency of the transportation space of items still exist, so it is necessary to improve this

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