Material delivery transfer device

Abstract

The invention relates to a material delivery transfer device, and the device comprises a storage and delivery trolley with wheels, wherein a buffering cushion is arranged on the storage and delivery trolley; the buffering cushion is provided with a plurality of delivery containers which are in one-to-one correspondence with materials prepared for stations of produced or repaired products; the delivery containers are counter bores formed in the upper surface of the buffering cushion and matched with the corresponding materials in appearance; the inner wall of each counter bore or the buffering cushion near to the counter hole is adhered with a first label matched with the type of the corresponding material; the first labels can be managed by color codes; a plurality of colors can be configured to respectively represent a plurality of models of the products. The material delivery transfer device disclosed by the invention is designed according to standardization, modularization, flexibility and visualization; the delivery containers have constant volume and are fixed according to the characteristics of the materials needed by stations of the produced or repaired products, and are designed by using the station as unit; the buffering cushion can protect the materials; the materials need not to be packed and no dismounting of the packing is needed, so waste of the resources is reduced and the work efficiency is improved as well.

Description

technical field [0001] The invention relates to a material distribution and transfer device. Background technique [0002] At present, in manufacturing enterprises, the containers used for production materials from the warehouse or from the supplier to the production site are often disposable wooden parts or simple iron containers that are not designed according to the properties of the materials. Such containers are not designed according to the characteristics of the materials themselves. Fixed volume and fixed position, resulting in a great waste of labor when loading and unloading materials; this kind of tooling has no or few material protection measures, so the materials need to be packaged, resulting in a great waste of materials; the distribution of traditional distribution containers, Storage, not only the stacking of materials is chaotic, but also visual management cannot be carried out, and material protection cannot be achieved. The process of handing over and ret...

AI Technical Summary

Problems solved by technology

[0002] At present, in manufacturing enterprises, the containers used for production materials from the warehouse or from the supplier to the production site are often disposable wooden parts or simple iron containers that are not designed according to the properties of the materials. Such containers are not designed according to the characteristics of the materials themselves. Fixed volume and fixed position, resulting in a great waste of labor when loading and unloading materials; this kind of tooling has no or few material protection measures, so the materials need to be packaged, resulting in a great waste of materials; the distribution of traditional distribution containers, Storage, not only the material stacking is chaotic, but also cannot be visually managed, and material protection cannot be achieved. The process of handing over and retrieving materials by workshop employees is cumbersome, and materials are easily damaged and lost.

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