Intelligent moving line edge bin applicable to SMT (surface mount technology)

Abstract

The invention discloses an intelligent moving line edge bin applicable to SMT (surface mount technology). The intelligent moving line edge bin comprises a peripheral support, a material frame is arranged in the peripheral support, a plurality of laminated plates are distributed on the material frame, a plurality of material levels are distributed on the laminated plates, a plurality of bearing supports are arranged on the material levels, an identification device is arranged at the front end of each laminated plate, a material sensing device is arranged on each material level or each bearing support, an energy supply device is arranged on the material frame and connected with the identification devices and the material sensing devices, and a displacement device is arranged below the peripheral support and the material frame. Therefore, by the aid of the independent energy supply device, stable operation of components and the devices is realized. WIFI (wireless fidelity) communication and ZIGBEE communication can be achieved, and the requirement for communication between the inside of the line edge bin and the outside is met. By mutually matching a beacon with an LED (light-emitting diode), the specific position of material storage can be identified at the first time when materials are manually taken.

Description

technical field [0001] The invention relates to a line side warehouse, in particular to an intelligent mobile line side warehouse suitable for SMT. Background technique [0002] Nowadays, electronic products are becoming more and more popular, and in electronic placement factories, because a large number of different types of electronic products are usually produced, it needs to involve different materials and carry out effective classification; however, the existing electronic factories usually There are multiple rows of material racks, and its structure is relatively simple. It is only placed by a few laminates on the material rack. This requires a lot of labor to search, sort, and store electronic materials. In the process of work, Because the structure of the existing material rack is relatively simple, many materials are placed together, so it is extremely inconvenient to search, sort and store materials, and it takes a lot of manpower and material resources, and also w...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, electronic products are becoming more and more popular, and in electronic placement factories, because a large number of different types of electronic products are usually produced, it needs to involve different materials and carry out effective classification; however, the existing electronic factories usually There are multiple rows of material racks, and its structure is relatively simple. It is only placed by a few laminates on the material rack. This requires a lot of labor to search, sort, and store electronic materials. In the process of work, Because the structure of the existing material rack is relatively simple, many materials are placed together, so it is extremely inconvenient to search, sort and store materials, and it takes a lot of manpower and material resources, and also wastes working time. Difficult, error-prone, high labor costs, low work efficiency and low execution

Images