Automatic conveying flower basket buffer storage station based on AGV trolley

Abstract

The invention discloses an automatic conveying flower basket buffer storage station based on an AGV trolley. The automatic conveying flower basket buffer storage station comprises a waiting position,a working position and a buffer storage position which are in butting connection in sequence. A waiting position conveying line used for conveying trays is arranged in the waiting position. A workingposition conveying line used for conveying the trays is arranged in the working position. A buffer storage position conveying line used for conveying the trays is arranged in the buffer storage position. The trays are used for loading flower baskets. A tray locating mechanism used for locating the trays is arranged in the working position. On the waiting position conveying line, the trays are input through the AGV trolley, and on the buffer storage position conveying line, the trays are output through the AGV trolley. There is no need to wait in the feeding and discharging process of the flower baskets from the AGV trolley to a manipulator. The feeding and discharging waiting time of the flower baskets is shortened. The feeding and discharging speed of the flower baskets is increased. Theconveying efficiency of the flower baskets is improved.

Description

technical field

[0001] The invention relates to production equipment of solar cells, in particular to a flower basket buffer station based on automatic transmission of AGV trolleys. Background technique

[0002] As labor costs are getting higher and higher, human intervention reduces the efficiency of cells and increases the fragmentation rate of cells, which has a certain impact on production stability. There are off-seasons and peak seasons in the production of photovoltaic cells. In the off-season, too many manpower may not be needed, but in the peak season, it is necessary to recruit people to achieve full production. It is difficult to recruit people in a short time, and training is required, which may cause the best time to be missed and affect photovoltaics. output, reducing the productivity of photovoltaic cells. Therefore, the automation of photovoltaic workshops is a trend. AGVs and robots are used to realize workshop automation, and it is only necessary to stop t...

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