Full-automatic battery slice transporting and baiting device

Abstract

The invention relates to a full-automatic battery slice transporting and baiting device, in particular to a device for realizing transportation and baiting to a solar energy battery silicon slice. The full-automatic battery slice transporting and baiting device comprises a frame, an operation panel, a top flat mechanism, a pulldown mechanism and a transportation mechanism, wherein the top flat mechanism comprises a top flat liner motor, a mandril, a transferring frame provided with the mandril, a mounting plate and an elevating guide rail; the transportation mechanism comprises a transmission seat, a transmission mounting plate, a cross-shaped mounting plate, a transmission liner motor and two groups of transmission guide rails; the pulldown mechanism comprises a fitting seat, a pulldown liner motor, two groups of translational guide rails and two paw seats. The device of the invention has compact structure, high precision, high speed, low fragment rate and adjustable transmission height and can avoid extrusion and shaking of material when fetching material. The invention has safe and reliable operation and high operation efficiency and is suitable for the requirements of large-scale production.

Description

technical field [0001] The invention relates to a fully automatic cell transportation and unloading device, in particular to a device for realizing the transportation and unloading of solar cell silicon wafers. Background technique [0002] As a special production equipment, the solar cell printing system is widely used in the production industry of solar cell silicon wafers. After the solar cell silicon wafers are printed and dried, a blanking device is usually required to remove the solar cell wafers from the previous production line. Next, it is transported and placed in the subsequent working equipment (usually a sintering furnace), but the traditional unloading device for grabbing light, thin, and fragile materials such as solar cell silicon wafers usually adopts vacuum adsorption from above the material. Direct suction sheet can easily cause material extrusion or vibration to cause material damage, thereby increasing the fragment rate of material transmission and reduc...

AI Technical Summary

Problems solved by technology

[0002] As a special production equipment, the solar cell printing system is widely used in the production industry of solar cell silicon wafers. After the solar cell silicon wafers are printed and dried, a blanking device is usually required to remove the solar cell wafers from the previous production line. Next, it is transported and placed in the subsequent working equipment (usually a sintering furnace), but the traditional unloading device for grabbing light, thin, and fragile materials such as solar cell silicon wafers usually adopts vacuum adsorption from above the material. Directly sucking the sheet, it is easy to cause the material to be squeezed or vibrated to cause the material to be damaged, thereby increasing the fragment rate of the material transmission and reducing the production efficiency, which is not suitable for the needs of mass production

Images