Glass base plate load transfer device

Abstract

The invention provides a glass base plate load transfer device which is used for placing quartz frames into a plurality of reaction furnaces or taking out the quartz frames from the plurality of reaction furnaces. The device comprises a track, a trolley, a rotating component and an extensible fetching frame. The plurality of reaction furnaces are respectively arranged on two sides of the track. Four track wheels are arranged on the trolley and are arranged on the track. The trolley is provided with a plurality of motors which drive the four track wheels synchronously. The rotating component is arranged on the trolley. The extensible fetching frame is arranged on the rotating component. Therefore, due to the fact that the trolley walks on the track and the trolley rotates, the extensible fetching frame can be aligned with the plurality reaction furnaces in sequence to extend into the reaction furnaces to place in or take out the quartz frames, and accordingly the number of the reaction furnaces used correspondingly can be increased, using efficiency of the glass base plate load transfer device can be fully achieved, the trolley on the track can walk quickly by synchronous driving of the plurality of motors, and accordingly output can be increased, and using requirements can be met.

Description

technical field [0001] The invention relates to solar energy process equipment, in particular to a transfer equipment for a quartz frame on which a glass substrate is placed. Background technique [0002] Solar power generation is a renewable energy with great development potential, which can effectively reduce carbon emissions, and has gradually received attention. However, limited by physical limits, the efficiency of solar power generation has not been able to be effectively improved, resulting in high cost of solar power generation. Therefore, how to reduce the cost of solar power generation is the key direction for the development of solar power generation. [0003] see figure 1 As shown, it is one of the existing solar energy process equipment, which is a glass substrate transfer device 1, which is mainly used to send the glass substrate (not shown) loaded on the quartz frame 2 into a reaction chamber filled with high-pressure fluorine. In the furnace 3, the existing...

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Problems solved by technology

[0005] This existing glass substrate transfer device 1 slides on the track 6 in a manually operated manner, so the speed is quite slow, and the reaction furnace 3 can only be arranged on the same side of the track 6, so a single The number of reaction furnaces 3 that the glass substrate transfer device 1 can correspond to is limited, and the utilization efficiency of the glass substrate transfer device 1 cannot be fully utilized, so the production capacity is limited and cannot meet the needs of mass production

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