Assembly line connection machine

Abstract

The invention discloses an assembly line connection machine. The assembly line connection machine comprises a support and material conveyor belts located on the support. The material conveyor belts comprise the first material conveyor belt and the second material conveyor belt in sequence. A material receiving part and a cooling part are sequentially arranged on the first material conveyor belt. The material receiving part is connected to a reflow oven outlet. The cooling part comprises a first cooling unit and a second cooling unit. A first cross bar is arranged at an inlet of the first cooling unit. A certain fall is formed between the first cooling unit and a part to be rotated. Cooling fans blow air downwards. Rollers are equidistantly arranged above the second material conveyor belt.The rollers are rotatable fixed to the side edge of the second material conveyor belt and can move along with the belt. A row of touch sensors is arranged on the surface of the tail of the part to berotated. When FPC boards touch the touch sensors, the touch sensors send signals to make the second material conveyor belt stop moving. After the FPC boards are separated from the touch sensors, the second material conveyor belt moves again. The assembly line connection machine conveys the FPC boards subjected reflow soldering the AOI test procedure to achieve automation, and manpower is reduced.

Description

technical field [0001] The invention relates to the technical field of display screens, in particular to an assembly line connection machine. Background technique [0002] At present, in SMT, the reflow furnace is an indispensable part. After reflow, the FPC bare board needs AOI testing. Usually, there is a rubber basin connected to the reflow furnace mouth for receiving materials, and the semi-finished FPC board falls directly to the rubber basin. However, there are many hidden dangers in this production method: first, the FPC board is easily rolled into the chain of the furnace mouth, thereby damaging the FPC board; In the basin, it caused collisions and scratches; thirdly, manual handling of materials directly caused wrinkles and bending of the FPC board; finally, the semi-finished products produced on site were placed in a mess, resulting in low production efficiency. Contents of the invention [0003] The technical problem to be solved by the present invention is to ...

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Problems solved by technology

[0002] At present, in SMT, the reflow furnace is an indispensable part. After reflow, the FPC bare board needs AOI testing. Usually, there is a rubber basin connected to the reflow furnace mouth for receiving materials, and the semi-finished FPC board falls directly to the rubber basin. However, there are many hidden dangers in this production method: first, the FPC board is easily rolled into the chain of the furnace mouth, thereby damaging the FPC board; In the basin, it caused collisions and scratches; thirdly, manual handling of materials directly caused wrinkles and bending of the FPC board; finally, the semi-finished products produced on site were placed in a mess, resulting in low production efficiency

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