Design and optimization of rotary laser processing equipment for vacuum glazing sealing
Laser edge banding has the advantages of high efficiency,but the interaction of transmis-sion,reflection and absorption is easy to occur in the process of vacuum glass laser edge banding,resulting in poor edge banding quality.In order to solve the above problems,a rotary laser process-ing equipment for vacuum glass sealing is designed,which includes clamping mechanism,turning mechanism and synchronous rotating mechanism.The turning mechanism of the equipment is opti-mized by analyzing the motion of double parallel four-rod,crank rocker and slider rocker.The experimental results show that the equipment can realize the functions of glass clamping,flipping,synchronous rotation,glass strip installation,solder addition,laser sealing,etc.The final linear velocity of the optimized flipping mechanism is 0 when the clamping mechanism is flipped 90°,and the linear acceleration during the flipping process has no abrupt change,therefore the impact on the support column is small,and the flat glass can be held stably.It provides a reference for sealing process and manufacturing equipment design of vacuum glass.
new vacuum glasslaser sealingclamping mechanismflip mechanismsynchronous rotation mechanism
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