2results about How to "Realize automatic pressing" patented technology

This invention discloses an intelligent displacement-type straw stacking device with compaction function, belonging to the technical field of straw stacking devices. It includes a base, a pressing assembly, an adjusting assembly, a guide cylinder, an electric rotating drum, and a guiding assembly. During the edge expansion process, the movable side column drives the bottom adjusting component to move synchronously to both sides. Through the cooperation of the sliding column and the inclined groove, the drive roller and the detection roller achieve stable clamping of the row of straws. After the detection roller and the drive roller clamp the row of straws, under the drive of a second motor, the detection roller and the drive roller rotate synchronously through transmission components such as gears, force transmission rings, and arc-shaped piston rods, applying a stable downward traction force to the row of straws, pulling out the blockage material in the expansion channel and achieving deblocking. After deblocking is completed, the control system automatically resumes the operation of the electric rotating drum and reverses the drive of the edge expansion assembly and the deblocking and anti-breakage assembly to reset, achieving seamless connection between the deblocking process and normal feeding, avoiding prolonged equipment shutdown due to material blockage.

This invention relates to the field of cleanroom sandwich panels, specifically a pressing device for the production and processing of cleanroom composite sandwich panels. It includes a guide device for support, a support bracket located near the rear of the upper end face of the guide device, and connecting side plates symmetrically arranged on the upper end face of the guide device with the support bracket as the center. By incorporating the guide device and the feeding device, this invention enables the geared motor to cyclically drive two sets of pressing devices to perform staggered up-and-down displacement during the pressing operation of the sandwich panel. This, combined with the staggered feeding of the feeding device, achieves uninterrupted automated pressing of the sandwich panel, thereby improving pressing efficiency. Simultaneously, the shaping and pressing of the molding die and the pressing device also effectively improves the stability of the sandwich panel pressing.