2results about How to "Efficient blanking" patented technology

This invention relates to the field of dental rod production equipment technology, specifically to a flipping and unloading mechanism for a dental rod assembly machine. The mechanism includes a feeding power supply mechanism, a pressing rod mechanism mounted on the feeding power supply mechanism, a material gathering and stabilizing mechanism installed outside the pressing rod mechanism, a flipping and converting mechanism installed within the feeding power supply mechanism and the material gathering and stabilizing mechanism, and multiple sets of assisting mechanisms mounted on the flipping and converting mechanism. The feeding power supply mechanism includes a base plate and a pull rod. By using an existing dental rod conveyor belt as a transfer platform for unloading, after the dental rods are transferred to the top of the material gathering and stabilizing mechanism, the feeding power supply mechanism assists the pressing rod mechanism until the horizontally placed dental rods are evenly and batch-wise pressed into the flipping and converting mechanism. As the multiple sets of main and auxiliary clamps holding the dental rods flip from top to bottom, the multiple auxiliary clamps, having lost their locking force, quickly separate from the multiple main clamps, allowing the dental rods to be quickly transferred, thus achieving efficient unloading of the dental rods.

This utility model relates to the field of feeding equipment technology, specifically a device for rapid feeding of glass fiber products. It includes a storage bin with legs fixedly mounted on its surface. A rotary motor, a uniform feeding rod, an electric telescopic rod, a spring, and an anti-blocking scraper are incorporated. The rotary motor drives the uniform feeding rod to rotate, stirring and dispersing the glass fiber in the storage bin, ensuring uniform and loose material distribution for smooth feeding. The electric telescopic rod precisely adjusts the position of the anti-blocking scraper according to the condition of the inner wall of the discharge hopper, ensuring close contact with the inner wall. Combined with the elasticity of the spring, the anti-blocking scraper adaptively scrapes away residual material from the inner wall of the discharge hopper, preventing blockage. These structures work together to form a work chain from material pretreatment to anti-blockage, effectively avoiding downtime caused by material agglomeration and blockage, and ensuring efficient and continuous feeding of glass fiber products.