3results about How to "Quick trim" patented technology

This utility model discloses a trimming and cutting device for particleboard production, including a U-shaped bottom hollow frame, sponge rollers rotatably mounted at the front and rear positions inside the U-shaped bottom hollow frame via bearing seats, a drive shaft rotatably mounted on one inner wall of the U-shaped bottom hollow frame, and an external spline shaft rotatably mounted on the inner wall of the U-shaped bottom hollow frame below the drive shaft. A left cutting disc is fixed to one end of the external spline shaft near the inner wall of the U-shaped bottom hollow frame. A three-gear speed-increasing transmission structure is installed between the drive shaft and the external spline shaft. This utility model controls the positions of the L-shaped shaft carrier, T-shaped hollow bushing, internal spline shaft, and right cutting disc via a control panel and an X-axis lead screw electric module. After adjustment, the motor transmits power to the external spline shaft and internal spline shaft, causing the left and right cutting discs to rotate synchronously. The operator manually pushes the particleboard until the left and right cutting discs synchronously trim the edges of the particleboard.

The invention discloses a die-casting box cover trimming die, which relates to the technical field of die-casting trimming, and is characterized in that after a hydraulic machine is started, a pre-pressing plate firstly contacts with the top surface of a box cover plate, then a compression spring is compressed, a top pre-pressure is applied to the box cover plate, and the stability during trimming is ensured; and then the pre-pressing plate continues to move downwards to drive the four edge cutting knife blocks to carry out transverse one-time edge cutting treatment on the pouring gate and the cinder ladle, so that the rapid edge cutting effect can be achieved, and the problem that a product is lack of meat due to the fact that a material handle is manually knocked is not likely to be caused. The device has the characteristics that the pre-pressing plate firstly makes contact with the top face of the box cover plate, and then a compression spring is compressed; the pre-pressing plate moves downwards to apply a top pre-pressure to the box cover plate to ensure the stability during edge cutting, and then the pre-pressing plate continues to move downwards to drive the four edge cutting knife blocks to perform transverse edge cutting treatment on a pouring gate and a cinder ladle, so that the effect of rapid edge cutting can be achieved, and the problem that a product is lack of meat due to manual knocking of a material handle is not easily caused.

This invention discloses a micro-thrust measurement device and method. The micro-thrust measurement device includes a working base plate, a pivot and fixing module, a three-axis displacement stage, a torsion beam, a linear guide rail, a displacement sensor, a micro-thrust generator, and a counterweight. The linear guide rail is mounted on the working base plate and consists of a long guide rail and a short guide rail. The torsion beam is positioned between the long and short guide rails. Slider blocks are installed at the ends of both the long and short guide rails furthest from the torsion beam. The slider of the long guide rail houses a micro-thrust motor for measuring the micro-thrust, while the slider of the short guide rail houses a counterweight. The displacement sensor and the micro-thrust generator are respectively located on both sides of the long guide rail. The three-axis displacement stage is mounted on the torsion beam via the pivot and fixing module. This invention enables sub-millinewton-level micro-thrust testing of micro- and nano-satellite micro-propulsion systems. It is easy to operate, improves measurement accuracy, increases the measurement range of the testing system, and reduces costs.