4results about How to "Accurate control positioning" 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 relates to the technical field of alloy treatment, and discloses a low-temperature forging and rolling process for a high-performance frog, which comprises the following specific steps: step 1, material heating: selecting high-strength alloy steel as a raw material of the frog, and heating the high-strength alloy steel to 650-800 DEG C to ensure that the plasticity and toughness of the material are suitable for forging; 2, preliminary forging is conducted, specifically, the heated material is subjected to preliminary forging, the material is forged into the preliminary shape of the frog through a die forging technology, and the basic size and shape are ensured; by gradually reducing the gap between the rollers, the frog obtains higher precision and uniform deformation in the rolling process, and the method is beneficial to ensuring the consistency and repeatability of each rolling stage, so that the consistency and quality of a final product are improved; by adopting the mode of gradually reducing the gap between the rollers, the internal stress generated by the frog in the rolling process can be effectively reduced, the mechanical property of a final product is optimized by uniformly applying pressure, and the possible stress concentration problem is reduced.

The utility model relates to an automatic locking device of an infusion tube. The automatic locking device for the infusion tube is ingenious in structural design, the clamping groove is formed in the outer side surface of the shell, a user can directly clamp the infusion tube into the clamping groove in the device conveniently, and installation is easy; in the using process, when the detection assembly detects that no liquid exists in the infusion tube, a signal indicating that no liquid exists is sent to the rotating motor, the rotating motor is automatically started and provides driving force for the transmission assembly, the transmission assembly converts rotating motion into linear motion and then drives the locking block to move, and operation is stable; the transmission assembly is matched with the rotating motor, so that the movement speed and direction of the locking block can be accurately controlled, accurate positioning is achieved, the locking block is made to flatten and lock the infusion tube in time and keep the locking state, circulation of air flow in the infusion tube is stopped, the blood backflow condition is prevented, and the service life of the infusion tube is prolonged. The whole infusion tube locking process does not need to be operated by a nurse or a patient, and user experience is good.

The application relates to the technical field of robots, in particular to a inchworm walking mechanism and a slit detection and cleaning robot. The inchworm walking mechanism comprises air bags, a first linear actuator and a second linear actuator. At least four air bags are arranged, two adjacent air bags are connected through the first linear actuator, two adjacent air bags are connected through the second linear actuator, and the first direction intersects the second direction. The slit detection and cleaning robot comprises any inchworm walking mechanism; a cleaning device comprising a machine box and a suction nozzle, the machine box is connected with the first linear actuator or the second linear actuator of the inchworm walking mechanism, the suction nozzle is installed on the machine box, a controller and a power device are installed in the machine box, the controller is connected with the power device; and an environment detection mechanism connected with the machine box. The slit detection and cleaning robot can flexibly move in a narrow and complex working space and effectively complete detection and cleaning tasks in the narrow and complex working space.