3results about How to "Achieve precision control" patented technology

The application provides a method for installing a berthing component, and belongs to the technical field of berthing component installation. The method uses a manual chain block to realize secondary lifting of the berthing component, thereby adjusting the height position of the berthing component and improving the position accuracy of the berthing component. Moreover, the manual chain block is used to directly lift the berthing component relative to hoisting equipment (a square barge crane), and the use of the manual chain block can ensure that the berthing component moves in the vertical direction and does not move in the horizontal direction. Meanwhile, since the manual chain block is used to lift the berthing component, the distance between the lifting point of the manual chain block and the berthing component is small, so the amplitude of the swing of the berthing component caused by the action of side wind is small, thereby facilitating the adjustment of the position of the berthing component and improving the use experience of the product.

This utility model discloses an automatic waterproof membrane paving machine capable of precise edge overlapping in concrete structures. It includes a paving roller, a laser positioning mechanism, a heating roller, and an elastic pressure roller mechanism. The laser positioning mechanisms are symmetrically arranged at both ends of the paving roller; each laser positioning mechanism includes a red laser. The heating roller is located at one end of the paving roller, and the elastic pressure roller mechanism is located at the rear of the paving roller, comprising a pressure roller and a spring. Through the laser positioning mechanism and the edge overlapping and pressing assembly, not only is precise control of the membrane laying path achieved, but operational stability at the edge overlapping position is also improved, as well as the overlapping and bonding effect, further enhancing the waterproofing effect.

This invention relates to the field of rare earth electrolysis processes, specifically to an oxide feeding control system and its control method, comprising: an oxide feeding device and a control module. The oxide feeding device includes a first hopper and a second hopper located below the first hopper. A control valve is installed between the first and second hoppers. A feeding mechanism is installed below the second hopper, and a loss-in-weight detection scale is installed at the bottom of the second hopper. The control valve includes a valve body, a drive motor, and a transmission component. A valve core is connected to the end of the transmission component. A spring is installed on the side wall of the valve body located below the valve core. A first vibration sensor is provided at one end of the spring near the side wall. The control module is electrically connected to the drive motor, the loss-in-weight detection scale, the first vibration sensor, and the second vibration sensor. When the second hopper is filled to more than 70% of the target weight, the speed of the motor auger is reduced. This invention reduces the impact on the sensors to an acceptable range, thereby achieving precise control.