4results about How to "Guaranteed compaction" patented technology

This utility model relates to the field of cleaning equipment technology and discloses a suction-type leaf shredder, including a suction frame body with two suction nozzles. From bottom to top, each suction nozzle has a shredding mechanism, a fine shredding mechanism, a flow guiding mechanism, and an anti-fall mechanism. The shredding mechanism includes a gear motor mounted on the outside of the suction nozzle. A cutter shaft is fixedly connected to the output end of the gear motor, and the end of the cutter shaft away from the gear motor is rotatably connected to the inner wall of the suction nozzle. Multiple cutter sleeves are arranged on the outside of the cutter shaft. Through the cooperation of a compression plate and the shredding mechanism, the leaves are pre-compressed after being sucked in, effectively reducing the leaf volume and providing a more compact leaf accumulation for the subsequent shredding process. This avoids low shredding efficiency due to loose leaf volume, ensuring preliminary shaping and compaction of the leaves before entering the shredding area, and significantly improving shredding efficiency.

The utility model discloses a kind of pneumatic eccentric roller device and contain the winding press roller device of the pneumatic eccentric roller device, including gas expansion shaft, the outside of the gas expansion shaft, a plurality of eccentric roller units are sequentially sleeved, the eccentric roller unit includes eccentric shaft, bearing and rubber roller, rubber roller can rotate relative to eccentric shaft;The middle of the eccentric shaft is equipped with a long circular through-hole, the gas expansion shaft is arranged in long circular through-hole, a gasbag is fixed on gas expansion shaft, the outside of gasbag is equipped with the key strip corresponding with the number of eccentric roller unit, after gasbag is ventilated, key strip can move eccentric roller unit whole to the side of gas expansion shaft;The both ends of the gas expansion shaft are fixedly provided with a check ring;Between adjacent two eccentric roller units and between eccentric roller unit and check ring, are slidably separated by stop block. In the utility model, each eccentric roller unit can independently adaptively compress and support the surface of winding roller when encountering the surface of winding roller with different height.

The utility model discloses a kind of for asphalt pavement pit slot's quick repairing device, including storage bin, walking wheel being set in the bottom of the storage bin and setting in the blanking port of storage bin lower end, the blanking port is strip hole, the bottom of storage bin is symmetrically equipped with the baffle that the bottom of storage bin is same direction or reverse synchronous movement, heating plate is equipped with in the bottom of storage bin behind blanking port position adjustment baffle position according to the size of asphalt pavement pit slot, so that the length exposed with blanking port corresponds with the size of pit slot, application range is wide, then moves storage bin, and asphalt in storage bin is spread to asphalt pavement pit slot through blanking port, and is ironed flat by heating plate. Pit slot mechanization spreading and leveling can be realized, and spreading efficiency is improved;It can effectively improve the flatness of pit slot repair, and compaction under the condition of guaranteeing mixture temperature.

The application discloses a continuous fiber 3D printing dynamic regulation device and method based on force vision fusion, which comprises a six-degree-of-freedom industrial robot arm, a multi-dimensional force sensing device connected to the flange at the end of the six-degree-of-freedom industrial robot arm, and a rigid connection support connected to the lower end of the multi-dimensional force sensing device; an active feeding mechanism is installed on the rigid connection support, and a continuous fiber printing nozzle is connected to the lower part of the active feeding mechanism through a compliant floating mechanism; a non-contact topography scanning device is installed on one side of the rigid connection support or the continuous fiber printing nozzle; a multi-modal fusion dynamic regulation unit is in communication connection with the controller of the six-degree-of-freedom industrial robot arm, the active feeding mechanism, the compliant floating mechanism and each sensor respectively. The application realizes full-process closed-loop control of fiber tension, compaction quality and geometric accuracy, and significantly improves the accuracy and adaptability of complex curved surface printing.