7results about How to "Good job continuity" patented technology

The utility model discloses a kind of sewing workstations of hanging system, be set in hanging system, solve the problem that existing workstation cannot be well adapted to the processing of large-format textile, and affect the operating efficiency of operator.The hanging system includes loop track, and the sewing workstation is set in the outside of loop track along the trend of loop track, including incoming station support rail and outgoing station support rail.Inlet support rail and outgoing station support rail have gap between them, closed loop type conveying chain is provided at the position of gap, and conveying chain is used to convey carrier from the outlet end of incoming station support rail to the inlet end of outgoing station support rail.At least two separated support wheels are provided at the lower side of gap, and the support wheel supports conveying chain from the inner side of conveying chain, so that the bottom side part of conveying chain forms a certain length of retention part, and the retention part provides retention space for at least two separated carriers;Workstation is provided at the outside of retention part, and the height where retention part is located is adapted to workstation.

The utility model relates to the technical field of plastic leftover material recovery, in particular to a vertical stirring and crushing all-in-one machine for plastic leftover material recovery, which comprises a rack, two auxiliary frames, a processing barrel and the like, two auxiliary frames and a treatment barrel are arranged on the top of the machine frame in parallel, the treatment barrel is arranged between the two auxiliary frames, and a feeding port and a discharging port are formed in the top and the bottom of the treatment barrel respectively. A spiral stirring blade and a plurality of cutting blades are arranged on the rotating shaft in the axial direction, and one end of the rotating shaft penetrates through the treatment barrel and is connected with an output shaft of a motor arranged on the treatment barrel. The spiral stirring blades and the cutting blades are integrated in the treatment barrel, so that materials are crushed and stirred synchronously, the technological process is simplified, and the treatment efficiency is remarkably improved.

This invention discloses an adjustable metal cutting device, including a conveyor seat, a discharge seat, a discharge chute, and a cutting mechanism. The device utilizes a discharge seat located at the right end of the conveyor seat, with a cutting mechanism positioned at the top between the conveyor seat and the discharge seat. The conveyor seat contains a through chute, a conveying module, a working chamber, and a limiting mechanism. These components work together to convey metal parts, and the limiting mechanism restricts the movement of the metal parts. This design is adaptable to metal parts of different sizes, offering good flexibility. The cutting mechanism includes a support panel, a second support panel, a cutting module, and a reciprocating mechanism. The reciprocating mechanism pushes the cutting module back and forth between the conveyor seat and the discharge seat to cut the metal parts. The cutting module moves upwards during resetting, providing sufficient time for refeeding the metal parts without requiring machine downtime, thus effectively improving the cutting efficiency.

This invention relates to the field of agricultural machinery technology, and more particularly to an agricultural mulching device; it includes a frame, a film roller, a film opening mechanism, and a soil covering mechanism. By setting an identification module on the soil covering mechanism, the width and edge of the film can be detected in real time, and the controller automatically adjusts the distance between the two film-pressing and feeding pipes on the bidirectional lead screw, ensuring that the soil covering position is always accurately aligned with the film edge, adapting to mulch films of different widths without manual intervention. The film opening mechanism of this application adopts a horizontally movable and vertically adjustable hot-pressing opening method, and is equipped with negative pressure suction to recover waste materials. This not only ensures smooth opening edges without tearing the mulch film, but also automatically collects waste materials, avoiding residual pollution in the field. The soil-collecting and conveying mechanism of this application uses an angle-adjustable feeding auger, which can flexibly adjust the soil-collecting angle according to ground conditions and soil covering requirements, directly collecting and conveying soil to the hopper, and then quantitatively covering the soil through the film-pressing and feeding pipes. The structure is compact and the operation is highly continuous.

The utility model discloses a down -the -hole drill anti -circulation flush system, including the flush valve body between being arranged in the rotary head part and the deslagging pipe, the flush valve body cooperation of using is installed between the rotary head part and the rotary head adapter pipe. The utility model discloses the cooperation of using of flush valve body and pipe, need not stop the machine to start dynamic flush function, and high -pressure air carries out real -time deslagging and cooling to double -walled drill rod, and the deslagging efficiency is promoted, and the operation continuity is improved, realizes efficient on -line maintenance, the cylinder of outer square inner circle cooperates with copper sleeve, makes the valve core unit wear rate reduce, prolongs the service life of valve core unit, and the cooperation of mechanical structure and fluid control realizes the switching of the system in " flush mode " and " anti -circulation mode " provides technical support for the mine automation construction.

The application discloses a mechanical seabed garbage intelligent cleaning robot and a seabed garbage cleaning method.The robot adopts a modular integrated design and comprises a main frame, a buoyancy material, a track chassis, a material cabin, a mechanical arm, an electric control cabin, a conveying belt, an underwater sensing system, a water quality monitoring module and an optoelectrical composite cable.A mechanical grabbing-transporting-storing integrated operation chain is used to realize the garbage cleaning concept of accurate grabbing and minimum disturbance.The mechanical arm has multiple degrees of freedom and a grabbing and shearing integrated function.The track chassis is adapted to complex seabed topography.The double-layer material cabin realizes efficient garbage storage and rapid unloading, and the multi-modal sensing system supports intelligent autonomous operation.The application greatly improves the seabed garbage cleaning efficiency, significantly reduces the disturbance to the seabed ecology and is suitable for large-scale garbage cleaning operation in different water depths and various bottom environments.

This invention belongs to the field of tailings mining technology, specifically relating to a tailings mining control method and system. By constructing a multi-dimensional over-limit criterion based on deviation, vibration spectrum, and load torque, a working condition reconfiguration mechanism is actively triggered. During the freeze period, a response matrix is ​​constructed using steady-state data, and parameter corrections are solved to achieve online updates of interpolation function nodes and slopes. Furthermore, based on the updated mapping relationship, a locally optimal parameter set is generated for multiple devices, and interference risk is dynamically calculated according to the predicted trajectory. If conflicts exist, the area is redistributed according to operational efficiency, and conflict-free paths are generated. This effectively suppresses execution deviations caused by parameter mismatch, avoids multi-machine trajectory interference, ensures stable and coordinated operation of the system under complex disturbance conditions, and significantly improves operational continuity and overall control robustness.