5results about How to "Smooth recycling" patented technology

This invention discloses a fully automatic hot pressing device for electronic display screen production, relating to the field of electronic display screen hot pressing technology. It includes a base and a first hydraulic rod. Two sets of the first hydraulic rod are symmetrically arranged on both sides of the base. The output end of the first hydraulic rod is equipped with a long push plate and a long clamping plate. After the first hydraulic rod is activated, the output end drives the long push plate and the long clamping plate to move, pushing the display screen from the left and right sides to make the display screen flat. The long clamping plate, while moving, drives a short clamping plate to move, pushing the display screen completely into the hot pressing area from the front and rear sides. No manual position adjustment is required, improving work efficiency. It ensures that the cover plate and substrate slightly separate while still aligned, preventing premature adhesion of some cover plates to unevenly coated adhesive layers. This ensures that during subsequent hot pressing, all parts of the cover plate and adhesive layer contact simultaneously, guaranteeing uniform adhesion.

This utility model belongs to the field of charging pile technology, and in particular relates to a charging pile cable telescopic device, including a charging pile body. A charging gun is hung on the outer wall of the front middle part of the charging pile body, and a cable is fixedly connected to the bottom end of the charging gun. A positioning component is installed on the outer wall of the bottom right side of the charging pile body. A winding shaft is mounted on the inner wall of the bottom end of the charging pile body with a bearing. A first gear is fixedly sleeved on the outer side of one end of the winding shaft, and a reinforcing bracket is sleeved on the outer side of the other end of the winding shaft with a bearing. The bottom end of the reinforcing bracket is fixedly connected to the charging pile body. Multiple sets of auxiliary rotation components are arranged in a ring on the outer side of the first gear. Two limiting discs are symmetrically fixedly sleeved on the outer side of the middle part of the winding shaft. A second directional gear is welded and fixed to the right end of the winding shaft. This utility model can avoid tension on the cable during charging and facilitates a stable connection between the charging gun and the vehicle charging port.

This invention pertains to environmental monitoring of ultra-soft soil seabeds, specifically relating to a mobile environmental monitoring device and method suitable for ultra-soft soil seabeds. The device includes a mobile platform and a multi-parameter monitoring platform. The mobile platform comprises a skid-type platform body with a winch fixed inside. The winch is connected to the multi-parameter monitoring platform via cables. Thrusters are rotatably connected to both ends of the winch, negative pressure adsorption devices are longitudinally slidably connected to its four sides, and multiple anti-adsorption devices are rotatably connected to its bottom. Each anti-adsorption device has multiple water injection channels, which are connected to a multi-channel water pump located within the skid-type platform body via pipelines. The anti-adsorption devices inject water and rotate to form a water curtain, generating upward thrust. This ensures that the weight of the device is compatible with the bearing capacity of the ultra-soft soil while enabling the mobile platform to move stably on the ultra-soft soil seabed and providing the multi-parameter monitoring platform with three-dimensional profile observation capabilities. This provides reliable technical support for the dynamic tracking and monitoring of sediment plumes in deep-sea mining areas and for environmental impact assessment.

This invention pertains to environmental monitoring of ultra-soft soil seabeds, specifically relating to a mobile environmental monitoring device and method suitable for ultra-soft soil seabeds. The device includes a mobile platform and a multi-parameter monitoring platform. The mobile platform comprises a skid-type platform body with a winch fixed inside. The winch is connected to the multi-parameter monitoring platform via cables. Thrusters are rotatably connected to both ends of the winch, negative pressure adsorption devices are longitudinally slidably connected to its four sides, and multiple anti-adsorption devices are rotatably connected to its bottom. Each anti-adsorption device has multiple water injection channels, which are connected to a multi-channel water pump located within the skid-type platform body via pipelines. The anti-adsorption devices inject water and rotate to form a water curtain, generating upward thrust. This ensures that the weight of the device is adapted to the bearing capacity of the ultra-soft soil while enabling the mobile platform to move stably on the ultra-soft soil seabed and providing the multi-parameter monitoring platform with three-dimensional profile observation capabilities. This provides reliable technical support for the dynamic tracking and monitoring of sediment plumes in deep-sea mining areas and for environmental impact assessment.

This invention relates to an underwater dynamic recovery device for an underwater robot, comprising a recovery base, a recovery trolley, and a lateral fixing mechanism. The recovery trolley includes a connecting seat, a movable body, and a guide assembly. The movable body is slidably connected to the recovery base and is equipped with a braking mechanism. The connecting seat is located on the movable body, and the guide assembly is hinged to the connecting seat. A locking mechanism is provided on the connecting seat. After the bow of the underwater robot enters the guide assembly, it connects to the recovery trolley through the locking mechanism. Then, the braking mechanism is released, and the recovery trolley moves along the recovery base driven by the underwater robot. Lateral fixing mechanisms are provided on both sides of the rear of the recovery base, and the underwater robot is fixed by the lateral fixing mechanisms after entering the recovery base. This invention enables underwater recovery operations of AUVs through autonomous movement, is less affected by sea conditions, and reduces the number of operators required.