10results about How to "Reduce handling" patented technology

The present application relates to the technical field of waste lithium ion battery recycling, and discloses a waste lithium ion battery disassembling and recycling device, which comprises a base, a multi-angle adjusting mechanical arm, a clamping jaw disassembling structure, an impact and piercing structure and a telescopic cutting structure. The base is symmetrically provided with a disassembling box and a recycling box at both ends. The multi-angle adjusting mechanical arm is installed at the upper end of the base. The clamping jaw disassembling structure is connected to the upper end of the multi-angle adjusting mechanical arm. The clamping jaw disassembling structure comprises a clamping jaw. The impact and piercing structure and the telescopic cutting structure are symmetrically arranged on both sides of the clamping jaw. The front end of the disassembling box is provided with a waste lithium ion battery positioning mechanism. The present application can quickly disassemble and classify the waste lithium ion battery, stably disassemble components of waste lithium ion batteries of different sizes and shapes, and position the waste lithium ion batteries of different sizes, so that the batteries will not shake or deviate during disassembly.

This invention discloses a parallel optimization system for massive video processing. The system adopts a four-layer integrated parallel and collaborative processing architecture, comprising, from top to bottom: a parallel task layer for video stream access, grouping, splitting, encapsulation, and queue management; a resource abstraction layer for unified hardware modeling, status acquisition, topology construction, and capability assessment; a parallel scheduling layer for task-hardware matching, load balancing, priority scheduling, and dynamic adjustment; and an execution optimization layer for data stream localization, parallel read / write, cache optimization, and zero-copy processing. The parallel task layer, resource abstraction layer, parallel scheduling layer, and execution optimization layer form a complete parallel processing link: task input, resource awareness, accurate scheduling, and optimized execution. This invention implements concurrent rate limiting and smooth access for the input video stream to prevent traffic surges; and sets synchronization points and timing control for parallel tasks to ensure orderly output.

The application relates to the technical field of gate, in particular to a mine waterproof gate automatic belt rack, which comprises a base plate, the middle part of the upper surface of the base plate is fixedly connected with the bottom of a supporting frame, the top of the supporting frame is fixedly connected with one side of the bottom of a side power box, the middle position of the bottom of the side power box is slidably sleeved with the outer circumferential surface of the top of a lower sliding pipe, the bottom of the lower sliding pipe is fixedly connected with the top of a supporting sleeve, and the bottom of the outer circumferential surface of the supporting sleeve is fixedly connected with one end of a first rotating frame. The top limiting plate is arranged, the top supporting plate is close to the center under the power action of the inclined rod, the fixing of the top equipment of the rack is realized, various specifications and sizes of gate belt equipment can be adapted, different specifications of accessories cannot be safely matched, the rack needs to be disassembled, and the rack can adapt to various working environments during use.

The utility model discloses a production frock of mounting support for air valve actuator belongs to air valve actuator technical field, and it is including: workpiece positioning subassembly has opposite arrangement to be with the first board and second board to clamp support between both, and be located first board, be used for placing support mounting post's first through -hole to be located second board, with the coaxial second through -hole of first through -hole, first thimble, it is at least partial extension in first through -hole is used for resisting the support mounting post of placing in first through -hole, support is clamped in first board and second board state, and first board can be relative first thimble and move between first position and second position, second thimble, coaxial setting in second through -hole, and can be along second through -hole axial relative second board moves. The present application will need to separate in different frock or equipment to complete the first pressure after riveting two processes of originally, and integrates to a frock and realizes.

This utility model proposes a suspended platform suspension mechanism, including a lower support that can be fixed to the top of the parapet wall. A mounting beam is detachably connected to the upper end of the lower support. One side of the mounting beam is used to suspend the suspended platform, and the other side is connected to one end of a diagonal bracing mechanism. One end of the diagonal bracing mechanism can be fixed to the side of the parapet wall. An upper support column is vertically installed on the mounting beam corresponding to the lower support. A tensioning component is connected to the upper end of the upper support column. One end of the tensioning component is connected to the end of the mounting beam used to suspend the suspended platform, and the other end is connected to one end of the diagonal bracing mechanism. Its core principle lies in anchoring the structure to the top and side of the parapet wall to provide support and stability, changing the traditional suspended platform suspension mode and eliminating the need for extensive roof support structures and numerous counterweights to provide anti-overturning force. This saves roof space, facilitates subsequent roof construction, and improves overall construction efficiency. Simultaneously, by avoiding the use of counterweights, it significantly reduces the labor intensity of material handling and transportation.

The utility model provides a kind of wiring processing device inside switch machine, including workbench, tooling mould plate, wire stripping machine, winding machine, automatic soldering machine and smoke purifier.Workbench is equipped with collection box, and blanking opening is equipped with through collection box below wire stripping machine;Collection box contains shell and baffle, baffle is hinged in shell lower end, and both sides are equipped with the side plate with guide boss, and with shell arc-shaped guide slot sliding fit;Baffle bottom surface fixed pull rod, and shell side is equipped with transparent observation window.Smoke purifier is vertically fixed on soldering machine above by hanging plate.Advantages are: 1) realize wire stripping waste automatic collection by blanking opening-collection box vertical waste channel, and guide mechanism guarantees that baffle opens and closes stably;2) smoke purifier near-field layout eliminates welding fume pollution;3) modularization integration reduces operation turnaround distance, supporting member and drawer enhance equipment stability and storage convenience, significantly improve wiring processing efficiency and environmental protection.

This invention discloses a low-carbon foamed concrete wall panel production device and method. The production device includes a water storage tank for providing foaming liquid, a carbon dioxide foaming machine and an air foaming machine for generating gas-water solution foam through liquid foaming, a foamed concrete mixer for mixing the corresponding gas-water solution foam with concrete raw materials, and a wall panel mold frame for casting foamed concrete wall panels. The wall panel mold frame includes a movable base, several wall panel partitions arranged parallel to each other on the movable base, forming side plates arranged perpendicular to the wall panel partitions, and a curing mechanism for curing during the wall panel casting process. This invention can produce lightweight foamed concrete wall panel products with higher strength and denser structure, while increasing the carbon dioxide sequestration capacity, achieving high-efficiency and energy-saving production.

The invention provides a stator welding system and method with a tensioning function, and relates to the technical field of motor manufacturing, the system comprises a squirrel cage tensioning jig, a rotary driving mechanism, a lifting mechanism, an upper pressure head mechanism and a welding dust removal unit, according to the squirrel cage tensioning jig, arc-shaped tensioning modules distributed in the circumferential direction are synchronously driven by a driving module to move in the radial direction, a stator formed by splicing split iron cores is actively tensioned from the outer side, and the stator preforming function and the welding positioning function are integrated. Automatic feeding and discharging, tensioning, rotary welding and dust removal of the stator are achieved, the problems that a traditional welding mode is high in product tolerance requirement, tedious in procedure, poor in dust removal effect, prone to pipeline winding and the like are effectively solved, production efficiency and welding quality are remarkably improved, and compatibility of stators of different sizes is enhanced.

The present disclosure relates to a UAV hangar, comprising: a hangar cabinet, the hangar cabinet comprising a cabinet body and a plurality of storage decks, the top of the cabinet body being provided with a take-off and landing opening, and the plurality of storage decks being arranged in the cabinet body along the height direction of the cabinet body; a plurality of take-off and landing platforms, the plurality of take-off and landing platforms corresponding to the plurality of storage decks one by one, and the take-off and landing platforms being arranged on the storage decks and used for carrying UAVs; a docking mechanism, the docking mechanism comprising a lifting drive device and a lifting platform, the lifting drive device being used for driving the lifting platform to switch between a docking position and a take-off and landing position, the docking position being a position where the lifting platform docks with one of the plurality of storage decks, and the take-off and landing position being a position where the lifting platform is at least partially exposed outside the cabinet body through the take-off and landing opening; and a drive mechanism, the lifting platform being connected with the drive mechanism, and in the docking position, the drive mechanism drives the lifting platform to move between the storage deck and the lifting platform.