9 results about "Group technology" patented technology

The utility model discloses a kind of group mechanism based on battery detection, it is related to battery group technology field.The utility model includes the conveying line A of the upper part setting several partition rods;The end of conveying line A is provided with conveying line B, and the conveying direction of conveying line B is perpendicular to the direction of conveying line A;Two adjacent partition rods form a passageway for conveying battery;Conveying line B is provided with several push mechanism A along its length direction, and the battery on conveying line B is moved to the push mechanism A on conveying line A;It also includes the battery detection conveying line of the upper part being provided with battery detection mechanism for carrying battery.The utility model forms passageway by partition rod, and the conveying line A and conveying line B of vertical layout realize multi-path group, improve sorting group efficiency.

This invention discloses a virtual unit scheduling method and system based on grouping technology and an improved CS algorithm, belonging to the field of virtual unit scheduling. It includes: receiving the division of workpiece groups, machine groups, and manufacturing units, where all components in the workpiece groups have similar processes, all machines in the machine groups process the same workpiece groups, and the manufacturing units correspond one-to-one with the machine groups; constructing the objective function of virtual unit scheduling as minimizing the maximum completion time of all workpiece processing steps; encoding the workpiece processing sequence, AGV allocation, and machine configuration within the unit on different machines; solving the encoded virtual unit scheduling problem using an improved CS algorithm, which introduces Levy flight with adaptive flight step size and variable neighborhood search with adaptive bird's nest discovery probability; decoding the optimal solution and outputting the virtual unit scheduling result. This invention can effectively solve the virtual unit scheduling problem and obtain a production plan with the shortest completion time as the objective.

This invention relates to the field of air-suspended chiller technology, and more particularly to a modular chiller based on an air-suspended compressor and its control method. The chiller adopts a modular design, consisting of multiple refrigeration modules integrating core components such as air-suspended variable frequency compressors, dual electronic expansion valves, and evaporators, along with a group control system. Operating data is collected in real time by temperature and flow sensors and speed feedback sensors at the inlet and outlet water manifolds, and the group control system coordinates and regulates the system. The control method focuses on precise load matching and optimal energy efficiency. Based on the collected data, it calculates the terminal cooling load and load rate, and determines the standard operating number of refrigeration modules by combining load rate time-series analysis and fluctuation characteristics. The modules are ranked according to full-condition energy efficiency and real-time energy efficiency. Finally, it monitors the compressor speed and, for cases where the speed deviates from the high-efficiency range, precisely adjusts the system by shutting down inefficient modules, transferring loads, locking safe speeds, and adjusting the opening of the electronic expansion valves, based on the current number of operating modules.

This invention discloses a multi-objective fuzzy scheduling method for ship pipe fitting processing based on an improved hyperheuristic algorithm. The improved hyperheuristic algorithm solves the fuzzy production batch scheduling problem in the ship pipe fitting processing workshop. This problem includes process constraints under grouped technology constraints and machine constraints, with the dual objectives of minimizing the maximum fuzzy completion time and minimizing the total fuzzy energy consumption. The improved hyperheuristic algorithm utilizes an adaptive evolutionary mechanism and a hybrid local search strategy to obtain the final scheduling scheme. This invention addresses the technical problems in existing ship pipe fitting processing scheduling technologies, such as difficulty in adapting to the time uncertainty of the production process, wasted equipment auxiliary time due to neglecting grouped processes, and difficulty in effectively balancing completion efficiency and production energy consumption, achieving synergistic optimization of production efficiency and energy saving.

The utility model provides a kind of composite film pretreatment roller group with electrostatic adsorption cleaning, it is related to roller group technical field, including support base plate, support base plate upper surface both sides are fixedly connected with side plate, two the side plate side is all set with sliding slot, the side plate upper end is fixedly connected with electric field instrument, control panel is installed in electric field instrument front surface one side, by above-mentioned technical scheme, its purpose is to: start electric field instrument can generate electric field between the space of side plate, to generate static electricity in turn, static electricity can attract dust around on composite film, and then start drive motor cooperation No. 1 bevel gear and No. 2 bevel gear drive lead screw rotation, drive lead screw rotation can drive mounting block to lift along it, just can drive mounting bracket synchronous lifting, by the support spring between mounting bracket and fixed support bracket can drive the slide rail of fixed support bracket both sides to lift along limit slot, immediately scraper will contact composite film, realize the electrostatic cleaning of composite film.

The invention discloses an anti-deflection bearing carrier roller set, and relates to the technical field of bearing carrier roller sets, the anti-deflection bearing carrier roller set comprises a fixing frame, the fixing frame is rotatably connected with a rotating shaft, the rotating shaft is fixedly connected with a carrier roller frame, and the carrier roller frame is fixedly connected with a set of carrier rollers. Through the arrangement of the supporting units, when a belt on a carrier roller deviates, the carrier roller frame rotates to rectify deviation of the deviated belt, the carrier roller frame rotates to drive a rotating shaft and a main bevel gear to rotate, the main bevel gear rotates to drive an auxiliary bevel gear and a rotating rod to rotate, and the rotating rod rotates to drive a notch ring to rotate; the notch ring rotates to drive a T-shaped piston rod to move downwards, the T-shaped piston rod moves to squeeze oil in a fixing barrel into a U-shaped pipe, so that the oil drives a sliding rod to move upwards, the sliding rod moves to drive a fixing rod, a sliding column and an arc-shaped rail to move upwards till the arc-shaped rail makes contact with a roller, and then the arc-shaped rail supports the roller. Therefore, the stability of the carrier roller frame is improved.

This invention relates to a joint module integrating a torque sensor and a harmonic reducer, belonging to the field of robot joint module technology. The joint module includes a harmonic reducer and a hollow shaft, with the harmonic reducer and hollow shaft coaxially fixedly assembled. A brake housing is coaxially mounted behind the harmonic reducer, and an electromagnetic brake and friction plates are installed inside the brake housing. This invention eliminates couplings, additional connecting flanges, and other transitional connecting parts, highly integrating the torque sensor and harmonic reducer. The frameless motor is directly connected to the wave generator, and the controller is built-in. This reduces the overall axial length by 22%, the radial length by 25%, and the weight by 15%-30%, significantly improving space utilization. It is more suitable for collaborative robots, service robots, and other equipment with stringent requirements for lightweighting and miniaturization, solving the technical defects of large joint modules and large space occupation in existing technologies.

This invention relates to the field of energy storage module technology, specifically providing an energy storage module CCS and an assembly of the CCS and an insulating protective cover. The energy storage module CCS includes a bracket, a busbar, and a data acquisition line. The bracket forms a cable tray and a busbar mounting slot, and is provided with a first mounting structure for connection to the insulating protective cover. The busbar is installed in the busbar mounting slot; the data acquisition line is embedded in the cable tray. This invention solves the problems of complex manufacturing processes, the need for specialized positioning fixtures to fix the busbar and data acquisition line during assembly and welding, cumbersome operation, low production efficiency, and the tendency for busbar misalignment and data acquisition line misalignment in existing technologies. Furthermore, through highly integrated design and optimized vacuum forming process, the busbar, data acquisition line, and bracket are integrated into a single unit, improving structural strength and safety performance, simplifying the assembly process, and ensuring a neat and aesthetically pleasing module appearance.