4results about How to "Little time" patented technology

The utility model provides a granulator integrated with a permanent magnet motor, which comprises a granulation mechanism used for extrusion molding, the permanent magnet motor in driving connection with the granulation mechanism, a lower feeding mechanism connected with the granulation mechanism, and an upper feeding mechanism communicated with the lower feeding mechanism, the lower feeding mechanism and the upper feeding mechanism are connected in a closed mode. According to the granulator integrated with the permanent magnet motor, the technical problem of how to reduce the energy consumption of biological granulation is solved, the permanent magnet motor is adopted, and the interior of the rotor is hollow, so that the stability of a system is favorably improved; and meanwhile, an automatic feeding function is designed, so that manpower and cost are saved.

The application provides an anode foil and a preparation method thereof. The preparation method comprises the following steps: providing an unformed foil, wherein the unformed foil comprises an aluminum foil base material and an aluminum powder sintering layer arranged on the surface of the aluminum foil base material; and sequentially performing the following processes on the unformed foil: water boiling, first-stage chemical conversion, second-stage chemical conversion, third-stage chemical conversion, power feeding treatment, fourth-stage chemical conversion, fifth-stage chemical conversion, first-stage heat treatment, first chemical conversion repair, first phosphoric acid treatment, second chemical conversion repair, second-stage heat treatment, third chemical conversion repair and second phosphoric acid treatment. The solutes of the electrolyte of the first-stage chemical conversion, the second-stage chemical conversion and the third-stage chemical conversion comprise citric acid, triammonium citrate, adipic acid, ammonium adipate, salicylic acid, hypophosphite, boric acid and ammonium salt, and the solvent is water. The solutes of the electrolyte of the fourth-stage chemical conversion and the fifth-stage chemical conversion comprise citric acid, triammonium citrate, sebacic acid, ammonium sebacate, salicylic acid, sodium hypophosphite, boric acid and ammonium salt, and the solvent is water. An anode foil prepared by the preparation method has a high specific capacity and a small hydration leakage current.

The present application relates to a kind of multi-node probe flexible attachment re-planning method, belong to aerospace and artificial intelligence cross technical field.The system constraint conflict problem that may be generated by the task sequence of initial planning being executed in view of small asteroid exploration activities, due to insufficient cognition to small asteroid environment, each node of probe and possible fault in node subsystem, facing the flexible attachment task demand of multi-node probe, the present application establishes the flexible landing re-planning problem model of multi-node probe, creates the layered constraint graph model of re-planning, proposes the re-planning method of layered time delay satisfaction verification mechanism and layered neighborhood re-planning search algorithm based on layered constraint graph, to meet the demand of multi-node probe flexible landing to autonomous re-planning.The present application lays a technical foundation for the successful landing of multi-node probe and subsequent small asteroid resource collection, planet walk and other further exploration tasks.

The application discloses a power communication link management model and a management method, and relates to the field of power system automation. In order to solve the defects of high coupling between multiple tasks and untimely command forwarding when multiple devices are accessed in high concurrency in the existing power communication link management method, the application adopts the following steps: a communication link management model is established; multiple connection instances are created, and the multiple connection instances form a data link layer task; preprocessing rules are constructed for the communication link management model according to an actual working environment, and a data link layer task and an application layer task are initialized; the data link layer task and the application layer task are decoupled; events, messages and pointer functions are defined according to a to-be-transmitted data type; the application layer task and the data link layer task communicate according to the events and the messages, and data interaction is performed according to the called pointer functions. The application is mainly used for managing high-concurrency multiple-device power communication links.