4results about How to "High equipment integration" patented technology

The invention provides an electric automobile power battery EIS detection device and method in the technical field of electric automobile power battery detection. The device comprises a main control module, a charging module, a battery module, a switching power supply module, an EIS detection module, an insulation detection module, a switch K1 and a switch K2. The charging module, the battery module, the switching power supply module, the main control module and the EIS detection module are connected in sequence; the detection end positive electrode of the insulation detection module is connected with one end of the switch K1 and the detection end positive electrode of the EIS detection module, the detection end negative electrode is connected with one end of the switch K2 and the detection end negative electrode of the EIS detection module, and the control end is connected with the main control module. The method has the advantages that the detection convenience, the field applicability and the equipment integration degree are greatly improved.

The application discloses a kind of full-automatic multi-coil high-precision winding equipment and winding method thereof, belong to coil winding technical field, including setting on the base plate and paying out mechanism, line arrangement mechanism, main shaft mechanism, cutting mechanism, material taking mechanism, heat supply mechanism and machine case, wire rod is output to line arrangement mechanism by paying out mechanism, line arrangement mechanism includes horizontal wire feeding mechanism and longitudinal moving mechanism, longitudinal moving mechanism controls horizontal wire feeding mechanism longitudinal movement, horizontal wire feeding mechanism outputs wire rod to main shaft mechanism, main shaft mechanism includes the upper main shaft mechanism and lower main shaft mechanism for realizing winding work, cutting mechanism is used for cutting wire rod between line arrangement mechanism and upper main shaft mechanism after winding is completed, heat supply mechanism carries out outer surface heat supply shaping work to wire rod, material taking mechanism moves to next station after winding is completed to coil.The application realizes the precise winding operation of multiple coils by the cooperation of line arrangement mechanism, upper main shaft mechanism and lower main shaft mechanism.

This invention belongs to the field of robotic grinding and polishing technology, and specifically discloses a robotic end-to-end grinding and polishing equipment and method for complex curved surface parts with rapid changeover. It includes a robot, a loading and unloading unit including loading and unloading trays, with workpieces mounted on quick-change fixtures, a loading and unloading gripping compensation unit including a compensation base, the compensation base having an internally hollow compensation protective cover, the compensation base and the compensation protective cover forming an air cavity, a compensation floating platform within the air cavity, one end of the compensation floating platform passing through the compensation protective cover and fixedly connected to a compensation flange, the compensation flange having a fixed loading and unloading compensation platform, the loading and unloading compensation platform being fixedly connected to the loading and unloading trays, and a belt grinder for rough and fine grinding of workpieces transferred by the robot. This invention, while ensuring high-precision machining consistency, greatly enhances the system's operational stability, process adaptability, and overall equipment lifespan.

The invention discloses a pneumatic supply system, which relates to the field of pneumatic supply, and is characterized in that a two-stage compression framework comprising a low-pressure compression unit and a high-pressure compression unit is constructed, an air storage unit is used as an intermediate air source buffer, and a plurality of controlled valves in a valve group unit are matched to flexibly schedule an air flow path; a plurality of originally dispersed and independent gas source systems are successfully integrated into a single integrated system; the control unit can analyze the target pressure value in the gas use request in real time and execute intelligent hierarchical regulation and control. By means of the design, wide-range working pressure from low pressure to high pressure is covered, and invalid energy consumption of the high-pressure compression unit under the low-pressure working condition is remarkably avoided.