3results about How to "Easy production and debugging" patented technology

The utility model belongs to the technical field of lithium ion battery manufacturing, and particularly relates to a lithium ion battery ceramic slurry coating and drying mechanism and a positive electrode coating system thereof, which are arranged in the positive electrode coating system and comprise a support, a ceramic slurry coating head, a screw pump, a ceramic slurry storage tank and a position adjusting mechanism, the ceramic slurry coating head is installed on the support through a position adjusting mechanism, and the screw pump conveys ceramic slurry in the ceramic slurry storage tank into the ceramic slurry coating head through a pipeline. According to the utility model, the boundary of the material area and the ceramic area is clear after the positive electrode is coated, the abnormal phenomena such as material mixing are avoided, the production debugging of the coating process is convenient, defective products are reduced, the production efficiency and the yield are improved, the judgment of the boundary of the ceramic and the material area in the subsequent process is convenient, and the safety accident caused by poor coating of the positive electrode and the negative electrode of the battery is prevented.

The present invention relates to a medical device; specifically, to a medical accelerator module control box, comprising a housing, a fixed frame arranged inside the housing, slide rails arranged on the fixed frame corresponding to an industrial computer, a dose detection control box and a dose output control box, respectively, the industrial computer, the dose detection control box and the dose output control box are respectively mounted inside the housing through the slide rails, and the housing is also provided with an axial flow fan and an air compressor fan. The present invention rationally arranges the spatial positions of the industrial computer, the dose detection control box and the dose output control box, is simple to assemble, has good heat dissipation effect, and improves the working stability of the system.

This application belongs to the field of automatic testing technology for active linear arrays. This application provides an automatic testing device for active linear arrays. In the embodiments disclosed herein, the inputs and outputs of the active linear array under test are connected to an instrumentation unit via an RF switch matrix. A computer controls the RF switch matrix to switch measurement channels, switches the operating state of the active linear array via a product adapter unit, and sets and controls the instrumentation unit to perform measurements and read test data via a network connection. During the test, the device judges whether the test results meet the specifications. This device uses a multi-channel RF switch matrix, replacing traditional manual switching tests with automated testing via electronic switch switching. This not only greatly improves the testing speed but also ensures stable and reliable performance, high accuracy and repeatability, and low equipment wear. It improves the production debugging and acceptance methods of subsystems, significantly increasing the efficiency of production debugging and acceptance.