2results about How to "Reduce wiring harness" patented technology

The application provides a conductive air inlet atomization mechanism and an aerosol generating device. The conductive air inlet atomization mechanism is connected with a shell and a liquid storage assembly respectively. The conductive air inlet atomization mechanism comprises a conductive flow guide integrated assembly, a microphone element and a central atomization assembly. The conductive flow guide integrated assembly is installed in the shell. The conductive flow guide integrated assembly is formed with an air inlet hole, a trigger cavity and an airflow channel. The trigger cavity is in communication with the air inlet hole and the airflow channel. The microphone element is arranged in the trigger cavity and is electrically connected with the conductive flow guide integrated assembly. One end of the central atomization assembly is clamped to the conductive flow guide integrated assembly. The central atomization assembly is arranged through the liquid storage assembly to jointly form a liquid storage cavity with the liquid storage assembly. The central atomization assembly comprises an atomization core, thereby reducing the number of parts of the aerosol generating device. Since the atomization core is electrically connected with the conductive flow guide integrated assembly, the wire harness of the aerosol generating device can be reduced, and the automatic assembly of the aerosol generating device is facilitated.

This application provides a multimeter calibration device, including a clamping assembly and a shifting assembly. The clamping assembly includes positioning portions and clamping portions spaced apart along a first direction. The positioning portions are adjustable in distance from the clamping portions along the first direction. The clamping portions have at least two output portions spaced apart along a second direction, and the distance between adjacent output portions is adjustable in the second direction to clamp multimeters of different sizes in the second direction. The shifting assembly includes a main body and pressing portions disposed on the main body via elastic portions. Multiple pressing portions are spaced apart, and the multiple pressing portions can cover the dial of the multimeter. When the pressing portions are driven to abut against the dial, the multiple pressing portions adapt to the shape of the dial under the action of the elastic portions. The multimeter calibration device of this application is a highly automated and adaptable multimeter calibration device, compatible with various models of digital multimeters and digital clamp meters, achieving efficient and accurate calibration operations.