3results about How to "Synchronization" patented technology

The present application discloses a distributed phased array system and electronic equipment, which relates to the field of signal processing technology, including: multiple antenna units; active transceiver units connected one-to-one with each antenna unit; a frequency source connected to each active transceiver unit, used to control the frequency conversion synchronization in each active transceiver unit and synchronize and calibrate the clock of each active transceiver unit; a signal processing unit connected to each active transceiver unit, used to synchronize the signal processing of each active transceiver unit based on the clock after synchronization calibration. By ensuring the frequency conversion synchronization, clock synchronization and signal processing synchronization between each active transceiver unit, the synchronization of the transmitted signals in each active transceiver unit can be ensured, that is, the synchronization of multi-channel signal input and output can be improved, and the synchronization performance between multi-channel signal transceiver channels can be improved.

This utility model relates to an aerosol adsorption and protection device for instrument drying, comprising an upper cover and a lower chamber, which are sealed together by a sealing assembly to form a closed cavity. The lower chamber is equipped with a mounting mesh assembly and a drive assembly. Below the mounting mesh assembly within the closed cavity, a first filter layer for adsorbing moisture, a second filter layer for adsorbing aerosols, and an exhaust pipe are sequentially arranged. This device is ingeniously designed; the upper cover, sealed together with the lower chamber, forms a closed cavity, effectively isolating aerosol diffusion during the drying process. The device includes a rotatable mounting mesh assembly for fixing and rotating the instrument, thereby improving drying efficiency or the contact area between the instrument and the airflow. Below the mounting mesh assembly, the first filter layer for adsorbing moisture and the second filter layer for adsorbing aerosols are sequentially arranged, achieving simultaneous adsorption and treatment of aerosols during the drying process. This device has a compact structure, good sealing performance, and high aerosol adsorption efficiency, making it suitable for medical, laboratory, and other applications.

A wireless communication method, device and storage medium are disclosed. A terminal device sends request information to a network device; the request information is used to request the network device to configure a CG resource by a target configuration mode, and the CG resource is used for small data transmission; the terminal device acquires configuration information sent by the network device; and the configuration information is used to indicate a usage mode of the CG resource of the terminal device.