2results about How to "Quick save" patented technology

This utility model discloses a tilting wine pourer for convenient storage, including two sets of bottle necks connected by a connecting strap. The lower inner surface of each bottle neck features a quick-release sealing connection structure for improved ease of installation and fixation. This tilting wine pourer, with its quick-release sealing connection structure and dual structure of rubber sealing rings and threaded connections, allows for rapid assembly and disassembly of the pourer from the bottle while ensuring a tight seal at the connection point, reducing contact between the wine and air and facilitating long-term storage of any remaining wine. The dual-branch design with air vents not only allows for simultaneous pouring of two bottles of wine for easy mixing but also balances the internal and external air pressure of the bottle, preventing splashing or interruption of pouring due to pressure imbalance. It also regulates the flow rate, allowing for optimal mixing of two different liquids at different flow rates, making the pouring process smoother and more convenient.

The application discloses a system data saving method and device, equipment and storage medium, and relates to the technical field of servers, which comprises the following steps: reading data in a corresponding storage subspace through a pre-specified CPU core for emergency data saving; the CPU core corresponds to a data saving thread, and a plurality of data saving threads are called; a plurality of storage subspaces are divided in the storage space according to the number of CPU cores in advance, and the storage subspaces correspond to the CPU cores; and the data in the corresponding storage subspace is saved through the data saving thread. When an emergency saving instruction occurs due to an emergency, the data saving thread is controlled by the CPU core to save the data in the corresponding storage subspace, and the data in the corresponding storage subspace is saved in parallel through a plurality of data saving threads, so that the processing speed of the data in the case of emergency data saving can be greatly accelerated, and the data can be quickly saved when the system encounters an emergency.