摘要:
The present invention relates to plant extracts, specifically, the extracts of Chinese medicine Chenopodium ambrosioides L. and the composition comprising thereof. The extracts of Chinese medicine Chenopodium ambrosioides L. are prepared by conventional methods for the extraction of volatile oil, and can be used to treat Helicobacter Pylori-induced diseases of digestive system, such as gastritis, gastric ulcer, etc., with easy availability of raw materials, simple preparations, prominent effects, and less side-effect.
摘要:
Disclosed is a method for improving data processing efficiency including the following steps: 1) assigning each client browse window a corresponding memory block in the server, taking the amount of data to be displayed in a browse window as a data block, and saving temporarily in each memory block the N data blocks of the database that are corresponding to each browse window, respectively; 2) when the data displayed in the client browse window moves, if the data block to be displayed in the browse window and the neighboring data blocks thereof are all in the memory block, moving the data in the memory block, otherwise, saving the data block to be displayed in the browse window and the neighboring data blocks thereof in the memory block, and replacing the original data blocks in the memory block; 3) the client sending data operating commands to the server, and carrying out relevant operations on the database data; 4) after finishing the operations, updating the database with the database data in the relevant memory block. The disclosed method may be easily implemented, and meanwhile it serves the purpose of saving system resource, increasing the speed of data processing, and improving the efficiency thereof.
摘要:
Disclosed is a method for improving data processing efficiency including the following steps: 1) assigning each client browse window a corresponding memory block in the server, taking the amount of data to be displayed in a browse window as a data block, and saving temporarily in each memory block the N data blocks of the database that are corresponding to each browse window, respectively; 2) when the data displayed in the client browse window moves, if the data block to be displayed in the browse window and the neighboring data blocks thereof are all in the memory block, moving the data in the memory block, otherwise, saving the data block to be displayed in the browse window and the neighboring data blocks thereof in the memory block, and replacing the original data blocks in the memory block; 3) the client sending data operating commands to the server, and carrying out relevant operations on the database data; 4) after finishing the operations, updating the database with the database data in the relevant memory block. The disclosed method may be easily implemented, and meanwhile it serves the purpose of saving system resource, increasing the speed of data processing, and improving the efficiency thereof.