Abstract: A management method for a battery system having parallel battery packs includes a charging control operation of sequentially closing battery packs having a low voltage value level and completing a charging of the battery packs. The purpose of the present invention is to provide a management method for a battery system having parallel battery packs which is applicable to multiple parallel battery packs being charged in parallel, to solve the technical problems that a safe and stable operation of the entire battery packs cannot be ensured caused by the failure of the battery packs, and excessive current impact may be generated due to an excessive voltage difference among the battery packs.

Abstract: A management method for a battery system having parallel battery packs includes a charging control operation of sequentially closing battery packs having a low voltage value level and completing a charging of the battery packs. The purpose of the present invention is to provide a management method for a battery system having parallel battery packs which is applicable to multiple parallel battery packs being charged in parallel, to solve the technical problems that a safe and stable operation of the entire battery packs cannot be ensured caused by the failure of the battery packs, and excessive current impact may be generated due to an excessive voltage difference among the battery packs.

Abstract: Embodiments of the present application relate to a method, apparatus, and system for service processing. The method includes, in response to receiving a startup command for a target application, obtaining texture data corresponding to a target service of the target application, the texture data being obtained from service content that is stored locally on a terminal before the startup command is received, the texture data conforming to a preset texture format, obtaining display content corresponding to the target service based at least in part on the texture data, and providing the display content corresponding to the target service on the terminal.

Abstract: Embodiments of the present application relate to a method, apparatus, and system for service processing. The method includes, in response to receiving a startup command for a target application, obtaining texture data corresponding to a target service of the target application, the texture data being obtained from service content that is stored locally on a terminal before the startup command is received, the texture data conforming to a preset texture format, obtaining display content corresponding to the target service based at least in part on the texture data, and providing the display content corresponding to the target service on the terminal.

Abstract: An information gathering technique is disclosed. The technique includes retrieving information pertaining to a user event from a core layer of a layout engine. The technique further includes extracting information from an application interface based at least in part on the retrieved information pertaining to the user event. The technique can be implemented as a method, a system, or a computer program product.

Abstract: The present application discloses a web engine startup method, comprising: displaying a transition image; starting up the web engine; and displaying page content; wherein in displaying page content, said web engine reuses the graphics buffer used to display the transition image; said graphics buffer is used to store the outputted user interface data for the display service module to display it. The present application simultaneously offers a web engine startup device. The web engine startup method offered in the present application is used because the same graphics buffer is reused in the web engine startup process and the transition image display process; therefore, not only is fast feedback to user input achieved during the web engine startup process, but there is also no additional buffer overhead generated as a result of displaying the transition image, which conserves memory utilization.