4results about How to "Flexible upgrade" patented technology

The utility model discloses an earphone with a detachable NFC (Near Field Communication) magnetic patch, which comprises an earphone main body and an NFC magnetic patch, and the NFC magnetic patch is detachably arranged on the earphone main body; an NFC chip is arranged in the NFC magnetic patch and is used for storing and transmitting NFC data; the earphone main body is internally provided with a PCBA board with an NFC processing module, and the PCBA board is used for processing NFC signals. According to the utility model, through the design of the detachable NFC magnetic patch, convenient interaction between the earphone with the NFC magnetic patch and a mobile phone APP is realized, and the intelligent degree of the earphone and the user experience are improved; a user can replace or upgrade the NFC magnetic patch according to needs, and flexible expansion and upgrade of earphone functions are realized.

Embodiments of the present disclosure relate to a server architecture for supporting cloud gaming, the server architecture comprising: at least one CPU node bin, at least one GPU node bin and at least one CMC management bin; the number of CPU nodes in all CPU node bins and the number of GPU nodes in all GPU node bins conform to a preset matching relationship; the number of CPU nodes in each CPU node bin is less than or equal to four; adjacent CPU nodes communicate via a relay board; the number of GPU nodes in each GPU node bin is less than or equal to four; each GPU node is electrically connected to at least one CPU node via a cable assembly; the CMC management bin comprises: at least three levels of management cards and a plurality of CMC cards; each CMC card and at least one management card form a management assembly, and the management assembly is used for managing the CPU nodes in the CPU node bin. The above-mentioned server architecture can realize flexible combination of CPU modules and GPU modules supporting cloud gaming, realize personalized service, and improve user experience.

This invention provides a low-latency 3D Gaussian splash rendering method, system, and application for multi-body dynamic scenes, relating to the field of computer graphics technology. This scheme divides the 3D Gaussian splash scene into multiple Gaussian semantic volume subsets according to the Gaussian semantic volume constraints of the simulated object. It pre-computes and caches the Boolean index mask and Gaussian semantic volume ID mapping array for each Gaussian point's Gaussian semantic volume. It receives control data for each frame, including virtual camera intrinsic and extrinsic parameters and pose parameters of each Gaussian semantic volume, with the pose parameters transmitted in the form of a compact binary array of preset dimensions. It copies the static Gaussian template to the output buffer, extracts the dynamic Gaussian points and their corresponding Gaussian semantic volume poses using the Boolean index mask and Gaussian semantic volume ID mapping array, and completes the position transformation and rotation synthesis of the dynamic Gaussian points. Finally, it directly submits the rendered output tensor to the hardware encoder for encoding processing.

This utility model discloses a refrigeration device based on modular design, including an internal evaporator and an external integrated outdoor unit. The integrated outdoor unit comprises a frame body, which includes a bottom frame, side panels, a top panel, and side-mounted air-cooling equipment. The side panels have air intake grilles. The condenser and air-cooling equipment are located at opposite ends of the bottom frame, with multiple compressors positioned between them. A transverse main pipeline is located on the upper surface of the bottom frame, with its connection point connected to the compressor's air intake. The sides of the integrated outdoor unit have refrigerant outlet pipes, refrigerant inlet pipes, hot water pipes, and cold water pipes, which are connected to the condenser, main pipeline, etc., respectively. This utility model, through modular design, integrates multiple components, solving the problems of complex piping and inconvenient maintenance in existing workshop refrigeration devices. It improves the environment, facilitates maintenance, and achieves efficient energy utilization.