7results about How to "Flexible allocation" patented technology

The utility model relates to a ventilation equipment field provides a kind of air duct assembly, air conditioning system and vehicle.Wind channel component includes air supply device, air supply device includes wind box, and wind box is opened with air inlet and air outlet, air inlet is provided with filter piece, and the position corresponding with air inlet in wind box is provided with air guide piece;Distribution box, fluid communication is in air outlet, and distribution box is provided with valve group, and distribution box includes first air duct, second air duct and third air duct, first air duct is fluid communication with the driver's room of vehicle, second air duct is fluid communication with the traction motor cabin of vehicle, third air duct is fluid communication with the passenger room of vehicle, and valve group is used to distribute the air intake of first air duct, second air duct and third air duct.The air duct assembly can make the airflow output of each air duct stable, avoid the air supply fluctuation caused by external wind pressure variation, ensure the comfort of driver's room, passenger room and the heat dissipation effect of traction motor cabin, improve the reliability of vehicle operation, simplify the structure of air duct assembly.

The utility model relates to the technical field of waste heat recovery, and disclose a kind of waste heat recovery device of lithium bromide refrigeration equipment, to solve the shortcoming that heat exchange waste heat is not easy to multiple recycling in production process in prior art.The utility model is through waste heat recovery tower, acetylene hydrochlorination reactor, lithium bromide unit, production equipment, low temperature water discharge pipe, shunt pipe, return pipe, shock mount, corrugated compensator etc., using the hot water of acetylene hydrochlorination reactor shell course removal reaction system produces low pressure steam, with the water in waste heat recovery tower carries out one heat exchange, drives lithium bromide unit to prepare low temperature water, for production equipment heat exchange, and excess return water re-enters waste heat recovery tower recycling;Steam pipe gradient design and gas-liquid separator are used to reduce heat transfer resistance, multiple reflux paths are used to achieve efficient recovery of low temperature water, and shock mount and corrugated compensator are used to enhance the stability of the pipeline, improve the waste heat recovery rate and equipment life.

The application relates to the technical field of interface interaction design, in particular to a GUI page element layout and layout optimization method and system based on artificial intelligence; a technical problem is that traditional GUI design methods have insufficient GUI design flexibility, high dynamic layout technical threshold, high manual layout cost, limited experience and unreasonable resource allocation; a technical scheme is that the GUI page element layout and layout optimization method and system based on artificial intelligence comprise a natural language processing module, a context perception module, an intelligent agent module, an interactive feedback optimization module, an interactive feedback optimization module and a cross-device adaptability module; the application enables a user to describe requirements through natural language by means of a natural language processing technology; the system automatically identifies natural language instructions; a large language model and an intelligent agent are utilized to automatically complete page element layout and layout, improve GUI design efficiency, realize user interface personalized display and improve user experience.

This invention discloses a waste heat boiler with integrated bypass function, comprising a waste heat boiler body and an internal flue gas direct passage. The waste heat boiler body is equipped with one or more stages of heat exchange tubes, through which high-temperature flue gas passes, exchanging heat with steam or boiler feedwater within the heat exchange tubes. One or more internal flue gas direct passages replace the external bypass; these passages pass through the middle of the heat exchange tubes; and their opening and closing are controlled by dampers. This invention offers the following advantages: because the flue gas direct passage is surrounded by hot flue gas, low-temperature conditions do not occur even with no flow, eliminating the problem of flue gas dew point corrosion. The waste heat boiler possesses a bypass function compatible with SCR denitrification, ensuring that flue gas emissions meet standards even when one waste heat boiler is switched off for maintenance, guaranteeing long-term stable operation of the unit.

This invention relates to the field of computer technology, specifically to an instruction control method, apparatus, device, and medium based on write-response words. Firstly, this application breaks away from the traditional reliance on hardware primitives by using a mechanism where asynchronous functional components write a write-response word to the corresponding register address area after completing a task. Traditional solutions suffer from limited hardware primitive adaptability, making it difficult to efficiently utilize resources across different cores. This solution, however, uses a unified write-response word to feedback completion status, enabling flexible resource allocation on demand and significantly improving resource utilization. Secondly, this solution does not involve complex API calls. The write-response word mechanism is simple and direct, easily adapting to changes in the number of processor cores, enhancing system scalability. Thirdly, traditional solutions struggle with complex dynamic cross-core task dependencies, while this solution can accurately grasp task completion status through write-response words, flexibly scheduling tasks and effectively adapting to complex dynamic scenarios.

This invention discloses a multi-agent reinforcement learning-based supply chain network resilience optimization and resource allocation system. The system includes: a data preprocessing unit, an agent architecture construction unit, a pattern recognition unit, a non-cooperative game-theoretic allocation unit, a collaborative optimization allocation unit, and a dynamic switching output unit. The data preprocessing unit is configured to acquire the raw operational data and environmental state data of the supply chain network and perform preprocessing operations. The agent architecture construction unit is configured to build a multi-agent architecture for the supply chain. This invention relates to the field of supply chain network management technology. This multi-agent reinforcement learning-based supply chain network resilience optimization and resource allocation system uses a dynamic switching output unit to collect data in real time, update the agent and supply chain network states, and dynamically adjust resource allocation strategies based on a pattern switching mechanism to achieve adaptive switching between efficiency and resilience, adapting to complex and ever-changing supply chain environments.

This application provides a beam resource allocation method, apparatus, network device, and readable storage medium. The method includes: determining the vehicle-to-everything (V2X) scenario to which a vehicle belongs; the V2X scenario includes a few-vehicle scenario and a many-vehicle scenario; wherein, a scenario where the beams supported by the base station satisfy one-to-one vehicle service is the few-vehicle scenario; and a scenario where the beams supported by the base station do not satisfy one-to-one vehicle service is the many-vehicle scenario; and allocating beam resources to the vehicle according to the V2X scenario. The solution of this application can flexibly allocate beam resources to vehicles according to few-vehicle and many-vehicle scenarios, avoiding the problem of traditional single-network architectures failing to meet the diverse service needs of users. It can also solve the problem of inter-beam interference caused by beam power leakage when the number of users is small, and ensure the effectiveness of multi-user service when the number of users is large.