18results about How to "Flexible allocation" patented technology

This utility model discloses a regional energy supply system for peak shaving of renewable energy power generation, belonging to the field of energy technology. It includes an energy supply system configured as a multi-heat source heat pump unit, which is connected to a load system, a supplementary energy system, and an energy exchange system. The multi-heat source heat pump unit includes a condenser, a water tank, a compressor, and a heat pump controller. The refrigerant inlet of the condenser is connected to the water tank and the load system, and the refrigerant outlet of the condenser is connected to the compressor, the load system, and the water tank. This utility model efficiently integrates multiple renewable energy sources, achieving stable and flexible energy supply, promoting peak shaving and absorption of renewable energy, reducing power curtailment, and demonstrating good economic and environmental benefits.

The invention provides a service access method and equipment. The method is applied to a first device, and the method comprises the following steps: obtaining a first corresponding relationship between a plurality of service names and a plurality of service identities (ID); a first service ID corresponding to the first service name is determined according to the first corresponding relation, and the first service name comprises the service name of the source service and / or the service name of the target service; and sending a first message to a second device where the target service is located, wherein the first message comprises the first service ID. In the technical scheme, when service access is carried out, service information can be directly associated by carrying the service ID in the first message, so that a manager can configure a network security policy based on the service information, and a source service or a target service of service access can be limited to improve network security.

The invention relates to the technical field of battery containers, in particular to a container type control room and energy storage battery cabin combined heat management system and method.The system comprises a refrigerant loop and a secondary refrigerant loop which can conduct heat transfer, and the refrigerant loop is connected to the inner side and the outer side of a control room in series to adjust the temperature and humidity of the control room; the secondary refrigerant loop is connected with the battery cluster in the battery cabin and is used for adjusting the temperature of the battery cluster; the refrigerant loop comprises an indoor unit and an outdoor unit which are connected in series, the indoor unit is arranged in the control room, the outdoor unit is arranged outside the control room, and an outdoor unit assembly can exchange heat with the secondary refrigerant loop; the battery compartment and the control chamber are arranged in the container. The mechanism is compact, the battery cabin heat management loop and the control room heat management loop are fused, energy cross-region transfer can be achieved, and cold or heat can be flexibly distributed according to the real-time temperature control requirements of the battery and the control room.

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 invention relates to the technical field of petrochemical engineering, in particular to a pre-flash tower bottom oil diversion and emergency oil return system which comprises a switching and shunting module, a pressure mixing module and a cooperative control module. Boosting the pressure of the slurry oil and then dividing the slurry oil into a first branch flow and a second branch flow; the first branch is communicated with a first conveying pipeline, the first conveying pipeline is communicated with a wax oil mixing part, and slurry oil and product wax oil from the vacuum tower are mixed at the wax oil mixing part; the second branch is communicated with a second conveying pipeline, and the second conveying pipeline is communicated with an emergency connector. According to the invention, integrated hardware multiplexing and cooperative control are carried out on the load optimization process and the blockage emergency oil return function of the vacuum tower, and embedded active safety protection is constructed while load reduction and efficiency improvement of the vacuum tower are realized, so that the processing load and operation continuity of the device are systematically improved.

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 utility model relates to the field of air -cooled laser equipment air duct baffle, concretely relates to an adjustable air duct baffle for air -cooled laser device, including the apron, the inner wall of apron is seted up with the clamping slot, the both sides of mounting seat are fixedly connected with the connecting block, the both sides of mounting seat are fixedly connected with the pivot, the both sides of mounting seat are seted up with the sliding slot, the adjusting mechanism includes the arc slide rod, the arc slide rod sliding connection is in the inner wall of sliding slot. Through mounting seat can fix apron in the air duct inside of air -cooled laser equipment, utilize adjusting mechanism to adjust the angle of apron again can control the opening size inside air duct, utilize apron at this moment not only can control the opening and closing of cooling air duct, can also adjust the airflow size of single air duct, so can according to the flexible distribution of the airflow inside multiple cooling air ducts of heat dissipation demand, ensure that the air -cooled laser equipment inside can keep the best heat dissipation efficiency.

The invention discloses a cooking utensil, a heating power control method and device thereof and a medium, and relates to the technical field of cooking utensils. The method comprises the steps that under the condition that it is determined that the heating mode of the cooking utensil is uniform heating, time-sharing heating is conducted on a multi-ring heating coil; when it is determined that the heating mode of the cooking utensil is the preset range heating mode, the heating mode of each ring of heating coil of the multiple rings of heating coils is determined according to the heating power of the cooking utensil, and the heating mode comprises one of the same-frequency heating of the adjacent rings of heating coils, the combination of the same-frequency heating and time-sharing heating of the multiple rings of heating coils and the heating of a single ring of heating coil. According to the control method, the multi-ring heating coil is controlled according to the heating mode of the cooking utensil, so that the cooking utensil can uniformly heat different cookware, the compatibility of the cooking utensil to the cookware is improved, the cooking utensil can be suitable for different cooking modes, flexible fire distribution is achieved, and the cooking utensil is more convenient to use. Therefore, firepower distribution requirements of different cooking modes can be met.

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.

The invention discloses a data storage encryption service resource allocation method and device, electronic equipment and a computer program product, the method is executed by a data storage encryption system, and the method comprises the following steps: receiving a data storage encryption service application of a business system, including business system information and encryption service information; determining encryption service actual use information of the business system according to the data storage encryption service application, wherein the encryption service actual use information is obtained by monitoring and analyzing encryption service use data of the business system in a preset monitoring period; and distributing encryption service resources for the business system according to the data storage encryption service application and the encryption service actual use information. According to the method, the distribution of the encryption service resources is uniformly managed through the data storage encryption system, and the actual use condition of the encryption service of the business system can be automatically monitored and analyzed, so that the encryption service resources are adaptively distributed, the distribution rationality and flexibility are improved, and the encryption requirements of different business systems are met.

This utility model discloses an edge computing box with a built-in machine learning algorithm, belonging to the field of edge computing box technology. It aims to solve the technical problems of low efficiency and easy local overheating caused by traditional natural air cooling. The box includes a fixed frame and a PCB board mounted on top of it. A heat dissipation mechanism is provided inside the fixed frame, and an air guide mechanism is provided on the front of the fixed frame to direct airflow to the heat dissipation mechanism. This utility model increases the heat dissipation area by using corrugated protrusions on the outside of the heat dissipation fins, which helps to better exchange heat with the air. Its streamlined, spindle-shaped contour creates a suction effect on the base of the fins near the heat source. A spiral guide plate located at the air inlet of the heat dissipation duct accelerates the airflow speed, increasing the air volume passing through the heat dissipation duct per unit time, thus solving the problems of low efficiency and easy local overheating caused by traditional natural air cooling.

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.

The utility model relates to a conveying mechanism for production of a flame cutting machine, which comprises a frame body, the frame body is slidably provided with a supporting table for placing raw materials, the frame body is further provided with a lifting part, and the lifting part is used for driving the supporting table to lift; a feeding disc is arranged in the width direction of the supporting table, a conveying unit is arranged on the feeding disc, two conveyors are oppositely arranged on the two sides of the conveying unit, a pushing unit is arranged on the supporting table, and the pushing unit is used for pushing materials on the supporting table to the conveying unit. Through cooperative use of the supporting table, the lifting part, the feeding disc, the conveying unit, the conveyors, the pushing unit and the rotating part, the equipment integrates the functions of lifting, pushing, conveying, rotating and the like, the full-automatic process of raw materials from placing to conveying is achieved, manual intervention is reduced, the production efficiency is improved, and the production cost is reduced. And the production efficiency is improved.

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.

The utility model discloses an industrial silicon waste heat boiler exhaust recovery device relates to boiler exhaust recovery technical field. The industrial silicon waste heat boiler exhaust recovery device, including first exhaust pipe, install manual door and electric door on the first exhaust pipe, the first exhaust pipe is fixedly connected with second exhaust pipe, install electric regulating door on the second exhaust pipe, one end of second exhaust pipe is fixedly connected with the mother tube, one side of mother tube is fixedly connected with first connecting pipe, first connecting pipe is fixedly connected with first pressure reducing pipe, first pressure reducing pipe is fixedly connected with first pressure reducing valve, first connecting pipe is fixedly installed with steam pipe, steam pipe is fixedly connected with first temperature reducing pipe, first temperature reducing pipe is fixedly installed with first temperature reducer, carry out recovery treatment to the boiler exhaust through multistage pipeline and equipment, make full use of the steam that can possibly directly discharge in the heat exchange of factory area, water preparation heating etc. link, significantly improve energy utilization, reduce energy waste.

The application discloses a trusted data space low-delay interaction platform fusing edge computing, relates to the technical field of edge computing, and comprises the following steps: constructing a hierarchical trusted execution environment in a target edge computing network based on preset hierarchical rules of the trusted execution environment; constructing a device cooperation relationship graph of the target edge computing network, dividing the device cooperation relationship graph into multiple real-time grades, and configuring a differentiated key pre-allocation strategy for each real-time grade; performing double node screening on network nodes based on behavior characteristic pre-screening and real-time connection performance evaluation, determining a federated learning participating node, and obtaining an elastic federated learning scheme; and integrating the hierarchical trusted execution environment, the differentiated key pre-allocation strategy and the elastic federated learning scheme, and performing low-delay interaction management. The application solves the problem that the prior art cannot effectively cope with the low-delay requirement and security of data interaction in an edge computing network.