11results about How to "Addressing uneven distribution" patented technology

The invention is suitable for the field of smart medical treatment, and provides a smart medical platform based on big data, and the platform comprises a data collection module, a data analysis module, a referral aid decision-making module, a comprehensive data sharing module, a health management monitoring module, an autonomous participation management module, and a library learning updating module. Data analysis and artificial intelligence technologies are utilized to optimize the referral process of the patient, it is ensured that the patient can be treated in the most suitable medical institution, and efficient and accurate referral decision support is achieved by combining the individual disease development characteristics of the patient, the current treatment effect and real-time data of medical resources in the area. The efficiency and the accuracy of the medical referral process are remarkably improved, meanwhile, the medical experience and the treatment result of the patient are improved, the problems that medical resources are distributed unevenly, the referral process is complex and the like are effectively solved, and the method has important significance on continuous optimization and development of a modern medical system.

The invention discloses a network resource allocation method and device based on 5G Internet of Vehicles, which are used for improving the allocation efficiency and service quality of network resources in an Internet of Vehicles environment. The method comprises the following steps: determining a service priority corresponding to an Internet of Vehicles service according to an obtained Internet of Vehicles service request, the Internet of Vehicles service request comprising vehicle driving data, traffic environment data and service type data; determining network resource reserved data corresponding to the car networking service according to the service priority; and when it is judged that the network is congested, according to the service priority and the network resource reservation data, determining a resource allocation strategy for each Internet of Vehicles service, and according to the resource allocation strategy, performing resource allocation for the Internet of Vehicles service.

The utility model provides a fuel cell runner structure which comprises a plurality of runner bodies arranged in parallel, and a runner ridge is arranged between every two adjacent runner bodies; each runner ridge at least comprises a first runner ridge and a second runner ridge which are integrally arranged; the first runner ridge is arranged close to an inlet of the runner body; an included angle formed by the intersection of the first runner ridge and the second runner ridge on the same runner ridge is an obtuse angle; at least one first notch is formed in each first runner ridge; at least one second notch is formed in each second runner ridge; and the first notches and the second notches are communicated with the adjacent runner bodies. The first notches and the second notches are formed in the runner ridge, so that cooling liquid can be more uniformly distributed in the runner body, the flow distribution is uniform, each polar plate can be ensured to be good in heat dissipation, and the purpose of effectively cooling the fuel cell stack is achieved.

The present application discloses a data transmission method, device, integrated electronic system and storage medium. A data transmission method includes: a satellite receives a data packet sent by a source gateway for sending to multiple target gateways; the satellite determines the corresponding transmission state according to the order of sending the data packets to the multiple target gateways; the satellite constructs a transfer matrix of a Markov chain according to the transmission state; the satellite determines the probability of sending the data packet to the multiple target gateways according to the transfer matrix of the Markov chain and the state space of the Markov chain; and the satellite transmits the data packet to the multiple target gateways according to the probability.

The invention discloses a low-temperature refrigerating system in a high-humidity environment and a control method. The low-temperature refrigerating system comprises a dehumidifier arranged below a refrigerating evaporator, the dehumidifier is communicated with the cascade refrigerating unit through a refrigerant pipeline, a refrigerant inlet pipeline is provided with an electromagnetic valve used for controlling refrigerant to enter, and a refrigerating discharge pipeline is provided with a temperature sensor used for monitoring the temperature of an outlet of the dehumidifier. The box body temperature sensor is arranged in the environment test box and is used for acquiring the temperature in the box body. According to the scheme, the problem that the surface of the evaporator frosts during cooling under the high-humidity working condition can be solved.

This invention provides a microfluidic chip, including a substrate (1), on which sample loading holes (2) and a plurality of detection holes (6) are provided. A multi-level microchannel is connected between the sample loading holes (2) and the detection holes (6). The sample loading holes (2) are located in the central region of the substrate (1) and are used to introduce samples. The detection holes (6) are uniformly distributed on the outer periphery of the sample loading holes (2) and are used to detect samples. The multi-level microchannel is characterized by its radial distribution starting from the sample loading holes (2) and connecting the sample loading holes (2) and the detection holes (6) through hierarchical flow channels, thereby sequentially guiding the samples from the sample loading holes (2) to the detection holes (6). This design better meets the needs of complex sample analysis and efficient detection.

The application relates to the technical field of game data monitoring, and discloses a game data monitoring method and device, electronic equipment and a storage medium, the method comprises the following steps: acquiring a game data stream and dividing core data and common data to form a classified data set. The proportion of the core data is calculated, if the proportion is higher than a threshold value, high monitoring intensity resources are allocated, if the proportion is lower than the threshold value, low monitoring intensity resources are allocated, and a configuration scheme is generated. According to the configuration scheme, a data acquisition transmission index set is migrated, and a potential abnormal risk level is obtained through analysis. If the risk level exceeds an alarm value, the transmission path of the core data is optimized to obtain a data transmission path. The resource distribution of the path is calculated and allocated to form a resource distribution state. According to the distribution state, if the progress is delayed, the calculation resources are increased to accelerate the process, and abnormal response records are obtained by summarizing abnormal records. Finally, a hierarchical monitoring report is generated according to the abnormal response records, and a monitoring system is output. The method can solve the problem of uneven resource allocation.

The present invention discloses a liquid-cooled energy storage container with high flow uniformity and a regulating method, wherein the liquid-cooled energy storage container comprises a container body; a liquid-cooled unit and a plurality of battery clusters respectively fixedly arranged in the container body, wherein the battery cluster comprises a plurality of battery modules; a circulating flow channel assembly connecting the liquid-cooled unit and the plurality of battery clusters, which comprises a primary water inlet pipe, a primary water return pipe, a plurality of secondary water inlet pipes, a plurality of secondary water return pipes, a plurality of tertiary water inlet pipes, a plurality of tertiary water return pipes and a plurality of variable diameter series pipes; a high-precision flow regulator is arranged on one end of each secondary water inlet pipe close to the primary water inlet pipe; a pressure-sensitive fine-tuning device is arranged on one end of each secondary water return pipe close to the primary water return pipe. The present invention effectively solves the problem of uneven coolant flow distribution in the existing liquid-cooled energy storage container through the mutual cooperation of the variable diameter series pipe, the precision flow regulator and the pressure-sensitive fine-tuning device.

The application relates to the technical field of optical coating, and particularly discloses a kind of depolarization spectrometer prism coating film system, coating film method and application thereof, the film system includes 28 layers of dielectric film layers, and the order from inside to outside is MHML MHMLMHMLMHMHMLMHMLMHMHML, wherein the M layer is Al2O3, the H layer is TiO2, and the L layer is SiO2.The application solves the polarization error caused by the current conventional depolarization spectrometer prism and the problem of uneven energy distribution in the multi-stage light path.In addition, the coating film method realizes high consistency between the actual coating process and the theoretical design by fine control of key process parameters, and ensures that the film system performance is stable and up to standard.

The utility model provides a kind of multi-association test paper sample adding flow director, belong to in-vitro diagnostic equipment technical field.The flow director includes one sample adding port, its bottom is integrally connected with at least two upper wide narrow, size consistent flow port, each flow port is respectively communicated with one independent flow channel, each flow channel is finally directed to corresponding test paper.Flow port is preferably conical structure, its top end section area is at least 1.5 times of bottom, and can be coated with hydrophobic coating to reduce residual.Flow channel section area is greater than or equal to flow port bottom outlet, ensure smooth liquid flow, its outlet section can also be provided with hydrophilic coating to accelerate sample liquid infiltration.The utility model is integrally shunt design, realizes that uniform, synchronous distribution of multi-association test paper can be completed by disposable sample adding, effectively solve the problem, such as sample uneven, operation cumbersome and big result error caused by multiple sample adding, improve the accuracy and efficiency of detection.

The invention discloses a remote equipment control method and system based on Internet of Things, and relates to the technical field of Internet of Things remote control, and the method comprises the steps: collecting the operation state parameters of remote equipment in real time through an Internet of Things sensor, and carrying out the preprocessing; constructing operation energy consumption detection characteristics according to the preprocessed operation state parameters, and calculating an operation energy consumption coefficient; the remote devices are sorted in an ascending order according to the operation energy consumption coefficients, and workload distribution control is carried out according to the ascending order; constructing operation state detection features according to the preprocessed operation state parameters, and calculating an operation state coefficient; and sorting the remote equipment in a descending order according to the operation state coefficient, stopping the remote equipment greater than a preset threshold value, and redistributing the corresponding workload according to the operation energy consumption coefficient. Through intelligent monitoring and dynamic control based on the Internet of Things, intelligent workload distribution is realized, the operation efficiency is improved, dynamic workload redistribution is provided, and the energy efficiency and reliability of equipment are improved.