8results about How to "Fair use" patented technology

The application provides a storage management method and a vehicle, the method is applied to the field of data processing, and the method comprises the following steps: when it is detected that a remaining quota of a first application meets quota borrowing conditions, initiating a quota borrowing request to at least one second application to obtain a temporary quota for data writing; detecting whether a frequency at which the first application triggers quota limitation meets storage IO resource adjustment conditions; and when it is determined that the frequency meets the storage IO resource adjustment conditions, adjusting a storage IO resource configuration item corresponding to the first application. The application comprehensively borrows quotas flexibly and adjusts IO resources dynamically, realizes the coordinated optimization of storage resource allocation and IO performance, and guarantees the stability of the car machine device and the use experience of each application.

The utility model provides an anti -static low -voltage cabinet relates to low -voltage cabinet technical field, the utility model discloses a low -voltage cabinet body, the surface hinged of low -voltage cabinet body has the cabinet door, the surface both sides of low -voltage cabinet body are established and have the heat dissipation hole, the inner wall of low -voltage cabinet body is provided with adjusting device, adjusting device includes two limit rods, two limit rods are fixedly connected with the inner wall of low -voltage cabinet body respectively, the surface of two limit rods is slidably connected with a plurality of evenly distributed placing plate of the side of mutual clamping, the inner wall fixedly connected with adjusting plate of low -voltage cabinet body, the surface of adjusting plate is established and has a plurality of evenly distributed adjusting hole, the utility model low -voltage cabinet body can be more reasonably used internal space when using, has improved space utilization, thereby better installation fixed electrical components, has improved the use effect and functionality of low -voltage cabinet body.

The application provides a salt mist corrosion resistance testing device for an aluminum alloy frame, and relates to the technical field of salt mist testing.The device comprises a testing box and multiple groups of rotatable support arm assemblies.The multiple groups of support arm assemblies are installed on the two sides of the testing box, at least two groups of support arm assemblies are installed on one side of the testing box, the same frame is connected to the support arm assemblies on the same plane, and the support arm assemblies can rotate relative to the testing box to store the frame in the testing box.The application can install multiple layers of frames through a parallelogram structure, can increase the placement space in the testing box, can effectively utilize the space in the testing box, can reasonably use the space, and can reduce space waste.The frame can be raised in the application, the testing object can be conveniently taken and placed by personnel, and convenience is improved.

The application belongs to the field of microfluidic protein chips, and specifically discloses a microfluidic protein chip for allergen detection, which comprises a sample adding area and a microfluidic unit, the microfluidic unit comprises a dilution area, a premixing area, a labeling area, a quantification area and a detection area which are connected in sequence, wherein the sample adding area comprises a first sample adding area and a second sample adding area, the first sample adding area is used for adding a whole blood sample, and the second sample adding area is used for adding a serum or plasma sample, different samples can be distinguished and processed; the first sample adding area is designed ingeniously by setting a capillary channel as a valve; a vibrator is arranged in the premixing area to drive a mixing ball to vibrate, so that the mixing efficiency is improved, the mixing of the sample and the diluent is more sufficient, the mixing time is reduced, and the difference of detection results is reduced; the detection result difference is further reduced through quantification of each sub-quantification area; and the labeling area and the detection area can be coated with multiple antibodies, and detection of multiple to-be-detected substances can be simultaneously performed.

The utility model provides an intelligent urban lighting system, and belongs to the technical field of lighting. The system comprises a rectification filtering module, a light intensity detection module, a light sensation control module, a pyroelectric detection module, a boost module, a switch module and an LED module. The output end of the rectification filtering module is connected with the input end of the light intensity detection module, and the output end of the light intensity detection module is connected with the control end of the light sensation control module; the input end of the light sensation control module is connected with the output end of the rectification filtering module, the output end of the light sensation control module is connected with the first end of the switch module, and the second end of the switch module is connected with the LED module; the input end of the pyroelectric detection module is connected with the output end of the light sensation control module, the output end of the pyroelectric detection module is connected with the control end of the switch module, the third end of the switch module is connected with the input end of the boosting module, and the output end of the boosting module is connected with the LED module. The utility model has the effects of energy conservation and environmental protection.

The utility model relates to the field of photo-thermal and photovoltaic technologies, in particular to a spanning type heliostat cleaning device. The utility model provides a spanning type heliostat cleaning device. The spanning type heliostat cleaning device comprises a trolley assembly, a mirror surface cleaning device, a waste water collecting device and a water supply mechanism. The trolley assembly comprises a frame mechanism and a wheel mechanism, the frame mechanism is installed on the wheel mechanism, and an access channel extending in the first direction is formed in the trolley assembly; the mirror surface cleaning device comprises a transverse driving mechanism, a lifting driving mechanism and a mirror surface cleaning mechanism which are connected in sequence, the transverse driving mechanism is mounted at the top of the frame mechanism, and the lifting driving mechanism is vertically mounted on the transverse driving mechanism. According to the spanning type heliostat cleaning device, spraying water can be recycled, consumption of water resources for heliostat cleaning can be remarkably reduced, limited water resources can be distributed and used more reasonably, the spraying water which is wasted originally is collected and reused, and recycling of the water resources is achieved.

This invention provides a resource scheduling method and apparatus for an in-vehicle gateway, relating to the field of vehicle control technology. The method includes: acquiring a traffic feature vector of a target in-vehicle gateway within a historical time window; inputting the traffic feature vector into a pre-constructed target analysis model to obtain a traffic anomaly probability value of the target in-vehicle gateway in the current time window; acquiring a multi-dimensional index value of the target in-vehicle gateway in the current time window; performing a weighted summation of the traffic anomaly probability value and the multi-dimensional target index value according to a target weighting strategy to obtain a security pressure index of the target in-vehicle gateway in the current time window; determining a target scheduling strategy for the target in-vehicle gateway based on the security pressure index; and performing resource scheduling within the current time window according to the target scheduling strategy.

The invention relates to the technical field of gas control, in particular to an automatic control method for optimizing combustion of a hot blast stove based on gas prediction, which comprises the following steps of: estimating blast furnace gas generation amount, acquiring real-time operation parameters of blast furnace smelting, establishing a neural network model, outputting blast furnace gas prediction generation amount, and correcting the gas generation amount estimation. Performing blast furnace gas generation and use prediction, performing feature analysis through feature screening to obtain key influence factors, performing neural network model training, predicting the blast furnace gas by adopting LSTM (Long Short Term Memory) time sequence prediction, and outputting the generation amount or consumption amount in the future 30 minutes; the intelligent combustion of the hot blast stove comprises a gas flow measurement and calculation model, a vault temperature regulation and control model, a waste gas temperature regulation and control model and a high-calorific-value coal gas time-sharing combustion management and control model. Through precise prediction of gas generation amount, usage amount and equipment and in combination with a combustion control strategy, the energy utilization efficiency is improved, the hot air temperature is stabilized, gas consumption is reduced, and environmental pollution is reduced.