18results about How to "Optimize energy distribution" patented technology

The invention relates to an automobile driving condition multi-scale identification method. The method comprises the following steps: S1, acquiring and preprocessing driving condition data; s2, short-term working condition sample division and long-term working condition sample division are carried out, and long-term working condition categories are divided according to long-term working condition samples; s3, performing characteristic parameter calculation on the divided working condition data to obtain characteristic parameter data of each section of working condition sample; s4, performing principal component analysis and dimension reduction; s5, performing short-term working condition clustering to obtain a short-term working condition category; and S6, performing model training based on the feature parameter data after dimension reduction, the short-term working condition category and the long-term working condition category to obtain a multi-time-scale working condition recognition model, acquiring actual working condition data by the multi-time-scale working condition recognition model, and outputting a recognition result. Compared with the prior art, the method has the advantages of improving the accuracy of identifying the vehicle driving working condition, especially the sudden change working condition, and the like.

In the device, a plurality of low-temperature plasma reactors are fixed in an absorption liquid storage tank in an array manner, a quartz tube is immersed in liquid in the absorption liquid storage tank, and a plurality of through micropores are uniformly distributed in the bottom of the quartz tube; the lower end of the connecting fastener is fixed with the orifice of the quartz tube, and the side edge of the connecting fastener is provided with an air tube; the metal electrode is fixed through the upper end of the connecting firmware and extends into the quartz tube to serve as a high-voltage electrode; the discharge power supply is connected with the metal electrode and the ground electrode, so that the low-temperature plasma reactor generates bubble plasma in liquid; the electrolytic cell is communicated with an absorption liquid storage tank through a switch pipeline, the working electrode is provided with foamy copper as an electro-catalysis material, and the working electrode, the platinum wire counter electrode and the silver / silver chloride reference electrode form a three-electrode electrochemical structure to electrocatalytically synthesize ammonium nitrate in the electrolytic cell.

The invention relates to the technical field of signal transmission, in particular to a wireless while-drilling pulse signal transmission system under a high-temperature condition. The system comprises a signal generation part, a signal transmission part and a signal receiving part, the signal generation part is used for sensing changes of temperature, pressure or vibration of an underground environment through a piezoelectric crystal, generating an initial electric signal, forming a mechanical signal and converting the mechanical signal into an initial pulse signal in an electric signal form again; the signal transmission part is used for performing mud pressure modulation on the initial pulse signal to obtain a phase change function; performing nonlinear correction to obtain a correction result; performing signal coding modulation based on the correction result; the modulation signal is sent to a signal receiving part at a far end; and the signal receiving part is used for receiving the modulation signal and demodulating the modulation signal to obtain a demodulated output signal. A complete, efficient and reliable solution is provided for wireless while-drilling pulse signal transmission under the high-temperature condition.

The invention belongs to the technical field of new energy automobile steering systems, and discloses a new energy automobile electric hydraulic power-assisted steering system and a control method thereof.The system integrates a double-source redundant hydraulic power unit, a hydraulic adjusting unit, a multi-dimensional working condition sensing unit and an intelligent main controller; the multi-dimensional working condition sensing unit is integrated with a road adhesion coefficient detection module and a battery remaining capacity detection module. The control method is layered look-ahead matching control and is executed by an intelligent main controller in parallel: a power-assisted decision-making layer divides a three-stage power-assisted mode according to multi-dimensional perception information, and limits a steering angular velocity when power-assisted is enhanced on a low-attached road surface; the energy optimization layer predicts and implements prospective energy storage and pump rotating speed self-adaptive adjustment based on the intention of a driver; and the fault diagnosis layer realizes rapid fault identification and redundancy switching through multi-parameter collaborative diagnosis. The contradiction of high energy consumption, response delay and weak safety guarantee of a traditional system is solved, and power-assisted steering which is safe, energy-saving, fast in response and high in adaptability is achieved.

The present invention relates to an Internet of Things-based power peak-shaving system, which aims to improve the peak-shaving capacity and efficiency of a new energy power system; the system combines advanced machine learning technology and Internet of Things infrastructure to achieve accurate monitoring and efficient management of the power grid operation status; the core components of the system include a prediction module, an Internet of Things module, a peak-shaving module and an energy storage module; the prediction module uses a machine learning algorithm to predict the new energy generation capacity and the load demand of the power grid; the Internet of Things module includes sensors and intelligent metering devices installed at key nodes of the power grid to collect power grid operation data in real time. The peak-shaving module receives data from the prediction module and the Internet of Things module, and uses a mixed integer linear programming model to determine the optimal peak-shaving strategy; finally, the energy storage module, including battery energy storage and pumped storage submodules, adjusts charging and discharging according to the instructions of the peak-shaving module to support the load and supply balance of the power grid.

A narrow-pulse-width multi-wavelength laser based on LED pumping comprises a reflecting mirror, a first LED pumping module, an optical rotation crystal, a second LED pumping module, an acousto-optic Q-switched crystal and an output mirror which are sequentially connected in series. The LED pumping module comprises a laser rod located in the center, a glass sleeve is arranged on the periphery of the laser rod in the length direction, a supporting frame is arranged on the periphery of the glass sleeve, a plurality of sets of water-cooling copper blocks are evenly arranged on the supporting frame, and an LED stacking array is arranged on the side, close to the glass sleeve, of each set of water-cooling copper blocks. Each LED stacking array comprises an LED light bar and a PCB (Printed Circuit Board) for fixing the LED light bar, and the PCB is connected with the water-cooling copper block; cooling water circulation modules are arranged at the two ends of the laser rod in the length direction respectively, and water through holes are formed in the cooling water circulation modules and the water cooling copper blocks respectively. A laser resonant cavity system of the laser takes an LED as a pumping source, combines an acousto-optic Q-switching technology, and simultaneously realizes compression of laser pulse width and multi-wavelength output.

The invention discloses a laser galvanometer clamping and adjusting device for a laser welder, which relates to the technical field of galvanometer clamping and comprises a placement frame, the lower surface of the placement frame is fixedly connected to a support frame, a clamping and rotating structure is arranged on the inner side of the placement frame, a replacement structure is arranged on the left side of the clamping and rotating structure, a cleaning mechanism is arranged on the opposite side of the replacement structure, the interior of the clamping and rotating structure is bonded and connected with the galvanometer, the clamping and rotating structure comprises an ear plate frame, the ear plate frame is fixedly connected to the upper surface of the placement frame, a screw is rotatably connected to the inner wall of the ear plate frame, a driving wheel and a crown gear are respectively fixedly connected at both ends of the screw, a spur gear is bonded to the upper surface of the placement frame near the crown gear, and the invention can realize clamping of the galvanometer and at the same time adjust the angle of the galvanometer to rotate, and adjusting the angle of the laser galvanometer can optimize the energy distribution of the laser and improve the energy utilization rate of the laser.

This application relates to an intelligent seedling raising device for aquatic plant seed bank germination experiments, belonging to the field of seed cultivation technology. It includes a cultivation box with wheels, internally equipped with multiple layers of clamps, on which culture dishes containing cultivation troughs and germination paper are placed. An intelligent camera is fixed by a mounting bracket and faces the culture dishes to acquire images. A nozzle can move vertically under the action of a drive mechanism and spray water mist onto the culture dishes. A humidity sensor monitors the humidity inside the box. A heating and cleaning mechanism is linked to the nozzle position; when the nozzle is to the side of the camera, it is in a retracted state to ensure lens imaging; when the nozzle moves down below the camera, the mechanism unfolds and forms a shielding space, spraying and heating air onto the lens to remove moisture and impurities, keeping the lens clear. This device, through the coordinated action of multiple mechanisms, balances water supply, environmental control, and image quality to a certain extent, facilitating the stable conduct of aquatic plant seed germination experiments.

The invention relates to the technical field of hydraulic driving equipment, in particular to a wheel excavator load-sensitive hydraulic system optimization control method and system.The method includes the following steps that hydraulic cylinder A and B cavity pressure and piston displacement are collected, the pressure difference and the displacement change rate are calculated, inertia response factors are analyzed, the acceleration change rate of a piston is detected, and a variable damping valve is adjusted; according to the method, the hydraulic system is accurately and dynamically controlled, energy distribution and system coordination are optimized, the pressure difference and the displacement change rate are calculated in real time, the load inertia level is recognized, and the pressure fluctuation mean square error is calculated. The through-flow section of the variable damping valve is dynamically adjusted; the damping change is optimized; the main pump flow and the throttling branch flow are accurately adjusted; the pressure fluctuation is reduced;

The present application relates to the technical field of unmanned aerial vehicle, in particular to an intelligent flight path planning and energy management system and method for long endurance fixed-wing unmanned aerial vehicle, comprising an environment perception unit; the flight path planning unit plans a flight trajectory meeting task requirements, safety requirements and energy constraints based on the unmanned aerial vehicle flight environment information obtained by the environment perception unit and the pre-stored unmanned aerial vehicle performance parameters; the energy management unit realizes dynamic energy management and optimization according to the real-time energy state of the unmanned aerial vehicle, the flight task and the planning result of the flight path planning unit. The flight path planning unit of the present application can call the energy consumption data of working conditions such as speed and height output by the energy management unit in real time, dynamically adjust the path weight to avoid high energy consumption sections; the energy management unit synchronously adjusts the main / backup battery charging and discharging strategy to optimize energy distribution according to the task time sequence of the flight path (such as waypoint priority, trajectory curvature).

The invention relates to a multi-battery charging method and device, electric equipment, electronic equipment and a storage medium. The method comprises the following steps: respectively determining a health state of a first battery and a health state of a second battery; based on the health state, determining a target charging mode of the first battery and a target charging mode of the second battery; wherein the target charging mode comprises a pulse charging mode and a constant-current and constant-voltage charging mode; the health state at least comprises capacity, internal impedance, cycle index and state of charge; and charging the first battery and the second battery in parallel according to the target charging mode of the first battery and the target charging mode of the second battery. According to the invention, the charging efficiency can be improved when each battery is charged.

The present invention discloses an intelligent air conditioning control network suitable for load aggregation scheduling, including an intelligent air conditioning controller, and one or more of a central air conditioning control subnetwork, a multi-split air conditioning control subnetwork, and a distributed air conditioning control subnetwork; the control object of the central air conditioning control subnetwork is the air conditioning host, the control object of the multi-split air conditioning control subnetwork is the multi-split outdoor unit, and the control object of the distributed air conditioning control subnetwork is the indoor unit. Each subnetwork realizes information interaction with the intelligent air conditioning controller through its own smart energy interaction module, mainly completing the reporting of air conditioning load information and executing the specified load removal instruction. The intelligent air conditioning control network suitable for load aggregation scheduling provided in this case, as a part of the power load in the new intelligent power grid dispatching automation system, is mainly used to cooperate with the power station air conditioning load aggregation dispatching system to realize air conditioning load management.

The invention provides a distributed energy storage device and an energy storage system. The distributed energy storage device and the distributed energy storage system comprise an energy storage unit used for storing energy; the power conversion unit is used for converting the direct current of the energy storage unit into alternating current; the controller is used for controlling the charging and discharging process of the energy storage unit; and the communication module is used for communicating with an energy storage system. The distributed energy storage device and the distributed energy storage system provided by the invention have the advantages that the use is convenient, and the artificial intelligence of the energy management system is realized through the steps of data preprocessing, feature engineering, model selection, model training and optimization, model verification and testing, model deployment and updating and the like.

The utility model discloses a door body subassembly, apply to cooking equipment, including door body, the inner surface of door body has choke groove, and the choke groove has linear choke groove straight line section, arc type choke groove corner section, and the choke plate is formed choke structure with choke groove, and the outer periphery of choke plate has the linear choke straight line edge of corresponding choke groove straight line section and linear type, and the choke corner edge of corresponding choke groove corner section is formed by the two linear choke straight line edges of adjacent with it through the inward collection depth formation. The utility model discloses still has the cooking equipment of this door body subassembly. The utility model has the beneficial effect that can effectively reduce the microwave leakage of four corners, and make the microwave leakage amount in ideal range 0.4-1.2wm / cm 2 .

This invention discloses a marine hybrid power system energy management method and system based on the MOEAD algorithm, comprising: building a marine diesel-electric hybrid power system model; determining the decision variables for hybrid power system optimization; and using the MOEAD algorithm to perform multi-objective optimization of fuel consumption and emissions of the hybrid power system. This invention achieves significant beneficial effects by employing the MOEAD algorithm to optimize the energy management of marine diesel-electric hybrid power systems. It effectively reduces fuel consumption and emissions, positively impacting environmental protection. Compared to traditional logic threshold-based strategies, this method improves the accuracy and efficiency of energy management, reduces reliance on experience, and optimizes energy allocation. It enhances the operational performance and economy of ships, providing a more intelligent and efficient solution for the energy management of marine hybrid power systems.

The present application relates to ice storage air conditioning system energy carbon regulation technology in integrated energy system, and provides an ice storage air conditioning system energy carbon optimization regulation modeling method in integrated energy system, comprising: establishing an ice storage air conditioning system refrigeration host operation mode mathematical model; establishing an ice storage air conditioning system ice storage equipment operation mode mathematical model; establishing an ice storage air conditioning system refrigeration host and ice storage equipment combined cooling mode mathematical model; setting an ice storage air conditioning system energy carbon collaborative optimization operation strategy for the ice storage air conditioning system refrigeration host and ice storage equipment combined cooling mode mathematical model; setting an ice storage air conditioning system regulation potential release energy carbon collaborative optimization operation strategy for the ice storage air conditioning system refrigeration host and ice storage equipment combined cooling mode mathematical model, forming an ice storage air conditioning system in integrated energy system. The present application can provide reference and guidance for the operation optimization regulation management of the ice storage air conditioning system in integrated energy system.

The invention relates to a composite welding head, and relates to the technical field of composite welding, the composite welding head comprises a main arm provided with a laser welding head, a protective plate is fixedly arranged on the side wall of the main arm, and a z-axis adjusting knob and a y-axis adjusting knob are rotationally arranged on the front face of the protective plate; a sliding rail is fixedly arranged on the side wall of the main arm in the z-axis direction, a sliding block is arranged on the sliding rail in a sliding mode, and a first transmission assembly is arranged on the sliding rail. A sliding frame is arranged on the sliding block in a sliding mode in the y-axis direction, and a second transmission assembly is arranged on the sliding block; a mounting frame is slidably arranged on the sliding frame in the x-axis direction, an x-axis adjusting knob and an included angle adjusting knob are rotatably arranged on the front face of the mounting frame, and a third transmission assembly is arranged on the mounting frame; an electric arc welding gun is rotationally mounted on the mounting frame, and a fourth transmission assembly is arranged on the mounting frame. The composite welding head has the effects that the problem that the adjusting positions of a common composite welding head are scattered is solved, and the welding head adjusting convenience and efficiency are improved.

The invention provides an optical structure and a vehicle lamp. The optical structure comprises a reflecting piece body, a reflecting piece side wall and a transparent optical piece. Wherein the transparent optical part comprises a light-emitting surface, and a light-in end and a light-emitting end which are oppositely arranged, and the light-emitting surface is located between the light-in end and the light-emitting end. The transparent optical part is arranged on the side wall of the reflecting part. The reflector body is provided with a light inlet end located at one end and a light outlet end located at the other end. And the light source is arranged opposite to the light inlet end of the reflector body. The light inlet end of the transparent optical part and the light outlet end of the reflecting part body are arranged adjacently or connected. Light emitted by the light source is reflected by the reflecting piece body, at least part of the light enters the transparent optical piece from the light inlet end of the transparent optical piece, and at least part of the light entering the transparent optical piece can be emitted out from the light outlet end of the transparent optical piece. And at least part of light entering the transparent optical part can be emitted from the light emitting surface of the transparent optical part. The optical structure can improve the uniformity of energy distribution.