15results about How to "Avoid imbalance" patented technology

This utility model discloses an impeller device for a fan, relating to the field of FRP (fiberglass reinforced plastic) fan technology. The impeller device includes a rear chassis, multiple blades, and a front chassis. The blades are fixed to the rear chassis with bolts. The upper surface of the rear chassis has several bolt holes. The front chassis is connected to the rear chassis via connecting columns. The front chassis is located above the blades and provides additional fixation for them. This utility model uses bolts to fix the blades to the rear chassis, forming a modular design that facilitates subsequent replacement and maintenance. Simultaneously, the front and rear chassis are fixedly connected by connecting columns, and a groove is provided on the lower surface of the front chassis to securely embed the upper end of the blades, forming a double-fixation structure for the blades, effectively improving the stability of the blades under high-speed rotation.

A method for in-situ generation of FeOx / MnOx from groundwater based on PRB for the degradation of organohalogenated pollutants, relating to the fields of groundwater remediation and advanced oxidation technologies. The purpose of this invention is to address the problems of high energy consumption, low efficiency, and cumbersome processes in existing short-chain chlorinated paraffin groundwater remediation technologies. Method: A mixture of prepared simulated groundwater and an oxidant is pumped into a PRB simulation column to degrade short-chain chlorinated paraffins; the concentration of short-chain chlorinated paraffins in the PRB simulation column is monitored, and the degradation efficiency is maintained at 90-100%. This invention provides a method for in-situ generation of FeOx / MnOx from groundwater based on PRB for the degradation of organohalogenated pollutants.

This invention discloses a 3D target detection method based on sparse dynamic attention and star-shaped interaction. The method obtains basic voxel features from the original LiDAR point cloud through voxelization and sparse convolution, then introduces a sparse dynamic parallel attention module. This module achieves efficient enhancement of global context and channel dimensions through dynamic attention branches and parallel channel interaction branches. A sparse star-shaped interaction module is then used to construct a star-shaped neighborhood interaction structure with a central voxel, completing local geometric modeling and nonlinear feature interaction only on non-empty voxels. Finally, keypoint sampling, RoI pooling, and a detection head output the 3D detection box, category, and confidence score. This invention, through the synergistic complementarity of SDPA and SSB, significantly improves the detection accuracy of long-distance, small-scale, and occluded targets while maintaining linear growth in computational complexity and meeting real-time requirements. It achieves balanced performance optimization across multiple categories, including vehicles, pedestrians, and cyclists, and is suitable for 3D perception scenarios with high precision and real-time requirements, such as autonomous driving.

A device for replacing a ring cooling machine trolley body is located between the trolley body and the trolley track, the device comprises a transverse moving mechanism and a jacking mechanism, the transverse moving mechanism comprises a guide rail and a moving part, the guide rail is erected on the trolley track, and the moving part is arranged on the guide rail and can move along the guide rail; the jacking mechanism is arranged on the moving part and located between the moving part and the trolley body. The device can work in a narrow space, and through the action of the transverse moving mechanism and the jacking mechanism, the trolley to be replaced can stably drive off or drive into the ring cooling machine along the guide rail, and then the trolley to be replaced can be replaced. At the same time, the upper cover and the lower slide plate of the ring cooling machine are avoided from being disassembled, the ring cooling machine trolley body can be quickly replaced, and then the trolley replacement efficiency is improved.

The application discloses an all-terrain vehicle, which comprises a frame, a walking system, a power assembly and a suspension system, the walking system comprises wheels located at least partially below the frame, the wheels comprise rims, the power assembly is fixedly connected with the frame and is in driving connection with the rims, and the suspension system is in rotary connection with the rims; the all-terrain vehicle comprises a mud scraping mechanism, the mud scraping mechanism comprises a mud scraping plate and a protruding structure located on the mud scraping plate, the protruding structure at least partially overlaps with the rims in the height direction of the frame, the protruding structure is located between the mud scraping plate and the rims, the length of the overlapping part of the protruding structure and the rims in the width direction of the frame is a protruding length, and the ratio of the protruding length to the length of the protruding structure in the width direction of the frame is 0.74 to 1. Through the above arrangement, the driving safety of the all-terrain vehicle can be improved.

The application provides an automatic telescopic dynamic self-balancing intelligent control system and method, and belongs to the technical field of intelligent control. In view of the problems of poor coordination, response lag and weak working condition adaptation ability of the existing automatic telescopic operation equipment, the system comprises a sensing module, a control module, an execution module, a communication module and an alarm module. The control module adopts a multi-loop program controller, constructs a multivariable collaborative control loop and is internally provided with an adaptive adjustment algorithm. The corresponding method realizes the synchronous control of equipment telescoping and balancing through parameter initialization, real-time parameter acquisition, collaborative instruction generation, dynamic adaptive adjustment, abnormal monitoring and reset process. The application improves the equipment control precision, response speed and running stability, and adapts to the application requirements of various telescopic operation equipment.

This invention relates to the field of pastry processing equipment, specifically to ice storage coils. An ice storage coil with a bottom thin ice venting pipe includes an ice storage coil body, which comprises a coil support, ice storage pipelines, and a venting device. The ice storage pipelines are mounted on the coil support and include an inlet manifold, an outlet manifold, a first pipe, and a second pipe. The venting device is located below the ice storage pipelines; the venting device includes a venting pipe with a first venting hole and a second venting hole. This invention improves the consistency of ice accumulation at different coil heights during ice storage and promotes the melting of the bottom thin ice during melting, thereby increasing the melting rate of the internal melting ice storage coil.

This application provides an optimization method and related equipment for new energy vehicle charging scenarios on highways, belonging to the field of strategy optimization technology. The method includes: acquiring static basic data and dynamic real-time data of highway service areas; generating multiple candidate charging guidance strategies in a discretized decision space based on the static basic data and dynamic real-time data; rapidly evaluating each candidate charging guidance strategy to obtain a three-dimensional objective vector corresponding to each strategy; the three-dimensional objective vector includes a power grid load stability objective, a user waiting time objective, and a traffic congestion objective; selecting the optimal solution set from all candidate charging guidance strategies based on a non-dominated sorting algorithm, and determining the final charging guidance strategy from the optimal solution set using the ideal point method; executing the final charging guidance strategy and performing rolling optimization based on real-time feedback data. This application embodiment can ensure the high efficiency of new energy vehicle charging guidance operation in highway service areas.

This application provides an LED lamp bead and an LED light source, belonging to the field of LED technology. It includes: a substrate; at least one blue LED chip located on the substrate; and a phosphor layer located on the substrate and the blue LED chip. The phosphor layer contains a first nitride red phosphor, a second nitride red phosphor, a fluoride red phosphor, a green phosphor, and a yellow-green phosphor. The peak wavelength of the fluoride red phosphor is greater than the peak wavelength of the first nitride red phosphor and less than the peak wavelength of the second nitride red phosphor. This allows the LED lamp bead to achieve both a high color rendering index and good luminous efficiency.

The utility model discloses a kind of frame steering structure, it is related to motorcycle technical field, including frame, the top of frame is fixedly connected with sleeve, the downside of sleeve is connected with support frame in frame, detachably connected with steering rod between support frame and sleeve, steering rod is connected with handle in sleeve one end close to, steering rod is connected with limit structure in support frame one end close to;The utility model steering rod is arranged in the multi-tube structure cavity of frame, frame is formed to steering rod circumferential encircling type protection, significantly reduce the risk of deformation or fracture of steering rod due to collision or jolt in the process of riding. Sleeve is formed triangular stable structure with frame by double connecting rod, and welding fixation further enhances torsional strength;Sleeve and support frame are respectively arranged at the axial two ends of steering rod, forming "double fulcrum" support system. The stepped diameter-reducing design of link rod realizes the quick clamping with link ring, and the disassembly and assembly of steering rod can be completed without additional fasteners.

This invention discloses a low-load denitrification-deep peak-shaving system based on molten salt thermal energy storage and its operating method. The system includes a coal-fired power generation system and a molten salt thermal energy storage system. The coal-fired power generation system includes a boiler, a denitrification device, a deaerator, and an industrial steam header. The molten salt thermal energy storage system includes a first flue gas heating path, a second flue gas heating path, and a molten salt thermal energy storage path. The coal-fired power generation system provides electricity to the molten salt thermal energy storage path, high-temperature molten salt provides a heat source for the first flue gas heating path, and high-temperature steam provides a heat source for the second flue gas heating path. The high-temperature steam is obtained by heating condensate with high-temperature molten salt. This invention adds two methods of heating flue gas for energy release: high-temperature molten salt and high-temperature steam. This avoids the imbalance between the input and output energy of the molten salt thermal energy storage system when the steam demand is insufficient, and reduces the cost of the thermal energy storage molten salt and investment. This invention uses molten salt energy storage to increase the flue gas temperature, ensuring the denitrification capability of the unit during low-load operation.

This invention relates to a method for controlling the yaw of a wind turbine system by controlling multiple yaw drive actuators. When the yaw drive actuators apply the same torque to all motors, if the motors are not engaged when the yaw system is activated, this can cause some motors to overspeed. Therefore, if the actual motor speed reference of a yaw drive actuator is higher than a specific motor speed reference, an output signal is applied to the yaw drive actuator whose actual motor speed reference is higher than the specific motor speed reference to reduce the actual motor speed reference.

The utility model relates to a kind of elevator hoisting machine vibration reduction machine base, including telescopic mechanism, spring mechanism and support mechanism, telescopic mechanism includes upper plate, lower plate, piston cylinder, stand, upper fixed sheet and lower fixed sheet;Upper plate and lower plate are symmetrically arranged up and down;Upper fixed sheet is connected in piston cylinder top end;Lower fixed sheet is connected in stand bottom end;Upper fixed sheet is connected with upper plate by bolt;Lower fixed sheet is connected with lower plate by bolt;Piston cylinder and stand are equipped with multiple groups and circumferentially distribute;Stand and piston cylinder are all connected with mounting plate;Stand is connected with upper support plate;Piston cylinder is connected with lower support plate;Spring mechanism is equipped with two groups and can be detachably connected on mounting plate;Support mechanism is equipped with two groups and is connected between upper support plate and lower support plate.The utility model can realize only replacing damping spring, without replacing together with stand and piston cylinder, reduce the burden and cost when replacing.

A monitorable anti-overturning structure for a single-column bridge pier includes lower nested stirrups, upper nested stirrups, steel structural bracing, a horizontal support platform, a vertical support column, perforated rubber bearings, and a structural health monitoring system. The lower and upper nested stirrups are respectively fitted onto the pier column, one at the bottom and one at the top. The two sides of the lower nested stirrups are fixedly connected to the lower ends of the steel structural bracing, and the upper ends of the steel structural bracing are fixedly connected to the horizontal support platform. The upper nested stirrups are connected to the horizontal support platform via horizontal cables. The horizontal support platform is fixedly connected to the vertical support column, which is fixed to the bridge beam via perforated rubber bearings. The structural health monitoring system includes sensor arrays located at key locations to monitor the beam tilt angle, bracing strain, and bearing reaction force. This invention not only significantly enhances the physical resistance of single-column pier bridges to overturning but also integrates a structural health monitoring system, enabling real-time perception and intelligent early warning of key parameters such as bridge stress and deformation.

This utility model relates to the field of agricultural engineering technology and discloses a slow-release device for saline-alkali soil conditioner. It includes a square box, with a mounting plate fixedly connected inside. A motor is fixedly connected to the left end of the mounting plate, and a gear is fixedly connected to the drive end of the motor. A cylinder is connected to the inner wall of the square box, and a connecting rod is fixedly connected to the drive end of the cylinder. A fixing plate is fixedly connected inside the square box, and a circular plate is fixedly connected to the bottom end of the connecting rod. A gear is rotatably connected to the bottom end of the fixing plate. In this utility model, the stirable slow-release device is compatible with various forms of conditioners, including solid, liquid, and suspended states, and even supports compound formulations. The stirrer, through shearing and dispersing action, uniformly mixes components of different densities, preventing heavy particles from sinking and light components from floating, ensuring a stable proportion of the released conditioner components.