46results about How to "Achieve balance" patented technology

The present application provides a kind of porous carbon and carbon nanotube combined preparation system and method, including activation fluidized bed, carbonization fluidized bed and carbon nanotube preparation fluidized bed;Activation fluidized bed is filled with energy carbon carrier, after oxygen and activating gas are imported, energy carbon carrier and oxygen occur combustion heat release, make activation fluidized bed temperature rise, first tail gas formed is imported into carbonization fluidized bed filled with carbon particle precursor, carbon particle precursor is carbonized under the action of high temperature carried by first tail gas, and generates carbide particle, and the second tail gas containing C1-C 30 ;Carbide particle is transported to activation fluidized bed, by controlling the gas flow rate of first gas inlet, so that carbide particle is always in the upper part of activation fluidized bed, and makes carbide particle activate in activating gas, and forms porous carbon particle;Second tail gas enters carbon nanotube preparation fluidized bed, and under the action of nanometer metal catalyst, C1-C 30 In it, is converted into carbon nanotube to realize low-cost co-production of porous carbon and carbon nanotube.

This invention discloses a method and system for protecting privacy in wearable devices for human activity recognition, aiming to solve the problems of existing methods struggling to balance privacy and utility, and high resource consumption on the edge. The method first acquires multi-channel time-series signals from the wearable device and constructs fixed-length feature vectors. Based on a sensitive attribute inference model and the number of high-risk features, it divides the device into high-risk and low-risk feature sets. Only the high-risk feature sub-vectors are subjected to perturbation noise to generate perturbation latent representations, which are then uploaded to an edge server along with the low-risk feature set. The edge server generates the final feature vectors and assesses the risk of privacy leakage. An offline evaluation is used to construct a privacy-utility trade-off, dynamically adjusting the perturbation dimension and noise amplitude. This invention achieves targeted protection of high-risk features, maximizing the preservation of key recognition information, reducing edge computing power and communication overhead, adapting to the differentiated needs of different scenarios, and balancing privacy security and activity recognition performance.

This invention discloses a health insole containing Atractylodes lancea and its manufacturing process, comprising a breathable surface layer, an Atractylodes lancea functional layer, and an elastic base layer arranged sequentially from top to bottom. The Atractylodes lancea functional layer contains microcapsules containing active ingredients, enabling the slow release of these active ingredients and their efficacy. The Atractylodes lancea functional layer employs a "locally thickened Atractylodes lancea functional layer" design in key areas such as the sole and heel of the insole to enhance the herbal care effect. The breathable surface layer has ventilation channels to achieve "strong antibacterial effect during use and energy-saving and efficacy-preserving effect when idle." This application solves the problems of easy attenuation of the efficacy of traditional Chinese medicine in existing insoles, rapid release of medicinal properties, lack of targeted care for key areas, and poor prevention and treatment effects. It precisely matches the foot health function needs under different states of idle and active use, balancing wearing comfort and health practicality.

This application relates to the field of industrial furnace temperature control technology, and discloses an energy-saving brazing furnace heating process temperature adaptive control method and system. The heating process of the brazing furnace is divided into at least three continuous temperature ranges, including a first temperature range, a second temperature range, and a transition temperature range. A first power control strategy and a first temperature fluctuation tolerance are configured for the first temperature range, and a second power control strategy and a second temperature fluctuation tolerance are configured for the second temperature range. The current temperature range of the brazing furnace is determined based on the current temperature. When it is determined that the brazing furnace is currently in the first temperature range, the first power control strategy is executed to output heating power, ensuring that the characteristic temperature is within the first temperature fluctuation tolerance. When it is determined that the brazing furnace is currently in the second temperature range, the second power control strategy is executed to output heating power, ensuring that the characteristic temperature is within the second temperature fluctuation tolerance. When it is determined that the brazing furnace is currently in the transition temperature range, a smooth switching logic is executed.

This invention discloses a method and system for thyroid and breast surgical biopsy and surgical planning using multimodal image fusion, belonging to the fields of medical image processing and surgical computer-aided planning technology. The method includes the following steps: acquiring multimodal medical image data and dynamic body posture information of the thyroid and breast regions, and organizing them into a continuous time series according to time sequence as the input basis for subsequent analysis and calculation; comparing magnetic field interference signs and brightness extension trajectories in the continuous time series frame by frame, extracting regions with abnormal signal distributions, generating a candidate list of artifacts, and identifying the suspected artifact range. This invention achieves synchronous correction of artifact regions and restoration of image geometric accuracy through time series reconstruction and spatial offset correction, ensuring the spatial consistency of the fusion model. By generating a list of coordinate anomalies and high-risk locations, it enables dynamic path review and risk identification, ensuring that the biopsy and surgical paths correspond to the real tissue, improving sampling accuracy and surgical safety.

This invention provides a method for producing single-cell protein using a mixed bacterial culture, comprising the following steps: performing primary seed culture on methanogenic bacteria, *Tricholoma materata*, and *Glucosinolate methyl-eating bacteria* to obtain primary seed solutions; mixing the primary seed culture solutions evenly to obtain a mixed bacterial solution; inoculating the obtained mixed bacterial solution into a secondary seed culture medium for cultivation to obtain a secondary seed solution; inoculating the obtained secondary seed solution into a fermentation medium for scale-up cultivation to obtain a fermentation broth; separating the solid and liquid components of the obtained fermentation broth, harvesting the bacterial cells, and obtaining single-cell protein. This method for producing single-cell protein using a mixed bacterial culture improves the utilization rate of the carbon source methane and the yield of single-cell protein.

The utility model relates to a kind of intelligent temperature control's battery mobile cold air device, including box, refrigeration cavity, power supply cavity, fan, battery, evaporative mechanism, temperature sensor being located on box, PLC controller being located in box, the fan includes motor fixedly arranged in refrigeration cavity, first rotating shaft fixedly arranged in motor output end, multiple fan blades fixedly arranged on first rotating shaft;The evaporative mechanism includes water tank fixedly arranged on box, water outlet being located on water tank, spherical stopper being movably arranged in water tank, cylinder fixedly arranged below water tank, baffle being movably arranged in cylinder, top rod fixedly arranged on baffle, limiting component for limiting spherical stopper movement being located in water tank, moving assembly for driving baffle lifting and being linked with first rotating shaft in box, humidifying component being located in box and being communicated with cylinder. Using the cold air device, air volume and humidification amount are synergistically regulated, to realize the dynamic balance of cooling effect and resource consumption.

The utility model relates to a kind of dynamic cone balancing device of conical crusher, including ring disc and hydraulic cylinder, the four around integral moulding of ring disc has hinge seat, one end of hydraulic cylinder is hinged with hinge seat, the other end of hydraulic cylinder is hinged with dynamic cone inner wall, the bottom mouth of ring disc is inserted with bottom cover, the top mouth of ring disc is screwed with top cover, the disc body of ring disc is equipped with the inner oil passage of through inner and outer wall, the outer end port of inner oil passage is embedded with external connection pipe, the external connection pipe is communicated with hydraulic cylinder by connecting pipe and outer oil passage;By ring disc, top cover and bottom cover constitute internal cavity, by the communication internal cavity and hydraulic cylinder of inner oil passage and outer oil passage, by the damping flow of hydraulic oil, realize the upper stability of dynamic cone, reduce the vibration influence and unbalanced motion of dynamic cone, to realize the balance control of dynamic cone, and the whole device does not need external device drive, by internal hydraulic oil communication movement, realize passive balance and shock absorption.

The present application belongs to the technical field of image detection, and particularly relates to an image recognition method for surface defect detection of a cable protection pipe, which comprises the following steps: acquiring a four-channel image of the cable protection pipe, calculating light intensity values, and constituting a macro-pixel array structure; obtaining a cross-direction light intensity mutation divergence based on the macro-pixel array structure for each pixel point; projecting the cross-direction light intensity mutation divergence into the longitudinal and transverse gray scale change rates of the cable protection pipe for gain amplification, and obtaining a polarization tailing factor; obtaining a motion alignment weight based on the polarization tailing factor of each pixel point; using the motion alignment weight to perform weighted summation on historical reference light intensity values to obtain a reconstructed light intensity value; obtaining a corrected polarization degree of each pixel point based on the reconstructed light intensity value; and using the corrected polarization degree to determine water bead interference and pipe surface defects according to a high polarization area threshold value. The present application enhances high-precision separation of defects and water beads.

The application belongs to the technical field of optical communication, and discloses an environment-adaptive optical signal wavelength conversion and regeneration system and method; transient power fluctuation characteristics and rate characteristics are obtained by performing feature extraction on input signal light; the thermal environment state of a semiconductor optical amplifier is monitored by using reference light to determine a gain drift amount; the probe light power is dynamically configured based on the gain drift amount and the rate characteristics, and transient fine adjustment is performed on the bias current according to the transient power fluctuation characteristics; the input signal light and the dynamically configured probe light are coupled into the semiconductor optical amplifier, and conversion light is obtained by using cross gain modulation effect; the conversion light is subjected to code distortion evaluation, and pre-emphasis instructions are generated and fed back to the input signal light modulation link. The application realizes automatic compensation under environment change and effectively suppresses code distortion.

The application relates to the field of intelligent meal matching, and discloses a modular precise nutrition intelligent meal box and a self-adaptive meal matching device. The self-adaptive meal matching device comprises a clustering module, a calculation module and a construction module. The clustering module is used for clustering a user feature vector based on a fuzzy C-means clustering algorithm. The calculation module is used for calculating a meal energy target and a macro-nutrient target according to a membership vector. The construction module is used for constructing a multi-objective optimization model comprising an energy matching degree, a macro-nutrient balance degree, a taste preference satisfaction degree and a dish diversity gain target function. The decision module is used for visualizing and displaying a Pareto optimal solution set for user selection. By constructing a multi-dimensional user feature vector, generating a personalized meal energy target and a macro-nutrient target according to a membership weight, establishing a multi-objective optimization model and outputting a Pareto optimal solution set by using a multi-objective evolutionary algorithm, the Pareto optimal trade-off and hierarchical constraint management of multiple conflict targets are realized.

The invention discloses a wind hydrogen storage collaborative digital real-time management and control platform and method, and relates to the technical field of power grids, and the platform comprises a time calculation module which calculates the structure propagation time based on the effective length of a blind branch pipe; the segmentation module is used for obtaining a plurality of continuous time periods based on the structure propagation time; an amplification module that calculates a first statistical value based on the continuous time period, and calculates a structure amplification factor based on the first statistical value; the coupling module is used for defining a tank opening pipe section and calculating the three-way parallel coupling amount according to the tank opening pressure time sequence and the structure amplification factor of the tank opening pipe section; and the correction module obtains a corrected hydrogen production power adjustment amount according to the three-way parallel coupling amount. According to the invention, invalid charging and discharging times of the energy storage system can be effectively reduced, and grid-connected power fluctuation amplitude is reduced.

This invention relates to the field of power equipment technology, and more particularly to an integrated distribution box. The invention utilizes a movable partition plate within the ventilation cavity, constrained by a guiding component and reset by an elastic element. The sudden change in pressure difference between the inside and outside of the box serves as the driving force, causing the partition plate to shift and instantaneously reduce the flow gap within the ventilation cavity, thereby significantly increasing the equivalent flow resistance of the lateral flow channel. This adaptive variable damping mechanism effectively suppresses the "pumping effect" caused by air pressure pulsations, preventing the instantaneous large-scale intake of external moisture and dust. It automatically resets after the pressure difference stabilizes to ensure normal heat dissipation. Simultaneously, the staggered arrangement of the perforation array forms a physical maze, achieving an automatic balance and consideration of dynamic protection level and heat dissipation efficiency without electrical control intervention.

The invention relates to a clutch device (2) for arrangement in a motor vehicle drive train between a drive unit (4) and a transmission (6), comprising a parallel double clutch (34) with a first multiplate clutch (36) for selectively transmitting torque between a clutch input side (38) and a first clutch output side (40) and a second multiplate clutch (42) for selectively transmitting torque between the clutch input side (38) and a second clutch output side (44), wherein the first multiplate clutch (36) has a first friction plate pack (46) which can be actuated by a first force transmission element (76), the second multiplate clutch (42) has a second friction plate pack (48) which can be actuated by a second force transmission element (78), and the first force transmission element (76) extends through an opening (96) in a friction plate of the second friction plate pack (48) to the first friction plate pack (46). The second force transmission element (78) extends through an opening (92) in the first force transmission element (76) to the second friction plate pack (48).

The utility model discloses a motorcycle engine crankcase belongs to motorcycle engine technical field, and one kind of motorcycle engine crankcase, including crankcase main part, the crankcase main part upper end surface center one side place is equipped with crankshaft accommodating cavity, the crankcase main part upper end surface center leans to the side and is equipped with the variable speed gear installation cavity, the inboard wall of crankshaft accommodating cavity is equipped with the protection structure, the crankcase main part lower end surface center place is equipped with the reinforcing structure, in addition, the utility model discloses, through the combination design of protective layer, T type sliding block and sliding slot, through the radial limit and prevent the deviation and fall of protective layer because of crankshaft high -frequency vibration, also keep the axial trace sliding space to adapt the thermal expansion and contraction when the engine works, solved the problem that rigid protection structure is easy to produce stress cracking because of temperature change, simultaneously, the direct contact of protective layer and crankshaft part realizes wear and tear isolation, and cooperates slidable type assembly structure, and the durability and adaptability of protection have been greatly improved.

This utility model belongs to the field of air source heat pump technology, specifically an air source heat pump condensate drainage structure. It includes a rotating shaft, with a drainage base mounted on one end of the shaft. A movable rod is mounted inside the mounting base via a pin. A ball bearing is movably mounted inside a groove, and a cylinder is mounted on the top side of the ball bearing. A circular block is mounted on one end of the movable rod, and a spring is fixed between the circular block and the bottom of the cylinder. A drain pipe is connected to the other side of the drainage base. When condensate accumulates, the increased weight of the drainage base puts pressure on the movable rod, compressing the spring and causing one end of the drainage base to sink, ensuring sufficient water storage. As condensate is continuously drained, the weight of the water on the base decreases, and the compressed spring releases its elastic potential energy, pushing the circular block upwards. The drainage base returns to a certain tilt angle, allowing condensate to slowly flow into the drain pipe along the tilted surface. This achieves a dynamic balance between the tilted drainage and water storage functions of the drainage base, improving drainage efficiency.

The embodiment of the application provides a device for detecting tooth root of goods of unmanned forklift, comprising an unmanned forklift, characterized in that: the bottom of the unmanned forklift is provided with a fork, and a tooth root sensing assembly is arranged at the root of the fork; the tooth root sensing assembly is embedded in the internal groove area of the fork, and the tooth root sensing assembly is lifted synchronously with the fork; the tooth root sensing assembly comprises a sensing plate, a proximity switch, a fixing support, a sensing bolt, a rotating shaft, a torsional spring and a bolt. The technical problem solved by the application is to provide a device for detecting tooth root of goods of unmanned forklift, which combines mechanical structure and inductive proximity switch to improve the stability and reliability of goods detection, enhance the adaptability to low-temperature environment, and reduce maintenance cost.

This invention relates to the field of edge computing technology, specifically disclosing a multi-task optimization scheduling method and system based on edge computing. The method involves: acquiring the original observation reward sequence; calculating its Hearst exponent and setting the state space of a stochastic differential equation, outputting the prior distribution of the implicit true reward; updating the posterior distribution through particle filtering, extracting the posterior mean and posterior variance, and calculating the effective diversity index; training a deep reinforcement learning strategy using the posterior mean instead of the original reward, and calculating the exploration adjustment factor by combining the posterior variance and the effective diversity index; periodically reestimating the parameters of the stochastic differential equation and feeding them back to the state space. This invention can stabilize the scheduling strategy under sparse and noisy reward conditions, achieving an adaptive balance between exploration and utilization.

This invention relates to the field of artificial intelligence computing models and intelligent decision control technology, and discloses a system and intelligent decision-making method based on an AI multi-dimensional model, including a feature perception module, a topology reconstruction engine, a feedback scheduling unit, and a transformation processing unit. The feature perception module extracts feature vectors of each component of a high-dimensional heterogeneous data stream, calculates the fusion value of the gradient, and determines the active feature dimension. The topology reconstruction engine generates a dynamic mask based on the active feature dimension and performs edge pruning on the initial topology graph to construct a task-sensitive topology structure. The feedback scheduling unit uses reinforcement learning operators to adjust the pruning threshold and update the dynamic mask coverage. The transformation processing unit performs weighted mapping operations based on the updated dynamic mask. This invention transforms full matrix operations into sparse topology operations through feature-guided logical pruning, reducing the overhead of invalid digital processing.

The application is suitable for the field of automation equipment, and provides a pressure self-adaptive flexible gripping mechanical arm for desert tree planting, which is a three-section column modular structure, is composed of a light-weight protective guide rail, a multi-degree-of-freedom modular mechanical arm and a pressure self-adaptive flexible mechanical claw connected coaxially in sequence, and each unit is detachably connected through quick-change pin shafts.The light-weight protective guide rail realizes dust prevention by using built-in slide rails and upper cleaning micro-holes; the multi-degree-of-freedom modular mechanical arm realizes light weight and high rigidity by using hollow transmission rods and triangular reinforcing rib supports; the pressure self-adaptive flexible mechanical claw realizes lossless and stable gripping of irregular sand willow seedlings by using an asymmetric arc envelope structure matched with a thin film type force sensor closed loop control; and a posture compensation mechanism is further arranged to ensure that the seedlings are vertically planted into the soil.The application solves the problems of easy jamming of the kinematic pair in the desert windy and sandy environment, difficulty in field maintenance, damage and tilting planting of the seedlings, and improves the operation reliability and the survival rate of the seedlings.

This invention discloses a method and system for optimizing stereoscopic vision on naked-eye 3D large screens, specifically relating to the field of naked-eye 3D vision optimization technology. The method includes: real-time perception of ambient light and viewer position through multi-sensor fusion to establish an ambient light field model; prediction of glare crosstalk noise based on physical simulation, and adaptive suppression and compensation combining human visual sensitivity and image content features; dynamic generation of a virtual camera based on the viewer's real-time binocular positions, and real-time re-rendering using a lightweight neural radiation field renderer to achieve motion parallax; finally, intelligent fusion and encoding of the glare compensation layer and perspective correction layer, and outputting the result to the screen. The system includes four main modules: environmental perception, glare compensation, perspective rendering, and fusion encoding. This invention effectively suppresses ambient light interference, improves the quality and immersion of stereoscopic images from different viewing angles, and is suitable for naked-eye 3D large-screen displays in outdoor and complex lighting environments.

The application discloses a self-adaptive SOC equalization control method in a black start process of an energy storage system. Compared with the prior art, the application has the following beneficial effects: compared with the traditional black start control strategy of the energy storage system, the method disclosed by the application effectively realizes SOC balancing and power sharing of different energy storage units in the energy storage system by using a self-adaptive SOC equalization strategy. The application provides an energy storage system capacity configuration strategy in the black start process and a safety threshold of charging and discharging power of each energy storage unit of the energy storage system. The method disclosed by the application improves the stability and reliability of the black start process of the energy storage system.

This invention discloses a shape-memory cotton fleece-like fabric, a method for preparing the fabric, and related applications such as clothing made from the fabric. The shape-memory cotton fleece-like fabric provided by this invention has a uniformly distributed microfibrillated pile structure on its surface. This invention also provides a method for preparing the aforementioned cotton fleece-like fabric, which includes: fabric preparation, pretreatment, dyeing, first liquid ammonia treatment, ammonia removal drying, mechanical napping, second liquid ammonia treatment (setting), softening finishing, pre-shrinking, and inspection. The shape-memory cotton fleece-like fabric provided by this invention has a microfibrillated pile structure on its surface. While retaining the advantages of cotton fabrics, this fabric has a unique, lasting, delicate, and rich fleece feel, with a soft hand like cashmere, and maintains good mechanical properties, achieving a balance between "strength" and "fleece."

This invention discloses a big data-based operational analysis method, system, and medium, relating to the field of big data analysis technology. The method involves a central server first performing hierarchical or channel pruning on an initial model based on client terminal computing resource information, generating multiple compression ratio versions and adapting and distributing them. Then, the client terminal uses local historical behavioral time-series data to train the received model locally, allocating differentiated noise injection amounts to model parameters based on the impact of behavioral characteristics. After noise addition and homomorphic encryption, the parameters are uploaded. Next, the central server securely decrypts and aggregates the encrypted parameters, updates the model, and recompresses and adapts it before distribution. Then, the client terminal uses the new model to predict the churn probability of the latest behavioral time-series data, uploading early warning information when thresholds are exceeded. Finally, the central server generates an operational analysis report based on the early warning information. This achieves a privacy-preserving federated learning and real-time prediction closed loop, balancing data privacy and prediction accuracy.

The invention provides a big language model reasoning method and electronic equipment. The method comprises the following steps: carrying out value projection calculation on a hidden representation output by a self-attention sub-layer through a value projection branch to obtain a value output vector; performing gated projection calculation on the hidden representation output by the self-attention sub-layer through a gated projection branch to obtain a neural modulation factor; performing linear projection calculation on the hidden representation output by the self-attention sub-layer through a modulation projection branch to obtain a modulation output vector; performing bilinear interaction calculation on the value output vector and the modulation output vector to obtain an intermediate interaction vector, and adjusting the intermediate interaction vector by using a neural modulation factor to obtain an interaction vector; carrying out vector fusion on the interaction vector and the value output vector to obtain a fusion feature; and carrying out residual and normalization calculation on the fusion feature and the hidden representation output by the self-attention sub-layer to obtain the output of the feed-forward sub-layer. According to the invention, the modeling capability of the model for semantic combination is improved.

This utility model relates to the field of dual dynamic driver headphone technology, aiming to solve the problems of existing push-pull dual dynamic driver headphones where a single dynamic driver unit is the main source of sound, resulting in limited dynamic range and output efficiency, and parallel dual dynamic driver headphones where the multi-cavity design leads to increased size and weight, and discomfort when worn. The present invention provides a rear-mounted dual dynamic driver headphone, including a housing, within which a first dynamic driver unit and a second dynamic driver unit are installed, arranged back-to-back. The space formed between the diaphragm side of the first dynamic driver unit and the housing is the front cavity of the first dynamic driver unit, and the space formed between the diaphragm side of the second dynamic driver unit and the housing is the front cavity of the second dynamic driver unit. The space between the two dynamic driver units is a shared rear cavity. The front cavities of the first and second dynamic driver units are connected by an acoustic channel. A sound outlet is provided on the housing, and the front cavity of the second dynamic driver unit is connected to the sound outlet. This utility model has significant improvements in sound quality, wearing comfort, and production efficiency.

The application relates to the field of power grid stabilization, in particular to a system and method for improving the power supply reliability and power quality of a low-voltage distribution network, which comprises a first fast switching switch connected in series to a low-voltage power supply line and located upstream of a load, a battery energy storage device and a power generation device connected in parallel to the low-voltage power supply line downstream of the first fast switching switch. The first fast switching switch and a second fast switching switch can realize the rapid connection and disconnection of the power supply, the battery energy storage device can realize the short-term power supply of the power grid and the balance of the reactive current, three-phase unbalanced current and harmonic current, and the power generation device can realize the long-term power supply of the power grid, so that the entire circuit can stably operate whether the power supply is short-term or long-term.

This invention relates to the field of biomedical technology, providing a microsphere composition and its preparation method, as well as its application in the preparation of contrast agents and drugs. The microsphere composition includes a microsphere dispersant and microsphere particles; the microsphere particles include a shell and a core; the shell comprises a lipid mixture consisting of charged lipids and auxiliary lipids; the core comprises an optional therapeutic gas, and one or both of an inert gas or inert liquid; the molar amount of charged lipids is ≤60% based on the total molar amount of the lipid mixture; the pH value of the microsphere dispersant is 5-6.9. The microsphere particles of this invention can efficiently load therapeutic gases and conventional drugs, precisely target their application, exhibit excellent stability, and have high biocompatibility.

This invention relates to the field of satellite remote sensing application technology, specifically to a method and computer program product for fusing optical and synthetic aperture radar (SAR) images. The method includes: converting an optical image to a luminance-chrominance color space and extracting optical luminance and optical chrominance components from it; extracting radar intensity information from a SAR image; constructing a cross-modal attention fusion network to fuse the optical luminance components and radar intensity information to generate a fused luminance image that simultaneously preserves the spatial details of the optical image and the cloud penetration characteristics of the radar image; wherein the cross-modal attention fusion network employs unsupervised training. The fused luminance image is combined with the optical chrominance components and mapped back to the original color space, outputting a fused image that combines optical color information with the structural texture features of SAR. This invention significantly improves the overall quality and scene adaptability of optical and SAR image fusion.