16results about How to "Improve response rate" patented technology

This invention discloses a liquid-cooled collaborative intelligent temperature control method and system based on layered PCM, relating to the field of liquid-cooled temperature control technology. The method includes: S1, real-time acquisition of liquid-cooled temperature control data and preprocessing of the data; S2, calculation of the sensible and latent heat absorption of the outer and inner PCM layers, assessment of the risk of thermal imbalance on the conductor surface, determination of the current thermal state, and output of a thermal risk warning signal; S3, assessment of the degree to which cable bending weakens thermal coupling performance, triggering a layered PCM collaborative temperature control strategy, and execution of graded control commands for the power pump, circulation pump, and three-way valve; S4, assessment of the deviation between the current heat exchange capacity and the heat load demand, correction of the cooling response coefficient, and optimization of the PCM collaborative temperature control strategy. This solves the problems of unstable thermal coupling between the coolant pipe and the heating conductor in existing liquid-cooled cables, and the tendency for pipe deformation and contact thermal resistance and localized hot spots to occur with frequent bending.

This application discloses a storage system, a control method for the storage system, and an apparatus for the storage system, relating to the field of computer technology. The storage system includes a node scheduler and multiple processor nodes, each processor node including a processor core, a processor port, and candidate storage devices. The node scheduler is used to allocate a target processor node to a target request based on the received information of the target request and the target mapping relationship. The target processor core is used to determine the operation position of the target request based on the request information of the target request and to generate a target instruction based on the target request and the operation position. The target storage device is used to execute the target instruction and generate execution information of the target instruction. The target processor core is also used to update the metadata database based on the execution information and send the execution information to the sending interface. This application solves the technical problem of low response rate of the storage system to read and write requests, and achieves the technical effect of improving the response rate of the storage system to read and write requests.

This invention discloses a chemiluminescence gas sensor based on polyoxometalates (POMs), and relates to its fabrication method and application. The sensor is suitable for detecting ammonia at room temperature. The gas sensor includes an adapter base and a sensing element, wherein the sensing element consists of interdigitated electrodes and a sensitive material loaded on the electrode surface. This sensitive material is a composite material of POMs and SnO2. POMs, as excellent electron acceptors, possess good redox properties, thermal stability, and photosensitivity. When combined with SnO2, they can effectively suppress electron-hole recombination, thereby significantly improving the gas-sensing performance of the semiconductor material. Compared with existing technologies, the sensor provided by this invention exhibits high response characteristics to ammonia at room temperature, while also demonstrating excellent selectivity and repeatability.

This invention belongs to the field of variable wing technology and discloses a lightweight integrated aerodynamic drive system and a deformable wing. The aerodynamic drive system includes: a double-acting cylinder integrated with the valve bodies of a normally open and normally closed electromagnetic directional valve via a cylinder head; a combined valve comprising an inflation valve and a pressure reducing valve; the inflation valve is located above the pressure reducing valve, with its valve body integrated with the pressure reducing valve's valve body, and its outlet flow channel directly connected to the pressure reducing valve's inlet flow channel; the pressure reducing valve is located on the top of the front cylinder head of the double-acting cylinder, and is connected to the normally open electromagnetic directional valve via a gas-sealed connection, directly docking with a gas cylinder. This system combines optimized gas path design and hardware integration, integrating energy and drive functions, resulting in a compact and lightweight structure. It can adapt well to the requirements of limited installation space, significantly improving the system's adaptability to various operating conditions, thereby enhancing the aircraft's flight performance.

The application provides a direct-current power supply active voltage stabilizing protection system with an overload protection function, which solves the problem of poor direct-current circuit protection effect and the like, and comprises an overload protector installed on a direct-current power supply, wherein the overload protector is connected with a sensing assembly, the sensing assembly is connected with a control module arranged inside the overload protector, a voltage stabilizing assembly and a circuit breaking protection assembly connected with the direct-current power supply are arranged inside the overload protector, and the voltage stabilizing assembly and the circuit breaking protection assembly are respectively provided with adjusting assemblies. The application has the advantages of stable structure, good circuit protection effect and the like.

The application discloses an intelligent ring, a hand posture recognition method and an interaction system.The intelligent ring comprises a ring body, a sensor module arranged on the surface of the ring body and an inertial measurement unit integrated in the interior of the ring body.The sensor module is arranged on the surface of the ring body, and when a user wears the intelligent ring, the hand posture can be recognized according to the data information fed back by the sensor module and the data information fed back by the inertial measurement unit, so that the data calculation amount in the inertial measurement unit is reduced, the power consumption of the intelligent ring is reduced, the system delay of the intelligent ring is reduced due to the reduction of the data calculation amount in the inertial measurement unit, the response rate of the intelligent ring is improved, and the robustness of the intelligent ring is improved.

The utility model relates to fuse technology field especially relates to a high heat transfer quick response temperature fuse. The high heat transfer quick response temperature fuse includes temperature fuse body and heat conduction spare, and the main part of heat conduction spare is pasted around the shell peripheral surface of temperature fuse body, the first wing piece of the first end of main part is equipped with the direction of extending away from temperature fuse body, and / or, the second wing piece of the tail end of main part is equipped with the direction of extending away from temperature fuse body, the first wing piece and second wing piece are used for with the surface contact of heating component. When installing the temperature fuse, the main part of heat conduction spare is pasted in the fuse main part periphery, and the wing piece can be pasted on the surface of heating component to expand the contact area of temperature fuse and heating component, which is favorable to the heat of heating component to accelerate transmission to temperature fuse, thereby improving the response rate of temperature fuse.

The application provides an audio processing method and related equipment, the audio processing method comprises the following steps: converting a first audio signal to be processed into a first frequency domain signal containing a plurality of frequency domain parameters; determining a spectral feature value and a sparse feature value of each of the frequency domain parameters in the first frequency domain signal; determining a target frequency domain parameter from the plurality of frequency domain parameters according to the spectral feature value and the sparse feature value, and determining an attenuation parameter of the target frequency domain parameter; performing gain reduction of the attenuation parameter on the target frequency domain parameter in the first frequency domain signal to obtain a second frequency domain signal, and performing time domain conversion on the second frequency domain signal to obtain a second audio signal. In the application, the response speed of the equipment to the voice instruction is improved.

This invention discloses a method for fabricating a porous GaN-based N-doped gallium β-oxide solar-blind detector, comprising the following steps: Step 1, growing an n-GaN thin film on a first substrate, and electrochemically etching the n-GaN thin film in an electrolyte to prepare nanoporous GaN; Step 2, using the nanoporous GaN as a second substrate, growing an N-doped gallium β-oxide thin film to prepare a nanoporous GaN-based N-doped gallium β-oxide thin film, and annealing it in an atmosphere; Step 3, depositing alloy electrodes on the nanoporous GaN-based N-doped gallium β-oxide thin film to prepare a porous GaN-based N-doped gallium β-oxide solar-blind photodetector. This invention also discloses a porous GaN-based N-doped gallium β-oxide solar-blind detector. This invention solves the key common problems in the prior art, such as high stress in gallium β-oxide thin films, poor crystal quality, and large dark current and slow photoresponse speed in gallium β-oxide solar-blind detectors.

The application provides a fast charging circuit of an energy storage device and a charging method and a charger thereof, wherein the charging circuit comprises a forward conversion module, the forward conversion module outputs a first stable current or a second stable current to the energy storage device through a transformer; an energy storage capacitor is electrically connected to an output power supply of the forward conversion module, and the energy storage capacitor is electrically connected to the energy storage device through a control switch; when the output of the charging circuit is switched from the first stable current to the second stable current, the control switch is closed, the energy storage capacitor charges the energy storage device, so as to accelerate the switching process from the first stable current to the second stable current; the energy storage capacitor is electrically connected to an output port of the transformer, the output port of the transformer is allowed to be switched, so as to maintain the voltage of the energy storage capacitor at a preset voltage. The application can generate continuous current and high-quality pulse current, and the charging efficiency is high.

This application relates to a trajectory generation device, which includes a guide rail module, two motion modules, and a trajectory generating component. The two motion modules are reciprocally slidably mounted on the guide rail module, and are spaced apart. The trajectory generating component is movably connected to the two motion modules via two connecting rods, and during the movement of the two motion modules, the trajectory generating component can perform linear and curvilinear movements in a planar space. The trajectory generation device provided in this application, through the movement of the two motion modules on the guide rail module, realizes the preset trajectory drawing action of the trajectory generating component. This reduces the motion jitter of the trajectory generating component, improves the response rate of the trajectory generating component during trajectory drawing, separates the linear and curvilinear movements of the trajectory generating component, facilitates control of the drawn trajectory, and has a simple structure, improving energy efficiency while reducing usage and maintenance costs.

This invention belongs to the field of solenoid valve technology, specifically providing a two-position multi-way control valve. The two-position multi-way control valve includes a valve body and a valve core. The valve body includes a valve seat and a valve shell distributed along its axial direction. The valve seat includes a connecting seat, multiple connecting rings, and multiple connecting pipes with inlets and outlets. One end of the connecting seat is fixedly connected to the valve shell, and the other end is fixedly connected to a connecting ring. The multiple connecting rings and multiple connecting pipes are alternately distributed along the axial direction of the valve seat, and adjacent rings are fixedly connected. The connecting ring includes an inner convex ring located inside the connecting pipe. The valve core includes a moving iron core located within the valve shell and a valve stem located at least partially within the valve seat. The valve stem includes multiple outer convex rings, each corresponding to at least one inner convex ring. A sealing structure is provided on the outer convex rings so that during the movement of the valve core, the outer convex rings selectively seal against the corresponding inner convex ring through the sealing structure, thereby changing the communication state of the inlet and outlet.

The application discloses a kind of idle taxi scheduling methods based on multiple-to-multiple deep reinforcement learning algorithm, comprising: taxi scheduling area is divided into grid, and the taxi relocation task is defined as partially observable Markov decision process, and optimization target is defined to construct taxi relocation model;Wherein, optimization target is the balance of taxi supply and demand relationship, and relocation model includes critic part and actor part, and actor part includes multiple policy networks, and each grid corresponds to a policy network;Critic part includes value network and target network, and two networks cooperate to predict the global state value of a certain specific time as accurately as possible;Using multiple-to-multiple deep reinforcement learning algorithm to train the taxi relocation model;Idle taxi scheduling is realized using the trained taxi relocation model, and the scheduling result is obtained.The relocation strategy obtained by the application can make supply and demand more balanced, improve response rate and reduce taxi response time.

The present disclosure provides a kind of solar blind ultraviolet ranging system and method, applied to photoelectric information technology field, the method comprises: modulation sending end, for generating pseudo-random digital sequence, pseudo-random digital sequence is modulated to ultraviolet pulse light to produce ultraviolet light pulse signal, and ultraviolet light pulse signal is sent to the target to be measured;Receiving ranging end, for receiving the ultraviolet light pulse signal reflected by the target to be measured, the reflected ultraviolet light pulse signal is converted into digital signal, the digital signal is decoded and demodulated synchronous processing and channel estimation obtain time information, and the distance between the ranging system and the target to be measured is calculated according to time information.The solar blind ultraviolet ranging system and method have the advantages of fast ranging response, good real-time, high accuracy, anti-solar interference and the like.

The application belongs to the technical field of flower cultivation, and discloses a constant-temperature culture device for tulipa gesneriana and a culture method thereof. The constant-temperature culture device for tulipa gesneriana comprises a box body, double-layer box doors are mounted on the side of the box body, a plurality of supporting rods are mounted in the inner cavity of the box body, and a lattice plate is fixed to the side wall of each supporting rod. The cooperation of the structures such as the air diffuser plate, the ventilation pipe, the limiting rod and the air inlet joint improves the air exhaust uniformity and stability. When the temperature is controlled and adjusted, the air inlet hole groove on the air inlet joint is exposed, the air outside the air diffuser plate is introduced into the ventilation pipe, the air is uniformly exhausted from the air outlet on the ventilation pipe, and there are a plurality of equidistant air outlet points at the bottom of each layer of bulbs, so that the air exhaust uniformity and stability are effectively improved. When the temperature needs to be changed, the plurality of air outlets in the box body can synchronously blow out hot air or cold air, the response rate is greatly improved, and the flower bud differentiation rate is improved.

This invention relates to the field of financial marketing technology, specifically to an integrated financial marketing management method and system based on marketing data domains. The method includes the following steps: collecting customer transaction and preference data, calculating the magnitude of change and normalizing it into feature vectors; analyzing group differences, calculating the rate of change, and generating a judgment result; combining lifecycle data clustering stage numbers and conversion progress matching rhythm parameters to generate personalized marketing plans; calculating ad placement frequency and consultant service ratio according to multi-group needs for optimized resource allocation; collecting interaction and transaction data after resource allocation, inputting it into a regression model for analysis, and generating marketing effectiveness evaluation results. In this invention, by collecting customer transaction and preference data, quantifying changes, and normalizing them into feature vectors, analyzing group differences to dynamically identify states, combining lifecycle clustering matching rhythm parameters to generate strategies, optimizing ad placement frequency and consultant service ratio according to group needs, and using regression analysis to form a closed-loop optimization management system.