68results about How to "Increase power consumption" patented technology

This disclosure relates to the field of communication technology, and more specifically, to a state switching method, apparatus, electronic device, and computer-readable storage medium. The state switching method includes: in response to a terminal connecting to a network device via a satellite, and the duration of no information transmission between the terminal and the network device being greater than or equal to a first duration threshold, sending a first request message to the satellite; the first request message is used to request the terminal to switch from a connected state to an inactive state; in response to a received first confirmation message, switching the terminal from the connected state to the inactive state; wherein, in the inactive state, the terminal retains context information of its communication with the network device via the satellite, and the terminal stops listening to the downlink channel in the inactive state.

The application discloses an integrated multi-mode communication and biological feature verification access control card, a control system and a method, relates to the technical field of access control and identity recognition, and roots out the transmission and background leakage risk by closing the whole process of biological feature collection, encrypted storage and comparison in the local security chip of the access control card. The dual-mode structure of star flash high-precision ranging and 2.4G stable transmission is adopted, the dynamic distance threshold is triggered, the pain points of false triggering and delay of the traditional scheme are solved, the power consumption is optimized by the hierarchical intermittent strategy, and long endurance is ensured. The management end fuses multi-base station star flash ranging and RSSI fingerprint correction, realizes centimeter-level triggering and sub-meter indoor positioning, supports illegal intrusion alarm, track tracing and regional density statistics, and upgrades the traditional access control from single-point authentication to a fine location sensing management system.

This invention discloses an asynchronous sparse matrix outer product multiplier based on an event-driven circuit design. The multiplier employs a merging strategy that explicitly associates data with storage unit addresses, mapping matrix data address indices to corresponding addresses in the storage modules. Identical indices indicate identical storage locations, necessitating a merging operation. This strategy ensures the determinism of the data merging process and avoids complex sorting operations. Furthermore, the event-driven, clockless circuit used in this multiplier effectively mitigates some problems associated with synchronous circuits due to the absence of a clock and the use of an asynchronous controller to control data transmission. It also features low power consumption, high adaptability, and a certain degree of electromagnetic interference resistance, making it suitable for processing scenarios requiring ultra-low power consumption.

A frequency detector (200) and a method thereof for measuring and tuning the frequency of a controlled oscillator are disclosed. The frequency detector (200) includes: a pulse generator (210) for generating sampling pulses; a sampling circuit system (220) for sampling the output state of the controlled oscillator (180); and a digital processing unit (230). The sampling circuit system (220) is configured to subsample the output state of the controlled oscillator (180) at two or more sampling frequencies, all of which are lower than the frequency of the controlled oscillator. The digital processing unit (230) is configured to calculate the frequency offset of the oscillator based on the sampled states, and to generate a control signal based on the frequency offset to tune the frequency of the oscillator.

The invention provides a self-adaptive hybrid scheduling accelerator based on an FPGA (Field Programmable Gate Array) and an implementation method thereof. The accelerator comprises a control interface unit (CIU), a multi-level priority queue array (MPQA) and an adaptive scheduling core (ASH). The method aims at solving the problems of large task scheduling delay, slow interrupt response, system throughput bottleneck and the like caused by a traditional software scheduler in a heterogeneous multi-core SoC, a high-requirement embedded system and an edge computing node.

A lightning arrester leakage current detection device relates to the technical field of electrical equipment detection and comprises a leakage current detector shell, a cleaning part, a starting part and a lightning arrester. The cleaning part and the starting part are both fixedly installed on the ground, the cleaning part is fixedly connected with the starting part, and the cleaning part and the starting part are arranged outside the lightning arrester in a sleeving mode; the cleaning part further comprises a water tank, an arc-shaped outer frame, a rectangular water spraying head, a connecting rod support, a limiting round rod, a strip-shaped supporting rod, an arc-shaped plate, a dryer, a collecting box, a semicircular sponge block and a small notch. According to the equipment, the cleaning part is used for cleaning the outer side of the lightning arrester, the influence of the external environment on a detection result is reduced to the greatest extent, and manual operation is reduced by constructing an intelligent monitoring system, so that real-time monitoring and early warning of the operation state of the lightning arrester are realized, the operation and maintenance efficiency is improved, and uninterruptible power detection is realized.

The invention belongs to the technical field of amplifiers. The invention provides a floating inverting amplifier circuit with high gain and wide swing. According to the embodiment of the invention, a first-stage amplifier of the multi-layer sleeve type FIA is cascaded with a second-stage amplifier (conventional FIA) serving as an output stage, and the input end and the output end of the output stage are connected through a first feedback network and a second feedback network to form a closed-loop negative feedback form. A feedback resistor and a feedback capacitor are connected in series to serve as a feedback network, and output stages are connected into a closed-loop negative feedback mode, so that the cascade connection stability of the first-stage amplifier and the second-stage amplifier of the multilayer sleeve type FIA can be effectively improved. While the advantages of low power consumption and high energy efficiency of full-dynamic design are kept, the problem that high gain and wide swing design of an existing floating inverting amplifier cannot be achieved at the same time is solved.

The invention discloses a dual-mode electrophysiology acquisition system and method for a multi-mode fingertip monitor, and belongs to the technical field of medical electronics and biological signal measurement. The system is integrated in fingerstall type wearable equipment supporting double working modes of high-fidelity recording and continuous monitoring, and is characterized by comprising at least two electrodes in contact with the skin; the high-precision bioelectricity analog front-end chip conforms to the medical standard; a low power consumption bioelectricity monitoring unit; and the channel switching circuit is controlled by the main controller. The high-precision analog front-end chip is configured to switch or perform time division multiplexing on at least one signal input channel between a first configuration for collecting electrocardiogram signals and a second configuration for collecting skin electrical activity signals by dynamically reconfiguring an internal register of the high-precision analog front-end chip; therefore, hardware-level synchronous acquisition of two kinds of bio-electricity signals in a high-fidelity recording mode is realized, and sampling of the two kinds of bio-electricity signals is based on the same main clock source. Through the architecture of dual-core isomerism, mode driving and hardware dynamic multiplexing, the contradiction between medical-level precision electrocardio / skin electricity synchronous acquisition and ultra-long endurance continuous monitoring which are simultaneously realized in micro fingerstall equipment is solved.

The present application relates to the technical field of target detection, and aims at the defects of ship target detection in the existing complex environment, and discloses a lightweight high-precision ship target detection method for complex environment. The method first carries out lightweight modification and model optimization on the model to reduce the model parameter quantity, then trains the improved model to obtain a weight file for detection, then constructs a sea fog environment discrimination and physical model dehazing module to cope with complex environment, then adds the sea fog discrimination module and the dehazing module to the detection module, and finally uses the detection module and the trained model weight file to detect the ship target in real time in complex environment video stream. The method can realize real-time and high-precision detection of the ship in complex environment.

The invention discloses an unmanned aerial vehicle self-locking switch system and a control method thereof, and relates to the technical field of unmanned aerial vehicles. The system comprises a switch button, an auxiliary power module, a main power module, a self-locking unit, a control unit and an electric quantity display unit, stable startup and shutdown are achieved through dual-time-sequence button control that first pressing lasts for a first preset time and second pressing lasts for a second preset time in cooperation with a time-sharing cooperation mechanism of auxiliary power and main power, the self-locking unit locks the switch state, and the electric quantity display unit displays the electric quantity. And accidental on-off caused by signal jitter is avoided. The system is extremely low in leakage current in a shutdown state, effectively prevents battery over-discharge, has electric quantity display and state feedback functions, and remarkably improves the reliability, safety and user experience of the switch.

The invention discloses a composite film flexible transistor and a preparation method thereof, and relates to the technical field of flexible semiconductor devices. The composite film flexible transistor comprises a flexible substrate, a gate electrode, a gate dielectric layer, a mixed channel layer, a source electrode and a drain electrode which are stacked in sequence, the mixed channel layer is formed through double-source co-evaporation of elemental Te under a controlled low-temperature condition, and a continuous amorphous skeleton phase is formed. Te is dispersed and embedded in a supercooled liquid state and spontaneously crystallizes in a natural temperature returning process to form an interconnected conductive network. The content of Te and Te in the mixed channel layer is accurately regulated and controlled through the evaporation rate, and effective crystallization and carrier transport of Te can be realized without high-temperature annealing. The flexible transistor provided by the invention shows stable p-type enhanced electrical characteristics under low working voltage, and has high mobility, high switch ratio and excellent bending reliability; and meanwhile, a full-low-temperature process is adopted in the preparation process, so that thermal damage of high temperature to the flexible substrate is avoided.

The invention relates to a focal plane readout circuit in an imaging system, in particular to a high-linearity low-power-consumption analog readout circuit based on charge transmission, and belongs to the technical field of photoelectronics and microelectronics. The reading circuit is especially suitable for but not limited to a CMOS image sensor and an infrared detector.

This invention relates to an LED driver circuit, method, and electronic device with adaptively adjustable Vknee voltage. The circuit includes a power output stage, a global current control module, a Vknee control module, and a bias and execution module. The global current control module performs closed-loop control of the output current. The Vknee control module acquires the global current state and generates an adjustable bias voltage Vgen according to a preset optimization strategy. The bias and execution module clamps the source voltage of the power transistor to a level determined by Vgen, thereby establishing a target Vknee voltage value across the LED load. The global current control module and the Vknee control module form a master-slave dual closed-loop structure, enabling Vknee to adaptively optimize according to changes in the global current. This significantly reduces power consumption and improves efficiency while ensuring current accuracy, and allows for stable operation over a wide supply voltage and current range, making it suitable for various scenarios such as lighting, backlighting, automotive, and industrial applications.

The invention provides satellite-borne transmission and bearing integrated equipment and a rapid protection switching method and device, and the equipment comprises a common physical interface module which comprises a service interface and a space transmission interface and is used for service access and space transmission adaptation; the core processing module comprises a data processing unit and an optical layer processing unit, the data processing unit is connected with the optical layer processing unit through a high-speed backplane bus, the data processing unit is used for analysis and routing processing of data messages, and the optical layer processing unit is used for optical channel cross connection and optical layer protection; a special processing unit is arranged in the photoelectric hybrid module and is used for encapsulating and / or de-encapsulating a data message and an optical layer frame and integrating an FEC (Forward Error Correction) function; and the cross-layer cooperative control module is used for protocol linkage and resource dynamic scheduling of a data layer and an optical layer. The satellite-borne equipment has the advantages that the size is reduced, the power consumption is reduced, the low-orbit satellite load constraint is met, the resource utilization rate is improved, the reliability is high, the interruption is low, and the compatibility is high.

The invention provides an animation rendering method and equipment, and relates to the technical field of electronic equipment. The method comprises the steps that the electronic equipment can display a first interface and generates a first image and a second image in a first animation in response to a switching operation for the first interface, and the second image comprises at least one frame of image after the first image. The electronic device may also display a first animation including the first image and the second image. Wherein the first image is generated according to at least one piece of texture data, and the second image is generated according to texture data obtained after the at least one piece of texture data is adjusted according to the difference between the first image and the second image. The at least one piece of texture data is generated after the electronic device renders a rendering object corresponding to an image in the first animation by using a plurality of rendering nodes according to the first animation, and the plurality of rendering nodes comprise rendering nodes with different node attributes. And each frame of image in the first animation does not need to be rendered in real time, so that the computing power overhead and generated power consumption of the electronic equipment are reduced.

This application discloses a smart cockpit startup method, apparatus, device, and storage medium; the method includes: when a user is detected entering a first area at a distance from the vehicle, controlling the vehicle's smart cockpit to enter a standby state from a deep sleep state through a shallow sleep state; starting a first timer to start timing; when a user is detected not entering a second area at a distance from the vehicle, and the timing duration of the first timer is less than or equal to a first preset duration, controlling the smart cockpit to enter a temporary sleep state from a standby state through a shallow sleep state; when the timing duration of the first timer is greater than the first preset duration and less than a second preset duration, if a user is detected entering a second area, controlling the smart cockpit to enter a standby state from a temporary sleep state through a shallow sleep state; wherein, from the deep sleep state, temporary sleep state, shallow sleep state to the standby state, the power consumption of the smart cockpit increases sequentially.

The invention discloses a control method of an air conditioner, the air conditioner and a storage medium, and relates to the technical field of air conditioners. An exhaust port and an air return port of a compressor in the air conditioner, a first heat exchanger and a second heat exchanger all communicate with a reversing assembly; a first pipe section between the first heat exchanger and the first throttling device is in heat exchange connection with a second pipe section on an air supply branch, one end of the air supply branch is connected with a third pipe section between the first pipe section and the first throttling device, the other end of the air supply branch is connected with an air supply port of the compressor, and the air supply branch is provided with an air supply valve. The method comprises the steps that the air conditioner is controlled to operate so that the first heat exchanger can be in a condensation state and the second heat exchanger can be in an evaporation state; under the condition that the air conditioner meets the defrosting starting condition, the first throttling device is controlled to increase the opening degree to the defrosting opening degree for operation, and the gulp valve is controlled to be opened; wherein the defrosting starting condition indicates that the second heat exchanger is in a frosting state. The indoor comfort in the defrosting process is improved, and meanwhile the defrosting effect is improved.

The utility model discloses a pipe network pressure-superposed matching and parallel connection high-level regulation and storage bag type air pressure water tank pressurization water supply system. The system comprises a municipal pipe network, a flow stabilization tank, a variable frequency pump set, a water supplementing main pipe, more than two bag type air pressure water tanks, a pressurization water supply main pipe and a user pipe network, a bag type air pressure water tank comprises a water supplementing branch pipe, a pressurizing water supply branch pipe, a water drainage pipe, an air supplementing opening and a security check device. A lower limit pressure switch, an upper limit pressure switch and an ultraviolet lamp are sequentially arranged on the rear section of the pressurizing water supply main pipe in the water flow direction. According to the utility model, a plurality of high bag type air pressure water tanks are used for regulating, storing and supplying water to a user pipe network, so that the impact on a municipal water supply pipe network in a water peak period is reduced; pressurized water supply is performed on a user pipe network by adopting an air pressure extrusion and gravity self-flowing form in the air pressure water tank, so that the requirement of multiple user pipe networks on pressurized water supply is met; the water replenishing operation of the variable-frequency pump set is controlled by the double-pressure switch, the linkage control logic is simple, and frequent starting and stopping of the variable-frequency pump set are avoided.

The invention provides a method for controlling temperature rise of electronic equipment under the conditions of light, small, low thermal conductivity and low convective heat transfer, which comprises the following steps of: classifying circuit boards with different power consumptions, including high-power-consumption circuit boards and medium-power-consumption circuit boards; the metal heat insulation structure of the electronic equipment adopts an aluminum alloy product and adopts natural color anodizing treatment; a high-power-consumption circuit board is placed on the outermost side of the shell, a plurality of layers of metal heat insulation structures are arranged, and a phase-change heat insulation material structure is placed between the high-power-consumption circuit board and the instrument for heat insulation; the middle-power-consumption circuit board is placed between the shell and the instrument, and a single-side heat insulation structure is adopted for heat insulation; a temperature equalizing structure is pasted on the instrument; and performing finite element transient thermal simulation analysis to obtain the steady-state temperature of the core area of the electronic equipment under the same circuit board power consumption configuration. The temperature rise rate of the core area of the electronic equipment is solved.

The application relates to a low-power operation adjustment method for a tire pressure monitoring system based on user driving habits, which comprises the following steps: obtaining navigation planning information and real-time road condition information; determining an actual driving scene according to real-time vehicle speed and road traffic data, and generating conflict event information when a preset road type is inconsistent with the actual driving scene; obtaining a user driving habit image containing a conflict response habit sub-image; predicting a personalized behavior mode based on the conflict event information and the user habit image; and dynamically generating and executing a corresponding tire pressure monitoring power consumption adjustment strategy according to the predicted behavior mode. Through deep integration of scene conflict detection and user conflict response habits, the application solves the problem of strategy mismatch when a preset scene is inconsistent with an actual scene in the prior art, and realizes intelligent power consumption management according to roads and users.

The application discloses a charge pump circuit and a control method. The circuit comprises a plurality of charge-discharge circuits and a filter circuit. The charge-discharge circuit comprises a first switch unit, a charge-discharge unit and a second switch unit connected in sequence. The opening and closing of the first switch unit and the second switch unit realizes the charge-discharge of the charge-discharge unit. The charge-discharge circuit outputs corresponding output signals in different time periods. The superposition of the output signals reduces the amplitude of the ripple on the total output signal and increases the frequency of the ripple on the total output signal. The filter circuit is used for filtering the ripple on the total output signal. According to the charge pump circuit, the number of the charge-discharge circuits is selected, the number of the output signals output by the charge-discharge circuit in different time periods is increased, the superposition of the output signals reduces the amplitude of the ripple on the total output signal and increases the frequency of the ripple, the same filter circuit produces a better filtering effect, and the area and power consumption of the circuit are not significantly increased.

The invention belongs to the technical field of livestock and poultry manure management and utilization, and provides a method for realizing emission reduction synergy of production of padding, greenhouse gas and active nitrogen gas through rapid and safe fermentation of cow dung residues under a cold condition, and a heating plate is arranged at the bottom of a pile body to realize heating of cold air output from an aeration pipe at the bottom; and in combination with the ascending flow of the air flow in the pile body, the whole large pile body at the upper part can be effectively heated, and the high-temperature period lasts until the fermentation is finished, so that a good fermentation effect is achieved. Start-stop feedback control of the heating plate is realized by monitoring the temperature of the pile body, so that the energy consumption is effectively reduced, and the cost is greatly reduced. The method has the synergistic effects of promoting efficient and safe fermentation of excrement to produce padding and reducing emission of harmful gases in the environment under the cold condition in winter, is simple to operate, realizes efficient value-added utilization of wastes, and has important value and significance for solving the practical problems of excrement treatment and resource utilization in dairy farms.

The invention provides a thin film transistor, a preparation method thereof and a display panel. The thin film transistor comprises a substrate, a grid electrode, an insulating layer, an active layer, a protective layer, a source electrode and a drain electrode, the insulating layer covers the grid electrode; the active layer is arranged on one side of the insulating layer away from the substrate; the protective layer is arranged on one side, away from the substrate, of the active layer, and the material of the protective layer comprises Al2O3 and SiOxNy; the source electrode and the drain electrode are arranged on the side, away from the substrate, of the insulating layer and further cover part of the active layer and part of the protective layer. According to the thin film transistor, the protection layer containing Al2O3 and SiOxNy is arranged on the active layer, so that the influence of external environmental factors on the active layer can be effectively blocked, defects such as oxygen vacancies in the active layer are reduced, the active layer is effectively protected, the electrical performance of the thin film transistor is improved, threshold voltage drift is effectively inhibited, and the performance of the thin film transistor is improved. The stability and reliability of the display panel are remarkably improved, the quality of a display picture is improved, and the service life of the display panel is prolonged.

The invention provides a self-adaptive routing method and system based on Motif statistics and reinforcement learning, an on-chip routing network (Network-on-Chip, NoC) provides a communication basis for a decentralized many-core chip architecture, and the performance of the NoC is closely related to the routing method; according to the adaptive routing method and system, the data communication path is dynamically adjusted according to the actual operation scene of the chip, and it can be guaranteed that an on-chip routing network can express efficient communication performance in different complex communication scenes. Real-time global communication information is processed based on a complex network analysis method Motif, a Motif analysis result and other routing related information are combined, and a path selection strategy is trained through a deep reinforcement learning algorithm. The adaptive routing algorithm based on global communication analysis has stronger adaptive ability, and can provide better data communication time delay and higher data throughput in a complex and dynamically changing scene.

This invention discloses a heat dissipation control method, relating to the field of computer technology. The method is applicable to liquid-cooled servers comprising a liquid-cooled pump and computing elements, and includes: determining the operating temperature and current load power of the computing elements; selecting a first target relation from multiple first pre-stored relational expressions based on the operating temperature; determining a first duty cycle of the liquid-cooled pump based on the operating temperature and the first target relational expression; selecting a second target relation from multiple second pre-stored relational expressions based on the operating temperature; determining a second duty cycle of the liquid-cooled pump based on the operating temperature and the second target relational expression; determining a target duty cycle of the liquid-cooled pump based on the current load power, the idle load power of the computing elements, the full load power of the computing elements, the first duty cycle, and the second duty cycle; and controlling the operation of the liquid-cooled pump based on the target duty cycle. This technical solution optimizes the power consumption of the liquid-cooled pump, reduces the overall system power consumption, and achieves energy saving.

The application discloses a digital communication signal symbol timing deviation estimation method and device, belonging to the technical field of digital communication, comprising: generating periodic peak points without inter-symbol interference in time domain through frequency domain truncation and equal interval modulus summation mechanism; sinc interpolation up-sampling ensures distortionless reconstruction of band-limited signal and complete reservation of spectral information under low sampling rate. Through specific interval reservation and zero operation on the frequency domain sequence after discrete Fourier transform, periodic reference points without inter-symbol interference are generated in subsequent processing; these reference points only carry current symbol information, eliminating adjacent symbol interference. Through equal interval extraction of points in the discrete sequence after twice frequency domain transformation and summation of modulus values, when the first extraction point position is aligned with the real timing deviation, the sum value reaches the maximum; using the monotone corresponding relationship, high-precision timing deviation estimation can be obtained through simple search, realizing effective estimation of symbol timing deviation.

The invention relates to a tire pressure monitoring system low-power-consumption operation adjusting method based on user driving habits. The method comprises the following steps that navigation planning information and real-time road condition information are obtained; judging an actual driving scene according to the real-time vehicle speed and the road traffic flow data, and generating conflict event information when the preset road type is inconsistent with the actual driving scene; obtaining a user driving habit portrait containing the conflict coping habit sub-portraits; predicting a personalized behavior mode based on the conflict event information and the user habit portrait; and according to the predicted behavior mode, dynamically generating and executing a corresponding tire pressure monitoring power consumption adjusting strategy. Through deep fusion of scene conflict detection and user conflict coping habits, the problem of strategy mismatching when the preset scene does not accord with the actual scene in the prior art is solved, and intelligent power consumption management which varies from person to person due to road conditions is realized.

The application discloses a cement mill V selection adjustable air door, which comprises a V selection machine, a plurality of air inlet adjusting plates are arranged in the air inlet chamber in the V selection machine, an air outlet adjusting plate is rotatably arranged in the air outlet chamber of the V selection machine, the air inlet adjusting plate and the air outlet adjusting plate are respectively arranged between a feeding port and a coarse material outlet, a rotating shaft at one end of the air outlet adjusting plate penetrates through the V selection machine and extends to one side of the V selection machine, an adjusting handle is fixed on the rotating shaft, and an adjusting structure is arranged on one side of the adjusting handle. According to the V selection machine, the device can select multiple V selection modes according to the air selection conditions of different materials and particle sizes, targeted V selection is carried out, the quality and efficiency of the materials are improved, the optimal power consumption of the V selection process is ensured, the flexibility of the system is greatly improved, the convenience of adjustment is improved, and certain guarantee is provided for subsequent exploration of a new cement process.

The invention relates to an electrical module test method based on dynamic channel assessment, which comprises the following steps: activating a pseudo-random bit sequence generation module to generate a test signal, and transmitting the test signal to a receiving component of an active cable through a transmission channel. A receive side link training request signal is sent to a control unit of the active cable. The control unit sends a lookup table query instruction to the signal processor, the signal processor reads a lookup table of a mapping relation between pre-stored channel characteristics and optimal configuration, synchronously collects signal data output by the receiving assembly, and extracts initial channel characteristics and then carries out matching to obtain candidate preset values. And the signal processor receives the sampling signal output by the receiving assembly, and completes performance detection by calculating the bit error rate and the signal-to-noise ratio. Therefore, blind parameter traversal of a fixed sequence in the prior art is avoided through mutual cooperation of dynamic channel evaluation, channel characteristics and optimal configuration, intelligent mapping of a lookup table and direct positioning of adaptive configuration.

The present disclosure relates to a gate driver and a display device including the same. The gate driver includes a plurality of stages cascaded and outputting a plurality of gate signals based on an input signal, a plurality of clock signals, a plurality of control clock signals, a first power supply, and a second power supply having a voltage level lower than that of the first power supply, each stage among the plurality of stages including a carry circuit outputting a carry signal based on the input signal, at least one of the plurality of clock signals, the first power supply, and the second power supply, and an output circuit outputting a gate signal based on the carry signal, at least one of the plurality of control clock signals, the first power supply, and the second power supply, and controlling whether to output the gate signal of the output circuit based on the at least one control clock signal.