1349 results about "Mode selection" patented technology

The invention discloses a high-precision delay synchronization system with a phase jitter compensation function. The high-precision delay synchronization system comprises an upper computer, an external trigger module, a time reference module, a master control ZYNQ module, a frequency synthesis and trigger mode selection module, a jitter compensation module, a precise delay circuit and an output signal conditioning circuit. According to the invention, the pulse output with adjustable delay time, amplitude and polarity can be realized, the high-precision delay synchronization of signals is realized, and the stability is higher.

A display device can include a first mode sub-pixel having a first viewing angle and including a first emitting element, a second mode sub-pixel having a second viewing angle and including a second emitting element, a driving transistor connected to the first emitting element or the second emitting element, a first control transistor configured to connect the first emitting element to the driving transistor by being controlled by a mode selecting signal, a second control transistor configured to connect the second emitting element to the driving transistor by being controlled by the mode selecting signal, and a mode control line configured to apply the mode selection signal to the first switching transistor and the second switching transistor. The first control transistor and the second control transistor are applied with the mode selection signal from the same mode control line.

The invention discloses a throat lozenge production auxiliary material adding control system, and belongs to the technical field of data modeling and analysis, and the throat lozenge production auxiliary material adding control system comprises a threshold matrix establishment module which is used for constructing a dynamic threshold matrix; the data acquisition module is used for acquiring current production data; the data analysis module is used for generating a mode selection signal according to a comparison result of the current production data and the dynamic threshold matrix; the mode selection module is used for activating a corresponding control mode based on the mode selection signal, and the control mode comprises a conventional mode, an adjustment mode and an exception handling mode; and the control execution module is used for executing a control instruction corresponding to the control mode and sending the verified control instruction to the auxiliary material adding execution mechanism. According to the method, intelligent association and control strategy optimization of multi-source heterogeneous data are realized through data modeling and iterative optimization of an algorithm level.

An apparatus for correcting an error of a clock signal may include a phase adjuster that corrects an error of half-rate clock signals based on an error correction signal to output an error-corrected clock signal, a phase splitter that outputs quadrature clock signals from the error-corrected clock signal, an error detector that outputs an internal clock signal based on one of the quadrature clock signals, selects two quadrature clock signals among the quadrature clock signals based on a clock selection signal, and detects errors of the two quadrature clock signals based on an error check signal to output a correction request signal, and a controller that outputs a mode selection signal and the clock selection signal based on the internal clock signal and that outputs the error correction signal and the error check signal based on the mode selection signal, the clock selection signal, and the correction request signal.

The invention discloses a control method, device and equipment of a semi-active suspension and a storage medium, and relates to the technical field of vehicle engineering.The control method of the semi-active suspension comprises the steps that under the condition that a vehicle-mounted system does not have a fault, driving modes are distinguished according to a mode selection signal, and a current driving mode is obtained; when the current driving mode is not the deceleration strip mode, determining a target control strategy according to the current driving mode; and controlling the semi-active suspension according to the target control strategy. The vehicle suspension system can be adjusted according to different driving requirements and road conditions, more excellent driving feeling and safety are provided, a driver can switch between a comfortable driving mode and a motion driving mode through an accurate control strategy, meanwhile, better vehicle stability and control performance are obtained under different road conditions, and the driving experience of the driver is improved. The smoothness of the vehicle and the road adhesiveness are improved, and the overall driving comfort and safety are improved.

The invention discloses a wavelength-tunable electro-absorption modulated laser and a preparation method thereof. The laser comprises a substrate, and a first modulator region, a first gain region, a grating region, a second gain region and a second modulator region which are sequentially arranged on the substrate and are positioned on the same plane, phosphorus ions are doped in constituent materials of the first modulator region and the second modulator region. The first gain region and the second gain region are used for exciting laser with various wavelengths under the action of different direct currents; the grating area is used for carrying out mode selection on the various wavelengths; the first modulator area and the second modulator area serve as light emitting ends to emit tunable laser, and double-end laser emission is achieved. The two electro-absorption modulators and the wavelength tunable laser are integrated back to back, a wavelength tuning area is shared, and bandwidth doubling is achieved. Through epitaxial growth of one-time active material and one-time passive material, integration of three forbidden bandwidth materials is realized, the manufacturing process is simplified, and the performance of the device is improved.

Disclosed is a method for controlling a hair dryer, the method for controlling a hair dryer, which comprises a main body part, a handle part, an operation part, a heating unit and a fan unit, according to one embodiment of the present invention comprising: an auto mode selection step in which a user operates the operation part so as to select, among a plurality of operation modes, an auto mode including a plurality of individual modes; and an auto mode performance step in which the plurality of individual modes are consecutively performed, wherein at least one among the temperature and speed of discharged gas is set to be different for each of the plurality of individual modes, and in the auto mode performance step, the heating unit and the fan unit control the temperature and speed of the discharged gas according to the respective settings of the plurality of individual modes.

The invention provides an ultrasonic transceiving device and a control method thereof. The ultrasonic wave transmitting and receiving device comprises a plurality of coupled ultrasonic wave transmitting and receiving units. Each ultrasonic wave transceiving unit comprises a plurality of ultrasonic wave oscillators; the driving bias circuit is coupled to the plurality of ultrasonic oscillators, and the driving bias circuit is used for receiving alternating current voltage; and a switching circuit coupled to the driving bias circuit, the switching circuit having a plurality of switching paths, the plurality of switching paths corresponding to a plurality of impedance values or a plurality of inductance values, the switching circuit is used for switching a system driving signal to pass through one of the switching paths according to a mode selection signal to serve as the alternating voltage and transmitting the alternating voltage to the driving bias circuit.

The invention relates to the technical field of mode control, and discloses a metro operation dual-mode control method and system based on pulse width modulation coding. The method comprises the following steps: defining an initialization voltage range through a power supply measurement module, and adopting a dual redundancy measurement module to realize manual control and automatic operation channel voltage dual-path calibration; the signal collector collects a real-time current signal, and the signal comparator performs anomaly detection to generate a mode selection control signal; the pulse width modulation encoder calculates a duty ratio parameter and generates a current-limiting pulse width modulation signal; the multiple protectors judge the fault state, and the delay controller adjusts the disconnection time sequence of the relay; the time sequence controller establishes a mode switching rule, and the relay linkage controller optimizes an output state; the data collector extracts operation parameters, and the communication interface completes data electrical isolation transmission. Seamless switching between the manual control mode and the automatic operation mode is achieved through the pulse width modulation coding technology, and the stability and reliability of the system in the mode switching process are ensured.

The invention discloses a mode selection method and device for a D2D auxiliary power internet of things, and the method comprises the steps: building a graph neural network model, modeling the interference relation between D2D user pairs and cellular users in a power network and channels into a graph structure in a graph building module, coding the node features and edge features in the graph structure into feature vectors, and carrying out the coding of the feature vectors, in a graph convolution module, a graph convolution neural network is utilized to perform feature extraction on the feature vectors to obtain node hidden states including D2D user pair nodes and cellular user nodes, and in a classification decision module, the node hidden states are input into a classifier to calculate channel selection variables so as to determine a selected channel mode; and training the graph neural network model and then deploying and applying. According to the method, the pattern selection of D2D communication is optimized and the system throughput is maximized by using the graph neural network, so that the calculation complexity is further reduced, the calculation speed is improved, and the overall performance of the communication system can be greatly improved.

The invention relates to an intelligent robot control method and system for unstacking and stacking, which is applied to the technical field of intelligent robots and comprises the following steps: initializing an intelligent robot and accessory equipment thereof through a driving program integrated by an intelligent robot system to obtain an initial parameter file; receiving a mode selection instruction from an administrator terminal, and determining an execution scheme according to the mode execution instruction; a continuous image taking instruction is sent to the 3D vision imaging device, and a to-be-detected target image is obtained; identifying the to-be-detected target image, labeling a work area in the to-be-detected target image, and generating a labeling box; automatically positioning the central position of the labeling box according to a preset graph center recognition algorithm; and according to the execution scheme, the labeling box, the to-be-detected target image and the center position, an intelligent robot is controlled to grab a target object to execute unstacking work.

A display device may include a display panel having a first area, a second area adjacent to the first area in a first direction, and a third area adjacent to the second area in the first direction, and including first light emitting diodes, second light emitting diodes, first optical members, and second optical members. The display device may further include a mode controller configured to generate a mode selection signal corresponding to a driving mode of the display panel, and a mode selector configured to generate a selection signal based on the mode selection signal, and to supply the selection signal to the display panel. The first and second light emitting diodes and the first optical members may be disposed in each of the first, second, and third areas. The second optical members may be disposed in each of the second and third areas.

The invention belongs to the field of display, and particularly relates to a driving module and a display device.The driving module comprises a plurality of source electrode driving chips, an inversion mode selection module, a polarity partition control module and a picture detection module, and each source electrode driving chip is connected with multiple columns of data lines of a display panel; the inversion mode selection module is used for selectively outputting a first polarity signal or a second polarity signal, and the second polarity signal can enable continuous even number of polarities in the row direction of the display area controlled by the source electrode driving chip to be inverted; and the polarity partition control module is used for outputting the first polarity signal or the inverted second polarity signal to the source driving signals of the even columns to form a polarity symmetric mode. In the polarity symmetry mode, the pixel voltage coupling directions of the display areas controlled by the adjacent source electrode driving chips are opposite, crosstalk can be improved or eliminated, bright and dark lines can be prevented from being formed at the boundary position, and the display effect of the display panel is improved.

The invention provides a wafer testing system and method, and belongs to the field of semiconductor testing. The wafer test system comprises a control host, a probe card and a test device, the probe card comprises a signal switch; the control host is used for generating a target mode test instruction and sending the target mode test instruction to the probe card; and the probe card is used for enabling the signal switch to select a corresponding target mode based on the target mode test instruction so as to acquire a test signal corresponding to the to-be-tested wafer device, and sending the test signal to the test device so as to obtain test data of the to-be-tested wafer device. Devices required for dynamic detection and static detection of wafer devices are integrated on the probe card, and mode selection is carried out through a signal switch. When a dynamic test and a static test need to be switched, the probe does not need to be switched, and only the signal switch needs to be switched on and off, so that the wafer test efficiency is improved.

A display device may include a driving element configured to generate a current; a first light-emitting element configured to emit light by the current from the driving element; a second light-emitting element configured to emit light by the current from the driving element; a mode selection circuit configured to select a current path from the driving element in response to a first horizontal mode selection signal, a second horizontal mode selection signal, a vertical mode selection signal, and a bridge signal.

The application provides an aero-engine acceleration limiting method, and relates to the technical field of aero-engines, and comprises the following steps: receiving a flight control instruction, calculating a first fuel supply amount according to the flight control instruction, and executing single / dual-outer-envelop working mode conversion; detecting a position state of an actual mode selection valve and a rotating speed feedback value in real time; judging whether the current state of the engine meets the mode switching condition of single / dual-outer-envelop according to the position state of the mode selection valve; calculating a second fuel supply amount, a third fuel supply amount, and a fourth fuel supply amount according to the position state of the mode selection valve, combining the first fuel supply amount, a fifth fuel supply amount, taking the minimum value among the five fuel supply amounts, comparing the minimum value with a sixth fuel supply amount to take the maximum value, taking the minimum value with a seventh fuel supply amount, taking the maximum value of the comparison result with an eighth fuel supply amount as a control fuel supply amount output; and judging whether the engine is in an acceleration / deceleration state according to a rotating speed difference. The application solves the safety problem possibly caused by the acceleration / deceleration process of the dual-outer-envelop engine.

The invention discloses a control method, a control device and a switching power supply, the control method is applied to a three-phase converter, and the control method comprises the following steps in a time interval: a sampling signal acquisition step: acquiring a first sampling signal representing the state of each phase, the state can represent the size relation of the maximum average switching current absolute value of each phase of bridge arm; in the working mode selection step, the working mode of the corresponding phase bridge arm is selected according to the first sampling signal of each phase, and when the maximum average switching current absolute value represented by the first sampling signal is maximum, the corresponding phase bridge arm works in a clamping mode; when the maximum average switching current absolute value represented by the first sampling signal is centered, the corresponding phase bridge arm works in a CRM mode; and when the maximum average switching current absolute value represented by the first sampling signal is minimum, the corresponding phase bridge arm works in a TCM mode. According to the invention, soft switching conditions can be provided for the three bridge arms of the three-phase converter.

The present invention provides a design method for a dual-duct fan mixed exhaust test device, comprising the following steps: Step 1, determining the axial position of the outlet of the intermediate casing, the axial length of the mixed exhaust, and the radial height of the outlet of the mixed exhaust; Step 2, determining the shape of the mixed exhaust inner flow path based on the results of Step 1; Step 3, determining the shape of the inner-outer flow path according to the expansion ratio based on the shape of the mixed exhaust inner flow path in Step 2; Step 4, determining the shape of the mixed exhaust outer flow path and the mixing intersection point of the inner and outer ducts according to the outlet extension shape of the mode selection valve. The present invention can achieve the performance measurement of the dual-duct fan variable duct ratio test, improve the overall performance measurement of the fan component under variable duct ratio conditions, and has important guiding significance for the variable cycle whole machine test research.

The invention discloses a result storage device and method of ATE test equipment. The storage device comprises a test result generation module, a mode selection module, a parallel storage management module and a DDR storage array. The test result generation module is used for sampling and judging the multiple channels and generating test results of the multiple DUTs. And the mode selection module stores the test result of the DUT in the DDR storage array through a coverage mode or a holding mode. And the parallel storage management module configures a parallel storage mode according to the test results of the DUT in different application scenarios, and performs multi-cycle parallel storage on the test results of the DUT. And the DDR storage array is used for storing the test result of the DUT. By arranging the mode selection module and the parallel storage management module, efficient storage and flexible management of test results are achieved, and the overall performance of the ATE test equipment is remarkably improved.

A level shifter according to an embodiment and a display device including the same are disclosed. A level shifter includes a first logic circuit configured to receive a mode selection signal of a first voltage level for selectively driving first and second light-emitting elements that emit light at different viewing angles of a pixel circuit from a timing controller and transmit the mode selection signal; and a second logic circuit configured to convert the mode selection signal of the first voltage level into a mode selection signal of a second voltage level higher than the first voltage level and output the converted mode selection signal of the second voltage level to the pixel circuit.

An inertial measurement device includes: an inertial sensor; a first signal processing circuit; a second signal processing circuit; a first communication unit and a second communication unit configured to communicate with an external device; and a mode selection unit configured to select a processing mode from a plurality of modes including a first processing mode and a second processing mode. The first processing mode is a mode in which the inertial measurement device is used alone and outputs a signal processed by the first signal processing circuit from the first communication unit, and the second processing mode is a mode in which the inertial measurement device is used in a state of being coupled to another inertial measurement device, a first signal processed by the first signal processing circuit and a second signal from another inertial measurement device received from the second communication unit are subjected to a calculation process by the second signal processing circuit, and a signal subjected to the calculation process is output from the first communication unit.

The invention discloses a mode selection and transceiver design method of a non-orthogonal multiple access (NOMA) auxiliary sensing and communication integration (ISAC) in a network auxiliary full-duplex cellular-free large-scale multiple-input multiple-output (MIMO) system, and relates to a mode selection and transceiver design method of a non-orthogonal multiple access (NOMA) auxiliary sensing and communication integration (ISAC) system of a network auxiliary full-duplex cellular-free large-scale multiple-input multiple-output (MIMO) system, and the mode selection and transceiver design method of the non-orthogonal multiple access (NOMA) auxiliary sensing and communication integration (ISAC) system of the network auxiliary full-duplex cellular-free MIMO system of the network auxiliary full-duplex cellular-free MIMO system of the network auxiliary full-duplex cellular-free MIMO system of the network auxiliary full-duplex cellular-free MIMO system. Comprising the following steps of: converting a joint mode selection and transceiver design problem of NOMA-ISAC in a cellular-free large-scale MIMO system into an optimization problem of maximizing a signal-to-interference-noise ratio (SINR) of a radar, and decomposing the optimization problem into two sub-problems, and respectively adopting a simulated annealing algorithm and a continuous convex approximation algorithm to obtain the optimal working mode, precoding vector and uplink power. Simulation results show that the sensing performance of the system can be effectively improved under the condition that rate constraints of communication users are met.

The invention provides an intelligent bubble concentration regulation and control system of a bubble water machine. The system accurately controls gas flow and pressure through the gas injection module and the pressure regulation and control module so as to realize stable bubble particle size and distribution; the water temperature regulation and control module optimizes the distribution and stability of bubbles by regulating the water temperature in real time; the concentration sensing module is used for detecting the real-time bubble concentration of the bubble water and generating a concentration signal; and the control processing unit dynamically adjusts the gas flow, the water temperature and the pressure parameters according to the concentration deviation value through a closed-loop control algorithm, so that the accuracy and the stability of the bubble concentration are ensured. And the user interaction unit supports mode selection, custom setting and state display, and realizes remote operation and feedback through the communication module. The bubble retention time evaluation module predicts the bubble retention time based on the real-time signal and an algorithm, and provides an optimal drinking suggestion. The system takes multi-dimensional parameter linkage regulation and control as a core, so that the quality of bubble water and the user experience are remarkably improved, and individual requirements are met.

The invention discloses a multichannel synchronous impedance measurement system and an impedance measurement method, the multichannel synchronous impedance measurement system comprises a signal generation module, a multichannel signal acquisition module, a control module and a display and operation module. The signal generation module comprises a DDS chip and a programmable control operational amplifier and is used for applying current excitation signals to two ends of a to-be-tested system, the multi-channel signal acquisition module comprises at least two multi-channel ADCs and realizes synchronous acquisition through a synchronous trigger circuit, and the control module realizes ADC data receiving and real-time calibration algorithm through an FPGA. And the display and operation module realizes measurement mode selection and result display. The method has the characteristics of high measurement precision and low single-channel power consumption, and signal leakage of adjacent channels is detected; 0.1%, 8 channels synchronously acquire time sequence deviation lt; the temperature drift is 1t after continuous working for 24 hours in 50ns; and 10 ppm.

The present disclosure relates to a display panel and a display device including the same, which include a first mode selection circuit that receives a first mode selection voltage through a first data line to select a first viewing angle as the viewing angle of one or more sub-pixels, and a second mode selection circuit that receives a second mode selection voltage through a second data line to select a second viewing angle as the viewing angle of one or more sub-pixels.

The present disclosure provides a multifunctional earphone charging case configured with a charging case mode, a joystick mode and a mouse mode, and comprises: a case body; a charging module provided in the case body; a sensor module provided on the case body; a user inputting module provided on the case body; a main controller electrically connected to the charging module, the sensor module and the user inputting module respectively, the main controller is configured for controlling the charging module, the sensor module, and the user inputting module to work according to a mode selection signal triggered by a user, such that the multifunctional earphone charging case works in at least of the following modes: the charging case mode, the joystick mode, and / or the mouse mode.

In accordance with example embodiments of the invention there is at least a method and apparatus to perform communicating with a network node or a network device of a communication network to exchange capabilities including a plurality of passive elements which are controlled by an active device for use of at least one particular mode for signalling in the communication network, wherein the active device configures the apparatus to perform: receiving from the network node or the network device a mode selection request for a particular mode; based on the mode selection request and availability of the particular mode, sending towards the network node or the network device a mode selection response, wherein the mode selection response includes an acknowledgement for activation of the particular mode; and operating in the particular mode to enable communication between a network device and the network node via the reconfigurable intelligent surface.

The invention discloses a multi-modulation-mode power converter and a switching control circuit thereof. The switch control circuit comprises a reset circuit used for generating a reset signal according to a current detection signal representing an inductive current of the power converter and an error signal of a feedback loop of the power converter; the setting circuit is used for generating a setting signal according to the error signal; the RS trigger is used for generating a switch control signal of a switch tube in the power converter according to the reset signal and the set signal; the mode selection circuit is used for comparing the error signal with a switching reference voltage to generate a mode selection signal, and the reset circuit and the setting circuit respond to the mode selection signal to switch internal signal paths respectively, so that the power converter selectively works in one of a PFM mode and a COFT mode. The switch control circuit can adaptively work in one of a PFM mode and a COFT mode according to load conditions, and smooth mode switching can be realized when the COFT mode is switched to the PFM mode.

A power-driven impact tool is provided. The impact tool includes a motor, a transmission, and a rotary impact mechanism received in a housing. The transmission may be a planetary transmission that reduces a speed of a rotary force output by the motor. The impact tool may be a cordless impact tool, receiving power from a battery back that is removably coupled in a battery receptacle of the housing. First and second handles on the housing may provide for user stability and control during operation of the impact tool. A plurality of user selection devices, including a trigger, a forward / reverse switch, and a mode selector, may be provided on one of the handles for user control of the impact tool.

Provided is a scheduling assignment management device for a micro-grid energy storage system. Recording and analysis of electric quantity characteristic data are achieved, faults are detected and processed in time, and workers can analyze subsequent mode proportion for assignment. The device comprises a task processing module, an electricity consumption measurement module, a big data module, a mode selection module, a comparison module, and a fault management module; the task processing module is used for executing a scheduled and assigned task; the big data module is used for collecting data generated by executing the scheduled and assigned task, and processing and analyzing the data to generate an analysis result; the mode selection module is used for on the basis of the analysis result, assigning power storage and power supply in different time periods of each area of which power is supplied by a micro-grid energy storage system; the electricity consumption measurement module is used for measuring the electricity consumption of each area after assignment and generating an electricity consumption measurement result; the comparison module is used for comparing the electricity consumption; and the fault management module is used for detecting a fault generated in the micro-grid energy storage system and processing the fault.