873 results about "Start signal" patented technology

The invention discloses a partition refresh circuit and a refresh control method thereof, a display panel and display equipment, and relates to the technical field of display, the circuit comprises a plurality of cascaded gate driving modules, each gate driving module comprises a gate scanning unit and a refresh selection unit, a direct-current potential signal accessed to a direct-current voltage end by the grid scanning unit under the driving of a previous-stage scanning signal is transmitted to the refresh selection unit, the refresh selection unit is triggered to access a data memory signal provided by a data signal end, and a refresh starting signal acting on a refresh starting end is determined according to the data memory signal; and triggering the gate scanning unit to output a dynamic refreshing signal line by line from the initial pixel line so as to perform partition refreshing operation on all the pixel lines of the dynamic refreshing partition, and stopping the partition refreshing operation according to a reset signal of a reset end until the gate scanning unit scans to the final pixel line of the dynamic refreshing partition. Independent refresh rate control of different areas of the screen is realized to reduce the display power consumption of the screen.

An emission driver is disclosed. The emission driver includes a Q node controller configured to control a voltage at a Q node by applying a start signal, a carry signal, or a high-potential driving voltage to the Q node responsive to a first clock signal, a QB node controller configured to control a voltage at a QB node by applying the high-potential driving voltage or a low-potential driving voltage to the QB node responsive to the first clock signal, an output buffer configured to output the high-potential driving voltage or the low-potential driving voltage to the corresponding emission line responsive to the voltages at the Q node and the QB node, and a pump controller configured to change the voltage at the Q node according to a second clock signal while the emission signal is output at a turn-on level responsive to the start signal or the carry signal.

The invention relates to a glass capillary microscopic flaw detection method and system, and relates to the field of material nondestructive testing, and the method comprises the following steps: collecting a capillary detection signal; when the capillary detection signal is consistent with the detection starting signal, collecting a capillary serial number; determining a sound detection number according to the capillary number; obtaining a standard reaction characteristic based on the capillary serial number and the sound detection serial number; generating and transmitting a corresponding sound wave signal to the capillary tube based on the sound detection number, and collecting sound reaction characteristics; when the sound reaction characteristics are inconsistent with the standard reaction characteristics, controlling vibration auxiliary equipment to apply auxiliary vibration to the capillary tube, and collecting post-vibration sound reaction characteristics; if the post-vibration sound reaction characteristics are inconsistent with the sound reaction characteristics, a capillary tube cleaning prompt is reported; if the after-vibration sound reaction characteristics are consistent with the sound reaction characteristics, capillary tube defect prompts are reported. The method has the effect of improving the detection accuracy of the glass capillary.

The embodiment of the invention provides a display module, a driving method thereof and electronic equipment, relates to the technical field of electronics, and is used for designing a low-power-consumption display module. When the display module is designed, a driving circuit in the display module is set to comprise a first driving sub-circuit and a second driving sub-circuit which can be independently driven. During local display, grid starting signals corresponding to the first driving sub-circuit and the second driving sub-circuit are independently fed in. For example, the first driving sub-circuit supplies an effective grid starting signal, and the second driving sub-circuit supplies an invalid grid starting signal, so that independent driving of the first driving sub-circuit and the second driving sub-circuit is realized. On the basis, the clock signal corresponding to the first driving sub-circuit is overturned at a normal frequency, and the clock signal corresponding to the second driving sub-circuit is not overturned or overturned at a reduced frequency, so that different feeding of the clock signals is realized, and the power consumption of the display module is reduced.

The invention discloses an ultra-wideband circulator based on a periodic modulation topology circuit, and belongs to the technical field of microwave and radio frequency nonreciprocal circuits. The working bandwidth range of the circulator is widened, and non-reciprocal transmission is achieved through non-magnetic materials. A time sequence control unit is respectively connected with a Floquet topology circuit layer, a clock signal driving module, a reset signal driving module and a start signal driving module; the Floquet topology circuit layer is respectively connected with a first coupling port, a second coupling port and a third coupling port; the other ends of the first coupling port, the second coupling port, the third coupling port, the clock signal driving module, the reset signal driving module and the starting signal driving module are respectively grounded; the Floquet topology circuit layer adopts a six-layer parallel network structure, and each layer of network structure comprises a coupling capacitor and three N-type MOSFET (Metal-Oxide-Semiconductor Field Effect Transistor) switches. The advantages of the switched capacitor structure are utilized, and the signal processing capacity which is high in integration level, small in size and capable of breaking through delay-bandwidth limitation is achieved.

A display device can include a display panel with a plurality of sub-pixels disposed therein, and a gate driving circuit configured to output a gate signal to the plurality of sub-pixels. The gate driving circuit includes a pull-up transistor controlled by a voltage level of a Q-node, a pull-down transistor configured by a voltage level of a QB-node, a dual carry circuit configured to output a forward carry signal in accordance with the voltage levels of the Q-node and the QB-node in forward driving and output a backward carry signal in accordance with the voltage levels of the Q-node and the QB-node in backward driving, and a clock input circuit configured to apply a forward clock signal to the Q-node when a forward start signal is input and apply a backward clock signal to the Q-node when a backward start signal is input.

According to the method, PCIe extended storage equipment is identified by responding to a system starting signal, and initialization and address mapping control logic is executed to construct a first address space addressable by a GPU (Graphics Processing Unit); then, loading model data according to an AI task instruction, and dynamically dividing hot, warm and cold multi-level data popularity levels by monitoring memory access frequency; a migration data block is generated based on the popularity level, a migration data flow is organized and verified through priority scheduling logic, and intelligent data scheduling between extended storage and a GPU video memory is achieved; finally, the resources are released after the task is completed. Therefore, dynamic expansion of the physical video memory capacity is effectively achieved, large-scale AI model localization training is met, dependence on a high-end GPU chip is remarkably reduced, and data safety and system economy are improved.

The invention relates to a narrow-band interference filtering method and device based on an HPLC (High Performance Liquid Chromatography) chip, and belongs to the technical field of power line carrier communication. When pulse processing is carried out on a signal, AGC / DAGC processing is paused if a narrowband interference detection starting signal is detected, a narrowband interference detection module calculates a narrowband interference frequency point by using the signal of which the AGC / DAGC processing is paused, and a filter coefficient used by a narrowband interference elimination module is determined based on the narrowband interference frequency point; and the narrowband interference elimination module carries out narrowband interference elimination processing according to the determined filter coefficient. Wherein the AGC / DAGC processed signal is paused when the signal participating in the calculation of the narrowband interference frequency point is subjected to pulse processing, so that signal fluctuation caused by AGC / DAGC processing is avoided, the calculation accuracy of the narrowband interference frequency point is improved, and the narrowband interference filtering effect is ensured.

The invention relates to the technical field of state data monitoring, in particular to an AI management and control terminal multi-source state data acquisition and processing system which comprises a channel coupling detection module, a signal time sequence alignment module, a state trend organization module, a jump path locking module and a state response result generation module. According to the method, the channel response trend is judged through the impedance change direction, the passing channel and the limited channel can be continuously divided, a unified initial signal set is formed in combination with triggering time sequence alignment, the channel change direction is extracted under the state of consistent time, and the cooperative change relation is recognized; a stable path structure is constructed based on a synchronous trend in a continuous period, and is correspondingly associated with a terminal task structure, so that channel state evolution, trend trend and a control target form continuous connection, and the collaborative adaptation capability of multi-source state data in three dimensions of spatial distribution, time process and trend change is enhanced; and the direction aggregation of channel screening and the task integrating degree of control response are improved.

The invention discloses a method for improving Buck light load efficiency, which can prevent pseudo CCM operation and can keep high light load efficiency even under a large duty ratio, and comprises the following steps: after soft start of a Buck converter is completed, an enable signal at the end of soft start sets an RS trigger U3 to be in an active state, and if an inductive current zero-cross detection trigger signal rises, the RS trigger U3 is in a non-active state, the RS trigger U3 is in a non-active state, and if the inductive current zero-cross detection trigger signal is in a non-active state, the RS trigger U3 is in a non-active state. When the high-end switch and the synchronous low-end switch are switched on, the setting end input of the RS trigger U3 is triggered, a switch starting signal output by the RS trigger U3 is set at the beginning of each switching period, the switch starting signal controls the constant on-time generator to modulate the charging current or capacitance so as to prolong the time of simultaneously switching off the high-end switch and the synchronous low-end switch, and when the synchronous low-end switch is switched on, the synchronous low-end switch is switched off. And the reset end of the RS trigger U3 inputs an output signal of the constant on-time generator to trigger the RS trigger U3 to reset.

The invention discloses a silo internal state monitoring method and an adjustable experiment device, and relates to the technical field of vertical silos, the silo internal state monitoring device comprises a silo body and a silo bottom, the silo body and the silo bottom are connected through a flange plate, a tray is arranged in the silo body, a weight is arranged above the tray, and the lower portion of the tray is in contact with bulk materials placed in the silo body. And circular grooves are formed in the wall surfaces of the bin body and the bin bottom. The detection method comprises the steps that S1, the bottom opening of the conical bin bottom is closed, materials enter the bin body through the upper opening of the bin body to be stacked, and the tray is placed on the top faces of the materials; s2, after the materials are stacked, an acoustic emission acquisition device and a pressure acquisition device are turned on to prepare to start to acquire signals; s3, a bottom opening of the conical bin bottom is opened, and sound signals and pressure signals are collected till discharging is completed; and S4, after discharging is completed, collection of the sound signals and the pressure signals is stopped. According to the invention, the fluctuation difference between the sound signal and the pressure signal is collected, and the signal characteristics are analyzed to characterize the material flow state in the adjustable silo.

In one aspect, a display device includes a plurality of stage circuits configured to output gate signals to gate lines in response to a gate clock signal. Each stage circuit includes an output unit configured to output a first level voltage or a second level voltage to one of the gate lines according to a corresponding voltage at a Q node and a QB node; an input unit configured to control a voltage at a Q1 node according to a gate start signal or a carry signal output from a previous stage circuit in response to the gate clock signal; a Q node controller configured to control the voltage at the Q node according to the voltage at the Q1 node; and a QB node controller configured to control the voltage at the QB node according to the voltage at the Q1 node and the voltage at the Q node.

The invention relates to a vehicle control method and a vehicle, and belongs to the technical field of vehicle-mounted sensors, and the vehicle control method comprises the steps that the state of a vehicle-mounted host is monitored to obtain a power-off dormancy signal and a power-on starting signal; in response to the power-down dormancy signal, a software development kit of the vehicle-mounted infrared sensor executes a release operation and clears state flag information, and the state flag information is used for caching a shutter request to be processed; in response to the power-on starting signal, the vehicle-mounted infrared sensor executes an initialization process; after it is judged that the vehicle-mounted infrared sensor completes the initialization process based on a first judgment condition, if it is judged that a manual shutter triggering condition is met based on a preset polling condition, a manual shutter instruction is sent to the vehicle-mounted infrared sensor; and the vehicle-mounted infrared sensor executes the manual shutter instruction to correct the vehicle-mounted infrared sensor.

A physiological information display apparatus includes a reception unit configured to receive a start signal and an end signal, the start signal indicating a start timing of a treatment for a subject, the end signal indicating an end timing of the treatment, a calculation unit configured to calculate a moving average value of a pulse wave transit time of the subject, a hemodynamic parameter of the subject, using the calculated moving average value, and a change rate of the hemodynamic parameter in a period from the start timing to the end timing, based on the start signal and the end signal received by the reception unit, and a display controller configured to output, to a display, the change rate calculated by the calculation unit.

The invention relates to the technical field of intelligent walking assisting equipment, and discloses a blind person intelligent guiding walking assisting method and system based on deep learning. The intelligent guiding power-assisted walking method for the blind is applied to guiding power-assisted electronic equipment, and specifically comprises the following steps: S101, receiving a starting signal sent by a user terminal, starting a multi-source sensor array to collect environment data in parallel, executing a Kalman-Transform space-time alignment algorithm, establishing a multi-modal data space-time unified coordinate system, and establishing a multi-modal data space-time unified coordinate system; when gait phase changes are collected and detected, a multi-source sensor array is activated and dynamically triggered for high-precision scanning, and a threat evaluation model is generated to calculate an obstacle collision probability point cloud matrix; and S102, processing the obstacle collision probability point cloud matrix through Point VoxelNet to generate a three-dimensional environment skeleton. The cross-modal attention mechanism of the millimeter wave radar and the vision improves the rain and fog weather recognition accuracy, and in addition, the dynamic threat evaluation module is combined with the double-threshold early warning strategy, so that the collision false alarm rate is effectively reduced.

The invention provides an electrocardiograph fault self-diagnosis method and system based on lead wire automatic identification, and the method comprises the steps: triggering a frequency sweep generator according to an equipment starting signal, carrying out the pre-conduction detection of lead wires, then applying an excitation signal in a continuous frequency range to each lead wire, recording the signal collection time length of each frequency point in real time, and carrying out the real-time detection of the signal collection time length of each frequency point; obtaining response voltage and current data to determine a real-time impedance spectrum; performing frequency point alignment processing on the real-time impedance spectrum and a corresponding standard fingerprint, selecting frequency points in a key frequency band of the electrocardiosignal, and comparing amplitudes and phase deviation values of the real-time impedance spectrum and the corresponding standard fingerprint on the key frequency points to obtain a spectrum difference vector; and if the amplitude deviation of the spectrum difference vector exceeds a preset disconnection threshold value, judging that the lead wire has a disconnection fault, performing reverse signal back test on an interface end corresponding to the faulted lead wire, and recording a judgment result in a fault log to obtain a disconnection identification mark.

The application discloses a robot area traversal method and belongs to the field of intelligent robots. The method first judges whether a feedback signal of a laser sensor is received when the robot receives a start signal for starting traversal, and when the feedback signal of the laser sensor is not received, the robot can rely on sensors such as a photosensitive sensor, a gyroscope and an odometer to perform area traversal in a non-laser navigation mode, so as to clean the bottom area of furniture with a relatively low bottom space, thereby improving the application range of the robot and remarkably improving practicability.

The invention discloses a grid driving circuit, a driving circuit, a display panel and a display device, and a level transmission module is used for controlling a signal of a first node, a signal of a second node and a signal of a third node according to a starting signal and a clock signal, and outputting a level transmission control signal. The output module is used for outputting a grid control signal according to the signal of the fourth node and the signal of the fifth node. And the output frequency division module is used for controlling signal transmission between the first node and the third node and controlling signal transmission between the second node and the fifth node and between the third node and the fifth node according to the node control signal, the first frequency division control signal and the signal of the third node. When the current path between the first node and the fourth node and the current path between the second power supply end and the stage transmission output end are disconnected, the output frequency division module disconnects the current paths between the second node and the third node and the fifth node; and the output module is connected with a current path between the fourth power supply end and the signal output end according to the signal of the fifth node.

The invention relates to a two-step time-to-digital converter and a method thereof, a phase-locked loop and an analog-to-digital converter. The method comprises the following steps of: performing N1-stage delay on a reference signal rs in sequence, and performing coarse quantization on the delayed signal of each stage relative to a feedback signal fb; when the two signals are different, after the time t1 is delayed, the first arriving signal is selected as a time starting signal Start and the fb is delayed for the time t1 and then serves as a time stopping signal Stop in the delayed period, and when the two signals are the same, the rs is selected as Start after the time t2 is delayed, and the fb is selected as Stop after the time t2 is delayed; performing fine quantization formation on the Start and the Stop; and decoding the code into n1-bit high-bit binary codes and decoding the code into n2-bit low-bit binary codes. The technical problem that the area and power consumption of an existing two-step TDC are increased due to the fact that the number of logic gates of a selector is greatly increased along with the increase of coarse quantization bits is solved.

The invention provides an island platform range hood control method and device and electronic equipment, and relates to the technical field of kitchen appliances. Wherein a lifting part of the island platform range hood can move in the direction perpendicular to the plane of the island platform; a smoke outlet of the island platform range hood is formed in the face, opposite to the island platform, of the lifting part. The island platform range hood control method comprises the following steps: determining cookware information of cookware placed on an island platform plane in response to a startup signal; determining a target height of a smoke outlet corresponding to the cookware information under a preset target working gear based on a preset smoke exhaust height prediction model of the range hood; the lifting part is controlled to move, so that the height of the smoke outlet reaches the target height; according to the method, the cooker is detected after starting up, the height of the smoke outlet of the range hood is determined according to the cooker information, the smoke suction effect is improved, the oil smoke escape problem is reduced, the user experience is improved, and the kitchen environment can be cleaned easily.

A safety grating expansion board and a detection circuit and method for the number of lamp beads are provided, the detection circuit comprises a main control module and at least one expansion module, and the main control module comprises a clock output end, a starting output end and a detection end; each expansion module comprises a pulse latch unit, a clock input end, a first data input end, a first data output end, a second data output end and a second data input end, the clock input end is used for receiving a clock pulse signal, the first data output end is used for outputting a first latch level according to a second latch level or a preset starting signal, and the second data output end is used for outputting a second latch level according to a preset starting signal. The second data output end is used for outputting a second latch level according to the first latch level, and the main control module is configured to determine the number of the expansion modules according to the output times of the clock pulse signals when the detection end recovers from the low level to the high level. According to the embodiment of the invention, the number of the expansion boards can be automatically detected in a production link, manual input errors are avoided, and repeated configuration processes are reduced.

The invention relates to the technical field of ultrasonic flowmeter calibration, and discloses an ultrasonic flowmeter calibration system and method based on a time difference method. According to the method, original signal data output by the ultrasonic flowmeter at a starting time point and an ending time point are collected, and meanwhile the time interval between the two time points is calculated. Then, the original signal data at the starting time point and the ending time point are preprocessed, and a more accurate starting preprocessing signal and a more accurate ending preprocessing signal are obtained; signal features are extracted from the preprocessed signals, a starting signal feature set and a terminating signal feature set are formed, and feature difference measures between the starting signal feature set and the terminating signal feature set are calculated; the characteristic difference measure is divided by the time interval to obtain the signal change rate. The signal change rate is compared with a preset threshold value, and calibration parameters of the ultrasonic flowmeter are adjusted according to the comparison result. According to the method, the working state of the ultrasonic flowmeter can be deeply analyzed from the signal feature level, and compared with a traditional calibration method, the calibration precision is effectively improved.

A scan driver of a display device includes a plurality of stages. Each stage includes: a scan unit which includes a plurality of scan transistors and outputs a scan signal for driving a scan line using the plurality of scan transistors; and a memory unit which receives a start signal, a data voltage, and a scan control signal, and selectively outputs, to the scan unit, at least one among the start signal and the data voltage as a scan start signal. The start signal may include an initial start signal and a scan signal of a previous stage. In a programming mode, the memory unit outputs the start signal to the scan unit as the scan start signal, and in a selective scan driving mode, does not output the start signal and outputs the data voltage to the scan unit as the scan start signal.

The invention belongs to the technical field of large language model application, and discloses a large model streaming output-oriented intelligent content analysis and multi-modal rendering method, which comprises a configuration analysis module, a JSON configuration file, a multi-modal rendering module and a multi-modal rendering module, the configuration file defines a unique identifier, a start signal, a paragraph start / end mark, a data stream block type and a front-end rendering strategy of each content type, a content type identification rule base and a start mark-content type rapid lookup table are constructed, and millisecond-level mark matching is realized; the state machine control module is used for processing the streaming data based on an idle-preparation-processing three-stage finite-state machine: waiting for a new content starting signal or mark in an idle state, recording a content type after detecting the new content starting signal or mark, and turning to a preparation state; according to the invention, a cross-transport packet identifier repair technology is adopted; the problem that the identifier is segmented in streaming transmission is solved; through a tentative matching algorithm, the system can automatically detect, cache and recombine segmented content identifiers, and ensure the accuracy of content segmentation.

This application provides a display panel and its driving method. The display panel includes at least a first display zone and a second display zone. Each display zone includes multiple pixel rows, which are driven by a driving module connected to pixel circuits. The driving method includes inputting a first light emission control start signal, a first reset start signal, and a first line scan start signal to a driving module connected to the first pixel row of the first display zone; and inputting a second light emission control start signal, a second reset start signal, and a second line scan start signal that are phase-differentiated by half a frame from the first light emission control start signal, half a frame from the first reset start signal, and half a frame from the first line scan start signal to a driving module connected to the first pixel row of the second display zone. This application improves screen flicker in low-frequency scenes by controlling the staggered light emission of pixel rows, thereby increasing the actual light emission time of the display area and reducing brightness drop.

The application provides a control method and system of an air conditioner and the air conditioner, and relates to the technical field of air conditioner control. The control method of the air conditioner comprises the following steps: when an air conditioner starting signal is received, the age information of a target user in the environment setting area of the air conditioner is identified; a corresponding air conditioner operation mode is matched according to the age information, and the air conditioner operation mode defines the control authority of the target user. The air conditioner operation mode comprises an automatic operation mode in which adjustment is not allowed, a manual operation mode in which all adjustment is allowed, and a predetermined operation mode in which the setting parameters are allowed to be adjusted. The air conditioner is controlled according to the air conditioner operation mode. According to the application, the age of the target user is identified, the age information of the target user is matched with an air conditioner operation mode, and the air conditioner is controlled according to the air conditioner operation mode. Thus, the operation mode of the air conditioner can be adjusted according to different ages of the users, and the use experience of the users is improved.

The application discloses a kind of gate drive circuit and display panel, gate drive circuit includes a plurality of sequentially cascaded shift register units, shift register unit includes: first output control module, for according to start signal, the signal of first output end output of next stage shift register unit and the potential of second node, control the signal of first clock signal end access, the signal of third clock signal end access and the first potential transmission to first node;Second output control module is used for according to the potential of first node, the first potential transmission to second node;Second node is connected with second output end, and output module is used for according to the potential of first node, controls the signal of second clock signal end access transmission to first output end, according to the potential of second node, controls the first potential transmission to first output end;Third output control module is used for responding start signal control first potential transmission to second output end.Gate drive circuit can simultaneously output two different types of signals.

The application relates to a control method and device of an ultrahigh pressure collision device, and relates to the technical field of energy saving and environmental protection.The method comprises the following steps: in response to a starting signal, spraying data is acquired; a distance threshold value, a predicted intersection surface and a reference recoil interval are determined according to the spraying data; a light spot image is collected based on the predicted intersection surface; a light spot position and a light spot distance are read from the light spot image; if the light spot distance is greater than the distance threshold value, a correction parameter is determined according to the light spot position; the angle of a spraying nozzle is adjusted based on the correction parameter; a preset spraying instruction is executed, a recoil force is collected, and the relationship between the recoil force and the reference recoil interval is judged; if the recoil force falls into the reference recoil interval, the angle adjustment is completed, and a collision heating operation is executed. The application has the effects of reducing production energy consumption cost and improving energy saving efficiency.

The application provides a kind of intelligent device remote control method and system based on virtual coordinate mapping, the control method is applied in the control system including intelligent device, at least including virtual presentation interface and calibration control module presentation device and at least including controller and control module control device, specifically: after presentation device receives the fixed visual angle data of intelligent device, based on demand information generates start signal, controller and intelligent device form virtual space mapping, and project to presentation device, control instruction is generated according to the spatial position of controller;Control instruction is calibrated based on the relative position of presentation device and controller, and intelligent device responds to control instruction and executes corresponding action.The application introduces the presentation device of fixed position on the basis of virtual space mapping control, intuitively reflects the corresponding relationship between control instruction and intelligent device action, and corrects the control instruction error caused by the movement of overall system, improves control operation efficiency and accuracy.

The utility model belongs to the technical field of water supply, and particularly relates to a remote control vacuum pump exhaust device and system, which comprises a vacuum pump, a vacuum pump control box, a main exhaust pipeline and an electromagnetic valve, the electromagnetic valve is arranged on a main exhaust pipeline, the control end of the electromagnetic valve is connected with the vacuum pump control box, a starting button and a stopping button are arranged on the vacuum pump control box and used for inputting a starting signal and a stopping signal of the vacuum pump, and the output end of the vacuum pump control box is connected with the control end of the electromagnetic valve. Remote starting and stopping of the vacuum pump exhaust device can be achieved, and the starting efficiency of the centrifugal pump is greatly improved.