63results about How to "Convenient and accurate judgment" patented technology

The invention discloses a hand-based driving illegal behavior detection method, which comprises the following steps: reading images from a monitoring video; carrying out pretreatment on the read image, wherein the pretreatment comprises format change, establishment of an ellipse skin color model and determination of skin color probability values of pixel points; detecting and positioning a hand contour from the images obtained after pretreatment; with a steering wheel being the center, defining five regions of interest, and carrying out coordinate division on the defined regions; judging whether hand gestures are illegal driving behaviors by judging whether the hand contour locates in a center region of the steering wheel; carrying out hand pixel information preliminary determination by establishing the ellipse skin color model and utilizing logistic regression analysis; carrying out connected region analysis and labeling through a region growing method, and extracting hand skin color images and obtaining a complete hand image; and dividing the image into five regions of interest, so that whether operation in a driving cab is illegal can be judged accurately.

The disclosure relates to a method, a device, a terminal and a server for controlling an alarm clock. The method comprises the steps as follows: receiving a notification from other equipment to stop the alarm clock and controlling the alarm clock to stop the reminding based on the received notification for stopping the alarm clock. By using the method of the embodiment of the disclosure, intelligent equipment, or the server or an intelligent alarm clock could control the alarm clock to stop the reminding or close the alarm clock based on the detected notification which is used for stopping the alarm clock and which is transmitted by the other equipment of a user. By using this manner, the alarm clock is closed without manual operation, and the alarm clock could automatically stop the remind and will not trouble the user under the condition that the user has gotten up and forgets closing the alarm clock.

The invention relates to a switching power supply no-load detection circuit comprising a sampling circuit, a first counter and a second counter. The clock input ends of the sampling circuit, first counter and second counter are connected to clock input signals, the signal input end of the sampling circuit is connected to switch conducting signals, the signal output end of the sampling circuit is connected to the reset end of the second counter, the signal output end and reset end of the second counter are connected to the reset end of the first counter, and the upper limit value of the second counter is smaller than that of the first counter. The invention further relates to a switching power supply no-load detection method. Thus, analog circuit usage is reduced, whether the switching power supply is unloaded or not is judged by judging whether the switching power supply is loaded or not, structure is simple, integration is facilitated, and the application range is expanded.

The invention discloses a project test defect analysis method, device and equipment and a storage medium. The method comprises the steps of receiving a project test request sent by a client, and analyzing a to-be-tested project and an interface call parameter contained in the project test request; calling a preset interface configured in a preset defect tracking tool according to the interface calling parameter, and obtaining all defect data of the to-be-tested project in the testing process through the preset interface; inputting all defect data into a preset defect analysis model, and receiving a defect analysis result output by the defect analysis model; and associatively storing the to-be-tested project and the defect analysis result in a database, and sending the defect analysis result to the client. According to the invention, the labor cost is saved, the defect data granularity is finer, and the data processing efficiency and the reliability of the defect analysis result are improved.

A capacitive touch apparatus and a sensing method thereof are provided. The capacitive touch apparatus includes an electrostatic detection panel, and a sensing device. The sensing device is coupled to the electrostatic detection panel, and configured to sense a variation of electrostatic field on the electrostatic detection panel, and generate at least one touch sensing signal accordingly.

The invention provides an air conditioner refrigerant leakage detecting method and system and an air conditioner. The air conditioner refrigerant leakage detecting method comprises the steps of: detecting exhaust parameters of a compressor and a refrigerant mass and flow in a preset position in a refrigerating system; calculating a refrigerant mass and flow in an outlet of the compressor accordingto the calculated exhaust parameters of the compressor; and determining if refrigerants of the air conditioner are leaked according to the refrigerant mass and flow in the outlet of the compressor and the refrigerant mass and flow in the preset position. The air conditioner refrigerant leakage detecting method can simply, conveniently and accurately judge if the refrigerants of the air conditioner are leaked, so that such bad effects as performance reduction of the air conditioner and damage of the compressor caused by the refrigerant leakage are prevented, and the safety and the reliabilityof the air conditioner are improved.

The invention discloses a tempered glass impact resistance testing device and application thereof, and belongs to the technical field of tempered glass testing devices.The tempered glass impact resistance testing device comprises a lofting assembly, a protection assembly is fixedly installed on one side of the upper surface of the lofting assembly, a vertical plate is welded to one side of the upper end of the protection assembly, and the upper end of the vertical plate is sleeved with a pull rope; an adsorption assembly is fixedly installed at one end of the pull rope, a steel ball is adsorbed to the lower end of the adsorption assembly, a take-up and pay-off assembly is fixedly installed at the lower end of the rear side of the vertical plate, cullet can be conveniently collected and treated through the cullet treatment assembly, and through the protection assembly, during an experiment, the experiment safety is improved, the upper frame is conveniently taken up, and the experiment efficiency is improved. Through the adsorption assembly, the steel ball can be conveniently adsorbed, through the laser lamp and the image acquisition device, accurate judgment of the height of the steel ball and acquisition of an image of a sample after an experiment are facilitated, through the take-up and pay-off assembly, the height of the steel ball can be conveniently and automatically or manually adjusted, and use is convenient.

The invention discloses an automobile lamp light guide bar detecting device. The automobile lamp light guide bar detecting device comprises a base, a first reference piece, a first light source, a first positioning piece, a second reference piece, a second light source and a second positioning piece, wherein the first reference piece is used as a reference for detecting a left light guide bar on the outside and has specified light transmittance, curvature and length; the first light source is fixed on the base and is provided with two first light emitting ends which are respectively used for enabling the first reference piece and the left light guide bar on the outside to emit light; the intensity of light which is respectively emitted from the two first light emitting ends is consistent; the first positioning piece is fixed on the base; the second reference piece is used as a reference for detecting a right light guide bar on the outside and has specific light transmittance, curvature and length; the second light source is fixed on the base, and is provided with two second light emitting ends which are respectively used for enabling the second reference piece and the right light guide bar on the outside to emit light; the intensity of the light which respectively emitted from the two second light emitting ends is consistent; and the second positioning piece is fixed on the base. By the automobile lamp light guide bar detecting device, the light transmitting effect of the automobile lamp light guide bars can be simply and accurately determined.

The invention discloses a method for judging a foam segment of a coalbed methane shaft and relates to the technical field of petroleum engineering. The method comprises the following steps that the simulative working fluid level height H in the coalbed methane shaft is measured; according to a downhole gas-liquid-solid three-phase flow pressure model and temperature, the real pressure PH and real temperature TH at the simulative working fluid level are obtained along a shaft depth distribution module; the pressure Pc of the critical working fluid level where the foam segment is produced is calculated; if PH is smaller than Pc, the foam segment exists in a well; and if PH is larger than Pc, no foam segment exists in the well. Through the method, whether the foam segment exists in the well can be judged accurately, and the length of the foam segment is judged accurately.

A conveyance control apparatus includes a stacking base that stacks ejected paper sheets, a sensor that detects a paper sheet after the paper sheet is ejected according to job data before the paper sheet is stacked on the stacking base, a detection time measuring unit that measures sensor-on time during which the sensor detects the paper sheet, a storage unit that stores near-full-stack time for judging whether stacked volume on the stacking base enters into a near-full-stack state, a judging unit that judges stack state on the stacking base based on paper sheet information of the job data and a measured result by the detection time measuring unit, and a conveyance control unit that performs control to temporarily stop paper sheet feeding and then to feed predetermined number of paper sheets, when the judging unit judges that the sensor-on time is equal to or greater than the near-full-stack time.