8results about How to "Respond quickly" patented technology

The application discloses an engine cooling liquid temperature control method and engine with an EGR system, which comprises the following four conditions: (1) determining the first linear interpolation number according to the octane number coefficient of oil products and the engine back angle strength coefficient, and using a larger engine load for interpolation; (2) determining the second linear interpolation number according to the ratio of the actual engine fire path torque to the requested fire path torque and the ratio of the requested fire path torque to the maximum torque of the engine, and using a smaller engine load for interpolation; (3) determining the third linear interpolation number according to the target EGR rate and the ratio of the actual EGR rate to the target EGR rate, and using a smaller engine load for interpolation; (4) determining the fourth linear interpolation number according to the intake air temperature and the vehicle speed, and using a smaller engine load for interpolation; the above four conditions are only executed in one of each control cycle. The application optimizes the target cooling liquid temperature control of the engine with the EGR system, and improves the stability.

The invention belongs to the technical field of airplane coating repairing, and particularly relates to an airplane coating precision repairing method based on 3D visual data, which comprises the following steps: shooting a workpiece needing coating repairing to obtain an RGB image, and converting the RGB image into a point cloud picture; after the point cloud picture is processed, a 3D model of a workpiece needing coating repairing is obtained, spraying distance parameters are set, a robot track is generated, path simulation is conducted on the track, if simulation is free of interference, an online laser scanner is arranged to run according to the robot track, secondary detection and positioning are conducted on the surface of the workpiece needing coating repairing, and then the workpiece needing coating repairing is obtained. Acquiring spatial position data of a to-be-restored area; the industrial personal computer generates a robot path middle point according to the spatial position data of the area needing to be sprayed and associates the robot path middle point to an I / O control instruction of the robot; spraying parameters are input into the robot, after a robot motion program is generated, the complete robot track is simulated again, and if simulation is free of interference, the complete robot track is imported into a robot controller to execute spraying.

The application discloses a site abnormality prompting device and detection method based on intelligent construction of intelligent construction site, relates to the field of site abnormality prompting, and comprises a spiral drill shell, an alarm mechanism is arranged in the spiral drill shell, a push-out mechanism is arranged on the side of the alarm mechanism, the spiral drill shell comprises a water leakage groove, a drill body, a water leakage port and a water outlet, the water leakage groove is used for receiving water leakage on the top, the drill body is used for fixing the whole device to the ground, the water leakage port is used for moving the water leakage tank, and the water outlet is used for conveniently draining water accumulated in the device, the flexible film, the information transmission block, the spring two and the wireless sensing block are arranged, when the information transmission block and the wireless sensing block are in contact, signal transmission is conducted on the wireless sensing block through radio waves, so that the monitoring room is alarmed, and thus, when water enters the device, the information transmission block is extruded, and the effect of alarming is achieved.

The application relates to an AI-driven counterfeit website handling and fake label positioning method, and relates to the AI product anti-counterfeiting technical field. The method comprises the following steps: obtaining official domain name features and historical counterfeit domain name data, generating a list of potential counterfeit domain names based on an AI domain name prediction model, and collecting page data to be identified accordingly; using an AI multi-modal recognition model to extract and recognize data features, and obtaining an identification result containing a counterfeit type and a fake label code segment; according to the identification result and page access data, risk grading is performed through an AI decision model, and a corresponding handling process is triggered; in response to the scanning of fake labels, interactive reminders are provided on the verification page, and authorized location data is collected; the location data is analyzed by using an AI space clustering model, fake label circulation and fake production nest prediction information are generated, and clue data packages are output. The application can improve the identification accuracy and handling timeliness of counterfeit websites, accurately locate the source of fake label circulation, and realize dynamic adaptive anti-counterfeiting closed-loop management.

This invention relates to emergency reinforcement blocks, individual units, and emergency sparse-density reinforcement methods for beam fractures, belonging to the field of building structure technology. When beam components are subjected to heavy hanging loads or their function changes without design verification, there is a lack of quantitative emergency remedies for beam reinforcement. The invention utilizes a hollow steel box comprising a box body with multiple hollow holes for concrete pouring. The top of the hollow steel box has an arc-shaped notch, on which a recessed arc-shaped piece is integrally connected. The outer wall of the arc-shaped piece is an assembly wall. The top surface of the hollow steel box has two insertion ports, and multiple folded plates are inclinedly positioned between the front and rear folded-line notches. The emergency sparse-density reinforcement method in this invention involves a quantitative configuration process based on the width between two broken rebar ends and the fracture depth in the beam fracture area, specifying the number of emergency reinforcement units, the number of subsequent rebars, and their connection positions.

The utility model discloses a kind of ear laser marking clamps, including mounting seat and adjusting mechanism, adjusting mechanism includes first adjusting component and second adjusting component, first adjusting component and mounting seat slidably connected;Or, second adjusting component and mounting seat slidably connected;Or, first adjusting component and second adjusting component are slidably connected with mounting seat;Wherein first adjusting component is provided with first clamping part, and second adjusting component is provided with second clamping part, and first clamping part and second clamping part are oppositely arranged.The utility model can be adjusted quickly according to different size of cookware ear, improve production speed, improve production efficiency.

This invention provides an intersection control system, an intersection control method, and a computer-readable medium. The intersection control device of this invention controls vehicle entry into an intersection. The intersection control device includes: an intersection environment information acquisition unit that acquires multiple types of intersection environment information; an information conversion unit that encodes each type of intersection environment information into a predetermined length; an intersection control information generation unit that integrates the multiple types of intersection environment information through bitwise operations and generates at least one type of intersection control information; and an intersection control unit that uses the at least one type of intersection control information to control vehicle entry into the intersection.