7results about How to "Implement bootstrap" patented technology

This application discloses a wire bridge, an electrical control device, and HVAC equipment. The wire bridge is applied to the electrical control device, which has mating holes. The wire bridge includes a main body and a connecting part. A wire channel is formed within the main body, through which connecting wires are arranged in an orderly manner, making the wiring inside the electrical control box neater and helping to reduce improper contact between connecting wires and components of various circuit modules. The connecting part is connected to the side of the main body opposite to the opening of the wire channel. The connecting part is used to insert into the mating hole to fix the wire bridge inside the electrical control device. This facilitates the installation and replacement of the wire bridge and helps to reduce the size of the wire bridge along the width direction of the wire channel. In the electrical control device of this application, the wire bridge is installed in the electrical control box through the connecting part. The position of the wire bridge is independent of the circuit modules inside the electrical control box. When maintenance or replacement of circuit modules is required, there is no need to disassemble the wire bridge, effectively improving the maintainability and assembly convenience of the electrical control device.

This invention provides a closed-loop self-adjusting output audio control method, device, storage medium, and equipment for guiding naps. The method includes: retrieving the user's latest personalized parameters from a database based on the user ID; adjusting the parameters of a music selection proxy model based on these personalized parameters; obtaining desired music units from a music library based on the user's real-time psychological state and the adjusted music selection proxy model; adjusting the parameters of a parameter adjustment proxy model based on the user's latest personalized parameters; inputting the desired music units into the adjusted parameter adjustment proxy model to obtain binaural beat physical parameters; observing the user's specific nap state by monitoring the user's EEG and heart rate signals; and dynamically adjusting the binaural beat frequency and specific parameters based on different nap stages and the user's state to achieve closed-loop output audio control that quickly induces the user to relax and enter sleep, maintains light sleep, and resists sleep inertia awakening.

This utility model discloses a CNC machining feeding device, relating to the field of machining feeding technology. It includes a conveying assembly, with a support frame fixedly connected to the top of the conveying assembly. An insertion slot is provided inside the support frame, and an insertion plate is inserted into the insertion slot. A connecting plate is fixedly connected to the side of the insertion plate. By providing the support frame and insertion plate, this utility model allows workpieces to pass through the conveyor belt individually and orderly during use. This ensures accurate positioning when entering the machining station, avoids clamping offset caused by stacking, and guarantees the accuracy of machining dimensions and hole positions. The device also includes a rotating roller and a rotating shaft, which protect the outer surface of the passing workpieces during use, effectively preventing scratches and guiding the workpieces to prevent them from getting stuck under the insertion plate.

This utility model discloses an intelligent escape-proof cage, relating to the field of fishery fishing equipment technology. It includes an escape-proof cage frame and an escape-proof net covering the frame. A fish-attracting channel extending into the cage is provided on the net. The fish-inlet end of the channel is larger than the fish-outlet end, and the fish-outlet end connects to a fish inlet on the cage. A fish-attracting light is installed at the inlet. An automatic door is located on the side of the inlet inside the cage, connected to the drive output of a control unit. The cage also includes an image acquisition and processing unit for real-time monitoring of the fish's condition inside. This utility model uses visual recognition technology to determine whether the fish inside the cage tend to leave through the inlet. When it is determined that a fish will leave through the inlet, the control unit automatically closes the door, sealing the inlet and preventing the fish from escaping.

This utility model belongs to the technical field of transformer silicon steel sheet technology and discloses a transformer silicon steel sheet shearing line guide rail device, including a worktable. The top surface of the worktable has multiple sliding grooves, and the bottom surface of the sliding grooves is fixedly provided with a slide rail. The top surface of the slide rail is slidably provided with multiple sliders. The top surface of one slider is fixedly provided with a first guide rail, and the top surface of the slider on the other side is fixedly provided with a second guide rail. The second guide rail is internally threaded with a threaded shaft, and the outer side of the other end of the threaded shaft is threadedly connected to the first guide rail. Through the above solution, the problem of difficulty in calibrating the center of multiple guide rails when adjusting the guide rails due to different plate size requirements is solved, avoiding the problem of plate damage after cutting due to the misalignment of guide rail centers or heights, and further preventing the core lamination coefficient and magnetic properties from being affected during subsequent use.

This invention provides a method, system, equipment, and medium for guiding aircraft taxiing on the airport surface, comprising the following steps: collecting information on the pushback time, takeoff interval, taxiing path, and surface traffic situation of departing flights; based on the taxiing path and current surface traffic situation information, using a prediction method to predict the taxiing time, taxiing speed, takeoff time, and possible traffic conditions required from pushback to the runway threshold; based on the predicted taxiing time, taxiing speed, takeoff time, and possible traffic conditions, establishing a taxiing speed guidance strategy for departing flights while maintaining the principle of keeping the priority departure order unchanged, so that departing flights taxi to the runway threshold within an effective time to wait for takeoff; this invention realizes the guidance of aircraft taxiing sequence and takeoff interval on the airport surface, solving the problem of chaotic taxiing sequence and takeoff interval caused by the high randomness of departing flights during ground taxiing, and improving airport runway utilization and takeoff on-time rate.

The utility model relates to gear M value measurement technical field especially a kind of self-centering device for gear M value measurement.This self-centering device for gear M value measurement, including base, motor, carousel and electric clamp jaw, installation hole is set up in the middle of base, carousel is installed in installation hole by bearing, electric clamp jaw is set up in one side of carousel, its drive end is connected with a pair of clamping jaw, symmetric guide bevel is set up on the opposite inner side of a pair of clamping jaw, forms V-shaped positioning mouth, guide bevel is contacted with gear outer circle when clamping gear, to make gear center automatic alignment to the rotation center of carousel, motor is installed in the other side of carousel by motor base, and its output shaft is connected with driving pulley that drives carousel rotation.The utility model uses electric clamp jaw and carousel, realizes the automatic centering of gear measurement, can significantly improve the measurement efficiency and accuracy of gear M value, saves time.