33 results about "High performance sport" patented technology

A high-performance sports car having: a frame that supports a pair of front wheels and a pair of rear wheels; a passenger compartment that is formed on the inside of the frame and is arranged between the front wheels and the rear wheels; at least one door, which is hinged to the frame to allow access to the passenger compartment; at least one seat, which is arranged inside the passenger compartment to the side of the door; and a rigid protection panel which is integral with the door and, when the door is closed, is arranged alongside the seat in line with the head of the occupant of the seat.

A heat-seal appliqué and method for production that provides numbers, letters, logos, graphics, and other indicia which do not change the physical and visual characteristics of the garment to which it is applied, including breathable and / or moisture-wicking characteristics. The appliqué comprises a perimeter textile having a thermally activated adhesive coating and an interior opening, and a textile inlay that fits within the interior opening of the perimeter textile. The adhesive coating on the perimeter textile is the only adhesive on the appliqué. The appliqué can be heat-sealed to any garment by the perimeter textile, leaving the inlay suspended over the garment without obstructing any performance characteristics of the garment or textile. The appliqué is particularly well-suited for lightweight, breathable and / or moisture-wicking textiles commonly used in performance sports apparel.

A servo-drive system for feedback-based control of motion and positioning of a motor comprises a current measurement device that obtains a measure of current being drawn by the drive motor from which to provide feedback. The current has an operating range which is made up of a relatively large current range for acceleration but remains within a relatively smaller current range for steady state operating of the motor. The current measurement device has a first, coarse, sensor optimized for measuring the relatively large current range and a second, fine, sensor optimized for measuring the relatively smaller current range, thereby to maximize feedback accuracy during steady state operation.

The invention provides an on-ice project wind resistance test, simulating and training system using a wind tunnel. The system comprises the wind tunnel, a force measuring balance, a camera monitoring device, an information real-time display device and an auxiliary supporting device. The force measuring balance is fixedly mounted on a bottom plate of the wind tunnel, the auxiliary supporting device is fixedly mounted on the force measuring balance and is connected with a user, and the camera monitoring device is fixedly mounted on the inner wall of the wind tunnel in a multi-position manner and shoots the user at multiple angles real-timely; the information picture of the information real-time display device is located on the bottom face, right in front of the user, of the wind tunnel, the camera monitoring device records a real-time motion video of the user, and the force measuring balance measures the wind resistance data, wind speed data, monitoring picture data and action instruction information borne by the user and integrates the data and the information into the picture of the information real-time display device. The system provided by the invention uses the quantitative wind resistance to help coaches and athletes to carry out posture optimization and intensive training of key skill actions and assist the technicians in research and development of high-performance sports devices.

The present invention is directed to provide a driving circuit and driving method for a LCD having high performance of moving image displaying within few amount of memory and downscaled circuit. In the present invention, a voltage applied to a pixel to drive liquid crystal material in the pixel is determined as a voltage with which the transparency of the pixel at the end of the current field becomes the designated transparency. To determine the voltage, a data table for quick response in which output data is stored in correspondence with some of the possible value of a preceding field image data and some of the possible value of the current field image data is employed, and the output data corresponding to the preceding field image data and the current field image data is determined by the data table through linear interpolation. The voltage corresponding to the output data is applied to the pixel.

The invention discloses a method for opening an involute of an air duct brake disc of a high-performance sports car. The method mainly comprises the following steps executed by a computer: (1) determining that the brake disc is an air duct brake disc of the high-performance sports car; (2) collecting and determining the basic structural parameters of the brake discs; (3) designing a brake disc airduct; (4) determining the way of opening the brake disc; (5) carrying out analysis of the brake disc opening structure; 6) judging whether that open hole satisfies the optimal heat dissipation; (7) outputting brake disc parameters with better design performance. The ventilation hole of the invention are rationally opened, good ventilation and heat dissipation effect are retained, and an involutetype air duct structure is adopted, the ventilation and heat dissipation performance is better, the cooling performance of the brake disc is improved, the heat attenuation degree is reduce, the braking capacity is provided better, and the damage and wear amount to the disc periphery are small, so that the brake disc has longer service life.

The invention relates to a deformable body filling type paddle for a crawler-type amphibious walking device and belongs to the field of amphibious engineering machines. The deformable body filling type paddle for the crawler-type amphibious walking device comprises a paddle body and a connecting board matched with the paddle body. The paddle body comprises an arch-shaped shell, tensioning connecting parts which are each of an arc-shaped section strip shape symmetrically protrude out of the two side faces of the shell, the shell and the tensioning connecting parts are communicated and filled with hollow or solid deformable body stuffing; opposite clamping grooves symmetrically protrude out of the upper surface of the connecting board along the center line of the connecting board and are matched with the tensioning connecting parts of the shell; the paddle body is embedded in the clamping grooves of the connecting board through the tensioning connecting parts and connected with the connecting board into a whole, and the paddle body is inflated so that the paddle body and the connecting board can be tensioned and fixed. The deformable body filling type paddle is simple in structure, light in weight, large in water buoyancy, good in supporting rigidity, high in terrain adaptability, suitable for the walking device of amphibious equipment and capable of meeting the requirement for high-performance movement in various environments.

The invention provides a wind resistance test and simulation training system for a steel frame snowmobile in a track environment using a wind tunnel. Including: wind tunnel, force balance, camera monitoring device, real-time information display device, track and attitude adjustment device; the force balance is fixedly installed on the bottom plate of the wind tunnel, and the attitude adjustment device is fixed on the force balance and embedded in the On the bottom plate of the track, the user uses the posture adjustment device to lie on the steel frame snowmobile; the wind generated by the wind tunnel blows towards the user, and the posture adjustment device assists in adjusting the user's posture. The camera monitoring device records the user's real-time motion video and measures the force. The balance measures the wind resistance data received by the user, and the information screen of the real-time information display device displays the wind speed of the wind tunnel, the wind resistance data and the user's motion posture control commands in real time. The device of the present invention uses quantified wind resistance to help coaches and users perform posture optimization and intensified training of key technical movements, and assist technicians in research and development of high-performance sports equipment.

A sports ball having an exquisite performance cover formed from a plurality of panels of multi-layers sheet with a backing of a softer foamy substance with selective density differences. The cover panels may be joined together at assembling zones. During manufacturing, the foamy substance of the assembling zone is selectively partially cut from the central part of the softer material attached to outer layers for each of the panels. Strips of fabric are further applied and subjected to pressure and high frequency sound waves at assembling zones, providing it the necessary characteristics to better hide the stitching. Punched out central softer material on the inside of the sports ball provides support and a stout rounder shape for the manufacturing of an exquisite performance sports ball and filling up the gap, created between the outer material and bladder, by stitching seams. Assembling zone are further be subjected on the outer side to an adhesive, which further enhance the panel to panel adhesion. The novel techniques used in the manufacturing process results an improved soccer ball with better bounce back affect, stout rounder shape, stability of size and round shape at hitting.

The invention discloses a modularized reconstructible soft rope parallel mechanism experiment platform. The platform is characterized by comprising a horizontally-arranged circular-ring-shaped guide rail, two to six groups of soft rope supporting columns capable of moving along the circular-ring-shaped guide rail and capable of extending and contracting vertically are arranged on the circular-ring-shaped guide rail, the soft rope supporting columns are extensible hydraulic cylinders vertically arranged on a base, a fixed pulley is arranged at the top end of each hydraulic cylinder, winches are fixedly arranged on the base, one ends of soft ropes are wound and unwound by the winches while the other ends of the same bypass the fixed pulleys and are connected on connecting points at corresponding positions of an end effector, the connecting points correspondingly connected with the soft ropes in a one-to-one manner are positioned at different positions of the end effector, the base can move on the circular-ring-shaped guide rail according to a circular-ring-shaped track, and the end effector is taken as a controlled object to realize different degrees of freedom. The modularized reconstructible soft rope parallel mechanism experiment platform is rich in module tye, parallel connection of various parameter-variable soft ropes different in degree of freedom can be realized, large-load running and high-performance movement output can be realized for performing operation experiments of large-range working space, and the platform can be used for studying kinematic and dynamic performance of various soft rope parallel mechanisms different in structure and of degree of freedom from one to six.

The invention discloses an OpenVIBE-based high-performance motor imagery online brain-computer interface system, including signal acquisition equipment, signal test scripts, signal acquisition scripts, data training scripts and online experiment scripts, wherein the signal test script is connected to the signal acquisition equipment, Detect the signal quality through the signal test script, then set the experimental parameters through the signal acquisition script and collect the data of the motor imagery experiment, then use the data training script to realize the training of the spatio-temporal filter classifier based on the RSTFC algorithm, and obtain the specific spatio-temporal filter classifier to import The online experiment script is described, and the online experiment script implements a high-performance online brain-computer interface system for motor imagery based on the trained spatio-temporal filter classifier. The invention adopts a modular design method to improve the readability and flexibility of the system, is convenient for function expansion, greatly improves the work efficiency of researchers, and has the advantages of high accuracy and good performance.