935 results about "Sport training" patented technology

A sports training and testing apparatus for at least one athlete (50), said apparatus including a control unit (11) adapted to implement a predetermined protocol; a plurality of remote units (12) for providing a series of stimuli for said at least one athlete in accordance with the protocol; at least one sensor (14) for providing to said control unit feedback information associated with said at least one athlete's response to the stimuli; and a communications network (10) providing communications between the control unit and the plurality of remote units including said at least one sensor (14).

Apparatus for providing biofeedback sports training are described to improve training in a convenient form. Aspects include a sparring device that converts impact and training rates into audio streams following human speech patterns. A device is described for coaching swings such as in golf. Another aspect of the invention is a strength training device utiling a multicylinder piston device.

An exercise and performance evaluation apparatus including a revolving belt or other engagement surface on which a subject can perform forward, backward, or sideways bipedal locomotion or other exercise movement, a means for securing the position of the subject relative to the frame of the apparatus, a means for measuring the force applied by the subject to the engagement surface, and a means for monitoring and/or controlling the velocity of the engagement surface. Securing the subject relative to the frame of the apparatus facilitates monitoring velocity as a function of time. Processing of velocity and force as a function of time allows for recording and analysis of data such as the maximal exertion force-velocity curve. Force-velocity-duration data for exertions is analyzed in terms of an intensity function. The apparatus allows exertions to be performed throughout, and outside, the first quadrant of a force-velocity-duration space.

Force sensing methods, systems, and computer-program products may be used to sense pressure at a plurality of points of a user's foot, including its bones, joints, muscles, tendons, and ligaments. Such systems, methods, and computer-program products sense pressure along the bottom of a user's foot during sports training and monitoring applications, electronic games, and diagnostic systems. In particular, the system generally comprises a transducer having a plurality of points of interest, an insole node for collecting and transmitting data sensed at the plurality of points of interest, first means for coupling that data across a network, by way of second means for coupling same to a collector node, and then to a computer.

A process is disclosed to visually capture a person doing a set of steps for an exercise, and then to compare that person during exercise to those steps, measuring the results. Each exercise is tailored to the individual patient, rather than to an “ideal” or “generic” standard. This flexibility allows a physical therapist to optimize treatment for patients progressively, and/or to accommodate multiple physical problems in one patient. This invention can be used as a medical software product under the guidance of a physical therapist for rehabilitation exercises. It may alternatively be used as a fitness or sports training device under the guidance of a trainer or coach. By providing visual data and tracking results, it enhances communication between the physical therapist and the patient (or trainer and athlete), and optionally, the physician.

A balance board for exercising, sports training, recreation and the like, uses a board member that rides along a roller along either the central longitudinal axis of the board member or along the central vertical axis of the board member. Stop members are removably attached to the board member for limiting the range or ride of the board member with respect to the roller on either axis and to further selectively vary the distance of travel of the board member when it is traveling on its longitudinal axis.

The invention belongs to the field of the body area network and relates to a gait recognition method based on an inertial sensor. The method includes four phases. In the data acquisition phase, four sensor nodes attached to legs of a testee and a sensor node attached to the waist of the testee are used to acquire motion angular speeds, accelerations and magnetic field strengths of the legs and waist of the body of the testee and wirelessly transmit data to a base station, and then the data are transmitted to the upper computer for processing. In the period dividing phase, gait periods are divided according to angular speed change curves of the shanks so as to obtain segment data corresponding to gaits. In the feature extraction phase, waveform features and behavioral features are extracted from the segment data and used to describe fluctuation of sensor signals and sport performance of gait behaviors. In the gait classification phase, the gait features are transmitted to a classifying model, types of the gaits are acquired by computing, and thus gait recognition is achieved. The method is suitable for use in gait recognition in the fields, such as sports training, medical care and game design.

The invention is directed to a motion trainer for improving a person's movement of an implement by allowing the person to visualize the path of the implement during the movement. The motion trainer comprises an implement having a plurality of motion characteristic sensors located thereon for determining, among other things, the direction of the movement and the orientation of the implement during the movement. Biofeedback devices provide the person information regarding the positioning of the implement during the movement.

A portable cart is described which has an extendable base to elevate the cart to a proper height to mount in the receiver or a trailer hitch. The extendable base is retracted, pulling up the cart wheels. This allows the cart to be carried by a vehicle. Once at the desired location, the vehicle is parked. The extendable base is extended to support the weight of the cart, which is removed from the vehicle. The cart may then be lowered and wheeled to its use site. The cart may be designed to hold baseball equipment, act as a sports training cart with first aid supplies, or material spill cleanup equipment. It may also carry food and supplies for catering, contain an outdoor mobile grill, act as a service company cart, a construction cart, an equipment cart for first responders, a pet show cart, a trade show cart or employ armored to carry ammunition and military supplies.

The invention relates to an assembly digital field based on a flexible array pressure sensor and a method for training gait. Parameters of an athlete including action time sequence, action frequency, position calibration, stress center point, stress time and flight time can be acquired through acquiring information including pressure of foot soles of the athlete contacted with the flexible array pressure sensor unit in the assembly digital field. The digital field and the method have the advantages that the requirement of real time can be met in longer distance; the module of the assembly digital field can be disassembled and assembled arbitrarily, and can extract gait characteristics on multiple sports training events; and the athlete can correctly recognize the training effect of the athlete self through a sports effect evaluation system and an expert system, and adjust the training plan in real time. The digital field and the method can also be applied in the field of mode recognition.

Embodiments can use virtual reality (VR) for sports training according to embodiments of the present disclosure. In some embodiments, a VR model can be created from actual video of players. The VR model can be a spherical video. In this manner, players can be immersed in real situations, and thus the player can get more experience than the player otherwise would have had. Various technical features can be provided for enhancing such a system, e.g., synchronization of pointers on two screens, camera rigs with extended view to allow the camera rig to be placed further from a location of the players, analytics for rating players and controlling playback of a next play (action interval), and for allowing a user to feel translation while in a spherical video.

Aspects of this disclosure relate to systems and methods for rating the performance of an athlete, particularly a golf athlete. The systems and method may include instructing the user to perform multiple golf-relevant athleticism drills or tests such as a stepping exercise, a broad jump, a wood-chop bounce, a countermovement lateral hop and/or a side-sling object launch. One or more drills or tests may be performed in a hip-neutral manner so as to simulate a golfer's stance. The performance data collected from each of these tests may be input into a processing system to generate an athleticism rank and score for each test as well as an overall, multi-factorial rating of golf athleticism.

The invention discloses a sports training monitoring system. The sports training monitoring system comprises a video data collecting module, a vital sign collecting module, a motion state collecting module, a man-machine operating module, a data processing module, an action standard judging module, an instruction outputting module, a central processor, a three-dimensional model generating module and a physical state assessment module. According to the sports training monitoring system, video collecting is conducted by adopting panoramic video collecting, so that the video monitoring coverage is widened; the body and motion conditions of athletes are monitored through different sensors with Beidou modules, analogue simulation is conducted on monitored data through a three-dimensional model, and therefore a monitor can more comprehensively and accurately conduct monitoring and data analysis and assessment on the motion process; meanwhile, a physical condition assessment function, the standard action judging module and the instruction outputting module are achieved in the whole monitoring process, and therefore the training efficiency is greatly improved; in addition, three-dimensional putting of instructions can be conducted through the three-dimensional model generating module, and therefore convenience is brought to study of the athletes.

A portable rebound (or deflecting) sports training device having at least a first rebound panel or surface adapted to rebound a ball away from the device, and a support structure adapted to hold the panel in a first, operational condition in which the panel is held generally upright; the panel and the support structure having a second, transport or storage, configuration relative to each other such that the panel and support structure lie flatter (or generally flat) relative to each other in the direction transverse to the rebound panel such that the device occupies less space.

The present invention relates to an exercise training apparatus and more specifically to a martial arts/boxing training apparatus which overcomes the problems associated with existing devices in that it provides the user with the ability to hone in on skills such as speed, power, accuracy and blocking, and also simulate the unpredictable nature of a real-life sparring partner The apparatus includes a base plate for mounting the apparatus to a surface, a support member, and one or more padded balls that are adapted to move about the support member through connecting arms whose height is adjustable. In one form of the invention, the arms are rigid structures which rotate in a horizontal plane about the support member whereby the length of each arm is adjustable. This embodiment is especially useful when a user wishes to hone in on a particular skill which does not require the element of surprise. In a further form of the invention, the support member includes a flexible arm mounted thereto which is not only capable of rotational movement in a single plane, but is also capable of tiltable and pivotable motion relative to the support member which adds a further dimension to the training apparatus. This embodiment is especially useful when the unpredictable nature of a real-life sparring partner is required.

A random rebound sports training device is provided which includes a pair of misaligned or offset net structures disposed on a frame that enable a projectile striking the net structures to rebound in a random manner. The structures are secured to a support frame such that the openings formed in the net structure, which are larger than normally utilized, are offset from one another. The offset of each of the net structures greatly reduces the potential for a projectile striking the device from contacting the same portions of the net structures, thereby causing the projectile to rebound in a random manner from the device. The frame on which the net structures are mounted can be easily configured between a use configuration and a storage configuration. Further, each of the net structures can be secured to a single support frame, or can extend from separate frames onto a target frame to provide multiple use sections on the device.