20 results about "Posture training" patented technology

An augmented pose instruction system, system comprising; evaluation by an asynchronous analytical tool of a recorded video of a student's pose data; recommendation, via a recommendation engine, of corrections to poses of the student; approval of the corrections to the poses of the student, via an instructor dashboard; a visual report created of the corrections; and corrections communicated to the student account.

An apparatus, method, and system for form training with a strength training device having at least one sensor. The form training includes obtaining, from the at least one sensor, sensor data including a person performing an exercise action with the strength training device. The form training includes an exercise form with point(s) tracking the exercise action performed by the person, each point representing a location on the person. The form training includes generating, by a model and for the exercise form, an evaluation indicating a deviation of the exercise form from a target form for performing the exercise action. The form training includes determining, based on the evaluation for the exercise form, a form adjustment of the person for performing the exercise. The form training includes providing, by a display device, data indicative of the form adjustment for output on the display device.

The utility model relates to the technical field of sports equipment, and discloses a tennis racket holding posture training structure which comprises a racket handle and racket faces, the racket handle is of an octagonal structure, each face of the racket handle in the clockwise direction is respectively provided with an indication mark number, a balance weight chamber is arranged in the racket handle, a balance weight assembly is arranged in the balance weight chamber, and the racket faces are provided with the indication marks. The balance weight assembly comprises a first balance weight core and a second balance weight core, the second balance weight core is arranged in the first balance weight core in an inserted mode, sliding grooves are symmetrically formed in the balance weight chamber, the first balance weight core is provided with a plurality of sets of first clamping plates which are symmetrically arranged, the first clamping plates are provided with rubber clamping beads, and second clamping plates are arranged in the sliding grooves. A clamping groove matched with the rubber clamping bead is formed in one face of the second clamping plate, and the edge of the clamping groove is designed into a round corner. The device can assist a user in correctly holding the racket, and the self weight of the racket can be flexibly adjusted, so that the grip strength training of the user is achieved.

Disclosed is a twisting posture training aid for sports, including: an inertia-direction marker arrangement; a torso twist optical pointing arrangement which includes a banding arrangement, a first optical pointer, and a first pivot, such that when the user is at address, the torso marker corresponding to the inertia direction is projected onto the operation plane; an upper limb motion optical pointing arrangement which includes a fastener arrangement, a second optical pointer, and a second pivot, such that when the user is at address, the upper limb marker corresponding to the inertia direction is projected onto the operation plane.

The invention discloses an angle-adjustable correction support for etiquette posture training, and relates to the technical field of etiquette training auxiliary equipment.The angle-adjustable correction support for etiquette posture training comprises a bearing base, a stand column, an adjusting seat, a back supporting plate and an angle adjusting assembly; the bearing base is formed by welding a cylindrical block and five groups of circumferentially arrayed supporting rods and is matched with universal wheels to give consideration to stability and mobility, the adjusting seat is drop-shaped, a limiting groove, a mounting groove and a fan-shaped groove are formed in the adjusting seat, the angle adjusting assembly comprises a sliding block, a connecting block, an adjusting screw rod, a gear and a bearing, and the adjusting screw rod is provided with a double-thread groove and is matched with a convex block of the adjusting seat to realize bidirectional locking. According to the device, stepless fine adjustment of 10-45 degrees of the back supporting plate can be achieved, angle identification of a pointer block and an arc-shaped groove facilitates rapid angle identification, operation is convenient and fast, locking is stable, bad postures can be effectively corrected, and the device is suitable for long-time precise training of an etiquette model.

The utility model discloses a static balance training device which comprises a base, a standing posture training device and a sitting posture training device. The standing posture training device and the sitting posture training device are arranged on the base. The standing posture training device comprises a bottom plate arranged on the base, a standing posture pressure sensor installed on the bottom plate and a standing posture pressure plate connected with the top of the standing posture pressure sensor. The sitting posture training device comprises a lifting translation rotating device arranged on the base, a pressure sensor mounting plate mounted on the lifting translation rotating device, a sitting posture pressure sensor mounted on the pressure sensor mounting plate, and a sitting posture pressure plate connected with the top of the sitting posture pressure sensor; and the lifting translation rotating device is used for realizing up-down lifting, front-back movement and left-right rotation of the sitting posture training device. The static balance training device has a standing posture and sitting posture static training function, and a trainee can conveniently adjust the position to do rehabilitation training.

The present application relates to the technical field of training equipment, and discloses a dribbling posture training device, which comprises a glove, a wrist sleeve arranged on the glove, an arm sleeve arranged on the wrist sleeve, a connecting mechanism one arranged on the glove, and three rope belts, one end of the three rope belts being sequentially sewn to the inner wall of the glove, one ball hitting count being carried out through a counting module, data being synchronized to a display module through a transmission module one, a qualified number of times being recorded when five contact sensors simultaneously sense the surface of a basketball, the qualified number of times being synchronized to the display module through a transmission module two and displayed on a curved screen, and the standard degree of the dribbling posture in the present training being calculated according to the ratio of the ball hitting number of times and the qualified number of times displayed on the curved screen, so that the accuracy in the ball hitting and dribbling process is enhanced through long-term training, the control over the basketball is increasingly stronger, the dribbling stability is improved, and the problems of being intercepted and losing the ball are reduced.

A postural awareness device provides feedback when the lumbar is press down against a lumbar sensor to move a magnet toward a hall effect sensor or sensors. The magnet is configured in a sensor body that extends from a posture training mat and is resilient, wherein the sensor body can be compressed by the lumbar and then spring back to an original shape. A feedback device may include a light device, a vibration device and / or a sound device. The feedback signal, light, vibration or sound may initiate when the magnet is actuated by compression of the sensor body toward the posture training mat. The feedback signal may then change intensity or frequency as the magnet is actuated further toward the hall effect sensor. A feedback light may change color as the magnet is brought closer to the hall effect sensor.

This utility model discloses a sitting posture training chair suitable for children with cerebral palsy, including a chair board and a base. The bottom of the chair board is formed with at least one vertically extending connecting leg, which is vertically and movably inserted into the top of the base. The top surface of the chair board has two sets of symmetrically arranged upper holes, each set of upper holes including at least three parallel upper through holes, and a thigh strap is detachably threaded between any two upper through holes in the same set. The front side of the base has two sets of symmetrically arranged lower holes, each set of lower holes including at least three parallel lower through holes, and a calf strap is detachably threaded between any two lower through holes in the same set.

The invention relates to the field of posture data acquisition and detection, in particular to a wearable limb movement action node positioning intelligent auxiliary device which comprises a wearable shell. A circuit board; the acceleration detection device comprises a pipe body, a first stress sensor, a second stress sensor and a movable ball; a first angle sensor; a signal transmission device; an alarm; when the force detected by the first stress sensor is larger than a set value X or the force detected by the second stress sensor is larger than a set value Y, the controller controls the first angle sensor to start and receives angle data of the first angle sensor; and a power supply. The military posture training device can prompt soldiers to constantly standardize training actions of the soldiers, so that the military posture actions are not only standard, but also are more powerful, and the essence and spirit of the soldiers are better displayed.

The utility model relates to the technical field of training devices, in particular to a head and neck posture control training device which comprises a mounting seat, a counterweight plate is inserted into the inner surface of the mounting seat, a top plate is arranged on the inner surface of the mounting seat, a base is arranged on the lower surface of the mounting seat, and an arc-shaped groove is formed in the lower surface of the base. By arranging the mounting seat, the top plate, the counterweight plate and the like, a user can insert the top plate into the mounting seat to fix the counterweight plate, and the mounting seat is connected with the base through the spring, so that the spring and the mounting seat can give a feedback to the user when the head of the user abuts against the base, and the user can feel more comfortable when the head of the user abuts against the base. The spring can increase the instability of the mounting base, once the head or the cervical vertebra deviates, the mounting base inclines and swings, a user can quickly recognize whether the head and the neck are in a neutral position or not through the top plate in front of the mirror, and the user is helped to adjust the posture to maintain the neutral position of the head and the cervical vertebra.

A ball striking posture training assistance device may include a first elongated member having a first side and a second side opposite the first side, a second elongated member extending from the first side of the first elongated member, and a pair of third elongated members extending parallel to each other from the second side of the first elongated member. The invention further discloses a method for using the ball hitting posture training auxiliary device.

This invention discloses a scoliosis posture perception and feedback system, comprising hardware and software components. The hardware component includes a scoliosis posture perception and feedback device, which includes a display screen, a multi-camera setup, a voice interaction module, and an artificial intelligence chip. The software component includes a comprehensive digital training management platform with mini-programs and a web interface, as well as a cloud platform supporting data storage and management, data processing and analysis, AI model training and inference, and ensuring data security through encryption technology. This invention also discloses a method for evaluating human posture training movements, used to assess training movements and recommend subsequent personalized training programs, with broad application prospects.

The present application belongs to the technical field of fitness equipment, and relates to a fitness equipment with multiple posture training functions, which comprises a front support assembly and a rear support assembly, a main frame assembly is fixedly connected between the front support assembly and the rear support assembly, the main frame assembly is two main frame pipes, a plurality of pairs of slide seat assemblies are movably installed on the two main frame pipes, the slide seat assemblies comprise first left slide seat assemblies and first right slide seat assemblies, the first left slide seat assemblies and the first right slide seat assemblies comprise pulley assemblies and seat cushions, two holes are formed in the pulley assemblies of the two first left slide seat assemblies and the first right slide seat assemblies respectively, and a connecting buckle can be installed in the holes in a staggered or normal position. The fitness equipment with multiple posture training functions has four groups of slide seat assemblies, adjacent slide seat assemblies can be separated or fixed, the first left slide seat assemblies and the first right slide seat assemblies are connected with ropes, and multiple fitness postures can be exercised according to the needs of users.

The utility model relates to the technical field of training devices, and discloses an air passenger standing posture training device convenient to adjust, which comprises a base and a vertical rod, the vertical rod is vertically fixed above the side edge of the base, the vertical rod is vertically arranged above the surface of the base, the outer ring of the vertical rod is sleeved with five sliding sleeves in a sliding manner, and the sliding sleeves are arranged on the base. And transverse cylinders are transversely fixed to the side edges of the four sliding sleeves located on the lower portion, inserting rods are slidably inserted into the transverse cylinders, vertical plates are vertically fixed to the tail ends of the inserting rods, and abutting blocks are fixed to the surfaces of the vertical plates. According to the technical scheme, the multiple sliding sleeves with the transverse barrels and the inserting rods are arranged, the heights of the transverse barrels and the inserting rods and the extending distance of the inserting rods can be adjusted, locking of the sliding sleeves and the inserting rods can be quickly relieved by pulling the first connecting rod and the second connecting rod, and the sliding sleeves and the inserting rods can be locked under the reset effect of the springs. The clamping cone is clamped into the cone groove to quickly lock the sliding sleeve and the inserting rod, adjustment is more convenient, and the situation that the service life is affected due to the large abrasion effect is avoided.

This invention belongs to the field of cervical collar technology, specifically an adjustable cervical collar for pre-thyroid surgery posture training. The proposed solution includes: a support mechanism for supporting the neck; a lifting mechanism mounted on the support mechanism; the lifting mechanism comprising: multiple threaded cylinders fixedly mounted on the support mechanism; a threaded rod threaded through one end of each threaded cylinder; and a rotating rod threaded through the other end of each threaded cylinder. In this invention, the rotating rod and threaded rod can move up and down within the threaded cylinder. A pin is helically inserted into the gap between the movable half-thread and the fixed half-thread. Multiple magnets in the pin move to the middle of two magnet plates, simultaneously repelling each other with the same polarity, increasing the friction between the movable half-thread and the inner wall of the threaded cylinder. The movable half-thread and the rotating rod are synchronously and stably fixed within the threaded cylinder, providing advantages such as vibration resistance and secure fixation.

The application discloses a kind of limb training systems, the system includes: sensing acquisition module is used to identify the posture pressure distribution condition and posture position condition of user acquisition, to generate corresponding posture data information;Posture recognition module is used to posture data information generated by sensing acquisition module is subjected to posture recognition, to generate corresponding posture type information;Posture training module is used to generate training instruction information in response to the selection operation of user;Recording prompting module is used to generate vibration prompt information based on posture data information, posture type information and posture training instruction information;Vibration prompt information is used to remind the posture correction and limb training of user.

The application discloses a posture training plan generation method and device based on an intelligent sensing air bag. The method is applied to the intelligent sensing air bag, the intelligent sensing air bag comprises a sensor group and at least one air bag, and the method comprises the following steps: collecting training information corresponding to a user; determining target weights corresponding to the training information; generating a first posture training plan of the user according to the training information and the target weights corresponding to the training information, wherein the first posture training plan is used for determining control parameters of the intelligent sensing air bag, and the control parameters of the intelligent sensing air bag are used for controlling the intelligent sensing air bag to perform inflation / deflation operations corresponding to the control parameters when the user uses the intelligent sensing air bag to perform posture training, so as to guide the user to adjust the posture of the user according to the first posture training plan. It can be seen that the application can improve the generation accuracy of the posture training plan and is beneficial to improving the posture adjustment accuracy of the user.

The shoulder girdle position corrector includes at least two main assemblies: a supporting structure and a pressure assembly with an adjustment mechanism. The supporting structure includes a pair of bent tubes and an adjustable-length tube assembly, which is positioned horizontally when the corrector is in use. The pressure assembly with an adjustment mechanism includes a pair of pressure elements with adjustment mechanisms and an additional pressure insert.

This invention provides a three-dimensional posture training feedback method and device for scoliosis based on image recognition, belonging to the fields of medical rehabilitation and image recognition technology. The method includes the following steps: acquiring depth and color images of the patient, reconstructing a three-dimensional skeletal model and comparing it with a standard posture model, inputting the data into a trained deep learning model and outputting a personalized training plan; extracting key spinal feature points, combining them with the patient's physiological parameter data, and calculating real-time movement evaluation values ​​using a weighted algorithm; providing visual / auditory feedback through smart glasses, superimposing standard virtual images; updating the training plan when the movement evaluation value is not lower than a threshold within a continuous period, thus achieving dynamic personalized rehabilitation. This invention effectively improves the accuracy of training movements through precise real-time feedback and personalized guidance, prevents secondary injuries caused by improper movements, significantly enhances rehabilitation effects, and ultimately controls and reverses the progression of scoliosis.