81 results about "Posture training" patented technology

Sensory indication modules intimately associated with a surface for detection of angle relative to true vertical and acceleration, and include feedback indicators for communicating localized information in relation to the detected angle and acceleration. Further included is a control module for communicating command and control instructions with the sensory indication modules.

The invention resides in a posture training device comprising a signalling unit able to be worn longitudinally over a user's spine, the signalling unit having two ends that can be used to activate the signalling unit by tension being applied to either of the two ends; a waist strap able to be fitted around a waist of a user, the waist strap connected to one of the ends of the signalling unit; and a central strap able to extend adjacent the spine of a user, the central strap being connected to an opposing end of the signalling unit and to the waist strap.

The present invention provides a baseball batting stance training assembly. The assembly essentially comprises a stance training mat for placement upon a baseball field or similar other playing field and at least one rearward foot-receiving cuff for removable or breakaway attachment to the stance training mat. The stance training mat essentially comprises at least three distinct zones, namely, left and right mat zones and a home plate zone. The left mat zone and the right mat zone are aligned laterally opposite the home plate zone, which home plate zone comprises a home plate marker or virtual home plate. The left and right mat zones each comprise a plurality of foot print indicia. The cuff is removably attached adjacent select rearward foot print indicia and is designed for breakaway from the stance training mat in the event of a net cuff-removing force.

The invention discloses a wheelchair device which can help a patient to perform lower limb rehabilitation training, can achieve adjustment of three postures, and can be applied to the field of medical rehabilitation apparatuses. The lower limb rehabilitation wheelchair includes a flexible adjustment mechanism arranged on a chair back, a three-posture adjustment mechanism which is arranged on a base and is fixedly connected to the chair back, a leg mechanism which is fixedly connected to a three-posture adjustment frame, and a leg auxiliary support system. A step function section is driven by a push rod, and bionics steps of human body natural walking are simulated through a preset program to achieve a training effect. The leg auxiliary support system can support legs in a seat posture through coordination of bevel gears, screw rods and support plates, and can automatically move backward in a stand posture and will not affect the legs. The chair back adjustment mechanism has the function of multi-dimension automatic flexible adjustment, and can adjust the chair back according to the demands of a user. The three-posture adjustment mechanism can adjust a stand posture, a seat posture and a lie posture. The lower limb rehabilitation wheelchair can provide various posture training manners.

A posture training system and an operating method thereof are provided. The posture training system includes a sensor configured to sense information regarding user posture, a server configured to analyze the posture information obtained by the sensor and generate correction information for correcting the user posture, and a haptic unit configured to be wearable by a user and transmitting the correction information in a haptic manner to allow the user to correct his posture.

The present invention provides a baseball batting stance training assembly. The assembly essentially comprises a stance training mat for placement upon a baseball field or similar other playing field and at least one rearward foot-receiving cuff for removable or breakaway attachment to the stance training mat. The stance training mat essentially comprises at least three distinct zones, namely, left and right mat zones and a home plate zone. The left mat zone and the right mat zone are aligned laterally opposite the home plate zone, which home plate zone comprises a home plate marker or virtual home plate. The left and right mat zones each comprise a plurality of foot print indicia. The cuff is removably attached adjacent select rearward foot print indicia and is designed for breakaway from the stance training mat in the event of a net cuff-removing force.

The invention relates to a posture training and correction equipment and a control method of posture training and correction. In the posture training and correction equipment, a power supply module supplies power to a microprocessor module, a body posture measurement module, a wireless transmission module and a body posture correction reminder module; the body posture measurement module collects the angle data of the body posture when people sit or stand, and transmits the data to the core control microprocessor module; the core control microprocessor module is used for analyzing the receivedangle signal, comparing the analyzed angle signal with pre-collected body posture reference data and judging whether the body posture is standard, then the body posture correction reminder module shakes and make an indicator light illuminate for prompting people, and posture correction is achieved through correction; the wireless transmission module is used for communication between the core control microprocessor module and an externally controlled analysis and display terminal; the externally controlled analysis and display terminal is used for controlling the operation process of the equipment through wireless transmission module, analyzing and displaying posture correction feedback information and interacting with users.

A posture training device for monitoring posture is disclosed. The posture training device comprises at least a first measuring circuit unit attached to a first position on a user's body, and a second measuring circuit unit attached to a second position on the user's body. Each measuring circuit unit comprises an accelerometer, gyroscope, and magnetometers. Further the accelerometers, gyroscopes, and magnetometers generate a signal received by a computing platform unit. Any improper posture is indicated to the user by an alarm signal generated by the computing platform unit.

The invention relates to a breast stroke posture training machine employing a connecting rod in orbit constraint, belonging to the field of sport equipment; a four-connecting rod mechanism is employed to constrain the hand and foot orbits of breast stroke, and no motor is used so as to reduce the injury possibility of the practicers during the training process; supporting rods are used for supporting the wrists and ankles, so that the structure is simple and compact and that the orbit is accurate and normative; besides, the training machine can be used for guaranteeing the hands to approach the orbits on a spherical surface to be more anastomotic with the standard breast stroke action than a planar orbit; the training machine can be used by practicers with different heights and arm lengths, and the training machine has the advantages of easy control and operation, low cost and convenience for assembly and maintenance, so that the training machine is very suitable for the breast stroke beginners to train the swimming postures.

The invention discloses a multifunctional swimming standard posture training system. The training system mainly comprises a standard setting module, a motion promoting module, an action analysis module and a limb induction module, wherein the standard setting module comprises different types of built-in swimming standard posture teaching videos, different built-in swimming posture selection and setting systems and a built-in swimming action decomposition and explanation system; the motion promoting module comprises a trainee posture and standard posture calibration system and a voice promoting system; the limb induction module comprises wrist rings and ankle rings, which are fixed on four limbs. The training system disclosed by the invention can be used for carrying out posture training guidance and calibration on different swimming types according to physical ability conditions of trainees at different phases, and can carry out action decomposition and strength progressive trainings, and can be used for rapidly correcting postures and enhancing the training effect of swimming beginners.

The present invention provides a baseball batting stance training mat and assembly. The assembly essentially comprises a stance training mat for placement upon a baseball field or similar other playing field and at least one rearward foot-receiving cuff for removable or breakaway attachment to the stance training mat. The stance training mat essentially comprises two distinct zones, namely, a stance zone and a plate-alignment zone. The plate alignment zone comprises a zone vacancy for receiving a selected lateral half of a home plate. When a left-handed mat and a right-handed mat are used in tandem with one another, the mats form an hourglass-shaped batter's box type arrangement. Each stance zone may comprise a plurality of foot print indicia. The cuff is removably attached adjacent select rearward foot print indicia and is designed for breakaway from the stance training mat in the event of a cuff-removing force.

A foot positioning training device with a mat having a transmitter and receiver to establish an electric eye. The electric eye is tied to an alarm that indicates when a batter has taken an improper stride while swinging the bat.

The invention relates to the field of therapeutic-athletic exercise apparatus. The claimed exercise apparatus comprises a vertical guide rail that has a support for sliding. Disposed on the guide rail are: a movable horizontal crossbar which is connected to a pivoting roller unit and to fasteners for cables, and can be moved along the length of the guide rail and fastened in various positions, and which also has places for attaching athletic accessories; a pull-up bar mounted at the top, having a place for attaching athletic accessories and having guide rollers for cables; a pivoting arm connected through its axis of rotation to the lower part of the vertical guide rail such that the arm is capable of both pivoting and being fastened in various positions, moreover, mounted on the end of the arm is a horizontal crossbar having a place for fastening athletic accessories and having guide rollers for cables. The claimed exercise apparatus is suitable for both general exercises and for therapeutic purposes related to posture correction, thus making the exercise apparatus universal.

The invention belongs to the technical field of sports equipment, in particular to swimming posture training equipment. The swimming posture training equipment includes a swimsuit and a processor; theportions, corresponding to the arms, the legs, the body joints and the body respectively, of the swimsuit are provided with swimming posture sensors; the processor is connected with the swimming posture sensors through communication, the swimming posture sensors transmit detected posture data in the swimming process of a person to the processor, and the processor outputs the data detected throughthe swimming posture sensors to a user through a display device. Through the cooperation of the swimming posture sensors and the processor in use, postures in the swimming process of swimmers can bevisually provided to the swimmers, according to the obtained information, the swimmers can correct wrong motion in the swimming process, and the swimmers' swimming skills can be rapidly improved.

A posture training device is immovably attached to a user's chest. On the exterior of the device, there are three LEDs, an ON / OFF button and a selector button. When the ON / OFF button is first pressed, the device boots to the ON state. A sensitivity level, indicated by one of the LEDs, is selected by momentarily pressing the selector button one to three times. A user presses and holds the central selector button, while standing or sitting in a desired posture position until he feels a vibration. The device locks on to the selected position one second after selector button release. Vibrational negative feedback is provided whenever the user slumps or slouches outside the limits permitted by the chosen sensitivity level. Vibrational positive feedback is provided when correct posture is reestablished. When the ON / OFF button is pressed again, the device shuts OFF.

The invention discloses a double-leg flexion posture driving auxiliary device. The device comprises a mounting box, a supporting unit, a fixing unit, a moving unit and a massage unit, wherein a cushion is fixed to the rear end of the upper side face of the mounting box; two corresponding connecting rods are rotatably connected to the left and right sides of the cushion; first springs are fixed tothe front side faces of the connecting rods; the ends, away from the connecting rods, of the first springs are fixed to the upper side face of the mounting box; a backrest is fixed to the corresponding inner side faces of the two connecting rods; the supporting unit comprises an air bag, an air delivery pipe and an air pressure pump; the air bag is installed at the upper end of the front side faceof the backrest; and the air delivery pipe is fixed to the right side face of the air bag and communicated with an inner cavity of the air bag. The comfort of a patient during flexion posture training can be improved, the patient can be conveniently subjected to flexion posture training, and the workload of workers is greatly reduced.

The invention belongs to the field of sports equipment and provides a free-style swimming trainer. The free-style swimming trainer comprises a hand part, a chest part and a leg part. The whole free-style swimming trainer is fixed to a bottom face fixing plate. Users of different body heights select proper gears by shifting a gear handle. The chest of a user lies down on chest plates, the two chest plates are supported through springs, and therefore the user can lean to one side conveniently during swimming posture training. The thighs are placed on a leg pedal and can be fixed in a binding mode through an additional rope or through other methods. A beginner or trainer can perform standard swimming posture training on land, the hands and the legs are matched till actions are coherent, the fear of the beginner for grope learning in water can be overcome to a certain extent, and learning efficiency is improved.

The invention relates to the technical field of sports equipment, in particular to a ball hitting posture training device and method based on a racket movement track. The ball hitting posture training device comprises a signal acquiring module, a control module and a receiving module which are in signal connection. The signal acquiring module acquires posture signals of a racket in backswing, ball hitting and follow-through processes and transmits the posture signals to the control module. The control module receives the posture signals of the signal acquiring module, acquires corresponding audio signals according to the posture signals and transmits the audio signals to the receiving module. The receiving module receives the audio signals of the control module, a user determines accuracy of a backswing path, a ball hitting position and a follow-through path according to the audio signals, and backswing, ball hitting and follow-through actions are adjusted. By the posture training device, racket track positioning can be assisted to form correct backswing, ball hitting and follow-through actions, therefore, ball hitting accuracy and rhythm sensation of an athlete are improved in a continues using process, and feel of the ball and feel of the field are improved.

The invention discloses a fosbury flop type take-off posture trainer.The fosbury flop type take-off posture trainer is characterized by comprising a base plate support, a first monitoring rod, a second monitoring rod, a third monitoring rod, a fourth monitoring rod, a first infrared ray receiving device, a first infrared ray transmitting device, a second infrared ray receiving device, a second infrared ray transmitting device and an information processing device.The information processing device comprises an information processor and a reminding device, wherein the information processor is connected with the first infrared ray receiving device and the second infrared ray receiving device, and the reminding device is connected with the information processor.The information processor processes the information sent by the first infrared ray receiving device and the second infrared ray receiving device to judge whether a take-off posture of an athlete is correct or not and assist the athlete for fosbury flop type take-off posture training.

The invention discloses an insole for training walking posture. The insole comprises functional modules, namely a pressure sensing unit, an acceleration sensing unit, a data processing unit and a mobile control terminal, wherein the data processing unit is used for analyzing stress sequences of different parts of a foot of an insole user according to pressure variation information of different pressure sensors of the insole in a foot lifting stage and a foot falling stage in the training process of the user; the pressure variation information is acquired by using the pressure sensing unit; moreover, the stress sequences of different parts of the foot of the insole user are compared with the stress sequences of different parts of a foot of a simulated target by using the data processing unit, and comparison results are fed back to the insole user through the mobile control terminal. By adopting the insole for training the walking posture, the purpose of effectively helping a user to complete walking posture training can be achieved, and the problem of inelegant standing posture can be alleviated.

A sports training aide is described which is configured to limit the vertical sight of a player during basketball, soccer, golf, and hockey training, encouraging the player to focus on the other players during dribbling, rather than the ball at the player's feet or hands. The sports training aide is an apparatus device employing a head brace strap, a waist brace strap, and a brace connector strap which function together in order to prevent the downward vertical movement of the head of the player during training The apparatus is preferably affixed to the forehead and waist of the player with at least one adjustment buckle. The apparatus is preferably equipped with a quick release clasp, and a foam padded head brace strap for comfort during use.

The invention relates to sports equipment, particularly to a horse stance trainer. The trainer is characterized by being mainly formed by round metal tubes through welding, a supporting frame (5) is welded on a nut (1), six S-shaped supporting round tubes arranged on the supporting frame are evenly welded on the nut, the length of a screw rod (2) is 50cm, the length of the nut(1) is 5cm, the screw rod (2) can rotate around the nut (1) and be lifted to a height of more than 40cm, a quality measurer is connected to the lower portion of a stool surface (3), and data shown by the quality measurer can be displayed on a liquid crystal display (LCD) (4). The content displayed on the LCD (4) includes starting time of exercises, ending time of the exercises, pressure born by the stool surface, notes for horse stance training and correction posture training methods which are displayed through screen rolling in a cycling mode.

The invention provides a walking aid for handicapped children. The walking aid comprises a walking aid main body, a weight reducing training frame, self-adapting omnibearing castors and a suspended falling-prevention vest, wherein the walking aid main body comprises a bottom frame and a telescopic frame in mutual connection, the weight reducing training frame is detachably connected onto the bottom frame, the lower end of the bottom from is provided with two rubber feet or castors, the two retreating-prevention self-adapting omnibearing castors are connected with the lower end of the telescopic frame, and the suspended falling-prevention vest is connected with the upper end of the weigh reducing training frame through a soft hanging rope. The weight reducing training frame is utilized, the use safety of the walking aid for children can be improved, and meanwhile, the walking aid can be used as walking posture training equipment for corresponding rehabilitation training. The walking aid is provided with the self-adapting omnibearing castors, can realize the positive, lateral or inclined direction running, and can realize the turning-free omnibearing moving in 360 degrees, and the use flexibility and the use convenience by children are improved. The walking aid has the advantages that the structure is simple, the walking aid conforms to the physiological and psychological characteristics of the handicapped children, the operation and the assembly are easy, the dismounting and the folding can be easily realized, and the transportation and the carrying are convenient.

An article for improving the posture of an individual sitting on a chair. The article includes a back covering member positionable on the back support portion of the chair and covering at least a portion thereof. The article is configured to annoy the individual when the individual is sitting in a manner deleterious to proper posture. The article includes a means for removably attaching the back covering member to the chair. There is also taught another article for improving the posture of an individual sitting on a chair. The article includes a seat covering member positionable on the seat support portion of the chair and covering at least a portion thereof. The article is configured to annoy the individual when the individual is sitting in a manner deleterious to proper posture. The article includes a means for removably attaching the seat covering member to the chair.

The invention discloses a wearable shoulder joint autonomous rehabilitation training mechanism. The wearable shoulder joint autonomous rehabilitation training mechanism comprises a back plate, a sliding rail vertically fixed to the back plate, a rocker sliding block mechanism matched with the sliding rail and an arm fixing assembly hinged to the rocker sliding block mechanism, wherein the rocker sliding block mechanism comprises a sliding block, connecting rods and rockers, the connecting rods are symmetrically arranged with the sliding rail as the axis, the rockers are symmetrically arrangedwith the sliding rail as the axis, the rocker is of a telescopic structure, and the other end of the rocker is hinged to the arm fixing assembly; the back plate extends forwards, and a connecting rotating arm is rotationally connected to the extending part of the back plate; and the arm fixing assembly is hinged to the lower end of the corresponding connecting rotating arm. The wearable shoulder joint autonomous rehabilitation training mechanism is simple in structure and low in cost. A rehabilitation training method of a patient is simplified, sitting posture or standing posture training canbe selected, and wearing is convenient.

A biofeedback system for monitoring patient-related signals of a patient having adolescent idiopathic scoliosis (AIS) is disclosed. The present invention provides a personalized biofeedback to the patient based on the patient-related signals for restoring balance in muscle activities and reducing displacement of both sides of the patient's spine as a treatment for AIS. The biofeedback system comprises clothing integrated with posture monitoring sensors, and one or more computational systems comprising a sensor-based sEMG posture training subsystem for providing posture training and a posture monitoring subsystem for providing progressive training through daily activities. The sensor-based sEMG posture training subsystem comprises a posture training device coupled to a plurality of sEMG sensors, a feedback device and a calibration system. The posture monitoring subsystem monitors the posture of the patient and determines the properness of the posture by comparing the real-time data with the calibrated signals from the sEMG posture training subsystem.

The invention relates to a breaststroke training device which is constituted by an arm part, a body part and a lower-limb part. Symmetrically-arranged first guide rails are mounted on a first supporting frame of the arm part, and a display screen is mounted in the middle and placed on the ground. Hand-slipping devices are mounted on the first guide rails and can slide in the first guide rails. Thebody part comprises a second supporting frame, and a head protective groove, a chest protective groove, an abdomen protective groove, a crotch protective groove and a ventilating hole are formed in the second supporting frame. The second supporting frame is arranged on the position, between the body part and the lower-limb part, on the ground. The lower-limb part comprises a third supporting frame, a fourth supporting frame, second guide rails and foot-slipping devices. The fourth supporting frame is mounted on the upper portion of the middle of the third supporting frame and arranged on theground through the third supporting frame, and the symmetrically-arranged second guide rails are mounted on the fourth supporting frame. The foot-slipping devices are mounted on the second guide railsand can slide in the second guide rails. Posture training can be conducted on different portions of human bodies, and through harmonious cooperation of all the portions, harmonious movement of arm space actions and leg actions during breaststroke can be simulated.

The embodiment of the invention provides a rehabilitation training apparatus. The rehabilitation training apparatus comprises a driving device, a back placement device, a leg assist device, a cushion device, a feedback device and a control device. The driving device is configured to adjust rotation angles of the back placement device, the cushion device, and the leg assist device to achieve a posture training mode from a plurality of posture training modes including a standing mode, a sitting-up mode, and a lying mode. The feedback device is used for obtaining core strength parameters of the human body. The control device is electrically connected with the feedback device and the driving device, and the control device is configured to obtain the core strength parameters and send a control signal to the driving device. The rehabilitation training apparatus can provide various posture training modes for a user, and can adjust the posture position training modes according to the core strength parameters, thereby rapidly restoring core strength and balance of a patient, and facilitating to shorten recovery period of the patient.