115 results about "Coordination training" patented technology

The invention relates to a parking-in-place simulated training method and system. Simulated automobile driving operation is realized by adopting a simulated operation device. Actuation signals are transmitted to a control device via a data acquisition and output device, real-time fitting 3D images are displayed on a 360-degree circular screen by the control device, and somatosensory interaction of a driver is realized via coordinated actuation of a motion platform. Compared with methods and systems in the prior art, the beneficial effects of the parking-in-place simulated training method and system are that a training environment is simulated by adopting the computer simulation technology. The truest feelings and experiences are brought to the driver by adopting the motion platform and the simulated operation device. Training level is enhanced gradually from simple to difficult levels via scene setting, and coordination training of an accelerator and a brake can be realized in parking-in-place on various road surfaces like slopes and steps so that the driver is enabled to easily master parking-in-place skills in a game type driving experience without any accident hidden trouble.

A swing training device which utilizes an microprocessor controlled set of colored LEDs to teach the user to watch the ball through the contact of a ball hitting device such as a baseball bat or golf club with the ball. Also shown is a method of providing a confirmation visual for an observer to confirm the hitter has in fact watched the bat hit the ball. This swing training device may be mounted in a standard batting tee stanchion or may replace a standard batting tee stanchion. The swing training device may also be mounted in a practice golf tee especially those of the type used at driving ranges.

The invention provides a wearable type pneumatic muscle and knuckle active / passive rehabilitation training device which is capable of effectively assisting a patient to finish repeated functional trainings of multi-knuckle compound motions of fingers. The training device comprises a wearable support, a metacarpophalangeal joint two-way, a finger-near joint two-way, a finger-far joint two-way, a fingertip two-way and an air pipes. Finger-far joint pneumatic muscles are fixed on the metacarpophalangeal joint two-way and the finger-near joint two-way and communicated with the finger-far joint two-way. Finger-near joint pneumatic muscles are fixed on the finger-far joint two-way and the finger-near joint two-way and communicated with the finger-near joint two-way. Metacarpophalangeal joint muscles are fixed on the finger-near joint two-way and the metacarpophalangeal joint two-way and communicated with the metacarpophalangeal joint two-way. According to the invention, the training device used for simulating degree of freedom of knuckles; larger work space can be provided in a rehabilitation training; the knuckles are provided with active and passive assisting trainings; by use of the wearable structure, the training device is simple in structure, light and highly targeted in trainings, and can be directly used on fingers of a patient, and for active and passive cooperative trainings of knuckles in a complex training mode.

The invention relates to the technical field of medical instruments, in particular to a limb coordination rehabilitation training device for a neurology department. The limb coordination rehabilitation training device comprises a base, a seat, driving devices and a leg training device. The driving devices are positioned on two sides of the base which is positioned at one end above the base, and the leg training device is positioned at the other end above the base. The driving device comprises a left driving part and a right driving part, the leg training device comprises a left training part and a right training part, the left driving part is used for driving the right training part, and the right driving part is used for driving the left training part. An ultrasonic massaging part is arranged on the seat. By right leg training under left hand drive and left leg training under right hand drive, accordance with human nervous system tissues is realized, and coordination training of upperand lower limbs of patients is benefited; high training pertinence and great recovery effects are achieved; by the ultrasonic massaging part for ultrasonic massaging of thighs and cervical vertebra of the patients, blood circulation is promoted, metabolism rate is increased, and recovery of the patients is benefited.

The guide objects 40L and 40R instruct the movements of the respective left and right hands. The image sensor 54 captures images of the input instruments 3L and 3R which are worn on left and right hands respectively and the cursors 70L and 70R are connected with the movements of the input instruments 3L and 3R by processing the result of the imaging. A series of the processing and transmission of information in the order of the eyes, the visual nerve, the brain, the motor nerve, and the hands and arms are performed inside of a human body, which are not performed in a normal life, by making the operator perform the independent motions of the respective left and right hands, which are not performed in a normal life.

The invention discloses a platform-type finger coordination training and rehabilitation device comprising a plurality of finger training structures. A motor and a magneto-rheological fluid damper are controlled by a closed-loop control system to perform hybrid driving; a robot self-learning neural network and a storage database are used to help a patient complete passive training; virtual scenes in an upper computer and the virtual technology are used to help the patient complete active training. Using the finger coordination training and rehabilitation device is of little burden to the patient, multiple fingers can move in coordination, active / passive trainings are selected according to traumatic conditions of the patient, training is more targeted, and the use with funny games attracts the patient to actively participate in rehabilitation training.

The present invention relates to a hand-eye coordination training apparatus designed for all sports enthusiasts and martial artists seeking hand speed timing and accuracy. The apparatus offers unpredictable vertical and horizontal target movement, as well as instant adjustability to change the tension and height of the target. This allows the target to travel at varied heights, speeds and distances. The apparatus is effective in isolating the skill of hand eye coordination because it provides minimal resistance. The apparatus is completely portable and can be assembled in any environment in a matter of seconds.

A golf swing training aid which utilizes a microprocessor controlled set of colored LEDs to teach the user to focus on a point away from the ball through the contact of a golf club with the ball. Also shown is a method of providing a visual confirmation to the golfer that he has maintained focus on a point away from the ball during the swing and through impact with the ball. This golf swing training aid may also be mounted in a practice golf mat especially those of the type used at driving ranges.

The invention provides a construction method of a domain self-adaptive classifier, a construction device for the domain self-adaptive classifier, a data classification method and a data classification device, wherein the construction method comprises the following steps that: a combined penalty objective function for constructing the domain self-adaptive classifier is determined, wherein the domain self-adaptive classifier is a classifier for classifying the data of a target domain and a source domain; the domain self-adaptive generalization error upper limit is determined on the basis of the combined penalty objective function; and on the basis of the domain self-adaptive generalization error upper limit, more than two classifiers are subjected to coordination training, and the domain self-adaptive classifier is constructed. The problem of distribution unconsistency of a source domain and a target domain in the prior art is solved; the more accurate classification can be realized on the premise of ensuring the convergence; the computation complexity is greatly reduced; and the problem of cross-domain information processing which cannot be handled by ordinary mode identification is solved.

The invention relates to the field of medical instruments, in particular to a postpartum pelvic floor muscle contraction rehabilitation training device. The postpartum pelvic floor muscle contractionrehabilitation training device comprises a bed board, rectangular grooves are formed in the upper side of the bed plate; racks are arranged on the left and right sides in the rectangular grooves; a seat body slides above the rectangular groove, a plurality of oval massage pieces rotationally connected through shaft rods are arranged in the middle of the seat body in the front-back direction, the two ends of each shaft rod penetrate out of the seat body and are provided with gears meshed with the racks, connecting pieces are erected in the middle of the rear side of the seat body, and springs are fixedly connected between the rear sides of the connecting pieces and the inner wall of the rear side of the rectangular groove; according to the pelvic floor muscle rehabilitation training device,bending and stretching movement of the two legs or split movement of the two legs can be selected according to different requirements, so that pelvic floor muscle rehabilitation training is achieved,the rehabilitation effect is good, the arms of a patient can be exercised, and coordination training is conducted on the limbs; meanwhile, the pelvic floor muscles of the buttocks of the patient canbe massaged and rehabilitated through the oval massage pieces, the rehabilitation training effect is further improved, and the requirement for rapid rehabilitation of postnatal women can be met.

The invention discloses a hemiplegia rehabilitation training instrument in order to make patients undergo professional auxiliary rehabilitation at home and reduce the burden on the family. The hemiplegia rehabilitation training instrument includes a base, the base is provided with a torsion module for controlling the torsion of the waist, two-degrees-of-freedom modules for controlling the spatialmotion of arms, traction modules for drawing forearms and upper arms to bend and unbend, rotating rod modules for controlling legs to stretch and bend, sliding modules for drawing feet to bend and unbend, and foot fixators for fixing feet. The hemiplegia rehabilitation training instrument makes patients undergo professional auxiliary rehabilitation at home in order to reduce the burden on the family, and achieves coordinated training of multiple positions at the same time in order to complete the bending, stretching-folding and lifting-falling of the legs, the torsion of the waist and the stretching and bending of the arms.

The invention provides an electronic toy used for hand-eye coordination ability training of children. The upper end face of a body is provided with several model grooves different in shape, the bottom surfaces of the model grooves are provided with micro switches, the micro switches are connected with a controller arranged in the body, the outer portion of the body is provided with several model blocks matched with the model grooves in shape, the controller is connected with a voice module, and the model-block touch micro switches arranged in the model grooves makes the controller read the shapes of the model blocks out after controlling work of the voice module. By arranging the model grooves different in shape and model blocks matched with the model grooves, the pattern identification ability and practical ability of children are trained, infants and children find out the model blocks and smoothly place the model blocks in the corresponding model grooves, the hand-eye coordination ability of infants and children is trained, after the model blocks touch the micro switches, the controller controls the voice module to work, the enjoyment of hand-eye coordination training of infants and children is increased, and the infants' interest and the children's interest in training are increased.

The invention provides a virtual-reality music training system which comprises a virtual-reality lens, a controller, a manual keyboard and a foot turning tray. The virtual-reality glasses, the manual keyboard and the foot turning tray are in signal connection with the controller; the virtual-reality glasses comprise a glass support, a virtual-reality display, a virtual-reality processor, a music player and headsets; the virtual-reality display is fixedly installed on glass frames of the glass support and is in signal connection with the virtual-reality processor, the virtual-reality processor is fixed on the glass support and is in signal connection with the controller, the music player is fixed on the glass support and is in signal connection with the virtual-reality processor, and the headsets are fixed at positions of hangers of the glass support and are in signal connection with the music player. By the arrangement, coordination training of hand-foot key-press input is realized by cooperation with virtual-reality scenes and music, instrument structure is simplified, and meanwhile, training initiative of trainers is improved.

A swing training device which utilizes an microprocessor controlled set of colored LEDs to teach the user to watch the ball through the contact of a ball hitting device such as a baseball bat or golf club with the ball. Also shown is a method of providing a confirmation visual for an observer to confirm the hitter has in fact watched the bat hit the ball. This swing training device may be mounted in a standard batting tee stanchion or may replace a standard batting tee stanchion. The swing training device may also be mounted in a practice golf tee especially those of the type used at driving ranges.

The invention discloses a four-limb linkage type rehabilitation training device which comprises a bottom frame, a lower limb exercising module arranged on the bottom frame, an upper limb exercising module arranged in linkage with the lower limb exercising module, a balance weight module arranged at one end of the bottom frame and a seat module arranged at the other end of the bottom frame. The counterweight module can apply movement resistance to the lower limb exercising module and the upper limb exercising module so as to achieve the purpose of rehabilitation training of a patient. Accordingto the invention, the seat module can be adjusted to adapt to users with different body types; four-limb stretching rehabilitation training can be carried out by applying force to a handle and a pedal by a user; the training intensity can be adjusted according to the use amount of balancing weights; lower limbs can be pulled by upper limbs to perform follow-up training; and under the action of aretractor, a bearing plate can be prevented from rapidly descending, and accidents are avoided. Limb strength rehabilitation training, limb coordination training and lower limb passive rehabilitationtraining can be conducted on a patient, and positive rehabilitation training significance is achieved.

A swing training device which utilizes an microprocessor controlled set of colored LED to teach the user to watch the ball through the contact of the bat with the ball. Also shown is a method of providing a confirmation visual for an observer to confirm the batter has in fact watched the bat hit the ball. This swing training device may be mounted in a standard batting tee stanchion or may replace a standard batting tee stanchion.

The invention discloses a post-neurosurgery limb rehabilitation training device. The post-neurosurgery limb rehabilitation training device comprises a flat supporting plate; the upper surface of the flat supporting plate is symmetrically connected with vertical plates; a hand training mechanism is arranged between the vertical plates; the hand training mechanism is connected with a transfer mechanism through a gear belt; the transfer mechanism is connected with the vertical plates through rotating bearings; a lower gear of the transfer mechanism is connected with a bearing mechanism; the handtraining mechanism is connected with the vertical plates through a longitudinal adjustment mechanism; a seat and a foot training mechanism are arranged on the outer sides of the two ends of the bearing mechanism respectively; and the foot training mechanism is connected with the bearing mechanism. The handle training mechanism and the foot training mechanism are connected together through the bearing mechanism for joint training, so that coordinated training of the upper limb and the lower limb is facilitated and fast adaptation of a patient is facilitated; the post-neurosurgery limb rehabilitation training device is simple in structure and convenient to operate; and the hand training mechanism can be adjusted by utilizing a longitudinal adjustment structure, so that adjustment can be performed according to needs of actual situations.

The invention discloses a body coordination training device for dragon and lion dance. The device comprises a mounting bottom plate, the lower surface of the mounting bottom plate is fixedly connected with universal wheels with brakes, the upper surface of the mounting bottom plate is in threaded connection with an adjusting lead screw, and the bottom end of the adjusting lead screw is rotationally connected with a fixing block through a bearing. A rotating block is fixedly connected to the top end of the adjusting lead screw, a supporting connecting plate and a fixing cylinder are fixedly connected to the upper surface of the mounting bottom plate, a mounting plate is fixedly connected to the upper surface of the supporting connecting plate, and a servo motor is fixedly connected to the back face of the mounting plate. The device is reasonable in structure, by arranging a mounting plate, the servo motor, a shielding plate, a training beacon and a training pointing sticker, a dragon dancer can conveniently move on the corresponding training pointing sticker according to the training beacon, by arranging a grabbing rod, the simulation that the dragon dancer grabs an object with the hand is facilitated, and therefore, the device has the function of facilitating body coordination training of a dragon and lion dancer.

The invention discloses a joint surgery postoperative rehabilitation training device for sports medicine, and belongs to the technical field of rehabilitation training. The rehabilitation training device comprises a big arm fixing part which is detachably fixed to a big arm on the upper portion of an elbow joint on the affected side; a forearm fixing part which is detachably fixed on the forearm at the lower part of the elbow joint on the affected side; a wrist fixing part which is fixed at the wrist joint of the affected side; a first air bag which is arranged between the big arm fixing part and the small arm fixing part and is positioned at an included angle formed by the big arm and the small arm when the elbow joint extends and contracts; a second air bag which is located between the wrist fixing part and the hand; an extruding device which is used for extruding the second air bag to enable air in the second air bag to enter the first air bag. According to the rehabilitation training device, synchronous coordination training of the elbow joint, the wrist joint and the finger joint can be achieved under the condition that power is not needed, and postoperative recovery of a joint injury patient is facilitated.

The invention relates to a device for exercising dorsal muscles, shoulder muscles and triceps brachii muscles, and belongs to the field of body-building devices. The device comprises a frame, handles,counterweight devices, ropes and pulleys. The counterweight devices comprise bolts, locating rods, counterweight rods and counterweight blocks. The working process of the device for exercising the dorsal muscles, the shoulder muscles and the triceps brachii muscles comprises the steps that a trainee sequentially pushes the left handle and the right handle, in the process, the handles drag the ropes, and the counterweight blocks in the counterweight devices are pulled up; by means of weight training, better exercising effect is achieved. For weight selection of weight, the multiple counterweight blocks with the corresponding weight are connected with the counterweight rods through the bolts, and different weight training effects are achieved. According to the device for exercising the dorsal muscles, the shoulder muscles and the triceps brachii muscles, the structure is simple, various muscle groups of upper limbs can be fully subjected to coordination training, and the muscles of multiple parts can be trained at a time; on the other hand, the left counterweight device and the right counterweight device are independent, and by adjusting the weight on the two sides, the weak limb side is strengthened.

The invention discloses a cognition and upper limb comprehensive training device based on directional movement. The device comprises a table top sand table and a holding handle. The device is characterized in that the table top sand table is a man-machine interactive feedback interface for providing vision and touch; the holding handle is a man-machine interactive component; a patient holds the holding handle for interactive training; and a state display lamp, a battery module, a piezoelectric grip strength sensor and an RFID system label reading device are arranged in the holding handle. Withthe cognitive and upper limb comprehensive training device based on directional movement, hands and eyes are combined to realize coordinated training; the cognition and upper limb movement ability ofthe patient are synchronously enhanced; continuous attention, instantaneous memory, reaction judgment, recognition capability and orientation capability of the patient are trained; various upper limbfunction trainings of the patient are promoted to be completed individually, repeatedly and autonomously through directional movement; active movement of muscles is induced; joint contracture is prevented; and the enthusiasm and effectiveness of training are improved due to the fact that intelligent hardware gives visual feedback and error correction reminding to the patient in time.

A hand-eye coordination training device and / or kit may be reconfigurable by the user to adjust the level of difficulty of use. The training device may have a hub with at least two couplings and at least two handles that interchangeably and releasably attach to the couplings on the hub. Each handle is physically differentiated from the others by shape, color, size, or other differentiating elements. Handles may be fillable with material that alters the rotation of the training device in flight. In use, a color or other differentiating feature is called, and the user must catch the appropriate handle. If a specific hand is called, the user must use that hand to make the catch. The training device may comprise a controller and at least one sensor that controls sound, light, or a combination of sound and light. The training device provides a gaming element to training sessions.

The invention provides a weight loss type hand and foot coordination interest training method, which is performed through a set of hand and foot coordination rehabilitation interest training system. The system hardware comprises a training bed, a manual control device, a control cabinet, a main control computer, a display device for a patient and a main display screen, wherein an inclination angle of the training bed can be adjusted to realize various kinds of back support weight loss in different degrees; a left and right pedal assembly and other lower limb balance training mechanisms are arranged at one end of the training bed; the manual control device is arranged on one side of a bed frame; the manual control is combined with lower limb balance training to realize hand and foot coordination training; the display device for the patient mainly displays the game process in real time to realize game interaction; and the main display screen provides training parameters and static posturography for the reference for a doctor. A software system is provided with airplane-striking game software, and the patient plays games through a visual and auditory feedback system. By applying the hand and foot coordination training to the field of lower limb rehabilitation training, the method contributes to accelerating rehabilitation of the patient.

The invention discloses a postoperative limb coordination rehabilitation nursing device for orthopedic patients. The postoperative limb coordination rehabilitation nursing device comprises a bottom plate, upper and lower limb coordination training devices are symmetrically mounted on left and right sides of the upper end of the bottom plate, a mounting plate is perpendicularly connected to the front side of the bottom plate, the upper end of the mounting plate is connected with a base, a supporting part is installed at the upper end of the base, a body balance training structure is mounted onthe supporting part, and an adjustable seat structure is mounted at the top of the supporting part. According to the postoperative limb coordination rehabilitation nursing device for orthopedic patients, the upper and lower limb coordination training devices can perform coordination training on upper and lower limbs of the orthopedic patients; by joint cooperation of the mounting plate, the base,the supporting part, the adjustable seat structure and a foot pad structure, bending and straightening coordination training of legs of patients can be realized; and by joint cooperation of the adjustable seat structure, the body balance training structure and the supporting part, the balance coordination capacity of patient bodies can be trained, the coordination of the orthopedic patients can betrained in all aspects, quick rehabilitation of the patients is assisted, and a traditional one-to-one rehabilitation nursing training mode between medical workers and patients is replaced.

The invention discloses an orthopedic nursing rehabilitation device, which comprises a first box body, a first supporting plate and a second supporting plate are fixedly installed at the top of the first box body, a third supporting plate is fixedly installed at the tops of the first supporting plate and the second supporting plate, a supporting table is fixedly installed at the top of the first box body, a first accommodating groove and a second accommodating groove are provided on the top of the supporting table, and a second box body whose top is connected to the outside is slidably connected to the inner wall of the second accommodating groove. The orthopedic nursing rehabilitation device has the beneficial effects that the rehabilitation device is simple in structure and easy and convenient to operate, can carry out postoperative rehabilitation training on lower limbs without thorough recovery, can prevent varicosity, arthritis, muscular atrophy and other symptoms, and can be matched with another uninjured lower limb for coordination training, and the lower limb can be cleaned after training for a certain period of time, so that the rehabilitation device is efficient, convenient and fast to use, and can make a patient more comfortable.

The invention discloses a coordination training device for psychology, and relates to the technical field of psychology tools. A seating plate frame is installed on the left side of a supporting bottom plate, a seating plate is installed at the upper end of the seating plate frame, a bearing base is installed at the left end of the supporting bottom plate, the lower end of a rotating shaft is installed inside the bearing base, a limiting plate is installed on the front side of the lower end of the rotating shaft, limiting blocks are installed on the two sides of the limiting plate and are installed on the supporting bottom plate respectively, a transverse rot is hinged to the upper end of the rotating shaft, a handle is installed on the lower side of the front end of the transverse rod, the back end of the transverse rod is connected with the upper end of a balance weight through a pulling rope, a containing plate is arranged at the lower end of the balance weight, the right side face of the balance weight is connected with the rotating shaft through an elastic pulling belt, a linear guiding rail is installed on the right side of the supporting bottom plate, a rotating disc is installed on the sliding block of the linear guiding rail through a support, a right pedal is installed on the lower right side wall of the rotating disc, and a left pedal is installed on the upper left side wall of the rotating disc. By means of the coordination training device for psychology, rapid adjustment and movement are convenient to achieve, operating is easy and convenient, the efficiency is high, and time is saved.

The invention discloses a double-side coordination training system and a double-side coordination training control method. The double-side coordination training control method comprises the followingsteps: receiving a training instruction sent by an upper computer; according to the training instruction, determining target movement information of a three-freedom-degree double-side movement mechanism of a robot; and controlling the three-freedom-degree double-side movement mechanism to carry out corresponding movement based on the target movement information, and sending training data and running state information generated during the training process to an upper computer, wherein the training instruction comprises a double-side no-related movement training instruction, a double-side flexible related movement training instruction or a double-side rigid related movement training instruction. With the method, rehabilitation training and double-side coordination training can be carried outon people with limb movement function disorder, the brain function remodeling is carried out, limb double-side coordination training also can be carried out on common people, so that the coordinationmovement capacity of the limbs is improved, and the brain area is developed.

The invention discloses an innovative design of a manualand electric multi-functional fitness running and rehabilitation training device. According to the fitness running and rehabilitation training device, by the way that a transmission lever, a transmission cable and a transmission roller drive an active pedal staggered translation,the traditional structure of an existing treadmill is broken, the use of a flat cutting table instead of a ring-type running belt can achieve synchronization and coordination of upper and lower limbs and exercise training of a whole body,the training device can be used in more scenarios in different ways, is not only suitable for fitness and exercise in familiesor professional sports venues, but with the characteristics of carrying out the coordination training of the upper and lower limbs similar to rowing and ring lifting and strength training while running, and can provide multi-scene setting and more effective training methods and means for rehabilitation training of specific groups.The training device has rich functions, a simple structure and a smaller volume, is equipped with a multifunctional supporting device, and can also arrange multiple devices to organize and carry out interesting, antagonistic training or competition activities.

The invention discloses medical fitness equipment applied to coordination training of old people, and relates to the technical field of medical fitness, the medical fitness equipment comprises a base, the base is horizontally arranged, the top of the base is logically connected with a lower limb training device, and the interior of the lower limb training device comprises a first motor and a pedal machine; a wheel disc is rotationally connected to the axis of the first motor, the outer wall of the first motor is movably connected with the inner wall of the pedal machine through the wheel disc, and an arc-shaped rod is welded to the right side of the base. According to the medical fitness equipment applied to coordination training of the old people, three different training modes can be performed, firstly, the controller controls the motor to train coordination of the old people, the second mode is to turn off the motor to enable the old people to train autonomously, and the third mode is to slightly apply force in the opposite direction to the motor to prevent the old people from having the same hand and foot to train coordination of the old people. The training effect is good, the pointers are controlled to move in the movement track, and various training modes are adopted, so that all parts can be effectively trained.

The invention provides a hand-eye coordination training device and a working method thereof. The device comprises a rear plate provided with a fetching window, an upper cover provided with inserting openings, a front plate provided with a visible window, a left plate, a right plate, an inserting sheet, a triangular rotary disc, a telescopic mechanism for controlling the triangular rotary disc to rotate, a recovery mechanism and a detection mechanism, wherein plug pins are mounted on the left plate and the right plate; a puzzle notch is formed in the inserting sheet, a rotary disc pattern matched with an inserting sheet pattern is arranged on the surface of the triangular rotary disc, and the puzzle notch is matched with the surface of the triangular rotary disc in size; a control console is arranged on the front plate and used for operating the triangular rotary disc to move, and the triangular rotary disc is enabled to form a complete pattern with the inserting sheet in the same plane; the detection module is used for detecting whether the complete pattern is formed or not; the recovery mechanism comprises an oblique trolley, a compressing frame and a motion track, the motion track is arranged on a lower plate, and the rear plate, the front plate, the left plate, the right plate, the upper cover and the lower plate are spliced into a whole. By means of operation for the control console and observation for the patterns, the purpose of hand-eye coordination training of an operator is achieved.