432 results about "Balance training" patented technology

A device for balance training and assessing dynamic balance by measuring a subject's ability to react to perturbations. A universal joint assembly is translated at the base of a support plate while a top plate on which the subject stands is fixed against translation. The universal joint permits the attached top plate to rotate about at least one and preferably multiple axes, and the subject must control balance following the translation of the universal joint. All components are housed in a one-piece platform assembly, made up of two plates in which the components are mounted. An existing force plate measurement system is placed on the top plate, and the subject stands thereon during use. A virtual environment, by image-creating devices, may be used to create a realistic sensation of tripping and general postural instability, or shifting of the support surface.

A rehabilitation system that combines robotics and interactive gaming to facilitate performance of task-specific, repetitive exercise to enable individuals undergoing rehabilitation to improve the performance of coordinated movements of the ankle, and to practice balance activities, is disclosed. More specifically, the rehabilitation system includes at least one two degree-of-freedom robotic, haptic interface for a mammalian foot and interactive gaming hardware that is coupled to a controller, to provide a virtual reality-like environment.

A system and method for use in moderating symptoms associated with vestibular disorders. The user stands atop a balance platform and balances or performs other exercises on the platform. The exercises require the user to work against the instability of the platform. Training difficulty may be increased or decreased by changing the pressure of the platform. Over time, the repeated performance of the exercise sessions improves the impairment the user is experiencing due to the symptoms of the vestibular disorder.

A balance trainer has a board with a notional nose and tail, a rolling fulcrum for the board to perch on, and at least one hold-down link extending between one end anchored to ground and another end secured to the notional tail of the board. The board as perched on the rolling fulcrum would—in the absence constraint—afford free tipping tilt along at least one axis. However, the hold-down link supplies constraint such that free leash is given to the to the notional tail of the board so long as the hold-down link is slack. But when the nose of the board dives furthest against the hold-down link, the board either deadens in a fixed pitch angle against the tautened hold-down link, or else can be swung laterally a bit, in sort of a monkey-swing fashion in inverse, giving a training experience like riding on a long surf board.

A board for balance training has an upper footstep surface, lower bearing surface and a progressive series of concentric, cylindrical sub-frames depending from the lower surface which enclose progressively smaller framed-in areas of the bearing surface within progressively smaller framed-in crown-cavities defined by each. This progressive series ranges extremes of a major in size to minor, with none, one or more intermediates. All at least but the major sub-frame are selectively removable from the board for clearing way for progressively larger framed-in crown-cavities. Any of the sub-frames permit a training ball to roll freely sandwiched between the board and ground unless stopped against any portion of that sub-frame. Selectively utilizing a minor sub-frame over, conversely, exclusion thereof in favor of any of the progressively larger sub-frames, progressively changes the level of difficulty for trainees standing on the upper footstep surface.

The invention discloses a hard disk failure prediction method for a cloud computing platform. The hard disk failure predication method comprises the following steps: marking SMART log data of a hard disk as a normal hard disk sample and a faulted hard disk sample according to a hard disk maintenance record in a prediction time window; then, dividing the denoised normal hard disk sample into k non-intersected subsets by adopting a K-means clustering algorithm; combining the k non-intersected subsets with the faulted hard disk sample respectively; generating k groups of balance training sets according to an SMOTE (Synthetic Minority Oversampling Technique) so as to obtain k support vector machine classifiers for predicting the faulted hard disk. In the prediction stage, test sets can be clustered by using a DBSCAN (Density-based Spatial Clustering Of Applications With Noise), a sample in a clustered cluster is predicted as the normal hard disk sample, a noise sample is predicted by each classifier obtained by training, and further a final prediction result is obtained by voting. According to the method disclosed by the invention, hard disk fault prediction is carried out by using the SMART data of the hard disk, and relatively high fault recall ratio and overall performance can be obtained.

A text classification method comprises following steps: dividing the initial training text collection into a plurality of subsets including the text in the same category based on the category, extracting the corresponding probability topic model from each subset; generating new text to balance the categories of the subsets by the corresponding probability topic model; constructing a classifier based on the balance training text collection corresponding to plural subsets; and processing text classification by the classifier. The invention can improve the classification effect of the text classification method under the condition of data skew.

A balance training apparatus, which is preferably used for training a body balance function and a locomotive function of a user, and for rehabilitation for lumbago prevention, is provided. This apparatus has a seat for the user and a driving unit for driving the seat. The driving unit comprises a drive source and a power transmission unit for converting an output of the drive source into a horse-riding motion, which is a combination of a rectilinear reciprocating motion in a forward and backward direction (X) of the seat, a first pivotal reciprocating motion (θy) about an axis extending in a horizontal direction substantially perpendicular to the forward and backward direction, and a second pivotal reciprocating motion (θx) about an axis extending in the forward and backward direction, and transferring the horse-riding motion to the seat.

An adjustable pull-up device for use as part of a comprehensive fitness routine, including upper body and core strengthening, and balance training. The device transitions easily between traditional and modified fitness training exercises. The device includes a pair of support mechanisms and a bridge extending therebetween. The pair of support mechanisms each include at least one expandable leg. When the device is deployed, the legs selectively expand and contract for performing exercises, such as a pull-up, when the user lies between the legs. In an example embodiment, the device includes tripod legs for added stability of the device. In another example embodiment, the legs are pivotally coupled to the bridge to enable the collapsibility and storage of the device. The device can include a plurality of hooks for coupling supplementary fitness equipment to further enable variable forms of fitness training.

The present invention relates to an apparatus and method for lower-limb rehabilitation training of a patient with lower limb paralysis. The invention measures the usage of the paralyzed lower limb, and based upon the measurement, forces patients with lower limb paralysis to use partially paralyzed muscles which they are not likely to use. The apparatus can measure the weight load and the angle of the joint, and by using the measure values as variables, display the condition of paralysis to the patient so that he / she can recognize his / her present condition of paralysis, and enable the user to training through feedback. The joint includes all of knee joint, ankle joint and hip joint of the lower limb, and the movement of important muscles of the lower limb can be detected. With the apparatus attached, the patient can perform a balance training of alternatively raising the paralyzed lower limb and the normal limb, a standing training of bending and straightening both knees of the lower limbs and a walking training of using the both lower limbs.

A resistance exercise machine having cable and pulley linkage assemblies attached to a single weight stack or other resistance means. Each cable and pulley linkage assembly, which is independent of the other(s), can be used by one arm or leg during bilateral exercise training (that is, training in which both limbs of a pair are used to simultaneously to lift a weight or work against various resistance means). A biofeedback assembly measures and displays in real-time how much each limb of a pair is contributing to such effort.

A therapeutic, fitness, and sports enhancement device including a cylindrically shaped body having a plurality of shaped projections configured to enhance mobilization of soft tissue and optimize body core strength and balance training.

A therapeutic, fitness, and sports enhancement device including a cylindrically shaped body having a plurality of shaped projections configured to enhance mobilization of soft tissue and optimize body core strength and balance training.

An exemplary exercise device includes a deck, a track, and a ball. Opposing ends of the deck include foot supports. The track bulges upwardly from the deck to form a dome that receives the ball. With the ball and deck on the floor, a user balances herself on the foot supports and may move along multiple axes as the ball rolls on the floor. The user may (for example) pivot and rock the exercise device (as she balances herself), rolling the ball along the track while alternately touching the ends of the deck to the floor, or the user may twist the exercise device clockwise and / or counterclockwise. The exercise device allows for enhanced strength and cardiac training, in addition to balance training, as the user engages in motions and repetitions that may include rolling the ball in the track and contacting different portions of the deck with the floor.

A multi-functional exercise platform has a step board with two grips, a balance seat mounted on a lower surface of the step board, a pair of first supports detachably mounted on the lower surface of the step board, and a pair of second supports respectively mounted detachably on the pair of the first supports. The step board in combination with the balance seat can be used for performing balance training and push-ups. The step board in combination with the pair of the first supports can be used for performing the push-ups and step aerobics. The step board in combination with both the pair of the first supports and the pair of the second supports can be used for performing the step aerobics. Therefore, the exercise platform in accordance with the present invention is multi-functional.

The present invention discloses one wheel chair type robot for walking training of paraplegia patient. The robot includes one wheel chair system, one lower limb exoskeleton system, one damping and supporting system and one controller. The flexible lower limb exoskeleton system serves as the walking brace for the rehabilitation training, and the joint motors in the exoskeleton system are regulated and controlled for the training of active pace, passively controlled pace, passive damp-adjustable pace, balancing, etc. The robot may be in both sitting and standing training state, and is suitable for the lower limb rehabilitating training and walking training of paraplegia patient in different rehabilitation stages.

The invention provides an ankle foot rehabilitation training device and a balance training system. The lower end of a front supporting plate of the ankle foot rehabilitation training device is fixed to a base plate, a front foot sole pedal is hinged to the upper end of the front supporting plate, the front foot sole pedal is hinged to a rear foot sole pedal through a second pin shaft, first-second pin holes are formed in the bottom of the rear foot sole pedal, first-second pins are arranged in the first-second pin holes respectively, a first spherical hinge is respectively connected with a first pin and a third pin, a second spherical hinge is respectively connected with a second pin and a fourth pin, the third pin is connected with a first servo electric cylinder unit, the fourth pin is connected with a second servo electric cylinder unit, the first servo electric cylinder unit is connected with the base plate through a third spherical hinge, and the second servo electric cylinder unit is connected with the base plate through a fourth spherical hinge. The ankle foot rehabilitation training device can perform rehabilitation training on ankle joints and foot metatarsophalangeal joints of a patient respectively, the balance training system can change the position of the gravity center of the patient through the ankle foot rehabilitation training device, and therefore balance training is performed.

A novel balance exercise apparatus and method of training is disclosed which includes a spanning system which spans between two positions in space and supports a suspended system which is suspended between the two positions in space. A user trains their balance skills and exercises by positioning all or part of their body on the suspended system and then moves their body to maintain their balance while remaining in place or doing exercises. The suspended system creates a dynamic balance environment where the suspended system may move such as swing, bend, rotate, or twist, all controlled by the balance and movement of the user. The suspended system may consist of rigid and / or flexible devices that are supported by the spanning system above the ground. In addition, the spanning system and the suspended system may include devices to vary the nature and difficulty of the dynamic balance environment. The dynamic balance environment may range from stiff to very soft and incorporate variable spring and bounce properties. The dynamic nature of the balance environment makes this system a very effective and challenging balance training system.

In a balance exercise machine (1), a swing mechanism (3) swings a seat (2) with composition of a swing motion in an anteroposterior direction (direction X) and a swing motion in a widthwise direction (direction Y). The swing motion of the seat (2) in the anteroposterior direction is driven faster than, preferably twice as faster as that in the widthwise direction. The origin of the swing motion of the seat (2) in the widthwise direction is discrepant from origin of the swing motion of the seat (2) in the anteroposterior direction within a half-cycle.

An interactive balance trainer includes a base, on which a swing device is pivoted for a swing motion. A swing sensing device includes a signal sensor to sense a rotating angle of the swing device and transmit a signal. A central processing unit, which receives the signal transmitted from the swing sensing device, has a main program to compare the signal with a program target value. A resistance adjusting device, which adjusts a resistance exerting on the swing device, has a position sensor providing a feedback signal to the central processing unit. A display unit receives a signal processed by the central processing unit and shows information according to the signal of the central processing unit.

The invention relates to an unbalanced data classification method based on adaptive upsampling. The method includes the following steps of calculating the total of positive samples to be newly generated; calculating the probability density distribution for each positive sample by taking the Euclidean distance as the metric; determining the number of the new samples to be generated of the positive sample; generating a new positive sample and adding the newly generated positive sample points to an original unbalanced training set to make the positive and negative samples be same in number, namely, obtaining a new balance training set including n<n> positive samples and n<n> negative samples; and training the newly generated balance training set by means of an Adaboost algorithm and obtaining a final classification model after the iteration for T times. According to the invention, the classification performance of the unbalanced dataset is improved.

The invention relates to a lower limb rehabilitation training system based on a multi-position electric wheelchair. The lower limb rehabilitation training system is provided with a wheelchair frame, a standing mechanism, a lying mechanism and a lower limb training mechanism are arranged above the wheelchair frame, a running mechanism is arranged below the wheelchair frame, the standing mechanism and the lower limb training mechanism are rotationally connected with the wheelchair frame respectively, and the lying mechanism is rotationally connected with the standing mechanism, thereby realizing active training, passive training, weight loss training and balance training of a patient while standing, lying and seating. A wheelchair control and virtual reality training mechanism is arranged above the wheelchair frame, and the wheelchair control and virtual reality training mechanism is connected with the standing mechanism, the lying mechanism, the lower limb training mechanism and the running mechanism respectively under control, thereby realizing running as well as virtual reality-based multi-position lower limb training in seating, standing and lying ways.

Provided is a balance training system for improving postural control of a user by providing visual feedback regarding the user's center of mass (CoM) to the user on a display. The balance training system includes a balance improvement module connected to the display, and a first sensor which captures information about a position of the user with respect to a platform of the balance training system on which platform the user is moving and which provides the captured information to the balance improvement module. The balance improvement module is configured to extract CoM information of the user from the captured information, to compare the extracted CoM information with a target area for the user's CoM on the platform, and to provide results of the comparison to the display for displaying the results to the user.

A balance trainer on which a user can perform various modes of movement that make it possible for the actual environment to simulate an imagined environment, providing an enhanced training effect. The balance trainer comprises a trainer board that has a top surface on which the user stands, and a bottom surface facing the floor, and rollbar that supports the trainer board while allowing the trainer board to yaw, pitch and roll with respect to the floor surface. By changing the position of his center of gravity, the user can perform many types of movement with the balance trainer.