180results about "Freely-suspended gymnastics" patented technology

A method and apparatus for achieving dynamic balance exercise by using an elongated board that is tiltable in a longitudinal direction and energized by a set of motor-driven wheels which are connected to oppose the tilting action. A front to back (pitching) and side to side twisting (yawing) of the board is accomplished concurrently with the longitudinal tilting (rolling) movement to balance the exercise experience and improve the subjects fore-and-aft balance.

An exercise balance trainer includes a hard board and a resilient ball body connected to the board. The ball body has a first curved wall with a first rim, a second curved wall with a second rim connected fixedly to the first rim so as to define an air-receiving chamber between the first and second curved walls, and an annular flange connected to the board and a junction of the first and second rims. The first and second rims have the same diameter. The first curved wall has a maximum height that is not greater than one-half of the diameter of the first rim. The second curved wall has a maximum height that is not greater than one-third of the diameter of the second rim.

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 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.

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

An exercise device for conditioning and rehabilitation of the nerves, muscles, bones, and joints of the body by facilitating or limiting range of motion and biomechanical forces around the horizontal and vertical axes. The device includes a fulcrum connected to a first side of a base. The fulcrum extends outward from the base and provides a point about which the device pivots. Fulcrum includes a recess having a removable attachment. When the attachment is connected, the fulcrum has a rounded shape. A user positioned on the base can pivot about the fulcrum in substantially 360° of motion to fully work their body. When the attachment is removed, rails forming the recess limit the range of motion to a user to between substantially a first orientation and a second orientation. The range of motion with the attachment removed being less than the range of motion with the connected attachment.

A rehabilitation and exercise device for facilitating and limiting motion and biomechanical forces along the horizontal and vertical axes in the saggital, frontal, and transverse planes of the human anatomy. The device consists of an elongated, substantially flat platform with somewhat rounded corners (24). The platform is made of a rigid material to prevent fracturing and bending and is further supported on the bottom surface by central support spines (30) and peripheral support spines (16). The platform provides a decreased slip top surface (10) by utilizing a recessed grid (20). The bottom surface of the platform (12) is configured with a larger diameter central platform attachment extension (28) and smaller diameter peripheral platform attachment extensions (32) which have internal recesses (14) configured at a predetermined set of points to accommodate rigid, somewhat rounded pegs (18) of varying shape and diameter. The peg attachments are secured to the bottom surface of the platform with a peg attachment insert screw (34) which rotates into a heilcoil (26) located in the internal recess. The platform allows specific facilitation or limitation of motion and biomechanical forces along the horizontal and vertical axes depending on the placement of human anatomy on the top surface (10) and peg size and placement on the bottom surface (12) of the platform.

An activity board assembly (1) including; a board (2) having an upper surface (3) for supporting a user (46), a base portion (4) and a resilient support member (5) having an upper and a lower distal end, said upper end being connected to an underside of the board and the lower distal end being connected to the base portion (4), characterised in that the board (2) is rotatable with respect to the base portion (4) about; a first axis in a plane substantially orthogonal with the upper surface (3) of the board and / or the base portion (4); a second axis substantially orthogonal to the first axis and substantially parallel to the upper surface (3) of the board and / or the base portion (4); a third axis orthogonal to both the first and second axis; the connection between the resilient support member (5) and the base portion (4) being configured to prevent linear movement with respect to each other.

A method and apparatus for achieving dynamic balance exercise by using an elongated board that is tiltable in a longitudinal direction and energized by a set of motor-driven wheels which are connected to oppose the tilting action. A front to back (pitching) and side to side twisting (yawing) of the board is accomplished concurrently with the longitudinal tilting (rolling) movement to balance the exercise experience and improve the subjects fore-and-aft balance.

A strength training system and method includes an inelastic base strap connecting with an anchor and connecting with elastic / static components, which in turn are connected with handles. The combination of an inelastic base strap with modular elastic / static components configurable to be either elastic or inelastic provides the ability to perform suspension training as well as elastic band training with the same system. The elastic / static components may quickly be converted from an elastic to an inelastic segment by simply disconnecting the elastic module or by simply connecting the inelastic segment, since it is shorter than the elastic module. The elastic module includes a plurality of connectable elastic bands and may easily be replaced with other modules. An anchor point device is disclosed having double opposing cam buckles, usable with a door.

A proactive machine is used for assessing and improving a user's proprioception. The machine has a tilting platform upon which the user stands, a non-rotating tilting means connected to the platform for tilting the platform along a first axis and along a second axis perpendicular to the first axis, and a control means for controlling the tilting means.

A portable gym using gravitational forces of the present invention includes a gravity gym assembly and a belt harness. The gravity gym assembly includes a door anchor that is attachable to any doorway having a door, and an adjustable strap that leads to a pulley through which a cable passes. The cable is equipped with detachable handles on each end and may be advanced back and forth through the pulley when forces are applied to the handles. A series of exercises may be accomplished by varying body position, and exercises the entire body by using the person's body weight for resistance. In an alternative embodiment, the portable gym using gravitational forces may include attachment of the cable ends to the belt harness worn around the waist of the athlete and provides for the stabilization and application of resistance on the body while exercising. Exercises that are primarily performed in the gym, including, strengthening shoulder, arm, chest, back, leg, and abdominal core muscle groups, and performing cardiovascular and plyometric movements, can be performed virtually anywhere using the portable gym using gravitational forces of the present invention.

An adjustable mount pull-up bar. A first strut has a mounting plate at one end and an attachment point at the other end, with an offset between the two ends. A second strut is similarly constructed, but the offset of the first strut is a mirror image of the offset of the second strut. A bar has two attachment points to connect to either of the first and second struts. When the struts are connected to the bar in one orientation, the mounting plates at the ends of the struts are relatively closer together, and when the struts are connected to the bar in a second orientation, the mounting plates at the ends of the struts are relatively farther apart. This enables the pull-up bar to be mounted, for example, to wall studs or ceiling joists that are disposed at different distances from each other.

A balancing device to assist a patient in exercising and rehabilitating balance. The balancing device includes a stationary support structure including an overhead support and a plurality of upright supports, and a suspended platform hanging from the overhead support by first and second suspending members. The platform is stabilized by at least two elastic supports having a first end attached proximate a portion of the periphery of the platform on opposite sides of the bisecting pivot line, and a second end attached to one of the plurality of upright supports. The patients standing on the platform can practice balancing and adjustments in a pivoting motion, and / or in ether a longitudinal and / or lateral direction.

An exercise device comprising a base and a platform rotatably tiltably connected to the base, wherein the invention includes a first continuous passive motion embodiment and a second continuous active motion embodiment. The continuous passive motion exercise device (e.g. non-motorized) may utilize the nested engagement of a concave surface located in the base and a convex surface extending from the platform to provide a rotatable tiltable connection therebetween. The device may also utilize at least one roller bearing located within the base to assist in permitting the rotatable tiltable motion of the platform relative to the base. The continuous active motion exercise device (e.g. motorized) utilizes a motor housed within the base to drive the rotatably tiltably connected platform.

A system and a method with quantum cryptography authentication. The system includes an optical link connecting a sender and a receiver. The sender transmitting a first optical pulse and a second optical pulse having a defined time delay therebetween. The first pulse is modulated with a first authentication phase shift; and the second pulse is modulated with phases selected from one basis of two non-orthogonal bases, and encoded with one of two orthogonal states within the one basis based on an information of the sender, and with a second authentication phase shift. The receiver includes a splitter receiving and splitting the first and the second pulse into pulses of interest. The split pulses of interest are modulated with the first authentication phase shift; and the second authentication phase shift, respectively. The receiver includes a second coupler whereby the split pulses of interest arrive at the second coupler simultaneously. The receiver includes a first set of detectors receiving the combined pulses, which determine the one basis of the two non-orthogonal bases; and a second set of detectors receiving the combined pulses, and determine the one of the two orthogonal states within the basis and thereby decoding the information of the sender.

Abstract of Disclosure An exercise apparatus including a base, a platform, and a resilient member located between and attached to both the base and the platform. The resilient member can rotate, twist, and tilt in every angle while also providing a resistance force to all degrees of movement. The platform may be modified by the addition of an elastomeric material over its surface to provide additional traction or padding. The platform may also have notches placed around its perimeter, through which resistance tubing or rope may be placed such that upper body resistance motion may be integrated into the exercise apparatus. Furthermore, support members may be disposed under both the platform and base for additional support and rigidity. The resilient member may have a flange, which in conjunction with an adjustment mechanism, may affect the amount of resiliency of the resilient member. The adjustment mechanism may have a handle, a gear and ratchet assembly, and a plurality of locking mechanisms. The adjustment mechanism may be simple and easy to use in that a single movement of the adjustment mechanism will simultaneously adjust the plurality of locking mechanisms and ultimately adjust the overall resiliency of the resilient member.

A yoke training system and method comprising a yoke bar suspended from an overhead mount via a suspension line connected to a swivel on the yoke bar. The yoke bar is able to freely rotate in 360 degrees and freely move front to back, back to front, and side to side. The free moving yoke bar assists the user in positioning himself in compromising positions where he is challenged to stabilize himself by entering into isometric contraction of the core and perform movements such as strength building exercise using the yoke bar in one of the sagitall, frontal and transverse planes, two or more of the planes simultaneously or sequentially, or any combination of the different or same planes simultaneously or sequentially. The user may reposition the bar and take on a new position when entering into isometric contraction again. Thus the user movement may be performed in different body positions of isometric contraction. Attachment devices may be connected to enhance effectiveness.

A suspension training device includes at least one training unit having a support strap extending between a grip and a mounting end, whereby the mounting end can be mounted to a structure (such as a ceiling, door, post, etc.) so that the support strap and grip extend therefrom. The mounting end bears a mounting button which may be removably inserted into an aperture in the support strap, whereby the mounting end of the support strap may be wrapped about an object and the mounting button may be inserted in the aperture to mount the support strap to the object. The grip bears a handle with an arch extending therefrom. A user can easily grasp the handle with his / her hands, or engage a foot within the arch, when performing suspension training exercises.

An exercise device includes at east one inelastic strap assembly including an inelastic strap having a first end and a second end, a hand grip located at the first end of the inelastic strap, a grip handle carried by the hand grip, a foot grip carried by either the hand grip or the grip handle, and a heel strap carried by the foot grip. The heel strap defines a first plane. The foot grip defines a second plane, wherein the first plane is preferably generally perpendicular to the second plane. In use, the exercise device can be gripped in a variety of manners. The user can hold the grip handle with their hand. The user can secure their foot to the dived by positioning the foot grip behind a user's ankle and the ankle grip against an individual's foot arch.

An adjustable stretching device 6 includes a stretching surface 20 that is raised off of the floor on which the user stands, flexes, and stretches the calf and lowers the leg muscles. The stretching surface 20 can be angled along a primary longitudinal angle 26 to produce a more intense stretch. Specifically, the stretching surface 20 can be angled up to 90 degrees. Additionally, the user can put a leg up on the center pad 50 and stretch the hamstring muscles. The adjustable stretching device 6 also includes a padded framework that allows a user to put a leg up on any of the bars at different heights and further stretch the leg muscles. The padding also provides protection for the bar. The stretching surface 20 of the adjustable stretching device 6 is preferably a dual stretching surface 20 that is angled either away from or towards the longitudinal centerline of the dual stretching surface 20 along the primary longitudinal angle 26. This angle can range between 0 and 45 degrees. The angle or wedge can be either integral to the platform or removable and clipped into place at different angles or slowly molded into desired angles. The adjustable stretching device 6 has a handrail assembly 40, which is foldable in nature for storage. The handrail assembly 40 also provides leverage for a more intense stretch. The adjustable stretching device 6 also includes magnets to provide better circulation for the feet or another desired area.