224 results about "Abdominal exercise" patented technology

An exercise device designed to work the abdominal and oblique muscle groups. The abdominal exerciser comprises a carriage connected to a frame by a swing-arm that allows the carriage to swing along an arcuate path. In some embodiments, the carriage is connected to the frame by non-parallel first and second swing-arms. The carriage is adjustable so as to accommodate users of different sizes and to isolate different abdominal muscle groups. The abdominal exerciser device is designed to simulate an abdominal exercise “crunch” motion when the knees are brought within proximity of an upper body support.

The invention relates to the field of abdominal exercise with the operator using the sit-up or crunch movements. More particularly, an exercise apparatus that exercises the abdominal and back muscles with the lower torso of the operator supported by a moving seat while the upper torso of the operator is supported by a moving seatback. Continuous support of the lower back prevents back strain. The articulation of the seatback is coordinated with the movement of the seat. Adjustment is provided to adjust the rate of movement of the seat relative to the seatback. Handles are provided such that the arm muscles can assist the sit-up or crunch movements.

An abdominal training apparatus designed to be used by a seated exerciser for concentrated training of the abdominal muscles, comprising an upper portion and a lower portion pivotably suspended from a base, the upper portion and lower portion being linked together causing them to rotate in opposite directions from, in a fixed angular proportion to, one another. The apparatus includes weight addition means on the upper and lower portions to respectively increase and decrease the force required to perform the crunch exercise, so as to accommodate both advanced and beginning exercisers as well as those with injured or weak abdominal muscles. The apparatus further includes a pivotably mounted seat portion enabling the apparatus to be used by an exerciser to target both the oblique and the frontal abdominal muscles.

An abdominal exercise device includes a support structure, a track movable relative to the support structure, a body support member movable relative to the support structure and track, and an adjustable base secured to the support structure. A locking mechanism attaches to the track, and selectively secures the track at a fixed orientation relative to the support structure. In a first state, the locking mechanism restricts the track from rotating relative to the support structure. In a second state, the locking mechanism allows the track to rotate relative to the support structure. In using the exercise device, the user may obtain any of three motions. A first motion is provided by sliding the body support member along the track. A second motion is provided by rotating the track relative to the support structure. A third motion is a combined motion in which the body support slides along the track and the track rotates relative to the support structure. The resistance of each of the three motions may be varied by selectively varying the Sip Factor of the system.

A machine, apparatus, and method for targeting the abdominal and oblique muscle groups. The abdominal exercise system includes a frame, carriage, and an upper body support. In one embodiment, the user places at least a portion of their lower body on the carriage. The user leans their forearms and elbows against an angled upper body support while grasping a set of handles to secure the user's upper body. In turn, the user swings the carriage back and forth along an arcuate path beginning at a position behind the upper body support and ending at a position in front of the upper support, thereby contracting and relaxing the abdominal muscle group.

The abdominal exerciser of the present invention is an exercise device designed to work the abdominal and oblique muscle groups. The abdominal exerciser includes a leg support that can slide or roll along a track and an upper body support. The abdominal exerciser device is designed to simulate an abdominal exercise “crunch” motion when the knees are brought within proximity of the upper body support.

An apparatus is provided for specifically exercising the lower abdominal muscles, upper abdominal muscles, or both the lower and upper abdominal muscles together in combination of a human user. The apparatus includes a frame which accommodates the upper torso of a user and a resistance member pivotally connected to the frame on a latitudinal axis. The resistance member is capable of pivotal rotation about the axis, and includes a mechanism for varying the resistance of such pivotal rotation. As such, the knees of the user can be raised and lowered above horizontal without interference.

An exercise apparatus designed to specifically target the abdominal muscles is described along with a method of using the apparatus. The apparatus generally comprises four parts: a base; a seat frame attached to the base; an upper portion having a back support and handles; and a lower portion to retain the legs of a user. The apparatus allows a user to complete a typical “crunching” motion and a twisting motion encompassing both the upper torso and the lower body simultaneously. In other words the lower portion and the upper portion of the device are capable of movement about at least two distinct axes simultaneously.

An exercise device that allows a user to strengthen the entire anatomical core muscles with a lightweight, compact, and portable design. A device includes a housing that is substantially spherical in shape with a hollow portion therein. The housing has at least one protrusion. A ball that is substantially spherical in shape is positioned within said hollow portion such that said housing at least partially encloses the ball therein. A plurality of bearings are disposed between said housing and said ball. The bearings contact the housing and the ball, thereby allowing said housing to rotate about said ball. A plurality of handles detachably connect to the at least one protrusion.

An exercise machine includes a frame having a horizontally extending seat mounted thereon. A foot restraint assembly is pivotally mounted about a first horizontal pivot axis to the frame. A motion translation arrangement has one end pivotally secured about a second horizontal pivot axis to the frame, and an opposite end extending beyond the frame. An arm, back and head support is pivotally secured about a third horizontal pivot axis to the opposite end of the motion translation arrangement and is moveable forwardly relative to the foot restraint assembly. The second horizontal pivot axis and the third horizontal pivot axis enable a sequential, compound, articulated abdominal exercise movement as the arm, back and head support is moved towards the foot restraint assembly.

An abdominal exercise apparatus having a seat attached to a frame, a swing bar rotatably attached to the frame about a swing bar axis, a back rest rotatably attached to the swing bar about a back rest axis which is substantially perpendicular to the swing bar axis, and a handle bar rotatably attached to the swing bar about a handle bar axis which is substantially parallel to the back rest axis; and a method for performing an abdominal exercise includes sitting on the seat, laying one's back against the back rest and gripping the handle bar while twisting one's torso about one's hips to cause the swing bar to rotate relative to the frame about the swing bar axis and rotating the handle bar about the back rest axis to cause a rotation of the back rest about the back rest axis.

The abdominal exerciser of the present invention is an exercise device designed to work the abdominal and oblique muscle groups. The abdominal exerciser includes a sled that is supported by and slides or rolls along at least one track. The upper body support is ergonomically positioned higher than the sled, and fixed to a cross bar supported by the track. The cross bar is designed to rotate forward to simulate an abdominal exercise “crunch” motion when the knees are brought within proximity of the upper body support.

The invention provides a unique and improved device for the exercise and development of all the muscle groups comprising: the abdomen, lower back and hip flexors in the elongated and contracted positions while the user is in a seated position facing forward with the said users legs and feet interlocked therein the invention. The seat and joint assemblage corresponding with the frame work of the invention comprises a unique design allowing absolute multidirectional movement of the said user's upper body while the said user is advantageously and safely held with a belt assemblage thereto the multi directional seating assemblage. This provides the said user the means for a safe, concentrated and extremely effective form of exercises for the aforementioned muscle groups.

A fitness apparatus and a method for assembly are disclosed. The fitness apparatus comprises a wheel assembly that includes a first circular side parallel to a second circular side, both bounded by a curved tread. Within the wheel assembly is an enclosable storage chamber. The fitness apparatus also includes an axis perpendicular to the first circular side and the second circular side, and when the fitness apparatus is in an abdominal exercise wheel configuration, at least a portion of the wheel assembly rotates around the axis. The fitness apparatus also includes a centerbore along the axis that supports a first removable handle and a second removable handle when the fitness apparatus is in the abdominal exercise wheel configuration.

Exercise devices for exercising the abdominal muscles and other muscle groups are disclosed. Each of the exercise devices has a housing from which opposing interconnected ends of an axle extend and a support ball that is captured within and partially extends from the housing. The housing has a cavity defining a partial sphere for receiving the support ball. Each of the exercise devices also comprises a plurality of strips which are attached to the surface of the cavity. Each of the strips includes a plurality of bearings each of which is captured within a bearing race. The strips are positioned upon the cavity surface so as to engage the support ball surface and to provide free-rolling support of the housing on the support ball in any direction when the exercise device is in use. Methods of using the exercise devices are also disclosed.

An abdominal exercise device includes a support frame defining a first axis and a second axis generally perpendicular to the first axis. A seat assembly associated with the support frame includes a seat which pivots about the first axis and is laterally and arcuately slidable about the second axis. The exercise device includes a footrest and a bar that attaches the footrest to the seat assembly such that the bar and the footrest pivot with the seat about the first axis.

A gyroscopic exercise device has a pair of handles attached to a housing. A user holds and rotates the handles along cone-like paths causing precession of a rotor, which is rotating about its spin axis, to provide resistance to the user. The device has an axle disc that holds ends of an axle of the rotor. The periphery of the axle disc and the ends of the rotor axle are within a circular race in the housing. A retracting spool allows pull starting. An optional motor attached to the axle disc has a wheel for rotating the rotor about a spin axis by a temporary supply of power from included batteries in one of the handles. An optional abdominal rolling ring provides abdominal exercise.