Uniquely multi-functional exercise device
First Claim
2. An exercise apparatus, comprising:
- (a) at least one frame;
(b) at least one spooling force transmitter having a spool rim and a rotational axis;
(c) at least one carriage rotatably supporting the spooling force transmitter'"'"'s rotational axis in a plurality of fixed positions relative to the frame;
(d) at least one flexible connector having a first end and a second end, the first end of which is fixed to the spooling force transmitter such that the flexible connector contacts the spool rim of the spooling force transmitter;
(e) at least one resistance source applying tension to the flexible connector, whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter;
(f) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter, and;
(g) at least one rigid arm coupler connecting the rigid arm to the spooling force transmitter which permits the user to select a starting angle of the rigid arm about the rotational axis of the spool force transmitter.
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Accused Products
Abstract
A multi-purpose exercise apparatus used for linear and rotational resistance exercises with varying heights, diameters, angular ranges and planes. The apparatus relates to a frame (frame 430) and at least one carriage (300) supported by and movable on the frame. The carriage (300) supports at least one spooling force transmitter (102), and/or at least one translating force transmitter (101), which is connected to a resistance source (resistance source 494) through a flexible connector (476). The spooling force transmitter (102) is connected to a rigid arm (390) to which the user can apply rotational force against the spool and connected resistance. The spooling force transmitter (102) pivots on a positioning axis that is coincident with the longitudinal axis of the flexible connector (476) immediately before the connector attaches to the spooling force transmitter (101). The user can apply force to the translating force transmitter (101) to perform guided straight-line motions in a variety of directions.
95 Citations
34 Claims
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2. An exercise apparatus, comprising:
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(a) at least one frame;
(b) at least one spooling force transmitter having a spool rim and a rotational axis;
(c) at least one carriage rotatably supporting the spooling force transmitter'"'"'s rotational axis in a plurality of fixed positions relative to the frame;
(d) at least one flexible connector having a first end and a second end, the first end of which is fixed to the spooling force transmitter such that the flexible connector contacts the spool rim of the spooling force transmitter;
(e) at least one resistance source applying tension to the flexible connector, whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter;
(f) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter, and;
(g) at least one rigid arm coupler connecting the rigid arm to the spooling force transmitter which permits the user to select a starting angle of the rigid arm about the rotational axis of the spool force transmitter.
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3. An exercise apparatus, comprising:
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(a) at least one frame;
(b) at least one spool spooling force transmitter having a spool rim and a rotational axis;
(c) at least one carriage rotatably supporting the spooling force transmitter, said carriage movably mounted on the frame for positioning the spool at a plurality of heights;
(d) at least one flexible connector having a first end and a second end, the first end of which is fixed to the spooling force transmitter such that the flexible connector contacts the rim of the spool rim;
(e) at least one resistance source applying tension to the flexible connector, whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter;
(f) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter, and;
(g) at least one rigid arm coupler which permits the user to select a starting angle of the rigid arm about the rotational axis of the spooling force transmitter.
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4. An exercise apparatus, comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one first flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame;
(d) at least one carriage movably mounted on the frame and supporting the spool such that the spool can pivot on its rotational axis, the carriage further supporting the spooling force transmitter to revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim, (e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter,(f) at least one angle locking mechanism for locking the spooling force transmitter at a selected angle around its positioning axis, and (g) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter.
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5. An exercise apparatus, comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame;
(d) at least one carriage movably mounted on the frame for positioning the spool at a plurality of heights, the carriage supporting the spooling force transmitter such that the spool can pivot on its rotational axis, the carriage further supporting the spooling force transmitter to revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim;
(e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter,(f) at least one angle locking mechanism for locking the spooling force transmitter at a selected angle around its positioning axis, and (g) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter.
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6. An exercise apparatus comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame comprising at least one substantially vertical rigid member;
(d) at least one carriage lockable on the vertical rigid member of the frame at a plurality of heights, the carriage supporting the spooling force transmitter such that the spool can pivot on its rotational axis, the carriage further supporting the spooling force transmitter to revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim;
(e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter,(f) at least one angle locking mechanism for locking the spooling force transmitter at a selected angle around its positioning axis, and (g) at least rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spooling force transmitter. - View Dependent Claims (7, 8, 9, 10)
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11. An exercise apparatus comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame;
(d) at least one carriage pivotably mounted on the frame for positioning the spooling force transmitter at a plurality of heights, the carriage supporting the spool such that the spool can pivot on its rotational axis, the carriage adapted to enable the spooling force transmitter to revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim;
(e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter,(f) at least one angle locking mechanism for locking the spooling force transmitter at a selected angle around its positioning axis, and, (g) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spool.
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12. An exercise apparatus, comprising:
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(a) at least one frame;
(b) at least one translating force transmitter;
(c) at least one flexible connector having a longitudinal axis, a first and a second end, at least the first end of which is connected to the translating force transmitter such that when a force is applied to the force transmitter the transmitter applies tension to the flexible connector, (d) at least one resistance source applying tension to the flexible connector, whereby a resistance force is transmitted by the flexible connector to the translating force transmitter;
(e) at least one carriage having a longitudinal axis and adapted to translatably support the translating force transmitter such that the transmitter translates in a direction parallel to the longitudinal axis of the carriage, the carriage adapted for positioning relative to the frame in at least one of the following ways;
1) a height of the carriage, and,
2) an angle of at least a section of the carriage in relation to the frame; and
,(f) at least one rigid arm connected to the translating force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing forces on the force transmitter.
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13. An exercise apparatus comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame comprising at least one substantially vertical rigid member;
(d) at least one carriage having a longitudinal axis, a frame adjacent section and a pivotable on horizontal axis section, the frame adjacent section lockable along the vertical rigid member at a plurality of heights and the pivotable section movable on a horizontal axis pivot mechanism and lockable at a plurality of angles relative to frame adjacent section, the carriage supporting the spooling force transmitter such that the spool can pivot on its rotational axis, the carriage adapted to enable the spooling force transmitter to revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim;
(e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter, and,(f) at least one rigid arm connected to the spooling force transmitter and adapted to receive an exercise force generated by a user, the resistance force and the exercise force placing opposing torques on the spool.
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14. An exercise apparatus comprising:
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(a) at least one spooling force transmitter having a spool rim and a rotational axis, (b) at least one flexible connector having a longitudinal axis, a first end and a second end, the first end of the connector attached to the spooling force transmitter such that the connector contacts the spool rim, (c) at least one frame comprising at least one substantially vertical rigid member;
(d) at least one carriage having a longitudinal axis, a frame adjacent section having a pivotable on horizontal axis section, the frame adjacent section lockable along the vertical rigid member at a plurality of heights and the pivotable section movable on a horizontal pivot mechanism and lockable at a plurality of angles relative to frame adjacent section, the carriage supporting the spooling force transmitter such that the spool can pivot on its rotational axis and revolve around a positioning axis that is coincident with the flexible connector'"'"'s longitudinal axis immediately before the connector contacts the spool rim, (e) at least one resistance source applying tension to the flexible connector;
whereby a resistance force is transmitted by the flexible connector to the spooling force transmitter,(f) at least one angle locking mechanism for locking the spooling force transmitter at a selected angle around its positioning axis, (g) at least one rigid arm connected to the spooling force transmitter and having a rigid user handle for receiving an exercise force, the handle being positionable at a plurality of perpendicular distances from the spooling force transmitter'"'"'s rotational axis, the resistance force and exercise force placing opposing torques on the spool; and
,(h) at least one rigid arm coupler which permits the user to select a starting angle of the rigid arm about the rotational axis of the spooling force transmitter. - View Dependent Claims (1, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34)
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26-1. The apparatus in claim 14, further comprising at least one speed measurement device which measures the speed with which the flexible connector moves when an exercise force is generated by the user.
Specification