An exercise apparatus utilizing a wheeled rolling carriage which moves on a incline frame and includes an adjustable arm cable mounting assembly. The arm cable mounting system includes a pair of elongated arm cables each entrained over a fixed pulley mounted in each adjustable upright corner post. A
An exercise apparatus utilizing a wheeled rolling carriage which moves on a incline frame and includes an adjustable arm cable mounting assembly. The arm cable mounting system includes a pair of elongated arm cables each entrained over a fixed pulley mounted in each adjustable upright corner post. An anchoring device attach the cables to the mobile carriage. The carriage moves on the frame against a resistance force provided by the body weight of the user seating or lying on the platform and the up words angled slope of the incline frame. A back and head support connects the platform. An attachable rowing device is mounted to the incline rails and connected to the mobile carriage through the cables assembly. A leg push device is connected to the rails frame at the lower end. An weights support arm is attached to the lower end of mobile carriage.
대표청구항▼
An exercise apparatus utilizing a wheeled rolling carriage which moves on a incline frame and includes an adjustable arm cable mounting assembly. The arm cable mounting system includes a pair of elongated arm cables each entrained over a fixed pulley mounted in each adjustable upright corner post. A
An exercise apparatus utilizing a wheeled rolling carriage which moves on a incline frame and includes an adjustable arm cable mounting assembly. The arm cable mounting system includes a pair of elongated arm cables each entrained over a fixed pulley mounted in each adjustable upright corner post. An anchoring device attach the cables to the mobile carriage. The carriage moves on the frame against a resistance force provided by the body weight of the user seating or lying on the platform and the up words angled slope of the incline frame. A back and head support connects the platform. An attachable rowing device is mounted to the incline rails and connected to the mobile carriage through the cables assembly. A leg push device is connected to the rails frame at the lower end. An weights support arm is attached to the lower end of mobile carriage. ated around said first axis under said fourth shoulder. 2. A high voltage connector assembly for a lamp comprising a sealed envelope having a first end and electrical conductors extending from said envelope, said connector assembly comprising: a plug and a socket, said plug comprising: a first electrically non conductive body comprising a front, a back and a first axis extending through the front and the back, a lateral first shoulder. spaced from the front of said first body, a first electrically conductive terminal, extending backward axially from said first shoulder, spaced from said first axis, having a front end adapted for electrical connection to an electrical conductor of said lamp, and a back end, a first wall extending backward axially from said first shoulder adjacent to and spaced from said first terminal, a lateral second shoulder on said first wall, spaced back from the back end of said first terminal, a second electrically conductive terminal, extending backward axially from said second shoulder, spaced from said first axis and from said first terminal, having a front end adapted for electrical connection to an electrical conductor of said lamp, a back end, and a lateral protrusion on the back end of said second terminal, said socket comprising: a second electrically non conductive body comprising a front, a back and a second axis extending through the front and the back, a lateral third shoulder, spaced from the back of said second body, a first passageway in the back of said second body extending axially through said third shoulder spaced from said second axis, a first electrical contact slidably mounted in said first passageway, first means in said first passageway for urging said first electrical contact toward the front of said second body, a second passageway in the back of said second body extending axially through said third shoulder, spaced from said second axis and from said first passageway, comprising a lateral fourth shoulder behind said third shoulder, a second electrical contact slidably mounted in said second passageway, second means in said second passageway for urging said second electrical contact toward the front of said second body, said first terminal, second terminal, first passageway and second passageway being so configured that when said plug is placed on said. socket with the first and second axes in alignment, said first terminal axially on and axially depressing said first electrical contact, said second terminal axially on and axially depressing said second electrical contact, said protrusion can be rotated around said first axis under said fourth shoulder. 3. The connector assembly of claim 2 further comprising: a lateral fifth shoulder behind said third shoulder, closer to said third shoulder than said fourth shoulder, configured for receiving said protrusion. 4. The connector assembly of claim 2 further comprising: an electrically non conductive plate extending over the first and second passageways, means for attaching said plate to the back of said second body, means, extending through said plate, for electrically connecting to the first and second means for urging. 5. A high voltage connector assembly for a lamp comprising a sealed envelope having a first end and electrical conductors extending from said envelope, said connector assembly comprising: a plug and a socket, said plug comprising: a first electrically non conductive body comprising a
Piaget Gary D. (Park City UT) Gordon Trace O. (Park City UT) Nestande Mark R. (Chaska MN) Theisen Paul M. (Shakopee MN) Titus John E. (Prior Lake MN) Mackert Ross A. (St. Louis Park MN), Strength training exercise apparatus with elastomeric resistance members.
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