A locking structure of pivot arms of an inverting machine comprises a leg frames two pivot arms, and an inverting platform The leg frame has two pivoting ends which arc provided with a slot. The two pivot arms are provided with a plurality of locating through holes and at one end thereof with a pivoting pillar which is pivoted in the slot of the leg frame. The inverting platform is provided in two sides thereof with a receiving member which has a retaining slot for retaining the pivot arm. The retaining slot is provided in the bottom wall thereof with a locating pillar engageable with any one of the locating through holes of the pivot arm. The receiving member is provided with a locking member for locking the pivot arm in the receiving member.
A cotter is used for locking or latching tubes or extensions together, and includes a shank having a lower end, a handle attached to top of the shank, a ferrule slidably attached onto the shank and arranged between the handle and the lower end of the shank and having a portion applied with an indicating layer. A spring may bias the ferrule toward the handle, to have the handle to selectively shield the indicating layer of the ferrule, and to indicate whether the ferrule has been suitably biased toward the handle or not, and to indicate whether the tubes and the extensions have been safely locked or latched together or not.
A tilting inversion exerciser includes a stand, a table rotatably attached to the stand to support a user, and a carrier slidably received in the table. The carrier includes a massage device for massaging the user. The table includes a bolt rotatably received in a chamber and threaded to the carrier, to move the carrier relative to the table. A motor may be coupled to the bolt, to rotate or drive the bolt to move the carrier relative to the table. One or more cranks are rotatably attached to the carrier and each has one or more wheels for engaging with and for massaging the user. The carrier includes a motor for actuating the wheels to massage the user via the crank.
Roger C. Teeter - Sumner WA, US Lo Pin Wang - Beitun Chu, Taichung 406, TW
International Classification:
A63B 26/00
US Classification:
482145, 482146, D21689
Abstract:
A tilting inversion exerciser includes a stand having an axle, and a table rotatably attached to the axle of the stand, to support a user, a driving device attached to the table and having a reduction gearing coupled to the axle, to drive and rotate the table relative to the stand, and a control device for controlling the driving device to rotate the table relative to the stand. The stand includes a latch engaged with the axle, to secure the axle to the stand, and to prevent the axle from being rotated relative to the stand. The stand includes an apex-connecting plate to support the axle and having a hub to rotatably receive the axle. A switch may be disposed on the table, and actuatable by an actuator device, to position the table to the stand at selected angular position.
A tilting inversion exerciser includes a table rotatably supported on a supporting stand for supporting a user and having one or more hand grips attached to the table and rotated in concert with the table relative to the supporting stand, for being grasped by the user to pull the user's body upwardly against gravity force, when the user is suspended above the ground. The table includes two opposite side edges each having a trunnion for rotatably attaching to the supporting stand. The table includes two hanger bars for supporting the trunnions, and the hand grip includes an end panel for securing to the trunnion with one or more fasteners.
Roger C. Teeter - Sumner WA, US Lo Pin Wang - Beitun Chu, Taichung 406, TW
International Classification:
A63B 26/00
US Classification:
482144, 482145
Abstract:
A tilting inversion exerciser includes a stand, and a table rotatably attached to the stand with the shaft, to support a user. The table includes one or more hand grips for being grasped by the user, a driving device attached to the table and coupled to the shaft, to drive and rotate the table relative to the stand. A control device is attached to the hand grip, for being readily operated by the user, to control the driving device, and for preventing the control device from being disengaged from the hand grip and the table. The control device includes an electric cable coupled to the driving device, to operate the driving device. The electric cable may be engaged through the hand grip.