Joseph E Turner

US Patent:

7585259, Sep 8, 2009

Filed:

Jan 23, 2006

Appl. No.:

11/337718

Inventors:

Joseph Scott Turner - San Antonio TX, US

Assignee:

Maxrep Benchcrafters LLC - San Antonio TX

International Classification:

A63B 21/078

US Classification:

482104

Abstract:

A weightlifting apparatus that supports a free weight barbell when activated using two counter-weight controlled support arms that are mechanically attached to a vertical support on a bench press system. The vertical supports each have a slide rail that is mechanically coupled to a locking assembly that acts to release the support arms using buttons. The support arms are attached to independent counterweights or springs by means of a cable. When released by a foot pedal these support arms are elevated by the counterweights. The support arms hold the barbell and prevent it from downward movement via the one-way locking assembly mounted to the support arms. The support arms work independently of one another so that a user may reset each support arm independently.

US Patent:

20100298104, Nov 25, 2010

Filed:

Apr 20, 2010

Appl. No.:

12/764074

Inventors:

Joseph TURNER - San Antonio TX, US

International Classification:

A63B 21/06
A63B 21/045

US Classification:

482 93, 482127, 482115

Abstract:

An exercise machine that provides a generally consistent resistive force against a user who walks, steps, or runs away from the machine as part of a strength training exercise program. The machine is built upon a movable frame having transport wheel assemblies that allow the exercise machine to be placed on an indoor floor surface or on the ground outdoors. The frame of the device further supports three parallel spinning assemblies that together allow a length of linear strap attached to the user to run out from the machine and thereafter be retracted or rewound back into the machine. The spinning assemblies include a flywheel assembly, a spool assembly, and a spring assembly, each co-axially arranged on a spin axle extending across the frame. The spring assembly is fixed against the frame and incorporates a coil spring that tightens with the rotation of the spin axle in a first direction (allowing the linear run-out strap to extend out from the spool assembly). The coil spring in the spring assembly thereafter tends to direct the rewinding of the strap back onto the spool assembly. The coaxial flywheel assembly provides both an initial stationary inertia and a subsequent rotational inertia. The flywheel acts as a governor to balance the changing forces associated with the resistive force increasing in the spring assembly. Positioned on the spin axle between the flywheel assembly and the spring assembly is a spool assembly that allows the strap to unwind and subsequently to be wound back onto the spool. A guide strap may be provided around the spool to maintain the linear run-out strap within the spool assembly. A resistance adjustment assembly presses a brake pad against the perimeter surface of the flywheel to adjust the force required to direct rotation of the system. A weight horn bracket is provided to add additional disc weights if necessary.

US Patent:

20220176183, Jun 9, 2022

Filed:

Dec 7, 2021

Appl. No.:

17/543820

Inventors:

Joseph Scott TURNER - San Antonio TX, US

International Classification:

A63B 7/02

Abstract:

A device for adjustably suspending a pair of gymnastic rings or handles is described. The device has a power spring to automatically retract a pair of straps attached to the rings onto a spool. There is a lock mechanism that holds the pair of straps and rings in place at a desired height. A release cord is attached to the lock mechanism to allow for the release of the lock mechanism from below. A strap retrieval cord may optionally be attached to a strap to allow retrieval of the pair of straps from below.

US Patent:

20190076688, Mar 14, 2019

Filed:

Mar 7, 2014

Appl. No.:

14/201617

Inventors:

Joseph TURNER - San Antonio TX, US

International Classification:

A63B 7/02
A44B 11/12
B65H 75/48

Abstract:

A device for suspending gymnastic rings and handles is described. The device has a power spring to automatically retract a strap onto a spool. There is a cam buckle that holds the strap in place at a desired height. There are marks on the strap to use as reference to easily match the rings to the same height. The device is typically used as a pair, one device for each ring. Many handle and bars can be attached.

US Patent:

20170197104, Jul 13, 2017

Filed:

Sep 23, 2014

Appl. No.:

14/494366

Inventors:

Joseph Turner - San Antonio TX, US

International Classification:

A63B 21/00
A63B 21/22
A63B 21/008
A63B 21/005

Abstract:

An exercise machine that provides a generally consistent resistive force against a user who walks, steps, or runs away from the machine as part of a strength training exercise program. The machine is built upon a movable frame having transport wheel assemblies that allow the exercise machine to be placed on an indoor floor surface or on the ground outdoors. The frame of the device further supports three parallel spinning assemblies that together allow a length of linear strap attached to the user to run out from the machine and thereafter be retracted or rewound back into the machine. The spinning assemblies include a flywheel assembly, a spool assembly, and a spring assembly, each co-axially arranged on a spin axle extending across the frame. The spring assembly is fixed against the frame and incorporates a coil spring that tightens with the rotation of the spin axle in a first direction (allowing the linear run-out strap to extend out from the spool assembly). The coil spring in the spring assembly thereafter tends to direct the rewinding of the strap back onto the spool assembly. The coaxial flywheel assembly provides both an initial stationary inertia and a subsequent rotational inertia. The flywheel acts as a governor to balance the changing forces associated with the resistive force increasing in the spring assembly. Positioned on the spin axle between the flywheel assembly and the spring assembly is a spool assembly that allows the strap to unwind and subsequently to be wound back onto the spool. A guide strap may be provided around the spool to maintain the linear run-out strap within the spool assembly. A resistance adjustment assembly presses a brake pad against the perimeter surface of the flywheel to adjust the force required to direct rotation of the system. A weight horn bracket is provided to add additional disc weights if necessary.