Master Lock Company LLC

Johnson Health Tech Co., Ltd

Mark J Van Handel

Dave Kearns

John B Zapushek

Rolf Hohmann

Gary R Burmesch

Jim Recknagel

Chris Irgens

Ken Burmesch

Victor Yip

Kerry Jacques

Eric S Mackey

Paul R Peot

Tony Kopp

Andrew J Kolman

Matthew D Wittenberg

Timothy E Bank

Shanan Galligan

Chris Rohde

Glen P Meekma

Christopher Rohde

Gregg Allen Flender

Jesse Alan Marcelle

Roy Alden Thompson

Frank J Scott

Kevin Oliver

Cris Smyczek

Noelle M Dye

Olivier Ginet

Maryann Finiw

Ricki Tarter

Hung-Mao Liao

Scott Kalous

John Blomstrom

John N Heppner

Mark J Kannel

Christopher R Irgens

Michael Brojanac

Mrako A Fenster

Jon Charles Alling

Eric MacKey

Craig Kottke

Philip N Stankard

Chris Smyczek

Christopher Rhode

A method for controlling an exercise apparatus via a control interface of an exercise apparatus, including steps of controlling a touch screen to display an information field, and then monitoring the touch screen to detect whether a touch has occurred on the surface of the touch screen and whether the touch is located in an input zone which has a plurality of sensing areas in the information field. A user can use specific actions to operate the exercise apparatus from one condition of using a first speed value to another condition of using a second speed value.

Method of controlling an exercise apparatus

A method for controlling an exercise apparatus via a control interface of an exercise apparatus, including steps of controlling a touch screen to display an information field, and then monitoring the touch screen to detect whether a touch has occurred on the surface of the touch screen and whether the touch is located in an input zone which has a plurality of sensing areas in the information field. A user can use one of specific actions to move a first tag in the input zone from a first sensing area to a second sensing area. And one of the steps of the method relocates the first tag proximate to the second sensing area to have a portion of the first tag to point at the second sensing area. Then, the final step of the method operates the exercise apparatus from a first condition using a first value corresponding to the first sensing area to a second condition using a second value corresponding to the second sensing area.

A method for controlling an exercise apparatus, including steps of controlling a touch screen to display an information field, and then monitoring the touch screen to detect whether a touch is located in an input zone which has a plurality of sensing areas in the information field. A user can use one of specific actions to move a first tag from a first sensing area to a second sensing area. And one of the steps of the method relocates the first tag proximate to the second sensing area to have a portion of the first tag to point at the second sensing area. The final step of the method operates the exercise apparatus from a first condition using a first value corresponding to the first sensing area to a second condition using a second value corresponding to the second sensing area.

A method for controlling an exercise apparatus via a control interface of an exercise apparatus, including steps of controlling a touch screen to display an information field, and then monitoring the touch screen to detect whether a touch has occurred on the surface of the touch screen and whether the touch is located in an input zone which has a plurality of sensing areas in the information field. A user can use one of specific actions, such as drag, to move a first tag in the input zone from a first sensing area to a second sensing area. And one of the steps of the method relocates the first tag proximate to the second sensing area to have a portion of the first tag to point at the second sensing area. Then, the final step of the method operates the exercise apparatus from a first condition using a first value corresponding to the first sensing area to a second condition using a second value corresponding to the second sensing area.

A stationary exercise device with adjustable members for varying the stride path and the exercise intensity of a user is disclosed. The stationary device having a stationary frame and a movable frame that moves relative to the stationary frame to vary the exercise intensity of a user.

Stationary exercise apparatus

Exercise apparatus

A lock for securing to a selected base object by a user is disclosed. The lock includes a housing, a time display device secured to the housing, a locking mechanism attached to the housing, and a shackle having a first portion disposed within the housing and a second portion disposed between an open position and a closed position. When disengaged from the locking mechanism, the shackle is movable between the closed position and the open position by user manipulation of the locking mechanism. The locking mechanism can be a various styles, such as for example, a padlock or a dial combination. The shackle can be of various structures, shapes and styles. The time display device may include a rotatable face plate. The lock may include illumination means, such as for example, a user operated flashlight.

Lock

A lock box that includes a body for storing keys, a lid, and a latching mechanism. The lid is arranged for selectively covering the opening. The body and the lid include securing apertures that are cooperatively positioned when the lid covers the opening. The body and lid also include cutouts that are aligned when the lid covers the opening. The latching mechanism is slideably coupled to the lid and includes a cantilever spring and a tab. The tab passes through the cutouts in the body and lid when the lid covers the opening and the latching mechanism is in a latched position. The cantilever spring is partially located in an aperture in the lid. The position of the cantilever spring is determined by whether the latching mechanism is latched or unlatched. The lock box when secured can require the cooperation of multiple users to open.

Lock box

Hook

Bungee cord pallet

A hitch assembly that includes an anti-rotation mechanism. The hitch assembly generally includes a hitch ball, a ball mount, and a fastener. The invention is directed to a mechanism for preventing rotation of either the hitch ball or the fastener relative to the ball mount. The anti-rotation mechanism of the present invention provides an engagement means for interlocking sections of the hitch ball or fastener with the ball mount, thereby blocking rotation of the hitch ball or fastener relative to the ball mount.

Anti-rotational hitch ball

Receiver pin

Growing community of inventors

Madison, WI, United States of America

Mark J Van Handel