Saris Cycling Group, Inc.

Clark Equipment Compnay

Schiller Grounds Care, Inc.

Randy J Hilgart

Benjamin Raymond Bass

Anthony S Weber

John W Grosz

Todd W Lassanske

Matthew Tarrence Woerpel

Mark A Dahl

Mark J Wegner

Nicholas S Blair

Ronald Scheffler

Jeff Zur

Guillaume Labbe

Remi Poulin

Michael J Barczak

A mower deck includes a top deck, a front wall, a rear wall opposite the front wall and a first side wall. The first side wall extends between the front and rear walls. A front baffle assembly extends downwardly from the top deck. The front baffle assembly extends from the first side wall toward a discharge opening that is positioned between the front and rear walls at a discharge side of the top deck. The front baffle assembly is configured to urge cut grass and debris toward the discharge opening. A discharge baffle is positioned proximate a rear end of the discharge opening and extends downwardly from the top deck. The discharge baffle and the rear wall define a discharge gap. The discharge gap is positioned on an opposite side of the discharge baffle from the discharge opening. The discharge gap is configured to allow airflow into the mower deck.

Baffles for mower deck

A device comprises a collection bin and a stationary front plate pivotably coupled with the bin via a hinge mechanism. The bin is rotatable relative to the front plate between a first position, wherein the bin's front end is closed by the front plate, and a second position, wherein the front end is spaced from the front plate for releasing debris out of the bin. An actuator is operatively connected to the hinge mechanism, which includes a bar interconnected between the bin and front plate. The bar is attached to the front plate and the bin. Actuator actuation rotates the bar and the bin in an arcuate motion from the first to the second position, and retraction of the actuator returns the bar and bin to the first position. Rotation of the bin defines a center of rotation on the opposite side of the front plate from the bin.

Device for collecting and releasing debris

A controlled pressure resistance unit engagement system for bicycle training devices uses a clutch arrangement to limit the maximum torque applied. By doing so, a consistent, correct pressure on a bicycle tire by the resistance unit is achieved, thereby avoiding damage to the resistance unit and the bicycle tire and allowing a more consistent resistance unit power curve to be achieved.

Controlled pressure resistance unit engagement system

Handlebar mount for a bicycle computer

Bicycle trainer frame

A bicycle trainer includes a frame and a resistance unit movably interconnected with the frame by an adjustment arrangement for movement through a range of operative positions and to an inoperative position. The adjustment arrangement includes an adjustment member that is selectively engaged with, and disengaged from, an engagement member. When disengaged, the adjustment member slides relative to the engagement member. The sliding movement of the adjustment member provides a first mode of operation to move the resistance unit to an initial engagement position adjacent the wheel, and the adjustment arrangement can be operated in a second mode of operation, such as by cam-type movement, to advance the resistance unit from the initial engagement position toward and against the wheel.

Foldable and camming pivot mount for a resistance unit in a bicycle trainer

Growing community of inventors

Cottage Grove, WI, United States of America

Randy J Hilgart