Brunswick Corporation

Sam Spotting Systems, L.l.c.

Justin McCord Wireman

Benjamin David Curtis

Steering apparatus having variable steering ratios are disclosed herein. An apparatus disclosed herein includes a steering drum having an oblong shaped cross section and a cable wrapped around an outer surface of the steering drum.

Steering apparatus providing variable steering ratios

A steering system for a trolling motor includes a mechanical steering system having a mechanical steering input device and a mechanical linkage extending from the mechanical steering input device to a steering shaft of the trolling motor. Movement of the mechanical steering input device causes movement of the mechanical linkage, which in turn causes rotation of the steering shaft. An electromechanical actuation system is provided that is configured to be coupled to the mechanical steering system. A controller is in signal communication with the electromechanical actuation system and provides steering signals thereto. The electromechanical actuation system selectively actuates the mechanical steering system so as to rotate the steering shaft according to the steering signals provided by the controller. A method for steering a trolling motor is also provided.

Systems and methods for steering a trolling motor

A portable spotting apparatus includes a pair of support assemblies positioned a distance from each other to define a spotting area for a user. The support assemblies each have an upright member that includes a top portion coupled with a pulley and a bottom portion configured to rest on a floor surface. A pair of legs each have an upper end coupled with an intermediate portion of the upright member and a lower end configured to rest on the floor surface on opposing lateral sides of the upright member. At least one cord is configured to extend over the pulley and to couple with a harness for spotting the user in the spotting area. A cross member is coupled between lower regions of the support assemblies to maintain the distance between the support assemblies.

Portable spotting assistance machine

Primer apparatus and methods are described herein. An example primer apparatus includes a flexible body defining an internal chamber to be fluidly coupled to a fuel system. The body includes a first layer material having a low permeation characteristic to substantially prevent diurnal emissions from escaping the fuel system, a second layer material adjacent the first layer material having a relatively high resiliency compared to the first layer material to enable the body to return to an uncompressed shape when the body is deflected and released by a user, and a third layer material adjacent to the first layer material such that the first layer material is disposed between the second layer material and the third layer material and having a relatively high resiliency compared to the first layer material to enable the body to return to the uncompressed shape when the body is deflected and released by the user.

Multi-layer primer apparatus and methods

Steering apparatus having variable steering ratios are disclosed herein. An apparatus disclosed herein includes a steering drum to rotate about a longitudinal axis in a first direction and a second direction different than the first direction. The steering drum has a shape to provide a varying steering ratio when the steering drum is rotated.

A marine horn has a horn path with a pressure lock chamber blocking water which has ingressed the horn outlet mouth from reaching the sound source along the horn path.

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Comstock Park, MI, United States of America

Justin McCord Wireman