Brunswick Corporation

Other

John M Griffiths

George Edward Phillips

Wayne M Jaszewski

Neil A Newman

Wayne T Beck

Richard A Davis

Lyle M Forsgren

Herbert A Bankstahl

John J Litjens

Michael A Karls

Keith W Gessner

Claus Bruestle

Benjamin L Sheaffer

Ronald L Hall

Gregory L Fugar

Robert J Baumhardt

Kurt J Wasilewski

Tom Yerby

David A Gussert

John Thomas Crea

Darrin E Milne

Jeffrey J Van Asten

An actuator of a marine propulsion transmission is attached to a movable clutch member through the use of a coupler which comprises a generally spherical member formed as a portion of the actuator and a chuck device formed as part of the clutch member. The generally spherical member, or alternatively shaped component, is received by the chuck device and retained therein. The components are configured to allow relative rotation between the actuator and the clutch member while causing them to move axially in synchrony with each other.

Actuator device for a marine propulsion transmission

A steering system for a marine vessel is provided with a connecting link attached to first and second marine propulsion devices. The connecting link is selectively disposable in first and second states of operation which either require synchronous rotation of the first and second marine propulsion devices or, alternatively, independent rotation of the two marine propulsion devices. This allows both marine propulsion devices to be operated by a single actuator or, alternatively, independent maneuvering of the two marine propulsion devices during certain types of docking procedures.

Selectively lockable marine propulsion devices

A pontoon boat is provided with a jet drive propulsion system in which an impeller is driven by an engine. The jet drive propulsion device is dirigible as a result of the fact that a nozzle of the device is rotatable about a generally vertical steering axis. The jet drive device can be supported below a deck of a pontoon boat and located between two flotation tubes of the pontoon boat. Alternative locations can also be used, such as within the structure of the flotation tubes themselves.

Jet drive propulsion system for a pontoon boat

A self-contained marine propulsion device is disposed within a container, or pod, that is removably attachable to an undersurface of a deck of a pontoon boat. An engine is contained within the container and connected in torque transmitting relation with the marine propulsion device which can be a sterndrive device or a jet drive device. The marine propulsion system is dirigible, with a portion that is rotatable about a generally vertical steering axis and is supported by the container which is attached to the deck of the pontoon boat.

Self-contained marine propulsion system for a pontoon boat

A marine propulsion system is configured to be assembled, as one unitary structure, into a marine vessel. A transom attachment member is provided and is attachable to both an engine and a drive unit to form a single marine propulsion system structure which can be lowered into an opening formed in a transom of a marine vessel.

Assembly system for a marine propulsion device

A protective containment device is provided to serve as a strain relief component for hoses, wires, and push-pull cables extending through a front surface of an outboard motor. The protective containment device is formed from first and second portions that are assembled together with a flexibly connected divider that segregates certain components within the protective device from other components. A cylindrical ring, made of first and second retainers, is disposed around an outer surface of the cylindrical conduit to hold the first and second portions together and to retain a flexible tube in place.

Protective containment device for wires and hoses of an outboard motor

A remote control manually movable handle for a gear selection and throttle selection device is provided with asymmetry in order to improve the mechanical advantage available to the operator when moving the selection handle from neutral gear position to forward or reverse gear position. The total neutral zone is increased in order to provide this improved mechanical advantage while maintaining the generally similar range of travel of the forward gear zone in comparison to known prior art systems. By changing the relative gear teeth arrangements of the remote control system, this asymmetry and resulting mechanical advantage is achieved. A handle shape is provided that results in a general perpendicularity between the handle and a reference line in order to improve the feel of the handle when used by the operator of the marine vessel.

Throttle control handle with reduced required shifting force

Backplate for use with a scuba apparatus

A cooling system for an out drive of a stern drive device draws water from a body of water in which a marine vessel is operated and conducts the water through a conduit to an outlet end that is configured to direct a stream of water into a space which is defined under a removably attachable cover and above a surface of a heat producing portion of the out drive. The cover contains a turbulently flowing stream of water in the space in order to more efficiently conduct the water in thermal communication with the outer surface of the heat producing portion. Return passages are provided between the cover and the surface of the out drive to allow water to return, under the influence of gravity, back to the body of water from which it was drawn.

Marine propulsion device with cooling system cover

A fuel supply system for an internal combustion engine comprises first and second fuel reservoirs connected in fluid communication with each other. The first fuel reservoir is a fuel vapor separator which has a vent conduit connected in fluid communication with a second fuel reservoir. Under normal operation, fuel vapor flows from the fuel vapor separator and into the second fuel reservoir for eventual discharge to the atmosphere. Any liquid fuel caused to flow out of the vent conduit of the fuel vapor separator is contained within the second fuel reservoir and prevented from being discharged into the cavity under the cowl of an outboard motor and eventually into a body of water in which the marine system is operated.

Marine engine with primary and secondary fuel reservoirs

Safety reel device

A tell-tale system is provided for an outboard motor in which the tell-tale fluid conduit is connectable to an external water source, such as a water hose, and is extendable away from the cowl of the outboard motor in order to facilitate its use during a flushing operation. When not being used in the flushing procedure, the connector of the fluid conduit is snapped into position in connection with the cowl to maintain its position when used as a tell-tale port.

Combined tell-tale fitting with water flushing attachment

An oil lubrication circuit is provided for an internal combustion engine in which first and second paths are located within a central bore of a camshaft. Liquid lubricant is directed from a gerotor pump to an oil filter and back toward numerous lubrication points of a crankshaft by utilizing the first and second paths which flow in opposite directions and which are both concentric with a central axis of rotation of the camshaft.

Compact liquid lubrication circuit within an internal combustion engine

An outboard motor is provided with an air duct located within the cavity of a cowl of an outboard motor. The air duct defines a chamber within it in association with first and second openings that allow heated air to flow, through the creation of convection currents, out of the engine compartment under a cowl. This convection flow removes heat from fuel system components and reduces the likelihood that &ldquo;vapor lock&rdquo; will occur subsequent to the use of an internal combustion engine that is followed by turning the engine off.

Air flow system for an outboard motor

A rubber diver's garment with a zip-out front panel flap bounding within the zipper track a relatively large opening approximately coincident in size to the size of the front panel of the upper torso of the garment, which opening by its size and the enlargement thereof afforded by the stretch of the rubber construction material of the garment, readily permits the diver to project arms, legs and neck respectively into the sleeves, leggings and hood seal of the garment without the assistance of another.

Growing community of inventors

Fond du Lac, WI, United States of America

John M Griffiths