Other

Team Scarab, Inc.

Hydra Drive System, Inc.

Warren H Robbins

Lawrence C Smith

Neil A Newman

Philip C Caricof

A valve actuation system in an internal combustion engine provides for, among other things, valve control in a single and dual camshaft 'push rod' type engine without the use of a return spring mechanism. In one embodiment of the present invention, a single rocker link or 'push rod' is operably connected to a bifurcated rocker valve for opening and closing a single valve.

Valve actuation system and related methods

A drive system for a boat having a hull with an inboard motor and two spaced drive units mounted in the hull, including a dual drive package having a housing with first and second output shafts mounted in bearings in the housing and an input shaft mounted in bearings in the housing between the output shafts, first and second drive chain sprockets mounted on and spaced axially along the input shaft, a third drive chain sprocket mounted on the first output shaft, a fourth drive chain sprocket mounted on the second output shaft, a first drive chain coupling the first and third sprockets, a second drive chain coupling the second and fourth sprockets, and arrangements for connecting the input shaft to the motor and each of the output shafts to a respective drive unit. The drive system may further include first and second torque limiters for connecting between the respective drive units.

Dual drive for power boats

A boat for use with a personal watercraft type vehicle, with the vehicle having a hull with bow, side walls and stern, and with the inflatable boat having a U-shaped tube or pontoon for flotation, with a closed forward end and an open rear end, a connection system for engaging the vehicle for insertion of the vehicle into the pontoon and removal of the vehicle from the pontoon, and a transom for closing the open rear end of the pontoon. Preferably the vehicle slides into and out of the pontoon.

Growing community of inventors

Fountain Valley, CA, United States of America

Warren H Robbins