Other

Buoyant Solutions, Inc.

Michael Allen Willis

Robert E Stewart

Keith Schrader

A vacuum diverter defined by a housing or hollow body having a first end, a second end, a plurality of sides, and an opening formed in one of the plurality of sides. A valve flap is disposed within the hollow body and moveable between a first position and a second position. The valve flap is supported by a shaft that extends across a cavity defined by the housing and which is rotationally supported by the housing such that the shaft and valve flap can be removed from the housing in a crossing direction relative to an axis of rotation of the shaft. Rotation of the shaft effectuates rotation of the valve flap relative to the cavity to selectively fluidly connect the discrete vacuum flow passages defined by the housing.

Vacuum diverter assembly

A system comprising a yoga mat, storage compartment and carrying case and associated methods for use.

Yoga mat systems and methods

Yoga mat devices which generally comprise a yoga mat having one or more storage compartment(s). Also disclosed are related methods of manufacture and use of such devices.

Yoga mats

A marine docking device according to the present invention includes a fender having a first end coupled to a first arm by a first attachment member and a second end coupled to a second arm by a second attachment member. The first attachment member and the second attachment member are configured to prevent the fender from rotating about a longitudinal axis that passes through the first end and the second end. The first arm includes a compression assembly that facilitates movement of the first end between a first position and a second position. The compression assembly includes a tubular member that is slidable within a sleeve. A spring is compressed between a first spring abutment provided on the sleeve and a second spring abutment provided on the tubular member. The first spring abutment is continuously urged toward an advanced position by the spring.

Marine docking device

This disclosure is directed to a temples-less eyeglass frame having a central nose bridge portion, left and right lens frame portions, a left wing portion substantially perpendicular to the left lens frame portion, a right wing portion substantially perpendicular to the right lens frame portion, and left and right resilient foam temple bearing members attached to the inner end surfaces of the left and right wing portions, so as to rest in and exert pressure on both temple area only of the wearer when in use. Although the left and right wing portions can be integral with the left and right lens frame portions, this is not necessary. The left and right wing portions can be hingedly connected to the left and right lens frame portions, respectively, with or without spring-biasing to move the left and right wing portions inwardly when not being worn. The left and right resilient foam temple bearing members can be substantially perpendicular to the left and right wing portions or they can be substantially parallel thereto. The central nose bridge portion of the frame can contain bendable metal permitting the placement of variable inward biasing pressures on the left and right wing portions according to the extent that the metal is bent. Alternatively it can be made in two parts to have separately mating male and female joints, each having raised projections with alternating recesses.

Growing community of inventors

Garden Grove, CA, United States of America

Michael Allen Willis