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David Marshall King

Ronnald Brian King

Thomas Arnold Martin

Ronnald B King

A method of mixing viscous fluids is disclosed. The method comprises rotating a mixing apparatus () in a container () of fluid (). The mixing apparatus comprises a cage () located at the end of the shaft (). The cage () comprises a central circular disc () with an outer edge () and top () and bottom () sides. A number of vanes () extending from each side of the disc (), the vanes () spacedly located near the outer edge of the plate. The free ends of the vanes () are connected by a hoop () to maintain their spaced relationship.

Method of mixing viscous fluids

A method of mixing viscous fluids is disclosed. The method comprises rotating a mixing apparatus ( ) in a container ( ) of fluid ( ). The mixing apparatus comprises a cage ( ) located at the end of the shaft ( ). The cage ( ) comprises a central circular disc ( ) with an outer edge ( ) and top ( ) and bottom ( ) sides. A number of vanes ( ) extending from each side of the disc ( ), the vanes ( ) spacedly located near the outer edge of the plate. The free ends of the vanes ( ) are connected by a hoop ( ) to maintain their spaced relationship.

The present invention is a method and apparatus for mixing viscous fluids. The mixing apparatus comprises a cage located on or along a shaft. The cage comprises a support with top and bottom sides. A number of vanes extend from one or both sides of the support. In one embodiment, the vanes are generally located near an outer edge of the support. The method comprises rotating the mixing apparatus in a container of fluid.

Method for mixing viscous fluids

A method of mixing viscous fluids is disclosed. The method comprises rotating a mixing apparatus (,) in a container (,) of fluid (,). The mixing apparatus comprises a cage (,) located at the end of a shaft (,). The cage (,) comprises a central circular disc (,) with an outer edge (,) and top (,) and bottom (,) sides. A number of vanes (,) extend from each side of the disc (,), the vanes (,) spacedly located near the outer edge of the plate. The free ends of the vanes (,) are connected by a hoop (,) to maintain their spaced relationship.

A method of mixing viscous fluids is disclosed. The method comprises rotating a mixing apparatus (,) in a container (42) of fluid (,). The mixing apparatus comprises a cage (,) located at the end of a shaft (,). The cage (,) comprises a central circular disc (,) with an outer edge (,) and top (,) and bottom (,) sides. A number of vanes (,) extend from each side of the disc (,), the vanes (,) spacedly located near the outer edge of the plate. The free ends of the vanes (,) are connected by a hoop (,) to maintain their spaced relationship.

A method of mixing viscous fluids is disclosed. The method comprises rotating a mixing apparatus in a container of fluid. The mixing apparatus comprises a cage located at the end of a shaft. The cage comprises a central circular disc with an outer edge and top and bottom sides. A number of vanes extend from each side of the plate, the vanes spacedly located near the outer edge of the plate. The free ends of the vanes are connected by a hoop to maintain their spaced relationship.

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Ridgecrest, CA, United States of America

David Marshall King