John Marvin Hanson

Address:

10257 Jeraback Dr, San Diego, CA 92131

VIN:

1GKEC23309R200324

Make:

GMC

Model:

YUKON

Year:

2009

Address:

1308 3 Ave S, Estherville, IA 51334

Phone:

7123621485

VIN:

1HFTE330174200017

Make:

HONDA

Model:

HONDA

Year:

2007

US Patent:

6817544, Nov 16, 2004

Filed:

Jan 6, 2003

Appl. No.:

10/336074

Inventors:

John D. Hanson - San Diego CA 92109

International Classification:

B05B 904

US Classification:

239332, 239329, 239331, 239333

Abstract:

A device for preventing the rotation of a power drill attachment relative to a power drill is provided and is described in combination with a liquid sprayer. The device having a container ( ) with a supply tube ( ) extending downward into the container ( ) and upward into a pump inlet ( ) which is open to a pump ( ) The pump ( ) has on the rearward side a pump seal ( ) and a pump drive ( ) and on the forward side a pump outlet ( ) and nozzle ( ). The pump has a rod ( ) affixed to it by means of a rod attachment ( ). The rod ( ) extends rearward and includes an ergonomic rod pillow ( ). Also included is a power drill ( ) including a power drill trigger ( ) and a power drill chuck ( ). When energized the power drill ( ) imparts rotational energy to the pump ( ). Rotation of the pump ( ) relative to the power drill ( ) is prevented by the communication of the rod ( ) the rod attachment ( ) and the housing of the power drill ( ).

US Patent:

20030173420, Sep 18, 2003

Filed:

Mar 15, 2002

Appl. No.:

10/098061

Inventors:

John D. Hanson - San Diego CA, US

International Classification:

B05B007/32

US Classification:

239/337000

Abstract:

An improved liquid sprayer having a container () with a handle (). A a supply tube () extends into the container () and upward through a container cap () and a container cap attachment () and into a pump inlet () which is open to a pump (). Adjacent to the front of pump () is a pump outlet () and a nozzle (). Adjacent to the rear of pump () is a pump drive () which removably communicates with a pump drive socket () affixed to a conventional rechargeable drill (). The drill sprayer () can be removably attached to the container () which then is refilled and reused. Alternately the drill sprayer () can be permanently affixed to the container () and therefore disposable.

US Patent:

20030201340, Oct 30, 2003

Filed:

May 8, 2003

Appl. No.:

10/431672

Inventors:

John Hanson - San Diego CA, US

International Classification:

A62C011/00

US Classification:

239/332000, 239/331000, 239/329000

Abstract:

An improved liquid sprayer having a container () with a handle (). A supply tube () extends into the container () and upward through a container cap () and a container cap attachment () and into a pump inlet () which is open to a pump (). Adjacent to the front of pump () is a pump outlet () and a nozzle (). Adjacent to the rear of pump () is a pump drive () which removably communicates with a pump drive socket () affixed to a conventional rechargeable drill (). The drill sprayer () can be removably attached to the container () which then is refilled and reused. Alternately, the drill sprayer () can be permanently affixed to the container () and therefore disposable.

US Patent:

61284696, Oct 3, 2000

Filed:

Mar 21, 1998

Appl. No.:

9/045971

Inventors:

Raymond G. Zenick - Solana Beach CA
John Eric Hanson - Mountain View CA
Scott A. McDermott - Manassas VA
Richard D. Fleeter - Reston VA

Assignee:

AeroAstro, Inc. - Herndon VA

International Classification:

H04B 7185

US Classification:

455 121

Abstract:

The satellite communications system of this invention provides high-gain coverage to a wide geographic area with a minimum number of satellites. The satellites each include a high-gain antenna that periodically sweeps the satellite's service area to receive the messages from remote terminal units within the entire service area. In order to provide high gain, the antenna is designed to have a narrow beamwidth in at least one dimension. To cover the entire area, the antenna's field of view is swept across the entire service area. In the preferred embodiment, the antenna's field of view is essentially rectilinear, having a narrow beamwidth in one dimension and a beamwidth that extends across the entire service area in the other dimension, such that the sweeping effect is akin to that of a common push-broom. Because of the high gain of the satellite antenna, communications via the satellite can be accomplished using a low-gain wide-beamwidth antenna at the remote terminal unit.