Graham, Sr.
Donald Alan Graham, Sr., Northglenn, CO US
| Patent application number | Description | Published |
|---|---|---|
| 20150047924 | Ladder Support - An apparatus and method of use for a ladder support for use with a ladder, with the ladder support for use between an upper roof and a lower roof with a gutter, wherein the ladder supported is between the lower and upper roofs. The ladder support includes an extension strut that has a channel shaped structure on one end, wherein the channel is operative to receive a ladder rung, with the other end of the extension strut having an angle beam with a primary leg portion and a secondary leg portion, the primary leg portion is attached to the extension strut. Wherein the secondary leg portion is operative to be disposed within the gutter, wherein operationally the ladder support helps to secure the ladder upon the lower roof as the ladder is leaning against the upper roof making the ladder more secure between the lower and upper roofs. | 02-19-2015 |
Jeremy Lee Graham, Sr., Hardeeville, SC US
| Patent application number | Description | Published |
|---|---|---|
| 20090145557 | An Ergonomic squeegee with blade for adhesions and detachment - An improved squeegee and method of modifying a conventional squeegee. A novel hand tool for adherence assistance and cutting of tapes with threads incorporated into it. The squeegee is approximately 4 inches by 3 inches and held in one hand. While rubbing over the surface of the tape being adhered with the 4 inch elongated side causing friction heat for the glue of the tape to adhere. Turning the squeegee around to the other elongated 4 inch side where there is a cutting blade to separate the tape from the roll. The squeegee will provide a simplified and more commercially feasible method for a hand held tool for adherence and separation of tapes. | 06-11-2009 |
John F. Graham, Sr., Austin, TX US
| Patent application number | Description | Published |
|---|---|---|
| 20090167025 | Wind Turbine System for Buildings - Systems and methods for capturing the energy of wind currents by placing wind-driven turbines in vortices formed near one or more edges of a building's roof, where the wind currents are concentrated by deflection of the wind off the horizontal faces of the building. In one embodiment, a cylindrical wind turbine is placed near the edge of a building's rooftop. The turbine structure drives an electrical generator. The axis of rotation of the turbine is parallel to the ground and to the edge of the building. A concentrator may be used to concentrate vortex winds into the turbine. Turbines can be installed on multiple sides of the building to optimize the system for variations in wind direction with changes in seasons or weather conditions. | 07-02-2009 |