Abstract: The present inventive concept relates to a hair cutting apparatus and method of use for hair cutting, and in particular, to a hair cutting apparatus and method of use for hair cutting that enable a user to cut hair with improved ease and efficiency using palm-down movements. The hair cutting apparatus includes a housing, and the housing has an outer gripping surface shaped to receive a palm of the user for ergonomic use. Attached to the housing is a motor that drives a first shearing blade to move over a second shearing blade in a cutting action.

Abstract: A portable enclosure quick exchange framing system having a plurality of adjustable securing elements and a fence operable to be secured to the securing elements. The securing elements are operable to be anchored in the ground or a support base. The portable enclosure system is easily configurable to fit in any yard or area.

Abstract: A centrifugal wheel apparatus for a vehicle having a plurality of pivoting elements attachable to an interior of a vehicle wheel that, when subjected to centripetal force, pivot away from the vehicle wheel and toward a pneumatic tire attached to the vehicle wheel to reshape the pneumatic tire into a dome thereby decreasing surface contact between the vehicle and a surface so that the vehicle may travel with less resistance and increased economy.

Abstract: An engine having an electrolysis system that is powered, at least in part, by multiple piezoelectric generators, to generate a minimum amount of hydrogen necessary to fuel the engine as required by the engine to operate so that only the minimal amount of hydrogen exists at any time regardless of operating status of the engine.

Abstract: An apparatus and method to calculate and display future performance of an individual using user-inputted information so that it can be anticipated when the individual will be at maximum and minimum performance levels based on user-inputted information, and strategic decisions can be made as to whether or not to use the individual in a military operation, athletic event, or other like situation requiring heightened performance. Future performance may be calculated for a group of individuals to predict when the group will be at maximum and minimum performance levels.

Abstract: A centrifugal wheel apparatus for a vehicle having a plurality of pivoting elements attachable to an interior of a vehicle wheel that, when subjected to centripetal force, pivot away from the vehicle wheel and toward a pneumatic tire attached to the vehicle wheel to reshape the pneumatic tire into a dome thereby decreasing surface contact between the vehicle and a surface so that the vehicle may travel with less resistance and increased economy.

Abstract: A thermoresponsive coloring formulation for use on a reimageable image carrier is provided. An image may be created by exposing the thermoresponsive coloring formulation to heat and erased by exposing it to white light. A screen coated with an uncured stencil coating is placed in registration with the image carrier. The screen and image carrier are exposed to a curing agent which is prevented from passing beyond the image carrier in those areas covered by the image, while the areas of the coated screen that are exposed to the curing agent are hardened by the curing agent. After the stencil coating has been hardened in the desired areas, the screen is removed, and the uncured stencil coating is rinsed away from the screen, leaving a portion of the screen with open pores through which ink can flow.

Abstract: An apparatus for preparing a screen printing screen is provided. It includes an exposing frame which houses a curing agent such as a light source. A reimagable image carrier is placed in registration with the exposing frame and is connected to a computer capable of supplying the image carrier with an image. An image may be created on the image carrier by exposing it to heat, UV light, or an electrostatic charge, or the image may be erased by exposing it to white light, heat, or a grounded object depending upon the image carrier material. A printing screen coated with an uncured stencil coating is placed above the image carrier. The image carrier will allow the curing agent to pass through those areas which are not blocked by the image supplied thereto to harden desired areas of the stencil coating on the printing screen, and uncured coating is rinsed away.

Abstract: A method of preparing a screen printing screen is provided whereby a screen with a printing surface is provided, along with a printing mechanism capable of movement in at least two directions. The screen is positioned so that a selected position of the screen is located at a specific reference point. The printing mechanism is then provided with the data which defines an area of the screen which is desired to be blocked with a liquid stencil material. The liquid stencil material is then printed onto the area defined above utilizing the printing mechanism. A barrier coating or a barrier backing may be applied to or against the screen before the liquid stencil material is applied thereto. Thereafter, the stencil coating is applied utilizing the print mechanism and the stencil coating is hardened. After the stencil coating has been hardened, the barrier coating, if used, is removed by spraying the screen with water or air.

Abstract: A method of preparing a screen printing screen is provided whereby a screen with a printing surface is provided, along with a printing mechanism capable of movement in at least two directions. The screen is positioned so that a selected position of the screen is located at a specific reference point. The printing mechanism is then provided with the data which defines an area of the screen which is desired to be blocked with a liquid stencil material. The liquid stencil material is then printed onto the area defined above utilizing the printing mechanism. A barrier coating or a barrier backing may be applied to or against the screen before the liquid stencil material is applied thereto. Thereafter, the stencil coating is applied utilizing the print mechanism and the stencil coating is hardened. After the stencil coating has been hardened, the barrier coating, if used, is removed by spraying the screen with water or air.

Abstract: An apparatus and method are provided for registration of screens used in ink transfer processes for the printing of patterns on substrates such as clothing and other articles. The apparatus includes a platen surface and registration members that are mounted for movement toward and away from opposite sides of the platen. A pair of the registration members are coupled so that they move in mirror image in relation to a fixed point on the platen. When the screen frame is positioned on the platen, the registration members are activated to move inwardly toward the fixed point on the platen to center the screen in relation to the fixed point. Artwork is applied to the screen in alignment with underlying indicia provided on the platen and the screen is then processed to form a stencil in the screen.