Abstract: ‘Supergraphic Display’ invention enables Designers, Architects, Space Planners, Interior Decorators, Homeowners to place new planes in front of wall or vertical surface, or using portable structure hold planes showing shapes, graphic artwork, Elements or Indicia of varying sizes, which may remain stationary or moveable to vary viewing effect, be utilized in Stores, Showrooms, Store Show Windows, Lobbys, Atriums, Promotional Sales Signage, Stage Background, Waiting Rooms, Trade Show displays, or Graphics Art at outdoor events, Residential Decoration or accents. The system enables designer to create new, or change effects, inserting new artwork, elements, adding, removing, rearranging Elements. ‘Supergraphic Display’, when viewed from nominal distance, multiple planes give illusion of being all in one plane.

Abstract: The present invention is a Golf learning, training, practice device utilizing a Magnetic Module, Swing Plate, Impact Form, and Ball Holder. The Magnetic Module is a shallow case enclosing a plurality of magnets, inserted flush with earth ground, or a board. The Swing Plate is a round or elongated disk with a plurality of apertures from left side to right, having printed location guides for ball or target positioning, used by laying selected aperture onto Magnetic Module. The Impact Form of a shape, of resilient material, or fabric becoming a target for practice golf swing. The Ball Holder, a form or shape, of resilient material, being concave, or cylindrical on top, to support a real, or practice golf ball. The selected aperture of Swing Plate, magnetically attracted to Magnetic Module, will also, within the same aperture, attract either Impact Form or Ball Holder. This device offers ball placement choices, swing approaches, orientation, and guidance, for practice swings and actual strokes with a golf ball.

Abstract: By using a packer which is pushed as far over an anchor as the intended length of the moulding, the cavity in a borehole in the region of the bond can be completely filled with a reactive resin. Overhead work is possible even with slowly reacting resins. By using a catalyst on the packer, the reactive resin injected into the borehole behind the packer can be made to harden very rapidly.

Abstract: By using a packer which is pushed as far over an anchor as the intended length of the moulding, the cavity in a borehole in the region of the bond can be completely filled with a reactive resin. Overhead work is possible even with slowly reacting resins. By using a catalyst on the packer, the reactive resin injected into the borehole behind the packer can be made to harden very rapidly.