Other

Ward Fleming

Daniel J Preston

A hat having a strip of fabric with an accordion folding which can be made closed or open to a fan-like structure on the top of the hat to attract attention and has entertaining and marketing values.

Fan novelty device

A fiber optic sign and method of making the same are disclosed. A plurality of fibers are arranged to form a design, preferably by a template, and are then bonded together into a block of glue, epoxy, rubber, or other castable liquid. Arrangement of the fibers is accomplished by placing them on a template and vibrating them until they fall through holes in the template.

Method of producing a fiber optic sign

A display device includes a highly pliable web having an array of longitudinally and transversely pins mounted on a face of the web, the pins having shanks projecting upwardly perpendicular to the area of the web at which the respective pin shanks are located. A shaping member has a contoured pressed against the underface of the web to recoverably deform the web and vary the pin shank orientations. Different webs and pin anchoring constructions are described.

Pliable pin strip

A pin screen has at least one and preferably two vertically aligned spaced plates having a plurality of closely spaced, small apertures each of which is adapted to receive a pin held in selected positions by frictional engagement in a horizontal pin orientation. A transparent sheet of material is vertically spaced a predetermined distance in front of said vertical plate or plates. The pins are longer than the separation between the plate or plates and the transparent sheet. The size of the pin head prevents the pins from passing through the apertured plates and the transparent cover prevents them from falling out of the apertures. A contoured three-dimensional image is created by the selective horizontal displacement of pins relative to the vertical apertured plate, and the displaced pins remain in their three-dimensional, image-creating position held there by friction until intentionally displaced to a different position.

Vertical three-dimensional image screen

A pin screen includes a plate having a plurality of closely spaced small apertures. The plate is supported in a substantially horizontally fixed position, and each of the apertures defined therein are adapted to receive a pin in a substantially vertical orientation. The heads of the pins are larger than the diameters of the apertures to assure that the pins do not fall through the apertures. The pins are vertically movable relative to the horizontal plate between a lower position in which the bottom of the pin heads abut against the upper surface of the plate, and an upper position in which the top of the pin heads abut against the lower surface of a transparent sheet of material spaced at a predetermined distance above the apertured plate. The pins may also be moved such that the pin heads are intermediate the lower apertured plate and the upper transparent sheet. Light rays impinging upon the pin heads positioned at varying attitudes relative to the apertured plate, or upon the moving pin heads, provide the appearance of visually animated action and dynamically changing displays. The pin screen may also be vertically housed so that the pins are horizontally oriented and held in position by frictional engagement with at least one vertical apertured plate. In the vertical embodiments of the pin screen, a contoured three-dimensional image is created by the selective horizontal displacement of pins relative to the vertical apertured plate, and the displaced pins remain in their image-creating position until intentionally displaced to a different position.

Growing community of inventors

New York, NY, United States of America

Ward Fleming