COMPOUND, ITSELF NOT TWISTING EMBROIDERY BASIC FABRIC AND PROCEDURE FOR ITS PRODUCTION.

FLEXIBLE HOWEVER NICHTVERFORMBARE HAND EMBROIDERY STENCIL AND PROCEDURE FOR THE ATTACHMENT OF PRINTED SAMPLES ON IT.

INSERT ARRAY SHOES, SANDALS AND DETACHABLE SHOWCASES

A shoe or sandal with a transparent plastic film visible display permanent pouch or detachable showcase, constructed to receive, retain and display interchangeable inserts. These INSERT ARRAY blanks provide for Do It Yourself heat or pressure sensitive adhesive applications, or can be Pre Customized fashion designs, both with quick and easy in and out insertion and replacement, thereby changing the appearance of said shoe or sandal to exactly match or coordinate with like color or design with a variety of fashionable ensembles.

COMPOSITE NON-DISTORTABLE NEEDLEPOINT CANVAS AND METHOD OF PRODUCING SAME

COMPOSITE NON-DISTORTABLE NEEDLEPOINT CANVAS AND METHOD OF PRODUCING SAME A composite laminated, non-distortable needlepoint canvas material comprised of a primary layer of nonelastic, open-mesh woven fabric having a uniform weave pattern of mesh apertures and a relatively thin secondary mesh-stabilizing layer of sheer non-elastic fabric material. The threads of the open-mesh primary layer are impregnated and coated with a synthetic resin meshstiffening material and are bonded to the sheer secondary layer by the synthetic resin mesh-stiffening material of the primary layer or by a combination of such meshstiffening material and an applied synthetic adhesive. The threads of the primary layer are not susceptible to raveling at the edges of the composite needlepoint material. The sheer fabric secondary layer may be a non-woven, semi-transparent, random-spun synthetic fiber material or a sheer closely woven fabric material.

FLEXIBLE NON-DISTORTABLE HANDCRAFT SHEET MATERIAL AND METHOD OF APPLYING PRINTED DESIGNS THERETO

FLEXIBLE NON-DISTORTABLE HANDCRAFT SHEET MATERIAL AND METHOD OF APPLYING PRINTED DESIGNS THERETO Flexible non-distortable handcraft sheet materials, including needlework fabrics, adaptable for receiving printed designs, patterns, photographs and craft instructional information and the methodology for producing the materials with the deisgns, patterns and photographs and instructional information printed thereon. Material alignment and feed features are located along the parallel edges of the materials for moving same through a computerdirected printer. In accordance with the methodology visual information in the form of designs, patterns, photographs, flat art work, still objects, live objects, etc. is converted into digital information through a digitizer with the digitized image information thereafter fed to a computer for manipulation and editing by software and keyboard direction and for conversion to visual image information for CRT display and for utilization by a computer printer ...

Sandal

HANDCRAFT SHEET MATERIAL AND METHOD OF APPLYING PRINTED DESIGNS THERETO

HUMAN LIFELIKE DOLLS, MANNEQUINS AND HUMANOIDS AND PET ANIMALS AND METHODS OF INDIVIDUALIZING AND PERSONALIZING SAME

ABSTRACT OF THE INVENTION Flexible sheet fabric material for use in the fabrication of items bearing lifelike head and/or body representations of real life subjects. The sheet mater-ial has a print surface on at least one of its sides and a computer-generated imprint thereon of a two-dimensional photographic representation, an azimuthal-type sector projection, or a computer warped or panoramic representa-tion of a human or animal head and/or body, the sheet material being capable of application to a substrate structure or stuffing substance to form a lifelike reproduction of a real life subject. In accordance with the methodology disclosed, two-dimensional or three-dimensional visual image information relating to a real life subject is digitized with the digitized image information thereafter fed to a computer for manipulation and editing by software, data bank anatomic information and keyboard direction for CRT display and for utiliza-tion by a computer-directed printer. The flexible sheet material is fed to the printer and receives an imprint of the visual image information in the form of a two-dimen-sional photographic representation of the real life subject, an azimuthal-type sector projection of the subject, or a computer warped or panoramic representation of the subject. The sheet material bearing the visual information is thereafter conformed and applied to an appropriate substrate structure or stuffing substance to form the lifelike representation of the real life subject.

Pocket-top shoe

Composite ravel-free needlework fabric and method of producing same

ZUSAMMENGESETZTES, SICH NICHT VERZIEHENDES STICKEREIGRUNDGEWEBE UND VERFAHREN ZU SEINER HERSTELLUNG.

BIEGSAME ABER NICHTVERFORMBARE HANDSTICKEREIMATRIZE UND VERFAHREN ZUM ANBRINGEN VON GEDRUCKTEN MUSTERN DARAUF.

FLEXIBLE SHEET MATERIAL FOR CRAFT IN WHICH DISTORTION IS NOTGENERATED AND METHOD OF PRINTING DESIGN, ETC. OF SAID SHEET MATERIAL

Biegsame aber nichtverformbare Handstickereimatrize und Verfahren zum Anbringen von gedruckten Mustern darauf.

COMPOSITE NON-DISTORTABLE NEEDLEPOINT CANVAS AND METHOD OF PRODUCING SAME

Footwear with pocket top

DOLL, MANEKIN, HUMAN ROBOT AND PET ANIMAL DOLL JUST LIKE ACTUAL THING AND METHOD FOR CHARACTERIZING THE SAME

Pocket-top shoe

COMPOSITE LAMINATED NEEDLE KNITTED CANVAS MATERIAL NOT STRAINED AND MANUFACTURE THEREOF

Method of producing composite non-distortable needlework canvas materials

A method of producing needlework canvas materials which are flexible, non-distortable composite laminated materials having a primary layer of non-elastic, open-mesh woven needlework fabric which has welded or bonded to one of its faces a relatively thin non-elastic secondary mesh-stabilizing layer of synthetic fiber sheer fabric material. The sheer fabric secondary layer is bonded to the open-mesh primary layer by the application of ultrasonic vibrations and pressure to interfaced moving webs of the primary and secondary fabric materials. The ultrasonic vibratory energy, applied to the interfaced webs, results in the creation of intermolecular mechanical stress with causes heating and melting of the thermoplastic or synthetic materials of the woven primary layer and the synthetic fiber material of the secondary layer. The thus melted thermoplastic material and synthetic fiber material co-mingle with bonding of the layers at a multiplicity of pressure points of contact of the threads of the primary layer with the fibers of the secondary layer, where intermolectular stress is maximized.

Biegsame aber nichtverformbare handstickereimatrize und verfahren zum anbringen von gedruckten mustern darauf.

Composite ravel-free needlework fabric and method of producing same

A composite laminated, non distortable needlework fabric material comprised of a primary layer of non-elastic, open-mesh woven needlework fabric material having a uniform gridwork pattern with mesh apertures defined by wrap and weft threads and a relatively thin secondary mesh-stabilizing layer of sheer non-elastic, random-spun synthetic fiber sheet material coextensively inferfaced with the primary layer and permanently bonded at its interfaced surface to the adhesive coated and impregnated crest portions of the wrap and weft threads of the woven needlework material. The sheer secondary layer is bonded to the primary layer by an adhesive which in heated liquid form is: initially applied to the crest portions of the wrap and weft threads on the upper surface of a moving web of the primary layer of woven needlework fabric; permitted to cool and partially cure; and thereafter reactivated to a near melted state. The moving web of the primary layer of woven needlework fabric with reactivated adhesive is united at its upper surface, under pressure and cooling, with a moving web of the sheer random-spun synthetic fiber sheet material to form the composite laminated needlework fabric material.

Composite ravel-free needlework fabric and method of producing same

A composite laminated, non distortable needlework fabric material comprised of a primary layer of non-elastic, open-mesh woven needlework fabric material having a uniform gridwork pattern with mesh apertures defined by wrap and weft threads and a relatively thin secondary mesh-stabilizing layer of sheer non-elastic, random-spun synthetic fiber sheet material coextensively inferfaced with the primary layer and permanently bonded at its interfaced surface to the adhesive coated and impregnated crest portions of the wrap and weft threads of the woven needlework material. The sheer secondary layer is bonded to the primary layer by an adhesive which in heated liquid form is: initially applied to the crest portions of the wrap and weft threads on the upper surface of a moving web of the primary layer of woven needlework fabric; permitted to cool and partially cure; and thereafter reactivated to a near melted state. The moving web of the primary layer of woven needlework fabric with reactivated adhesive is united at its upper surface, under pressure and cooling, with a moving web of the sheer random-spun synthetic fiber sheet material to form the composite laminated needlework fabric material.