Abstract: Corner-lock stitch patterns. A mesh pattern may include a first pattern of a first upper thread and a first lower thread comprising one or more first polygonal or circular rings, and a second pattern of a second upper thread and a second lower thread comprising one or more second polygonal or circular rings. At least one of the second polygonal or circular rings may overlap with at least one of the first polygonal or circular rings at an area of overlap. The area of overlap may include a corner-lock stitch pattern in which the second upper thread and second lower thread envelop the first upper thread and the first lower thread.

Abstract: Stitching patterns overlap to produce a corner-locked stitch pattern. The corner-locked stitch pattern includes one or more thread interlace points, and one or more overlays of threads from overlapping patterns. A network of corner-lock stitch patterns produces a mesh, which may be embroidered into a substrate, such as a medical textile or biotextile. Corner-lock stitch patterns resist puncture-induced and tension-induced deformation of mesh pores between corner-locked stitch patterns, and may be used to modulate compliance and enhance strength properties of a substrate into which they are sewn.

Abstract: A method of anchoring soft tissue to a suitable bone site, using a soft suture anchor, includes steps of disposing the soft suture anchor on a shaft of an inserter, and securing a proximal end of a tensioning suture limb, extending proximally from the soft suture anchor, to structure in a handle of the inserter, so that it is maintained in place at a first level of holding tension (Thold). The inserter shaft is inserted into a hone hole at a desired procedural site, so that the soft suture anchor is positioned at a location where it is to be anchored. A further step involves actuating a control mechanism in the inserter handle to move the structure proximally to apply a second level of deployment tension (Tload) to the tensioning suture limb.

Abstract: A trim panel is provided with a first leather portion laminated with a stabilization material, wherein the first portion has a thickness. The trim panel is provided with a second leather portion adjacent to the first leather portion without a laminated stabilization material. The second portion has thickness that is equal to the thickness of the first portion.

Abstract: An article of footwear includes a knitted upper component and a thermoplastic polyurethane yarn stitched into a region of the knitted upper component. The thermoplastic polyurethane yarn is fused with the knitted component at the region of the knitted upper component. The article of footwear may include at least one of an outer sole and a midsole connected to the upper, with at least one of the outer sole and the midsole formed of knitwear.

Abstract: A textile component may include a knitted component with a first knit layer, a second knit layer, and a pocket, where the pocket is located between the first knit layer and the second knit layer. A spacing element may be included, where the spacing element is located within the pocket. An embroidered element on an exterior surface of the first knit layer may be included, where the embroidered element extends through the first knit layer but does not extend through the second knit layer.

Abstract: A fabric comprising micro-magnets, micro-coils of conductive material within an electric-insulating coating and an array of switches for selectively switching micro-coils on and off, such that relative movement of the micro-coils with respect to a local magnet field generates signals that are transmittable to a receiver, and signals received can switch coils on to detect relative movement of the coil with respect to nearby magnets to create tension and compression within the fabric.

Abstract: The present invention generally relates to layered embroidered headwear and methods for producing layered embroidered headwear. More particularly, the embroidering method of the present invention can produce headwear, including cap panels for producing the headwear, that comprises vivid decorations and designs, which are highly breathable and lightweight. As described herein, the embroidering method of the present invention can apply multiple levels of embroidering thread on top of each other to produce elaborate patterns or designs on the headwear without jeopardizing the breathability or weight of the headwear.

Abstract: Regarding a method of a sewing process for a trim cover of a vehicle seat provided with a decorative band, conventionally, a decorative band made up of a covering and wadding is sewn to a member of a trim cover similarly made up of a covering and wadding. Because of this, an area where a decorative band is sewn has an increased thickness, causing discomfort when an occupant sits. To address this, in the example embodiment, a sewn covering is manufactured by sewing together coverings for a portion of a trim cover and a decorative band and sewing decorative stitching through the sewn ends, and then the sewn covering and wadding are overlaid on each other to sew their borders together. This makes it possible to reduce the thickness of an area where the decorative band is sewn and reduce the discomfort when an occupant sits.

Abstract: The present invention discloses a fabrication process for manufacturing a knitting piece, which comprises the following steps: (a) preparing a base material: firstly preparing a base material, and then placing the base material on an textile machine; (b) performing piece knitting: embroidering a corresponding pattern on the base material by the textile machine according to a set program, thereby obtaining a desirable semi-finished knitting piece; and (c) dissolving the base material: taking down the semi-finished knitting piece obtained in step (b), then processing the semi-finished knitting piece and dissolving to remove the base material in the semi-finished knitting piece, thereby obtaining a finished knitting piece.

Abstract: A textile manufactured product made using embroidery machines comprises a base structure made of thread-like and/or ribbon-like elements which are made of at least one first material and also comprises at least one thread-like and/or ribbon-like ornamental element made of at least one second material which is different to the first material in terms of mechanical strength and reflection/refraction of the light; the thread-like and/or ribbon-like ornamental element is connected to said base structure by means of a plurality of knots which are positioned at predetermined intervals along the thread-like and/or ribbon-like elements made of the first material.

Abstract: A sewing machine acquires sewing data to sew a cross stitch pattern. The sewing machine sets a planned sewing position of the cross stitch pattern. The sewing machine identities a position of at least one interstice on the sewing workpiece based on the generated image data. The sewing machine determines a sewing: position of the cross stitch pattern based on the set planned sewing position, and on the identified position of the at least one interstice. The sewing machine corrects the sewing data based on the determined sewing position. The sewing machine drives the sewing mechanism and the movement mechanism based on the corrected sewing data, such that the cross stitch pattern is sewn on the sewing workpiece.

Abstract: Described is a method for using an embroidery machine or sewing machine to form shapes in, and extract shapes from, a sheet of material. A needle-based machine uses its needle to generate a series of perforations to cut out or assist in the separation of the shapes. Stitching facilitates operation of the machine. Preferably, perforations are made with a computer-controlled machine using instructions generated from or available in an electronic file.

Abstract: A non-woven elastic cloth includes a perforated elastomer film having discrete warp lines, discrete weft lines, and peripheral flanges. Each of the discrete warp lines has warp segments. Each of the discrete weft lines has weft segments. The warp segments intersect the weft segments so as to form a woven-like texture and define grid spaces thereamong. Each warp segment has two opposite ends cooperating with two adjacent ones of the weft segments to form two first V-shaped recesses. Each weft segment has two opposite ends cooperating with two adjacent ones of the warp segments to form two second V-shaped recesses. Each peripheral flange protrudes outwardly of a respective grid space.

Abstract: An upper for an article of footwear may have material layers and a plurality of strand segments. The material layers are located adjacent to each other and in an overlapping configuration, and the material layers are located in a lace region and a lower region of the upper. The strand segments extend from the lace region to the lower region. The strand segments may be located and secured between the material layers in the lace region and the lower region. The strand segments may form both an exterior surface of the upper and an opposite interior surface of the upper in an area between the lace region and the lower region. The material layers may define an opening between the lace region and the lower region, and the strand segments extend across the opening.

Abstract: A system for the determination of thread color includes a fabric having a surface thereon, a digitized embroidery chart stitched on the fabric so as to form a fabric chart, and a recording chart that corresponds to the fabric chart. The fabric has a solid color or multi-color pattern thereon. The fabric chart includes multiple colors in a row or in a column and multiple stitch types in another row or in another column. The fabric chart includes indicia formed thereon associated with the rows or with the columns. The recording chart also includes a plurality of rows and a plurality of columns, along with an alphanumeric character corresponding to the indicia on the fabric chart.

Abstract: A process for the production of a textile product includes placing a flat motif template on a textile substrate, sewing the motif template onto the textile substrate in such a way that a perforation defining a desired motif in the motif template is produced, removing the part of the motif template, that is outside the motif defined by the perforation, and permanently fixing the remaining part, having the motif, of the motif template to the textile substrate.

Abstract: A textile includes a main material layer and an information carrier including haptically detectable information. The information carrier is arranged as an embroidery including Braille dots applied to the main material layer. The embroidery includes a first ply if the Braille dots arranged as a star-shaped stitching that is stitched onto the main material layer and a second ply of the Braille dots is arranged as a first cover stitching ply covering the first ply and stitched onto one or both of the main material layer and the first ply.

Abstract: A colored embroidered pattern is formed on a fabric by positioning a stabilizer prior to the embroidery process on the top surface of the fabric. The stabilizer extends beyond at least a portion of the embroidered pattern such that it blocks sublimating dyes from binding to the fabric during the sublimation process. Excess stabilizer is then removed.

Abstract: Disclosed is a digital garment using embroidery technology. In the digital garment, a digital embroidery pattern is formed on a common garment to provide a communication path, an antenna pattern, etc. The digital garment comprises a garment made of a textile and having one side and the other side opposite to each other, a digital embroidery pattern formed along the inner or outer surface of the garment using embroidery technology to provide a communication path to the garment, a sensor attached to the garment and electrically connected to the digital embroidery pattern to convert physical signals to electrical signals, an arithmetic unit attached to the garment and electrically connected to the digital embroidery pattern to process the electrical signals inputted from the sensor, and a communication module attached to the garment and electrically connected to the digital embroidery pattern to perform wireless communication.

Abstract: A textile includes a main material layer and an information carrier including haptically detectable information. The information carrier is arranged as an embroidery including Braille dots applied to the main material layer. The embroidery includes a first ply if the Braille dots arranged as a star-shaped stitching that is stitched onto the main material layer and a second ply of the Braille dots is arranged as a first cover stitching ply covering the first ply and stitched onto one or both of the main material layer and the first ply.

Abstract: The present invention relates to sharp three-dimensional embroidery that can express a three-dimensional design in detail with a sharp three-dimensional effect and save time for cleaning a sheet residue by completely covering a sheet, and a manufacturing method thereof. Three-dimensional embroidery according to an exemplary embodiment of the present invention includes: at least two sheets layered on the upper surface of a fabric panel; at least two layers of embroidery being layered on the at least two sheets; and a covering member covering the at least two sheets and the at least two layers of embroidery with a predetermined design.

Abstract: The present invention relates to sharp three-dimensional embroidery that can express a three-dimensional design in detail with a sharp three-dimensional effect and save time for cleaning a sheet residue by completely covering a sheet, and a manufacturing method thereof. Three-dimensional embroidery according to an exemplary embodiment of the present invention includes: at least two sheets layered on the upper surface of a fabric panel; at least two layers of embroidery being layered on the at least two sheets; and a covering member covering the at least two sheets and the at least two layers of embroidery with a predetermined design.

Abstract: The disclosure is directed to a quilt blank, a quilt kit including a quilt blank and method of making a quilt using a quilt blank. The disclosure describes a quilt blank including a partially completed quilt having a quilt top, backing and batting material interposed between the quilt top and the backing, all of which are secured together via a sewing or quilting pattern. The quilt top of the quilt blank includes at least one predetermined blank portion sized to receive a fabric swatch or other material selected by a user. Alternatively, the quilt blank may simply be a quilt top having a predetermined blank area to be filled with a fabric swatch or other material. The disclosure also describes a quilt kit including a quilt blank and a method of making a quilt using a quilt blank.

Abstract: A convertible top for a vehicle includes a flexible material and an embroidered pattern. The embroidered pattern is formed by at least one yarn in the flexible material. The embroidered pattern contrasts from the flexible material to provide an aesthetic feature to the flexible material. In a second embodiment, a method of decorating a convertible top includes providing a convertible top connected to a vehicle. The convertible top has latches, a window, a frame and a layer of fabric. The method includes removing the convertible top from the vehicle and removing the latches, the window, and the frame from the layer of fabric. The method further includes introducing the layer of fabric to a sewing and embroidery machine and selecting a pattern. The method further includes providing a yarn operatively coupled to the sewing and embroidery machine and stitching the yarn into the layer of fabric, wherein the yarn forms an embroidered pattern that approximates the pattern.

Abstract: An embroidery process allowing for extra lengths of stitched thread pairs to be laid down in a zigzag pattern while embroidering on a dissolvable substrate such that when the substrate is removed, the extra length allows the two-dimensional embroidered structure to relax into a three-dimensional shape.

Abstract: Provided is a high-density micro fabric, and more particularly, a high-density micro fabric which eliminates the necessity of a cire processing as a post-processing. The high-density micro fabric is woven using warp and weft yarns, wherein a single strand fineness of either of a warp or weft yarn or both of the warp and weft yarns is in the range of 5 denier to 100 denier, a fineness of a monofilament constituting one strand of either of a warp or weft yarn or both of the warp and weft yarns is in the range of 0.1 denier to 1.

Abstract: The disclosure is directed to a quilt blank, a quilt kit including a quilt blank and method of making a quilt using a quilt blank. The disclosure describes a quilt blank including a partially completed quilt having a quilt top, backing and batting material interposed between the quilt top and the backing, all of which are secured together via a sewing or quilting pattern. The quilt top of the quilt blank includes at least one predetermined blank portion sized to receive a fabric swatch or other material selected by a user. Alternatively, the quilt blank may simply be a quilt top having a predetermined blank area to be filled with a fabric swatch or other material. The disclosure also describes a quilt kit including a quilt blank and a method of making a quilt using a quilt blank.

Abstract: A colored embroidered pattern is formed on a fabric by positioning a stabilizer prior to the embroidery process on the top surface of the fabric. The stabilizer extends beyond at least a portion of the embroidered pattern such that it blocks sublimating dyes from binding to the fabric during the sublimation process. Excess stabilizer is then removed.

Abstract: The use of guide line to form a grid in the cross stitch fabric corresponding to the grid in a cross stitch pattern to facilitate the cross stitching process, after which the guide line can be easily removed.

Abstract: The present invention relates to an electrically conductive metal composite embroidery yarn and embroidered circuit using thereof which may be applicable to smart textiles. More particularly, this invention relates to an electrically conductive metal composite embroidery yarn and embroidered circuit for smart textiles which can be used as power supply and signal transmission lines. The present invention provides an embroidered circuit which consists of a metal composite embroidery yarn and a dielectric fabric substrate, wherein the electrically conductive metal composite embroidery yarn is embroidered on the dielectric fabric substrate to form a circuit.

Abstract: Combination quilted patterns of which at least one component pattern is continuous are sewn on a multi-layered web of material with the sewing heads on one bridge as the material is advanced longitudinally. The bridge might or might not also move longitudinally. Simultaneously, different patterns, either continuous or discontinuous, are sewn with another independently moveable bridge. The continuous patterns extend substantially the lengths of quilted panels on a web, and may extend without thread cuts or tacks along the web across the lengths of more than one panel. One pattern can be changed while the other pattern continues along the web. New patterns, intermediate quilted products and methods for quilting them are provided.

Abstract: An embroidery 202 is formed by sewing a polarizing fiber onto a suitable cloth 201. The polarizing fiber is composed of a polymer to which a polarization developing material is added and which is stretched after spinning. The embroidery 202 has seams arranged in a predetermined direction. The polarizing fiber exhibits different optical characteristics for a linearly polarized light having an electric field component in the stretched direction of the polymer (the extending direction of the fiber) and for a linearly polarized light having an electric field component perpendicular to that of the above linearly polarized light. Therefore, when a discrimination medium 200 is viewed through a polarization plate, the appearance of the embroidery 202 changes depending on the direction (rotation position) of the polarization plate, so that a discriminating function can be obtained.

Abstract: An emblem having a design for securing to an article by the application of at least one of heat and pressure comprises a base having a front surface and a rear surface, the base being comprised of a woven fabric. The emblem design is comprised of two portions, a first portion of the emblem design being woven into the fabric base when the fabric base is made and a second portion of the emblem design being embroidered into the fabric base. A layer of thermoplastic adhesive material is bonded to the rear surface of the fabric base for securing the emblem to the article.

Abstract: The invention discloses an apparatus for easily stitching a stippling pattern, wherein the stippling pattern 20 is selected and the vertical and lateral lengths XY of an embroidering area 30 are designated. In response to the designation, a pattern number calculating device 4 is operated to calculate the number (integer) of the vertical and lateral lengths of the unit stippling pattern that may be arranged in the embroidering area 30 in alignment vertically and laterally, and then a magnification calculating device is operated to calculate the magnification of the unit stippling pattern respectively of the vertical and lateral lengths of the unit stippling pattern, the calculation being made on the basis of the calculated number of the vertical and lateral lengths of the unit stippling pattern and the size of the embroidering area 30 so that the size of whole pattern may be in accord with the size of the embroidering area 30.

Abstract: An embroidery 202 is formed by sewing a polarizing fiber onto a suitable cloth 201. The polarizing fiber is composed of a polymer to which a polarization developing material is added and which is stretched after spinning. The embroidery 202 has seams arranged in a predetermined direction. The polarizing fiber exhibits different optical characteristics for a linearly polarized light having an electric field component in the stretched direction of the polymer (the extending direction of the fiber) and for a linearly polarized light having an electric field component perpendicular to that of the above linearly polarized light. Therefore, when a discrimination medium 200 is viewed through a polarization plate, the appearance of the embroidery 202 changes depending on the direction (rotation position) of the polarization plate, so that a discriminating function can be obtained.

Abstract: An embroidered emblem for securing to a first fabric is comprised of a fabric base having a front surface and a rear surface. The fabric base is made of the same or substantially the same material as the first fabric and has the same or substantially the same weave pattern and color as the first fabric. A design is embroidered into the fabric base, the design including a stitched border extending around the outer periphery of the front surface of the fabric base. The border is made utilizing a relatively small sized needle and a relatively thin, dull yarn which is the same or substantially the same color as the color of fabric base. In this manner, when the embroidered emblem is secured to the first fabric the border as well as the fabric base fades into the first fabric so as to be nearly invisible.

Abstract: The use of guide line to form a grid in the cross stitch fabric corresponding to the grid in a cross stitch pattern to facilitate the cross stitching process, after which the guide line can be easily removed.

Abstract: A method including the steps of: providing an article having an exposed surface defined by at least one substrate layer; providing at least a first adornment on the substrate layer, so that the article has a first appearance and to meet an actual or anticipated demand for the article with the first appearance; identifying an actual or anticipated demand for the article having an appearance different than the first appearance; removing the at least first adornment; and providing at least a second adornment on the substrate layer so that the article has a second appearance different than the first appearance and to meet an actual or anticipated demand for the article with the second appearance; and making the article with the second appearance available to meet an actual or anticipated demand for the article with the second appearance. An article with adornment is also provided.

Abstract: A method of treating an article of clothing can include the steps of disposing a portion of embroidery on the article of clothing and abrading the portion of embroidery. The article of clothing itself can also be abraded. The portion of embroidery can be abraded before and/or after the embroidery portion is disposed on the article of clothing. The portion of embroidery can be disposed on the article of clothing by way of one or more needles to directly embroider on the article of clothing, or a patch can be directly embroidered, and then the patch can be attached to the article of clothing, or a fabric can be embroidered and attached to the garment, or the fabric itself can be made directly into a garment. The abrading can be accomplished by rubbing with a brush, rubbing with sandpaper, sand blasting, and/or chemical means.

Abstract: The use of monofilament line to form a grid in the cross stitch fabric corresponding to the grid in a cross stitch pattern to facilitate the cross stitching process, after which the monofilament line can be easily removed by pulling from either end. The monofilament line has the distinct advantage of being resistant to piercing by the needle and cross stitch thread during the cross stitching process, and thus not being woven into the design as guide thread would do.

Abstract: An embroidery process allowing for extra lengths of stitched thread pairs to be laid down in a zigzag pattern while embroidering on a dissolvable substrate such that when the substrate is removed, the extra length allows the two-dimensional embroidered structure to relax into a three-dimensional shape.

Abstract: An embroidered emblem for securing to a first fabric by the application of at least one of heat and pressure is comprised of a fabric base having a front surface and a rear surface. The fabric base is made of the same or substantially the same material as the first fabric and has the same or substantially the same weave pattern and color as the first fabric. A design is embroidered into the fabric base, the design including a stitched border extending around the outer periphery of the front surface of the fabric base. The border is made utilizing a relatively small sized needle and a relatively thin, dull yarn which is the same or substantially the same color as the color of fabric base. In this manner, when the embroidered emblem is secured to the first fabric the border as well as the fabric base fades into the first fabric so as to be nearly invisible. A layer of thermoplastic adhesive material is bonded to the rear surface of the fabric base for securing the emblem to the first fabric.

Abstract: A system, method and kit for making singular applique elements, combining the singular elements on a singular pattern as an aid for quickly and repeatably creating a combined element for attachment to a quilt, tablecloth, bedspread, pillow case, and the like. Two pre-printed paper sheets are provided having outlines of the applique elements printed wherein one paper sheet is cut into singular design elements and the other pre-printed sheet is of a coated nature that remains intact as a singular pattern. The singular design elements are applied to the applique fabric of which the fabric is cut to the shape of the singular element. The singular elements are then combined using the singular pattern as an assembly template ensuring a repeatable applique design. The combined applique elements can then be attached to the desired base material in a usual manner.

Abstract: An embroidery data creation apparatus for adjusting the density of needle drop points, and a computer readable recording medium having an embroidery data creation program recorded therein which includes instructions for adjusting the density of needle drop points. The embroidery data creation apparatus may include a device for judging whether a needle drop point is a turning point, a device for determining a reference point, a device for determining whether a turning point is within a predetermined area from the reference point, and a device for changing a coordinate of the turning point, deleting the turning point, or maintaining of a coordinate of the turning point.

Abstract: A method of providing an article to meet an actual or anticipated demand including the steps of: providing an article having an exposed surface defined by at least one substrate layer; tack stitching a first adornment layer fixedly to the at least one substrate layer with thread at first and second discrete locations so that the article has a first appearance; stocking the article with the first appearance to meet an actual or anticipated demand; changing the article to have a second appearance; and making the article with the second appearance available to meet demand for the article. The step of changing the appearance of the article involves: releasing the tack stitching to allow the first adornment layer to be separated from the article; separating the first adornment layer from the article; providing a second adornment layer; and attaching the second adornment layer to the article.

Abstract: The invention presents an embroidery data processing device and a computer program product capable of easily forming images of finished state of applique even if the fabric for applique is a pattern fabric. A selected fabric image of fabric for applique is displayed, and when the user manipulates the mouse, and moves the cursor to a desired position of the fabric image, and clicks by a specified number of times, the applique pattern preliminarily inputted through the image scanner is displayed at the position of the cursor (S101 to S103). When the user clicks the preview button by the mouse, only the fabric image within the applique pattern is extracted, and an applique image is displayed, and an applique sewing stitch image is overlaid and displayed on the applique image (S104 to S109).

Abstract: Hardanger embroidery designs, which can be performed by a sewing machine, preferably a computerized machine with digitized design embroidery patterns. The method employs a layer of fabric 11 and a layer of removable stabilizer 12. A wingneedle stitches square eyelet patterns reminiscent of hand-sewn hardanger. Sets of concentric underlay stitch lines 15 bind fabric 11 and removable stabilizer 12 about cutwork sections 16 before removing fabric from said cutwork sections. Sets of intersecting underlay stitch lines 18 replace bar threads in cutwork sections. Each set of intersecting underlay stitch lines 18 is anchored to sets of concentric underlay stitch lines 15 and associated fabric 11. Lace fill stitches 19 stitch onto removable stabilizer 12 in conjunction with intersecting underlay stitch lines. Lace fill stitches are anchored to either intersecting or concentric underlay stitch lines.

Abstract: An embroidered patch and manufacturing method thereof is disclosed. The method is performed by providing a filler, embroidering the desired embroidering figure on the filler to entirely wrap up an embroidering portion of the filler. During embroidering, a periphery of the embroidering portion being perforated by the needles of the embroidering machine and a plurality of sewing threads. The embroidering portion is then pulled to remove a leftover portion, resulting in the embroidered patch without any cutter.

Abstract: In manufacturing embroidered patch attached to the apparel like cap, bag, clothes and others, the present invention makes it possible to reduce the process and to improve the productivity amazingly. The embroidered patch and the manufacturing method thereof according to the present invention has the feature that it comprises the embroidery portion embroidering non-woven fabric having a certain thickness and the edge portion sewn along the circumference line of said embroidery portion. 1˜2 mm thickness of soft material may be added to said non-woven fabric for thicker embroidered patch. For said soft material, EVA(Ethylene Vinyl Acetate) is usually used and the embroidered patch is completed by detaching the non-woven fabric and the soft material which is not embroidered.