23results about "Hand sewing" patented technology

An automated system that can be used for prosthetic heart valve manufacturing or suturing procedures. The system includes automated fixtures that maneuver a needle and a target device. The automated fixtures can be suturing arms, target device holders, needle transfer fixtures, and / or needle holders. The automated fixtures can rotate a target device held by the holder to allow one or more additional automated fixtures to perform operations such as form sutures on the target device without intervention of a human operator. The system can include a display system configured to display status information of a suturing procedure.

The invention relates to a method for producing a loop seam intended for seaming and connecting pieces of textile using a filamentary connecting element, in which, according to the invention, after incorporating cutouts (2) in the edge region of the piece of textile (1) intended for seaming, the filamentary connecting element is formed into a first loop (4) which is pulled from the front side to the rear side of the piece of textile (1) through an incorporated cutout (2) in such a way that, after being pulled through, the formed loop (4) is situated on the rear side. This is followed by the formation of a further, second loop (5) upstream of the cutout (2) on the front side of the piece of textile (1), which loop (5) then engages, via the edge region of the piece of textile (1), through the first loop (4) situated on the rear side of the piece of textile (1). The second loop (5) is then guided back to the front side of the piece of textile (1) and, after pulling through the second loop (5) from the front side to the rear side of the piece of textile (1), is pulled through a next cutout (2) situated laterally adjacent to the preceding cutout.

A yarn includes a length of straight yarn with only a leading or end portion being loopy yarn including a number of substantially equally spaced loops. The remaining or trailing portion is straight yarn joined to the leading loopy portion at a transition point. The invention can be incorporated into a ball of straight yarn provided with an accessible portion of yarn at one end of the yarn formed with loops only beyond the transition point. A method of knitting using the yarn includes the steps of inserting a knitting needle through a required or desired number of loops up to and including a loop at the transition point to form a desired number of initial stitches, and subsequently knitting with the needle using the straight yarn. The yarn and method eliminate the need to initially cast on yarn onto a needle.

Paint trapping process for textile decoration. The process described here aims to trap textile paint in order to solve the major challenges of this artisanal practice. This process consists of depositing an aqueous material (paint, watercolor, etc.) (4) delimited by zones (3), which are enclosed between two transparent fabrics (2) and (5) of the same shape, but with a slightly larger surface. This is to prevent its deterioration on each side. Once this step is completed, the user can add an additional decorative surface (1) if desired, then sew the assembly onto a textile surface (6). This process is particularly intended for the personalization of textile surfaces to enhance a garment. Figure for the abstract: fig 1.

An assistance system that can be used for prosthetic heart valve manufacturing or suturing procedures includes an automated fixture that can comprise an articulation arm and a target device holder. The target device holder can be positioned and oriented to reduce operator strain during a manufacturing or inspection process. The assistance system includes a user input device enabling the operator to move between positions to assist in such processes. The assistance system can also be trained by capturing sequences of position data corresponding to a manufacturing or inspection process.

The invention discloses an umbrella manufacturing quality optimization method and system based on AI analysis, and relates to the technical field of quality optimization. Comprising the steps that an auxiliary module and a quality inspection module are set, an auxiliary module set and a quality inspection module set are obtained, and the auxiliary module set and the quality inspection module set at least comprise an auxiliary module item composed of the auxiliary module and the quality inspection module and a quality inspection module item; and carrying out property division on the workers to obtain sewing division items and quality inspection division items. According to the invention, the auxiliary module is set to observe the working state of the sewing personnel, the needle falling positions of the first sewing point and the subsequent sewing point when the sewing personnel sews the umbrella fabric and the umbrella rib are obtained, and the needle falling position of the sewing personnel is determined according to the needle falling positions and the needle falling distance. The laser indicating lamp assembly arranged in the auxiliary simulation device is used for carrying out laser drop point indication on follow-up umbrella rib sewing, and therefore the effect that the needle drop position is always kept uniform in the umbrella fabric sewing process is guaranteed.

A quilting table includes a rotatable and height adjustable tabletop supported by an elongate leg assembly mounted on a base section. A plurality of clamping members can be releasably attached to the tabletop. The quilting table can be used in a method of making a quilt, in which multiple layers of material are positioned on the tabletop, the user sews the layers of material in a substantially straight line, rotates the tabletop to alter the position of the layers of material, and resumes sewing in a substantially straight line.

An automated system that can be used for prosthetic heart valve manufacturing or suturing procedures. The system includes automated fixtures that maneuver a needle and a target device. The automated fixtures can be suturing arms, target device holders, needle transfer fixtures, and / or needle holders. The automated fixtures can rotate a target device held by the holder to allow one or more additional automated fixtures to perform operations such as form sutures on the target device without intervention of a human operator. The system can include a display system configured to display status information of a suturing procedure.

To provide a sewing method capable of forming a finishing knot even when a yarn is not long enough.SOLUTION: A sewing method of the embodiment comprises: a step to start sewing with two yarns 2; a step to cut one yarn 2 of two yarns near a sewing finishing position; a step to insert a needle 3 with the yarn 2A to a rear side near the sewing finishing position; a step to insert the needle 3 with the yarn 2A to a front side near the sewing finishing position; a step to remove the yarn 2A from the needle 3; and a step to tie both yarns 2A, 2B. The step to cut the yarn 2 is preferably a step to cut the yarn 2 at a position where length of the other yarn 2B not inserted in the needle 3 is at least more than 2 cm. Consequently, the yarn 2A and the yarn 2B can be easily tied.SELECTED DRAWING: Figure 1

An automated system that can be used for prosthetic heart valve manufacturing or suturing procedures. The system includes automated fixtures that maneuver a needle and a target device. The automated fixtures can be suturing arms, target device holders, needle transfer fixtures, and / or needle holders. The automated fixtures can rotate a target device held by the holder to allow one or more additional automated fixtures to perform operations such as form sutures on the target device without intervention of a human operator. The system can include a display system configured to display status information of a suturing procedure.

The invention relates to a sewing process of a patch pocket. The sewing process comprises the following steps: folding edges of face pocket cloth and inner pocket cloth; the face pocket cloth and the inner pocket cloth are positioned on the garment body; then, the positioned inner pocket cloth is directly sewn with the garment body; then the edge of one side of the face pocket cloth and the edge of the corresponding side of the inner pocket cloth abut against each other and are sewn, and when sewing is conducted till the direction needs to be changed, the state of the face pocket cloth is adjusted, and the edges of the face pocket cloth and the inner pocket cloth are kept to abut against each other in real time and are sewn synchronously; and finally, sewing the folded edge of the surface pocket cloth and the folded edge of the inner pocket cloth. The inner pocket cloth and the garment body are directly sewn, and the pocket space of the patch pocket is arranged between the inner pocket cloth and the garment body, so that the use experience of a user is improved, and dirt is prevented from being hidden at the sewing head; when the face pocket cloth is sewn, the state of the face pocket cloth is adjusted, the seam allowance of the face pocket cloth and the seam allowance of the inner pocket cloth are hidden between the face pocket cloth and the inner pocket cloth, the seam allowance of the patch pocket is hidden, and the outer surface of the face pocket cloth is free of any open thread.

A method for needlepoint finishing comprising trimming a canvas completed with a needlepoint stitched design leaving an edge portion spaced from a stitched area of the canvas to leave an unstitched area around at least a portion of a periphery of the canvas, cutting a non-paper based, substantially non-absorbent, rigid support to a desired size, wrapping a fabric composed of softer material than the rigid support around the support and attaching the fabric to the canvas. The rigid support restricts bending and prevents degradation of the rigid portion and mounted needlepoint canvas. A backing having at least one magnet can be provided to attach to the support.

The present invention relates to a method for manufacturing a gourd-shaped outer liner of a marine airbag-type leak stopper, characterized by the following steps: dividing the outer liner into n1 equal parts along the axial direction, straightening and unfolding the divided single-piece outer liner figure, projecting it onto a two-dimensional plane, drawing a proportional figure A using CAD software, and again drawing a proportional figure B after considering the margin, respectively producing drawings A and B, cutting the anti-cut material according to drawing B, placing drawing A on the cut anti-cut material and ensuring that the two axes coincide and are in the same direction, drawing a profile line along the outer contour of drawing A, determining a sewing margin, and sewing it into shape. Beneficial effect: The present invention designs a three-dimensional model of an outer liner with a specific profile line, determines the number of segments of an airbag model of a specific shape, divides, unfolds, and projects the surface, determines the profile line of the single-piece segment, cuts the single-piece segment considering the sewing margin, and combines it with a specific sewing technique to achieve simple, rapid, and low-cost production of the gourd-shaped outer liner while ensuring structural reliability.

The sewing equipment for mattress production comprises a machine base, a workbench and a spring rod arranged between the machine base and the workbench, the workbench is connected to the machine base through a spherical hinge, and the spring rod comprises a barrel arranged on the bottom side of the workbench, an insertion rod fixed to the machine base and a reset spring arranged between the insertion rod and the barrel. One end of the reset spring abuts against the end of the barrel, and the other end of the reset spring abuts against the end of the insertion rod. During use, a mattress is placed on the workbench, when the mattress needs to be inclined, a worker only needs to press the workbench downwards, the workbench drives the mattress to integrally shift towards one side under the action of the spherical hinge, so that the worker can conveniently sew the mattress, the worker only needs to loosen the pressing on the workbench after seaming, the workbench recovers to a horizontal state under the action of the reset spring, and the overall use is simple and convenient.

Methods for English Paper Piecing and paper piecing quilting projects comprised of using pre-cut individual pieces of nonwoven batting having uniform or non-uniform selected shapes and sizes as foundation pieces for creation of the patches used in the paper piecing projects and quilts and leaving those pre-cut pieces of batting that are the foundation pieces in-place in the sewn patches through completion of the paper piecing project or completion of a quilt.

A snap thru grid fastener system for mesh fabrics wherein a snap thru grid component goes through the openings of the mesh fabric and is affixed to the indentations of the receiving component. Hie snap thru grid fastener system allows for the user to accessorize mesh fabrics without sewing the patch directly to the fabric or relying on single pin systems.

A method for needlepoint finishing comprising trimming a canvas completed with a needlepoint stitched design leaving an edge portion spaced from a stitched area of the canvas to leave an unstitched area around at least a portion of a periphery of the canvas, cutting a non-paper based, substantially non-absorbent, rigid support to a desired size, wrapping a fabric composed of softer material than the rigid support around the support and attaching the fabric to the canvas. The rigid support restricts bending and prevents degradation of the rigid portion and mounted needlepoint canvas. A backing having at least one magnet can be provided to attach to the support.

The present invention discloses an umbrella manufacturing quality optimization method and system based on AI analysis, which relates to the field of quality optimization technology. It includes: setting an auxiliary module and a quality inspection module to obtain an auxiliary module set and a quality inspection module set, wherein the auxiliary module set and the quality inspection module set at least include an auxiliary module item and a quality inspection module item composed of an auxiliary module and a quality inspection module; dividing the staff into different types to obtain sewing items and quality inspection items. The present invention observes the working status of the sewing personnel by setting an auxiliary module, obtains the needle drop position of the first sewing point and the subsequent sewing points when the sewing personnel sew the umbrella cover and the umbrella ribs, and according to the needle drop position and the needle drop spacing, the laser indicator light component set inside the auxiliary simulation is used to indicate the laser drop point of the subsequent umbrella rib sewing, thereby ensuring that the needle drop position always remains uniform during the sewing of the umbrella cover.

To provide a tacking device that enables sewing without using marking pins and minimizes use of a presser lifting lever, thereby solving the problem in which the process of sewing clothes while raising and lowering the presser lifting lever on a sewing machine and removing marking pins is extremely cumbersome, and there are issues such as the risk of losing marking pins or getting pricked by them, the risk of breaking needles due to contact between marking pins and sewing needles, and the risk of sawing machine malfunction caused by marking pins getting caught inside the sawing machine.SOLUTION: A tacking device of the present invention is an alternative for tacking cloth or the like without using marking pins. In this device, after the needle punch needle 5 attached to the tip of a handle 1, with thread threaded through it, pierces through the cloth or the like held between a cloth presser and a rest seat, only the thread remains piercing through the cloth by pulling up the needle punch needle. By repeating this operation, the cloth can be prevented from being shifted and can be tacked.SELECTED DRAWING: Figure 4

The present application provides a wool knitted suit without lining and a manufacturing method thereof, comprising: using wool knitted fabric with elasticity and shrinkage after steam ironing as raw material, using internal structure without lining, without chest lining, without shoulder pad, and without sleeve cotton; first, adjusting the pattern according to the stretching property of the fabric on the pattern to make the finished product achieve the desired effect of design; second, adjusting the details of the pattern when using the internal structure without lining, without chest lining, without shoulder pad, and without sleeve cotton; third, calculating the shrinkage of steam iron; at the same time, controlling the sewing size according to the stretching property of the fabric; finally, solving the problem that some wool knitted fabrics are easy to break when using machine needle; finally, achieving the effect of finished garment with size stability, flat and beautiful appearance, comfortable wearing, environmental protection and commuting.

The present disclosure relates to automated systems, devices, and methods of sewing a target device such as a prosthetic implant device. The systems and methods include forming a stitch on the target device, adjusting a thread coupled to a needle used to form the stitch so that the thread is clear of (e.g., does not interfere with) a path of the needle, and applying a targeted tension to the thread to tension the stitch on the target device. The suturing process can also include providing different targeted tensions during formation of the stitch. The suturing process can also include providing different targeted tensions at different stages of the formation of the stitch to aid in forming the stitch, to clear the needle path of the thread, and / or to hold the stitch in place in preparation for the next stitch.