KR102083579B1 - A bed comforters and manufacturing method for same - Google Patents

Abstract

The present invention is to provide a quilt and a manufacturing method without a quilted wire that is made of cotton, the cotton is not quilting inside the quilt, there is no quilted wire is produced in a luxury shape.
The quilted duvet without a quilted line of the present invention includes a fabric portion forming an outer cover of the blanket; and an insulation portion filling the interior of the blanket for thermal insulation or insulation; and the fabric portion includes a first fabric and a second fabric. In addition, the insulation part, the first fabric and the second fabric may be sewn along the edge of the laminated state.
The quilted duvet manufacturing method of the present invention is called both sides of the first fabric outer surface and the first fabric inner surface forming the outer cover of the quilt, and both sides of the second fabric is the second fabric outer surface and When referred to as the second fabric inner surface, the first fabric outer surface and the second fabric outer surface contacting the stacking step of laminating the first fabric and the second fabric; and the first fabric inner surface or the Laminating step of laminating the insulating portion to contact the inner surface of the second fabric to fill the interior of the duvet; and the first fabric, the second fabric and the second fabric in the state that the first fabric, the second fabric and the insulation And a suture stitching step of suture stitching to suture the edges of the insulating portion together; and a flipping step of inverting between the first fabric and the second fabric.

Description

Quilted quilt and manufacturing method {A BED COMFORTERS AND MANUFACTURING METHOD FOR SAME}

The present invention relates to a quilt and a method for manufacturing a quilt without a cotton, a cotton is not quilting inside the quilt, there is no quilting line is produced in a luxurious shape.

Quilts help maintain a good body temperature during sleep. Therefore, it is good that the heat insulation is good and light cotton fiber mixed. In addition, futons that absorb and release sweat well are advantageous for temperature control. Various types of duvets such as microfiber, wool, goose, and duck hair can be used inside the duvet. In order to prevent the quilt from being pushed into some areas inside the quilt, the quilt is quilted, so that the cotton is sewn together inside and outside to prevent the cotton from being pushed between the fabric and the fabric. In this case, the design of the fabric may be impaired because the fabric is wrinkled along the quilted line.

Korean Patent Publication No. 2001-0083507 discloses a quilted blanket.

Korean Laid-Open Patent Publication No. 2001-0083507

The present invention is to provide a quilt and a manufacturing method without a quilted wire that is made of cotton, the cotton is not quilting inside the quilt, there is no quilted wire is produced in a luxury shape.

Technical problems to be achieved by the present invention are not limited to the above-mentioned technical problems, and other technical problems not mentioned above will be clearly understood by those skilled in the art from the following description. Could be.

Quilted linen-free comforter of the present invention includes a fabric portion forming the outer cover of the blanket; and an insulating portion to fill the interior of the blanket for insulation or heat insulation; the fabric portion includes a first fabric and a second fabric In addition, the heat insulation part, the first fabric and the second fabric may be sewn and sewn along the edge of the laminated state.

The quilted duvet manufacturing method according to the present invention is called both sides of the first fabric outer surface and the first fabric inner surface forming the outer cover of the quilt, and both sides of the second fabric is the second fabric outer surface and When referred to as a second fabric inner surface, the first fabric outer surface and the second fabric outer surface contacting the stacking step of laminating the first fabric and the second fabric; and the first fabric inner surface or the Laminating step of laminating the insulating portion to contact the inner surface of the second fabric to fill the interior of the duvet; and the first fabric, the second fabric and the second fabric in the state that the first fabric, the second fabric and the insulation And a suture stitching step of suture stitching to suture the edges of the insulating portion together; and a flipping step of inverting between the first fabric and the second fabric.

The quilted duvet without the quilted wire of the present invention is fixed to a separate supporting member provided inside the duvet, so that the needle sweat by the quilted wire does not exist outside the duvet.

The quilted quilt of the present invention has a structure in which the needle stitches at the edges of the quilt secure the insulator, since the insulating part is sewn together along the circumference of the first fabric and the second fabric. Can be prevented.

Quilted linen-free comforter of the present invention includes a cushion member made of cotton for warming, including a support member in combination with the cushion member to prevent the cushion member from being directed to some region of the interior of the comforter, cotton in some areas It can be prevented from being driven to.

The quilted duvet without the present invention includes a support member having a stiffness and restoring force of a predetermined value or more, so that the duvet can maintain a constant shape.

1 is a perspective view showing a structure in which the fabric and the insulation of the quilted duvet-free duvet of the present invention are laminated.
Figure 2 is a perspective view showing a structure in which the fabric of the quilt without a quilted line of the present invention is laminated.
3 is a perspective view showing suture stitching of a quilted wireless blanket of the present invention.
Figure 4 is a perspective view showing the lamination state of each material after the quilted duvet without a quilted line of the present invention.
5 is a perspective view showing a structure in which the warming portion of the quilt without a quilted wire of the present invention is manufactured.
6 to 9 are perspective views showing the insulating portion of the quilt without a quilted wire of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In this process, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of description. In addition, terms that are specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. Definitions of these terms should be made based on the contents throughout the specification.

1 is a perspective view showing a structure in which the fabric and the insulating portion 100 of the quilted duvet having no quilted wire of the present invention are stacked. Figure 2 is a perspective view showing a structure in which the fabric of the quilt without a quilted line of the present invention is laminated. Figure 3 is a perspective view showing the sewing stitch 151 of the quilted linen of the present invention. Figure 4 is a perspective view showing the laminated state of each material after the quilted lineless comforter of the present invention is completed. 5 is a perspective view illustrating a structure in which the insulating portion 100 of the quilted wire without a quilted wire of the present invention is manufactured. 6 to 9 are perspective views showing the insulating portion 100 of the quilt without a quilted wire of the present invention.

Hereinafter, with reference to FIGS. 1 to 9, a detailed configuration and function of a quilted blanket without the present invention will be described.

The quilted duvet without a quilted wire of the present invention may include a distal portion forming an outer shell and an insulating portion 100 filling the interior of the duvet for thermal insulation or heat insulation.

The fabric part may secure a seam allowance of a predetermined length in a state in which two fabrics are stacked, and then stitch sewing 151 along the edge to form an outer surface. Seam allowance means the butterfly of the fabric from the sewing line to the end of the fabric. The sewing stitch 151 may be made along the perimeter of the fabric portion. At this time, instead of sewing all the sewing 151 along the periphery of the fabric, a certain area may be left and the sewing sewing 151 may be performed. The seam stitched 151 to the area can be reversed to direct the seam allowance to the interior of the duvet. As shown in FIG. 3, the stitching sewing 151 starts sewing at the starting point 155 and is sewn along the edge of the distal end, and forms the ending point 157 at a point spaced from the starting point 155 by a predetermined distance. You can secure a certain area that can be reversed.

Specifically, the flipping process may be performed as follows. An opening 153 may be formed in the predetermined region provided at one side of the sealed fabric. Through the space generated by opening the two fabrics in the opening portion 153, the seam of the other fabric may be pulled upside down.

As shown in FIG. 2, two fabrics of the fabric portion are referred to as a first fabric 210 and a second fabric 230, respectively, and both surfaces of the first fabric 210 are respectively represented by the first fabric inner surface 211 and the fabric. The first fabric outer surface 213, and when both surfaces of the second fabric 230 are referred to as the second fabric inner surface 231 and the second fabric outer surface 233, respectively, the first fabric outer surface 213. The second fabric outer surface 233 may be stacked to face the sewing stitch 151. Thus, if the fabric is inverted after the sewing stitch 151, the first fabric outer surface 213 and the second fabric outer surface 233 may be located outside.

That is, the first fabric inner surface and the second fabric inner surface 231 are the surfaces in contact with the heat insulating part 100 in the state where the quilt is completed, and the first fabric outer surface 213 and the second fabric inner surface 231. ) Forms the outer surface when the blanket is completed and may be a surface contacted by a real person in use.

As shown in FIG. 3, the first fabric 210 and the second fabric 230 are kept warm in a state where the first fabric outer surface 213 and the second fabric outer surface 233 are stacked to face each other. ) May be further stacked in contact with the first fabric inner surface 211 or the second fabric inner surface 231 to suture stitching 151. The first fabric 210, the second fabric 230, and the heat insulating part 100 are cut to the same area, and the sewing stitch 151 is the first fabric 210, the second fabric 230, and the heat insulating part. It can be made after securing a seam allowance of a predetermined length along the edge in the state that the 100 is stacked. At this time, a certain section at the edge does not suture sewing (151). The constant pitch may be used as an opening 153 for flipping the duvet after sewing stitching 151.

As shown in FIG. 4, after the sewing stitch 151 is turned upside down between the first fabric 210 and the second fabric 230, the thermal insulation part 100 may be naturally positioned inside the duvet.

Specifically, a space between the facing first fabric outer surface 213 and the second fabric outer surface 233 may be opened through the opening 153 provided at one side of the duvet. The gap can be pulled out and pulled out to turn the blanket over. At this time, the seam allowance may naturally face the inside of the bedding.

Since the heat insulating part 100 is sewn together 151 along the circumferences of the first fabric 210 and the second fabric 230, needle stitches at the edges of the duvets are configured to fix the heat insulating part 100. Insulating portion 100 can be prevented from being squeezed inside the blanket.

The warming part 100 includes a cushion member 110 made of cotton for keeping warm, and a support member 130 which is combined with the cushion member 110 to prevent the cushion member 110 from being directed to some region of the inside of the duvet. can do.

The cushion member 110 may include at least one or more of wool, cotton, wool (goose down, down, etc.), polyester chemical cotton, silk cotton, tencel, modal, rayon as cotton for keeping warm. .

Wool wool is a wool made from shearing wool, which can be classified into general wool and washable wool, which are not washable. Wool cotton is light and warm enough to be used for winter bedding. It has better water absorption and discharge characteristics than other fibers.

Cotton wool can be made from the cotton collected from cotton flowers. It is a vegetable material and has pores naturally, so it is excellent in heat retention.

Feathers are made of natural animal materials such as goose down and duck down. Feathers are light in weight and have excellent warmth. It also eliminates excessive moisture and is highly absorbent and breathable.

Polyester chemical batting is a cotton prepared by chemical treatment. Cloud batting, polysomes, hylons and the like may belong to the chemical batting. Chemical cotton may be highly resilient and easy to wash.

The pongee batt may be a cotton made of silk extracted from the cocoon.

Rayon treats wood or cotton crumbs with a suitable chemical method to produce pulp of pure fibre, chemically dissolve it, and then coagulate it into fibrous form.

Modal is a cellulose fiber produced mainly from wood, and is a high-strength rayon that compensates for the strong deterioration and shrinkage in water, which is the biggest disadvantage of existing viscose fiber. It retains the high quality of existing rayon's high-quality gloss, silk touch, and drape, and has excellent absorbency. Modal is a natural material that retains its initial shape even after several washings with little detergent residue left during washing. Rayon uses various types of wood pulp as raw materials, while modal can only be made of beech pulp.

Tencel is a kind of strong rayon, which is a rayon fiber developed to overcome the shortcomings of the first strong rayon, Polynosic or Modal, and can be classified as a Lyocell fiber. Since Tencel is manufactured by extracting by physical method without going through chemical process, the manufacturing process may not release substances harmful to humans or destroying nature. It is eco-friendly and pollution-free because it excludes all toxic chemicals. Tensen can be made from environmentally friendly vegetable fibers extracted from eucalyptus trees. Because wood is a raw material, it can quickly absorb and release moisture from the body.

The support member 130 may be a cloth that has been brushed. Specifically, it may be a cloth having a lint on the surface of the cloth by scratching or pulling the fibers constituting the cloth.

The fluff of the support member 130 is coupled to the cotton of the cushion member 110, it is possible to prevent the cotton from being separated in the combined position when the support member 130 and the cushion member 110 in the initial contact.

The fluff of the support member 130 may maximize the frictional force when contacting the inner surface of the first fabric 211 or the inner surface of the second fabric 231 to prevent the insulation 100 from being squeezed in some areas inside the blanket. . In addition, the lint of the support member 130 may help to adhere to the inner surface of the first fabric inner surface 211 or the second fabric 230 to facilitate the cushioning of the insulating portion 100 to be transferred to the outside of the blanket. have.

The support member 130 is a material having a stiffness and restoring force of a predetermined value or more, and may allow the quilt to maintain a constant shape.

The cushion member 110 and the support member 130 may be combined with the coupling stitching 135. As shown in FIG. 5, in a state in which the cushion member 110 is wound on the cushion member roller 111 and the support member 130 is wound on the support member roller 131, the cushion members 110 of the rollers are respectively. And as the support member 130 is released, the cushioning member 110 and the support member 130 by the sewing machine 410 may be coupled to the coupling stitching (135). As shown in FIG. 6, the coupling stitch 135 may be sewn by the sewing device 410 in the longitudinal direction in which the cushion member 110 or the support member 130 is released. As shown in Figs. 7 to 8, when the cushion member roller 111 and the support member roller 131 are released, the cushion member roller 111, the support member roller 131 or the sewing machine 410 Coupling stitching 135 in a wave or zigzag shape may be formed while the pulley reciprocates in a direction perpendicular to the longitudinal direction.

The stitching of the stitching stitch 135 may be formed in a straight line, but by being formed in a wave or zigzag shape, the cushion member 110 and the support member 130 may be more firmly coupled.

After the combined sewing 135 operation, the thermal insulation unit 100 to which the cushion member 110 and the support member 130 are coupled may be cut to a predetermined length in consideration of the size of the duvet. Accordingly, as shown in FIG. 9, the warming part 100 may have a seam 133 by coupling stitching 135 at one end and the other end thereof.

That is, the thermal insulation part 100 may include a thread of the coupling stitch 135 connected from one end to the other end. The thread of the engagement stitch 135 refers to the thread used in the engagement stitch 135.

As shown in Figure 6 to 8, the warming portion 100 may include a needle stitched from one end to the other end by the coupling stitching (135).

Quilting without a quilted line of the present invention by coupling the cushion member 110, which is a cotton to the support member 130, by fixing the support member 130 with a suture stitching 151 only at the edge of the fabric to form a blanket cover, The quilted line does not appear in the center of the duvet, which completely prevents cotton from getting into some areas inside the duvet.

Hereinafter, the specific method of manufacturing the comforter without the quilted wire of this invention is demonstrated.

In the quilted wireless manufacturing method of the present invention, both surfaces of the first fabric 210 forming the outer skin are referred to as the first fabric outer surface 213 and the first fabric inner surface 211, and the second fabric 230 When both surfaces of the second fabric are referred to as the second fabric outer surface 233 and the second fabric inner surface 231, the first fabric outer surface 213 and the second fabric outer surface 233 are brought into contact with each other. ) And stacking the second fabric 230, the heat insulating portion 100 to fill the interior of the blanket by contacting the first fabric inner surface 211 or the second fabric inner surface 231, the first Suture stitches 151 for sealing the edges of the first fabric 210, the second fabric 230, and the thermal insulation part 100 in a state in which the fabric 210, the second fabric 230, and the heat insulation part 100 are stacked. ), And inverting between the first fabric 210 and the second fabric 230.

The first fabric 210 and the second fabric 230 in the step of stacking the first fabric 210 and the second fabric 230 by contacting the first fabric outer surface 213 and the second fabric outer surface 233. ) May include cutting to the same dimension.

Insulating the insulation 100 to fill the interior of the blanket by contacting the first fabric inner surface 211 or the second fabric inner surface 231 is the first fabric 210 or the second fabric It may include cutting to the same size as the fabric 230.

Since the first fabric 210, the second fabric 230 and the thermal insulation part 100 is stitched along the circumference in the overlapping state and then reversed to complete the blanket, the first fabric 210, the second fabric 230 and the heat insulating part 100 may be cut to the same size.

The thermal insulation unit 100 is combined with the cushion member roller 111 and the cushion member 110 wound around the cushion member 110 made of cotton for keeping warm, thereby preventing the cushion member 110 from being directed to a part of the interior of the duvet. Unwinding step of releasing the cushion member 110 and the support member 130 from the support member roller 131 wound to the support member 130, the cushion member 110 is released from the cushion member roller 111 and the support member roller 131 ) And stitching to combine the supporting member 130 and the sewing member 135, the cushion member 110 and the supporting member 130 which are combined to have the same dimensions as the first fabric 210 or the second fabric 230. It may be manufactured including a cutting step of cutting.

Suture stitches for sealing the edges of the first fabric 210, the second fabric 230, and the thermal insulation part 100 in a state in which the first fabric 210, the second fabric 230, and the heat insulation part 100 are stacked. Needle stitch of the sewing stitch 151 in the step 151 may be formed except a portion of the circumference of the first fabric 210 and the second fabric 230. After sewing the stitching 151, the stitches may not be formed, and the duvet may be completed by inverting between the first fabric 210 and the second fabric 230.

Although embodiments according to the present invention have been described above, these are merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent embodiments of the present invention are possible therefrom. Therefore, the true technical protection scope of the present invention will be defined by the following claims.

100 ... thermal insulation 110 ... cushion member
111 Cushion member roller 130 Support member
131 ... support member roller 133 ... seam
135 ... Combined stitching 151 ... Sewing stitching
153 ... opening 155 ... starting point
157 ... endpoint 210 ... first fabric
211 ... Inside 1st fabric 213 ... Outside 1st fabric
230 ... Second Fabric 231 ... Second Fabric Inside
233 ... Secondary outer face 410 ... sewing machine

Claims (12)

delete delete delete delete delete delete delete delete When both sides of the first fabric forming the outer cover of the blanket is called the first fabric outer surface and the first fabric inner surface, and both sides of the second fabric is called the second fabric outer surface and the second fabric inner surface,
A fabric stacking step of stacking the first fabric and the second fabric by contacting the first fabric outer surface and the second fabric outer surface;
A lamination step of laminating a thermal insulation part filling the interior of the quilt by contacting the inner surface of the first fabric or the inner surface of the second fabric;
A suture stitching step of suture stitching in which the edges of the first fabric, the second fabric, and the insulation portion are stitched together in the state in which the first fabric, the second fabric, and the insulation portion are stacked;
A flipping step of inverting between the first fabric and the second fabric;
A cushion member roller wound with a cushion member made of cotton for keeping warm, and a support member roller wound with a support member having rigidity and restoring force to prevent the cushion member from being drawn to a part of the interior of the duvet by being combined with the cushion member. Become,
In the insulating portion lamination step,
The thermal insulation unit,
Unwinding the cushion member and the support member from the cushion member roller and the support member roller;
A stitching step of stitching the cushion member and the support member loosened from the cushion member roller and the support member roller;
And a cutting step of cutting the cushion member and the support member joined by the stitching to be equal to the size of the first fabric or the second fabric,
The flipping step is to take out the other side of the first fabric and the second fabric through the opening between the two formed on one side of the first fabric and the second fabric laminated with each other,
The suture stitching step includes forming a needle stitch of the suture stitch except for the opening area of the circumferences of the first fabric and the second fabric such that the opening is formed at one side of the first fabric and the second fabric. Lineless quilt manufacturing method.
The method of claim 9,
In the insulating portion lamination step,
The insulating part is a quilted line manufacturing method without a quilted line comprising the step of cutting to the same size as the first fabric or the second fabric.
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