TWM644914U - Composite multifunctional brassiere cup - Google Patents

Abstract

This invention creates a composite multifunctional cup. The cup includes: a three-dimensional inner cover and an outer layer. The three-dimensional inner cover includes: at least one three-dimensionally cut and formed splicing cloth and a plurality of connecting strips. The at least one splicing cloth is spliced together, and the three-dimensional inner cover is spliced together. A plurality of connecting strips are attached to the two opposite sides of the at least one splicing cloth, and a fixing means is used to combine and connect the at least one splicing cloth with the plurality of connecting strips. The three-dimensional inner cover has an inner concave part and an outer convex part. The outer layer is provided on the outer convex part of the three-dimensional inner cover to cover the outer convex part of the three-dimensional inner cover; thereby, not only can different parts of the cup have different functions of lifting, supporting and extending, but also can achieve The purpose is to have a beautiful appearance and improve wearing comfort.

Description

Composite multi-function cup

This invention relates to a bra cup, especially a composite multifunctional cup.

According to reports, bras are the most intimate clothing for women. In today's environment where the quality of life of Chinese people has generally improved, the sophistication of bra products has never been the same. Therefore, consumers' requirements for the quality and comfort of bras have also increased relatively. However, Among bra products, the most direct impact on consumers’ wearing quality and comfort is the cup that covers and supports the breasts. Therefore, the structure and design of the cup are actually the most important aspect of a bra and have a certain impact on market competitiveness. influence.

At present, there are two main types of underwear cup structures, one is one-piece hot pressing molding, and the other is tailoring and sewing splicing molding.

Among them, the tailoring, sewing and splicing molding cup uses a three-dimensional pattern with a preset single or multiple planes to be sewn and spliced, so that the cutting cloth deforms and combines with each other into a three-dimensional shape. The three-dimensional tailoring pattern is very commonly used in clothing. The main function of the process is to convert flat materials into 3D surfaces, showing shapes such as arcs, ellipses, and pointed cones, making the clothes more suitable for wearing and showing the design style. This kind of tailoring, sewing and splicing molded cups, because they are The sewing method is used to directly connect the fabrics, so it requires skilled craftsmen, production management and complicated processes. The sewing lines are quite thick and wide, so that the obvious sewing lines can be seen on the outside, which limits the aesthetics. In addition, The sewing and molding process has a large error value, which will also prevent the finished product from showing a smooth appearance, making the cup shape produced not as expected.

In view of the above-mentioned shortcomings of the conventional tailoring, sewing and splicing of molded cups, the creator thought about the idea of creation. After many discussions, trial samples, and many revisions and improvements, he came up with this creation.

This invention provides a composite multi-functional cup. The cup includes: a three-dimensional inner cover. The three-dimensional inner cover includes: at least one three-dimensionally cut and formed splicing cloth and a plurality of connecting strips. The outer periphery of each splicing cloth has at least one connecting edge. The at least one splicing cloth is spliced through the connecting edges, and the plurality of connecting strips are attached to the opposite sides of the at least one splicing cloth, and a fixing means is used to combine and connect the at least one splicing cloth with the plurality of connecting strips. The three-dimensional inner cover has an inner concave part and an outer convex part, the inner concave part is in the inward direction, and the outer convex part is in the outer direction; and an outer layer is provided on the outer convex part of the three-dimensional inner cover to cover the The outer convex part of the three-dimensional inner cover.

The main purpose of creating a composite multi-functional cup is that its three-dimensional inner cover is spliced by at least one spliced fabric and combined with connecting strips. This not only reduces the sewing appearance, but also can be matched with different material patterns to enhance functionality. Different parts of the cup have different functions of lifting, supporting and extending, which improves wearing comfort, shape retention and durability after washing. It can also simplify the pattern, reduce sewing time and cost, and achieve the purpose of beautiful appearance.

The following is a further description of the preferred embodiments of the invention in conjunction with the drawings, in order to enable those who are familiar with the technology related to the invention to implement the invention in accordance with the statements in this specification.

First of all, please refer to the first to fourth figures. This invention creates a composite multi-functional cup. The cup 1 includes: a three-dimensional inner cover 10, an outer layer 20, at least one interlayer 30 and at least one support piece 40. .

The three-dimensional inner cover 10 includes: at least one three-dimensional cut-shaped splicing fabric 11 and a plurality of connecting strips 12. Each splicing fabric 11 has at least one connecting edge 111 on its outer periphery, and the at least one splicing fabric 11 is spliced through the connecting edges 111. , forming a plurality of joint lines 112 between the at least one splicing cloth 11, and the plurality of connecting strips 12 are elongated sheet-shaped bodies, which are attached to the two opposite sides of the at least one splicing cloth 11, and are fixed by sewing on both sides. Rows of sewing lines 13 connect the at least one patchwork fabric 11 with the plurality of connecting strips 12, and shield the above-mentioned joining lines 112 to form a predetermined three-dimensional version. The three-dimensional inner cover 10 has an inner recess 14 With an outer convex part 15, the inner concave part 14 is in the inner direction, and the outer convex part 15 is in the outer direction, the at least one splicing cloth 11 has different characteristics (such as lifting, support and extension, etc.), the at least one splicing cloth 11 The at least one splicing cloth 11 can be of the same or different colors, and the at least one splicing cloth 11 can be a non-woven patch, a vertical cotton patch, a sponge patch, a cloth patch, a non-woven patch, a cloth patch, an upright cotton patch, a cloth patch sponge, or Cloth patches, single fabrics, thermoplastic rubber (TPR) patches, thermoplastic elastomer (TPE) patches, ethylene/vinyl acetate copolymer (EVA) patches, thermoplastic polyurethane (TPU) patches...etc., the above-mentioned fabrics It can be breathable mesh cloth, far infrared cloth, bamboo carbon cloth, silver ion cloth, graphene cloth, cooling functional cloth, heating functional cloth, antibacterial cloth, brushed cloth, printed cloth, sandwich cloth or elastic cloth...etc. In the first preferred embodiment, the at least one splicing cloth 11 is three splicing cloths 11A, 11B, and 11C.

The outer layer 20 is disposed on the outer protrusion 15 of the three-dimensional inner cover 10 and is integrated with the three-dimensional inner cover 10 by hot pressing to cover the outer protrusion 15 of the three-dimensional inner cover 10. The outer layer 20 The side facing away from the three-dimensional inner cover 10 can be printed, embroidered or jacquard. The outer layer 20 can be infrared cloth, bamboo carbon cloth, silver ion cloth, graphene cloth, cooling functional cloth, heating functional cloth, antibacterial cloth, Brushed cloth, printed cloth, sandwich cloth or elastic cloth...etc.

The interlayer 30 is disposed between the three-dimensional inner cover 10 and the outer surface 20. The interlayer 30 can be a cotton layer, a cotton pad, a film, a rubber mesh, a film, an insert, a lining cloth, an injection molded sheet or a support sheet, etc. The film, rubber mesh, and film can be made of thermoplastic rubber (TPR), thermoplastic elastomer (TPE), ethylene/vinyl acetate copolymer (EVA), thermoplastic polyurethane (TPU), and other materials.

The support piece 40 is disposed between the three-dimensional inner cover 10 and the interlayer 30 to enhance the shaping and supporting functions of the cup, strengthen the fixation of the wearer's breast shape and position, and prevent the breast from expanding and deforming.

Furthermore, as shown in the fifth figure, it is the second preferred embodiment of the composite multi-functional cup of the present invention. The difference between the second preferred embodiment and the above-mentioned first preferred embodiment lies in the sewing line 13 It is a continuous zigzag type, whereby the at least one splicing fabric 11 is connected with the plurality of connecting strips 12 by the continuous zigzag sewing line 13, and the above-mentioned joining line 112 is shielded.

As shown in Figures 6 to 8, it is the third preferred embodiment of the composite multi-functional cup of the present invention. The difference between the third preferred embodiment and the above-mentioned first preferred embodiment lies in the part of the cup 1 The three-dimensional inner cover 10 and the outer cover 20 are connected and have two connected cup parts 1A. A ridge part 1B is formed between the two cup parts 1A of the cup 1. This connected mode design can greatly improve the accuracy of the size. The dimensional symmetry and the stability of the length after sewing make the volume of the underwear mold cup more consistent, which also solves the instability of sewing personnel's quality and helps to increase the output. The at least one support piece 40 includes two first support pieces. 41 and a second support piece 42. The two first support pieces 41 are provided between the three-dimensional inner cover 10 and the interlayer 30 of the two cup portions 1A, thereby improving the shaping and supporting functions of the cup and strengthening the fixation of the wearer's breasts. The shape and position prevent the chest from expanding and deforming. The second support piece 42 is provided on the spine 1B between the two cup parts 1A of the cup 1 to strengthen the connection and shaping effect and make the cup 1 more conformable to the wearer. body, as well as lifting and focusing the wearer's breasts to beautify the chest curve.

As shown in Figure 9, it is the fourth preferred embodiment of the composite multi-functional cup of the present invention. The difference between the fourth preferred embodiment and the above-mentioned first preferred embodiment lies in the inner concave portion of the three-dimensional inner cover 10 14 is provided with a bag 16, and the bag 16 is used to accommodate a dumpling pad 17, thereby increasing the effect of raising the breasts.

As shown in Figure 10, it is the fifth preferred embodiment of the composite multi-functional cup of the present invention. The difference between this fifth preferred embodiment and the above-mentioned first preferred embodiment is that it uses ultrasonic welding, high frequency Fixing methods such as welding or thermal stripping replace the sewing method, and extend a base portion 50 from the side edges and bottom edges of the three-dimensional inner cover 10 and the outer layer 20 to effectively improve wearing stability. , good shape retention, retaining the appearance of the mold cup and seamlessly improving the use of underwear design.

As shown in Figure 11, it is the sixth preferred embodiment of the composite multi-function cup of the present invention. The difference between the sixth preferred embodiment and the above-mentioned third preferred embodiment lies in the three-dimensional inner surface of the cup 1 The cover 10 and the outer layer 20 are connected and have two connected cup portions 1A, and a platform portion 50 extends from the side and bottom edges of the three-dimensional inner cover 10 and the outer layer 20 .

From the structure of the above specific embodiment, the following benefits can be obtained:

The composite multi-functional cup of this invention has a three-dimensional inner cover 10 that is spliced by at least one splicing cloth 11. The at least one splicing cloth 11 is combined and connected with a plurality of connecting bars 12 by a fixing means, and is connected to the outer protrusion of the three-dimensional inner cover 10. An outer layer 20 is provided for shielding on the part 15, and an earth platform part 50 can be extended from the side and bottom edges of the three-dimensional inner cover 10 and the outer layer 20, thereby not only reducing the sewing appearance, but also matching different material plates to enhance the function. properties, so that different parts of the cup have different functions of lifting, supporting and extending, improving wearing comfort, shape retention and durability after washing, and simplifying the pattern, reducing sewing time and cost, and achieving the purpose of beautiful appearance. .

1: cup

1A:Cup part

1B:Central part of spine

10: Three-dimensional inner cover

11: patchwork fabric

11A: patchwork fabric

11B: patchwork fabric

11C: patchwork fabric

111: Connect edges

112:Joining wire

12:Connection strip

13:Sewing thread

14: Inner concave part

15:External convex part

16:bag

17: Dumpling mat

20: Outer layer

30:Mezzanine

40:Support piece

41:First support piece

42:Second support piece

50:Tudaibu

The first figure is a three-dimensional view of the first preferred embodiment of the present invention. The second figure is a three-dimensional exploded view of the first preferred embodiment of the present invention. The third figure is a cross-sectional view of the first preferred embodiment of the invention. The fourth figure is a plan view of the first preferred embodiment of this invention. The fifth figure is a plan view of the second preferred embodiment of this invention. The sixth figure is a three-dimensional view of the third preferred embodiment of the invention. The seventh figure is a three-dimensional exploded view of the third preferred embodiment of the present invention. The eighth figure is a plan view of the third preferred embodiment of this invention. The ninth figure is a plan view of the fourth preferred embodiment of this invention. Figure 10 is a plan view of the fifth preferred embodiment of this invention. Figure 11 is a plan view of the sixth preferred embodiment of this invention.

1: cup

10: Three-dimensional inner cover

11: patchwork fabric

111: Connect edges

12:Connection strip

20: Outer layer

Claims (20)

A composite multifunctional cup, the cup includes: A three-dimensional inner cover, the three-dimensional inner cover includes: at least one three-dimensionally cut and formed splicing fabric and a plurality of connecting strips, each of the splicing fabrics has at least one connecting edge on its outer periphery, and the at least one splicing fabric is spliced through the connecting edges, and the A plurality of connecting strips are attached to the two opposite sides of the at least one splicing cloth, and a fixing means is used to combine and connect the at least one splicing cloth with the plurality of connecting strips. The three-dimensional inner cover has an inner concave part and an outer convex part. The inner concave portion is in the inner direction, and the outer convex portion is in the outer direction; and An outer layer is provided on the outer convex part of the three-dimensional inner cover to cover the outer convex part of the three-dimensional inner cover. As for the composite multifunctional cup as claimed in claim 1, the cup further includes at least one interlayer, which is disposed between the three-dimensional inner cover and the outer layer. As for the composite multifunctional cup as claimed in claim 1, the cup further includes at least one support piece, and the support piece is disposed between the three-dimensional inner cover and the outer layer. As for the composite multi-function cup as claimed in claim 2, the cup further includes at least one support piece, and the support piece is disposed between the three-dimensional inner cover and the interlayer. The composite multifunctional cup as claimed in claim 1, wherein the fixing means is sewing. The composite multi-function cup as described in claim 1, wherein the fixing means is ultrasonic welding, high frequency welding or thermal strip bonding. The composite multifunctional bra cup as claimed in claim 1, wherein a plurality of joint lines are formed between the at least one spliced fabric, and the joint lines are shielded by the connecting strip. The composite multifunctional cup as claimed in claim 1, wherein the three-dimensional inner cover is formed into a three-dimensional version by splicing and combining the splicing fabrics, and the three-dimensional inner cover and the outer layer are integrated by hot pressing. The composite multifunctional cup as claimed in claim 1, wherein a platform portion extends from the side edges and bottom edges of the three-dimensional inner cover and the outer layer. A composite multifunctional cup, the cup includes: A three-dimensional inner cover, the three-dimensional inner cover includes: at least one three-dimensionally cut and formed splicing fabric and a plurality of connecting strips, each of the splicing fabrics has at least one connecting edge on its outer periphery, and the at least one splicing fabric is spliced through the connecting edges, and the A plurality of connecting strips are attached to the two opposite sides of the at least one splicing cloth, and a fixing means is used to combine and connect the at least one splicing cloth with the plurality of connecting strips. The three-dimensional inner cover has an inner concave part and an outer convex part. The inner concave portion is in the inner direction, and the outer convex portion is in the outer direction; and An outer layer is provided on the outer convex part of the three-dimensional inner cover to cover the outer convex part of the three-dimensional inner cover; The three-dimensional inner cover and the outer surface are connected and have two connected cup parts. As claimed in claim 10, the composite multi-function cup further includes at least one interlayer, which is disposed between the three-dimensional inner cover and the outer layer of the two cup parts. As claimed in claim 10, the composite multifunctional cup further includes at least one support piece, which is disposed between the three-dimensional inner cover and the outer surface of the two cup parts. As claimed in claim 11, the composite multi-function cup further includes at least one support piece, which is disposed between the three-dimensional inner cover and the interlayer of the two cup parts. The composite multifunctional cup as claimed in claim 12, wherein the at least one supporting piece includes two first supporting pieces and a second supporting piece, and a ridge is formed between the two cup parts of the cup, and the two first supporting pieces The two supporting pieces are arranged on the spine between the two cup parts of the cup. The composite multifunctional cup as claimed in claim 13, wherein the at least one supporting piece includes two first supporting pieces and a second supporting piece, and a ridge is formed between the two cup parts of the cup, and the two first supporting pieces The two supporting pieces are arranged on the spine between the two cup parts of the cup. The composite multifunctional cup as claimed in claim 10, wherein the fixing means is sewing. The composite multifunctional bra cup as described in claim 10, wherein the fixing means is ultrasonic welding, high frequency welding or thermal strip bonding. The composite multifunctional bra cup as claimed in claim 10, wherein a plurality of joint lines are formed between the at least one spliced fabric, and the joint lines are shielded by the connecting strip. The composite multifunctional cup as claimed in claim 10, wherein the three-dimensional inner cover is spliced and combined into a predetermined three-dimensional version through the splicing fabrics, and the three-dimensional inner cover and the outer layer are integrated by hot pressing. The composite multifunctional cup as claimed in claim 10, wherein a platform portion extends from the side edges and bottom edges of the three-dimensional inner cover and the outer layer.

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