JP3215876U - Cup pad structure - Google Patents

Abstract

A cup pad structure for molding a cup pad that is thin, light, breathable, highly elastic, prevents yellowing or deformation, and has excellent elasticity, flexibility and breathability when worn. The cup pad structure includes a cup pad (30). The cup pad 30 includes a sand outer layer 31, a sand inner layer 32, and a plurality of sand intermediate sandwich layers 33 sandwiched between the sand outer layer 31 and the sand inner layer 32. The sand intermediate sandwich layer 33 is formed to be sandwiched between the sand outer layer 31 and the sand inner layer 32 in a multilayer shape depending on the model and depth of the cup, and is press-molded by a mold of the cup. The cup pad 30 is integrally formed, the periphery of the cup pad 30 is crimped, and an outer edge having appropriate flexibility for pressing the bust is provided. [Selection] Figure 2

Description

  The present invention relates to a cup pad structure, and more specifically, it has a thin, lightweight, breathable, and highly elastic structure by means of a multi-layered sandwich sand layer sandwiched between a sand inner layer and a sand outer layer. The present invention relates to a cup pad structure for molding a cup pad that is prevented from being yellowed or deformed and is excellent in elasticity, flexibility and breathability when worn.

  As shown in FIG. 6, the conventional cup pad 10 has a sand outer layer 11, a sand inner layer 12, and an elastic cotton pinching layer 13 whose intermediate pinching layer is made of sponge or cotton. Since the cup pad is integrally formed by press molding of the elastic cotton sandwich layer 13 structure of sponge or cotton sandwiched between the sand inner layer 12 and the sand outer layer 11, the air permeability is low and the entire elastic tactile sensation However, the wearer always feels uncomfortable and feels uncomfortable with steaming, and if the cup is washed multiple times, the sponge sandwich layer may turn yellow or deteriorate, and the aesthetics during wearing may be lost. When the sponge sandwich layer of the cup is rinsed with water after being worn for a certain period of time, there is a drawback that it deforms or wrinkles, which may adversely affect the effect of supporting and covering the bust.

  Therefore, the problem of the present invention is that the cup pad is thin and light, has high elasticity and air permeability, is formed into a three-dimensional lower thick mold shape with an appropriate thickness, has water washing resistance, and is washed with water. It is intended to provide a cup pad structure that is prevented from being yellowed or deformed even after being worn, and that feels comfortable when worn by a user because it has high elasticity and breathability.

  Another problem of the present invention is that the mold of the cup is integrally formed by press molding to form a thin cup pad, the cup pad is thin and light, has high elasticity and air permeability, and is appropriately three-dimensionally. An object of the present invention is to provide a cup pad structure formed into the shape of a lower thick cup pad having a sufficient thickness.

  Therefore, as a result of intensive studies to solve the above-mentioned problems of the present invention, the present inventor has found that a plurality of sandwiched sand intermediate sandwich layers having a plurality of lengths are formed in a multi-layered manner as in the prior art. Focusing on the fact that the above problems can be solved by sandwiching the inner layer with the inner layer and press forming with a mold of a cup, the present invention has been conceived based on such knowledge.

  That is, according to the main object of the present invention, a plurality of sandwiched intermediate sandwich layers are sandwiched between a sand outer layer and a sand inner layer in a multilayer shape, and are press-molded with a cup mold. The pad is integrally molded, the cup pad is thin and light, has high elasticity and breathability, is molded into the shape of the lower thick cup pad with a three-dimensional appropriate thickness, has water wash resistance and is washed with water It is intended to provide a cup pad structure that prevents yellowing or deformation even after being worn, and feels comfortable when worn by a user because it has high elasticity and breathability.

  According to another object of the present invention, a plurality of sand intermediate sandwich layers having the same dimensions as the inner sand layer and the outer sand layer are formed inside the inner sand layer and the outer sand layer with which the multiple sandwich layers are in contact, The mold of the cup is integrally formed by press molding to form a thin cup pad. The cup pad is thin and light, has high elasticity and air permeability, and the shape of the lower thick cup pad with a three-dimensional appropriate thickness An object of the present invention is to provide a cup pad structure molded into the above.

Thus, the gist of the present invention is as described in the following (1) to (4).
(1) A cup pad structure including a cup pad,
The cup pad has a sand outer layer, a sand inner layer, and a plurality of sand intermediate sandwich layers sandwiched between the sand outer layer and the sand inner layer,
The sand intermediate sandwich layer is formed in a multilayered manner depending on the shape and depth of the cup and sandwiched between the sand outer layer and the sand inner layer, and is press-molded by a mold of the cup to form the cup pad. It is integrally molded, the periphery of the cup pad is crimped, has an outer edge with appropriate flexibility to hold down the bust, an elastic convex arc surface is formed in the lower bust, The plurality of sand intermediate sandwich layers are adhered in multiple layers to form a multilayer elastic layer between the sand outer layer and the sand inner layer, molded into an appropriate thickness in three dimensions, thin and light, high air permeability and It has elasticity, prevents yellowing or deformation, has a highly stable cover / support effect, and has high flexibility, elasticity and breathability when worn by the user, so it can be worn comfortably Cup pad Structure.

(2) The cup pad structure according to (1), wherein various customized patterns are printed on the sand outer layer of the cup pad.

(3) The sand intermediate sandwich layer of the cup pad is formed on the inner side of the sand outer layer and the sand inner layer by contacting a plurality of long pieces and short pieces with a plurality of sandwich layers, The cup pad structure according to (1), wherein a cup model having a supporting depth is integrally formed by press molding to form the cup pad having a thick bottom.

(4) The sand intermediate sandwich layer of the cup pad is directly cut-molded into a sheet material having the same dimensions as the inner sand layer and the outer sand layer, and a multilayer sandwich layer is formed inside the outer sand layer and the inner sand layer. The cup pad structure according to (1), wherein the cup pad is integrally formed by press molding to form the thin cup pad.

  The present invention is configured as described above, and can form a cup composed of a layer having high air permeability and elasticity, thereby forming multiple elastic solids. It has a cover support effect with excellent stability, is thin and lightweight, and can be worn comfortably.

FIG. 1 is a perspective view showing a cup pad structure according to an embodiment of the present invention. FIG. 2 is a cross-sectional view illustrating a cup pad structure according to an embodiment of the present invention. FIG. 3 is a partially enlarged view showing the ventilation state of FIG. FIG. 4 is an explanatory view showing an outer surface layer of a cup pad structure according to an embodiment of the present invention. FIG. 5 is a cross-sectional view illustrating a cup pad structure according to another embodiment of the present invention. FIG. 6 is a cross-sectional view showing a conventional sand cup portion.

  First, refer to FIG. FIG. 1 is a perspective view showing a cup pad structure according to an embodiment of the present invention. As shown in FIG. 1, the cup pad structure according to an embodiment of the present invention includes a cup pad 30. The cup pad 30 includes a sand outer layer 31, a sand inner layer 32, and a plurality of sand intermediate sandwich layers 33 sandwiched between the sand outer layer 31 and the sand inner layer 32 and cut. The sand intermediate sandwich layer 33 is composed of a plurality of long pieces 331 and short pieces 332 that are cut and formed according to the shape and depth of the cup. The long strip 331 and the short strip 332 are in contact with each other, and a multi-layer sandwich layer is contacted to form inside the sand outer layer 31 and the sand inner layer 32. A cup model having a predetermined support depth is formed. The cup pad 30 having a thick bottom is formed by press molding, and the periphery of the cup pad is crimped and has an outer edge with appropriate flexibility to hold down the bust, and the inner surface layer 321 of the sand inner layer 32 has An elastic convex arc surface is formed at a position corresponding to the lower part of the breast, and the thicker receiving portion 322 that supports the bust by concentrating upwards has a high air permeability in each layer of the plurality of sand intermediate sandwich layers 33. , The multi-layer length varies, In addition, a plurality of gaps are formed inside the sand outer layer 31 and the sand inner layer 32 supported and abutted, and the high air permeability of each layer of the sand inner layer 32, the sand outer layer 31 and each sand intermediate sandwich layer 33, A cup composed of a layer having high air permeability and elasticity is formed, and the sand intermediate sandwich layer 33, the sand outer layer 31, and the sand inner layer 32 are combined to be molded into a shape having an appropriate thickness with multiple elastic solids, and high It is breathable, elastic and water-resistant, prevents yellowing and deformation even after washing with water, provides a highly stable cover and support effect, and is thin and lightweight when worn by the user It is soft and has high elasticity and breathability, so it is comfortable even when worn.

  Please refer to FIG. As shown in FIG. 4, the outer surface layer 311 of the sand outer layer 31 described above is sewn to the sand outer layer 31, and has a pattern layer (A) integrally sewn on the outer surface layer 311 or a cup mold. A design may be designed according to the model, and a cup having various modeling depths may be press-molded.

  Please refer to FIG. As shown in FIG. 5, a cup pad structure according to another embodiment of the present invention includes a cup pad 40. The cup pad 40 includes a sand outer layer 41, a sand inner layer 42, and a plurality of sand intermediate sandwich layers 43 sandwiched between the sand outer layer 41 and the sand inner layer 42 and cut-molded. The sand intermediate sandwich layer 43 is directly cut and formed into a sheet material having the same dimensions as the sand inner layer 42 and the sand outer layer 41, and the plurality of cut sand intermediate sandwich layers 43 are brought into contact with the multilayer sandwich layer to form the sand outer layer. 41 and the sand inner layer 42 are formed inside, the cup pad is press-molded to integrally mold the thin cup pad 40, the cup pad is integrally molded by press molding, and the inner surface layer 421 of the sand inner layer 42 is made to correspond. A thin cup having an elastic arc surface that can be brought into close contact with the shape of the breast is formed, and the sand outer layer 41, the sand inner layer 42, and the sand layers of each of the plurality of sand intermediate sandwich layers 43 are highly flexible and elastic. And breathable, integrated and bonded to obtain multiple thin cups with elastic solidity, high breathability, elasticity and water resistance, yellowing or deforming even when washed with water A cup never benefit has excellent cover supporting effect on the stability, when a user wears, soft thin, light, comfortable to wear since it has a high elasticity and breathability.

  When the sand outer layer 41 is sewn to the outer surface layer 411 of the sand outer layer 41 described above, various customized patterns or model patterns of cup molds are printed, and a template for press-molding cups having various modeling depths. Is formed.

10 Cup pad 11 Sand outer layer 12 Sand inner layer 13 Elastic cotton sandwich layer 30 Cup pad 31 Sand outer layer 32 Sand inner layer 33 Sand intermediate sandwich layer 40 Cup pad 41 Sand outer layer 42 Sand inner layer 43 Sand intermediate sandwich layer 311 Outer surface layer 321 Inner surface layer 322 Receiving Portion 331 Long piece body 332 Short piece body 411 Outer surface layer 421 Inner surface layer

Claims (4)

A cup pad structure with a cup pad,
The cup pad has a sand outer layer, a sand inner layer, and a plurality of sand intermediate sandwich layers sandwiched between the sand outer layer and the sand inner layer,
The sand intermediate sandwich layer is formed in a multilayered manner depending on the shape and depth of the cup and sandwiched between the sand outer layer and the sand inner layer, and is press-molded by a mold of the cup to form the cup pad. It is integrally molded, the periphery of the cup pad is crimped, has an outer edge with appropriate flexibility to hold down the bust, an elastic convex arc surface is formed in the lower bust, The plurality of sand intermediate sandwich layers are adhered in multiple layers to form a multilayer elastic layer between the sand outer layer and the sand inner layer, molded into an appropriate thickness in three dimensions, thin and light, high air permeability and It has elasticity, prevents yellowing or deformation, has a highly stable cover / support effect, and has high flexibility, elasticity and breathability when worn by the user, so it can be worn comfortably Cup pad Structure.   The cup pad structure according to claim 1, wherein various customized patterns are printed on the outer sand layer of the cup pad.   The sand intermediate sandwich layer of the cup pad is formed on the inner side of the outer sand layer and the inner sand layer by contacting a plurality of long and short strips with a plurality of sandwich layers, and has a predetermined support depth. 2. The cup pad structure according to claim 1, wherein the cup model is integrally formed by press molding to form the cup pad having a thick lower portion.   The sand intermediate sandwich layer of the cup pad is directly cut and formed into a sheet material having the same dimensions as the sand inner layer and the sand outer layer, and a multilayer sandwich layer is formed inside the sand outer layer and the sand inner layer, and press The cup pad structure according to claim 1, wherein the cup pad is integrally formed by molding to form the thin cup pad.

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