JP3139021U - Bra cup structure with multi-stage hold function - Google Patents

Abstract

A brassiere cup structure having a multi-stage hold function is provided.
A brassiere cup structure having a multi-stage hold function, in which a first unidirectional elastic woven fabric having a large area is bonded to one side of a cup material of an elastic fiber knitted fabric, A small-area second unidirectional woven fabric is bonded onto the surface of the unidirectional woven fabric, and the elastic expansion / contraction direction of the second unidirectional elastic woven fabric intersects the first unidirectional elastic woven fabric. Thus, the hot-pressed cup forms an inelastic portion, a single-direction elastic region, an omni-directional elastic region, and has different elasticity, supportability, and spreadability. Provide multi-stage support function.
[Selection] Figure 3

Description

  The present invention relates to a cup of a brassiere, and more particularly to a cup structure that provides different elasticity, supportability and spreadability at different positions of the cup and has a multi-stage hold function.

Bras are worn directly by women, and in recent years there has been an increasing demand for the quality of women's bras. Many want quality and comfort when worn, and the breast-supporting cup is the most important part of a bra and has some impact on market competitiveness.

At present, there are two types of cup structures that are often seen: a cotton cup and a urethane cup, and the cotton cup is one in which an outer surface fabric is bonded to the surface of a low-elasticity non-woven fabric. This type of cup has the properties of low spread and low elasticity of non-woven fabric, and has excellent supportability, but it is easily deformed when used for a long time or when washed with water, and its elasticity and covering properties are poor. There are drawbacks such as bad feeling. Urethane cups have inner and outer surface fabrics bonded to a highly elastic urethane surface, and this cup has a function of high spread and high elasticity, and provides a comfortable wearing feeling to the user. Bad coverage. Also, in any cup, the elasticity, supportability, and spreadability of each part are the same, and it is impossible to provide a multistage function corresponding to the requirements of each part. The nature is bad.

The present invention provides a brassiere cup structure having a multi-stage hold function, and an object thereof is to solve the above-described problems.

  The brassiere cup structure having a multi-stage hold function according to the present invention has a large-area first single at an appropriate position on one side of an elastic fiber knitted fabric (cup material) (polyester or polyester + spandex elastic net). Direction elastic knitted fabric, and a second unidirectional woven fabric with a small area is bonded onto the surface of the first unidirectional woven fabric, and the elastic expansion and contraction direction of the second unidirectional elastic woven fabric Is crossed with the first unidirectional elastic woven fabric, and the overlapping portion of the first single elastic woven fabric and the second single knitted fabric forms an inelastic portion, whereby the hot-pressed cup is different. Forms areas of elasticity, supportability and extensibility.

Each part of the cup of the present invention has different elasticity, supportability, and spreadability, providing excellent concentration, hold effect and covering effect, compressing the chest and causing other discomfort There is nothing.

In the present invention, a specific portion is designed to be inelastic, and a brassiere has preferable supportability.

  According to the present invention, the brassiere cup forms areas of different elasticity, supportability and spreadability, providing excellent concentration, hold effect and wrapping effect, compressing the chest and other imperfections. There is no pleasure. Further, the specific portion is designed to be inelastic, and the brassiere has preferable supportability.

As shown in FIGS. 1 to 3, the present invention provides a suitable position of a strap and an under belt fixing edge on one side of an elastic fiber knitted fabric 10 (polyester or polyester + spandex elastic net) having an appropriate shape. The first unidirectional elastic woven fabric 20 having a large area is bonded to the first unidirectional elastic woven fabric 20 so that the directionality of the first unidirectional elastic woven fabric 20 extends obliquely from the strap fixing edge to the other side. A small area second unidirectional knitted fabric 30 is bonded to the outside of the surface of the unidirectional knitted fabric 20, and the elastic expansion / contraction direction of the second unidirectional elastic woven fabric 30 is the first unidirectional knitted fabric 30. Crossed with the unidirectional elastic woven fabric 20. Subsequently, it is placed in a mold and a three-dimensional cup is molded by a hot-press method, and the overlapping portion of the first single elastic knitted fabric 20 and the second single knitted fabric 30 of the cup is about 1 / inside of the cup. An inelastic portion A occupying an area of 3 is formed. The non-overlapping portion of the first single elastic woven fabric 20 and the second single knitted fabric 30 of the cup forms a unidirectional elastic region B that occupies an area of about 1/3 of the inside of the cup. The portions other than the elastic woven fabric 20 form an omnidirectional elastic region C that occupies an area of about 1/3 of the inner surface of the cup, whereby the cup forms different regions of elasticity, supportability, and extensibility. To do.

As shown in FIG. 4, when the cup is worn as a brassiere, the inelastic region A of the cup affects the ability to support the breast and the breast is centered. The single elastic region B has a comfortable concentration and lifting effect. The omnidirectional elastic region C provides a full spreading effect.

FIG. 5 is a view showing another embodiment of the present invention, in an appropriate position near the bottom edge of one side of an elastic fiber knitted fabric 10 ′ (polyester or polyester + spandex elastic net) having an appropriate shape. The first unidirectional elastic knitted fabric 20 ′ having a large area is bonded, and the second unidirectional knitted fabric 30 ′ having a small area is disposed near the outside of the surface of the first unidirectional elastic woven fabric 20 ′. And the elastic expansion / contraction direction of the second unidirectional elastic woven fabric 30 ′ is crossed with the first unidirectional elastic woven fabric 20 ′. Subsequently, it is placed in a mold and a three-dimensional cup is molded by a hot-press method, and the overlapping portion of the first single elastic woven fabric 20 ′ and the second single knitted fabric 30 ′ of the cup is an inelastic portion A. 'Form. The non-overlapping portion of the first single elastic fabric 20 'and the second single elastic fabric 30' of the cup forms an elastic region B 'in a single direction. Sites other than the first single elastic woven fabric 20 'form an omni-directional elastic region C', whereby the cup forms different elastic, supportable and spreadable regions.

The following effects can be obtained by the structure of the embodiment described above.
1. The cup forms inelastic regions A and A ′, unidirectional elastic regions B and B ′, and omnidirectional elastic regions C and C ′, and has multistage different elasticity, supportability and spreadability. It provides excellent concentration and wrapping, and does not cause chest compressions or other discomfort when worn.
2. The specific part is designed in the inelastic regions A and A ′, the brassiere has preferable supportability, and does not deform when worn.

  In the present invention, preferred embodiments have been disclosed as described above. However, these are not intended to limit the present invention, and any person who is familiar with the technology can use various methods within the spirit and scope of the present invention. Therefore, the protection scope of the invention is based on the contents specified in the claims of the utility model.

It is a three-dimensional exploded view of the present invention. It is a top view before shape | molding to the cup of this invention. It is a top view after shaping | molding on the cup of this invention. It is a structural diagram of the brassiere of the present invention. FIG. 6 is a plan view after molding into a cup according to another embodiment of the present invention.

Explanation of symbols

10, 10 'elastic fiber knitted fabric 20, 20' first unidirectional elastic knitted fabric 30, 30 'second unidirectional elastic knitted fabric
A, A 'Inelastic region
B, B 'Unidirectional elastic region
C, C 'omnidirectional elastic region

Claims (5)

A brassiere cup structure having a multi-stage hold function, wherein a first unidirectional elastic knitted fabric having a large area is bonded to an appropriate position on one side of an elastic fiber knitted fabric of an appropriate shape, and A second unidirectional woven fabric with a small area is bonded onto the surface of the first unidirectional knitted fabric, and the elastic stretch direction of the second unidirectional elastic woven fabric is the first unidirectional elastic The first single elastic knitted fabric and the second single knitted fabric overlap each other, and an overlap portion of the first single elastic woven fabric and the second single knitted fabric forms an inelastic portion, and the first single elastic woven fabric and the second single knitted fabric A brassiere cup structure having a multi-stage hold function, wherein the non-overlapping portions of each form an elastic region in a single direction, and portions other than the first single elastic woven fabric form an elastic region in all directions. The brassiere cup having a multi-stage hold function according to claim 1, wherein the first single elastic knitted fabric is bonded to an appropriate position between a strap of an elastic fiber knitted fabric and an under belt fixing edge. Construction. 2. The brassiere cup structure having a multi-stage hold function according to claim 1, wherein the first single elastic knitted fabric is bonded to an appropriate position near the bottom edge of the elastic fiber knitted fabric. 2. The brassiere cup structure having a multistage hold function according to claim 1, wherein the second single elastic knitted fabric is bonded to each outer ground of the first single elastic woven fabric. The brassiere having a multistage hold function according to claim 1, wherein each of the inelastic region, the unidirectional elastic region, and the omnidirectional elastic region occupies one third of the area inside the cup. Cup structure.

Images