CN110250598B

CN110250598B - Clothes with cups

Info

Publication number: CN110250598B
Application number: CN201910626545.6A
Authority: CN
Inventors: 吴廷雅; 汪玉梅; 陈艳
Original assignee: Wacoal China Co Ltd
Current assignee: Wacoal China Co Ltd
Priority date: 2019-07-11
Filing date: 2019-07-11
Publication date: 2020-12-08
Anticipated expiration: 2039-07-11
Also published as: CN110250598A

Abstract

The invention discloses a garment with bra cups, which comprises the bra cups, wherein the integral surface areas of the bra cups comprise elastic areas and non-elastic areas, the elastic areas are formed by elastic materials, and the non-elastic areas are formed by non-elastic materials; the elastic region is at least arranged at the position close to the inner end of the upper edge of the cup; the overall surface area of the cup provided by the invention comprises an elastic area and an inelastic area, and the inelastic area is made of inelastic materials, so that the cup is not easy to deform when being worn and has strong molding capacity; the elastic area is made of elastic materials, and can deform to adapt to the requirements of different individuals when being worn, so that the cups are always attached to the body of a wearer; the elastic area is close to the front part of the upper edge of the cup, and the fitness of the cup after movement can be greatly improved through the deformation of the elastic area; in conclusion, the clothes with the cups have the characteristics of both plastic molding and fitting.

Description

Clothes with cups

Technical Field

The invention relates to the technical field of clothes, in particular to clothes with cups.

Background

Brassiere is a typical garment having breast cups. It is mainly applied to the aspect of female crowd, and the women adjusts the stature through the brassiere, makes the body shape seem more perfect. On the basic premise of pursuing bra molding, the requirement of a user on the wearing comfort of the bra is higher and higher.

The cups of the prior bra are mainly divided into inelastic cups and elastic cups according to different materials, wherein the inelastic cups are completely made of inelastic materials; the elastic cup is a cup made of elastic materials completely.

The inelastic cup is not easy to deform, the molding capacity of the chest is strong, for example, the inelastic cup is more prominent, uplifted, concentrated and the like, but different individuals have differences, the fitness is poor, and particularly, the wearer can easily empty the chest after moving, so that the comfort of wearing the bra is greatly influenced. The elastic material of the elastic cup is easy to pull open and has elasticity, the elastic material can change along with the change of the breast, the fit performance is better, but the elastic cup is not three-dimensional and does not gather together, and particularly the plastic property ratio of the elastic cup to the breast after deformation is poorer.

In view of the above, it is an urgent need to solve the problem of providing a bra cup with strong breast shaping ability and better fit performance when worn.

Disclosure of Invention

The invention provides a garment with breast cups, comprising breast cups, wherein the overall surface area of each breast cup comprises an elastic area and a non-elastic area, the elastic area is formed by an elastic material, and the non-elastic area is formed by a non-elastic material; the elastic region is arranged at least near the inner endpoint position of the upper edge of the cup.

The overall surface area of the cup provided by the invention comprises an elastic area and an inelastic area, and the inelastic area is made of inelastic materials, so that the cup is not easy to deform when being worn and has strong molding capacity; the elastic area is made of elastic materials, and can deform to adapt to the requirements of different individuals when being worn, so that the cups are always attached to the body of a wearer; the elastic region is close to the front position of the upper edge of the cup, and the fitness of the cup after movement can be greatly improved through the deformation of the elastic region. That is, the garment with the cups provided by the invention has the characteristics of both molding and fitting by reasonably arranging the positions of the elastic areas and the inelastic areas.

Optionally, the outer contour boundary of the elastic region at least includes four critical points: a first critical point, a second critical point, a third critical point and a fourth critical point; when the garment with the cups is worn, the four critical points need to satisfy the following conditions: the third critical point is at curve z1, above line d8 and between the region enclosed by vertical line d2 and vertical line d3 at projected point B3 of the wearer's body;

the projected point B4 of the fourth critical point on the wearer's body is located at the inner endpoint of the curve z 1;

the projected point B2 of the second critical point on the wearer's body lies on the horizontal arc segment A1A 10;

the projection point B1 of the first critical point on the body of the wearer is located in a fan-shaped area A1B4A 7;

curve z1 is the curve of the upper edge of the cup covering the wearer, a1 is the nipple point of the wearer, vertical line d2 is a vertical line through nipple point a1, and points a10, a7, and d3 are obtained by: determining an outer intersection point A2 of a horizontal line d1 passing through a nipple point A1 and a lower breast root peripheral line y2, an inner intersection point A3 of the horizontal line d1 and a lower breast root peripheral line y2, and an intersection point of a vertical line d2 and an upper breast root peripheral line y1 as a point A0; four vertical lines are determined that bisect arc segment A2a3 by five: d3, d4, d5, d6, wherein the vertical lines d3, d4, d5, d6 are arranged from outside to inside; determining a 2-fold bisecting horizontal line d7 for arc segment A0A 1; the intersection of horizontal d7 and vertical d2 is point a 8; line d8 is a 2-fold horizontal line for arc segment A1A 8; a7 is the intersection of vertical line d2 and lower breast root contour y2, and A10 is the intersection of horizontal line d1 and vertical line d 6.

Optionally, the first critical point is located at a lower edge of the cup, the third critical point is located at an upper edge of the cup, and each critical point is connected and enclosed through a straight line, a curve or an arc line to form the elastic region.

Optionally, the inner end points of the upper edge and the lower edge are the same point, the first critical point and the fourth critical point are overlapped, and the first critical point and the fourth critical point are the inner end points where the upper edge and the lower edge of the cup intersect.

Optionally, the outer contour of the elastic region is crescent or polygonal or triangular or olive.

Optionally, the front section of the upper edge extending outward from the inner end point thereof is a part of the outer contour of the elastic region, and the front section of the lower edge extending outward from the inner end point thereof is a part of the outer contour of the elastic region.

Optionally, the elastic material forming the elastic region is one or more of elastic non-woven fabric, elastic foaming material, elastic woven fabric or elastic knitted fabric; or/and the non-elastic material forming the non-elastic area is one or more of non-elastic non-woven fabric, non-elastic foaming material, non-elastic woven fabric or non-elastic knitted fabric.

Optionally, the cup is a compression molded cup, a sewn cup or a compression molded-sewn spliced cup.

Optionally, the elastic regions on the two cups are independent of each other, and the elastic regions on the two cups are arranged in bilateral symmetry.

Optionally, the inner end points of the upper edges of the two cups are connected, the elastic regions on the two cups are of a continuous integral structure, and the elastic regions are of a bilateral symmetry structure.

Drawings

FIG. 1 is a schematic view of a garment having breast cups in accordance with an embodiment of the present invention;

FIG. 2 is a schematic view of the first, second, third and fourth critical points of the bra cups covering the area of the body when the garment having the bra cups is worn in accordance with one embodiment of the present invention;

FIG. 3 is a schematic view showing the construction of a garment having breast cups according to a first embodiment of the present invention;

FIG. 4 is a schematic view showing the construction of a garment having breast cups in accordance with a second embodiment of the present invention;

FIG. 5 is a schematic view showing the construction of a garment having breast cups according to a third embodiment of the present invention;

FIG. 6 is a schematic view showing the construction of a garment having breast cups according to a fourth embodiment of the present invention;

FIG. 7 is a schematic view showing the construction of a garment having breast cups in accordance with a fifth embodiment of the present invention;

fig. 8 is a schematic structural view of a garment having breast cups according to a sixth embodiment of the present invention.

Wherein, the correspondence between the reference numbers and the component names in fig. 1 to 8 is:

10-a cup; 11-elastic region; 12-an inelastic zone; 101-upper edge; 102-lower edge; 20-shoulder straps; 30-back strap.

Detailed Description

Aiming at the technical defects of the prior non-elastic material cup bra and the elastic material bra which are provided in the background technology, the bra makes intensive research, and provides a cup which can simultaneously meet the requirements of strong molding capacity of the chest of a wearer and better fitting performance before and after movement. While the embodiments and effects described herein will be described with reference to the use of cups in brassiere products, it is understood that the cups provided herein are not limited to use in brassiere products, and that the cups of this configuration can be used in all types of garments having cups.

In order to make the technical solutions of the present invention better understood by those skilled in the art, the present invention will be further described in detail with reference to the accompanying drawings and specific embodiments.

Referring to fig. 1 and 2, fig. 1 is a schematic structural view of a garment with bra cups according to an embodiment of the present invention; FIG. 2 is a schematic view showing the coverage of the first critical point, the second critical point, the third critical point and the fourth critical point on the cup on the body region when the clothes with the cup is worn according to an embodiment of the present invention.

The invention provides a garment with cups 10, which comprises cups 10, wherein the cups 10 are the main body of the bra as shown in fig. 1, the bra further comprises shoulder straps 20 and a back strap 30 which are connected with the cups 10, the shoulder straps 20 and the back strap 30 can be connected with the cups 10 in an integrated or detachable mode, and the bra is not limited in detail herein.

The present invention provides a brassiere cup 10 comprising an elastic region 11 and a non-elastic region 12, wherein the elastic region 11 is formed of an elastic material, i.e., the elastic region 11 has elasticity and can be deformed to be easily pulled apart when worn. The inelastic zone 12 is formed of an inelastic material, i.e., the inelastic zone 12 is inelastic and does not readily deform when worn, which provides a relatively good ability to mold.

As can be seen from the above description, the overall surface area of the cup 10 is divided into two parts: the elastic region 11 and the inelastic region 12, the elastic region 11 and the inelastic region 12 forming the entire surface area of the cup 10, which may be joined by stitching or sewing or other means to form the entire surface area of the cup 10. The cups 10 formed by the elastic region 11 and the inelastic region 12 may be half cups 10, 3/4 cups 10 and full cups 10, the size and shape of the cups 10 not being limited herein.

The elastic zone 11 of the cup 10 of the invention is arranged at least close to the location of the inner extremity of the upper edge 101 of the cup 10. In a preferred form, the elastic region 11 is arranged with the front section of the upper edge 101 of the cup 10 as the outer contour boundary, that is, the front section of the upper edge 101 of the cup 10 extending outward from its inner end point is part of the outer contour of the elastic region 11. It should be noted that the elastic region 11 and the inelastic region 12 form a cup 10 having an upper edge 101 and a lower edge 102 as a whole, and both the upper edge 101 and the lower edge 102 may form the entire outer contour or a partial contour of the cup 10. The upper edge 101 includes an inner end point and an outer end point, wherein the end point near one side of the relative central position of the left and right cups 10 is the inner end point, and correspondingly, the other side point is the outer end point.

The overall surface area of the cup 10 provided by the invention comprises an elastic area 11 and an inelastic area 12, and the inelastic area 12 is made of inelastic materials, so that the cup is not easy to deform when being worn and has strong molding capacity; the elastic area 11 is made of elastic materials, and the elastic area 11 can deform to adapt to the requirements of different individuals when being worn, so that the cups 10 are always attached to the body of a wearer; the elastic region 11 is near the front part of the upper edge 101 of the cup 10, and the fitness of the cup 10 after sports can be greatly improved by the deformation of the elastic region 11. That is, the garment having the breast cups 10 according to the present invention can achieve both the shaping and the fitting characteristics by properly arranging the positions of the elastic regions 11 and the inelastic regions 12.

The elastic material forming the elastic region 11 may be one or more of an elastic nonwoven fabric, an elastic foam, an elastic woven fabric, or an elastic knitted fabric.

Similarly, the inelastic material forming the inelastic region 12 may be one or more of an inelastic nonwoven fabric, an inelastic foam material, an inelastic woven fabric, or an inelastic knitted fabric.

In one embodiment, the outer contour boundary of the elastic region 11 comprises at least four critical points: the elastic region 11 can be determined by the first critical point C1, the second critical point C2, the third critical point C3 and the fourth critical point C4, that is, the first critical point C1, the second critical point C2, the third critical point C3 and the fourth critical point C4 in this embodiment to satisfy the technical effect of the cup 10.

When the garment having the breast cups 10 is worn, the first critical point C1, the second critical point C2, the third critical point C3 and the fourth critical point C4 need to satisfy the following conditions: the third critical point C3 is at curve z1 at projected point B3 of the wearer's body, above line d8 and between the region enclosed by vertical line d2 and vertical line d 3; the projected point B4 of the fourth critical point C4 at the wearer's body is located at the inner endpoint of the curve z 1; the second critical point C2 lies on the horizontal line segment A1a10 at the projected point B2 of the wearer's body; the first critical point C1 is located in the fan-shaped region A1B4a7 at the projected point B1 of the wearer's body.

The above parameters have the following meanings: the curve z1 is the curve of the upper edge 101 of the cup 10 covering the wearer, A1 is the nipple point of the wearer, the vertical line d2 is a vertical line passing through the nipple point A1, and the point A10, the point A7 and the line d3 are obtained by: determining an outer intersection point A2 of a horizontal line d1 passing through a nipple point A1 and a lower breast root peripheral line y2, an inner intersection point A3 of the horizontal line d1 and a lower breast root peripheral line y2, and an intersection point of a vertical line d2 and an upper breast root peripheral line y1 as a point A0; four vertical lines are determined that bisect the line segment A2a3 by five: d3, d4, d5, d6, wherein the vertical lines d3, d4, d5, d6 are arranged from outside to inside; determining a 2-equally split horizontal line d7 for segment A0A 1; the intersection of horizontal d7 and vertical d2 is point a 8; line d8 is a 2-fold horizontal line for line segment A1A 8; a7 is the intersection of vertical line d2 and lower breast root contour y2, and A10 is the intersection of horizontal line d1 and vertical line d 6.

In addition, it can be seen from fig. 2 that the intersection of the vertical line d2 and the horizontal line d8 is a 9; the intersection of the vertical line d3 and the horizontal line d8 is A5.

That is, when designing the elastic region of the cup 10, a dummy simulating the physical condition of the wearer may be previously made, the first critical point C1, the second critical point C2, the third critical point C3 and the fourth critical point C4 may be reasonably determined according to the dummy and the shape of the cup 10, and then the shape of the elastic region may be reasonably designed through the four critical points, and finally the specific structural design of the cup 10 may be completed.

The method for acquiring each critical point can be carried out according to the following steps:

determining a nipple point A1, an upper breast root circumferential line y1 and a lower breast root circumferential line y2 on the human body model; making a horizontal line d1 and a vertical line d2 through a nipple point A1; marking the outer intersection point A2 and the inner intersection point A3 of the horizontal line d1 and the lower breast root contour y2, and marking the intersection point A0 of the vertical line d2 and the upper breast root contour y 1;

evenly dividing the arc section A2A3 into 5 equal parts, wherein four vertical lines of the five equal parts are d3, d4, d5 and d6 respectively, and all the lines are perpendicular to d 1;

the arc segments A0a1 are equally divided into 2 equal divisions, the bisector being d7, which is parallel to the horizontal line d 1; the intersection point a8 of marker d7 and d 2;

divide arc A1A8 equally into 2 equal divisions, bisector d8, which is parallel to horizontal line d 1;

intersection point a5 of marker d3 and d8, intersection point a9 of marker d2 and d8, intersection point a7 of marker d2 and y2, intersection point a10 of marker d1 and d 6;

and the upper edge 101 of the marking cup 10 is covered on the curve z1 on the manikin;

the approximate range of the four critical points can be determined by the above markers:

the third critical point C3 is located at curve z1, above line d8 and between the regions enclosed by vertical line d2 and vertical line d 3; the fourth critical point C4 is located at the inner end point of the curve z 1; the second critical point C2 lies on the horizontal segment A1a 10; the first critical point C1 is located in the sector A1B4A 7.

That is, from the corresponding positions at the marks, suitable points can be selected as the corresponding critical points, thereby forming the outer contour of the elastic region 11. The areas of the cups 10 other than the elastic regions 11 are the inelastic regions 12. Finally, the proper materials are selected, and the reasonable processing method realizes the forming of the elastic region and the non-elastic region 12 and the perfect combination of the two to form the whole bra cup 10.

Through the critical point determined by the method, the cups 10 of the same model can meet the requirements of different wearers.

Referring again to fig. 1, as well as fig. 5, 6, 7 and 8, in one embodiment, the first critical point C1 may be located at the lower edge 102 of the cup 10 and the third critical point C3 may be located at the upper edge 101 of the cup 10, each of which may be sequentially connected by a straight line or a curve or an arc to form the elastic region. The curve can be a regular curve or an irregular curve; the arc line can be an internal arc line or an external arc line. That is, the four critical points are within the range as long as it can be ensured that the clothes having the cups 10 are worn, and the specific shape of the elastic region 11 may be variously modified.

Although the critical points are not shown in fig. 5 to 8, they do not hinder the understanding of the technical solutions by those skilled in the art.

Referring to fig. 3 and 4, in a preferred embodiment, the inner end points of the upper and

lower rims

101 and 102 of the cup 10 may be the same point, that is, the inner ends of the upper and

lower rims

101 and 102 meet at a point, and extend upwardly and downwardly and outwardly from the same inner end point, respectively. The first critical point C1 and the fourth critical point C4 coincide and are the inner end points of the upper edge 101 of the cup 10.

The embodiment can determine the shape of the elastic area by few points as much as possible, is beneficial to subsequent processing and manufacturing, and reduces the difficulty of the forming process.

Referring again to fig. 1, 3 to 6, and 8, in the above embodiments, the outer contour of the elastic region may be crescent or polygonal or triangular or olive. These regular shapes facilitate the processing of the cup 10 while also providing an aesthetic appearance.

The elastic region 11 may be a boundary line with the upper edge 101 or the lower edge 102, that is, the elastic region 11 extends inward from the upper edge 101 or the lower edge 102 to form a surface with a certain size. That is, the front section of the upper edge 101 extending outward from its inner end point is a part of the outer contour of the elastic region 11, and the front section of the lower edge 102 extending outward from its inner end point is a part of the outer contour of the elastic region.

For several common cups 10, two different design types of elastic zones are given here: independent design and overall design, as detailed below.

In a preferred embodiment, the elastic regions 11 of the two cups 10 of the garment having the cups 10 may be independent of each other, and the elastic regions of the two cups 10 are arranged in bilateral symmetry. The elastic areas of the two cups 10 are mutually independent and convenient to process, and are not influenced when worn, and the fitness is good.

In another preferred embodiment, the inner ends of the upper edges 101 of the two cups 10 of the clothes with the cups 10 are connected, the elastic regions on the two cups 10 are of a continuous integral structure, and the elastic regions are of a bilaterally symmetrical structure.

In this embodiment, the fourth critical point C4 is located at the inner end of the upper edge 101 of the bra cup according to the location requirement of the four critical points, so that the elastic regions of the bra in the form of a brassiere are connected as a whole.

The cup 10 herein may be a compression molded cup, a sewn cup, or a compression molded-sewn stitched cup or other form of cup.

According to the different clothes using the cup 10, please refer to the prior art for the other parts of the clothes with the cup 10, which will not be described herein.

When the garment having the breast cups 10 of the present invention is worn, the four critical points of the elastic region 11 are located in the above-mentioned interval. That is, in determining the elastic region 11, four suitable points may be selected from the above regions, and the four points may be connected in sequence by a regular or irregular line to form the elastic region.

As can be seen, the position of the fourth critical point is located at the inner end of the curve z1, and once the shape of the cup 10 is determined, the position of the fourth critical point is determined accordingly, i.e. the relative position of the fourth critical point is relatively fixed. The third critical point is higher than the other three critical points and is far away from the inner end point of the cup 10. The basic position of the second critical point and the position of the first critical point may be lower than the fourth critical point, and the outer contour of the region formed by the four critical points may be a convex polygon or a concave polygon.

The clothes with the cups provided by the invention are described in detail above. The principles and embodiments of the present invention are explained herein using specific examples, which are presented only to assist in understanding the method and its core concepts. It should be noted that, for those skilled in the art, it is possible to make various improvements and modifications to the present invention without departing from the principle of the present invention, and those improvements and modifications also fall within the scope of the claims of the present invention.

Claims

1. A garment with breast cups, characterized by comprising breast cups, the overall surface area of which comprises an elastic region (11) and a non-elastic region (12), said elastic region (11) being formed of an elastic material and said non-elastic region (12) being formed of a non-elastic material; the elastic region (11) is arranged at least close to the inner end position of the upper edge of the cup; the outer contour boundary of the elastic region (11) comprises at least four critical points: a first critical point, a second critical point, a third critical point and a fourth critical point; when the garment with the cups is worn, the four critical points need to satisfy the following conditions: the third critical point is at curve z1, above line d8 and between the region enclosed by vertical line d2 and vertical line d3 at projected point B3 of the wearer's body;

curve z1 is the curve of the upper edge of the cup covering the wearer, a1 is the nipple point of the wearer, vertical line d2 is a vertical line through nipple point a1, and points a10, a7, and d3 are obtained by: determining an outer intersection point A2 of a horizontal line d1 passing through a nipple point A1 and a lower breast root peripheral line y2, an inner intersection point A3 of the horizontal line d1 and a lower breast root peripheral line y2, and an intersection point of a vertical line d2 and an upper breast root peripheral line y1 as a point A0; four vertical lines are determined that bisect arc segment A2a3 by five: d3, d4, d5, d6, wherein the vertical lines d3, d4, d5, d6 are arranged from outside to inside; determining a 2-fold bisecting horizontal line d7 for arc segment A0A 1; the intersection of horizontal line d7 and vertical line d2 is point a 8; line d8 is a 2-fold horizontal line for arc segment A1A 8; a7 is the intersection of vertical line d2 and lower breast root contour y2, A10 is the intersection of horizontal line d1 and vertical line d 6; the first critical point is located on the lower edge (102) of the cup (10), the third critical point is located on the upper edge (101) of the cup (10), and all the critical points are connected and enclosed through straight lines or curves to form the elastic region (11).

2. A garment with breast cups as claimed in claim 1, characterized in that the inner end points of said upper (101) and lower (102) margins are at the same point, said first critical point and said fourth critical point coincide, being the inner end points where the upper (101) and lower (102) margins of the breast cups meet.

3. A garment with cups as claimed in claim 2, characterized in that the outline shape of said elastic zones (11) is crescent or polygonal or olive.

4. A garment as claimed in claim 1 with cups, characterized in that the front section of the upper edge (101) extending outwards from its inner end point is a part of the outer contour of the elastic region (11), and the front section of the lower edge (102) extending outwards from its inner end point is a part of the outer contour of the elastic region (11).

5. A garment with breast cups as claimed in claim 1, characterized in that the elastic material forming the elastic zone (11) is one or more of elastic nonwoven, elastic foam, elastic woven fabric or elastic knitted fabric; or/and the non-elastic material forming the non-elastic area (12) is one or more of non-elastic non-woven fabric, non-elastic foaming material, non-elastic woven fabric or non-elastic knitted fabric.

6. A garment with breast cups as claimed in claim 1, characterised in that said breast cups (10) are compression moulded cups, sewn cups or compression moulded-sewn stitched cups.

7. A garment with cups as claimed in any one of claims 1 to 6, characterized in that the elastic zones (11) on both cups (10) are independent of each other and the elastic zones (11) on both cups (10) are arranged symmetrically left and right.

8. A garment as claimed in any one of claims 1 to 6 with breast cups, characterized in that the upper edges (101) of the two breast cups (10) are joined at their inner ends, the elastic zones (11) of the two breast cups (10) are of continuous integral construction, and the elastic zones (11) are of bilateral symmetry.