CN216723180U

CN216723180U - Breathable bra

Info

Publication number: CN216723180U
Application number: CN202220145335.2U
Authority: CN
Inventors: 陈敏; 王倩
Original assignee: Aimer Co ltd
Current assignee: Aimer Co ltd
Priority date: 2022-01-19
Filing date: 2022-01-19
Publication date: 2022-06-14
Anticipated expiration: 2032-01-19

Abstract

The utility model discloses a ventilative brassiere, it includes the mold cup, shoulder, the chin, the back is than, collude tong "pan" and rubber bone, the mold cup, shoulder, the chin, the back is than, collude tong "pan" and rubber bone and constitute the brassiere body, the mold cup is the laminated fabric who has mesh structure, and include top layer and mesh structure layer, mesh structure layer is the low elastic structure layer, the top layer is no elastic fabric, the setting is in mesh structure layer one side or both sides, and be connected with mesh structure layer, through setting up the mold cup into the laminated fabric who has mesh structure, promote the ventilation effect of brassiere, it is more slim and graceful to compare the mold cup that traditional sponge punched a hole simultaneously, and the mold cup has top layer and mesh structure layer respectively, set up to low elasticity and no elasticity respectively, when guaranteeing to wear, the mold cup can not produce great deformation, thereby ensure the moulding effect of brassiere to the chest.

Description

Breathable bra

Technical Field

The utility model relates to a clothing field especially relates to a ventilative brassiere.

Background

Along with the continuous improvement of living standard of people and the pursuit of living quality, more and more women pay attention to the air permeability of the bra and whether the bra is healthy or not, particularly the air permeability, particularly under humid and sultry weather, the poor air permeability often causes sweat in the bra to be sultry, even the chest can have skin problems, the air permeability of the air permeable bra sold on the market at present is increased by punching the mold cup, but the place on the mold cup which is not punched still has the problem of stuffiness, and the mold cup which takes the sponge as the main part has thick and heavy texture, the mold cup can deform after long-time wearing and washing, meanwhile, in the molding process of the mold cup, the high temperature easily causes toxic substances to the materials such as the sponge and the like, which causes troubles to the health problems of the wearer, aiming at the problems, a design is good in air permeability and light in wearing, the bra which is not easy to deform becomes a problem to be solved urgently.

SUMMERY OF THE UTILITY MODEL

For solving the technical problem, the utility model discloses a ventilative brassiere, it includes mold cup, baldric, chin, back than, collude the tong "pan" and glue the bone, mold cup, baldric, chin, back than, collude the tong "pan" and glue the bone and constitute brassiere body, the mold cup is the layered fabric that has mesh structure, and includes top layer and mesh structure layer, mesh structure layer is the low elastic structure layer, the top layer is the shell fabric that does not have the elasticity, sets up in mesh structure layer both sides, and is connected with mesh structure layer.

Furthermore, the surface layer and the mesh structure layer are attached to each other, and the relative positions of the surface layer and the mesh structure layer are fixed through the loop weaving.

Furthermore, the mesh structure of the mesh structure layer is an arc-shaped structure formed by weaving 70D low-elasticity yarns by connecting two ends of the yarns with the surface layer and performing die pressing, the thickness of the mesh structure layer is 2-3mm, and the width of the mesh structure layer is 1-4 mm.

Furthermore, the surface layer is a mesh layer formed by weaving 30D polyester yarns, and meshes are smaller than those of the mesh structure layer.

Furthermore, the novel shoe cover also comprises a cup surface sheet, wherein the cup surface sheet covers the mold cup and is made of lace fabric, edges of two sides are arranged along the rubber bone and are sewed, the top end of the cup surface sheet is sewed with the shoulder belt, the bottom edge of the cup surface sheet is arranged along the bottom edge of the chin and is sewed with the chin through at least one sewing position.

Furthermore, the mold cup and the chin are of a multi-layer fabric structure which is integrally formed and has a mesh structure.

Further, the number of the glue bones in the same posterior ratio is 2, and intervals are arranged among the glue bones.

Furthermore, the length of the shoulder strap is adjusted through the adjusting buckle.

Further, the rear ratio is elastic mesh fabric.

Furthermore, the die cup further comprises a cup lining sheet, wherein the cup lining sheet is arranged on the inner side of the die cup and is sewn with the die cup.

Advantageous effects

Compared with the prior art, the utility model discloses a mold cup of layer fabric with mesh structure promotes the gas permeability of brassiere to through setting up the top layer, guarantee the moulding ability of brassiere to the chest, and the mold cup is made into through the hexagonal weave by top layer and mesh structure layer, compare traditional sponge mold cup, mesh structure layer is more slim and graceful, and ventilation effect is better, and can not produce permanent deformation after wearing for a long time and washing many times, extension brassiere life.

Drawings

Fig. 1 is one of the schematic structural diagrams of the present invention;

fig. 2 is a second schematic structural diagram of the present invention;

FIG. 3 is a cross-sectional view of the mold cup of the present invention;

fig. 4 is a schematic view of the surface layer weaving structure of the present invention.

Legend: 1. a mold cup; 11. a surface layer; 12. a mesh structure layer; 2. shoulder straps; 3. a chin; 4. a later ratio; 5. a hook loop; 6. gluing bones; 7. a cup surface sheet; 8. and (4) taking tablets in the cup.

Detailed Description

For better understanding of the purpose, structure and function of the present invention, the present invention will be described in detail with reference to the accompanying drawings.

As shown in figures 1 and 2, the breathable bra introduced by the present invention comprises a mold cup 1, a shoulder strap 2, a chin 3, a back hook 4, a hook 5 and a rubber bone 6, wherein the mold cup 1, the shoulder strap 2, the chin 3, the back hook 4, the hook 5 and the rubber bone 6 form a bra body, the mold cup 1 is a layered fabric with a mesh structure, the mold cup 1 can be a traditional two-piece mold cup or a one-piece mold cup with an integrated structure, specifically, the layered fabric with the mesh structure can be a mesh sandwich fabric and comprises a surface layer 11 and a mesh structure layer 12, the mesh structure layer 12 is a mesh structure layer woven by low elastic yarn, the surface layer 11 is a warp-knitted structure without elasticity, the formed mold cup 1 increases the firmness to the chest, the surface layer 11 is arranged on two sides of the mesh structure layer 12 and is connected with the mesh structure layer 12, the mesh structure 12 can effectively improve the breathable performance of the bra, and mesh structure layer 12 sets up to the low elasticity and can effectively guarantee when the brassiere dresses, and too big elastic deformation can not produce in mould cup 1 to ensure the holistic moulding effect of brassiere, mesh structure's surface fabric, because mesh structure's existence itself, have certain elasticity, through setting up no elastic top layer 11, further restrict mesh structure layer 12's elastic deformation scope, stability and the moulding effect to the chest when guaranteeing the brassiere and dress.

As shown in figure 3, the surface layer 11 and the mesh structure layer 12 are laminated and arranged, and the relative position is fixed by the sleeve-binding weaving, because the surface fabric used by the surface layer 11 is very thin, the air permeability of the mold cup 1 can be ensured, the thickness of the formed laminated structure surface fabric is equivalent to that of the mesh structure layer 12, the sleeve-binding weaving can effectively laminate the surface layer 11 and the mesh structure layer 12 together, the surface layer 11 and the mesh structure layer 12 are locked with each other just like a series of bags, the delaminating caused by slipping and dislocation can be prevented, meanwhile, the connecting mode does not need glue, glue films and other adhesives, and the like, and can avoid the health problem caused by the chemical substances in the glue remaining on the bra and the skin of a wearer in the process of high-temperature and high-pressure mold pressing, when the thickness of the formed laminated structure surface fabric is within the range, the air permeability and the shaping effect on the chest of the bra are optimal, when the thickness is too large, the mold cup can be too thick, and the air permeability of the bra is poor, when the thickness is too small, the support property is lowered, and the support shaping effect of the mold cup 1 is impaired.

The mesh structure of the mesh structure layer 12 is an arc-shaped structure formed by weaving and molding 70D low-elasticity yarns by connecting two ends of the yarns with the surface layer 11, specifically, the upper surface and the lower surface of the mesh structure layer 12 are provided with two terylene surface structure layers, the surface structure layers are fabrics with holes, the 70D low-elasticity yarns are mutually sleeved and connected with the upper surface layer fabric and the lower surface layer fabric along the weaving direction of warps, and a fabric with a three-dimensional structure is formed between the two surface layers in a framework form similar to a supporting column, and finally, the mesh structure layer fabric with the same hole structure as the surface structure layers is woven, the 70D low-elasticity yarns are used, the wire diameter of the wire is thick, the wire can play a role of a framework in the mold cup 1, the support is provided for the mold cup 1, and the high-temperature and high-pressure shaping is carried out to form the arc-shaped structure, the thickness is 2-3mm, and when the range is in which, the air permeability and the shaping effect on the chest of the bra are the best, when the width is smaller than the range value, the holes of the mesh structure are too small, the air permeability of the bra is reduced, and particularly, the mesh structure forms different mesh shapes through the arrangement of 70D low-elasticity yarn knitting positions, and the shape of the mesh structure can be circular, Diamond, square, triangle, heart, hexagon, etc.

The surface layer 11 is a mesh layer woven by using 30D polyester yarns through a weaving method, specifically, the 30D polyester yarns are alternately provided with knots along a weaving direction, the knots are sleeved at the lapping positions of the positions where the adjacent warps are provided with the knots, a surface layer fabric woven by a plane structure in which the adjacent warp knots and the knots are looped around and knotted is formed, the fabric with meshes is woven, and the 70D low-elasticity yarns are looped with the 30D polyester yarns of the surface layer 11 to form the mesh structure layer 12; use 30D polyester yarn, this kind of wire line footpath is thinner, the loose ventilative of surface fabric who weaves out, the fine and smooth of feeling simultaneously, soft close skin, chest skin contacts with this surface fabric when wearing, promote the holistic comfort of brassiere, this kind of mesh is less than mesh structure layer 12's mesh, the mesh on surface layer is when the brassiere is wearing, can guarantee the air permeability of chest position, compare in mesh structure layer 12 littleer mesh can ensure that the elasticity of top layer 11 is less than mesh structure layer 12 that the mesh is bigger, moulding effect to the chest when guaranteeing the brassiere to wear can not reduce, simultaneously littleer mesh can be when wearing, prevent floccus and chest skin contact on the clothing, uncomfortable sense when causing the dress.

In order to ensure the shaping effect on the breast when the bra is worn, the bra also comprises a cup surface sheet 7, the cup surface sheet 7 covers the mold cup 1, the edges of two sides of lace fabric are arranged along the rubber ribs 6 and are sewed, the top end of the lace fabric is sewed with the shoulder straps, the bottom edge of the chin is arranged along the bottom edge of the chin and is sewed with the chin 3 through at least one sewing position, when the bra is worn, the shoulder straps 2 have upward lifting force on the cup surface sheet 7 due to the upward pulling force of the shoulder straps 2, and the side edges of the cup surface sheet 7 are sewed with the rubber ribs and the bottom edge of the chin is connected with the chin 3 of the bra, so that the cup surface sheet 7 pockets the mold cup when the bra is worn, the bra is prevented from shifting due to the upward and downward floating of the breast when the bra is worn, the overall stability of the bra is ensured, the shaping effect on the breast is kept, concretely, the cup surface sheet 7 and the chin 3 can have one sewing position or two or more than two sewing positions, when the cup watch piece 7 is in one sewing position, the bottom edge of the cup watch piece 7 is sewn with one point on the center line of the chin 3 in the vertical direction, when the cup watch piece 7 is in two or more sewing positions, the sewing positions of the bottom edge of the cup watch piece 7 and the chin 3 are spaced and equidistant, the cup watch piece 7 is not completely sewn with the chin 3, the air is circulated between the cup watch piece 7 and the chin 3 when the bra is worn and moved, and the ventilation effect of the bra is further improved.

Mould cup 1 and chin 3 are integrated into one piece, have the multilayer fabric structure of mesh structure, through this mode of setting up, have eliminated the suture between mould cup 1 and the chin 3, have eliminated the friction of suture to skin, increase the travelling comfort when the brassiere is worn, and chin 3 also is the multilayer fabric that has the mesh structure simultaneously, promotes the gas permeability of chin 3 positions, further promotes the whole ventilative effect when wearing of brassiere.

Glue bone 6 is 2 in same back than 4 on quantity, and there is the interval between them, glue bone 6 provides the support than 4 to the back of die cup, stability and travelling comfort when increasing the dress, avoid the brassiere to appear folding arching than 4 after when the dress, glue bone 6 sets up to 2 and can provide better supporting effect, 2 distance between the glue bone 6 is 0-4cm, in this scope, 2 support nature and the travelling comfort of glue bone are the best, if be greater than this scope value, glue bone 6 appears not in the condition of underarm position when can leading to wearing, comfort when reducing the brassiere dress, when the distance is 0cm, two adjacent and tight settings of glue bone promptly, can not be because of glue bone is too wide when the dress like this, lead to unable formation and the corresponding pitch arc of health, guarantee the support effect of comfort and glue bone when the brassiere dress to the back ratio.

In order to adapt to the stature condition of different women, shoulder 2 and detain through adjusting and adjust length, and the women can adjust shoulder length according to the particular case of self stature when wearing the brassiere, promotes the suitability to different stature women with the cup brassiere.

In order to promote the travelling comfort when brassiere is worn, piece 8 in the cup, piece 8 sets up in the cup 1 inboard, and sews up with mold cup 1, adds piece 8 can avoid wearing the back for a long time in the cup, and 1 mesh of mold cup leaves the hole seal at the chest, increases the comfort of wearing, and is concrete, can use ventilative gauze surface fabric, and this surface fabric gas permeability is good, can not influence the air permeability of mold cup 1 itself.

Later than 4 for elasticity mesh surface fabric, through using this surface fabric, when wearing the brassiere, can promote the ventilation effect than 4 positions departments in the back, the elasticity that the surface fabric possessed can effectively adapt to different stature women simultaneously, promotes the suitability of brassiere, specifically, can be elasticity mesh surface fabric, mesh pull frame surface fabric, superfine surface fabric, cotton spandex surface fabric or two woofs surface fabric etc..

It is to be understood that the above-described embodiments of the present invention are merely examples provided for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. Not all embodiments are exhaustive. All obvious changes or variations led out by the technical scheme of the utility model are still in the protection scope of the utility model.

Claims

1. A ventilative brassiere which characterized in that: it includes mold cup (1), baldric (2), chin (3), back than (4), colludes tong (5) and glue bone (6), mold cup (1), baldric (2), chin (3), back than (4), collude tong (5) and glue bone (6) constitute brassiere body, mold cup (1) is the laminar fabric that has mesh structure, and includes top layer (11) and mesh structure layer (12), mesh structure layer (12) are low elastic structure layer, top layer (11) are no elastic fabric, set up in mesh structure layer (12) both sides, and are connected with mesh structure layer (12).

2. The breathable brassiere according to claim 1, wherein: the surface layer (11) and the mesh structure layer (12) are attached to each other, and the relative positions are fixed through the loop weaving.

3. The breathable brassiere according to claim 1, wherein: the mesh structure of the mesh structure layer (12) is an arc-shaped structure formed by connecting and weaving two ends of 70D low-elasticity yarns with the surface layer (11) and performing die pressing, the thickness of the mesh structure layer (12) is 2-3mm, and the width of the mesh structure is 1-4 mm.

4. The breathable brassiere according to claim 1, wherein: the surface layer (11) is a mesh layer formed by weaving 30D polyester yarns, and meshes are smaller than those of the mesh structure layer (12).

5. The breathable brassiere according to claim 1, wherein: the novel shoe model is characterized by further comprising a cup surface sheet (7), wherein the cup surface sheet (7) covers the mold cup (1) and is made of lace fabric, edges of two sides of the cup surface sheet are arranged along the rubber ribs (6) and are sewn, the top end of the cup surface sheet is sewn with the shoulder belt (2), the bottom edge of the cup surface sheet is arranged along the bottom edge of the chin (3) and is sewn with the chin (3) through at least one sewing position.

6. The breathable brassiere according to claim 1, wherein: the mold cup (1) and the chin (3) are of an integrally formed multi-layer fabric structure with a mesh structure.

7. The breathable brassiere according to claim 1, wherein: the number of the glue bones (6) on the same back ratio (4) is 2, and intervals are arranged between the glue bones.

8. The breathable brassiere according to claim 1, wherein: the length of the shoulder strap (2) is adjusted through the adjusting buckle.

9. The breathable brassiere according to claim 1, wherein: the rear ratio (4) is elastic mesh fabric.