CN220571610U

CN220571610U - Garment with padding and padding member

Info

Publication number: CN220571610U
Application number: CN202322061129.0U
Authority: CN
Inventors: 徐振南; 曾珺; 林惠娟; 李超兰
Original assignee: Xiamen Hexin Technology Co Ltd
Current assignee: Xiamen Hexin Technology Co Ltd
Priority date: 2023-08-02
Filing date: 2023-08-02
Publication date: 2024-03-12
Anticipated expiration: 2033-08-02

Abstract

The utility model relates to a garment with a pad and a pad member, wherein the garment with the pad comprises a pad area, the pad area comprises a first fabric layer, a second fabric layer and a pad body, a seamless joint area and a hollow interlayer area are arranged between the first fabric layer and the second fabric layer, the seamless joint area is distributed around the periphery of the hollow interlayer area, the hollow interlayer area is provided with an interlayer space and an opening for the pad body to enter and exit the interlayer space, and the pad body is detachably arranged in the interlayer space; the pad area is connected to the garment by the first fabric layer and/or the second fabric layer to the portion of the garment adjacent to the pad area. According to the utility model, seam stitching is not visible at the edge of the interlayer space, the seamless joint area is utilized to realize firm adhesion of the inner layer and the outer layer at the periphery of the interlayer space, obvious tightening marks caused by the seam stitching are avoided, meanwhile, the seamless joint area keeps the air permeability and soft elasticity of the area, has a tightening and shaping effect on the excrescence or fat at the periphery of the pad part, and has a good retention effect on the pad body position in the interlayer space.

Description

Garment with padding and padding member

Technical Field

The utility model relates to the technical field of clothing, in particular to clothing with a pad and a pad member.

Background

In order to highlight female curves, the clothing industry develops two general types of body shaping clothing, namely various types of body shaping clothing, body shaping trousers, connected trousers and the like, wherein the body shaping clothing is a main body capable of binding a body by cutting and splicing elastic cloth to strengthen the body shaping effect of the body shaping clothing, such as China publication (CN 215455472U); the other is to add pads at certain positions of the garment, such as buttocks, and to use the graceful curve and the outward protruding supporting function of the pads, such as a latex pad, to achieve the plump appearance effect of the buttocks.

The latter is generally to machine a bag or an interlayer at a portion of the garment where the pad is needed by sewing with an sewing thread, for example, chinese published patent document (CN 216123856U) discloses a shaped under-trousers which is convenient for replacing a buttock latex pad, a left interlayer is sewn and connected at an upper position of a left trouser leg, a right interlayer is sewn and connected at an upper position of a right trouser leg, and latex pad bodies are filled in the right interlayer and the left interlayer. However, since the sewing forms a pocket or an interlayer, sewing traces are clearly visible on the outside, and the sewing traces easily generate a remarkable trace on the body in the body-shaping garment.

Disclosure of Invention

The utility model aims to provide a garment with a pad and a pad member, which can overcome obvious trace caused by stitching and has plump effect on corresponding parts of the garment.

In order to achieve the aim of the utility model, the utility model adopts the following technical scheme:

the garment with the pad comprises a pad area, wherein the pad area comprises a first fabric layer, a second fabric layer and a pad body, a seamless joint area and a hollow interlayer area are arranged between the first fabric layer and the second fabric layer, the seamless joint area is distributed around the periphery of the hollow interlayer area, an interlayer space and an opening which is positioned at one part of the interlayer space and used for the pad body to enter and exit the interlayer space are formed in the hollow interlayer area, and the pad body is detachably arranged in the interlayer space; the pad area is connected to the garment portion adjacent to the pad area by the first fabric layer and/or the second fabric layer.

Preferably, the portion of the garment adjacent to the pad region is seamlessly woven or stitched or glued together with the first and/or second fabric layers.

Preferably, the glue layer of the seamless joint area is one or two of punctiform and reticular.

Preferably, the method comprises the steps of, the seamless joint area is U-shaped C-shaped O-type or ++type distribution.

Preferably, the pad body is an elastically deformable structure.

Preferably, the pad body is a silica gel pad, a foam pad or a composite pad body structure formed by a wrapping layer and a filler filled in the wrapping layer.

Preferably, the opening is an elastic opening.

Preferably, the first fabric layer and/or the second fabric layer is/are stretch fabric.

Preferably, the garment is a bra, and the pad area is positioned at a position corresponding to the chest of the bra to form a cup part; alternatively, the garment has a lower body portion, and the pad area is located at a position corresponding to the buttocks of the lower body portion to form a crotch region and/or located at a position corresponding to the crotch of the lower body portion to form a crotch region; alternatively, the garment has an upper body portion, and the padded region is located at a position corresponding to the shoulder of the upper body portion to form a padded shoulder and/or at a position corresponding to the chest of the upper body portion to form a cup portion.

The utility model also provides a pad component, which comprises a first fabric layer, a second fabric layer and a pad body, wherein a seamless joint area and a hollow interlayer area are arranged between the first fabric layer and the second fabric layer, the seamless joint area is distributed around the periphery of the hollow interlayer area, the hollow interlayer area is provided with an interlayer space and an opening which is positioned at one part of the interlayer space and used for the pad body to enter and exit the interlayer space, and the pad body is detachably arranged in the interlayer space; the opening is an elastic opening or the cushion body is an elastic deformation structure.

Compared with the prior art, the utility model has the following beneficial effects:

according to the utility model, a pad region is designed at a position of the garment needing pad shaping, a seamless joint region and a hollow interlayer region are formed between a first fabric layer and a second fabric layer of the pad region, the seamless joint region surrounds and is distributed at the periphery of the hollow interlayer region, an interlayer space and an opening are formed in the hollow interlayer region, and a pad body is detachably arranged in the interlayer space, so that seam lines are invisible at the edge of the interlayer space, the seamless joint region is utilized to realize firm adhesion of an inner layer and an outer layer of the periphery of the interlayer space, obvious trace of the seam lines is avoided, meanwhile, the seamless joint region keeps the air permeability and softness and elasticity of the region, the adhesion stability of the inner layer and the outer layer and the function balance of elastic stretching are taken into account, and the seamless joint region has a tightening shaping effect on the excrescence or fat at the periphery of the pad body in the interlayer space and also has a good retention effect on the pad body position in the interlayer space.

Drawings

Fig. 1 is a front view of a garment according to example 1 of the present utility model.

Fig. 2 is a perspective view of a garment according to example 1 of the present utility model.

Fig. 3 is a side view of a garment according to example 2 of the present utility model.

Fig. 4 is a front view of a garment according to example 3 of the present utility model.

FIG. 5 is a schematic view of the pad area structure of the present utility model.

Fig. 6 is a partial enlarged view of the portion P shown in fig. 5.

Fig. 7 is a schematic view of another example structure of the cushion member of the present utility model.

The marks in the figure: 10. a face cloth layer; 21. anterior abdominal patch; 22. a left crotch patch; 23. a right crotch patch; 24. a rear patch; 25. a side patch; 26. a bra patch; 110. a seamless bonding region; 120. a hollow interlayer region; 130. a sewing region; 121. an opening; 101. a first fabric layer; 102. a second fabric layer; 30. a cushion body.

Detailed Description

In order to make the above features and advantages of the present utility model more comprehensible, embodiments accompanied with figures are described in detail below.

Example 1

As shown in fig. 1-2 and 5-6, the present embodiment provides a garment with a pad, which is composed of a top cloth layer 10 and a back cloth layer, wherein the top cloth layer 10 is a seamless knitted nylon/spandex elastic fabric, the back cloth layer includes a front abdomen patch 21, a left crotch patch 22 and a right crotch patch 23 which are respectively and seamlessly attached to the inner surface of the top cloth layer 10 by PUR hot melt adhesive, and the garment is in a high waist flat angle pant structure as a whole. The front abdomen patch 21, the left crotch patch 22 and the right crotch patch 23 are all made of nylon stretch fabrics. In other examples, PUR hot melt adhesive may be replaced with TPU hot melt adhesive or other conventional glues for seamless garment attachment.

In this embodiment, the front abdominal patch 21 extends up to the upper edge of the cloth layer 10 and down to the crotch, and covers the upper abdomen to lower abdomen area of the human body. A plurality of glue points are uniformly distributed between the front abdominal patch 21 and the cloth layer 10, the diameters of the glue points are 0.5mm-1.5mm, the distance between adjacent glue points is 2mm-3mm, no sewing stitch is formed between the front abdominal patch 21 and the cloth layer 10, the cloth is comfortable and seamless, good air permeability and softness and elasticity are reserved, the cloth is not waved after being stretched, and the abdomen-binding and body-shaping effects of the clothing can be enhanced through the front abdominal patch 21. The lower end of the anterior abdominal patch 21 is designed in an inverted triangle shape.

In this embodiment, the left crotch patch 22 and the right crotch patch 23 are respectively up to the upper edge of the cloth layer 10 and down to the lower ends of both crotch, corresponding to the positions covering the abdomen and crotch of the human body and below the crotch. A plurality of glue points are uniformly distributed between the upper area of the side abdomen corresponding to the left crotch patch 22 and the upper area of the side abdomen corresponding to the right crotch patch 23 and the surface cloth layer 10 respectively, the diameters of the glue points are 0.5mm-1.5mm, and the distance between the adjacent glue points is 2mm-3mm; the lower area of the left crotch patch 22 corresponding to the crotch and the position below the crotch and the lower area of the right crotch patch 23 corresponding to the crotch and the position below the crotch are respectively distributed with a plurality of glue points in an O shape with the cloth layer 10, and the glue points distributed in the O shape are connected to form a seamless fitting area 110, so that no sewing stitch is formed between the left crotch patch 22 and the right crotch patch 23 and the cloth layer 10, comfort and no trace are realized, good air permeability and soft elasticity are maintained, and no wave is generated after stretching. It is noted that in other examples, the glue layer of the seamless attachment zone 110 may also be a mesh.

The hollow sandwich region 120 is formed between the fabric layer 10 and the left crotch patch 22 and the right crotch patch 23 on the area surrounded by the seamless lamination region 110 distributed in the O-shape, the seamless lamination region 110 is distributed around the periphery of the hollow sandwich region 120, the hollow sandwich region 120 is formed with a sandwich space and an opening 121 located at one place of the sandwich space for the cushion body 30 to enter and exit the sandwich space, and the opening 121 is an elastic opening because the left crotch patch 22 and the right crotch patch 23 are made of nylon and ammonia elastic fabrics.

The pad body 30 is detachably disposed in the interlayer space, the pad body 30 is an elastically deformable structure, specifically a silica gel pad, and in other examples, the pad body 30 may also be a foam pad or a composite pad structure formed by a wrapping layer and a filler filled in the wrapping layer, such as a water bag. The initial size of the cushion body 30 is significantly larger than the size of the opening 121, and since the opening 121 is an elastic opening, the opening 121 can be stretched and deformed to a size sufficient for the cushion body 30 to be inserted into or removed from the cushion body 30, and the elastic deformation capability of the cushion body 30 facilitates the operation of inserting and removing the cushion body 30. In addition, the initial shape of the cushion body 30 is matched with the shape required for setting off the crotch, and particularly, the outer side surface of the cushion body 30, which is far away from the crotch, has an outwardly protruding curved surface, thereby being capable of shaping the rich crotch body.

The garment of this embodiment can be divided into according to different areas covering the human body: the pad area corresponding to the two crotch parts and the crotch part of the human body and the non-pad area corresponding to the other parts of the human body, specifically, the lower areas corresponding to the crotch part and the crotch part of the left crotch patch 22 and the right crotch patch 23 are both the first fabric layer 101, the parts corresponding to the crotch part and the crotch part of the cloth layer 10 are the second fabric layer 102, the pad area comprises the first fabric layer 101, the second fabric layer 102 and the pad body 30, the pad area of the present embodiment forms the crotch part, the seamless attaching area 110 and the hollow interlayer area 120 are arranged between the first fabric layer 101 and the second fabric layer 102, the opening 121 is opened on the first fabric layer 101, the pad area is connected with the crotch area of the garment through the first fabric layer 101 and the second fabric layer 102, and the connection mode is a seamless knitting integral (taking the left patch 22 as an example, the first fabric layer 101 of the left patch 22 is knitted integrally with the crotch area of the abdomen of the corresponding side of the left patch 22).

In addition, a shaping bone is vertically embedded and arranged between the upper end of the fabric layer 10 and the upper areas of the left crotch patch 22 and the right crotch patch 23 respectively, and the shaping bone is made of steel or rubber, so that curling of the upper end of the high-waist flat angle pants can be prevented and the stable supporting effect of the upper end of the high-waist flat angle pants can be enhanced through the shaping bone.

Example 2

As shown in fig. 3 and 5-6, the present embodiment provides a garment with a pad, which is composed of a fabric layer 10 and a lining layer, wherein the fabric layer 10 is a high-waist flat-angle pants structure formed by splicing nylon and ammonia elastic cut pieces, the lining layer includes a front abdomen patch 21, a back patch 24 and two side patches 25 which are respectively and seamlessly attached to the inner surface of the fabric layer 10 through PUR hot melt adhesive, and the whole garment is the high-waist flat-angle pants structure. The front abdominal patch 21, the rear patch 24 and the side patches 25 are all made of nylon stretch fabrics. In other examples, PUR hot melt adhesive may be replaced with TPU hot melt adhesive or other conventional glues for seamless garment attachment.

In this embodiment, two side patches 25 cover the side abdomen area of the human body respectively, a plurality of glue points are uniformly distributed between the side patches 25 and the fabric layer 10, the diameters of the glue points are 0.5mm-1.5mm, the distance between adjacent glue points is 2mm-3mm, no sewing stitch is formed between the side patches 25 and the fabric layer 10, the fabric is comfortable and seamless, good air permeability and softness and elasticity are maintained, waves are not generated after stretching, and the tightening and shaping effects of the clothing on the belly trim can be enhanced through the side patches 25.

In this embodiment, the rear patch 24 is disposed on the upper edge of the cloth layer 10 and below the buttocks, and covers the rear waist and buttocks of the human body. A plurality of glue points are uniformly distributed between the upper area of the rear patch 24 corresponding to the rear waist and the surface fabric layer 10, the diameters of the glue points are 0.5mm-1.5mm, and the distance between adjacent glue points is 2mm-3mm; the lower area of the rear patch 24 corresponding to the buttocks and below the buttocks is respectively provided with a plurality of glue points in an infinite distribution with the surface fabric layer 10, and the glue points in the infinite distribution are connected to form a seamless fit area 110, so that no sewing stitch is formed between the rear patch 24 and the surface fabric layer 10, the rear patch is comfortable and seamless, good air permeability and softness and elasticity are maintained, and no wave is generated after stretching. It is noted that in other examples, the glue layer of the seamless attachment zone 110 may also be a mesh.

And two hollow interlayer regions 120 are formed between the face fabric layer 10 and the rear patch 24 on the area surrounded by the seamless bonding regions 110 distributed in an infinite manner, the seamless bonding regions 110 are distributed around the periphery of the hollow interlayer regions 120, the hollow interlayer region 120 is formed with an interlayer space and an opening 121 located at one position of the interlayer space for the cushion body 30 to enter and exit the interlayer space, and the opening 121 is an elastic opening because the rear patch 24 is made of nylon and ammonia elastic fabric.

The pad body 30 is detachably disposed in the interlayer space, the pad body 30 is an elastically deformable structure, specifically a foam pad, and in other examples, the pad body 30 may also be a silica gel pad or a composite pad structure such as an air bag, which is formed by a wrapping layer and a filler filled in the wrapping layer. The initial size of the cushion body 30 is significantly larger than the size of the opening 121, and since the opening 121 is an elastic opening, the opening 121 can be stretched and deformed to a size sufficient for the cushion body 30 to be inserted into or removed from the cushion body 30, and the elastic deformation capability of the cushion body 30 facilitates the operation of inserting and removing the cushion body 30. In addition, the initial shape of the cushion body 30 is matched with the shape required by the buttocks, and particularly, the outer side surface of the cushion body 30, which is far away from the buttocks, is provided with a curved surface protruding outwards, so that the effects of enlarging the buttocks and raising the buttocks and beautifying the body can be molded.

The garment of this embodiment can be divided into according to different areas covering the human body: the pad area corresponding to the two buttocks and the area below the buttocks of the human body and the non-pad area corresponding to other parts of the human body are specifically the first fabric layer 101, the part of the back patch 24 corresponding to the buttocks and the area below the buttocks is the second fabric layer 102, the pad area of the embodiment forms the rich buttocks, the pad area comprises the first fabric layer 101, the second fabric layer 102 and a pad body, the seamless joint area 110 and the hollow interlayer area 120 are arranged between the first fabric layer 101 and the second fabric layer 102, the opening 121 is formed in the first fabric layer 101, the pad area is connected with the adjacent part of the clothing through the first fabric layer 101 and the second fabric layer 102, and the connection mode is a seamless knitting integral (hereinafter, for example, the first fabric layer 101 of the back patch 24 and the upper area of the back waist corresponding to the back patch 24 are seamless knitting integral).

In addition, a shaping bone is vertically embedded between the upper end of the fabric layer 10 and the upper area of the rear patch 24 and the upper area of the side patch 25, and the shaping bone is steel bone or rubber bone, so that curling of the upper end of the high-waist flat angle pants can be prevented and the stable supporting effect of the upper end of the high-waist flat angle pants can be enhanced through the shaping bone.

Example 3

As shown in fig. 4-6, the present embodiment provides a garment with a pad, which is composed of a top cloth layer 10 and a lining cloth layer, wherein the top cloth layer 10 is a polyester-spandex elastic cut-off piece spliced into a jersey structure, the lining cloth layer includes a bra patch 26 and a front abdomen patch 21 which are respectively and seamlessly attached to the inner surface of the top cloth layer 10 through PUR hot melt adhesive, and the whole garment is a briefs-type jersey structure with a bra. The front abdomen patch 21 and the bra patch 26 are made of polyester-polyurethane elastic fabrics. In other examples, PUR hot melt adhesive may be replaced with TPU hot melt adhesive or other conventional glues for seamless garment attachment.

In this embodiment, the front abdominal patch 21 covers the upper abdomen to lower abdomen area of the human body, a plurality of glue points are uniformly distributed between the front abdominal patch 21 and the cloth layer 10, the diameters of the glue points are 0.5mm-1.5mm, the distance between adjacent glue points is 2mm-3mm, no sewing stitch is formed between the front abdominal patch 21 and the cloth layer 10, the cloth is comfortable and seamless, good air permeability and softness and elasticity are maintained, no wave is generated after stretching, and the abdomen binding and shaping effects of the clothing can be enhanced through the front abdominal patch 21. The lower end of the anterior abdominal patch 21 is designed in an inverted triangle shape.

In this embodiment, the bra patch 26 covers the two chest areas of the human body, a plurality of glue points are distributed in an ≡shape between the bra patch 26 and the cloth layer 10, and the seamless attaching area 110 is formed by connecting the glue points distributed in an ≡shape, so that no sewing stitch is formed between the bra patch 26 and the cloth layer 10, the bra patch is comfortable and seamless, good air permeability and softness and elasticity are maintained, and no wave is generated after stretching.

And two hollow interlayer regions 120 are formed between the face cloth layer 10 and the bra patch 26 on the area surrounded by the seamless bonding region 110 distributed in an infinite way, the seamless bonding region 110 is distributed around the periphery of the hollow interlayer regions 120, the hollow interlayer region 120 is formed with an interlayer space and an opening 121 located at one position of the interlayer space for the cushion body 30 to enter and exit the interlayer space, and the opening 121 is an elastic opening because the bra patch 26 is made of polyester-spandex elastic fabric.

The pad body 30 is detachably arranged in the interlayer space, the pad body 30 is of an elastic deformation structure, in particular a water bag, and in other examples, the pad body 30 can also adopt a silica gel pad, a foam pad or other composite pad structures formed by a wrapping layer and a filler filled in the wrapping layer. The initial size of the cushion body 30 is significantly larger than the size of the opening 121, and since the opening 121 is an elastic opening, the opening 121 can be stretched and deformed to a size sufficient for the cushion body 30 to be inserted into or removed from the cushion body 30, and the elastic deformation capability of the cushion body 30 facilitates the operation of inserting and removing the cushion body 30. In addition, the initial shape of the cushion body 30 is matched with the shape required for setting off the chest, so that the breast enlarging and beautifying effect can be molded.

The garment of this embodiment can be divided into according to different areas covering the human body: the pad area corresponding to the double chest position of the human body and the non-pad area corresponding to other parts of the human body, specifically, the bra patch 26 is a first fabric layer 101, the part of the surface fabric layer 10 corresponding to the double chest is a second fabric layer 102, the pad area comprises the first fabric layer 101, the second fabric layer 102 and the pad body 30, the pad area in this embodiment forms a breast enlargement area, the seamless joint area 110 and the hollow interlayer area 120 are arranged between the first fabric layer 101 and the second fabric layer 102, the opening 121 is formed on the first fabric layer 101, the pad area is connected with the part of the garment adjacent to the pad area through the second fabric layer 102, and the connection mode is a sewing mode or an adhesive mode.

Example 4

As shown in fig. 5-6, the present embodiment provides a pad member, which includes a first fabric layer 101, a second fabric layer 102, and a pad body 30, where a seamless bonding area 110 and a hollow interlayer area 120 are disposed between the first fabric layer 101 and the second fabric layer 102, the seamless bonding area 110 is distributed around the periphery of the hollow interlayer area 120, and the specific seamless bonding area 110 uses PUR hot melt adhesive and the adhesive layer is in a plurality of dots to form an O-shape distribution, and it is noted that, in other examples, the adhesive layer of the seamless bonding area 110 may also be in a mesh shape, and the whole may also be in a U-shape, a C-shape, or an ≡shape distribution.

The hollow interlayer region 120 is formed with an interlayer space and an opening 121 located at one position of the interlayer space for allowing the cushion body 30 to enter and exit the interlayer space, and the cushion body 30 is detachably disposed in the interlayer space. The pad 30 is an elastically deformable structure, specifically a silica gel pad, and in other examples, the pad 30 may also be a foam pad or a composite pad structure formed by a wrapping layer and a filler filled in the wrapping layer, such as a water bag.

The openings 121 are formed on the first fabric layer 101, and the first fabric layer 101 adopts an elastic structure such as nylon/spandex elastic fabric or polyester/spandex elastic fabric. The initial size of the pad 30 is significantly larger than the size of the opening 121, and since the opening 121 is an elastic opening, the opening 121 can be stretched and deformed to a size sufficient for the pad 30 to be inserted into or removed from the pad 30, and the elastic deformation capability of the pad 30 facilitates the operation of inserting and removing the pad 30.

In addition, the first fabric layer 101 and the second fabric layer 102 may be further sewn together at the edge position, so that the bonding stability of the inner layer and the outer layer of the pad member is further enhanced without affecting the air permeability and the soft elasticity of the seamless bonding region 110 and the limit stability of the pad body in the interlayer space. For example: as shown in fig. 7, the seamless joint region 110 is C-shaped, the first fabric layer 101 and the second fabric layer 102 are stitched on the open side of the seamless joint region 110 to form a stitched region 130, so that the stitched region 130 and the seamless joint region 110 jointly surround the hollow interlayer region 120, and the seamless joint region 110 is C-shaped and surrounds the periphery of the hollow interlayer region 120.

While the basic principles and main features of the utility model and advantages of the utility model have been shown and described, it will be understood by those skilled in the art that the present utility model is not limited by the foregoing embodiments, which are described in the foregoing description merely illustrate the principles of the utility model, and various changes and modifications may be made therein without departing from the spirit and scope of the utility model as defined in the appended claims and their equivalents.

Claims

1. A garment having a cushion, characterized by: the pad comprises a pad zone, wherein the pad zone comprises a first fabric layer, a second fabric layer and a pad body, a seamless joint zone and a hollow interlayer zone are arranged between the first fabric layer and the second fabric layer, the seamless joint zone is distributed around the periphery of the hollow interlayer zone, an interlayer space and an opening which is positioned at one part of the interlayer space and used for the pad body to enter and exit the interlayer space are formed in the hollow interlayer zone, and the pad body is detachably arranged in the interlayer space; the pad area is connected to the garment portion adjacent to the pad area by the first fabric layer and/or the second fabric layer.

2. The padded garment of claim 1, wherein: the portion of the garment adjacent to the pad region is seamlessly woven or stitched or glued together with the first and/or second fabric layers.

3. The padded garment of claim 1, wherein: the glue layer of the seamless joint area is one or two of punctiform and netlike.

4. The padded garment of claim 1, wherein: the seamless joint area is U-shaped C-shaped O-type or ++type distribution.

5. The padded garment of claim 1, wherein: the pad body is of an elastic deformation structure.

6. The padded garment of claim 5, wherein: the pad body is a silica gel pad, a foam pad or a composite pad body structure formed by a wrapping layer and a filler filled in the wrapping layer.

7. The padded garment of claim 1, wherein: the opening is an elastic opening.

8. The padded garment of claim 1, wherein: the first fabric layer and/or the second fabric layer is/are stretch fabric.

9. The padded garment of any one of claims 1-8, characterized in that: the clothing is a bra, and the pad area is positioned at the position corresponding to the chest of the bra to form a cup part; alternatively, the garment has a lower body portion, and the pad area is located at a position corresponding to the buttocks of the lower body portion to form a crotch region and/or located at a position corresponding to the crotch of the lower body portion to form a crotch region; alternatively, the garment has an upper body portion, and the padded region is located at a position corresponding to the shoulder of the upper body portion to form a padded shoulder and/or at a position corresponding to the chest of the upper body portion to form a cup portion.

10. A cushion member characterized by: the novel fabric comprises a first fabric layer, a second fabric layer and a cushion body, wherein a seamless joint area and a hollow interlayer area are arranged between the first fabric layer and the second fabric layer, the seamless joint area is distributed around the periphery of the hollow interlayer area, an interlayer space and an opening which is positioned at one part of the interlayer space and used for the cushion body to enter and exit the interlayer space are formed in the hollow interlayer area, and the cushion body is detachably arranged in the interlayer space; the opening is an elastic opening or the cushion body is an elastic deformation structure.