Chest sticker

Description

2 in the adhesive layer. At the same time, the adhesive layer itself possesses adhesive properties, which causes the surfaces of the adhesive layer to stick together in the fold areas and be difficult to separate. Attempting to smooth the folds or forcibly separate them can lead to cracks in the adhesive layer, resulting in holes or local damage, which affects the lifespan of both the adhesive layer and the breast sticker. 5 4. Since folds cause the adhesive layer surface to have raised areas, cracks or holes, or become partially damaged, the user may experience a foreign body sensation or other discomfort in the corresponding areas of the breast when wearing the breast sticker. 5. Since the adhesive layer is applied as a single piece to the cup body, it can sometimes stick to the nipple and surrounding sensitive areas. The skin of the nipple and surrounding sensitive areas is particularly prone to injury when removing the adhesive, and with rough removal, even the skin of the nipple could be damaged.and the surrounding sensitive areas. 6. After the user has perspired, the perspiration becomes trapped within the entire adhesive layer area of ​​the cup body and can only escape with difficulty. Even if the adhesive layer is provided with ventilation holes, these are generally small. If the one-piece adhesive layer forms creases, it compresses or flattens the ventilation holes, causing the adhesive to stick slightly around the holes or blocking the holes. This also makes it more difficult for perspiration to escape. The poorly wicked perspiration not only irritates the skin and causes discomfort to the user, but also damages the adhesive layer and accelerates its wear. 7. Since the adhesive layer of the breast sticker is fully bonded to the user's breast during use, the user's breast is almost airtight from the outside world within the area enclosed by the cup body. This lack of ventilation leads to the breast easily becoming sweaty.8. Since the adhesive strength of the adhesive layer is the same, it cannot adapt and adjust to the different needs of different users. For example, some users need the breast sticker to offer different, appropriate lifting effects or adhesive strength locally on the breast, some desire a good breast-bundling effect after wearing the breast sticker, and others need the breast sticker to have a good lifting effect on the breast or effects to prevent breast sagging. CONTENT OF THE PRESENT INVENTION To solve the above-mentioned technical problem, this invention provides a breast sticker comprising a cup body, N adhesive layers and N-1 protective layers, wherein N is an integer greater than or equal to 2, wherein the cup body comprises an inwardly curved inner surface of the cup body, wherein the N adhesive layers comprise a first adhesive layer, a second adhesive layer up to the N-th adhesive layer, wherein the N-1 protective layers comprise a first protective layer, a second protective layer up to the (N-2)-th protective layer and to the (N-1)-th protective layer.encompass protective layers, wherein the first adhesive layer is applied to the inner surface of the basket body, and the first protective layer is detachably applied to the first adhesive layer, wherein BE2026 / 7445 3 the second adhesive layer is applied to the first protective layer, and the second protective layer is detachably applied to the second adhesive layer, and so on, until the (N-1)th protective layer is detachably applied to the (N-1)th adhesive layer, and the N-th adhesive layer is applied to the (N-1)th protective layer. Furthermore, each of the adhesive layers is identical, with each adhesive layer comprising at least two adhesive pieces, wherein adjacent adhesive pieces are arranged at an appropriate distance and form several sweat wicking and ventilation channels, each adhesive piece being attached to the inner surface of the cup body forming an enclosing state, and the central area of ​​the enclosed area being recessed to form a nipple receiving area for receiving the nipple and the surrounding sensitive area, wherein an end 10each sweat duct and ventilation channel is connected to the nipple reception area and the other end extends to the outer edge of the cup body and is connected to the outside of the cup body; wherein each of the N-1 protective layers is identical, each protective layer is adapted to its corresponding adhesive layer; each protective layer comprises at least two protective pieces, wherein the number of protective pieces corresponds to the number of adhesive pieces, each protective piece is adapted to its corresponding adhesive piece, and each protective piece is attached to its corresponding adhesive piece. Furthermore, each adhesive layer comprises two adhesive pieces, namely a first adhesive piece and a second adhesive piece, which are attached to the left and right sides of the inner surface of the basket body, respectively; wherein each protective layer accordingly comprises two protective pieces, namely a first protective piece and a second protective piece, wherein the first protective piece is adapted to the first adhesive piece and detachably attached to the first adhesive piece, and the second protective piece is attached to theThe second adhesive piece is adapted and detachably attached to the second adhesive piece. Furthermore, each adhesive layer comprises three adhesive pieces, namely a first adhesive piece, a second adhesive piece and a third adhesive piece, wherein the first adhesive piece is attached to the left area of ​​the inner surface 25 of the basket body, and the second and third adhesive pieces are attached to the upper right area and lower right area of ​​the inner surface of the basket body respectively; wherein each protective layer comprises three protective pieces accordingly, namely a first protective piece, a second protective piece and a third protective piece, wherein the first protective piece is adapted to the first adhesive piece and detachably attached to the first adhesive piece, the second protective piece is adapted to the second 30 adhesive piece and detachably attached to the second adhesive piece, and the third protective piece is adapted to the third adhesive piece and detachably attached to the third adhesive piece. Furthermore, each detention layer comprises four detention pieces, namely a first detention piece, a secondAdhesive piece, a third adhesive piece and a fourth adhesive piece, wherein the first, second, third and fourth adhesive pieces are attached to the left, upper, right and lower regions of the inner surface of the 35 basket body respectively; wherein each protective layer comprises four protective pieces accordingly, namely a first protective piece, a second protective piece, a third protective piece and a fourth protective piece, wherein the first protective piece is adapted to the first adhesive piece and detachably attached to the first adhesive piece, the second protective piece is adapted to the second adhesive piece and detachably attached to the second adhesive piece, the third protective piece is adapted to the third adhesive piece 40 and detachably attached to the third adhesive piece, and the fourth protective piece is adapted to the fourth adhesive piece and detachably attached to the fourth adhesive piece. Furthermore, the welding duct comprises a duct opening and a BE2026 / 7445 4 duct main body, wherein the width of the duct openings at both ends of the welding duct is greater than the width of the duct main body; and wherein during theThe channel opening at one end of the weld drainage and ventilation channel points upwards, and the channel opening at the other end points downwards. Furthermore, several recesses are provided on each adhesive layer to prevent or reduce wrinkling in the adhesive layer. Additionally, the outer edge of each protective layer is provided with a peel-off aid section. Furthermore, a non-adherent zone and an adhesive zone are provided in the cup body area, with at least two adhesive zones being provided in the cup body area, and at least two of these adhesive zones differing in their adhesive strength. Each adhesive element is designed as an adhesive zone, and the nipple reception area and the area with the weld drainage and ventilation channel are designed as non-adherent zones. Furthermore, each adhesive layer comprises two adhesive pieces, namely a first adhesive piece and a second adhesive piece; two adhesive zones are provided in the basket, namely a firstA secure zone and a second secure zone, wherein the first and second 15 secure units are designed as the first secure zone and second secure zone. Furthermore, each secure layer comprises three secure units, namely a first secure unit, a second secure unit, and a third secure unit; in the basket, three secure zones are provided, namely a first secure zone, a second secure zone, and a third secure zone, wherein the first, second, and third secure units are each designed as the first 20 secure zone, second secure zone, and third secure zone. Furthermore, each detention layer comprises four detention pieces, namely a first detention piece, a second detention piece, a third detention piece and a fourth detention piece; four detention zones are provided in the basket, namely a first detention zone, a second detention zone, a third detention zone and a fourth detention zone, wherein the first detention piece, the second detention piece, 25the third detention piece and the fourth detention piece each correspond to the first detention zone, second detention zone, third detention zone and fourth detention zone are formed. Furthermore, each of the N adhesive layers is identical, wherein each adhesive layer comprises an adhesive piece arranged at the edge of the inner surface of the cup body and extending along the edge of the inner surface of the cup body and forming an enclosing condition, 30 and the central area of ​​the enclosed area is recessed to form a nipple receiving area for receiving the nipple and the surrounding sensitive area, wherein one end of the enclosed area has an opening to form a sweat wicking and ventilation channel, wherein one end of the sweat wicking and ventilation channel is connected to the nipple receiving area and the other end extends to 35 the outer edge of the cup body and is connected to the outer surface of the cup body; wherein each of the N-1 protective layers is identical, each protective layer being attached to itscorresponding adhesive layer is adapted; each protective layer comprises a protective piece, each protective piece is adapted to its corresponding adhesive piece, and each protective piece is detachably attached to its corresponding adhesive piece. 40 Furthermore, several recesses are provided on each adhesive layer to prevent or reduce wrinkling in the adhesive layer. BE2026 / 7445 5 Furthermore, the outer edge of each protective layer is provided with a peel-off aid section. Furthermore, the chest sticker further comprises an Nth protective layer, the Nth protective layer being detachably attached to the Nth adhesive layer. The invention of the breast sticker has the following advantages or beneficial effects: 1. Since adhesive layers are applied to the inner surface of the cup body, the user can, after reaching the maximum number of uses or after the first adhesive layer has lost its adhesiveness, remove it and continue with the next adhesive layer in order to continue using the breast sticker until the last adhesive layer has reached its maximum number of uses.This saves considerable resources and results in lower operating costs. 2. The user does not need to apply and replace the adhesive layer themselves. They only need to peel off the used adhesive layer to reveal the next layer and can continue to use the chest sticker. This ensures a long lifespan, ease of use, and saves time and labor. 3. The breast sticker of the invention has an adhesive layer which is divided into a non-single-piece structure comprising at least two adhesive pieces. This avoids or reduces the wrinkling phenomenon frequently occurring with single-piece structures during use of the adhesive layer, thereby preventing or reducing the formation of holes or partial damage to the adhesive layer due to wrinkles. This extends the service life of the adhesive layer, which in turn increases the service life of the cups. By avoiding or reducing wrinkling in the adhesive layer, the adhesive surface of the adhesive layer remains even and smooth during application, so that theThe user experiences no pressure from uneven surfaces or other discomfort. 5. Because the adhesive layer is divided into a non-one-piece structure comprising at least two adhesive pieces and attached to the cup body, with adequate spacing between adjacent adhesive pieces and a nipple-receiving area left clear for the nipple, the adhesive layer is prevented from adhering to the skin of the nipple and the surrounding sensitive areas of the woman. This reduces the likelihood of the adhesive layer damaging the skin of the nipple and the surrounding sensitive areas, ensuring safer use. 6. Since the adhesive layer is subdivided into at least two adhesive pieces and attached to the cup body, with an appropriate distance between adjacent adhesive pieces, forming a nipple receiving area for receiving the nipples as well as several sweat wicking and ventilation channels for sweat wicking. These channels extend from theThe nipple area extends to the edge of the cup body, thus connecting the inside with the outside of the cup. After perspiration, sweat is wicked away along the sweat wicking and ventilation channels. These channels prevent or reduce skin irritation caused by sweat, thus sparing the user discomfort. The arrangement of the sweat wicking and ventilation channels, as well as the nipple area, allows the cup body to dry quickly after washing. 7. Since the protective layer is adapted to the adhesive layer, the protective layer is also divided into at least two protective pieces, which are applied to the adhesive layer. The use of a non-single-piece protective layer structure ensures that when covering the adhesive layer, the sweat wicking and ventilation channel and the nipple reception area are not covered, which facilitates ventilation of the cup body and allows the cup to dry quickly after cleaning. At the same time, the outer edge of theThe adhesive layer is positioned at an appropriate distance from the outer edge of the cup body. The protective layer completely covers the adhesive layer and protects the adhesive on the adhesive layer from contamination or damage. This protective layer helps maintain the adhesive strength of the adhesive layer surface for longer, increasing the number of uses and extending the service life. Because the adhesive layer is divided into at least two adhesive pieces, and adjacent adhesive pieces are arranged at an appropriate distance to form a sweat wicking and ventilation channel, the inside of the chest sticker is connected to and ventilated from the outside, ensuring good breathability. 9. The channel openings at both ends of the weld drainage and ventilation duct are wider than the main channel body to facilitate ventilation between the inside and outside of the chest patch and simultaneously allow weld drainage. 15 10. The weld drainage and ventilation duct has an upward slope in its operating state.A directed channel opening at one end and a downward-directed channel opening at the other end, to allow the sweat emitted by the user to flow naturally downwards and thus facilitate sweat drainage. 11. Since the adhesive layer can also be applied to the edge of the inner surface of the cup body,20 and the adhesive layer runs in a long, narrow shape along the edge of the inner surface of the cup body and forms a nipple reception area as well as a sweat wicking and ventilation channel, this adhesive layer is also a non-monolithic structure. Breast stickers with this type of adhesive layer also exhibit good ventilation.25 12. Since N adhesive layers are arranged on the inner surface of the cup body, the thickness of the N adhesive layers is N times thicker than that of a single adhesive layer. The total thickness of the nipple reception area and the sweat wicking and ventilation channel, which are jointly enclosed by the N adhesive layers, is thicker than that of a single adhesive layer, whichimparts improved breathing activity to the breast sticker. 30 13. Since at least two adhesive zones are present in the cup body area, and at least two of these zones have different degrees of adhesion, the breast sticker can adapt to and meet the different adhesion requirements of different users. This enables locally differentiated, appropriate lifting or adhesion for the users' breasts. After application of the breast sticker, it achieves a good breast-firming effect 35 and also offers positive effects such as breast lifting or prevention of breast sagging. BRIEF DESCRIPTION OF THE DRAWING In order to illustrate the technical solutions in the embodiments of the present invention or in the prior art more clearly, the figures required in the descriptions of the 40 embodiments or the prior art are briefly presented below. Obviously, the figures shown in the following description are only some embodiments of the present invention. For a person skilled in the art, BE2026 / 7445 7Without inventive step, further figures can be derived from these figures. Figure 1 is a schematic perspective view of the breast sticker in a first embodiment of the invention. Figure 2 is a rear view of the breast sticker in a first embodiment of the invention. Figure 3 is a front view of the breast sticker in a first embodiment of the invention. Figure 4 is a top view of the breast sticker in a first embodiment of the invention. Figure 5 is a left side view of the breast sticker in a first embodiment of the invention. Figure 6 shows a schematic sectional view of the breast sticker according to the first embodiment of the invention. Figure 7 is a schematic exploded view of the breast sticker according to the first embodiment of the invention. Figure 8 shows a schematic representation with partial dimensions of the breast sticker according to the first embodiment of the invention. Figure 9 is a first schematic sectional view of the adhesive layer of the breast sticker according toFigure 10 shows a second schematic sectional view of the adhesive layer of the breast sticker according to the first embodiment of the invention. Figure 11 is the rear view of the breast sticker after removal of the protective layer according to the first embodiment of the invention. Figure 12 is a rear view of the breast sticker according to the first embodiment of the invention with an added recess to prevent wrinkling and a peel-off aid section. Figure 13 shows a schematic perspective view of the breast sticker in a three-dimensional state according to the second embodiment of the invention. Figure 14 is a rear view of the breast sticker according to the second embodiment of the invention. Figure 15 shows an exploded view of the breast sticker according to the second embodiment of the invention. Figure 16 shows a schematic perspective view of the breast sticker in a three-dimensional state according to the third embodiment of the invention.Figure 17 is a rear view of the breast sticker according to the third embodiment of the invention; Figure 18 is a schematic exploded view of the breast sticker according to the third embodiment of the invention. Figure 19 is a rear view of the breast sticker after removal of a protective layer according to the second embodiment of the invention. Figure 20 is a rear view of the breast sticker after removal of a protective layer according to BE 2026 / 7445 8 of the third embodiment of the invention. Figure 21 shows a schematic perspective view of the breast sticker in a three-dimensional state according to the fourth embodiment of the invention. Figure 22 shows a rear view of the breast sticker according to the fourth embodiment of the invention. Figure 23 is a schematic exploded view of the breast sticker according to the fourth embodiment of the invention. Figure 24 is a rear view of the breast sticker according to the fourth embodiment of the invention with added recess to prevent wrinkling and the removal aid section.Figure 25 is a rear view of the breast patch according to the fifth embodiment of the invention. 10 List of reference numerals: 1. Cup, 11. Outer surface of the cup, 12. Inner surface of the cup body, 2. Adhesive layer, 21. First adhesive piece, 22. Second adhesive piece; 29. ​​First recess to prevent wrinkling; 15 201. Cup-side adhesive layer, 202. Skin-side adhesive layer, 203. Carrier layer, 3. Protective layer, 31. First protective piece, 32. Second protective piece; 39. Second recess to prevent wrinkling; 4. Weld duct and vent channel, 401. Channel opening, 402. Channel main body; 5. Nipple receiving area; 7. Connecting device; 9. Detachment aid section; 20 21'. First retainer, 22'. Second retainer, 23'. Third retainer; 31'. First guard, 32'. Second guard, 33'. Third guard; 4'. Weld duct and vent channel, 5'. Nipple receiving area; 21". first retainer, 22". second retainer, 23". third retainer, 24". fourth retainer, 31".first protective piece, 32". second protective piece, 33". third protective piece, 34". fourth protective piece, 4". 25 weld duct and ventilation channel, 5". nipple receiving area; 2A. adhesive layer, 3A. protective layer, 4A. weld duct and ventilation channel, 5A. nipple receiving area; 2B. adhesive layer, 21B. first adhesive piece, 22B. second adhesive piece; 3B. protective layer, 31B. first protective piece, 32B. second protective piece; 30 4B. weld duct and ventilation channel, 5B. nipple receiving area. DETAILED DESCRIPTION In view of the aforementioned technical problems of the state of the art, this invention offers a breast sticker to solve these technical problems. The technical solution of the breast sticker is described in detail below with reference to specific embodiments. explained. BE2026 / 7445 9 1. First embodiment of the invention. A breast sticker of this first embodiment of the invention looks as follows, as described in detail in the annexes Figures 1 to 12. The breast sticker of the first embodiment comprises a left-right symmetrical pair.arranged baskets and a connecting device 7 between the pair of baskets to the 5 connecting pair of baskets. Each basket comprises a basket body 1, N adhesive layers 2 and N protective layers 3, where N is an integer greater than or equal to 2. For better description, Figure 2 serves as a directional reference, with the basket on the left being used for explanation. The basket body 1 comprises an outwardly convex outer surface 11 of the basket and an inwardly convex inner surface 12 of the basket. The 10 inner surface 12 of the basket itself has no adhesive capability. The inner surface 12 of the basket is made from existing soft and skin-friendly materials, such as fabric or silicone rubber. The N adhesive layers 2 comprise a first adhesive layer 2, a second adhesive layer 2, ..., a (N-1)-th adhesive layer 2 and an N-th adhesive layer 2, wherein the N protective layers 3 comprise a first 15 protective layer 3, a second protective layer 3, ..., a (N-2)-th protective layer 3, a (N-1)-th protective layer 3 and an N-th protective layer 3, wherein the first adhesive layer 2 is on theinner surface 12 of the basket body is attached, and the first protective layer 3 is detachably attached to the first adhesive layer 2, wherein the second adhesive layer 2 is attached to the first protective layer 3, and the second protective layer 3 is detachably attached to the second adhesive layer 2, 20 and so on, until the (N-1)th protective layer 3 is detachably attached to the (N-1)th adhesive layer 2, and the N-th adhesive layer 2 is attached to the (N-1)th protective layer 3, wherein the N adhesive layers 2 and the N-1 protective layers 3 form a whole, which is pre-attached to the inner surface 12 of the basket body, so that all N adhesive layers 2 do not have to be applied by the user to the inner surface 12 of the basket body. To attach the N-th adhesive layer 25 To protect 2, a further N-th protective layer 3 is provided, wherein the N-th protective layer 3 is also detachably attached to the N-th adhesive layer 2. Each of the N-adhesive layers 2 is identical, each adhesive layer 2 is divided into at least two adhesive pieces and consists of at least two separate adhesive pieces. The adhesive layer 2 occupies aa non-single-piece structure to distinguish it from a single-piece structure. The 30 adhesive layer 2 of this embodiment comprises two adhesive pieces, namely a first adhesive piece 21 and a second adhesive piece 22, as shown in Figure 4. The first adhesive piece 21 and the second adhesive piece 22 are located on the left and right sides of the inner surface 12 of the cup body, respectively. An appropriate distance is provided between them to form a sweat duct and vent channel 4 for sweat duct and venting. 35 Between the first adhesive piece 21 and the second adhesive piece 22, an enclosing condition forms in the central area of ​​the inner surface 12 of the cup body, the central area of ​​which is recessed to form the nipple receiving area 5 for receiving the nipple and the surrounding sensitive areas of the user. The The nipple reception area 5 and the sweat wicking and ventilation channel 4 are 40 interconnected. Each adhesive piece is attached to the inner surface 12 of the cup body.where a sweat wicking and ventilation channel 4 is provided between two adjacent adhesive pieces, ensuring an adequate distance between them, and where, in addition, a nipple-receiving area BE2026 / 7445 10 5 is provided in the central area of ​​the inner surface 12 of the cup body, which also ensures an adequate distance between them, this non-one-piece structure of the adhesive layer is less prone to wrinkling during use compared to a one-piece structure. Since the inner surface 12 of the cup body has no adhesive properties, it does not adhere to the nipple and the surrounding sensitive areas of the breast when the breast sticker is applied to the wearer's breast. 5 At the same time, the absence of an adhesive layer 2 in the nipple-receiving area 5 prevents the Adhesive layer 2 bonds to the nipple and surrounding sensitive areas. This prevents or reduces injuries to the nipple and sensitive surrounding areas when removing adhesive layer 2, resulting in a more comfortable and safer experience.Use is guaranteed. Since the nipple receiving area 5 has no adhesive layer 2, it can 10 simultaneously prevent the adhesive layer 2 from adhering to the nipple and the surrounding sensitive areas, thus avoiding or reducing damage to the nipple and the surrounding sensitive areas when the adhesive layer 2 is torn off, and it can be used more conveniently and safely. In this embodiment, the welding duct and ventilation channel 4 comprises a channel opening 401 and a channel main body 402 in the direction shown in Fig. 2. During use, it is preferred that the channel opening 401 at one end of the welding duct and ventilation channel 4 points upwards and the channel opening 401 at the other end points downwards, so that the weld emitted by the user can flow away naturally to facilitate welding ducting. In addition, the widths of the channel openings 401 at both ends of the welding duct and ventilation channel 4 are greater than the width of the channel main body 402 (as shown in Fig. 8), which also facilitates welding ducting and ventilation.The nipple receiving area 5 is generally circular or elliptical. Understandably, the shape of the nipple receiving area 5 is not limited to this and can be designed in other different shapes as required. 25 As shown in Fig. 9, the adhesive layer 2 can be designed as a flexible double-sided adhesive tape structure comprising a carrier layer 203, a cup-side adhesive layer 201 applied to one side of the carrier layer 203, and a skin-side adhesive layer 202 applied to the other side of the carrier layer 203. The carrier layer 203 serves as the base material and exhibits a certain degree of softness, water resistance, and breathability. The 30 carrier layer, together with the cup-side adhesive layer 201 and the skin-side adhesive layer 202 applied to both sides of it, forms a unit and exhibits suitable thickness. The carrier layer 203 is an elastic membrane layer, which is known as a TPU layer, TPR layer (TPR compound), PTE layer (PTE compound) orA silicone rubber membrane can be selected. Preferably, the elastic 35 membrane layer is chosen as a TPU layer, since TPU adhesive can bond different materials. The basket-side adhesive layer 201 serves to attach it to the basket body 1. Specifically, the cup-side adhesive layer 201 is applied to the inner surface 12 of the cup body and is difficult to remove. The cup-side adhesive layer 201 can be designed as a pressure-sensitive layer, for which materials such as silicone adhesive, acrylic-40 adhesive, hot-melt adhesive, or acrylic adhesive can be used. The cup-side adhesive layer 201 has good adhesion and tear resistance, which means it is firmly attached to the inner surface 12 of the cup body and cannot fall off or slip. The skin-side adhesive layer 202 is applied to the other side of the BE 2026 / 7445 11 carrier layer 203. The skin-side adhesive layer 202 consists of environmentally friendly adhesive material, is gentle on the skin, and serves to adhere the breast sticker.to be attached to the user's skin. Preferably, the skin-side adhesive layer 202 can be made of silicone gel material, for example, platinum addition-curing silicone gel or condensation-curing silicone gel. The adhesive strength of the cup-side 5 adhesive layer 201 is greater than that of the skin-side adhesive layer 202, so that the adhesive force between the cup-side adhesive layer 201 and the inner surface 12 of the cup body is greater than that between the skin-side adhesive layer 202 and the user's skin. Understandably, as shown in Figure 10, the adhesive layer 2 used is another double-sided adhesive structure, consisting only of a basket-side adhesive layer 201 and a skin-side adhesive layer 202, which are bonded together. This means that this structure is a double-sided adhesive structure without a carrier layer 203, with the basket-side adhesive layer 201 bonding directly to the skin-side adhesive layer 202 to form a single unit.The appropriate thickness of the adhesive layer is bonded. The basket-side adhesive layer 201 is used to bond to the basket body 1, while the skin-side adhesive layer 20215 is detachably bonded to the protective layer 3. The outer edge of the adhesive layer 2 maintains a suitable distance d1 from the outer edge of the basket body 1. The dimensions of the adhesive layer 2 are slightly smaller than those of the basket body 1 to prevent the outer edge of the adhesive layer 2 from projecting beyond the outer edge of the basket body 1. This serves to prevent dust and contaminants from adhering to the outer edge of the adhesive layer 2, which would impair its service life. In addition, the adhering of dust and contaminants would soil the adhesive layer and impair its appearance. Each of the N protective layers 3 is identically and removably applied to the corresponding adhesive layer 2 to protect each adhesive layer 2. The Nth protective layer 3 is applied to the Nth 25 adhesive layer 2 to protect the Nth adhesive layer 2. Each other N-1The protective layer 3 serves not only to protect its corresponding adhesive layer 2, but also simultaneously as a carrier for the next adhesive layer 2. For example, the first protective layer 3 serves not only to protect the first adhesive layer 2, but also as a carrier for the second adhesive layer 2. In this case, one side of the first protective layer 3 is detachably attached to the skin-side adhesive layer 202 of the first adhesive layer 2 to protect the first adhesive layer 2. The other side of the first protective layer 3 is attached to the skin-side adhesive layer 202 of the second adhesive layer 2 to support the second adhesive layer 2. Since the adhesive strength of the basket-side adhesive layer 201 is greater than that of the skin-side adhesive layer 202, the adhesive force between the first protective layer 3 and the second adhesive layer 2 is greater than that between the second protective layer 3 and the second adhesive layer 2. which makes the bond between the first protective layer 3 and the second adhesive layer 2 stronger and more difficult to detach. It is particularly worth mentioning that the adhesive force between theThe adhesive force between the second adhesive layer 2 and the first protective layer 3 is greater than the adhesive force between the second adhesive layer 2 and the user's breast skin. The purpose is that when the second adhesive layer 2 is used, when the user removes the breast sticker with the second adhesive layer 2, the second adhesive layer 2 and the first protective layer 3 as a whole still adhere to the first adhesive layer 2, i.e., the second adhesive layer 2 is also indirectly bonded to the inner surface 12 of the cup body by the first adhesive layer 2 and will not be easily detached from the inner surface 12 of the cup body. Accordingly, it can be deduced that the adhesive force between the Nth adhesive layer 2 and the (N-1)th protective layer 3 is greater than the adhesive force between the Nth adhesive layer 2 and the user's breast skin. This ensures that when the user removes the breast sticker with the second adhesive layer 2, the second adhesive layer 2 and the first protective layer 3 as a whole remain attached to the first adhesive layer 2, i.e., the second adhesive layer 2 is also indirectly bonded to the inner surface 12 of the cup body by the first adhesive layer 2 and will not be easily detached from the inner surface 12 of the cup body. Detaching breast sticker with the N-th adhesive layer 2, the N-th adhesive layer 2 together with the (N-1)-th protective layer 3 adhere as a unit to the (N-1)-th adhesive layer 2. This means that the N-th adhesive layer 2 remains directly above the (N-1)-th adhesive layer 2 with the inner surface 12 of theThe cup body is connected and does not easily detach from the inner surface 12 of the cup body. Upon first use of the chest sticker, the Nth protective layer 3 is peeled from the Nth adhesive layer 2. The chest sticker can then be applied to the user's chest using the adhesive properties of the Nth adhesive layer 2. When the chest sticker is not in use, the N-10th protective layer 3 is applied to the Nth adhesive layer 2 to protect the adhesive on the surface of the Nth adhesive layer 2 from contamination or damage. The use of the protective layer 3 also results in the adhesive properties of the surface of the adhesive layer 2 lasting longer, allowing for more frequent use and a longer lifespan. After using the chest sticker, the surface of the adhesive layer 2 can first be cleaned before the N-15 protective layer 3 is applied to the adhesive layer 2 to protect the adhesive layer 2. If the adhesive strength of the first used Nth adhesive layer reaches the maximum number of uses or loses its adhesive strength, the breast sticker can still be used multiple times, sinceThe cup body 1 has a significantly longer lifespan than the adhesive layer 2. The user can remove the Nth adhesive layer 2 and continue using the adjacent adhesive layer 2 – the (N-1)th adhesive layer 20 – to use the breast sticker until the maximum number of uses of the first adhesive layer 2 is reached. Since the (N-1)th protective layer 3 carries the Nth adhesive layer 2 and is firmly bonded to it so that it cannot be easily removed, the Nth adhesive layer 2 can be removed by directly peeling off the (N-1)th protective layer 3, thereby removing the Nth adhesive layer 2 at the same time. 25 This embodiment of the breast sticker has N adhesive layers on the inner surface 12 of the cup body, which theoretically allows for an N-fold number of uses compared to Breast stickers with only one adhesive layer are made possible. This saves considerable resources and reduces usage costs for the user. In contrast to conventional breast stickers with only one adhesive layer, which must be replaced by the user, 30The design of this breast sticker eliminates the need for the user to manually replace the adhesive layer. The user simply peels off the top layer after reaching the maximum number of uses to expose the layer underneath. Thanks to the adhesive properties of this new layer, the breast sticker can be reused. This eliminates the problem of precise alignment when applying the adhesive layer to the inner surface of the breast cup, as well as the risk of creasing due to incorrect application. This design thus ensures user-friendly handling, saving time and effort. The protective layer 3 of this design is adapted in shape and dimensions to the adhesive layer 2 and has a flat structure with suitable thickness and flexibility. The protective layer 340 can be made from a separating film. The outer edge of the protective layer 3 maintains an appropriate distance d2 from the outer edge of the basket body 1. The dimensions of the protective layer 3 are either identical to those of the basket body 1 or slightly smaller.The dimensions of the protective layer 3 are larger than or equal to those of the adhesive layer 2, so that the protective layer 3 completely covers and protects the adhesive layer 2. The protective layer 3 comprises two protective pieces, namely the first protective piece 31 and the second protective piece 32. The shape and dimensions of the first protective piece 31 are adapted to the shape and dimensions of the first adhesive piece 21, and it is attached to the first adhesive piece 21. The shape and dimensions of the second protective piece 32 are adapted to the shape and dimensions of the second adhesive piece 22, and it is attached to the second adhesive piece 22. As shown in Fig. 12, the adhesive layer 2, in comparison to the one-piece adhesive layer of the prior art, already consists of two separate adhesive pieces (first adhesive piece 21 or second adhesive piece 22) and also has a sweat wicking and ventilation channel as well as a nipple reception area, which significantly reduces the probability of wrinkling during use. However, since the first adhesive piece 21 or the second adhesive piece22 self-curved sections, longer sections or wider sections, and the inner surface of the cup body 12 is concave, several first recesses 29 are provided on the curved or wider sections of the first adhesive piece 21 or the second adhesive piece 22 to further prevent or reduce wrinkling during use. This further reduces the likelihood of wrinkling in the adhesive layer 2, particularly on its curved or wider sections, during use. Preferably, the first recess 29 to prevent wrinkling has a V-shape, U-shape, or arched shape. 20 Understandably, each protective layer 3 is adapted in shape and dimensions to each adhesive layer 2. Specifically, this means that the first protective piece 31 and the second protective piece 32 are each adapted in shape and dimensions to the first adhesive piece 21 and the second adhesive piece 22.are. Accordingly, several second recesses to prevent wrinkling are provided in the bending points or wider areas of the first protective piece 31 and the second protective piece 32, which correspond to the positions of the first adhesive piece 21 and the second adhesive piece 22. Preferably, the second recess 39 to prevent wrinkling is identical to the first recess 29 to prevent wrinkling and also has a V-shape, U-shape, or arched shape. As shown in Fig. 12, since each adhesive layer 2 itself has adhesive strength, a peel-off aid section 9 can be permanently attached to each adhesive layer and / or to the upper edge of each protective layer in advance for easy removal by the user after the number of uses of the adhesive layer 2 has reached its maximum or the adhesive strength is lost. When in use, this peel-off aid section 9 enables the user to easily peel off the adhesive layer 2 and / or protective layer 3 to be removed. Since the adhesive layer in the state of the art is usually a single piece and has the same adhesive strength,In this embodiment, the adhesive layer 2 comprises two adhesive pieces, the adhesive strength of which can naturally be the same. Considering the different sizes and shapes of the breasts of different users, it is taken into account that these have different requirements regarding adhesive strength – some desire an optimized bust effect after applying 40 the breast sticker, others require local lifting or support for the breast, while still others value firming effects or protection against breast sagging. For this purpose, as shown in Figure 11, a non-adherent zone, a first adhesive zone, and a second adhesive zone are further provided in the area of ​​the cup body 1 of the invention. The adhesive strength of these two adhesive zones differs in their intensity: If, for example, the capacity for detention in the first detainable zone is stronger, then the capacity for detention in the second detainable zone is weaker. In this case, the capacity for detention of theThe first adhesive zone has a stronger adhesive strength than the second adhesive zone, and vice versa. If the adhesive strength of the first adhesive zone is weaker, then the adhesive strength of the second adhesive zone is stronger, in which case the adhesive strength of the first adhesive zone is weaker than that of the second adhesive zone. The arrangement with differing adhesive strengths of the first and second adhesive zones offers the user at least two options for the need for adhesive strength or adhesion. As shown in Fig. 11, the first adhesive zone and the second adhesive zone are arranged on the adhesive piece of the adhesive layer 2, specifically in the corresponding areas of the skin-side adhesive layer 202 of the adhesive piece. In the manufacture of breast patches, the strength of the adhesive strength in the corresponding areas of this skin-side adhesive layer 202 has already been preset according to need. Although one of the first detention zones and the second detention zone is a zone with weaker detention capacity, the detention capacity of the zone with weaker detention capacity fulfills 15nevertheless the requirements for repeated application on the breast. The nipple receiving area 5 and the sweat wicking and ventilation channel 4 are defined as non-adherent zones due to the inner surface 12 of the cup body itself, as they exhibit no adhesiveness. In this embodiment, each adhesive layer 2 comprises a first adhesive piece 21 and a second adhesive piece 22. If the first adhesive piece 21 is designed as the first adhesive zone 20, the second adhesive piece 22 is configured as the second adhesive zone; or if the first adhesive piece 21 is designed as the second adhesive zone, the second adhesive piece 22 functions as the first adhesive zone. By providing, as required, a first adhesive zone and a second adhesive zone with different adhesive strengths in different areas of the cup body 1, the adhesive zones with greater adhesive strength create a different 25 Adhesive effect on the breast as zones with weaker adhesion. This allows for differentiated, graduated adhesive strength to be provided for different areas of the user's breast.Under the influence of these different adhesive forces, the breast sticker of this embodiment provides a locally adapted, appropriate lifting effect or adhesive force for the user's breast during use. After application of the breast sticker, a firming effect is achieved for the breast; in addition, the breast sticker offers a lifting effect or effectively prevents sagging of the breast. In this embodiment, it is preferred, as shown in Figure 8, that the length H of the cup body is 114.5 cm, the width W of the cup body measures 11 cm, the distance d1 between the outer edge of the adhesive layer 2 and the outer edge of the cup body is 10.2535 cm, correspondingly the distance d2 between the outer edge of the protective layer 3 and the outer edge of the cup body 1 is greater than or equal to 0 and less than or equal to 0.25 cm, and the width ed of the main body of the sweat duct and ventilation channel is 41 cm. Preferably, the shape of the nipple receiving area 5 is oval, with the long axis aThe oval nipple reception area measures 57 cm and the short axis b is 4 cm. Of course, the dimensions of breast stickers, as well as individual components and functional areas, can be adapted as needed and are not limited thereto. For better illustration, in this embodiment N is N2, wherein the cup body 1 is equipped with two adhesive layers 2 and two protective layers 3. Preferably, N can assume an integer between 3 and 10. 45 BE2026 / 7445 15 2. Second embodiment of the invention In the second embodiment of the invention, see Figures 13 to 15, the second embodiment is essentially identical to the first embodiment. It also comprises a cup body 1, N adhesive layers 2' and N protective layers 3'. The The main difference is that each bonding layer 2' comprises three bonding pieces, namely a first bonding piece 21', a second bonding piece 22' and a third bonding piece 23'. An appropriate distance is maintained between the first bonding piece 21' and the second bonding piece 22', wherebyA welding drainage and ventilation channel 4' is formed for the drainage of welding and for ventilation. Likewise, an appropriate distance is maintained between the second retaining piece 22' and the third retaining piece 23', thereby also forming a welding drainage and ventilation channel 4' for the drainage of welding and for ventilation. An appropriate distance is also maintained between the third retaining piece 23' and the third retaining piece 21', thereby also forming a welding drainage and ventilation channel 4' for the drainage of welding and for ventilation. In this embodiment, the first retaining piece 21' is attached to the left area of ​​the inner surface 12 of the basket body, the second retaining piece 22' is attached to the upper part of the right area of ​​the inner surface 12 of the basket body, and The third fastener 23' is attached in the lower part of the right area of ​​the inner surface 12 of the basket body. Of course, the positioning of the first fastener 21', the second fastener 22' and the third fastener 23' is not limited to this. The positionscan be exchanged and the shapes adapted as needed. For example, the first attachment 21' can be placed in the right area of ​​the inner surface 12 of the cup body, the second attachment 22' can be located in the upper area of ​​the left side of the inner surface 12 of the cup body, and the third attachment 23' can be placed in the lower area of ​​the left side of the inner surface 12 of the cup body, with the shape being adapted accordingly. The first attachment 21', the second attachment 22', and the third attachment 23' form an enclosing state in the middle area of ​​the inner surface 12 of the cup body, with the middle area of ​​the enclosed area being set aside as a nipple-receiving area 5' to receive the nipple and the surrounding area. sensitive areas of the user. The nipple reception area 5' is connected to each 30 sweat wicking and ventilation channel 4'. In this design, each protective layer 3' is adapted in shape and size to the respective adhesive layer.2' adapted. It comprises three guards, namely a first guard 31', a second guard 32' and a third guard 33'. Specifically, the first guard 31' is adapted in shape and size to the first latch 21' and is attached to the first latch 21'; the second guard 35 32' is adapted in shape and size to the second latch 22' and is attached to the second latch 22'; the third guard 33' is adapted in shape and size to the third latch 23' and is attached to the third latch 23'. In this embodiment, as shown in Figure 19, a non-adherent zone, a first adhering zone, and a second adhering zone 40 can be provided in the area of ​​the basket body 1 if required, and even a third adhering zone can be provided. The adhering capacity of these three adhering zones—the first, second, and third adhering zones—is different, with their adhering forces varying. In this case, the provision of the third adhering zone offers, in addition to the two options already available, BE2026 / 7445 16Different adhesive strengths offer the user a total of up to three different adhesive strengths or up to three different adhesive strength options to choose from. The area within the nipple reception area 5' and the area within the sweat wicking and ventilation channel 4' are defined as non-adherent zones due to the inner surface 12 of the cup body itself. The strength of the three adhesive zones is relative and depends 5 on which two zones are being compared. However, even the zone with the lowest adhesive strength among the three adhesive zones still meets the requirement of being able to be applied and used multiple times on the breast. Since each adhesive layer 2' in this embodiment comprises a first adhesive element 21', a second adhesive element 22', and a third adhesive element 23', the arrangement of the first adhesive zone, the second adhesive zone, and 10 The third-party detention zone can be adjusted as needed between these three detention units and arranged accordingly. Each detention unit can be set as a first, second, or third-party detention zone as needed.are, however, on the three detention pieces there are at least two detention zones with different detention capacities, or in other words, on the three detention pieces there are at least two types of detention capacities with different strengths. For example, 15 the first detention piece 21′ is designed as a second detention zone, the second detention piece 22′ as a first detention zone and the third detention piece 23′ as a first or third detention zone; or the first detention piece 21′ is designed as a second detention zone, the second detention piece 22′ as a third detention zone and 20 the third detention unit 23′ as the first detention zone; etc. Of course, the arrangement of the first detention zone, the second detention zone and the third detention zone is not limited thereto, however, the three detention units must have at least two detention zones or at least two types of detention, at most three detention zones orA maximum of three types of adhesion. If, in the area of ​​the cup body 1, the first adhesion zone, the second adhesion zone, and the third adhesion zone are simultaneously provided as three adhesion zones, then the first adhesion piece 21', the second adhesion piece 22', and the third adhesion piece 23' are designed accordingly as the first adhesion zone, the second adhesion zone, and the third adhesion zone, respectively. Through the needs-based provision of differently strong first, second, and, if applicable, third adhesions in the cup body 1, the 30 different adhesion force of the stronger adhesion zones, in comparison to the weaker adhesion zones, leads to a differentiated, graduated adhesion effect in different breast areas. This results in varying adhesive forces on the breast, whereby the breast sticker of this design exerts a locally adapted, appropriate lifting effect or adhesive force on the user's breast during use. After applying the breast sticker, an effective bust effect is achieved; in addition, the breast sticker offers a firming effect or prevents sagging.Chest depressions. In contrast to the aforementioned points, the associated parts can be modified according to the adaptation requirements. Parts that do not require adaptation, or other undescribed elements, correspond to the first version and are not explained again.40 3. Third embodiment of the invention. The third embodiment of the invention is shown in Figures 16 to 18. The third embodiment is essentially identical to the first embodiment and also comprises the BE 2026 / 7445 17 basket body 1, N adhesive layers 2” and N protective layers 3”. The main difference is that each adhesive layer 2” comprises four adhesive pieces, namely the first adhesive piece 21”, the second adhesive piece 22”, the third adhesive piece 23” and the fourth adhesive piece 24”. There is a suitable distance between the first adhesive piece 21” and the second adhesive piece 22” which forms a weld drainage and ventilation channel 4”. Likewise, there is a suitable distance between the second adhesive piece 5 22”and the third piece of detention 23” an appropriate distance is present, which also has aweld drainage and ventilation channel 4” is formed. Between the third retaining piece 23” and the fourth retaining piece 24” there is a suitable distance which also forms a weld drainage and ventilation channel 4”. Between the fourth retaining piece 24” and the first retaining piece 21” there is a suitable distance which also forms a weld drainage and ventilation channel 4”. In this embodiment, the first retaining piece 21” is attached to the left area of ​​the inner surface 12 of the basket body, the second retaining piece 22” is attached to the upper area of ​​the inner surface 12 of the basket body, the third retaining piece 23” is attached to the right area of ​​the inner surface 12 of the basket body, and the fourth retaining piece 24” is attached to the lower area of ​​the inner surface 12 of the basket body. 15 Naturally, the positions and shapes of the first fastener 21″, second fastener 22″, third fastener 23″ and fourth fastener 24″ are not limited; their positions can be exchanged and their shapes adapted accordingly if required.The first adhesive piece 21", the second adhesive piece 22", the third adhesive piece 23", and the fourth adhesive piece 24" form an enclosing state 20 at the center of the inner surface 12 of the cup body, wherein the central area of ​​the enclosed area is recessed 1 hourly to form a nipple reception area 5" for receiving the nipple and the surrounding sensitive areas of the user. The nipple reception area 5" is connected to each sweat wicking and ventilation channel 4". In this embodiment, each protective layer 3" is adapted to the shape and dimensions of each 25 adhesive layer 2" and comprises four protective pieces, namely a first protective piece 31", a second protective piece 32", a third protective piece 33", and a fourth protective piece 34". Specifically, the first protective piece 31" is adapted to the shape and dimensions of the first adhesive piece 21" and attached to the first fastener 21"; the second guard 32" is adapted to the shape and dimensions of the second fastener 22" and attached to the second fastener 22" 30; the third guard 33" is adapted to the shape and dimensions of the third fastener23" adapted and attached to the third attachment piece 23"; the fourth protective piece 34" is adapted to the shape and dimensions of the fourth attachment piece 24" and attached to the fourth attachment piece 24". In this embodiment, as shown in Fig. 20, a non-adherent zone, a first adhering zone, and a second adhering zone can also be provided in the area of ​​the cup body 1 at 35 if required, and even a third adhering zone can be provided. The explanations of these three adhering zones—the first, second, and third adhering zones—are described in detail in the second embodiment and are not elaborated further here. The area within 5" of the nipple receiving area and the area 40 within 4" of the sweat wicking and ventilation channel are defined by the inner surface 12 of the basket body itself is defined as a non-adherent zone. Since the adhesive layer 2" in this embodiment comprises the first adhesive element 21", the second adhesive element 22", the third adhesive element 23" and the fourth adhesive element 24", the arrangement areas of the first adhesive elements can beBE2026 / 7445 18 Zone, the second-retaining zone and the third-retaining zone can be adaptively adjusted between these four restraint units as needed. Each restraint unit can be configured as a first-retaining zone, a second-retaining zone or a third-retaining zone as needed. For example, the first restraint unit 21" is configured as a second-retaining zone, the second restraint unit 22" as a first-retaining zone, the third restraint unit 23" as a first- or third-retaining zone, the fourth restraint unit 24" as a second- or third-retaining zone; or the first restraint unit 21" is configured as a third-retaining zone, the second restraint unit 22" as a second-retaining zone, the third restraint unit 23" as a first-retaining zone, the fourth restraint unit 24" as a first-retaining zone; or the first detention unit 21" is designed as the first detention zone, the second detention unit 22" as the first detention zone, the third detention unit 23" as the third or second detention zone, the fourth detention unit 24" as the third or second detention zone; etc. Of course, the arrangement ofThe first, second, and third adhesive zones are not limited to these. However, four attachments can have at least two adhesive zones or at least two types of adhesion, and a maximum of three adhesive zones or a maximum of three types of adhesion. Due to the needs-based arrangement of 15 differently bonding first, second, and, if applicable, third adhesive zones in the cup body, the different adhesive strength of the stronger zones compared to the weaker zones in different breast areas leads to a differentiated, graduated adhesion effect. This results in varying adhesive forces on the breast, whereby the breast sticker of this embodiment exerts a locally adapted, appropriate lifting effect or adhesive force on the user's breast during use. After applying the breast sticker, an effective bust effect is achieved; in addition, the breast sticker offers a firming effect or prevents breast sagging. Understandably, an alternative embodiment of this design could be withoutTaking into account the number of manufacturing steps, since the adhesive layer 2 comprises four adhesive pieces 25, at least two of the four adhesive zones – first adhesive zone, second adhesive zone, third adhesive zone, and fourth adhesive zone – must be present in the cup body 1 area, depending on requirements. The adhesive strength of these four zones varies. Each adhesive piece can be configured as one of the four adhesive zones, as required, with the four adhesive pieces having at least two adhesive zones or at least two levels of adhesive strength 30, but a maximum of four adhesive zones or four levels of adhesive strength. Thus, the user has up to four adhesive strength options or four adhesive strength variants to choose from. Users can have two, three, or even four adhesives on one breast sticker by combining the four adhesive pieces. Select adhesion levels to meet the different adhesion requirements of various users. If four adhesive levels are simultaneously present in the area of ​​the cup body, 35If zones are present – ​​the first adhesive zone, the second adhesive zone, the third adhesive zone, and the fourth adhesive zone – then the first adhesive layer, the second adhesive layer, the third adhesive layer, and the fourth adhesive layers correspond to the first adhesive zone, second adhesive zone, third adhesive zone, and fourth adhesive zone. The strength of the four adhesive zones is relative and depends on which of the two adhesive zones are being compared. However, even the adhesive zone with the lowest adhesive strength among the four adhesive zones still exhibits an adhesive strength that ensures repeated application to the chest. In contrast to the aforementioned differences, the associated parts can be adaptively adapted in accordance with BE2026 / 7445 19 adaptation requirements. Parts that do not require adaptation or are not otherwise described correspond to the second embodiment and are not explained again. 4. Fourth embodiment of the inventionAccording to the fourth embodiment of the invention, see Figures 21 to 24, the fourth embodiment also comprises a pair of symmetrically arranged baskets and a connecting device 7 positioned between the baskets for connecting the pair of baskets. Each basket comprises a basket body 1. Adhesive layers 2A and protective layers 3A are also arranged on the inner surface 12 of the basket body 1. The adhesive layers 2A and protective layers 3A form a unit and are positioned on the outer edge of the inner surface 12 of the basket 1. Each adhesive layer 2A is identical, each protective layer 3A is identical, and the shape of the protective layer 3A is adapted to the shape of the adhesive layer 2A. For better illustration, in this embodiment, N is 3; three are arranged on the basket body 1. Adhesive layers 2A and three protective layers 3A are arranged. Each adhesive layer 2A of this design is strip-shaped. Since each protective layer 3A is adapted to each adhesive layer 2A in shape 15 and dimensions, each protective layer 3A has aThe protective layer 3A has a strip-like shape, and each protective layer 3A is applied to the adhesive layer 2A. The outer edge of the protective layer 3A has a suitable distance d2 from the outer edge of the basket body 1. The dimensions of the protective layer 3A can be slightly larger than or equal to the dimensions of the adhesive layer 2A, so that the protective layer 3A completely covers and protects the adhesive layer 2A. In this embodiment, the dimensions of the protective layer 3A are equal to the dimensions of the adhesive layer 2A. The protective layer 3A is a thin plate structure with suitable thickness and flexibility. Each adhesive layer 2A and each protective layer 3A extend along the outer edge of the inner surface of the cup body and together form a nipple reception area 5A25 for receiving the nipple and the surrounding sensitive areas of the user. The enclosed area leaves an opening at one end to form a sweat wicking and ventilation channel 4A. One end of the sweat wicking and ventilation channel 4A isThe N adhesive layers 2A and N protective layers 3A form a unit, with the N adhesive layers 2A and N protective layers 3A extending along the outer edge of the inner surface of the cup body and together forming a nipple receiving area 5A for receiving the nipple and the surrounding sensitive areas of the user. The enclosed area leaves an opening at one end to form a sweat wicking and ventilation channel 4A. One end of the sweat wicking and ventilation channel 4A is connected to the nipple receiving area 5A, while the other end extends to the outer edge of the cup body 1 and is connected to the outer surface of the cup body 1. is connected, so that the basket body 1 has good ventilation. The overall shape of the N adhesive layers 2A and the N protective layers 3A is also strip-shaped, whereby both the N40Adhesive layers2A as well as the protective layers3A must have a suitable width and length. As shown in Figure 24, the adhesive layer 2A has an overall elongated shape with a suitable length and width. Compared to existing one-piece adhesive pieces, it represents an elongated, non-one-piece structure. In addition, the adhesive layer 2A encloses the weld drainage and ventilation channel 4A as well as the nipple reception area 5A. The probability of wrinkling during use is already significantly reduced. To prevent or further reduce wrinkling, especially in curved or wider areas of the adhesive layer, several initial cutouts 29 to prevent wrinkling are provided in these areas. This further reduces the probability of wrinkling in the adhesive layer, particularly in the curved areas. the adhesive layer during use is significantly reduced. Preferably, the first recess 29 to prevent wrinkling has a V-shape, U-shape, or arched 10Shape. It is understood that for each protective layer 3A, whose shape and dimensions are adapted to each adhesive layer 2A, several second recesses 39 to prevent wrinkling are provided on the curved or wider areas of the protective layer 3A according to the position of the adhesive layer 2A. Preferably, the second recess 39 to prevent wrinkling is identical to the first recess 29 to prevent wrinkling and also has a V-shape, U-shape, or arched shape. As shown in Figure 24, the adhesive layer 2A is self-adhesive. To enable the user to easily remove this adhesive layer 2A after the number of uses has reached its maximum or the adhesive strength has diminished, a peel-off aid section 9 can be attached to the upper edge of the protective layer 3A as a precaution. During use, the user 20 can easily peel off the protective layer 3A to be removed using this peel-off aid section 9, thereby simultaneously removing the adhesive layer 2A adhering to it.In this embodiment, as shown in Figure 22, both the adhesive layer 2A and the protective layer 3A have the same U-shaped form. The width 3A of the adhesive layer 2A is 2.75 cm. The distance 1A between the outer edge of the adhesive layer 2A and the outer edge of the 25 basket body 1 is 0.25 cm. The distance 2A between the outer edge of the protective layer 3A and the outer edge of the basket body 1 is 0.25 cm. Parts that depend on the above-mentioned differences can be adapted as necessary according to their adaptability. Parts that do not require adaptation, or other elements not described, correspond to the first embodiment and are not explained further. 5. Fifth embodiment of the invention. The fifth embodiment of the invention, see Figure 25, is essentially identical to the fourth embodiment. The fifth embodiment also comprised a pair of symmetrically arranged baskets and a connecting device 7 positioned between the pair of baskets for connecting the two baskets. Each basket contains aOn the inner surface 12 of the basket body 1, adhesive layers 2 and protective layers 3 are attached. The adhesive layers 2 and protective layers 3 form a unit and are positioned at the outer edge of the inner surface 12 of the basket body. Each adhesive layer 2 is identical, each protective layer 3 is identical, and the shape of each protective layer 40 3 is adapted to the shape of each adhesive layer 2. Each adhesive layer 2 of this embodiment comprises two adhesive pieces, as shown in Figure 25, i.e., each adhesive layer 2 contains a first adhesive piece 21 and a second adhesive piece 22B. The first adhesive piece 21 and the second adhesive piece BE2026 / 7445 21 22B are located on the upper and lower sides of the inner surface of the basket body, respectively. 12, wherein a suitable distance is maintained between them to form a weld drainage and ventilation channel 4B. Between the first retaining piece 21B and the second retaining piece 22B, an enclosing condition is formed in the central area of ​​the inner surface of the basket body 12, wherein the central area of ​​the enclosed area 5The design is designed to create a nipple reception area 5B for the nipple and the surrounding sensitive areas of the user. The nipple reception area 5B and the sweat wicking and ventilation channel 4B are interconnected. The overall shape of the adhesive layer 2B and the protective layer 3B is strip-shaped, with both the adhesive layer 2A and the protective layer 3A having an appropriate width and length. 10 In this embodiment, the shape and dimensions of each protective layer 3B are adapted to each adhesive layer 2B. Each protective layer 3 comprises two protective pieces, namely a first protective piece 31B and a second protective piece 32B. The first protective piece 31B is adapted in shape and dimensions to the first adhesive piece 21B and is attached to the first adhesive piece 21B. The second protective piece 32B is adapted in shape and dimensions to the second adhesive piece 22B and attached to the second adhesive piece 22B. The outer edge of the protective layer 3B is located at a suitable distance d2 from the outer edge of the cup body 1.The dimensions of the protective layer 3B are larger than or equal to the dimensions of the adhesive layer 2B, so that the protective layer 3B completely covers and protects the adhesive layer 2B. The protective layer 3 is a thin plate structure with adequate thickness and flexibility. 20 Since the adhesive layer 2B as a whole has an elongated shape with appropriate length and width, it differs from the existing one-piece structure of conventional adhesive pieces by its non-one-piece, strip-like nature. In other words, compared to the previous one-piece adhesive pieces, either the first adhesive piece 21B or the second adhesive piece 22B of the adhesive layer 2B is now divided into two separate adhesive pieces. 25 Furthermore, the adhesive layer 2B encloses the weld drainage and ventilation channel 4B as well as the Nipple absorption area 5B. To prevent or further reduce wrinkling in the adhesive layer, especially in the curved or wider areas of the adhesive layer during use, several first recesses are provided in these areas of the adhesive layer 2B 29provided to prevent wrinkling. This significantly reduces the probability of wrinkling, especially bending of the adhesive layer during use. Preferably, the first recess 29 to prevent wrinkling has a V-shape, U-shape, or arc-shaped form. Understandably, each protective layer 3 is adapted to the shape and dimensions of the respective adhesive layer 2B. Accordingly, several second recesses 39 to prevent wrinkling are provided in the curved or wider areas of the protective layer 3B that correspond to the position of the adhesive layer 2B 35. Preferably, the second recess 39 to prevent wrinkling is identical to the first recess 29 to prevent wrinkling and also has a V-shape, U-shape, or arc-shaped form. Since the adhesive layer 2B itself has adhesive properties, a peel-off aid section 9 can be attached as a precaution to the upper edge of the protective layer 40 3B to make it easier for the user to peel off the adhesive layer 2B once the number of uses of the adhesive layer 2B has been reached.Maximum reach or its adhesive strength diminishes. In both uses, this peel-off aid section 9 enables the user to effortlessly remove the protective layer 3B to be peeled off, BE2026 / 7445 22, whereby the adhesive layer 2B adhering to it is also removed. Since each adhesive layer comprises a first adhesive piece 21 and a second adhesive piece 22, the first adhesive piece 21 and the second adhesive piece 22 can understandably be designed as a first adhesive property zone and a second adhesive property zone, respectively, with the adhesive property of the first adhesive property zone and the second adhesive property zone 5 differing. Details are described here in the first design and are not explained again here. By providing a first adhesive zone and a second adhesive zone with different adhesive properties in different areas of the cup body 1 as needed, the adhesive zones with stronger adhesive force produce a different adhesive effect on the breast than zones with weaker adhesive force. This allows for 10Different areas of the user's breast are provided with a differentiated, graduated adhesive force. Under the influence of these different adhesive forces, the breast sticker of this embodiment provides a locally adapted, appropriate lifting effect or adhesive force for the user's breast during use. After application of the breast sticker, a firming effect is achieved for the breast; in addition, the breast sticker offers a lifting effect or effectively prevents sagging of the breast. Since each adhesive layer comprises a first adhesive piece (21) and a second adhesive piece (22), it is understandable that, as an alternative embodiment of this design variant, the first adhesive piece (21) and the second adhesive piece (22) can be arranged on the left and right sides of the inner surface (12) of the basket body, respectively. In this case, this is essentially identical to the first design variant, and adapting changes can be made depending on compatibility requirements. Details on this are in the firstThe design variant can be found in the descriptions and is not described further here. In this design, each adhesive layer 2B and each protective layer 3B are preferably of the same U-shaped form. The width ed3 of the adhesive layer 2B is 2.75 cm. The distance d125 between the outer edge of the adhesive layer 2B and the outer edge of the basket body 1 is 0.25 cm. The distance d2 between the outer edge of the protective layer 3B and the outer edge of the basket body 1 is 0.25 cm. In contrast to the aforementioned features, the corresponding parts can be modified according to the adaptation requirements. Parts that do not require adaptation 30, as well as other elements not described, correspond to the first and fourth embodiments and are not explained again. There are many other possibilities in which the structural features described in the above-mentioned forms of implementation and between the forms of implementation can be combined, replaced and adapted accordingly to create new forms of implementation and 35to form new structural features, which will not be discussed further here. It is understood that the terms "length", "width", "top", "bottom", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside", etc. refer to the directional or positional relationships illustrated by the figures. These serve only to describe the invention and to simplify the description, and do not indicate or imply that the devices or components mentioned must have a particular orientation or be constructed and operated in a particular orientation. Therefore, they are not to be understood as a limitation of the invention. In this invention BE2026 / 7445 23, directional terms such as front / back, left / right, or top / bottom refer to the viewing angle of the product of the first embodiment of the invention in Figure 2.

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