Wearable absorption product with S-shaped elastomer lifting structure

Abstract

The utility model discloses a wearable absorption product with an S-shaped elastic body lifting structure, which comprises an absorption main body with a length-width ratio not less than 1 in a flattened state and a waistline structure connected to two ends of the absorption main body in the length direction, and the waistline structure or the absorption main body is coated or compounded with an S-shaped elastic body arranged in an S shape. The bending amplitude of at least one special bending part of the S-shaped elastic body is larger than that of the other bending parts, and the general setting form of the special bending part is different from that of other bending states. The resultant force of the elastic force of a part of the bending structures can reduce the influence of the deformation force pulled by the movable limb to a certain extent, so that the specific position of the wearable absorbent can be kept in a relatively stable pulling state, and the wearing experience of the absorbent can be maintained more enduringly.

Description

Technical Field

[0001] The utility model relates to the technical field of sanitary products, in particular to a wearable absorbent product with an S-shaped elastic body lifting structure. Background Art

[0002] The elastic structure of wearable absorbent products generally exists in the waist part, which is used to shorten the relative distance between the absorbent product and the user, and realize the wearable function of the wearable absorbent without external force assistance, or exists in the absorbent main body part, which is provided with an adsorbent structure, so that it can cover the user's excretion area more, thereby reducing the probability of excrement or blood and other substances escaping from the main structure. Regardless of which one, in the prior art, the use of elastic structures in wearable absorbents is basically based on the shape of the outer contour of the absorbent relative to the closed loop part, and the tight wearing effect is achieved by reducing the size of the area. Therefore, the use of the elastic force of the elastic structure itself is mostly to make the combined force of the elastic force of the elastic structure more concentrated in one direction to achieve a light and tight wearing experience.

[0003] For example, in the prior application with publication number CN207412315U, an adhesive layer based on S-shaped leg elastic band in a disposable absorbent product is disclosed. The disposable absorbent product includes a main body component and a closing component or a fixing component for keeping the main body component on the wearer. The hot melt adhesive layer for bonding the S-shaped leg elastic band to the liquid-impermeable anti-leakage layer, the liquid-impermeable bottom layer, or the S-shaped leg elastic band to the front and rear elastic waist inner and outer non-woven fabrics is directly coated on the S-shaped leg elastic band, so that the bonding area of ​​the hot melt adhesive is limited to the S-shaped leg elastic band, rather than a wide-size intermittent or continuous scraping or spraying of glue, so as to improve the softness of the disposable absorbent product.

[0004] The above-mentioned prior art undoubtedly improves the utilization of the elastic properties of elastomers from more dimensions, improves the wearing experience of absorbent products to a certain extent, and can make the absorbent products have soft and comfortable contact performance to a greater extent without changing the elastomer material. However, as a wearable article, in addition to the contact performance, there is another more important performance indicator that has not received enough attention. To be precise, when people wear articles, whether actively or passively, the human body must move. Therefore, as the relative positions of the limbs change, the force changes of the wearable article itself are also dynamically adjusted. The above-mentioned prior art does not fully consider the above-mentioned dynamic performance of the wearable article. In many cases, the dynamic limbs will cause a more intense tensile force on the elastic body at the bend than other parts, causing the wearable article to become less close-fitting. For absorbent articles, this may result in incomplete absorption and even cause problems such as side leakage. Utility Model Content

[0005] In view of the fact that there is still room for further improvement in the use of elastomers in existing absorbent products, the utility model has made certain adjustments to make the layout of the elastomer more adaptable to the stress changes of dynamic limbs on the wearable product. On the premise of not affecting the wearing contact performance as much as possible, the contact tightness between the wearable product and the user is better improved, thereby helping the wearable absorbent product to optimize its own absorption performance.

[0006] Specifically, the utility model achieves the goal through the following scheme:

[0007] A wearable absorbent with an S-shaped elastic lifting structure, comprising an absorbent body with an aspect ratio of not less than 1 in a flattened state, and a waist structure connected to both ends of the absorbent body in the length direction, wherein the waist structure or the absorbent body is coated with or compounded with an S-shaped elastic body in an S-shaped layout, and the S-shaped elastic body has at least one special bend with a bending amplitude greater than the bending amplitudes of the other bends, and the elastic force resultant of the special bend is greater than the elastic force resultant of each of the other bends or the average elastic force resultant of all the other bends;

[0008] If the S-shaped elastic body is wrapped or compounded with the waist structure, the number of the special bends is at least 2, and at least one of the special bends is oriented toward both sides of the absorbent body in the width direction or toward the middle of the absorbent body in the width direction;

[0009] When the S-shaped elastic body is wrapped or compounded with the absorbent body, at least one special bend is close to the middle of the absorbent body in the length direction;

[0010] The number of the S-shaped elastic bodies is 1-100, the diameter of each S-shaped elastic body is 0.1mm-4mm, and each S-shaped elastic body is a monomer or is polymerized from at least one elastic line.

[0011] As a further technical solution of the utility model, the number of the S-shaped elastic bodies is 4-36.

[0012] As a further technical solution of the utility model, the diameter of the S-shaped elastic body is 0.25mm-1.5mm.

[0013] As a further technical solution of the utility model, each of the S-shaped elastic bodies is formed by the aggregation of 4 to 144 elastic threads.

[0014] As a further technical solution of the utility model, when the S-shaped elastic body is wrapped in the absorption body or the waist structure, the whole is tightly compounded or intermittently compounded with the fabric constituting the absorption body or the waist structure.

[0015] As a further preferred embodiment of the above technical solution, in the intermittent composite state, the absorption body or waist structure is provided with an interlayer cavity which is completely not composited with the special bend and has a shape similar to the special bend, so that the special bend moves relative to the absorption body or the waist structure in the interlayer cavity as the elastic force changes.

[0016] As a further technical solution of the utility model, if the S-shaped elastic body is compounded with the waist structure and the absorption body at the same time, or is wrapped by the waist structure and the absorption body at the same time, at least one special bend is compounded with the waist structure and the absorption body at the same time, or is wrapped by the waist structure and the absorption body at the same time.

[0017] In summary, the utility model changes the layout of the elastic body to make it an S-shaped elastic body with a certain layout regularity. Specifically, the S-shaped elastic body does not act on the corresponding part of the absorbent article as a whole, but allows a part of the bending structure to relatively independently perform a task different from the S-shaped elastic body as a whole. The direction of the combined force of its own elastic force can reduce the influence of the deformation force pulled by the active limbs to a considerable extent, so that the specific position of the wearable absorbent article can maintain a relatively stable pulling state, thereby maintaining the wearing experience of the absorbent article for a longer time and reducing the probability of absorption accidents. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a schematic diagram of the overall structure of the utility model.

[0019] Figure 2 The implementation effect of this utility model Figure 1 .

[0020] Figure 3 The implementation effect of this utility model Figure 2 .

[0021] Figure 4 The implementation effect of this utility model Figure 3 .

[0022] Figure 5 It is a schematic diagram of the cross-sectional structure in which an S-shaped elastomer is non-compoundedly wrapped in the fabric structure of an absorbent product.

[0023] Among them: an absorbent body 1, a waist structure 2, an S-shaped elastic body 3, and a special bend 30. DETAILED DESCRIPTION

[0024] The implementation methods of the present invention are described below in conjunction with the accompanying drawings and relevant embodiments. The implementation methods of the present invention are not limited to the following embodiments, and the present invention involves relevant necessary components in this technical field, which should be regarded as common knowledge in this technical field and can be known and mastered by technical personnel in this technical field.

[0025] Combination Figures 1 to 4 As shown, a wearable absorbent with an S-shaped elastic body 3 lifting structure comprises an absorbent body 1 having an aspect ratio of not less than 1 in a flattened state, and a waist structure 2 connected to both ends of the absorbent body 1 in the length direction, wherein the waist structure 2 or the absorbent body 1 is coated with or compounded with an S-shaped elastic body 3 in an S-shaped layout, and the S-shaped elastic body 3 has at least one special bend 30 with a bending amplitude greater than that of the bends at other locations, and the elastic force resultant of the special bend 30 is greater than that of the elastic force resultant of each of the other bends or the average elastic force resultant of all the other bends;

[0026] Specifically, how the S-shaped elastic body 3 realizes the "wrapping" or "compounding" connection relationship with the absorption body 1 or the waist structure 2 mainly depends on which specific component of the above two structures the S-shaped elastic body 3 needs to cooperate with, and the way of constituting the above-mentioned absorption body 1 and waist structure 2 will have different matching and combination methods according to the actual application objects and scenarios.

[0027] For example, the structure constituting the absorbent body 1 is usually composed of a surface layer, an absorbent core and a bottom layer. Furthermore, the absorbent body 1 may also be provided with structures such as anti-side leakage partitions, front and rear retaining wall structures, a breathable layer (PE film), a guide layer, and absorbent core wrapping cloth. Further expansion, for example, the fabrics constituting the anti-side leakage partitions include outer side partition fabrics and inner side partition fabrics, the fabrics constituting the guide layer include a fluffy cotton layer and an anti-reverse osmosis layer, and the structure constituting the surface layer includes a skin-friendly layer and a penetration layer. The selection and specific combination of the above structures usually differ according to the target user groups. For example, the water content of excrement in infants and young children is different from that in adults, so the selection of the guide and penetration structure is different; or, the composition of general excrement and menstrual excrement is also quite different, and the excretion time is also divided into day and night, so the material of the absorbent core or the selection of the front and rear anti-leakage structure is adaptively selected according to the above situations.

[0028] Reference Figures 2 to 4As shown, for example, the components constituting the waist structure 2 are usually composed of an outer waist fabric alone. Furthermore, a skin-friendly cushion fabric, waist front and rear leakage-proof walls, and a skin-friendly pressure-reducing structure wrapped around the outside of the waist fabric may be connected between the waist fabric and the absorbent body 1. Since the waist structure is a necessary fastener for fastening the absorbent product to the user, it usually has a large tightening force to make the fabric close to the user's skin. Overly tight fabric may cause problems with air permeability, heat dissipation, and even allergic redness and swelling. Therefore, the main principle followed by the construction method of the waist structure is to minimize the pressure and airtightness on the human skin on the basis of ensuring tightness. Therefore, compared with the construction method of the absorbent body 1, the waist structure 2 is generally simpler.

[0029] Combination Figures 2 to 4 As shown, in view of the above situation, when the S-shaped elastic body 3 is set in the absorbent body 1 and the waist structure 2, its purpose is different. From a simple perspective, the most important function of the S-shaped elastic body 3 set in the waist structure 2 is to apply the elastic potential energy of contraction to the waist structure 2, so that the length of the waist structure 2 in a normal state is usually smaller than the waist size of the user, and the user can stably fix the absorbent product on the crotch when wearing the absorbent product, so that the absorption area of ​​the absorbent body 1 can be close to the user's crotch, ensuring that there will be no side leakage. Therefore, "wrapping" in the waist structure 2 can generally be understood as a state in which the S-shaped elastic body 3 is covered by the fabric constituting the waist structure 2, and the inside and outside of the absorbent product cannot directly contact the user, and under the premise of non-extreme external force pulling and damage, even if the S-shaped elastic body 3 is relatively displaced relative to the waist structure 2, the S-shaped elastic body 3 can also maintain its own position within a reasonable range without causing the waist structure 2 to lose its due elastic potential energy of contraction. "Composite" can be understood as that after the S-shaped elastic body 3 is connected to the fabric constituting the waist structure 2, its elastic deformation is synchronized with the fabric of the waist structure 2, and because the S-shaped elastic body 3 is not completely covered and limited by the fabric, the user's skin is likely to directly contact the S-shaped elastic body 3 in the composite state, or the user can see and touch the S-shaped elastic body. In this state, if the S-shaped elastic body and the fabric are relatively displaced due to external tearing force, it may cause the S-shaped elastic body 3 to fail to correctly apply the elastic contraction force to the waist structure 2, and then the waist structure 2 may become loose or even fail.

[0030] Combination Figures 2 to 4As shown, the principle of being set on the absorption body 1 is consistent with the waist structure 2. The difference is that the function that the absorption body 1 generally needs to achieve is not only to allow the absorption core to fully absorb the user's excrement, but also to ensure that the absorption core can fully fit the user's skin in various situations such as static, dynamic, empty and fully loaded, so as to avoid uncontrollable changes in the state of the absorbent product caused by the above situation, and thus avoid a series of problems that affect the use experience such as side leakage, front and back leakage, leakage, compression, and blockage of the absorbent product. Therefore, the role of the S-shaped elastomer 3 on the absorption body 1, in principle, is to achieve the purpose of the absorbent product being able to fit tightly to the user's skin through the contraction force, just like being set on the waist structure 2. However, in detail, the elastic structure for the absorption body 1 is more to enable the absorption body 1 to have a certain anti-interference ability, so that users in different postures can avoid the accident of excrement exposure and the discomfort caused by the deformation of the absorbent product to the greatest extent. When the S-shaped elastomer 3 is set on the absorption body 1, the dimension of its contraction elastic force is greater than that on the waist structure 2.

[0031] Reference Figures 1 to 4As shown, in the present application, in response to the above-mentioned needs, the setting of the S-shaped elastomer 3 is different from that of other elastomers in the prior art. In the prior art, the elastomer is generally designed to maximize the use of the contraction force and save materials. The elastomer is usually arranged in a straight line. In the prior application, in order to improve the softness performance of the absorbent product, the elastomer is changed to an S-shaped arrangement, thereby utilizing the characteristic that the contraction of the elastomer under the S-shaped trend is no longer a simple linear one, realizing the multi-dimensional elasticity of the absorbent product and making the fabric of the absorbent product relatively fluffy. However, this setting is not conducive to the anti-interference requirements mentioned above, because this setting does not change the application principle of the elastomer. In the present application, the S-shaped elastic body 3 is provided with a special bend 30 in addition to having a plurality of bend structures as a whole. Compared with other bend structures, the biggest purpose of providing the special bend 30 is to enable the S-shaped elastic body 3 to not only achieve the function of "tightening and binding", but also to expand the direction dimension of the force of the S-shaped elastic body 3, so that the special bend 30 can not only cooperate with the whole body to achieve tight contact with the user's skin, but also play a technical effect of pulling and traction on the absorbent product fabric structure in the direction of the special bend 30, so that the S-shaped elastic body 3 produces at least 2 force application states with different combined force directions, especially the special bend 30 is set at different positions. The lifting effects are different, which helps to improve the anti-interference performance of the absorbent product, so that in various occasions, the absorbent product can effectively improve the fit with the user's skin and retain the fit similar to that in the static state to a large extent, so that each area can be able to minimize the separation of the fabric area from the contacted skin whether it is static or dynamic, sitting or lying down. Therefore, the absorbent product can have a more comfortable and close-fitting wearing experience, which helps to promote the absorbent product to better realize the absorption and leakage prevention functions, and reduce the probability of abnormal folding, protrusions, and twisting caused by excessive deformation of the absorbent product causing discomfort to the human skin after fitting.

[0032] Reference Figure 1 or Figure 2 As shown, if the S-shaped elastic body 3 is wrapped or compounded in the waist structure 2, the number of the special bends 30 is at least 2, and at least one of the special bends 30 is bent toward the two sides of the width direction of the absorbent body 1 or the middle of the width direction of the absorbent body 1. Specifically, when in the waist structure 2, the S-shaped elastic body 3 of the utility model is arranged in a manner that the special bends 30 are arranged on both sides of the width direction, mainly pulling the fabrics close to the thigh roots and the leg circumference area on both sides of the absorbent product, so that it can better fit the user's skin, refer to Figure 4As shown, when it is set in the middle, the main thing to pull is the absorbent core area of ​​the absorbent body 1, or by pulling the bottom non-woven fabric of the absorbent body 1, the absorbent core, the surface layer, the side leakage prevention edge, the front and rear retaining wall structure inside are pulled together to fit the user's skin;

[0033] Reference Figure 1 or Figure 3 As shown, when the S-shaped elastic body 3 is wrapped or compounded with the absorbent body 1, at least one special bend 30 is close to the middle of the length direction of the absorbent body 1. The arrangement of the special bend 30 at this position mainly serves to lift the leg circumference structure, so that it can maintain its original shape in different occasions and improve the fit with the user's skin. At the same time, the force direction of the special bend 30 also helps to assist in lifting the absorbing area of ​​the absorbent body 1, thereby improving the anti-interference ability of the absorbent body 1.

[0034] The number of the S-shaped elastic bodies 3 is 1-100, the diameter of each S-shaped elastic body 3 is 0.1mm-4mm, each S-shaped elastic body 3 is a monomer or is formed by polymerizing at least one elastic thread. When the S-shaped elastic body 3 is set at different positions of the absorbent product, the number of S-shaped elastic bodies 3 will be different. For example, when it is set at the waist structure 2, it is necessary to have a better elastic contraction force and sufficient strength to support the special bend 30 to play a pulling effect on the target area. Therefore, the number of S-shaped elastic bodies 3 is relatively large, ranging from 8 to 100. When it is set at the side leakage prevention edge area of ​​the absorbent body 1, it is not the main contraction area, and the number of S-shaped elastic bodies 3 may be relatively small, ranging from 1 to 100. 8 are all possible; the diameter of the S-shaped elastomer 3 is appropriately selected depending on the size of the elastic force to be applied. For example, the elastic force in the waist structure 2 needs to be large enough but the waist structure does not need to be so hard. Therefore, the diameter of the S-shaped elastomer 3 in the waist structure 2 is usually thinner. However, it may be composed in the form of an elastic wire polymer. The S-shaped elastomer 3 arranged on the outside or inside of the absorbent core area of ​​the absorbent body 1 may not require too much elastic force support, but needs to have a more stable shape to ensure that the area will not be easily deformed to avoid self-folding. Therefore, a monomer structure such as an elastic hot-melt tape area style may be adopted. The diameter may exceed 1 mm, but generally does not exceed 4 mm.

[0035] As one of the preferred embodiments of the utility model, the number of the S-shaped elastic bodies 3 is 4-36. Usually, in order to obtain a better traction effect, 1-3 pieces cannot ideally meet the demand. If the number of S-shaped elastic bodies 3 exceeds 36, general absorbent products often do not have so much space to apply them. The number of S-shaped elastic bodies 3 in the human body environment is ideally in the range of 4-36. A larger number of S-shaped elastic bodies 3 can be used for special groups of people, such as severely obese people who need larger sizes of absorbent products. Then a number of 80 or 90 can meet actual needs. Otherwise, too many S-shaped elastic bodies 3 will reduce the fluffiness and softness of the absorbent product in disguise and affect the deformation ability of the fabric.

[0036] As one of the preferred embodiments of the utility model, the diameter of the S-shaped elastic body 3 is 0.25mm-1.5mm. The S-shaped elastic body 3 is usually a spandex yarn formed by hot-melt spraying, so the diameter is above 0.25mm and usually does not exceed 1.5mm, which can meet the requirements of both elasticity and bulkiness.

[0037] As one of the preferred embodiments of the utility model, each of the S-shaped elastomers 3 is formed by the aggregation of 4 to 144 elastic threads. As another composition method of the S-shaped elastomer 3, a plurality of filamentary elastic threads can be aggregated to form a single S-shaped elastomer 3 to improve the tensile strength of the single S-shaped elastomer 3 and better serve the pulling requirements of specific areas of the absorbent product.

[0038] As one of the preferred embodiments of the utility model, when the S-shaped elastic body 3 is wrapped in the absorbent body 1 or the waist structure 2, the whole is tightly compounded or discontinuously compounded with the fabric constituting the absorbent body 1 or the waist structure 2. The case of tight compounding has been described in the previous text and will not be repeated here. The state of discontinuous compounding can be understood as the S-shaped elastic body 3 allowing part of the S-shaped elastic body 3 to be compounded with the fabric through ultrasonic point pressure or other point connection forms while part of the S-shaped elastic body 3 is wandering, which can reduce the energy consumption of processing absorbent products, but will not too much affect the shrinkage and pulling performance of the absorbent products by the S-shaped elastic body 3. At the same time, it is also helpful to improve the softness and fluffiness of the fabric. When a large number of S-shaped elastic bodies 3 are set (≥8), the traction and lifting effect of the S-shaped elastic body 3 on the corresponding force-bearing falling area of ​​the absorbent product can be effectively maintained.

[0039] Reference Figure 5 As shown in the figure, as one of the preferred embodiments of the present invention, in the intermittent composite state, the absorbent body 1 or the waist structure 2 is provided with an interlayer cavity which is completely not composited with the special bend 30 and has a shape similar to the special bend 30, that is, Figure 5In the cross section, the S-shaped elastic thread 3 sandwiched between the upper and lower layers is not connected by the interlayer cavity, so that the special bend 30 moves relative to the absorbent body 1 or the waist structure 2 in the interlayer cavity as the elastic force changes. The structural feature of the interlayer cavity not tightly wrapping the special bend 30 can reduce the tightness of the fabric and increase the fluffiness. At the same time, when the special bend 30 is in a stressed and stretched state, it can exert a deformation force on the absorbent fabric according to human activities, and adaptively generate relative displacement with the fabric to obtain a contact force that is more adapted to the current specific state, so that the special bend 30 can better pull the structural area that needs to be pulled after deformation without excessively pulling the S-shaped elastic body 3.

[0040] As one of the preferred embodiments of the utility model, if the S-shaped elastic body 3 is compounded with the waist structure 2 and the absorption body 1 at the same time, or is wrapped by the waist structure 2 and the absorption body 1 at the same time, at least one special bend 30 is compounded with the waist structure 2 and the absorption body 1 at the same time, or is wrapped by the waist structure 2 and the absorption body 1 at the same time, the arrangement of the above structure, specifically, allows the waist structure 2 to form a more integrated force relationship with the absorption body 1, so that the waist structure 2 can play an auxiliary effect of pulling the absorption body 1, especially the absorption body 1 close to the lowest area of ​​the human body's groin, so that the absorption core structure can better fit the human body, allowing the user to obtain a more close-fitting and comfortable wearing experience. Further, with the cooperation of the above structure, the wearing experience of the absorbent product will be closer to the touch of underwear, thus allowing the user to relax.

[0041] According to the analysis and explanation in the previous article, the utility model mainly utilizes a method of changing the layout of the elastic body, so that the usual spandex elastic body is transformed into an S-shaped elastic body 3 with a certain layout pattern, so that the S-shaped elastic body 3 does not act on the corresponding part of the absorbent article as a whole, but allows a part of the bending structure to relatively independently realize a function different from the S-shaped elastic body 3 as a whole. The direction of its own elastic force can reduce the influence of the deformation force pulled by the active limbs to a considerable extent, so that the specific position of the wearable absorbent article can maintain a relatively stable pulling state, thereby maintaining the wearing experience of the absorbent article for a longer time, and reducing the probability of absorption accidents caused by the deformation of the absorbent product failing to keep up with the movement of the human limbs and thus causing incomplete coverage.

[0042] The above is only a preferred embodiment of the present invention. It should be pointed out that ordinary technicians in this technical field can make several improvements and modifications without departing from the principle of the present invention. These improvements and modifications should also be regarded as the protection scope of the present invention.

Claims

1. A wearable absorbent article with an S-shaped elastic lifting structure, comprising an absorbent body having an aspect ratio of not less than 1 in a flattened state, and a waist structure connected to both ends of the absorbent body in the length direction, characterized in that: The waist structure or the absorbent body is coated or compounded with an S-shaped elastic body arranged in an S shape, and the S-shaped elastic body has at least one special bend whose bending amplitude is greater than the bending amplitudes of the bends at other places, and the elastic force of the special bend is greater than the elastic force of each of the other bends or the average elastic force of all the other bends; If the S-shaped elastic body is wrapped or compounded with the waist structure, the number of the special bends is at least 2, and at least one of the special bends is oriented toward both sides of the absorbent body in the width direction or toward the middle of the absorbent body in the width direction; When the S-shaped elastic body is wrapped or compounded with the absorbent body, at least one special bend is close to the middle of the absorbent body in the length direction; The number of the S-shaped elastic bodies is 1-100, the diameter of each S-shaped elastic body is 0.1mm-4mm, and each S-shaped elastic body is a monomer or is polymerized from at least one elastic line.

2. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 1, characterized in that: The number of the S-shaped elastic bodies is 4-36.

3. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 1, characterized in that: The diameter of the S-shaped elastic body is 0.25 mm-1.5 mm.

4. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 1, characterized in that: Each of the S-shaped elastic bodies is formed by the aggregation of 4 to 144 elastic threads.

5. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 1, characterized in that: When the S-shaped elastic body is wrapped in the absorption body or the waist structure, the whole is tightly compounded or intermittently compounded with the fabric constituting the absorption body or the waist structure.

6. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 5, characterized in that: In the intermittent composite state, the absorbent body or waist structure is provided with an interlayer cavity which is completely not composited with the special bend and has a shape similar to the special bend, so that the special bend moves relative to the absorbent body or waist structure in the interlayer cavity as the elastic force changes.

7. The wearable absorbent article with an S-shaped elastic lifting structure according to claim 1, characterized in that: If the S-shaped elastic body is compounded with the waist structure and the absorbent body at the same time, or is wrapped by the waist structure and the absorbent body at the same time, at least one special bend is compounded with the waist structure and the absorbent body at the same time, or is wrapped by the waist structure and the absorbent body at the same time.

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