TWM244883U - Three-dimensional, inward leg gather disposable garment - Google Patents

Description

M244883 新型 、 New type description: [Technical field to which the new type belongs] This creation is about clothes and objects. What's more, this office is thinner than the absorbent article. Ideally, it is a disposable absorbent article. [Prior art] For example, traditional garment pieces such as disposable diapers and other disposable absorbent articles have adhesives or mechanical tightness around the wearer by attaching a part of the waistband to the finger. In addition, various shapes of waist tapes, leg tightening straps, and stretch-reducible outer sleeves have been placed on Linyi sheet objects to help manufacture and maintain objects that fit the contours of the wearer's body. The outer surface of such disposable absorbent articles may include nonwoven fibrous materials or matte finishing film materials. In some preparations, the 'embossed pattern' has been lined up to the outward surface of the outer envelope to provide a decorative pattern. Other disposable garments have an outer envelope made of stretch fabric. In the special shape of the disposable absorbent article, the inner elastic belt flap has been joined along the body side surface of the article. The waistband and inner flaps may extend along the wide side of the waistband portion of the object, and may have a side range that is equal to or larger than the side fan of the outer envelope of the object. In other shapes, the article may include an absorbent combination that is attached to the inside surface of a larger waistband member. The waistband member is generally stretchable and located at the end of the absorbent assembly. The waistband member extends beyond the end of the absorbent combination and also extends across the opposite end of the absorbent combination. For example, the traditional pieces of clothing described above do not ideally provide a level of fit, absorbency, leak resistance, low cost and ease of manufacture. As a result, there is still a need for more effective tablets with improved combinations of such properties. [New Content] PK-001 / 0538 5 M244883 In general, this creation provides absorbent articles with lengths of longitudinal objects and widths of side objects. The article includes an absorbent composite having longitudinally opposite end regions and at least a first longitudinal side end. The absorbent composite generally includes a liquid-impermeable back cover sheet, a liquid-permeable upper sheet, and a retained portion sandwiched between the back cover sheet and the upper sheet. The retaining portion has opposite sides, side ends, and an absorbent compound, and the absorbent composite includes a pair of laterally opposite sides extending sideways beyond the sides of the retaining portion. The main flap is attached to the longitudinal end of the absorbent composite. The main part flap has a main part side, an outward surface, an outer side end, and an opposite inner side end. In the special angle of creation, the sides of each absorbent compound can be turned inward to provide the rotating body side surface of each side and the outward facing surface. On the other hand, at least a first portion of the side surface of the rotor on each side of the absorbent composite may be fixed to the outward surface of the first major surface flap. Combining various viewpoints, the original side objects can provide objects that are close to the body, improve absorption, and leak money. This object can also rely on the low cost of red with larger scales. Especially when the main impurities are allowed to remain tight and follow the waist and torso of the scale ring-aged wearer, the flail-receiving compound to the enlarged part of the main flap can allow the absorbent compound to increase volume during use . The main flaps also provide a more efficient barrier between the wet absorbent composite and the wearer's skin. The expandable part of the stretchable leg loop and the absorbent compound is located in the middle and lower part of the diaper. The expandable part does not need to affect the extension of the wearer's legs and can also be used to absorb the sickle compound. Lin increased. . [Embodiment] The same angles and embodiments of the lion of the lion will be described in terms of disposable sucking age (better than riding). As a bribe, you can also use the Qianlin mine to make Lin Jian meals, fine women's rhyme items, children's practice pants, anagrams, and other things. —Generally disposable items need to be restricted, and do not need to be washed. PK-001 / 0538 6 Perm or vice versa. For example, the pro-disposable urinary ditch makes the horse ride away after riding. Disposable diapers can optionally include side-use, absorbent inserts, and reusable outer envelopes. When Tian used this work, he should also pay attention to the terms "comprise" (including) and, ⑺mprisi wa, (including), and other derivatives derived from the basic term "include", which are intended to limit the existence of any specific characteristics without restriction. , Elements, complete objects, steps, or components, but not excluded—the existence or addition of one or more multiple characteristics, elements, complete objects, steps, components, or all. Refer to the first to third figures, such as represented by a diaper (10) Provide description of an indispensable absorbent article, this article has-a longitudinal article length (26) and a side article width (24). This article includes a first and second longitudinally opposite side areas (78) and (79) and at least An absorbent compound ㈤ of the first longitudinal side end ㈣. The absorbent compound (32) generally includes a liquid-impermeable rear cover sheet ⑽ and a liquid-permeable upper sheet ⑽, and is sandwiched between the rear cover sheet and A retaining portion (48) between the thin layers. The retaining portion (48) has opposite sides, side ends (49), and an absorbent compound (32). The absorbent compound (32) includes a pair of opposite sides Edge (80), whose side extends beyond the reserved portion (48 ). The first main part flap (52) is connected to the first longitudinal end (78) of the absorbent composite ㈤. The first main part flap (52) is at the outer side end (60). ) Has an integral side surface (54) on the outward surface (56), and an opposite inward end (62). In an ideal angle, the first main part flap may have a flap length smaller than the object length (26) (58). In the special angle of this creation, the side (80) of each absorbent compound (32) can be extended inwardly and longitudinally toward the center line of the object to provide a rotating body-side surface (brain) and The rotation of each side (80) is toward the outer surface (102). In another aspect, the first part of the rotating body side surface (100) of each side (80) of the absorbent composite (32) can be at least Fixed to the outward surface (56) of the first main part flap (52). For example, the fixation may include at least one main part flap attachment (42). Ideally, the fixation may include the main part flap Predetermined system for sheet attachment. PK-001 / 0538 7 M244883 In a further aspect of this creation, each side (80) of the absorbent compound (32) can be folded inward or vice versa Fold inwardly into a C-shape (C-turn) to provide a rotating body side surface (100) with each side edge (80) and a rotating section (92) turning to the outside surface (102). In addition, each The main part of the flap attachment (42) can be located at the longitudinally extending side end (S1) closest to the equivalent side edge (80). This configuration can help promote and supply the expansion of the absorbent composite, such as absorbing liquid. As shown in the figure As shown, each rotational section (92) can provide at least a portion along the side region (80) of each bound absorbent compound (32) in the first end region (78) of the absorbent compound, while providing a considerable Enlarged attachment. Each expandable attachment portion can be expanded at least outwardly or along the side cross-section of the width (24) of the article, and each expandable attachment portion is formed to fix the relatively connecting side end region of the absorbent composite to the first The outward surface (56) of a main part flap (52). Referring to the first A to C diagrams, at least the upper thin layer (28) and the rear cover layer (30) may individually extend beyond the side ends of the retaining portion (48) to provide the relative of the absorbent composite (32). Side (80). In other shapes, each side (80) can individually provide a member (68) mainly gathered in the absorbent composite to provide an ideal side (80), as shown in the ninth figure. The first main part flaps (52) are each provided to ideally extend and extend across the inner side surface of the first end region (78) of the first end region (78) of the absorbent composite. The first main portion flap can be attached to the absorbent composite and juxtaposed to provide the back waistband portion (12) of the article. Alternatively, the first main portion flap (52) can be attached to the absorbent compound and arranged to provide the front waistband portion (14) of the article. In an ideal shape, the first main portion flap (52) may have a longitudinal circumferential end (60) that generally abuts the first longitudinal end of the article. The absorbent composite (32) is attached to extend outwardly across and bound to the outward surface (56) of the first major surface flap (52). As shown in the first figure, the first main surface flap (52) can be connected to the back belt portion (12) of the provided object, and the first main surface flap (53) can be connected to the absorbent composite (32) One longitudinally opposite end to provide a positive PK-001 / 0538 M244883 face belt portion of the article (14). The second main surface flap (53) may also be attached to a member extending to the body-side surface of the second end region (79) of the absorbent composite. The second main part flap (53) has a longitudinal flap length (59) 'which is less than the length of the object 且 and the first major part flap is spaced apart from the first major part flap (52) in the longitudinal direction. In an ideal shape, the second main part flap (53) may have a longitudinal circumferential end ⑹) which is substantially adjacent to the second longitudinal end of the article. The absorptive compound ㈤ extends and binds to the outward surface (56) of the second main part flap ⑼. As shown in the figure, the absorptive compound can be mainly extended to connect with each other, and at the first The first and second major parts are tied between flaps. As shown in the figure (for example, from the _g [to _Β0), the dependent part can be enlarged, such as providing a rotating part, which can at least provide its absorptive compound along the second end region of the absorptive compound. Each connecting side area (80) portion of the object (32). Each expandable attachment portion can be expanded at least outwardly or at least along the width of the object (24) _The thief surface can be enlarged, and the large attachment can be configured to uniformly fix the side end region of the absorbent compound to the second main portion flap (53) outward surface (56). In an ideal arrangement, the article has a first waist portion loop on the back or back of the diaper, and the second or front waist gap cutter (14) is only on the longitudinally opposite side of the first waist portion (12). The lower part of the towel is connected to each of the first and second waist parts. In the shape shown, the middle part is mainly provided by the absorbent compound (32). Leg openings on the opposite sides of the middle part of the article are provided with leg elastics (for example, Figures 4-7) for elasticity. For example, it includes a fastening system like a fastener (M) system, which is designed to provide back-to-front fastening and can be arranged on the back belt portion (1 overlapped back belt portion ⑽) to surround the wearer's body. The brace is fixed on the wearing material. The fastener Wei can use the fastener tabs to provide a front-to-back fastening arrangement and connect the front waist PK-001 / 0538 9 M244883 with the overlap of the back waist part (14) to surround the wearer's body during use. The various angles (individual and combination) of this creation can help to provide an article with improved fit, absorption and leak prevention. This article can also be used at a lower cost It can be manufactured with greater efficiency. When maintaining a close and consistent fit of the main part flaps around the waist and torso of the wearer's body, especially to the main part flaps, the absorptive compound can be expanded to adhere and allow absorptivity. The compound increases volume during use. In addition, Wang Yao flaps can provide a better or more effective barrier between the wet absorbent compound and the wearer's skin. In the middle of the diaper Provide leg elastics and expandable fingers on the sides of the absorbent compound. Those stretchable and expandable sides can allow the volume of the absorbent compound to increase outward and away from consumers In general, it does not affect the position and tight fit of the wearer's legs and leg elastics. As a result, the creation object can be beneficial to provide an absorbent with improved leakage reduction. As shown in the figure, the front belt portion of the diaper (10) (14) It has a side-to-side and front-to-side end region (88), and a rear waist portion (12) has a side-to-side and back-to-side end region (86). The middle region sentence connects the front and rear waist belt portions to each other And provide a sub-diaper area generally located between the wearer's legs. The article may have a designated fastener loop zone disposed on the outward surface of the article. The loop zone is indispensable for forming this composition , Such as the rear cover layer (30) or the second main part flap (%). As shown in the second Lutu, for example, the ferrule zone (50) may be provided separately for the rear cover. The component on the outward surface of the layer (30). The liquid-permeable upper layer (28) can be stacked on the surface of the rear cover plate (30), and the designated part * of the absorbent structure (48) is connected and adhered to the rear cover layer (30) and the upper Between the thin layers (28). In a special arrangement, the upper thin layer (28) and the retaining component (48) can be constructed as a substantially non-elastomeric body and can be attached to the rear cover member (30) to In general, the rear hood panel member is restrained from being excessively stretched. · The first and second pictures are shown in the generally highest state and the connected state (that is, almost all elastic bands lead to PK-001 / 0538 10 M244883 initiated crepe check), _ The flat diapers of the disposable diapers indicate that the body side surface of the diaper is intended to contact the wearer, but is facing the viewer. The phase ends of the diaper are defined as having the sides or portions around the longitudinally extending side ends or portions; And __ 価 extends the end edge or miscellaneous. The side defined as the opening of the diaper leg α 卩 is curved and of equal height. For example, the end displayed by a straight line may be a curve. Regarding the specified surface and composition of the object, when the wearer puts on the object, various inner surfaces constitute the surface of the wearer. When wearing this article, the various outward facing surfaces are formed away from the wearer's body. The diaper (10) generally includes a feeding material (28) which is generally liquid-pervious with small holes; a rear cover plate 大 which is generally liquid-impermeable; a retaining portion disposed and connected between the upper sheet and the rear cover plate ( 48); located in the mud-swelling treatment part (46) adjacent to the wound; and the elastic system of the creping member, such as a system including leg elastics (3 sentences with waist elastics.) The group treatment part (46) is located in At least with the retaining part (48)-mainly facing the surface to contact the liquid, and the upper sheet (28), the rear cover (30), the retaining part (48), the surge treatment part (46), the leg elastic band ( 34) and any waist elastics or other elastic members together to form a variety of well-known diaper shapes. Diapers can also include a restraint flap system (not shown), and a side flap system or ear-like member (38), which can be Examples of objects that include elastic side flaps and optional construction fastener tabs are described by Roessler et al. In U.S. application serial number 168,615, which is titled Flexible Stickers Diaper Fitting Diaper, applied on December 16, 1993 Appointment tag number 1〇, 961). Various different techniques formed over the fastening system is made by Roessler et al., In U.S. Patent No. 5,399, 219 described, entitled prepared

METHOD FOR MAKING A FASTENING SYSTEM FOR A DYNAMIC FITTING DIAPER, which was released on March 21, 1995 (PK-001 / 0538 11 M244883, any label number 11,186) ); D. Fries US Application Serial No. 286, 86, entitled "A PROCESS FOR ASSEMBLING ELASTiaZED PORTIONS", which was filed on August 3, 1994 (appointed label number ii, i69), disclosed in U.S. Patent No. 5,540,796; and U.S. Application Serial No. 0 / 514,383 by D. Fries, titled PROCESS FOR A LAMINATED TAPE, which was filed in 1995 March 3 (Appointment Tag Number 11,950), which was disclosed in US Patent No. 5,595,618. The disclosure of the above documents is consistent (no contradiction) and incorporated herein for reference. The diaper (10) is generally defined as the longitudinal extension length (π) and the lateral extension width (M), as shown in the first figure. The diaper can have any desired shape, such as rectangular, rectangular shape, generally hourglass shape or τ shape. The τ-shaped and "T" cross bar may include the front waistband portion of the diaper or may include the rear waistband portion of the diaper. The upper sheet (28) and the rear cover (30) can generally be in the same range or non-equivalent ranges. Either the upper sheet (28) and the rear cover (30) may have a length and width generally greater than and extending beyond the size of a considerable reserve (48) 'to provide the end edge or area of the absorbent composite (32) ( 78) and (79) and side edges or areas (80). In particular angles, the side edges of the absorbent composite may constitute at least a portion of the lateral area (20) that provides the article. For example, as shown in the first figure and the first figure a, the side ends of the absorbent composite (32) can provide the object sides along the middle part (16) of the object. The upper sheet (28) is connected and overlapped on the rear cover (30), so as to set 1 / around the diaper. The belt area contains those parts of the diaper that can be worn to fully or partially cover or surround the wearer's waist or torso below the center. In the shape shown, the first and second main flaps ⑻ and (53) are arranged to provide the back and front belt regions ⑽ and 个别, respectively. The middle inferior area of the object is placed between the waist areas (M) and (12), and contains a diaper part, which is located between the wearer's legs when worn and covers the wearer's Turn low. Therefore, the lower middle area is a general repetitive solution. PK-001 / 0538 12 M244883 Body flow occurs in a diaper or other disposable absorbent article. The rear hood can be located on the surface of the Secret Master and can be composed of liquid permeable materials, but the ideal qi contains a substantially opaque structure. By way of example, the rear hood can be made of a thin plastic film or other substantially flexible liquid-impermeable material. As used in this detailed article, "flexible" means a compliant material that will easily conform to the shape and contour of the wearer's body. The rear cover ⑽ prevents the absorbent entrapment ㈤ from leaking from wet items, such as contact with the sheets and outerwear of the display ⑽. In a special embodiment of the present invention, the 'rear cover plate ㈤ may include a rear plate having a thickness of about 550 mm (about 0.05 to 20 mm). For example, the rear cover film may have a thickness of about 1.25 mils. The alternative construction of the rear hood may include weaving or fabric making, which has been completely or heterogeneously constructed or treated with the addition of a liquid-tight layer of «, which is adjacent to or closest to the absorbent composite. For example, the back cover may include a breathable nonwoven fabric layer that is cut into a thin sheet to form a breathable or impermeable polymer film layer. Examples of other fibers, the cloth-like back cover material may include elongated thin or elongated thick woven sheet material, which is made of a thick polypropylene film of 0.6 mil (_5 mm) and a thickness of 0.7 per square yard. Panji (23.8gSm), polypropylene spunbond material (2 denier fibers), composition. This type of material has been used to form the outer cover of a HUGGIES ULT inspection diaper, which is commercially available from Kimb

Corp0ration (Kimberly-Clark Corporation). The rear cover (30) generally provides the outer envelope of the article, and the nonwoven fabric layer generally provides the outer surface of the article. In any case, the article may optionally include a separate outer envelope, which is an additional rear cover. The rear cover (30) may include a microporous, "respirable" material that substantially prevents leakage of liquid (e.g., water vapor) from the absorbent composite when the liquid passes through the rear cover. For example, the inhalable backsheet can consist of a microporous polymer film or a nonwoven fabric that has been coated or otherwise changed to the ideal grade for adding liquid-tight PK-001 / 0538 13 M244883. For example, a suitable microporous film may be PMP-i lining, which is obtained from Mitsui Toatsu Chemicals, Inc., located in Tokyo, Japan; or XKO-8044 hydrocarbon film, which is available from Minneapolis, Saada, USA City of 3M. The rear panel can also be embossed or provided with different patterns or polished to show more aesthetically pleasing appearance. In the various shapes of this creation, such as the composition of the rear cover (30) or the restraint flap is constructed as a breathable body, while having resistance and limitation of the permeable aqueous solution, the liquid resistant composition may have the ability to support the choice of substantially no Structure of leaking head. A suitable technique for determining the permeability of materials and liquids is Method Standard FTMS 191 Method 5514, or its equivalent. _ The rear cover (30) is sufficiently impermeable to liquid and semi-liquid materials to substantially prevent non-ideal waste such as urine and fecal matter from leaking out. For example, the rear hood member may ideally support a head of at least about 45 cm without substantially leaking out. Alternatively, the rear cover member ⑽ may support a water head of at least about% cm, and it may arbitrarily support at least about 60 cm or more of water head for improvement benefits. The size of the back cover (30) is generally determined by the absorbent composite (32) and the particular diaper design choice. For example, the rear cover plate (30) can generally have a T-shaped, I-shaped, or adjusted hourglass shape, and can extend beyond the end of the retaining portion (48) by a selected distance, such as about i 3 ~ 2 5⑽ (about 〇H 〇 英 忖) range to provide at least the side and end of the edge part.

I The upper sheet (28) has a body-facing surface that makes the wearer's skin supple, soft to the touch, and enjoyable. Furthermore, the upper sheet ㈣ is less hydrophilic than the absorbent compound ， and has sufficient pores to penetrate the liquid, allowing the liquid to easily penetrate its thickness to extend the absorbent compound. Appropriate upper layers (π) can be made from a wide selection of fabric materials, such as porous materials, reticulated foam materials, porous i-gum films, natural fibers (for example, wood or cotton fibers), rayon (For example, PK-001 / 0538 14 M244883, such as polyacetate or polypropylene fiber), or natural and synthetic fiber compounds. The upper thin layer of cymbal is generally used to help the wearer's skin to be isolated from the specimen of the recording complex (32). A variety of woven and non-woven fabrics can be used for the topsheet (28). For example, the upper sheet may be composed of a solid, fibrous, nonwoven or spunbond fabric, and may also be a bonded comb fiber web. Various fabrics may be composed of natural fibers, natural fibers, or compounds thereof. For the purpose of describing these purposes, "nonwoven fabric" means that no fabric weaving or weaving is required ^ mAmskmm fabric. The upper sheet fabric may be composed of a hydrophobic material in general, and the hydrophobic material may be optionally treated with a surfactant or other different effects to add a degree of wettability and absorbency. In a special embodiment of the present invention, the upper sheet ㈣ is a non-woven polypropylene composed of a fabric made from about 2.8 to η Danny Reeve with a gsm basis weight and a density of about _g to ㈣ = cubic cm). fabric. The surface of the fabric can be treated with an effective amount of a surfactant, such as that recommended. n X Gu surfactant. The surface activator can be applied in any conventional manner, such as spraying, printing, brush coating or the like. The top sheet 相反 is connected to the back cover plate (30) or vice versa in an -operation manner. As used herein, "connected",-the word contains the upper sheet ⑽ more than the sheet (π) directly adhered to the rear cover plate (rather directly connected to the shape of the rear cover plate (30), where the upper sheet W is more than the member and connected to The rear cover plate ㈤ is mixed. The feeding material ⑽ and the rear cover plate ⑽ can be connected together at least by the attachment mechanism (shown). The adhesive machine has adhesive, sonic, thermal, Pinning, stitching, or any other domain technology combined with it. For example, 'can use-like continuous adhesive layer, adhesive pattern layer, adhesive pattern or -duck duck, PK-001 / 0538 15 M244883 constitute Adhesive lamellae or dots to adhere the upper sheet (28) to the rear cover ㈣. It will be understood that the above attachment mechanism can also enable the rider to properly connect, gather and connect various other parts of the objects described herein. / Or stick together. The absorber or composite ㈤ provides an absorbent structure, which includes the holding and storage of absorbing liquids and other wastes (48), such as the absorption of the absorbent particles of the domain lion hydrophilic 亲水Sexual lining. Absorptive complexes are located The upper sheet (28) and the back cover (30) are formed to form a diaper⑽. For the wearer's skin, the absorbent compound has a general structure, suitability, and comfortable structure, and can absorb and retain Body exudates. For this creative purpose it is important to understand that the absorbent composite structure may consist of mono-, whole pieces of material, or may contain most individual pieces of discrete material gathered together. Various different types of wettability may be used Hydrophilic fibrous materials to form part of the absorbent composite ㈤, especially the retained part (48). Examples of suitable fibers include naturally occurring organic fibers, such as cellulose fibers, composed of inherently wettable materials; Artificial fibers composed of cellulose or cellulose derivatives, such as rayon fibers; inorganic fibers composed of inherently wettable materials, such as glass fibers; artificial fibers made of inherently wettable thermal polymers, such as _Chenme Purpose or county amine fiber; and fiber made of non-wettable __ compound, compared to Bingweiwei, which has been hydrophilic in an appropriate way. For example, the fiber can be treated with hydrophilic stone, Non-wettable, hydrophobic fibers with hydrophilic polymers that have a suitable hydrophilic portion and cannot be easily removed from the fiber, or during or after fiber formation. For the purposes of this creation, the use of the above may also be considered The selection mixture of various fiber types is mentioned a little. Used, intimate ', Linqian silk surface that gets wet for the mystery solution solution. The degree of wetness of the material can be described in order by the contact angle and the liquid and material Accompanying surface tension. The brewing equipment and technology for measuring special fiber PK-001 / 0538 16 materials or fiber material milk compounds can be determined by ⑽n SFA_222 surface tension analysis system, ', charge L' or substantially equivalent system When measured with this system, fibers with a contact angle of less than 90% are “reliable”, fibers with a contact angle greater than%. Are called, non-wettable. ” The absorbent composite structure (32) may contain a retained portion having a hydrophilic fibrous matrix, such as _qianmao with a highly absorbent material. Lu Qing towel, the retaining part (48) of the aspiration complex (32) can contain a mixture of lion sucking water and artificial polymer age sprayed fresh woven lin, or it contains natural fibers and / or synthetic fibers The fibers together form a superabsorbent particle mixture of materials. The superabsorbent particles may be substantially mixed with pro- money, or they may be heterogeneous. For example, the concentration of superabsorbent particles can be arranged in a non-stepwise manner that leans through the actual portion of the thickness (Z direction) of the absorbent structure, with a lower concentration towards the body of the absorbent compound and a higher concentration towards the absorbency The outside of the structure. A suitable z-slope profile is described by Kellenberger et al. In U.S. Patent No. 4,699,823, which was published on October 13, 1987, and is incorporated herein by reference. Alternatively, the concentration of the superabsorbent particles may be arranged in a non-stepwise manner that is inclined to the actual portion of the thickness (z direction) of the absorbent structure, with a lower concentration toward the body side of the absorbent composite, and a higher concentration toward the absorbent structure. Outside. Superabsorbent particles can also be arranged in individual layers in a generally hydrophilic fibrous matrix. In addition, two or more different superabsorbent species may optionally be located in or along different locations of the fiber matrix. Superabsorbent materials may include absorbent gelling materials, such as superabsorbers. The absorbent gelling material may be an inorganic material such as Shi Xishi gel or an organic compound such as a crosslinked polymer. For example, the term, cross-linking, means any way to actually provide a standard water-solute material that is insoluble in water but generally swells. For example, these means may include substance entanglement, transparent range, covalent bonding, ionic complex and binding, hydrophilic binding, specific hydrogen bonding and hydrophobic binding, or Van der Waals force. PK-001 / 0538 17 M244883 Examples of polymers that synthesize absorbent gel materials include alkali metals and polyacrylic acid ammonium salts [p〇iy (acrylic acid)] and polymethacrylic acid [methacrylic acid], polypropylene Amine [poly (acrylamides)], poly (vinyl ethers), maleic anhydride copolymers with vinyl ethers and alpha-olefins Polyethylene is slightly better than [poly (vinyl pyrrolidone)], polyethylene is similar to [poly (vinylmorpholinone)], and mixtures and copolymers thereof. Further polymers suitable for use in absorbent composites include natural and modified natural polymers, such as hydrolyzed acrylonitrile-grafted starch, acrylic acid grafted starch , Methyl cellulose, chitosan, carboxymethyl cellulose, hydroxypropyl cellulose and natural gums, such as alginates, synthetic biopolymers (xanthan gum), locust bean gum (locust bean gum), and the like. Natural mixtures with all or part of the man-made absorbent polymer can also be used in this creation. Other suitable absorbent gelling materials were disclosed by Assarsson et al. In U.S. Patent No. 3,901,236, which was published on August 26, 1975. The process of preparing artificial gel polymers was disclosed by Masuda et al. In U.S. Patent No. 4,076,663, which was published on February 28, 1978, and by

Tsubakimoto et al. Were disclosed in U.S. Patent No. 4,286, 〇82, which was published on August 25, 1981. Artificial absorbent gel materials are generally hydrogel-forming xerogels when wet. In any case, the hydrogel ' used is generally already suitable for use in wet or dry type materials. As mentioned previously, the high-absorptive materials used in the absorbent composite (32) are generally in the form of individual particles. These particles can be of any desired shape, for example, spiral or semi-spiral, cubic, rod-like, polyhedral, and the like. Shapes such as needles, flakes, and fibers having a large maximum size / minimum size ratio can also be considered for use here. Particle aggregation of absorbent aggregates can also be used in absorbent composites PK-001 / 0538 18 M244883 (32). Desirably, the average particle size used is about 20 microns to j millimeters. As used herein, the particle size, means the average weight of the smallest size of an individual particle. The structure of the hydrophilic fibers and superabsorbent particles can form an average composite basis weight of about 400 to 900 gsm. In the actual perspective of the creation, the average basis weight of the composite is in the range of 500 ~ 800gsmK, or in the range of 550 ~ 750gsm to provide the ideal application. To improve the suppression of high absorptive materials, the absorbent composite structure (32) may include a plastic wrap, such as a wrapper (74), which abuts and surrounds the retaining portion (48), and adheres to the absorbent structure and various objects Other composition. The wrap is preferably a layer of absorbent material covering the main body-side and outer surfaces of the retained portion, and preferably the periphery of all of the retained portions of the garden to form a substantially complete envelope. Alternatively, the wrapper may provide absorbent wrapping paper covering the main body side and outer surface of the retaining portion, and substantially surrounding only the side ends of the retaining portion. Therefore, both the linear and inwardly curved portions of the side of the wrap will surround the remaining portion. However, in this arrangement, the ends of the wraps must not be completely wrapped around the ends of the absorbent compound in the belt region of the article. For example, the entire wrapper (74) or at least the body side layer of the wrapper may comprise a meltblown nonwoven fabric composed of meltblown nonwoven fibers, such as a meltblown nonwoven polypropylene fiber. The absorbent wrap (74) can cover porous fibrous fabrics, such as tissue paper composed of a hardwood softwood fiber blend of approximately 50/50. The absorbent wrapping (74) may comprise a multi-component wrapper comprising a separate body side wrapping layer and a separate outer side wrapping layer ', each of which extends through the perimeter of all or some of the retaining portions (48). For example, this wrap shape generally promotes the formation of a complete seal and closure around the perimeter of the retention portion (48). In the description of the back waistband portion of the diaper, the absorbent wrapper may also form an extended distance away from the periphery of the retaining portion to add opacity and strength to the back piece of the diaper. In the illustrated embodiment, the body and outside of the absorbent wrap (74) may extend at least about 1/2 inch across the perimeter of the reserved portion to provide the body of the absorbent wrap. 4 PK-001 / 0538 M244883 The outwardly protruding flange type on the periphery. The adhesive area can be fully or partially connected to the outer portion of the absorbent wrap. The body and outer layers of the wrap (74) may consist of substantially the same material or different materials. For example, the outer layer of the wrap may consist of a lower basis weight material with higher porosity, such as wet-strength fibrous tissue paper composed of softwood pulp. The body side layer of the wrapper may comprise a wrapper material having a lower porosity as previously described. The low-porosity body side layer can more fully prevent the superabsorbent article from migrating to the wearer's skin, and the high-porosity, lower basis weight outer layer can help reduce costs. The diaper (10) may also include a surge treatment layer (46) that helps reduce and diffuse the surge fluid into the absorbent composite of the article. The surge layer (46) can also temporarily retain the liquid for a limited period, expand and directly distribute the liquid, and then absorb the liquid and release it into the retaining portion (48). For example, in the illustrated embodiment, the surge layer (46) may be located on the side surface of the main portion of the thin layer (28) facing inwardly. Alternatively, the surge layer (46) may be located adjacent to the outer surface of the upper sheet (28) to be inserted between the upper sheet (28) and the retaining portion (48). An example of a suitable surge treatment layer (46) is described by Sllis and D. Bishop in U.S. Patent Application Serial No. 206,986, entitled "Fiber Nonwoven Surge Layer for Personal Care Absorbent Articles and Similar

"(FIBROUS NONWOVEN WEB SURGE LAYER FOR PERSONAL CARE ABSORBENT ARTICLES AND THE LIKE), which was filed on March 4, 1994 (appointed label number 11,256), which is consistent with US Patent No. 5,486,166; and by Ellis US patent application serial number 206,096 with R. Everett, entitled "Improved SURGE MANAGEMENT FIBROUS NONWOVEN WEB FOR PERSONAL CARE ABSORBENT ARTICLES AND THE LIKE" The application was filed on March 4, 2014 (appointed tag number u, 387), which is consistent with US Patent No. 5,49〇, 846; it is incorporated herein by reference. 20 PK-001 / 0538 M244883 Each flap (52) and (53) can have an ideal shape, which is generally rectangular or non-rectangular. As shown, each major flap can extend longitudinally through the consistent end of its upper layer (28), and / or can extend laterally beyond the consistent end of its rear cover layer (30). Either of the two main part flaps may have a longitudinally outer end that is generally adjacent to the consistent end of its upper sheet (28) and / or back cover sheet (30). Main section The opposite side and side end sections of the flap can extend across the side ends of the absorbent composite (32) to provide the ears (38) of the extension. Thus, each main part flap can extend substantially across the entire crosswise width of the object's uniform waist portion. Each main part flap can extend laterally over the side end of the upper thin layer (28), and / or can extend laterally over the side end of the rear cover layer (30). In special arrangements, the main flap can have a tapered side end section for tapered ears. Each tapered ear may have a longer longitudinal length, it adjoins the side of the absorbent compound, and has a shorter longitudinal length at the distal end of the ear. In an ideal arrangement, the lateral extension of the first main part flap (52) and at least the middle part (64) of the longitudinal inward end (62) may not be substantially attached to the absorbent compound (32). Body side surface. Similarly, the second main part (53) may have a longitudinally inward end (63), and at least a middle portion (65) of the end (63) may be substantially free of adhesion to the absorbent composite (32). ). As desired, either of the two inner ends may be substantially straight or curved. In a special angle, at least any of the inner ends of the main flaps (52) and (53) can be arranged in a concave shape, as shown in the first figure. As shown, the designated concave bends can begin at the side of each absorbent composite 'and can generally traverse laterally across an absorbent composite with a central portion of the bend placed towards the longitudinal side of the article. Bending can help provide a major portion of the flap that conforms to the contours of the wearer's body. In other angles of this creation, the first longitudinal tail end (82) of substantially the entire absorbent compound (32) can be placed from the longitudinal outer end (60) of the first main part flap (52). More internal. As a result, the major flaps can extend longitudinally and protrude longitudinally past the tail end (magic) of the generally uniformly abutting absorbent compound. Similarly to PK-001 / 0538 21 M244883, the second longitudinal tail end (83) of substantially the entire absorbent compound (32) can be placed from the longitudinal outer tail end (61) of the second main part flap (53). ) 'S more internal. Thus, the second major portion of the flap can extend longitudinally and protrude longitudinally past the tail end (82) of the generally uniformly abutting absorbent composite. Usually during use conditions, the provision of an expandable attachment cross-section by the swivel cross-section (92) may be advantageous to allow and provide the absorbent compound (32) to control volume expansion, especially after the absorbent compound has begun to absorb liquid. In the various shapes of this creation, each expandable attachment section can individually provide a component that gathers into the object, or it can be completely formed by other designated parts of the object. For example, the expandable attachment cross-section may be formed by a specified portion of the rear cover plate (30), the upper sheet (28), or a useful combination. In this particular perspective of the creation, the various expandable attachment sections can be generally non-absorbent materials, such as hydrophilic fibers and superabsorbent polymers. The various expandable attachment cross sections can optionally include the number of absorbent materials selected. For example, referring to the first drawing to the first C drawing, the expandable attachment section of the object may include at least a C-fold or opposite C-rotating member or portion (92), and may be on each side of the absorbent composite (32) The edge area provides a C-turn portion to provide a body-side surface (100) of rotation and a turn-turning outside surface (102) of each side (80). For example, in the arrangement shown, the C-turn section can provide a predetermined arrangement of layers or flaps that can be flattened together to provide the low-volume shape of the original absorbent composite (32). During use, especially during liquid absorption, 'these layers may be useful for moving apart in outward directions and / or lateral directions to generally provide a higher succession of one or more consecutive co-operations with the increased volume of the absorbent compound. The volume shape especially increases the volume of the retaining portion (48). In special angles, the extensible attachment section may include a separately provided C-turn component (68), which aggregates and joins the outward direction of the absorbent composite (32) and the first main part flap (52). The surfaces (56) are connected to each other 22 PK-001 / 0538 M244883 'as shown in the figure. Alternatively, substantially the c-turn portion ㈣ may be provided by a specified side _ face of the upper lamella ㈣ and / or an upper lamella _ which extends beyond the trailing end of the retaining portion (48). As shown in the first A picture μ B picture, the c-turning part may include side sections of both the upper thin layer (28) and the rear cover plate ⑽. In this example, after the towel is substantially liquid-impermeable, the cover sheet ⑽ and the liquid-permeable sheet (both sides of the kun can extend sideways and protrude from the tail end of the stubby portion (48) and the wrapper ⑽). Then the c-rotation can be combined to highlight the upper sheet and the rear cover layer _side, to form the ideal expandable attachment cross-section. As shown in Figure -C, or the c-turn portion can include only the rear cover layer (3〇) The side edge cross section of the cover. In this example, 'the side of the cover panel 之后 can extend laterally past the end of the retaining portion (48) and the wrap (74) after being substantially liquid impervious. Then the rear cover layer ( 3〇) The extended side shot is turned in the inward direction c to form the ideal expandable domain cross section. Either the rear cover panel or the upper thin layer workers can constitute a side extendable. For example, the rear cover panel (3〇) and the upper thin layer (any one of the musicians can generally constitute an elastomer. In special wealth, the rear cover panel and the upper thin layer workers can-at least-the edge region can constitute a side extension. Each The opposite external ends of the C-turn sections (92) allow for consistent longitudinal extension of the flaps attached to the self-bonding main section. Combined main part flap (52) or (53). Therefore, the expandable attachment section provided by the turning part (92) can provide the absorbent compound (32) to expand outward and away from the main part flap The mechanism of the tablet and the wearer's body. Regarding the substantially C-rotating member (92), the C-rotating member can extend longitudinally along the length of the object (26). As shown in the figure, the generally rotating member extends continuously along the length of the object, but can be extended arbitrarily. In a discontinuous contour. Ideally, the flap areas immediately adjacent to and facing each other in the C part of the turning area are generally not attached to each other. A small amount of adhesive or other kinds of adhesion can be used to make the two or More adjacent flaps are slightly attached to a PK-001 / 0538 23 M244883. In any case, the attachment between these flaps will constitute the strength and distribution of the expected attachment area without excessive inhibition, and move apart. When retained When the part (48) absorbs the liquid and increases the volume, the result is that the retained part expands and applies pressure to the expandable attachment area. The subsequent expansion of the swivel area (92) effectively reduces the applied pressure and allows the retained part Forming a way away from the main part flaps (52), (53) to increase the volume of the retaining part (48). As a result, the first and / or second flaps can maintain the ideal fit for a tightly worn body, And it can better resist the formation of cracks or sagging that cause leakage. In a special angle, the side (80) of each absorbent composite (32) may include a composition that individually provides aggregation and attachment to the object ( 68), as shown in Figure 5B and Figure 9. The side composition (68) can be formed from a variety of suitable materials, such as woven or non-woven crepe fabrics, polymeric films, creped films, apertured films, Knitwear and its analogs, combined with it. In the special angle of this creation, when adding an expandable attachment area per inch (about 12 gm £ / cm-cross length; about 0.12 Newton / cm cross length) When the cross length has a side tension of 30 grams force (gmf), each expandable attachment area (such as the C-turn portion (92)) can provide a transverse extension of at least about 1 cm (in the side direction (25)). Alternatively, the expandable attachment area can provide an extension of at least about 2 cm, and an extension of at least about 4 cm when applying tension to use improvement operations. In other angles, when using an expandable area of 50 gmf per inch (about 20 gmf / cm cross length; about 019 Newton / cm cross length), the expandable attachment area can be Provides an extension that does not exceed approximately 12cm. Alternatively, the expandable attachment area may provide an extension of no more than about 10 cm, and optionally no more than about 8 cm to give improved benefits. For the purpose of extension restriction, the crossover length of the attachment area can be increased to be measured perpendicular to the applied tension. For shapes created from illustrations, the cross length of the sample will generally be placed along the longitudinal direction of the object (27). PK-001 / 0538 24 M244883 Appropriate technique for comparing tensile load and flexural bending, and measuring the elongation and / or contractility of the selected composition or material. It can be made into ASTM fresh material D882. , Date is Nana! In February, the details are as follows. The width of the test sample will be the cross width that can be easily obtained from the test product, and ideally is 2 shots (about 5 G4em). The test sample width is perpendicular to the tension used during the test. For example, with regard to the figure, the width of the test sample is generally the same as that of the expandable domain in the longitudinal direction of the object (27). The fineness of the tension tester was initially separated by 3 inches (7.62 cm), and the fixed rate of movement of the moving jaw was 50 mm / min (mm / min ^ The moving jaw stopped at 50 mm for 10 seconds to expand, and then was moved at 50 mm / The speed of min returns to its original starting position. The telescopic force is bent to full tension, and the retraction cycle can be recorded on a conventional computer equipped with commercially available software, such as TestWorks version 3.0 of Windows, which was obtained from MTS System Limited The company is located at 14000 Technology Drive, Eden Prairie, US Post. The data obtained are standardized and recorded in the appropriate early bits of force per unit length, such as the sample width in grams per inch (Fg / inch) or grams (or Newton (n)) / cm (Fg / cm). Regarding the first picture and the first picture B, each expandable swivel section (92) can be adhered or oppositely fixed to the main part with the use side fixing (42). Quite a combined area of the panels. Each side fixation (42) can be generally continuous or discontinuous, and can be freely assigned or selected in a range pattern. In addition, each major part flap can be located closest to its same side The longitudinal end (81) of the side (80) extends. The creation object may further include a first lateral extension end attachment (44), which is distributed along at least the first end region (78) of the absorbent composite (32) to help fix the end of the absorbent composite to the main Partial flaps (52). End attachments (44) can also be constructed to provide resistance to the passage of liquid between the absorbent composite and the first main flap (52) to the outward surface (56). Similarly The second side extension end attachment (44) is distributed along at least a part of the absorbent compound (32) along the suction PK-001 / 0538 25 M244883 to fix the second end of the absorbent compound to the second main part. Sheet (53) and help to resist the passage of liquid between the absorbent composite and the second main flap (53) outward surface (56). The side fixation (42) and end attachment (μ) can be done by a variety of suitable mechanisms Provided. For example, each side fixation (42) and end fixation (44) may include adhesive bonding, thermal bonding, ultrasonic bonding, needle bonding, or similar methods. In the depicted shape, each end is attached Is provided by the separation of most individual compartments, while thermal or ultrasonic bonding In the selected mode. The mode adhesion can be regularly or irregularly distributed and is effectively constructed to provide an object that is ideally fixed, expandable and / or leak resistant. Or each end attachment (44) may include a substantially along the absorbent compound The main part of the side width of the side is continuously bonded on the side. Similarly, each side fixation (42) may include substantially in each of the expandable attachment sections which can be fixed to the main part flap with the joint, along the part of the object. The main part of the vertical length is continuously extended and bonded. In the special angle of this creation, either of the main flaps (52) and (53) can be composed of a wide range of materials with different basis weights and characteristics. For example, the main portion of the flap material may include woven or other woven fabrics, non-woven fabrics, polymer films, sheet products, and the like in combination. It will be readily understood that each individual main part flap may consist of different materials or substantially the same material. In the various shapes of this creation, the basis weight of the main flap material can be at least about 値 10 grams per square meter (g / m2). Alternatively, the basis weight may be at least about 20 g / m2, and at least arbitrarily about 40 g / m2 to provide improved benefits. In a further angle, the basis weight of the main flaps may be approximately no greater than 大于 100 g / m2. Alternatively, the basis weight may be approximately no more than 80 g / m2, and any may be approximately no more than 60 g / m2 to provide improved work. 26 PK-001 / 0538 M244883 In the different shapes of this creation, the main part of the flaps can be generally air-permeable or air-impermeable. The main flap material may also be liquid permeable or impervious in general. In the production of towels, the main part of the flap material can be non-artificial. In other angle towels, the main miscellaneous 52) Destroyer may include-artificial rubber material, which at least __ the width of the object (24). These artificial rubber materials may include, for example, entangled sheet products (L), stretch-bonded sheet products (sbl), or similar combinations thereof. These sheets can be used as a combination of discerning touch and artificial resilience. In the «shape, the main part of the artificial rubber flap material can provide the elastic rubber stretch, which is at least about 3%, and ideally at least about 5%. Alternatively, the elongation can be at least about two, and can be at least about two arbitrarily. In other angles, the elongation of the elastomer can be no more than 200%, and ideally no more than the chest. Alternatively, the elongation may be approximately no more than approximately 30%, and may be approximately no more than approximately 30% to provide improved operations. The ratio of artificial rubber Lapera Crane County can be as follows: ⑽ * (lLq) / m; Here: L = elongated length L〇 = initial length In addition, using a tension of 25 gram per ridge width and The direction of tension is measured vertically to determine the amount of stretch. Regarding the figure-, the main-part flap (52) and / or (53) may have longitudinal lengths (58) and (59), which are not larger than the maximum length of the object (26). Alternatively, any one of the main flaps may have a longitudinal length of not more than 65% of the object length (26), and any of the object lengths of not more than 50%, to provide improved benefits. In an ideal arrangement, the longitudinal length of the main flaps may be no greater than about 35%, and any object length may be no greater than about 30% to provide improved benefits. 27 PK-001 / 0538 M244883 In other angles of this creation, the first main part flap (52) and / or (53) may have a longitudinal length of at least% defective object length (26). Alternatively, at least-the main part of the flap (or the second part may have a longitudinal length of at least about the length of the chest object, and at least about any length of the object of the part to provide improved operation. Ideally at least-the main part of the flap (Especially the back main flap) may have a longitudinal length of at least about 2 cm. It is more desirable that the selected main flaps have a longitudinal length of at least about 4 and at least about 6 cm, To provide improved fit and dry skin. Regarding the first figure, the sides (80) of the absorbent compound (32) can be turned inward along the same rotation line (104) that is substantially parallel to each other. In another shape of 8, the sides (⑽) of the absorbent composite (32) can be turned inward along the same rotation line (104) which is substantially non-parallel to each other. In the shape shown in the figure, the Comparing the distance between the rotation lines (104) of the longitudinal end region (79) of the absorbent compound, the rotation lines (104) of the first longitudinal end region (78) of the absorbent compound Is further separated from each other. In any shape, in the absorbent complex (32) The rotation lines (104) of a longitudinal end region (78) may be located closer to each other. The width (106) of the absorbent compound (32) in the second end region (79) of the absorbent compound may be smaller than in the absorbent The width (106) of the absorptive compound in the first end region (78) of the absorptive compound. In addition, the length of the side end (81) of the absorptive compound in the second end region (79) of the absorptive compound The distance (108) may be smaller than the distance between the lateral ends (81) of the absorbent compound in the first end region (78) of the absorbent compound. In the second end region (79) of the absorbent compound The smaller width (108a) of the absorbent compound in) can help improve the fit in the wearer's narrow subcondylar area. The wider width of the absorbent compound (78) in the first end region (78) 108) can help provide a wider fit around the hips of the wearer. Each side (80) of the absorbent composite can have an inward turning width of at least about 0.5 cm (11). PK-001 / 0538 28 M244883 ( (E.g. the first picture). The swivel width (110) on each side may be at least about 1 cm from the lowest point, and may be at least about 1.5 cm to provide improved work. In a further perspective of this creation, each side (80) of the absorbent composite may have an inward turning width of no more than about 7 cm at its highest point. The turning of each side The width (110) may be no more than 6 cm, and may be no more than about 5 cm to provide the benefit of improvement. As shown in the eighth figure, the size of the swivel width (11) at one end of the object may be opposite to that of the object. The size of the swivel width at the end is different. For example, the size of the swivel width (11) in the end of the front belt (14) designated by the object may be greater than the size of the swivel width in the end of the back belt (12) designated by the object. In a special angle, the distance (108) between the inwardly disposed side ends (81) of the absorbent composite (32) may be at least about 0.5 cm at the lowest point. The distance (108) between the inwardly disposed side ends (81) of the absorbent composite may be at least about 0.75 cm, and may be at least about 1 cm arbitrarily to provide improved work. In a further angle of this creation, the distance (108) between the inwardly disposed side ends (8 丨) of the absorbent composite (32) may not be greater than the highest point 4 cm. The distance (108) between the inwardly disposed side ends (81) of the absorbent composite may be no greater than 3 cm, and any may be no greater than 2.5 cm to provide improved benefits. As shown in the fourth figure, the absorbent article may further include at least one attached elastomeric member to provide an effective longitudinally extending leg elastic member (34). Each leg elastic member (μ) can be used to be attached to at least part of the lateral side end region (20) of the object inwardly or outwardly. For example, in the shape shown, the lateral end region (20) of the article is extended from the lateral side (80) of the absorbent composite (32) to the side of the opposite side of the retention portion (48) ( 49). It will be readily understood that any conventional attachment mechanism described in this creation can be used to secure the leg elastic members to the object. In the arrangement shown, the attachment mechanism may include a distribution pattern of sonic bonding. PK-001 / 0538 29 M244883 The elastic member (34) can have any of many shapes. For example, all widths of the individual elastic members (34) are reduced to about 0.25 to 25 millimeters (〇.〇ΐ ～ ΐ.〇 英 忖) or more. The elastic member may include a single strand of elastic material 'or may include a plurality of parallel or non-parallel strands (98), and the elastic member may be applied to a straight or curved system. These jobs are connected to each other in τ, Ⅱ, or mosquito-reducing components. In a particular arrangement, the elastic member may include an elastomeric strand (98), which is arbitrarily disposed and cut into thin sheets between the upper thin layer (28) of the absorbent composite (32) and the back cover sheet layer (30). These elastic members can be fixed to the diaper in any of several ways known in the art. For example, the elastic member may be ultrasonically bonded, sealed with heat and pressure using various bonding modes, or φ-bonded to a diaper (10) with a hot-melt adhesive spray or full spin mode. In a particular angle, at least one elastomeric member can be attached to the side end region (81) of each side (80) of the closest absorbent composite (32), as shown in Figures 4 to 5B. In other angles of this creation, at least one elastomeric member may be attached to the lateral circumscribed area (i) of each side (80) of the absorbent composite, as shown in Figure 5A. In an ideal shape, the outer region (83) of the absorptive compound (32) on each side may be located on the side of the self-retaining portion (48) on the side of the same end (49), and may be located on the self-absorptive compound. The side of the same side end (80 is circumscribed. A further angle of this creation may include at least one elastomeric member, which is roughly attached to the side end (81) of each side edge (80), and each side is at least one elastomeric member Working together to attach to the circumscribed area (83) of each side (80) of the absorbent compound. With regard to Figures A and B, each leg elastic member (M) may include at least one carrier Composite of a layer (such as a fabric layer) with most elastomeric strands (98) attached to a carrier layer. Various mechanisms such as adhesives, thermal bonding, sonic bonding, or similar methods or combinations thereof can be used to provide Ideal attachment between the strand (98) and the leg elastic carrier layer (96). In the arrangement shown, each leg elastic member is PK-001 / 0538 30 M244883 a sheet product which is sandwiched and supported It consists of most elastomer strands between a pair of carrier layers. Each carrier (96) It can be composed of woven or fabric made with a towel with a basis weight of about 1G ~ 50g / m2, but it can be composed of any polymer film material. For example, the carrier layers shown can be made of Polypropylene spunbond non-woven fabric, and these pairs of carrier layers can be adhered and bonded together with an appropriate adhesion mode (such as pressure-sensitive adhesive swirl mode). Here, the leg elastic member (34) includes a carrier layer or Sheet to attach a series of tapes composed of most individual elastic strands, miscellaneous strands can be interlinked or interconnected, or completely separated from each other. For example, the carrier layer can include a polymer layer of 0.002 cm thickness, such as Raised polypropylene material film. For example, the elastic version can be composed of the company's LYCRA artificial rubber from Dupont, Wilmington, Delaware, USA. Generally each elastic strand is about 47 ~ 150. In the range of taxis (dtx), and can be about 1 94 ~ 1050 dtx. For example, in a particular embodiment, three or four strands can be used for each stretchable leg band. Figure 5B TJT, at least one artificial rubber member (34) may Don't provide the composition of the rotating body side surface (100) attached to each side (80) of the absorbent composite (32). Each elastomeric member (34) includes a fabric located on the body side surface of the elastomeric member (34). Layer (96). Other fabric layers can also be arbitrarily formed and arranged to extend along the outer surface of the elastomeric member. The fabric layer (%) of the elastomeric member can be knitted, woven, non-woven or similar. For example, the fabric layer (96) can be made of spunbond fabric (such as 100 polypropylene), spunbond-meltblown nonwoven-spunbond fabric (such as 100sy polypropylene spunbond_meltblown) Nonwovens-spunbond), spunbond comb fiber webs (such as LOSy polypropylene spunbond comb fiber webs) or similar combinations. The formed fabric layer (96) can extend over selected portions of each side edge (80) of the swivel body side surface (100) to provide a soft surface that contacts the body of the wearer. Alternatively, the fabric layer (96) may extend substantially over the exposed body-side surface (100) of each side (80) of the absorbent composite (32). PK-001 / 0538 31 M244883 Figures 6 and 7 are objects showing other systems with leg elastic members (M). In the illustrated arrangement t, the revolving section of the upper thin layer ⑽ extends inwardly along the sides of each side (80) to the side ends of the rear cover plate ⑽. Each side can include-a fabric layer (such as the upper thin layer ⑽ part), which is positioned above the body-side surface of the second turning section of the cover plate, and the fabric layer can extend from the end portion of the cover plate layer adjacent to the back And can be extended laterally through its co-rotation _4) to provide side flaps (94bu or, with a retractable cover _ the side of Shaofen Tixian Geer; t. Such as riding *, each age post ( Μ) The side end sections of both the flared outer cover (40) can be reduced. The side inward end of the fabric layer can be terminated at or near the end of the same side of the rear cover layer, or it can be wrapped around the rear cover. (30) the side end of the round garden. For example, in the shape in the figure, the above thin layer (28) provides the ideal fabric layer; the upper thin layer is around each end of the back cover layer (30). And the side is extended externally to help the formation of the side flap (94). On the side of each object, the designated elastic section (34a) of the leg elastic member (34) may be located on the same side flap (94), and May extend in the longitudinal direction of the object. As shown, each leg elastic section (34a) may include a designated series of one or more elastomeric strands (98) sandwiched to the side of the fabric layer Between the side portion and the side portion of the retractable cover. In addition, the other specified cross sections of the elastic member (34) are closest to each side end region attachable to each side edge (80) of the absorbent composite (32) (81), and may also include one or more elastomeric strands (98). Use a selected fabric layer (such as an upper sheet (28)) and / or a retractable cover (40) to form the side flaps (94), The object can provide leg creping that substantially isolates the back cover layer (30). As a result, the leg creping can help form a soft, breathable, and consistent pad. In the various shapes of this creation, leg elastics (34) —Can be straight or curved in any way. For example, a curved elastic band can be inwardly bowed towards the longitudinal centerline of the diaper. In a special arrangement, the elastic band of elastic band PK-001 / 0538 32 M244883 cannot be formed or located With diapers, __ said Lu Ke has inward bow or outward bow and curved reflection type, and the lengthwise center of the elastic band can be arbitrarily selected at a distance towards the front or rear belt of the diaper. In the translation of this book, a series of bent inner bands (top (Point) can be offset towards the front or back waistband of the diaper, and the outwardly-shaped reflective portion can be located towards the front waistband of the diaper. The diaper (10) can also include a waist located on one of the longitudinal sides of the front waistband 背面 and the back waistband ⑽ «Belts. Waistbands." Secrets of suitable artificial shouts, such as synthetic film, elastic foam, composite elastic strands, elastomeric fabrics, or others. For example, the appropriate elastic waist structure is described by Lippert et al. U.S. Patent No. 6,6, which is incorporated herein by reference in a consistent manner. With regard to the shapes shown in Figures-6 and @, objects may include, ear-like, system or ear-like members (38) In a special queue, each ear-like region or member (38) extends laterally from the opposite side end of at least one waist portion of the rear cover (30), such as the rear waist portion (12) indicated, to Provide a side end section of the object. In addition, each ear-like region can generally span from the side-extending end waistband end (76) to approximately the position where it joins the open cross-section of the same leg with the diaper. For example, the curved edges of the ear-like region and the middle section of a pair of adjacent longitudinally extending side end regions (20) (for example, the first picture) work together to provide a diaper with a pair of opposite side leg openings. In another shape, ear-like regions (not shown) may be provided separately to provide ear-like regions. Among the various shapes of this creation, the ear-like area is indispensable for forming a composition with a selected diaper. For example, it is indispensable to provide a material layer of the back cover layer (30) to form the ear-like region (38), or it is indispensable to use the material provided by the upper sheet (28). In another shape, the component provided by _ or more individual PK-001 / 0538 33 M244883 to connect and assemble to the rear cover (30) and the upper sheet (28) is between the rear cover and the upper sheet, Alternatively, ear-like regions (38) are provided in various different fixed attachment assembly combinations. In the special shape of this creation, each ear-like region (38) can be appropriately assembled and attached to a selected front and / or rear portion of the diaper article, respectively. For example, each ear-like region (38) may be attached to the rear waistband portion along the ear-like region, and may be attached to either the rear cover plate or the upper sheet. The inward attachment area of each ear-like area can be overlapped with the lateral end area of the waist section of the object. The ear-like regions extend laterally to form a pair of diaper reverse waist flap sections, and are attached with appropriate connections, such as adhesive bonding, thermal bonding, ultrasonic bonding, clamps, hook and loop, sewing, or the like. Ideally, this ear-like region extends laterally beyond the lateral ends of the cover sheet and the upper sheet after being in the same attached waist section of the article. The ear-like region W may consist essentially of a non-artificial rubber material, such as a polymer film, a woven fabric, a non-woven fabric, or a similar combination thereof. In the special rules of this creation, the ear-like region (38) can be composed of artificial rubber materials, such as stretch adhesive transfer sheet products (SBL, neck adhesive products) materials, artificial film, artificial blister_ Or other material, which is an artificial rubber that can stretch at least in the lateral direction (25). In a nutshell, the axillary shape (38 pieces of melted non-woven elastomeric fiber fabric is described in Wisneski et al. U.S. Patent No., which was published in the year of the gland ... and is fully incorporated herein by reference. It is included in the non-woven fabric that is determined by fiber conversion, which is described by T Ka et al. In the European patent application Ep G 2_M, which is published in Material 4, and the example of her NBL material is W is described in US Patent No. 5,226,992, which is incorporated herein by reference. PK-001 / 0538 M244883 As mentioned earlier, a variety of suitable configurations can be used to attach the ear-like region (38) to the selected belt portion of the article. An example of a proper construction is _ for a stretchable member with elastic energy that is fixed to the side of the object, with the side extending outwardly over the opposite side area of the object's cover and lining, which was discovered by ρ · et al in the US patent No. 4,938,753, which was published on July 3, 1990, and is hereby incorporated by reference in its entirety in a consistent manner. Each ear-like region (38) extends laterally at least on the opposite side of the diaper's hip belt cross-section. Example Said in the In the embodiment, the first pair of ear-like regions extend on the opposite side of the rear belt of the rear panel (30), and the second side of the ear-shaped regions extend on the opposite side of the front panel of the rear panel. The ear-shaped region can have a gradually smaller, f-shaped or reduced height profile, and the length of the inner bottom region is less than or greater than the length of the end of the silk wire. The ear-shaped region has a rectangular or trapezoidal shape on the donation. shape.

The diaper (10) also includes a pair of extension flaps (not shown), which generally extend lengthwise along the longitudinal direction (27) of the diaper. Barrier flaps-generally located on the side of the legs with tight straps and insets, and are placed approximately symmetrically on each step and longitudinal cap of the diaper. In the wealth of _, each of the repair films generally has a solid edge edge and a generally decorative edge edge, and is implemented with at least-the flexibility of the artificial turning member to help each broadcast flap to be in close contact and suitable for the wearer. Body _ round gallery. An example of a suitable blocking flap configuration is described by K. Enloe on November 3, 1987, which is incorporated herein by reference in its entirety. The barrier flaps can be made wettable or non-wettable as desired. In addition, the material of the blocking flap can be either a non-hull or a liquid that can only pass through the liquid. Other suitable trap flap shapes are described by Everett et al. In U.S. Serial No. 20,816, which was filed on March 4, 1994 and titled Absorbent Articles with Improved Brave Processing (ABS〇RBENT ARTICLE ^ AN AN PK-001 / 0538 35 M244883 IMPROVED SURGE MANAGEMENT) (appointed label number u, 375), which is consistent with US Patent No. 5,562,650, which is hereby incorporated by reference in its entirety in a consistent manner. The retractable outer cover (40) can be connected to extend above the main surface of the outer surface of the absorbent composite (32). Ideally, the retractable outer cover provides the possibility of selecting extensions when applying tension. It is desirable that the retractable cover also provides the possibility of picking and supporting deformation when tension is added, and then allows the plant to relax during a picking time after removing the tension. After the tension is removed, the measurement during the pick time begins immediately. Ideally, the deformation of the support is substantially permanent. Selection of extension and support deformations can occur at least along the lateral cross-section (25) of the object. The selection of extension and support deformation can occur at least along the longitudinal direction of the object, or both in the cross-sectional and longitudinal directions of the object. At a special angle, when a tension of 30 gmf / inch (1 inch = 2.54 cm) is added, the retractable cover can provide an extension of at least about 1 cm. When a tension of 50 gmf / inch (丨 inch = 2.54 cm) is added, the retractable cover also generally provides at least about 20% of the permanent deformation, and then allows relaxation after removing the tension for one minute. In a further perspective of this creation, the retractable cover can be substantially non-artificial rubber. Therefore, the retractable cover has no stretchability and contraction of natural rubber. In other angles, the absorbent article may include an expandable swivel section (92) that extends at least along each region (80) and / or absorbent of the absorbent composite (32) in the first end region (78). The second end region (79) of the composite is joined. Each expandable revolving section (92) can expand at least in the transverse direction (25) or at least in the outward direction of the object, and each expandable attachment section is fixed to the same connecting side end portion of the absorbent composite to The outward facing surface (56) of the main part flap (52) or (53). This creative object combines a unique and individually provided retractable cover (40), which includes an attachable or opposite connection 36 PK-001 / 0538 M244883 knotted to a stretchable fabric layer that extends above the main surface of the outward surface of the object. In particular, the retractable cover can extend over a major surface of the outward surface of the absorbent composite (32). Desirably, the retractable cover may extend substantially over the entire area of the outward surface of the absorbent composite. The extensible cover was selected to allow the cover to be supplied and cooperate with other material or composition properties to attach the extendable cover to the object. The cover area is not fixed to the object. The retractable cover can be expanded freely with minimal force and a lot of durability. An area is provided in the telescopic area of the outer cover (40) so that the outer cover is not directly fixed to the object. In this creation, the tiltable can ideally be located above the region of the absorbing complex, which is designated to expand during absorbing. For example, during use, the absorbent composite can expand inwardly, and the outer cover can be elongated and extended in line with the expansion of the absorbent composite and / or other components of the article. At an ideal angle, the outer cover ㈣ can be stretched in a transverse direction α / α. At any angle, the outer cover can be extended and contracted in the longitudinal direction (2 or both the side and the longitudinal direction. The stretchable area in the outer cover (40) can be generated from a flexible outer cover fixed to an elastomer. For example 'The artificial rubber area in the outer cover (40) can be generated from a retractable outer cover that is fixed to the elastic main part flap (52) of the elastic rubber. Generally, the non-retractable area of the outer cover towel can be generated to be fixed to a non-retractable composition. Retractable cover (40). For example, a non-retractable area generally in the cover (40) can produce a retractable cover (40) fixed to a non-retractable composition, such as a non-retractable matrix layer of an object ( For example, the upper sheet (28) or the rear cover plate (30)). In the special shape, 'the non-stretchable area of the outer cover member (40) may be composed of a stretchable non-woven cover and a non-stretchable cover on the fabric A'. For example, the upper layer (30) which is generally non-scalable. PK-001 / 0538 37 M244883 For example, regarding the second picture, the result is that the non-scalable area can provide a set of enclosures (50), which are covered by a retractable cover Nonwovens An indispensable part. For example, the back cover layer (30) of the absorbent composite (32) is composed of a non-stretchable polymer film, and the nonwoven fabric of the stretchable cover (40) is The optional non-retractable outer cover is attached and can be adhesively attached or fixed to the front belt portion of the back cover layer. The outer cover attachment can be irregular or randomly distributed, or can be arranged in a predetermined pattern, such as the scroll type described Non-woven fabrics can provide complementary components of the mechanical fastener system that engages each other. For example, the cover fixing part of the ferrule zone (50) can provide a mechanical hook and a buckle of the buckle fastener system Composition. The fixation of the retractable cover material to the polymer film prevents the neck fabric from being excessively stretched and extended in the side direction during the usual use of the fastener system. At a special angle, when adding 30 gmf / inch (0.116 Newton (N ) / cm) When the test sample crosses the length ("width"), the retractable outer cover (40) may provide a minimum extension of at least about 1 cm. Alternatively, the retractable outer cover may provide an extension of at least about 3 cm, and can Optionally provide an extension of at least about 5 cm to provide improved work. In other angles, when a test sample cross length ("width") of 30 gmf / inch (0 116 Newton (N) / cm) is added, The telescopic cover (40) can provide a maximum extension of at least about 30 cm. Alternatively, the telescopic cover can provide an extension of about 10 cm or less to provide further improved work. At a further angle In addition, when 50gmf / inch (0193 Newton (N) / cm) test sample cross length is added, the retractable cover can provide at least about 20% of the maximum permanent deformation, and then after removing the tension during 丨 minutes, Allows relaxation. Alternatively, the retractable outer cover may generally provide at least about 20% of the permanent deformation, and may generally provide at least about 30% of the permanent deformation to provide improved benefits. In other more angles, when adding 50gmf / inch (0 · 193 Newton (N) / cm) of the test sample cross-length, PK-001 / 0538 38 M244883 retractable cover Taisha can improve health less than comfort The longest lion of the lion, weaving is allowed to relax after removing tension during 1 minute. Alternatively, the extensible hood generally provides a durable undershape ' that is at least freshly greater than $ ㈣ and generally provides a durable deformation that is at least about no greater than pepper, to provide improved benefits. It will be easy to understand the result of the removal of applied force as no operational stress and no applied tension. It will be noted that when the cover is dry, the durable deformation characteristics of the cover are measured. In addition, the percentage of extension or permanent deformation can be determined according to the following formula: Touching * is called nose. ); Here: L = elongated length L0 = initial length The retractable cover member can be composed of various materials. For example, a retractable outer cover may consist of a head weave, a fabric, a micro-pleated fabric, a polymer film, or a combination thereof. The fabric can be a woven or non-woven material, such as a spunbond fabric. Examples of suitable retractable outer cover materials are facets and polypropylene spunbonds having a basis weight of about i 2 sy. The necked spunbond material has the physical characteristics described in the tension stress treasure, which was published by p τ VanG Qinga et al. In US application serial number 09 / 249,434, and its title is EXPANDABLE COVER GARMENT ( Appointment label number 13,653), whose application was made on February 12, 1999. The characteristics of the spunbond material are measured with respect to a 2-inch wide sample with a 3-inch sample length distance between the first 3 inches separated by a fixed jaw of a conventional series of tensile test devices.

Examples of suitable manufacturing techniques and suitable necked nonwoven fabric materials are described by M. τ · M_an in U.S. Patent No. 4,965,122, entitled REVERSffiLE NECKED MATERIAL AND PROCESS TO MAKE IT ), Which was published on October 23, 1990 PK-001 / 0538 39 M244883. This document is fully disclosed in this consistent manner and is incorporated herein by reference. For the purpose of this creative disclosure, the use of "necking" or "percent necking," is intended to mean the percentage ratio determined by measuring the size of the surface of the book, and then the necking The difference in the shrinkage size of the material. The necking (percent necking) can be determined according to the above-mentioned US special aircraft number 4,965,122 described by μ τ Morman, and its title is Qian Guanlin and its manufacturing process (reVErSIBLE necked MATERIAL AND PR〇CESS τ〇μακε ιτ), which was unveiled on October 23, 1990. Necked non-woven fabrics can generally be constructed in selected outer cover members (40 folds of the non-stretchable top region. For example, using necking Non-woven fabric to form an improved fastener loop zone (50), which includes a necked spunbond fabric layer. More specifically, the absorbent compound (32 state rear cover sheet layer) may be substantially non-stretchable polymerizable It is made of thin film and can be stretched_willow) can be adhered to the front belt area of the back cover layer. The __ product can be borrowed for the specified mechanical pull _ buckle ㈣ blue recessed buckle Composition, which is attached to a non-scalable The compound's adhesive prevents stretch and extension of the head-spun spunbond side during the action of the usual fastening system. Neck-spun spunbond fabrics are also available-a cloth-like outer cover⑽. The necking fabric can be ideal for The air-permeable and breathable area can be created by the breathable cover, which is recorded on the body side of the breathable composition. For example, the retractable cover ⑽ can be attached to the front main flap 襟The main part of the front side is written by translucent money (__meltblown fresh weaving and turning). Because the main part of the front side of the SMS and the attached necked spunbond fabric are both breathable, all the faces are knotted. Adhesive composite and SMS materials can still be inhaled. ．PK-001 / 0538 40 M244883 As shown in Figure π 'The front waist surface of the diaper (10) (1 sentence with a pair of front side surfaces opposite the side of the side end area (88) And the rear belt section (12) has a pair of rear side regions on opposite sides ⑽). The middle section ⑽ makes the front and rear reading belts _interconnected, recording narratives--the diaper span area generally located between the editor's legs . The object has a designated and piece ferrule member disposed on the outward surface of the object举例. For example, in the example shown in the third figure, the ferrule member (50) may be located on the outward surface of the rear cover plate layer ⑽. The upper thin layer (28) which is permeable to liquid is superposed on the On the relevant surface of the rear cover layer (30), and the reserved portion (48) can be connected and fixed between the rear cover layer (⑼) and the upper riding cymbal. In an ideal arrangement, the upper riding cymbal and the retaining portion It can be made of non-artificial rubber, and can be attached to the rear panel member (30) to substantially suppress excessive stretching of the rear panel member. It has a retractable outer cover and can expand the absorption of the side. An example of an object of a sexual complex is described by R τ. VanGompel et al. In U.S. Serial No. 09 / 249,434, and its title is EXPANDABLE COVER GARMENT, and its application was filed on February 12, 1999 ( Appointed Tag Number 13,653), and described by P.T. VanGompel et al. In U.S. Serial No. 09 / 250,470

Titled A DISp〇SABLE garment having dryness barriers with expandable ATTACHMENT TO AN ABSORBENT, which was filed on February 12, 1999 (appointed label number 13,612). These documents are fully disclosed and incorporated herein as a reference in a manner consistent with this creation. To provide an ideal refastening fastening system, the diaper (10) may include one or more designated loop zone areas, such as the first major loop zone (50) (e.g., second and third views), It can provide an implementation target area for receiving and releasing and attaching the fixing piece (36). In a particular embodiment of the present invention, the loop strip cloth piece can be placed on the front waistband portion (14) of the diaper and on the outward surface of the rear cover layer (30). Or PK-001 / 0538 41 M244883, the loop zone cloth; t sandy objects at the back of the waist belt part ⑽, or can be placed within the designated scales; body side surface of the rear cover layer ㈣. The sum ^ liF # ^ between the ferrule zone and the fastener tab ⑽ is composed of mechanical cooperation and mutual cooperation. I can provide mechanical fastener components, such as pull parts, & loops, fishing buckles, benefit buckles, or daggers, which are made of complementary and mechanical connections. For example, the light, mechanical #tightening system can be a clasp. This fastening system generally contains ,, pulls, or, like pulls ,, convex components and, and and rings ,,,, if $ make concave ,, and complete, its bite can be unlocked and pulled Enough to connect with each other. Ideally, the connection is selectively detachable and reattachable over several Wei periods. For example, the traditional system is taken under the VELCRO trademark. The drawn elements can be supplied by a single-or multiple-stroke element, such as by the ground surface of a drawn element. It can be made into a woven fabric, a woven fabric, a woven fabric, a perforated or perforated layer ', and a combination thereof. Many of the smoothing changes in & towns have been collectively referred to as fasteners that pull and buckle. For example, 'the shape of the mechanical fastening system that can be disengaged and engaged with each other can be set to the first component of the mechanical fastener, such as the hook material (70) on the fastener tab (36) (first D Figure), and the second cooperative component of the mechanical fastener located on the ferrule zone (50) (such as the buckle material (72) on the ferrule zone (50) (third picture)). It will also be easy to understand that in the various shapes of this creation, the related position and / or material of the adjustable fastening composition is composed of the same loop zone. Therefore, the first component of the mechanical fastener may be located on the ferrule zone (50), and the second cooperative component of the mechanical fastener may be located on the fastener tab (36). An example of a suitable pull-and-buckle fastening system is described by T. Roessler et al. In U.S. Patent No. PK-001 / 0538 42 M244883 5,019,073 _Released on May 28, 1991, fully disclosed and incorporated herein. The buckle that clasps the green clasp is described by G. et al in the face towel, please serial number 366,080 ^ # ^! ^ I〇 ^ (HlGH-PEEL TAB FASTENER) ^ December 28, 1994 (appointed label number u 571), as disclosed in US Patent No. 5,60w; and R VanGompd et al.'S application for serial number milk custard, titled MULTI-ATTACHMENT FASTENING SYSTEM, which was filed in 1995 April 13, 2011; the full disclosure is incorporated herein as a reference to the consensus method. An example of a fastening tab with a carrier is described by A. Long et al. In U.S. Patent No. 0/8 / 6〇3,477, which is entitled MECHANICAL FASTENING SYSTEM WITH GRIP TAB), whose application was filed on March 6, 1996 (appointed tag number u, 5 ^), and currently US Patent No. 5,624,429 was published on April 29, 1981, which is fully disclosed and incorporated herein as a reference in a consistent manner. In various embodiments of the present creation, each provided with a band-shaped fastener tab (36) can be individually located at any of the side end regions (86) and (δ8) of the belts (14) and (12). For example, the illustrated embodiment has a fastener tab (36) located at least at each distal end of the rear waistband (12). More particularly, each fastener (36) is assembled and attached to a uniformly close adjacent ear-like region extending from the relatively distal end of the side provided to the first main part flap (52). In the hook and buckle fastening system, the hook material is connected to the fastening tab (36), and the buckle is used to form at least one cooperative loop zone (50). For example, the ferrule strip is disposed on the outward facing surface of the rear cover plate (30). As shown in the figure, the ferrule strip can be appropriately placed on the outward-facing surface of the second front main portion flap (S3). Other shapes of the hook and buckle fastening system may have a buckle material fixed to a fastener tab (36), and a hook material used to form a loop zone (50). PK-001 / 0538 43 M244883 can be provided for each designated ferrule zone for use in suitable main part systems and (53), or it can be formed with indispensable main part flaps. By way of example, the outward surface of the main flap (53) may be composed of a fabric made of buckle material of the lifting system. In the various shawl and shape towels of this creation, the material that pulls enough to form part can be referred to as the type of micro-pulling material. Appropriate micro-pulling material is distributed in the so-called CS2_, and is obtained from Say, Division, whose company is located on Paul Street, Minnesota. The micro-pulling material is a cap, with mixed noodles, and there are 1 pulling dogs with a degree of guts of about 1.5 squares. The height of the pulling hook is about _3 ~ 0 009 coffee (about 〇13 to 〇). 〇38 英 叶） 中 'and the width of the cap is about 0.025 ~ 0033 cm (about 0.01 to 3 reading pairs). These pulls are attached to a thickness of about 0 to 6 G.G1 On (approximately 3 to G._ shot) and Gurley stiffness of the bottom film substrate of about u mgf. Other suitable micro-hook materials are distributed in the so-called VELCROCFM-29 1058, and obtained from the United States VELCRO Co., Ltd. , Its company is located in Manchester, New Hampshire. The micro-hook material has hooks in the shape of the angled hook component, and the density of the hooks is about 264 hooks per square centimeter (about Π00 hooks per square inch). ); The height of the pull hook is about 030 ~ 0 063 cm (about 002 to 002 in English leaves); and the width of the fan is about 007 ~ 0.022 cm (about 0.003 to 0.009) Ying Ying). These drawing elements are co-extruded with a thickness of about 0.0076 ~ 0.008 cm (about 0.003 to 0.0035 inches), and the hook material structure Some have a Gurley stiffness of about 12 mgf (approximately 12 Gurley units). For the purpose of this creation, the determination of various stiffnesses related to bending moments generally made at right angles to a plane that is directly at right angles to the plane whose length and width were tested. The appropriate technique for determining the stiffness described herein is the Gurley stiffness test, which is described in the TAPPI Standard Test T 543om-94 (Paper 44 PK-001 / 0538 M244883, Gurley (Type Tester)) ). The appropriate test device is the Gurley Digital Stiffness Tester; the model 4171-D is manufactured by the company's office in Teledyne Gurley, Troy, New York. For the purpose of this creation, the specified Gurley Stiffness 値 is an attempt to indicate that the standard Therefore, the scale of the Gurley stiffness tester is suitable for the stiffness of a standard-sized sample, and is usually recorded in the force of milligrams (mgf). The general standard "Gurley unit" is equal to the stiffness of 1 mgf It can be used to record the stiffness of Gurley. In various angles and shapes of this creation, the material of the buckle can be Non-woven, woven or woven fabrics are available. For example, a suitable buckle material fabric may consist of a 2-bar twisted woven fabric obtained from Guilford Mills, Inc. of Greensburg, North Carolina, a trade Designated No. 34285, there are also other woven fabrics. Suitable buckle materials are also obtained from 3M Company, which has nylon woven buckles distributed under the SCOTCHMATE brand. 3M also supplies unpadded buckle fabrics with adhesive on the back of the fabric and 3M woven buckle straps. In this particular perspective of the creation, the material of the buckle ring is not limited to individual pieces of the loop strip. For example, instead, the buckle material may be substantially provided by a continuous outer fiber layer which substantially extends over the entire exposed surface area of the cloth-like cover of the diaper (10). As a result, the cloth back cover plate (30) can provide the buckle material to operate the "fix anywhere" mechanical fastening system. In the various shapes of this creation, the bite force between the special fastening composition and the designated loop zone composition will be large and durable enough to provide sufficient objects to be fixed to the wearer during use. In the various shapes of this creation, each fastening component and constituent part can be attached to the PK- by using any one or more attachment mechanisms to constitute and fix various other components of the creation object together. 001/0538 45 M244883 Supported matrix. The fastening components that are formed in various fastening areas are indispensable, such as casting, co-extrusion, or co-connecting the rhyme. The basic riding and its mechanical fastening components are generally made of polymer materials, and; f; the individual steps that need to be statically tight to separate the matrix layer in the first place. For example, by coextruding the bottom layer and the pull-junction component from a substantially self-married polymer material, individual hook component parts can be formed integrally with the bottom layer of the hook at the same time. It will be readily understood that the strength of the riding or other interconnection between the matrix layer and the attachment fastening component will be greater than the highest required to move the sister tab (36) from its releasable purpose to the designated loop zone of the object. power. The following examples provide a more detailed understanding of this author. The examples described are not intended to limit the scope of this creation. This studio & write _ son is to provide size 3 or baby diapers with a weight between 10 and M pieces. The diaper has a shape and an outer shape illustrated in FIGS. 1 to c. The front (second) main part flap (53) measured u inches in cross section and 4 5 inches in longitudinal direction, and was composed of 1.0 0Sy (28 g / m2) polypropylene spunbond fabric. The main part of the back (first) flap is measured in a cross-section of u- 忖, and in the longitudinal direction is 5 75- 忖, and has a base weight of 77 coffee 2 and an uncle that stretches 20 to 40% in the side direction. Neck-adhesive-sheet material. Individually form the ideal bend along the middle part of the back inner joint ends () and (5) and the side flaps (52) and ⑼. Four 0.25-inch-wide strips of 3M 927 side adhesive tape were used to attach the revolving surface of the absorbent compound to the front and back flaps of the four laterally fixed sections (42). ΡΚ-001 / 0538 46 The absorptive compound generally includes a liquid-impermeable back cover layer, which is measured at 8 inches in the crosswise direction and 14 shots in the longitudinal direction. _Thick polyethylene film. Cellulose tissue paper wound sheet (74) is covered and wound around a reserved portion consisting of ㈣ cellulose, wood pulp fluff, and 37% superabsorbent polymer (FAV0R _ by Stockhausen). (48) Top. Remove the bulk of the coiled part to the thickness of G · 2 shot, and cut it into hourglass debris. Secret hybrid debris rides in the direction of η Ying 忖 'and a narrow ridge. The direction is 3 5 shots. The crossing direction of the two longitudinally opposite ends of the reserved portion is about 4 inches. The layer of inrush material (46) is adhesively attached to the thin paper roll at about 2 inches from the front of the paper roll. The front side of the winding. The base layer has a basis weight of 2 50 sy and a density of _4 g / ⑺, which is 3 shots in the cross direction and 6 shots in the _ direction. Spray the adhesive slightly on the rear cover to Make the back cover stick to the remaining part of the thin paper winding. The foremost end of the thin paper winding is about 0.75 inches from the main foremost end of the inner cover of the back cover layer. The upper body-side surface of the surge layer (46) is attached to the outward surface of the liquid-permeable upper layer (28) by light spraying. The upper sheet is made of 0.5% sysy polypropylene with 0.3% surfactant. It is composed of spunbond fabric and is located above the thirst layer (46), wrapper (M), and retaining portion (48). The upper sheet is adhesively adhered to a variety of different absorbent compositions and adhered to the back cover layer To produce aggregated absorbent main part composites. Fold and pleat the side regions (80) of the upper sheet and the rear cover layer in the absorbent main component to produce the C-turn part ( 92). Then the inward part of the C-turn part (92) is connected inward with a 0.25-width strip located on the four-sided solid surface (42) until the front and back flaps face outward. The absorptive main part compound (32) gathers and connects to connect with each other and stand between the separated front main part flaps (53) and the back main part flaps (52). Each leg is elastic The component (34) consists of two 940 dtx PK-001 / 0538 47 M244883 consisting of LYCRA XA SPANDEX. The rubber month is (98). The elastomer stock is 300% delayed Stretched and adhesively coated with 0.4 Sy polypropylene spunbond covering with Fi_y adhesive fat 2. The elastic members of the legs stop stretching and the ultrasonic points are bonded to the side ends of the back cover ⑽. In particular, the elastic member is located on the outward facing surface of the back cover layer, and is located in the folded area of the c-turn portion (92). The longitudinal end portion f of each leg elastic member (34) extends to the side and extends over The absorptive compound has an end region ⑽, and is attached to the front and back main part flaps. Therefore, the leg member (34) of the '-lying face ㈣ creates a crepe-forming part in each face opening of the diaper. The mechanical hook type fastener tab (36) is adhered and ultrasonically bonded to the ear portion (38) of the flap (52), which is the main part of the back of the diaper. The longitudinal ends of the flaps are generally in line with the ends (60) of the flaps (52) which are the main part of the winter back in the side end region of the belt. The ferrule strip (50) is made of 0.5 osy polypropylene spunbond fabric, which is necked by 60%, cut into 3 inches in the longitudinal direction, and cut into 11 inches in the cross direction. The adhesive is sprayed on the loop strip cloth, and is attached along the outer end (61) of the front flap (53) to overlap the front end region (79) of the absorbent main part compound (32). The end attachment (44) consisting of sound waves secures the end region of the absorbent compound to the front and back flaps. After describing the entire creation in detail, it is obvious that various changes and changes easily do not reflect the spirit of creation. All changes and modifications considered in the scope of creation are supplemented by the scope of patent application. [Brief description of the drawings] When referring to the following details and illustrations of the creation, you will fully understand this creation, and the advantages will be further revealed, as follows: PK-001 / 0538 48 M244883 The inside plan view of the body side of the creation object; the first A picture is a side cross-sectional view showing an enlarged outline taken from the first line A-A; the first B picture is taken from the first line B-B, upper The side range of the sheet side is approximately equal to the enlarged outline side cross-sectional view of the side range of the rear cover layer. The first C chart is taken from the first figure B. An enlarged outline side cross-sectional view; the first diagram D is an enlarged outline side cross-sectional view taken from the first drawing line D-D; the second diagram is an outer plan view showing an outward part of the creative object is partially cut out; The third picture is a schematic longitudinal cross-sectional view showing the first picture line 3-3; the fourth picture is a part of the inner plane IS that cuts out the body side of the creative object including the leg elastic member; the garden, the fifth picture In order to show that in the fourth figure 5-5, there is an elastic member Enlarged profile side cross-sectional view of the creative object knotted to the side of the folded absorbent composite; Figure 5A is an enlarged outline side of the creative article connected to the elastic member with other shapes attached to the side of the folded absorbent composite. Cross-sectional view; Fifth B is an enlarged outline side cross-sectional view showing a creative object having individually provided elastic composition combinations and connected to the side of each folded absorbent composite; FIG. 6 is a partial cut-away view Inner plan view of the body side of the creative object including other systems including leg elastic members connected to the side of the absorbent compound; The seventh figure shows the sixth figure 7-7, the elastic member system is connected to the folded absorbent Expanded outline of the creative object on the side of the compound. Side cross-sectional view; 49 PK-001 / 0538 M244883 The eighth figure shows a part of the body side surface of other objects including the rotated side that has been rotated about non-parallel rotation lines. The ninth plan view is a side cross-sectional view showing an object having a rotating side formed with individually provided members. 50 PK-001 / 0538 M244883 Illustration of the diagram. 10 Diaper diaper 12 Back waistband portion 14 Back waistband portion 16 Front waistband portion Crotch portion 20 Lower region 20 Side region 24 Article length Article length 25 Lateral direction Side direction 26 Article width 27 Width 27 Longitudinal direction layer Top Sheet 30 Backsheet layer 32 Absorbent composite 34 Leg elastic 34 Elastic section Elastic section 36 Fastener and 38 Ear region member Ear member 40 Outercover layer 42 Body panel attachment Main Partial flap attachment 44 First laterally extending end attachment 46 Surge management portion Surge treatment portion 48 Retention portion 49 49 side side edge 50 Landing zone Partial flap 53 Second body panel 54 Main side flap Body side surface 56 Outward surface outward surface 58 Panel length Panel length 59 Panel length 60 End edge 61 Outboard edge 62 Inboard edge 63 Terminal end edge 64 Inboard edge 65 Medical portion Middle 68 C-tumed component 74 Wrapsheet 78 First end regions 79 Second end regions 80 Side margin 81 Terminal side edge PK-001 / 0538 51 M244883 82 Terminal end edge 83 Terminal end edge Side edge region 88 Side edge region 92 Turned section Turned section 94 Side flap Side flap 96 Fabric layer 98 98 Strand 100 Bodyside surface 102 Outward side surface Turning line 104 Turning line 106 Width 108 Distance 108a Width 110 Turned width PK-001 / 0538 52

Claims (1)

The scope of patent application: 1. A complete absorbent article having a length of a longitudinal object and a width of a side object, the aforementioned object includes: an absorbent compound having first and second longitudinally opposite end regions and at least a first longitudinal direction At the end, the aforementioned absorbent composite includes a substantially liquid-impermeable back cover layer, a substantially liquid-permeable upper layer, and a retained portion sandwiched between the rear cover layer and the upper layer, A retaining portion having opposite sides of the side, and an absorbent compound including a pair of opposite sides of the side, the sides extending sideways beyond the side of the retaining portion; and a first main portion flap connected to the absorption The first longitudinal end of the sexual compound, the aforementioned first main part flap has an integrated side surface, an outward surface, a flap length smaller than the length of the object, an outward end, and a relatively inward end; of which the female absorbs The sides of the absorbent compound are turned inward to provide one body-side surface and one turn-out outward surface of each side, and each of the absorbent compound At least a first portion of the revolution is the body-facing surface of the side is fixed to the first main surface to the external portion of the flap. fy • An absorbent article detailed in item 1 of the scope of patent application, wherein each side of the absorbent composite is turned inward C to provide a body-side surface of rotation and a surface of outward rotation on each side. 3. An absorbent article obsessed with item 1 of the patent application scope, wherein at least one of the upper sheet and the back cover is extended over the side of the retaining portion to provide the side opposite to the side of the absorbent composite. 4. An absorbent article detailed in item 1 of the scope of patent application, wherein the outer end of the first main part flap PK-001 / 0538 53 M244883 is substantially adjacent to the first end of the article. 5.-The details are listed in the Chinese patent scope! The absorbent article according to claim, wherein at least a middle portion of the inward end of the first-major portion of the flap is substantially unattached to the aforementioned absorbent composite. 6. An absorbent article detailed in item i of the patent claim, wherein the first longitudinal end of the absorbent composite is located at the outer end than the inner main flap. 7. An absorbent article detailed in item i of the patent claim, further comprising at least one artificial rubber member attached to a lateral end closest to each side of the absorbent composite. 8. An absorbent article detailed in item i of the Chinese patent, further comprising at least one artificial rubber member attached to an outer region of each side of the absorbent composite. 9 ·-An absorbent article detailed in item i of the patent application, further-further comprising at least one elastomeric member, its surface to each side of the absorbent composite surface, each of the aforementioned The rubber-making member includes a fabric layer on a body-side surface of the elastomer member. 10. An absorbent article detailed in item 9 of the scope of application for a patent, wherein the circumscribed area of each side of the absorbent composite is located at the same end of the circumscribed retaining portion on the side. 11. An absorbent article detailed in item 丨 of the patent application, wherein the sides of the absorbent composite are turned inwardly along the same rotation line that is substantially parallel to each other. 12. An absorbent article described in detail in item 1 of the scope of patent application, wherein the edges of the aforementioned absorbent composite are turned inward with the same rotation lines that are substantially non-parallel to each other. 13. An absorbent article detailed in item 1 of the scope of the patent application, wherein: the side edges of the absorbent composite are turned inward along the same rotation lines that are substantially non-parallel to each other, and the absorbent composite described above The rotation lines of the first longitudinal end region are further separated from each other. 14 · An absorbent article detailed in item 1 of the patent application scope, wherein a first side extended end seal is provided at least along the first end region portion of the absorbent compound to resist the interposition between the absorbent compound and the first A major portion of the flap passes through the liquid between the outward surfaces. PK-001 / 0538 54 M244883 15.-An absorbent article detailed in item 丨 of the patent application for towels, wherein the aforementioned first sheet includes an elastomeric material that can be elastically wide at least along the side of the article. Continued 16.-An absorbent article detailed in item 1 of the Chinese Patent Application, the two of which have a longitudinal length of at least about 5% of the article length. 、 "、 纟 要 部 面 17. An absorbent article detailed in item 1 of the scope of patent application, further a + spoonful of people to the second main partial flap of the second end region of the absorbent compound, It is mentioned that the connecting piece has a turning length smaller than the length of the object, and the rotation of each side of the absorbent composite = At least the second part of the placket is set to have a surface with one surface mixed with the main part. 1 of the first main part of the flap outward 18.- A detailed description on the towel please special _ 17_ absorbent article, wherein the aforementioned second is longitudinally separated from the first main part of the flap. Flap 19. An absorbent article detailed in item 17 of the patent application, wherein the front panel has a substantially endless second front drain-the outer end. Two main parts 20. An absorbent article detailed in item 17 of the patent application, wherein the first piece described above has an "internal end" that is substantially unattached to at least the middle portion of the absorbent composite P Injury 21. —A kind of absorbent article detailed in item 17 of the scope of patent application, which further encompasses the area of each side of the absorbent compound in the second end region of the compound. Each of the retractable sections can be expanded at least outwardly, and each can be expanded to expand the area of the outline of the attached and connected absorbent compound and fixed to the second main part. The absorbent article detailed in item 17 of the scope of patent application, wherein the aforementioned item-. The sheet has a longitudinal length of not more than 4G% of the object length. —Main part 23. An absorbent article detailed in item 17 of the patent application, wherein the aforementioned flap has a longitudinal length of not more than 5% of the object length. -Main part PK-001 / 0538 55