JP2009228149A - Anticellulite garment simultaneously having thermal, mechanical and active ingredient-transporting actions - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an anticellulite garment shorts, sheath, or band shaped. <P>SOLUTION: The anticellulite garment includes: an outer surface 1 made with antiladder fabric; a center layer 2 made by blocked material such as Neoprene (chloroprene CR100%) or rubber latex, or other synthetic rubber, natural rubber, PVC (polyvinyl chloride), or foam polyurethane; and an inner surface 3 made by a fabric having a thickly relief wave structure, these components, interacting together, at the same time, exert a thermal action, a mechanic action and a hygienic action able to reduce cellulite and to remodel the female body. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a garment having an anti-cellulite action and a remodeling effect, which covers the body in the form of shorts particularly effective from below the chest to below the knee, partly in the form of a sheath or band.

  At the present time, the garment that simultaneously has the effect of reducing and remodeling cellulite in the female body, ie the main object of the present invention, has not been sold in the past or present.

  In fact, the object of the present invention is to reduce cellulite by transdermally mediating its mechanical action and anti-cellulite active ingredient in addition to heat action, and at the same time can be worn comfortably for a long time during the day, It is to provide a garment that does not cause a significant pressure action.

  Such an object is achieved according to the present invention with regard to anti-cellulite garments made from triple elastic fibers, ie multi-layer textile products according to claim 1, which are described in detail with reference to the following figures: However, it is not limited to these.

  The proposed garment is basically a non-wired outer surface 1 made of elastic or bi-elastic fabric and neoprene (chloroprene CR 100%), rubber latex, or another synthetic rubber, natural rubber, PVC (polyvinyl chloride) Or an inner surface made of bacteriostatic annular fabric that can be knitted (demagliabile) or indemagliabile characterized by a densely corrugated structure made of an occlusive material such as polyurethane foam 3 (FIG. 2).

  The dough inner surface 3 functions as a container / carrier for active ingredients such as escin, theophylline, caffeine, stimulates microcirculation on the surface, and acts directly on the subcutaneous adipose tissue of the dermis 6 beta-cyclodextrin 5 (circulation) T-molecules of the oligosaccharide family). The aforementioned active ingredients are applied using a spray before wearing the shorts, and are absorbed by the molecular carrier during use of the garment and delivered transdermally, for example, as occurs when using “patches”.

  The outer surface 1 of an indemagliabile elastic or bielastic knit is made to be water-resistant and light resistant and weighs 120-190 g per square meter.

  The effectiveness of this fabric is in the elasticity and rigidity of the structure.

  The central layer 2, which is an occlusive material, is 100% CR or other similar material and has a heat storage function 4 (FIG. 1). Due to its purity and the location between the two fabric layers 1, 3, the central layer 2 does not smell like rubber, it is extremely strong and durable, has low allergenicity, exhibits both elasticity, Has closed cells to activate.

  Indeed, the central layer 2 forms an occlusive cover that maintains body heat, reduces transpiration, raises the temperature, and consequently removes the liquid characteristic of cellulite. In fact, high water retention (liquid retention) and insufficient venous / lymphatic circulation are characteristic of cellulite.

  The fabric with the corrugated inner surface 3 may be made from a textured bacteriostatic polyamidoimide hydrophilic microfiber yarn with a small percentage of elastomer (5%). The microfibers used are hygroscopic and have noble metal particles in the polymer matrix. Precious metal particles continuously release large amounts of ions that produce enormous bacteriostatic effects. This effect maintains natural levels of bacteria on the skin and is not aggressive. Its effect is permanent and forms a barrier against the aforementioned bacterial growth, thus eliminating malodors.

  Therefore, the corrugated fabric is non-allergenic, which is a very important condition when considering wearing it in direct contact with the skin.

  Thanks to the microfiber fabric, it feels good and provides a pleasant soft feel. Moreover, thanks to its hygroscopicity, the microfiber fabric dries quickly, reducing the feeling of unpleasant sweat and providing a nice and refreshing sensation.

  Precious metal treatment on such fabrics has successfully passed antibacterial, toxic, environmental impact, and skin tests and has gained approval and registration in the world's most important countries. Thus, the “thermal” activity of the occlusive material, Neoplane, is combined with the extraordinary “hygiene” of the microfiber.

  The corrugated surface of the fiber inner surface 3 is produced using a special annular jacquard loom. A needle is selected according to the loom, and the cloths defined according to the thickness of the needle are overlapped.

  The corrugations are made elastic by proper insertion of elastomeric fibers during needle selection. Overlaying the fabric reduces the waveform and always feels good when the waist, thighs, and other parts of the body are pressurized. Accordingly, the corrugated dough 3 exerts a massage effect like a constant wave that stimulates and re-activates the microcirculation of the body surface, but does not stress the body and can eliminate toxins in addition to the liquid.

  In addition, the accumulated fat that flows with the blood is reduced and metabolized as well.

The following functions are obtained by the massage produced by pressurizing the combination of the fabric outer surface 1, the blocking material 2 and the corrugated fabric inner surface 3.
-Anti-stress: To relax and stretch fascia and stimulate blood flow.
-Anti-cellulite: for the reasons mentioned above.
-Anti-back pain: a constant continuous massage automatically occurs on the vertebrae thanks to the dough with the corrugated surface.
-Abdominal massage: The action of the dough with the corrugated surface activates an automatic and constant massage of the abdomen, which has the effect of conditioning the stomach, and the elasticity of the skin and fascia Increase.
-Hygiene: The microfibers inside the fabric 3 are bacteriostatic and anti-odor thanks to the precious metal fine particles contained in the polymer matrix that hinders bacterial growth, maintaining the biological balance of the skin, This is because bad odor is reduced.

  When beta-cyclodextrin is sprayed on the fibers of the corrugated fabric 3, it becomes a means for transcutaneously mediating an active ingredient that directly acts on the subcutaneous fat for slimming. Beta-cyclodextrin does not decompose, is rechargeable, maintains its capacity, and slowly releases the active ingredient over a period of several cycles.

  Beta-cyclodextrin is a cyclic polysaccharide resulting from enzymatic hydrolysis of starch. It is a natural product whose toxicity has been extensively studied and is widely used in the pharmaceutical, beauty and dietary food sectors due to controlled release. Thus, the active ingredients that make up the molecule are protected, in whole or in part, from the oxidation and decay processes that can cause damage because they are contained in the voids of the molecule and separated from the external environmental temperature.

  The inclusion of beta-cyclodextrin is reversible, and the resulting complex is not sensitive to pressure-induced stress and inhibits the natural degradation of the active substance, thus increasing its effectiveness over time. .

Garments with the above-mentioned combination of materials and fabrics result in the following simultaneous action for the very first time.
-Thermal action due to the plugging material of the central layer
-Mechanical action due to the specially raised corrugated structure inside the fabric to apply continuous massage
-Sanitary action due to ions produced by metal microparticles inserted into the polymer matrix of the yarn forming the corrugated fabric interior
-Percutaneous action due to slow release of active ingredient into skin

  These effects are activated simultaneously to reduce cellulite, volume and remodel them. These actions help to reduce the subcutaneous adipose tissue that forms cellulite, increase skin tissue oxygenation, improve fluid drainage, help excrete toxins, and accumulate that toxins can be shed in the blood and metabolized Reduce fat.

FIG. 3 is a diagram of separate and distinct layers and anti-cellulite clothing (referred to as body subcutaneous tissue). It is a figure of the waveform surface expansion part inside cloth. FIG. 2 is a composite fiber product diagram having a container / carrier and active ingredient molecules.

Claims (9)

  Including an outer layer (1) made from a knit that cannot be knitted, a central layer (2) made from an occlusive material, and an inner surface (3) made from a fabric having a corrugated surface, wherein the interaction between the layers is Anti-cellulite garments in the shape of shorts, sheaths, or bands, which combine to reduce cellulite and remodel the female body by simultaneous thermal, mechanical and hygienic effects .   The anti-layer according to claim 1, wherein the outer layer (1), which is the knit, exhibits elasticity and / or elasticity, is resistant to washing and the light, and has a weight varying from 120 to 190 g per square meter. Cellulite clothing.   The anti-cellulite garment according to claim 1, wherein the occlusive material central layer (2) is made of neoprene (chloroprene CR 100%), rubber latex, or another synthetic rubber, natural rubber, PVC or foamed polyurethane.   The fabric inner layer (3) is made of a bacteriostatic fabric which is not woven or frayed annularly and functions as a controlled carrier when releasing active ingredients for slimming The anticellulite garment according to any one of claims 1 to 3, which is treated with cyclodextrin.   The anti-cellulite garment according to claim 4, wherein the beta-cyclodextrin is not decomposed even if it is applied to the inner fabric layer (3) in a reversible form and can be continuously charged.   The anti-cellulite garment according to any one of claims 1 to 5, wherein the fabric that is the outer layer (1) has a coefficient of elasticity of at least 115 from the ear to the ear and 150 in the length direction.   The anti-cellulite garment according to any one of claims 1 to 6, wherein the occlusive material as the central layer (2) is closed-cell or compact and has high heat resistance.   The anti-cellulite garment according to any one of claims 1 to 7, wherein the cloth which is the inner layer (3) is made of microfibers containing noble metal microparticles in a polymer matrix.   The fabric that is the inner layer (3) has a jacquard structure that is raised with a corrugated design, and the fabric is produced by selecting needles using a ring loom, overlapping the elastic fabrics, and inserting elastomer fibers. The anti-cellulite garment according to any one of claims 1 to 8.

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