JP2011041677A - Foaming device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a foaming device that easily produces fine foam that hardly disappears. <P>SOLUTION: A flat bag body is formed of a front cloth made of textile fabrics and a lining cloth made as the same as of the front cloth. An appropriate number of mesh cloths harder and more elastic than the bag body are slackened into the bag body to attach the mesh cloth on the bag body. The mesh cloth has elasticity, so small spaces are formed to take air into the bag body whenever the bag body is rubbed for producing foam. Rubbing the cloths each other keeps air contained in soap films formed in the through-holes of each cloth to produce foam. In addition, the bag body made of cloths of extremely thin fibers with waved woof can supply an excellently functional foaming device with more through-holes for producing more foam. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a foaming tool for promoting foaming of a detergent such as soap and efficiently generating a large amount of fine foam.

  Detergents such as soap improve the cleaning power when foamed due to the nature of the surfactant, which is the main component, and no soap remains on the skin after rinsing. In recent years, it has become popular among women to use a foaming net to make facial cleansers and then use the foam to wash their face.

JP 2009-90030 A Utility Model No. 3071036 JP 2007-296018 A

It has been clarified that rubbing the skin damages the stratum corneum on the surface of the skin, causing spots and wrinkles, and raising the age of the skin. In order to prevent damage to the stratum corneum due to face washing, a face washing method that uses a lot of fine foam, wraps the face with foam, removes dirt with the washing power of the foam, and does not rub the skin with anything is recommended. .
In order to create foam and use it for face washing, a face washing tool combining two types of materials has been proposed.

  In Patent Document 1, the organdy 4 of the first material and the soft tulle 5 of the second material are overlapped and sewn in a cylindrical shape along the side edge, and the longitudinal direction of the tube is halved so that the organdy 4 is on the outside. There has been proposed a frothing tool in which a cut edge opposite to the folded and folded side is narrowed and bound, and a finger insertion ring is attached to the bound portion.

  The first material of Patent Document 1 is made of synthetic fibers such as polyester and nylon, and is organdy 4 with a thin plain weave and minimal pores. The second material is also made of synthetic fibers such as polyester and nylon. Thus, although the through hole is relatively larger than the organdy 4, it is a soft tulle 5 having a considerably small through hole.

  In Patent Document 1 described above, since both types of materials are clogged, it is difficult to take air into the through holes. Therefore, when foaming, air is included in the water in which the cleaning agent is dissolved, and it is difficult to efficiently form the foam. It takes time to generate the foam, and the amount of foam generated is small.

  Moreover, because the two types of materials are stacked and bent, and the cut edges that overlap in quadruple are squeezed and bound, soap scum that does not flow down even when rinsed is attached to the binding part or the fabric overlaps. It is difficult to dry sufficiently, and there is a problem with hygiene.

  In general, it is known that the stratum corneum on the skin surface is damaged by scrubbing with not only the facial cleanser but also its own fingers when washing the face.

  Therefore, the present invention efficiently foams the cleaning agent and produces a large amount of fine, finely adsorbed foam, wrapping the face with foam without rubbing the face with fingers, and removing the dirt with the cleaning power of the foam. It is intended to provide a whisk that can be used.

  Moreover, the present invention provides a whisk that is easy to handle for maintaining cleanliness such as rinsing and drying.

  The foaming device of the present invention forms a flat bag body with a front fabric made of woven fabric and a back fabric similar to the front fabric, and a mesh having hardness and elasticity higher than the fabric of the bag body in the bag body An appropriate number of fabrics are put in, and the mesh fabric is mounted on the bag.

  The mesh fabric is characterized in that a peripheral portion thereof is attached to a peripheral portion of the bag body.

  The front fabric and the back fabric are woven fabrics using yarns that are wave-treated as weft yarns.

  The thickness of the thread of the mesh fabric is 15 denier to 70 denier.

  The mesh fabric is attached to the bag body in a state of being loosened so that a part of the mesh fabric overlaps.

  When detergent such as soap is bubbled, its detergency improves. This is because finely foamed bubbles are hard to disappear and have excellent adsorption power, and the components of the cleaning agent stick to sebum stains on the skin surface and wrap up and float up. When a sufficient amount of well-foamed foam is attached to the skin, the dirt can be removed with the detergency of the foam without rubbing the skin. In addition, when rinsing, the foaming is good and the components of the detergent such as soap do not remain on the skin. For these reasons, it is important to sufficiently foam the cleaning agent when washing the skin.

  Thus, when the woven fabric and the elastic mesh fabric are combined like the whistling tool of the present invention rather than using the whistling tool made of only the woven fabric or only the mesh fabric, the generated foam is reduced. Experiments have shown that both the amount and the fineness of the foam texture are clearly improved and have a very good foaming function.

  The process of foam generation by the lather is manually rubbed to form a film of soapy water in which detergent such as water and soap dissolves in the through-holes of each dough. Add bubbles to the air. Therefore, the performance of the foaming tool depends on the function of taking air into the foaming tool and how efficiently the rubbing between the fabrics occurs. The mesh fabric used in the foaming tool of the present invention can take in air into the bag body by forming a small space each time it is squeezed due to the restoring force of its hardness and elasticity. In addition, since the fabric of the bag and the mesh fabric are different from each other, the two fabrics do not become one when foaming, and each of them moves separately and rubs in a wide area. Therefore, when foam is made with the foaming tool of the present invention, the soapy water film of the through holes efficiently contains air, and a large amount of foam can be generated in a short time.

  Since the frothing device of the present invention is configured by attaching the peripheral edge of the mesh fabric to the peripheral edge of the bag body, the mesh fabric does not cause a bias in the bag body, and each fabric is wide. Since it is opened, the fabric of the bag and the mesh fabric rub against each other at the time of foaming and do not hinder the movement.

  Since the fabric used for the bag is a woven fabric using a waved yarn for the weft, the soap water adsorption area is increased, and the number of through holes is increased, so that the amount of bubbles generated is increased.

  Since the mesh fabric has a thread thickness of 15 to 70 denier, it has sufficient hardness and elasticity.

  In addition, if a mesh fabric with hardness and elasticity is loosened so that part of it overlaps, it is easy to contain air because the slack of the mesh fabric forms a gap, and when foaming, Since many mesh fabrics rub against each other, bubbles are generated more efficiently. Furthermore, the generated foam accumulates in the gap formed by the loosening of the mesh fabric, and the foam retention is improved.

   Since the entire lather of the present invention is formed in a flat shape, the lather of the lather can be easily washed away by rinsing after use, and can be kept clean because it is easy to dry when hung.

The partial cutaway figure of the external appearance of the example of 1st embodiment of this invention. The enlarged schematic diagram which showed the AA cross section of this invention in FIG. Schematic which loosened the mesh fabric used for the second embodiment of the present invention. The end view of the second embodiment of the present invention. The end view of the third embodiment of the present invention in which the mesh fabric is loosened and doubled.

    Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. 1 and 2 show a first embodiment of a foaming device 1 according to the present invention. In the present invention, a mesh fabric 3 is placed in a bag body composed of a top cloth 2 and a back cloth 21 of the bag body, and the peripheral edge portion is attached 5 to the peripheral edge portion of the bag body, and the attachment portion is attached to the edge wrapping cloth 4. It is a rolled whisk 1 and the finished dimensions are about 22 cm square. Reference numeral 6 denotes a hanging portion that can be hung on a hook or the like.

  As for the material used for the front cloth 2 and the back cloth 21 of the bag, synthetic fibers such as fine nylon, polyethylene, polyester, etc., which are used for soft body towels, are suitable, and the weft is wave-treated. When fibers are used, foaming is good, and when these fibers have a round cross section, it is difficult to irritate the skin of the fingers with fibers during hand massage.

  In addition, the surface fabric 2 and the back fabric 21 of the bag body are synthetic fibers of less than 1 dtex, usually referred to as ultrafine fibers, and weft yarns are loosely twisted with a wave treatment. When a rough fabric is used, a large number of through holes are formed, so that foaming is good and the foam is finer.

  FIG. 2 is an AA enlarged sectional view of an example in which the mesh fabric 3 is doubled.

    3 and 4 are views showing a second embodiment of the foaming device of the present invention. FIG. 3 is a mesh fabric 31 in which a part of the mesh base 3 is loosened so as to overlap, and FIG. FIG. 4 is an enlarged end view of the main part of the foaming tool of the present invention completed using the mesh fabric of FIG. 3.

  The “loose state” of the present invention means that the mesh fabric has an area of 1,3 to 5 times the predetermined area of the bag before stitching, and is loosened as a result after being attached to the bag. Say the state.

  As a result of the experiment, it was found that the mesh fabric 31 has an optimum area of about three times the predetermined area of the bag body before stitching. If the mesh fabric 31 is less than 1 or 3 times loose, the mesh fabric is less likely to rub against each other, so the amount of foam generated is small. Conversely, if the mesh fabric is loosened more than 5 times, the entire fabric is stiff and whipped. It was inconvenient.

The mesh fabrics 3 and 31 have different elasticity depending on the thickness of the yarn, and the response at the time of foaming changes. Therefore, when used in the flat state of the first embodiment, 30 denier to 60 denier, the second embodiment In the case of using slack so as to partially overlap, 20 to 40 denier is appropriate. In addition, when a plurality of them are stacked, elasticity increases and the amount of bubbles generated also improves.

  The mesh size of the mesh fabrics 3 and 31 may be 0.5 to 8 mm. The thickness is preferably 1 to 3 mm. This is because if the mesh fabrics 3 and 31 have too small eyes, the foaming is deteriorated, and if the mesh fabrics 3 and 31 are large, fine bubbles are hardly formed. The form of the mesh fabrics 3, 31 is not particularly limited.

  FIG. 4 is an end view of a frothing tool according to a second embodiment of the present invention in which a loosened mesh fabric 31 is placed in a bag made of a top cloth 2 and a back cloth 21.

  FIG. 5 shows an end face of a third embodiment of the present invention in which a mesh fabric 31 is doubled and placed in a bag made of a top cloth 2 and a back cloth 21 of the bag body in a loosened state. FIG. Since the mesh fabric 31 has hardness and elasticity, if the slack is given, the void 7 is formed in the bag body.

  In general, when a foaming tool is used for washing the face, a method is adopted in which the foam created by the foaming tool is picked up and the foam is attached to the face. However, in the foaming tool of the present invention, when the superfine fibers are used for both the front cloth 2 and the back cloth 21 of the bag body, or one of them, and the mesh fabric 31 is loosened, good foam retention and Due to the softness of the ultrafine fibers and the property of adsorbing the bubbles, even if the ultrafine fiber side of the foaming device of the present invention in the state of holding the bubbles is directly applied to the skin, the stimulation by the fibers is difficult to reach the skin. Therefore, it becomes possible to apply the whistling tool 1 of the present invention containing foam to the skin and use it for face washing.

  The whistling tool of the present invention is about 22 cm square, but regardless of its shape, it may be larger or smaller, and may be elongated or circular.

  The weft of the fabric used for the front cloth 2 and the back cloth 21 of the bag body may not be fibers that are all wave-treated, but may be partially made of fibers that are wave-treated.

  If you have more than one mesh fabric 5, combine materials with different thread thicknesses, or combine the materials and forms of mesh fabrics 3 and 31, such as a combination of flat and slack. , You can finely adjust the touch and foaming of your choice.

DESCRIPTION OF SYMBOLS 1 Foaming tool of 1st embodiment 2 Front cloth of a bag body 21 Back cloth of a bag body
3 Mesh fabric 31 Mesh fabric with slack
4 Edge walnut cloth
5 Sewing thread with mesh cloth on the bag
6 Hanging part
7 gap

Claims (5)

  A flat bag body is formed by a front fabric made of woven fabric and a back fabric similar to the front fabric, and an appropriate number of mesh fabrics that are harder and more elastic than the fabric of the bag are placed in the bag. A foaming tool, wherein the mesh fabric is attached to the bag body.   2. The foaming tool according to claim 1, wherein the mesh fabric has a peripheral edge portion attached to a peripheral edge portion of the bag body.   The lather according to claim 1 or 2, wherein the front fabric and the back fabric are woven fabrics using yarns that are wave-treated as weft yarns.   The lather of any one of claims 1 to 3, wherein the mesh fabric has a thickness of 15 to 70 denier. The foaming tool according to any one of claims 1 to 4, wherein the mesh fabric is attached to the bag body in a state of being loosened so that a part thereof overlaps.

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