JP3091784U - Textile products that generate negative ions - Google Patents

Abstract

(57) [Summary] [PROBLEMS] A negative ion or the like capable of maximizing the effect of such a filler by exposing a filler having a bodily effect such as generation of a negative ion on the surface of a fiber product, by exposing the filler to the surface of the textile. The purpose is to obtain a generated fiber product. SOLUTION: A wrapper 2 containing a filler 3 having an effect on a living body is formed on a part of a textile product surface 7;
In addition, the fabric forming the wrapping bag 2 is in the form of a net.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention is applied to textile products such as stuffed animals mainly used as toys and cushions. In this regard, a filler having a negative ion generation and a far infrared radiation effect is included. The present invention relates to a fiber product such as negative ion generating a relaxing effect.

[0002]

[Prior art]

  A variety of things that can have a positive impact on health, depending on the health orientation of society Products are being developed. As a typical example, the effect of negative ions and far infrared rays Some have fruits. In recent years, the generation of negative ions has caused stress and loss of appetite. Improve vibration, improve concentration, purify and kill harmful substances such as formalin from new building materials Expected to have all effects such as prevention of air pollution due to bacterial action, removal of mold and odor If possible, include resin such as tourmaline ore that produces negative ions. Various bracelets, necklaces, and various products in textile products are commercially available. Has been done.

[0003]   In addition, far infrared rays improve blood circulation in the body, activate metabolism, and activate cells. It is known that Therefore, mixing powder such as far-infrared radiation effect As a product such as clothes and supporters made of shaped fibers, it promotes blood circulation, recovers from fatigue, There are many health appliances on the market that bring about effects such as active metabolism. this As described above, it is necessary to generate powder such as negative ions and to radiate far infrared rays. Many fillers are known to be mixed in resin or fiber.   In addition, in the stuffed doll described in Utility Model Registration No. 3080058, the sewing Put the filling containing tourmaline ore in the stuffed animal and use the tourmaline ore Plasio has an adverse effect on the human body by effectively utilizing the ion exchange function for the human body. It has been proposed to add the function of exchanging ions with negative ions.

[0004]   Furthermore, with a tourmaline-containing stuffed toy described in JP-A-11-19339. Is proposed to use a tourmaline-containing fiber as the fiber that forms the stuffed animal. ing. This is a tourmaline mixture prepared by mixing tourmaline fine particles with the spinning dope of rayon. As a rayon fiber containing, a stuffed toy covering material with this and other fibers I am configuring. This gives a good activation effect to living cells and recovers fatigue, It is said that a deep relaxing effect can be obtained.

[0005]

[Problems to be solved by the device]

  However, the negative ion generation and far-infrared radiation effects of the above conventional products In the case of mixing with a filling material that has It was. That is, by mixing tourmaline etc. into the resin, it is formed into a bracelet shape. The shape of the molded product is that tourmaline etc. can be exposed to the atmosphere. Its effect is poor because it is limited to a part of the surface. Atmosphere of tourmaline ore The larger the area that touches, the more the negative ion generation effect can be exhibited. , These products mixed with tourmaline ore can affect the human body The amount of negative ions produced is extremely low.

[0006]   Similarly, a powder having a far-infrared radiation effect is mixed into the resin, and this is spun. For clothes made of thread-formed fibers, the effective powder is kneaded into resin. Therefore, the portion where such powder or the like comes into contact with the atmosphere is inevitably small. Furthermore, the effect If a large amount of powder is mixed with the resin to improve the fruit, the color of the product will deteriorate. Or, a problem such as the texture of the textile product becoming harder may occur. Also, such fiber The use of fiber increases the manufacturing cost.   The tourmaline-containing stuffed animals described in JP-A-11-19339 It is said that the rumarin fine particles emit active electrons, but they are exposed on the fiber surface. The number of tourmaline particles present is limited, and only a low active electron emission effect is expected. It is expected that we cannot wait.

[0007]   Furthermore, in the stuffed toy doll described in Utility Model Registration No. 3080058, The tourmaline ore is filled inside the outer wrapping cloth and is mixed with other filling materials. Since it is contained, it cannot fully expose this tourmaline ore to the atmosphere. what if To make the cloth that wraps the outside of the stuffed doll more breathable, the example of the cloth itself is coarse. For example, if the net shape is used, the shape of the stuffed animal cannot be maintained.   The present invention has been made in view of such circumstances, and the generation of negative ions By exposing the filling material having an effect on the living body such as to the surface of the textile product, Negative ion generation fiber that can maximize the effect of such filling Aim to get the product.

[0008]

[Means for Solving the Problems]

  The present invention takes the following technical means in order to achieve the above object. Ie According to the present invention, a part of the surface of a textile product is filled with a filler having an effect on a living body. That the wrapping bag is formed, and the dough that forms the wrapping bag is in the shape of a net. Characterize.   According to the above invention, a net-shaped wrapping bag is formed on the surface of a textile product, In the body, which has an effect on the living body such as generation of negative ions and radiation of far infrared rays. Since the filler is stored, the filler that is exposed on the surface of the textile product is exposed. The surface of the object is easily exposed to the atmosphere. For this reason, negative ions are generated or far infrared The effect of radiating the rays is increased, and various effects of various fillers can be increased. Wear. The living body here includes not only humans but also animals. Therefore, pet animals The textile product according to the present invention can also be applied to the above.

[0009]   The packaging bag is a separate bag body fixed to a part of the surface of the textile product. It is characterized by   According to the present invention, a separately produced net-shaped bag is fixed to the surface of the textile product. Since the packaging bag is formed by forming the packaging bag, the packaging bag containing the filling can be manufactured separately. So convenient.   The packaging bag is fixed to the fabric on the surface of the textile product and a part of the surface of the textile product. It is characterized in that it consists of a sheet.

[0010]   According to the present invention, the net-like sheet is fixed to the surface of the textile product. Since the packaging bag is formed, it does not take time to form the packaging bag.   The composition forming the mesh of the net-like material is formed by elastically knitting the fibers. It is characterized by being formed.   According to the above-mentioned present invention, the constituent body forming the mesh is formed by knitting the fibers. Therefore, even the part of this structure is breathable, and the cloth that forms the bag is passed through. You can raise your temper. Also, this makes the wrapping bag flexible Product fluidity and flexibility can be provided.

[0011]   The net-shaped cloth is formed by opening a large number of holes in the fiber cloth. Characterize.   According to the above-mentioned present invention, the fabric forming the wrapping bag is a fiber fabric, and the hole is opened in this. Therefore, it becomes easy to form a packet.   It is characterized in that the filling material is movably accommodated in the packaging bag.   According to the above invention, the filling material can flow without being packed in the bag. Therefore, the flexibility of textile products should be provided even in the place where the wrapping bag is formed. You can

[0012]   The net of the filling material is exposed to the mesh of the net-like material, and the net is The filling does not escape from the packet even when the dough is stretched to the maximum Is characterized in that the mesh is formed.   According to the above-mentioned present invention, by making the hole of the mesh sufficiently wide, Has better air permeability, and it becomes easier to expose the surface of the filling material to the atmosphere through such holes. . For this reason, it is possible to obtain a higher effect of the filler that generates ions or emits far infrared rays. You can In addition, even when the dough is stretched to the maximum extent, the filling material passes through the mesh. Since the fiber is not used, the filling material will not go out of the bag even when using the textile product. There is no escape.

[0013]   The filling is a spherical ceramic that generates ions and emits far infrared rays. It is characterized by being.   According to the above invention, it has the effect of generating negative ions and generating far infrared rays at room temperature. Increasing negative ions in the atmosphere by using ceramics as a filling material More decomposes and reduces unpleasant odors such as cigarette smoke and pet odors, stress, Improving insomnia, etc., and radiating far infrared rays to the human body to promote blood circulation, recover from fatigue, It can have a high relaxing effect on the human body by activating metabolism.

[0014]   The textile product is a stuffed animal.   According to the above-mentioned present invention, since the textile product is formed in the form of a stuffed animal, It is possible to obtain the effect that the filling material emits at the same time as the regular use of the toy.   The textile product is bedding.   According to the above-mentioned present invention, the textile product is, for example, a pillow, a futon, or the like. It is possible to obtain the effect generated by the filling material at the same time of use.   It is characterized in that the textile product is a rug.

[0015]   According to the present invention, the textile product is, for example, a cushion, a mat, etc. It is possible to obtain the effect generated by the filling material at the same time as the use thereof.   The fiber product is a coating.   According to the present invention, the textile product is, for example, a hat, gloves, shirt or the like. Thus, at the same time as these uses, the effect generated by the filling material can be obtained.

[0016]

[Embodiment of device]

  An embodiment of the present invention will be described below with reference to the drawings. 1 and 2 1 shows an embodiment of a fiber product 1 having negative ions and the like according to the present invention. This The negative ion generating fiber product 1 of the The net-shaped wrapping bag 2 attached to a part and the 6 wrapping bags contained in this wrapping bag 2 It is composed of a spherical filler 3. The packaging bag 2 was manufactured separately from the textile product. A net-shaped bag is sewn at the attachment portion 6 which is a part of the surface 7 of the textile product. It has been installed. In addition, the number of packings of the filling 3 in the packaging bag 2 is changed as appropriate. It is possible.

[0017]   A net containing the filler 3 having the effect of generating negative ions and radiating far infrared rays. A bag-shaped bag is manufactured, and the peripheral portion of the bag is attached to the desired surface of the fiber product as shown in FIG. 7 is sewn onto the mounting portion 6. FIG. 4 shows a stuffed bear 9 incorporating the present invention. It shows a state in which the packaging bag 2 containing the filling 3 is attached to both hand portions 10 of .   The mesh structure 4 forming the net-shaped cloth of the bag 2 is shown in the enlarged view of FIG. As described above, the fibers are knitted. In this example, a knitted fabric in which fibers are knitted The mesh structure 4 is formed as a woven fabric, a non-woven fabric, or a wide wrapping. It may be formed by heat-sealing monofilaments used as packaging materials. Yes. In particular, as shown in this embodiment, by knitting fibers, high breathability is obtained. It is preferable that the mesh structure 4 has Even the part of the mesh structure 4 Since the air permeability is ensured and the atmosphere between the inside and outside of the packaging bag 2 can come and go, filling The greater effect of the object 3 can be obtained.

[0018]   In addition, the material of the net-like material forming the packaging bag 2, that is, the mesh structure Material 4 is synthetic fiber such as polyester, acrylic, nylon, cotton, cellulose Fibers made of various materials such as natural fibers such as silk and silk can be used. Up As mentioned above, it is made of knitting and has elasticity so that it can be stuffed or the like. When the structure according to the present invention is applied to the textile product, To prevent discomfort when moving or touching or holding It is desirable to have fluidity and flexibility.

[0019]   Also, the wrapping bag 2 is attached to the textile product by sewing, but an adhesive is used. Alternatively, they may be attached by heat fusion. Especially to keep the texture of textile products In particular, it is preferable to sew it as in the present embodiment.   The hole 8 formed in the packaging bag 2 serves to obtain sufficient air permeability between the inside and outside of the packaging bag 2. The filling 3 is exposed to the outside. In addition, a mesh structure that forms a net-like cloth Since No. 4 is made of knitted fibers, it has some elasticity as described above. To do. For this reason, pressure from the inside of the packaging bag 2 by the filler 3 and when using the textile product This is the case because the net-like fabric is pushed out due to deformation etc. However, the size of the hole 8 is such that the filling 3 is held inside the packaging bag 2 and does not escape. It is said that.

[0020]   As described above, the hole portion that can accommodate the filler 3 in the packaging bag 2 even when the textile product is used 8 and the packing 3 is made of fiber to increase the air permeability between the inside and outside of the bag 2. By exposing the filler 3 on the surface 7 of the article and easily exposing the filler 3 to the atmosphere, The negative ion generation and far infrared radiation effect can be sufficiently exerted.   In the present embodiment, the filler 3 generates negative ions and emits far infrared rays. Uses a ceramic ball that has a shooting effect. As people live, the atmosphere It is ionized into ras ions and negative ions, which are repeatedly neutralized, consumed, and generated The average value of positive ions is about 10% higher than that of negative ions. ing. However, in a room where the deadline tends to be, airborne dust such as cigarette smoke and dust is generated. It is generated, plus ions are attached to it, neutralize it and drop it off In order to consume negative ions. As a result, negative ions are significantly reduced Will tend to If you return this state, in which the negative ions have decreased, to the original normal state In order to reproduce the ion concentration in areas where there is little air pollution such as rural areas and forests It uses a ceramic ball with high performance to generate negative ions.

[0021]   Further, this ceramic ball also has a far-infrared radiation effect as described above. . In recent years, far infrared rays have been used in many branches, and their application fields are Food such as roasting and aging, including industrial heating and drying equipment such as ku and various heating equipment It is used in medical and health equipment such as processing and hyperthermia. Generally far infrared Wire is often used under heating, and even when it is used under non-heating Far-infrared radiation has a low radiation effect, so you can check its effect over a long period of time. It was nothing more than The ceramic balls used in the present invention are not heated at room temperature, In order to have a high far-infrared radiation effect in the It can exert an effect.

[0022]   Ceramic bot with negative ion generation and high far-infrared radiation effect at room temperature For example, ceramics far-infrared radiation material and fine powder of radiation source material It is possible to use a material in which the mixture is fired to form a composite. Ceramics far infrared As the radiation material, a mixture of zircon and alumina can be used. Cordierite or silica may be used instead of alumina. This is because zircon has a relatively high emissivity, especially in the far infrared region. Release As the radiation source material, monazite, which is a radioactive mineral, can be used. This Monazite contains natural radioactive elements such as thorium oxide and uranium oxide. Of. Specifically, Iomix (trade name) from Mino Pigment Chemical Co., Ltd. is used. can do. It has a diameter of ceramics as a source of ions and far infrared rays. It is commercially available as a ceramic ball of about 7 mm.

[0023]   Therefore, as shown in FIG. 4, the two hand parts 1 of the stuffed bear 9 which is a textile product. 0 to adopt the structure of the negative ion generating fiber product 1 according to the present invention Therefore, if the user just puts the bear stuffed animal 9 in the living space, many It is possible to obtain the generation of eggplant ions and the high radiation effect of far infrared rays. That is, this The teddy bear 9 has the following effects. House dust particles and plastic Sticking to harmful substances such as sion, cigarette smoke, pet odor, raw Function to decompose and reduce unpleasant odors such as dust. Anti-bacterial action to reduce air pollution for. Improves stress, insomnia, loss of appetite, etc. Concentrate, study and work efficiency The effect of raising. Action to promote the growth of plants such as potted plants. A comfortable space around you The action that can get deeper relaxation. Furthermore, due to the radiation effect of far infrared rays It has effects such as activation of metabolism of the user, recovery of immune function, and enhancement of natural healing power. You can In addition, in the above-mentioned embodiment, two positions of both hands of the stuffed bear Although the configuration of the present invention is provided in the above, it may be provided in another place.

[0024]   However, with conventional products that generate negative ions, a sufficient effect can be obtained. I was not able to do this, but I adopted the configuration of the present invention and generated negative ions etc. fiber By using the product 1, the effect of the filler 3 that generates negative on and emits far infrared rays Since it is possible to maximize the effect, the effect of relaxing for the user large. Therefore, more negative colors and far infrared rays than conventional products have The effect in various aspects can be greatly improved. In addition, it can be easily manufactured Therefore, the manufacturing cost can be suppressed.

[0025]   Furthermore, a bag body containing a separately manufactured filler 3 is attached to a commercially available fiber product. By forming a wrapping bag 2 on such a fiber product, the existing product can be used as a minor. It is possible to use the fiber product 1 such as sion generation.   Fig. 5 shows both ears that embody the negative ion generating fiber product 1 according to the present invention. It is an eye pillow 11 having the shape of a bear's head that forms the packaging bag 2 for each minute. Also, the figure 6 cushions, pillows, duvets, toilet covers, slippers, sofas, as shown in FIG. Show pouch, drawstring, mascot, sash, tissue paper cover, hat, and And the lamp shade, hanger, muffler, mobile phone cover, and apron shown in FIG. , Curtain holders, other backpacks, bags, cloth frames, mittens, lunch Mat, cloth case, cosmetic box, plastic bottle holder, umbrella cover, Like beanbags, coasters, shoekeepers, ring cores, jewelry boxes, Tiekosee It can be applied to all kinds of textile products such as toys, bedding, rugs and ornaments.

[0026]   In addition, although the above-mentioned ceramic balls are used in this embodiment, other combinations may be used. Of course, various types of structured ceramics can also be used. Also, for negative ions Tourmaline ore, which is widely known to have a producing effect, and hema with magnetic force Tight ore and various other fillers 3 can be used. The size of the packing 3 is Can be appropriately changed according to the radiation effect of the filler 3 and the form of the textile product, The shape of the filler 3 is not limited to spherical, and natural ore can be used as it is. Alternatively, it may have various other shapes.

[0027]   In addition, the filling rate of the filling material 3 in the packaging bag 2 formed on the surface 7 of the textile product depends on the textile product. Depending on the required flexibility, the generation of negative ions and the strength of the radiation effect of far infrared rays It can be changed appropriately. In addition, by dividing the storage part of the packing in the packaging bag 2 into several compartments, Thus, it is possible to prevent the filler 3 from being biased in the packaging bag 2. Also, the color of the filling 3 It is also possible to improve the design by changing the color.   FIG. 3 is a sectional view showing another embodiment of the present invention. This is the textile surface A net-like sheet is attached to the dough of 7 to form a wrapping bag 2, and the wrapping bag 2 is filled with the wrapping bag 2. The filler 3 is contained. That is, the packet is a cloth on the surface 7 of the textile product, The net-like sheet is sewn on a part of the surface 7 of the textile product. Other configurations were the same as those in the above-mentioned embodiment. Applying this configuration to textile products As a result, it becomes easier to form the packaging bag 2 and the amount of net cloth used is halved. Therefore, the manufacturing cost can be suppressed.

[0028]   The material to which the ion generating fiber product 1 is applied is not particularly limited. Not all textile products are included, and the textile products applicable to the present invention are not limited to the above. It is not limited to the ones. Also, design changes according to various embodiments are possible. Noh.

[0029]

[Effect of device]

  As described above, according to the present invention, a part of the surface of the textile product has negative ions. A packaging bag containing a filler having an effect on the living body such as the production of Since the cloth forming the wrapping bag has a net-like shape, the filling material is a fiber product. Minus exposed on the surface to maximize the effect of such filling An ion generating fiber product can be obtained.

[Submission date] September 5, 2002 (2002.9.5)

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction content] [Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention is applied to textile products such as stuffed animals mainly used as toys and cushions. In this regard, a filler having a negative ion generation and a far infrared radiation effect is included. The present invention relates to a fiber product such as negative ion generating a relaxing effect.

[0002]

[Prior art]

  A variety of things that can have a positive impact on health, depending on the health orientation of society Products are being developed. As a typical example, the effect of negative ions and far infrared rays Some have fruits. In recent years, the generation of negative ions has caused stress and loss of appetite. Improve vibration, improve concentration, purify and kill harmful substances such as formalin from new building materials Expected to have all effects such as prevention of air pollution due to bacterial action, removal of mold and odor If possible, include resin such as tourmaline ore that produces negative ions. Various bracelets, necklaces, and various products in textile products are commercially available. Has been done.

[0003]   In addition, far infrared rays improve blood circulation in the body, activate metabolism, and activate cells. It is known that Therefore, mixing powder such as far-infrared radiation effect As a product such as clothes and supporters made of shaped fibers, it promotes blood circulation, recovers from fatigue, There are many health appliances on the market that bring about effects such as active metabolism. this As described above, it is necessary to generate powder such as negative ions and to radiate far infrared rays. Many fillers are known to be mixed in resin or fiber.   In addition, in the stuffed doll described in Utility Model Registration No. 3080058, the sewing Put the filling containing tourmaline ore in the stuffed animal and use the tourmaline ore Plasio has an adverse effect on the human body by effectively utilizing the ion exchange function for the human body. It has been proposed to add the function of exchanging ions with negative ions.

[0004]   Furthermore, with a tourmaline-containing stuffed toy described in JP-A-11-19339. Is proposed to use a tourmaline-containing fiber as the fiber that forms the stuffed animal. ing. This is a tourmaline mixture prepared by mixing tourmaline fine particles with the spinning dope of rayon. As a rayon fiber containing, a stuffed toy covering material with this and other fibers I am configuring. This gives a good activation effect to living cells and recovers fatigue, It is said that a deep relaxing effect can be obtained.

[0005]

[Problems to be solved by the device]

  However, the negative ion generation and far-infrared radiation effects of the above conventional products In the case of mixing with a filling material that has It was. That is, by mixing tourmaline etc. into the resin, it is formed into a bracelet shape. The shape of the molded product is that tourmaline etc. can be exposed to the atmosphere. Its effect is poor because it is limited to a part of the surface. Atmosphere of tourmaline ore The larger the area that touches, the more the negative ion generation effect can be exhibited. , These products mixed with tourmaline ore can affect the human body The amount of negative ions produced is extremely low.

[0006]   Similarly, a powder having a far-infrared radiation effect is mixed into the resin, and this is spun. For clothes made of thread-formed fibers, the effective powder is kneaded into resin. Therefore, the portion where such powder or the like comes into contact with the atmosphere is inevitably small. Furthermore, the effect If a large amount of powder is mixed with the resin to improve the fruit, the color of the product will deteriorate. Or, a problem such as the texture of the textile product becoming harder may occur. Also, such fiber The use of fiber increases the manufacturing cost.   The tourmaline-containing stuffed animals described in JP-A-11-19339 It is said that the rumarin fine particles emit active electrons, but they are exposed on the fiber surface. The number of tourmaline particles present is limited, and only a low active electron emission effect is expected. It is expected that we cannot wait.

[0007]   Furthermore, in the stuffed toy doll described in Utility Model Registration No. 3080058, The tourmaline ore is filled inside the outer wrapping cloth and is mixed with other filling materials. Since it is contained, it cannot fully expose this tourmaline ore to the atmosphere. what if To make the cloth that wraps the outside of the stuffed doll more breathable, the example of the cloth itself is coarse. For example, if the net shape is used, the shape of the stuffed animal cannot be maintained.   The present invention has been made in view of such circumstances, and the generation of negative ions By exposing the filling material having an effect on the living body such as to the surface of the textile product, Negative ion generation fiber that can maximize the effect of such filling Aim to get the product.

[0008]

[Means for Solving the Problems]

The present invention takes the following technical means in order to achieve the above object. That is, according to the present invention, a packaging bag containing spherical ceramics having negative ion generation and far-infrared radiation effects is formed on a part of the surface of a textile product, and the dough forming the packaging bag has a net shape. is characterized in that the wrapper consists of a bag of separate that is secured to a portion of the textile surface. According to the present invention, to form a wrapper which is a net-like to the fiber product surface, since by housing the spherical ceramics having a diplomatic fruit release of the product or far infrared negative ions therein, It is exposed spherical ceramic according to textile surface, easily exposing the surface of the ceramic of the spherical to the atmosphere. Therefore, the effect of generating negative ions and radiating far infrared rays becomes large. The living body here includes not only humans but also animals. Therefore, even a pet or the like, Ru can adapt the fiber product according to the present invention.

[0009]   WellIn addition, a separately manufactured net-shaped bag is fixed to the surface of the textile product to form a wrapping bag. It is convenient because the packaging bag containing the filling can be manufactured separately. .   Part of the surface of textile products,Negative ion generation and far infrared radiationHave an effect Spherical ceramics A wrapping bag in which is housed is formed, and the dough forming the wrapping bag is formed. Is net-like, This packaging is the fabric on the surface of the textile product, and the surface of the textile product Consisting of a sheet fixed to a part of It is characterized by

[0010]   According to the present invention, the net-like sheet is fixed to the surface of the textile product. Since the packaging bag is formed, it does not take time to form the packaging bag.   The composition forming the mesh of the net-like material is formed by elastically knitting the fibers. It is characterized by being formed.   According to the above-mentioned present invention, the constituent body forming the mesh is formed by knitting the fibers. Therefore, even the part of this structure is breathable, and the cloth that forms the bag is passed through. You can raise your temper. Also, this makes the wrapping bag flexible Product fluidity and flexibility can be provided.

The net-shaped material is formed by forming a large number of holes in a fiber cloth. According to the above-mentioned present invention, since the cloth material forming the bag is a fiber cloth and the holes are formed in the fiber cloth, the bag can be easily formed. The spherical ceramics are housed movably in the packaging bag. According to the present invention, since the spherical ceramics are allowed to flow without being packed in the packaging bag, the flexibility of the fiber product can be provided even at the place where the packaging bag is formed.

The mesh is formed so that the spherical ceramics do not escape from the bag even when the peripheral edge of the spherical ceramics is exposed to the mesh of the net-shaped cloth and the net-shaped cloth is stretched to the maximum extent. Is formed. According to the present invention, by sufficiently widening the pores of the mesh, the material of the packaging bag has good air permeability, and the surface of the spherical ceramics is easily exposed to the atmosphere through the pores. For this reason it is possible to obtain a high effect of Ri by you radiate far infrared rays and generate the ion to. In addition, since the ceramics of spherical even if you were to extend to the maximum the dough so that does not pass through the mesh, it is not the name of spherical ceramic to escape to the outside of the packaging bag even in the use of fiber products.

[0013] before Symbol fiber product is characterized in that it is a stuffed toy. According to the present invention, since the textile product is formed in the form of a stuffed animal, it is possible to obtain the effect of the filling material while the stuffed animal is used regularly. The textile product is bedding. According to the above-mentioned present invention, since the textile product is, for example, a pillow or a futon, it is possible to obtain the effect of the filler at the same time when the textile product is used. It is characterized in that the textile product is a rug.

According to the above-mentioned present invention, since the textile product is, for example, a cushion, a mat or the like, it is possible to obtain the effect of the filler at the same time as the use thereof. Characterized in that the textile is to be clothing. According to the present invention, since the textile product is, for example, a hat, a glove, a shirt, etc., it is possible to obtain the effect of the filler at the same time as using them.

[0015]

[Embodiment of device]

  An embodiment of the present invention will be described below with reference to the drawings. 1 and 2 1 shows an embodiment of a fiber product 1 having negative ions and the like according to the present invention. This The negative ion generating fiber product 1 of the The net-shaped wrapping bag 2 attached to a part and the 6 wrapping bags contained in this wrapping bag 2 It is composed of a spherical filler 3. The packaging bag 2 was manufactured separately from the textile product. A net-shaped bag is sewn at the attachment portion 6 which is a part of the surface 7 of the textile product. It has been installed. In addition, the number of packings of the filling 3 in the packaging bag 2 is changed as appropriate. It is possible.

[0016]   A net containing the filler 3 having the effect of generating negative ions and radiating far infrared rays. A bag-shaped bag is manufactured, and the peripheral portion of the bag is attached to the desired surface of the fiber product as shown in FIG. 7 is sewn onto the mounting portion 6. FIG. 4 shows a stuffed bear 9 incorporating the present invention. It shows a state in which the packaging bag 2 containing the filling 3 is attached to both hand portions 10 of .   The mesh structure 4 forming the net-shaped cloth of the bag 2 is shown in the enlarged view of FIG. As described above, the fibers are knitted. In this example, a knitted fabric in which fibers are knitted The mesh structure 4 is formed as a woven fabric, a non-woven fabric, or a wide wrapping. It may be formed by heat-sealing monofilaments used as packaging materials. Yes. In particular, as shown in this embodiment, by knitting fibers, high breathability is obtained. It is preferable that the mesh structure 4 has Even the part of the mesh structure 4 Since the air permeability is ensured and the atmosphere between the inside and outside of the packaging bag 2 can come and go, filling The greater effect of the object 3 can be obtained.

[0017]   In addition, the material of the net-like material forming the packaging bag 2, that is, the mesh structure Material 4 is synthetic fiber such as polyester, acrylic, nylon, cotton, cellulose Fibers made of various materials such as natural fibers such as silk and silk can be used. Up As mentioned above, it is made of knitting and has elasticity so that it can be stuffed or the like. When the structure according to the present invention is applied to the textile product, To prevent discomfort when moving or touching or holding It is desirable to have fluidity and flexibility.

[0018]   Also, the wrapping bag 2 is attached to the textile product by sewing, but an adhesive is used. Alternatively, they may be attached by heat fusion. Especially to keep the texture of textile products In particular, it is preferable to sew it as in the present embodiment.   The hole 8 formed in the packaging bag 2 serves to obtain sufficient air permeability between the inside and outside of the packaging bag 2. The filling 3 is exposed to the outside. In addition, a mesh structure that forms a net-like cloth Since No. 4 is made of knitted fibers, it has some elasticity as described above. To do. For this reason, pressure from the inside of the packaging bag 2 by the filler 3 and when using the textile product This is the case because the net-like fabric is pushed out due to deformation etc. However, the size of the hole 8 is such that the filling 3 is held inside the packaging bag 2 and does not escape. It is said that.

[0019]   As described above, the hole portion that can accommodate the filler 3 in the packaging bag 2 even when the textile product is used 8 and the packing 3 is made of fiber to increase the air permeability between the inside and outside of the bag 2. By exposing the filler 3 on the surface 7 of the article and easily exposing the filler 3 to the atmosphere, The negative ion generation and far infrared radiation effect can be sufficiently exerted.   In the present embodiment, the filler 3 generates negative ions and emits far infrared rays. Uses a ceramic ball that has a shooting effect. As people live, the atmosphere It is ionized into ras ions and negative ions, which are repeatedly neutralized, consumed, and generated The average value of positive ions is about 10% higher than that of negative ions. ing. However, in a room where the deadline tends to be, airborne dust such as cigarette smoke and dust is generated. It is generated, plus ions are attached to it, neutralize it and drop it off In order to consume negative ions. As a result, negative ions are significantly reduced Will tend to If you return this state, in which the negative ions have decreased, to the original normal state In order to reproduce the ion concentration in areas where there is little air pollution such as rural areas and forests It uses a ceramic ball with high performance to generate negative ions.

[0020]   Further, this ceramic ball also has a far-infrared radiation effect as described above. . In recent years, far infrared rays have been used in many branches, and their application fields are Food such as roasting and aging, including industrial heating and drying equipment such as ku and various heating equipment It is used in medical and health equipment such as processing and hyperthermia. Generally far infrared Wire is often used under heating, and even when it is used under non-heating Far-infrared radiation has a low radiation effect, so you can check its effect over a long period of time. It was nothing more than The ceramic balls used in the present invention are not heated at room temperature, In order to have a high far-infrared radiation effect in the It can exert an effect.

[0021]   Ceramic bot with negative ion generation and high far-infrared radiation effect at room temperature For example, ceramics far-infrared radiation material and fine powder of radiation source material It is possible to use a material in which the mixture is fired to form a composite. Ceramics far infrared As the radiation material, a mixture of zircon and alumina can be used. Cordierite or silica may be used instead of alumina. This is because zircon has a relatively high emissivity, especially in the far infrared region. Release As the radiation source material, monazite, which is a radioactive mineral, can be used. This Monazite contains natural radioactive elements such as thorium oxide and uranium oxide. Of. Specifically, Iomix (trade name) from Mino Pigment Chemical Co., Ltd. is used. can do. It has a diameter of ceramics as a source of ions and far infrared rays. It is commercially available as a ceramic ball of about 7 mm.

[0022]   Therefore, as shown in FIG. 4, the two hand parts 1 of the stuffed bear 9 which is a textile product. 0 to adopt the structure of the negative ion generating fiber product 1 according to the present invention Therefore, if the user just puts the bear stuffed animal 9 in the living space, many It is possible to obtain the generation of eggplant ions and the high radiation effect of far infrared rays. That is, this The teddy bear 9 has the following effects. House dust particles and plastic Sticking to harmful substances such as sion, cigarette smoke, pet odor, raw Function to decompose and reduce unpleasant odors such as dust. Anti-bacterial action to reduce air pollution for. Improves stress, insomnia, loss of appetite, etc. Concentrate, study and work efficiency The effect of raising. Action to promote the growth of plants such as potted plants. A comfortable space around you The action that can get deeper relaxation. Furthermore, due to the radiation effect of far infrared rays It has effects such as activation of metabolism of the user, recovery of immune function, and enhancement of natural healing power. You can In addition, in the above-mentioned embodiment, two positions of both hands of the stuffed bear Although the configuration of the present invention is provided in the above, it may be provided in another place.

[0023]   However, with conventional products that generate negative ions, a sufficient effect can be obtained. I was not able to do this, but I adopted the configuration of the present invention and generated negative ions etc. fiber By using the product 1, the effect of the filler 3 that generates negative on and emits far infrared rays Since it is possible to maximize the effect, the effect of relaxing for the user large. Therefore, more negative colors and far infrared rays than conventional products have The effect in various aspects can be greatly improved. In addition, it can be easily manufactured Therefore, the manufacturing cost can be suppressed.

[0024]   Furthermore, a bag body containing a separately manufactured filler 3 is attached to a commercially available fiber product. By forming a wrapping bag 2 on such a fiber product, the existing product can be used as a minor. It is possible to use the fiber product 1 such as sion generation.   Fig. 5 shows both ears that embody the negative ion generating fiber product 1 according to the present invention. It is an eye pillow 11 having the shape of a bear's head that forms the packaging bag 2 for each minute. Also, the figure 6 cushions, pillows, duvets, toilet covers, slippers, sofas, as shown in FIG. Show pouch, drawstring, mascot, sash, tissue paper cover, hat, and And the lamp shade, hanger, muffler, mobile phone cover, and apron shown in FIG. , Curtain holders, other backpacks, bags, cloth frames, mittens, lunch Mat, cloth case, cosmetic box, plastic bottle holder, umbrella cover, Like beanbags, coasters, shoekeepers, ring cores, jewelry boxes, Tiekosee It can be applied to all kinds of textile products such as toys, bedding, rugs and ornaments.

[0025]   In addition, although the above-mentioned ceramic balls are used in this embodiment, other combinations may be used. Of course, various types of structured ceramics can also be used. Also, for negative ions Tourmaline ore, which is widely known to have a producing effect, and hema with magnetic force Tight ore and various other fillers 3 can be used. The size of the packing 3 is Can be appropriately changed according to the radiation effect of the filler 3 and the form of the textile product, The shape of the filler 3 is not limited to spherical, and natural ore can be used as it is. Alternatively, it may have various other shapes.

[0026]   In addition, the filling rate of the filling material 3 in the packaging bag 2 formed on the surface 7 of the textile product depends on the textile product. Depending on the required flexibility, the generation of negative ions and the strength of the radiation effect of far infrared rays It can be changed appropriately. In addition, by dividing the storage part of the packing in the packaging bag 2 into several compartments, Thus, it is possible to prevent the filler 3 from being biased in the packaging bag 2. Also, the color of the filling 3 It is also possible to improve the design by changing the color.   FIG. 3 is a sectional view showing another embodiment of the present invention. This is the textile surface A net-like sheet is attached to the dough of 7 to form a wrapping bag 2, and the wrapping bag 2 is filled with the wrapping bag 2. The filler 3 is contained. That is, the packet is a cloth on the surface 7 of the textile product, The net-like sheet is sewn on a part of the surface 7 of the textile product. Other configurations were the same as those in the above-mentioned embodiment. Applying this configuration to textile products As a result, it becomes easier to form the packaging bag 2 and the amount of net cloth used is halved. Therefore, the manufacturing cost can be suppressed.

[0027]   The material to which the ion generating fiber product 1 is applied is not particularly limited. Not all textile products are included, and the textile products applicable to the present invention are not limited to the above. It is not limited to the ones. Also, design changes according to various embodiments are possible. Noh.

[0028]

[Effect of device]

  As described above, according to the present invention, a part of the surface of the textile product has negative ions. A packaging bag containing a filler having an effect on the living body such as the production of Since the cloth forming the wrapping bag has a net-like shape, the filling material is a fiber product. Minus exposed on the surface to maximize the effect of such filling An ion generating fiber product can be obtained.

[Brief description of drawings]

FIG. 1 is a plan view showing an embodiment according to the present invention.

FIG. 2 is a sectional view taken along the line AA of FIG.

FIG. 3 is a sectional view taken along the line AA of FIG. 1 showing another embodiment of the present invention.

FIG. 4 is a front view of a stuffed toy bear embodying the present invention.

FIG. 5 is a front view of an eye pillow with the shape of a bear head embodying the present invention.

FIG. 6 (a) cushion embodying the present invention,
(B) pillow, (c) futon, (d) toilet cover,
(E) Slippers (f) Sofa.

7 is a pouch, (b) purse, (c) mascot, (d) sash, (e) tissue paper holder, and (f) hat embodying the present invention.

FIG. 8 is a lampshade embodying the present invention,
They are (b) hanger, (c) muffler, (d) mobile phone cover, (e) apron, and (f) curtain holder.

[Explanation of symbols]

1 Ion generation fiber products 2 sachets 3 filling 4 mesh structure 7 Textile product surface

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[Procedure amendment]

[Submission date] September 5, 2002 (2002.9.5)

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction content]

[Document name] Statement

[Name of device] Negative ion generation fiber product

[Scope of utility model registration request]

[Brief description of drawings]

FIG. 1 is a plan view showing an embodiment according to the present invention.

FIG. 2 is a sectional view taken along the line AA of FIG.

FIG. 3 is a sectional view taken along the line AA of FIG. 1 showing another embodiment of the present invention.

FIG. 4 is a front view of a stuffed toy bear embodying the present invention.

FIG. 5 is a front view of an eye pillow with the shape of a bear head embodying the present invention.

FIG. 6 (a) cushion embodying the present invention,
(B) pillow, (c) futon, (d) toilet cover,
(E) Slippers (f) Sofa.

7 is a pouch, (b) purse, (c) mascot, (d) sash, (e) tissue paper holder, and (f) hat embodying the present invention.

FIG. 8 is a lampshade embodying the present invention,
They are (b) hanger, (c) muffler, (d) mobile phone cover, (e) apron, and (f) curtain holder.

[Explanation of symbols] 1 Ion generation fiber products 2 sachets 3 filling 4 mesh structure 7 Textile product surface

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Claims (12)

[Scope of utility model registration request] 1. A wrapping bag containing a filler having an effect on a living body is formed on a part of a surface of a textile product, and a cloth forming the wrapping bag is in a net shape. A textile product that produces negative ions. 2. The negative ion etc. generating fiber product according to claim 1, wherein the packaging bag is a separate bag body fixed to a part of the surface of the fiber product. 3. The negative ion generating fiber according to claim 1, wherein the packaging bag comprises a cloth on the surface of the fiber product and a sheet fixed to a part of the surface of the fiber product. Product. 4. The anion or the like according to claim 1, wherein the structure forming the mesh of the net-shaped cloth is formed by elastically knitting fibers. Generated textile products. 5. The negative ion etc. generating fiber product according to claim 1, wherein the net-like cloth is formed by forming a large number of holes in a fiber cloth. 6. The negative ion generating fiber product according to claim 1, wherein the filling material is movably accommodated in the packaging bag. 7. The mesh so that the filling does not escape from the packaging bag even when the periphery of the filling material is exposed to the mesh of the net-shaped cloth and the net-shaped cloth is stretched to the maximum extent. The negative ion generating fiber product according to any one of claims 1 to 6, wherein the fiber product is formed. 8. The negative ion generating fiber product according to claim 1, wherein the filling material is a spherical ceramic that generates negative ions and emits far infrared rays. 9. The negative ion generating fiber product according to claim 1, wherein the fiber product is a stuffed animal. 10. The negative ion generating fiber product according to claim 1, wherein the fiber product is bedding. 11. The negative ion generating fiber product according to claim 1, wherein the fiber product is a rug. 12. The negative ion generating fiber product according to claim 1, wherein the fiber product is clothing.