JP2003102593A - Carpet - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a carpet having a new structure for reliably and efficiently showing a minus ion-inducing function to normalize a human physiological activation function in the structure of the carpet. SOLUTION: A complex 1 made of a tourmaline powder body and a magnetic body powder is set to be a laminate where a position side covering body 2 is arranged on one surface side and a non-position side covering body 3 is arranged at the other surface side for incorporation in the carpet.

Description

Detailed Description of the Invention

[0001]

OBJECT OF THE INVENTION The present invention relates to the structure of so-called rugs such as mattresses, mats, cushions, carpets and other mats. Utilizing the derived characteristics, we try to realize a rug that acts directly on the human or on the environment surrounding the human to normalize or more normalize the physiological functions of the human and contribute to the maintenance and recovery of health. It is an object of the present invention to provide a rug with a novel structure that surely and efficiently exhibits the characteristics of tourmaline known as a functional ore, particularly the function centered on the anion-inducing property. .

[0002]

2. Description of the Related Art Today's society, which seems to enjoy economic prosperity, has become so complicated and diversified that its living environment has become extremely complicated and diversified due to too rapid technological innovation. From anxiety, each person falls into a state of stressing unknowingly, and the environment surrounding human beings, that is, pavement roads, automobiles and electric appliances, inorganic building groups, chemical products such as clothing and accessories, Most of the surroundings, such as polluted air containing synthetic substances such as poisonous gas, live in the substance division that is the source of the generation of positive ions, and are also deprived of physical damage due to the stimulation caused by them. You are forced to live everyday.

In this way, the human body, which tends to be mentally unbalanced, additionally accumulates excessive positive ions in its body, and the time spent in the acidic constitution which is abnormal in nature is extremely long. Ordinarily, normal human cells keep the cell membrane outer side at a positive potential and the cell membrane inner side at a negative ion potential across the cell membrane, and the negative potential inside the cell membrane is higher than the positive potential outside the cell membrane. It is always maintained at a high potential state and generates a potential difference between the inside and outside of the cell membrane, thereby discharging intracellular waste products and performing a smooth metabolism to maintain a healthy body. Positive ions are excessive in the body from the environment, and the potential balance inside and outside the cell membrane is disrupted, and smooth metabolism due to the potential difference is disturbed, and It slows down the function of cells and makes it difficult for physiological functions in the human body to function normally.As a result, rough skin, spots, wrinkles, etc. occur to accelerate skin aging, hypertension or hypotension, arteriosclerosis, At the risk of so-called modern diseases such as causing allergic diseases, rheumatism, neuralgia, stroke, heart disease, various other internal diseases such as cancer.

In order to properly deal with such social phenomena, first of all, first of all, it is necessary to suppress the generation and uptake of positive ions in the body and positively take in negative ions from outside the body. It is necessary to increase negative ions in the body and restore the original function of cells to promote metabolism. For example, in addition to traditional Chinese medicine therapy, acupuncture and moxibustion therapy, chiropractic, etc. A magnetic therapy device officially registered as one of the treatment instruments in the enforcement order, a magnetic band, a magnetic necklace, a magnetic mattress, a magnetic sandal, etc. are used around us, and positive and negative ions in blood components are generated by the magnetic field. There is also one that suppresses ionization with and activates the flow of those ions in blood components to activate cells, and more recently, it has begun to receive special attention. Those are, there is a natural material tourmaline.

This tourmaline belongs to a hexagonal rhombohedral hemihedron, and most of them are columnar crystals, and the columnar surface has remarkable vertical lines. The hardness is 7 to 7.5. Specific gravity 3
~ 3.3, the composition is XY9B9Si6O2
7 (However, X is Ca, Na, K, Mn, Y is M
g, Fe, Cr, Mn, Ti, Li are substituted, respectively. ), The black one containing a lot of iron,
If there is little or no iron, white is produced by other ingredients.
There are blue, green, red, crimson, brown, and even colorless ones. Among them, it is called the most expensive Brazilian ruby in crimson color, or the watermelon that has a pink crystal inside with a green crystal periphery. Things were prized as gems, and they were known as precious stones for a long time.
Since the discovery of the piezoelectric phenomenon by Pierre Curie in the year, tourmaline has been attracting attention as one of the unique mineral substances, and some unique functions such as the function of emitting negative ions and far infrared rays are also known. Recently, attention has been paid to functions other than the piezoelectric phenomenon of tourmaline.

[0006] Regarding negative ions, positive effects on the living body are described, for example, in "Research bulletin of the Faculty of Pharmaceutical Sciences, Nihon University, Vol.
5. Is it possible to protect the toxicity of active oxygen by introducing negative ions (electrons)? "," 40th Japan Society for ME Sciences-Relationship between lactate level and thiamine in ionic environment ", and Hokkaido University School of Medicine Ichiro Watanabe Associate Professor Of the effects of negative ions on the autonomic nerves, "reduction of fatigue", "improvement of relaxation", "relaxation of tension", and "effect on physiological and immune functions", Graduate School of Science, Tokyo Metropolitan University・
"Effects on EEG, autonomic nervous system and neurotransmitter concentration in the brain" by Professor Ryu Tomoo, "Relationship between brain lipid peroxidation and lactic acid" by Professor Mitsuo Terazawa, Faculty of Engineering, Tamagawa University, "Blood and liver""Thiamin Concentrations Contained in", "Relationship between Peroxidation of Potential Lipids and Vitamin B", etc. have already been accumulated in many reports from academic societies and researchers.

As the effect of negative ions on the living body becomes clear, negative ion generators and products by several different means have already been sent to the world. One of them is a water splitting method that applies the so-called Leonard effect in the process of cutting water clusters by voltage, which is the nature of the water that is the source of generation, namely unpurified water, the presence or absence of acidification, and chlorine. It is feared that harmful substances other than negative ions may be generated due to the content of chemical substances such as volcanic eruptions and earthquakes in the corona discharge method and plasma decomposition method that generate negative ions while generating ozone and nitrogen oxides. Except for such special phenomena, it is a by-product whether or not the generation of more than 1 million negative ions, which is usually not possible in the natural phenomena on the surface of the earth where we are active, is good for health. It has left questions about the effects of ozone and nitrogen oxides on the environment and life forms.

[0008] Further, there is also a means by which a voltage is directly flowed into the body to be alkalized, which forcibly negatively charges a portion which should have a positive potential tendency in a complicated potential distribution of a living body. In addition, because of the effects of magnetic waves generated at the same time and tissue damage around the electrodes, etc., especially for a healthy body, there is a concern that not only preventative medicine but also parts that will not function properly may be created in the body. In addition, other artificial air ion generation means, such as high voltage discharge, photoelectric effect, ultraviolet rays, impact ionization, incandescent body, chemical action, etc.,
Everyone has big and small problems, respectively.

[0009] On the other hand, there are some negative ion-generating fibers mixed with and used in combination with rare elements that generate radiation, but even though the amount is very small, it does not cause harm to healthy living organisms and the environment. It is a proper measure to be asked whether or not the posture itself that tries to generate negative ions is appropriate, and if the amount of radiation generated is to be kept below the reference value, there is a limit to the amount of negative ions generated. In addition to its lack of effectiveness, the negative ions of bincho charcoal, ceramics, platinum fibers, etc. are extremely weak, and they also require some kind of external stimulation such as constant heat and pressure. In all cases, practical problems cannot be avoided.

Further, in the case of using tourmaline whose negative ion generating function has already been elucidated, the crystal of the tourmaline is disclosed, for example, as disclosed in the invention of Japanese Patent No. 2852322 "Permanent electrode carrier using tourmaline". Negative ions remain weak as long as the spontaneous strain does not exert more stress than normal, and like the above Bincho charcoal and ceramics, a certain amount of heat and pressure is applied to the detector, and negative ions are generated by the detector. The fact is that the practical use of the negative ion has not yet been elucidated and understood, even if it can be measured and confirmed. Generator ・
As a result of trying various kinds of stimuli to the product, the detection of negative ions, even if they are weak (eco-holistic Co., Ltd. ion measuring instrument 232c MODEL, EB-2
1. Performance: 30,000 to +30,000 [hereinafter, simply referred to as an ion measuring instrument. ]) Was detected, but only a few (however, both coexist with positive ions)
Most of them could not detect even a weak current.

The present invention has been utilized as a person involved in bedding for many years, in which the various kinds of rugs including bedding have a very high frequency of contact with people in daily life, and are used in environments directly or around people. Recognizing that the application of the physiologically active action of negative ions is extremely effective in acting to normalize or further normalize human physiological functions and contribute to maintenance and recovery of health. Under various trials and errors, it was proved that the tourmaline, which has been proved to be excellent in various characteristics, namely tourmaline, has a large number of reports on the negative ion generation function. Then, Japanese Patent Laid-Open No. 2001-1494
No. 27 “Composite and its manufacturing method, and composite material used therefor” The tourmaline sheet provided based on the invention was applied to a rug with the consent of Mr. Hiroshi Sato, the inventor / applicant thereof. As a result of repeating a number of trial experiments for application and improvement, and verifying the results, we finally realized a rug with an extremely novel structure that can surely expect a unique effect that has not been reported so far. It has been successful, and the configuration will be described in detail below together with a representative embodiment.

[0012]

The rug according to the present invention basically realizes the following structure. That is, a composite composed of tourmaline powder and magnetic powder is formed by forcibly controlling the tourmaline powder so as to have an isotope structure with respect to the magnetic field, and on one side thereof, Formed as a fiber structure with a humidity control function that has a net-like structure that can suppress the ratio of contact with the entire surface to about 90% at the maximum, and that can always keep the humidity at about 40 to 65%. The non-positional side covering body formed by being made of a material other than the above-mentioned position side covering body, a structure, and a fiber having poor conductivity is arranged on the other surface side. It is a rug that is incorporated as a laminated body arranged.

In other words, the rug of the present invention having this basic construction is formed by controlling tourmaline powder so that it is forced to have an isotopic structure against the magnetic field of the magnetic substance. A composite composed of tourmaline powder and magnetic powder has a net-like structure on one side that can suppress the ratio of contact with the entire surface to about 90% at the maximum, and the humidity is always 40 to 40%. A body-side covering body formed by using a fiber having a humidity control function so as to be able to maintain about 65% is arranged, and the other surface side is made of a material and a structure other than the body-side covering body. In addition, it is incorporated as a laminated body in which a non-positional side covering body formed by being made of a fiber having inferior electrical conductivity is arranged, and it is possible to prevent air friction due to the position side covering body and posture change of the magnetic body in the complex due to external pressure. Stimulates due to displacement of magnetic field lines The negative ion from the tourmaline in the complex that emits as energy, especially the hydroxyl ion, is suppressed from being released from the non-body-side coating body side, which has poor conductivity, and the release from the body-side coating body side is given priority. It can be called a rug.

In the rug of the present invention having the above-mentioned basic structure, the tourmaline powder body and the non-magnetic powder body are combined so as to form a laminated structure in which they are integrated in a uniform facing relationship. After being converted into a magnetic material, it is exposed to a magnetic field of a predetermined strength to magnetize the non-magnetic powder material into a magnetic material.
A composite formed by forcing a tourmaline powder body so as to be forced to have an isotope structure with respect to the magnetic field of the magnetic substance has, on one surface side thereof, a ratio of contacting the entire surface with a maximum of about 90%,
Desirably, it is formed of a fiber having a net-like structure capable of suppressing it in the range of about 70 to 80% and having a humidity adjusting function capable of always maintaining the humidity at about 40 to 65%. A body position side covering body is arranged, and on the other surface side, a non body side covering body made of a material other than the body side covering body and having a structure and formed in a honeycomb three-dimensional structure made of fiber having poor conductivity is arranged. In addition to the laminated body, the outside of the non-positional side covering body of the laminated body is covered with a side ground made of a material other than the same body side covering body, and the side body and the laminated body position side covering body,
A rug which is integrally formed at least around the periphery thereof by means of suturing or other means and which is a mat such as a mattress or a mat is formed in a mat-like structure.

Similarly, the tourmaline powder body and the non-magnetic powder body are combined into a sheet so as to have a racemic structure in a homogeneous mixed state, and then formed into a sheet, which is then exposed to a magnetic field of a predetermined strength to form the non-magnetic state. By magnetizing the powder body into a magnetic body,
A composite formed by forcing a tourmaline powder body so as to be forced to have an isotope structure with respect to the magnetic field of the magnetic substance has, on one surface side thereof, a ratio of contacting the entire surface with a maximum of about 90%,
Desirably, it is formed of a fiber having a net-like structure capable of suppressing it in the range of about 70 to 80% and having a humidity adjusting function capable of always maintaining the humidity at about 40 to 65%. A body position side covering body is arranged, and on the other surface side, a non body side covering body made of a material other than the body side covering body and having a structure and formed in a honeycomb three-dimensional structure made of fiber having poor conductivity is arranged. In addition to the laminated body, the outside of the non-positional side covering body of the laminated body is covered with a side ground made of a material other than the same body side covering body, and the side body and the laminated body position side covering body,
The rug of the present invention having the above-mentioned basic structure also includes a rug having a structure in which at least the periphery thereof is integrated by suturing or other means, and the entire bedding or mat is formed in a mat-like structure. .

In the composite, the relative positional relationship between all tourmaline powders and the magnetic powders that make up the composite closely adheres to each other in the arrangement structure as closely as possible in terms of distance and orientation, and the magnetic powders have individual magnetic properties. It must be formed in a controlled isotope structure so that the characteristics are also uniform. Therefore, it is difficult to realize an isotope structure in the process of being mixed and integrated with each other due to the damage of individual magnetic fields and charges. Difficult, so-called conventional tourmaline powder bodies and magnetic powder bodies that are magnetized to be mixed and integrated, are not included.For example, tourmaline powder bodies and non-magnetic powder bodies Are combined into a laminated structure that is integrated in a uniform confronting relationship with each other and formed into a sheet, which is then exposed to a magnetic field of a predetermined strength to magnetize the non-magnetic powder into a magnetic body. In addition, a tourmaline powder body is formed so as to be forcibly regulated to have a magnetic field with respect to the magnetic field, or a tourmaline powder body and a non-magnetic powder body are in a homogeneous mixed state. After being combined into a sheet to form a racemic structure and exposed to a magnetic field of a predetermined strength to magnetize the non-magnetic powder body into a magnetic body, the tourmaline powder body is exposed to the magnetic body magnetic field. Only those that are formed by forcibly regulating the structure so that they have the same structure are targeted.

In this composite, a tourmaline powder is first integrated with a magnetic material as a coating layer on the surface thereof to form a molded product having a laminated structure of tourmaline and a magnetic material. And a tourmaline powder is mixed with magnetic powder, stirred, and solidified or solidified by an appropriate means to form a racemic molded product of tourmaline and magnetic material. In addition, the tourmaline powder body is mixed with the clay powder to the magnetic powder, and the mixture is stirred to form an appropriately shaped product, which is then solidified or solidified by sintering or natural drying to be desired. It also includes a composite having a structure formed by a racemic shaped molded product of a tourmaline having a shape and a magnetic material.

Further, in this composite, tourmaline powder is
The magnetic powder is mixed with a clay body and a silica sol solution, stirred and molded into an appropriately shaped product, and then solidified by natural drying to form a racemic structure molded product of tourmaline and magnetic material. And the tourmaline powder body is mixed with the clay body and the silica sol solution to the magnetic powder, and the mixture is stirred to be molded into an appropriately shaped product, which is then solidified by natural drying. Also included is a racemic compact formed from tourmaline and magnetic material by sintering and solidifying it.

The tourmaline powder is a tourmaline produced not only in Brazil, which is the main production area (about 90% of the whole world), but also in India, China, Africa and other countries of production, especially black, which is relatively rich in production. The system and the brown system are easy to obtain and advantageous for use, and they are used by vibrating mill or other appropriate means in the form of powder of 1 to 200 μ under, preferably about 1 to 50 μ.

On the other hand, the magnetic substance or magnetic substance powder to be combined with the tourmaline is not particularly limited, and in addition to the most general ferrite type, Cr type, Mg type, and extremely strong samarium cobalt magnets and alnicos. A magnet or the like can be appropriately used according to the purpose and application, the magnetic body is made into a powder body having a similar particle size, and both are sufficiently stirred,
In addition to solidifying or solidifying by mixing to form a racemic structure or forming into a sheet-like shape with various known adhesives depending on the application, sponge body such as polyethylene or polyurethane The composite material is kneaded or applied to a plastic base material that has a low risk of causing inflammation even if it is directly touched with the human body for a long time to form a composite.

When the magnetic substance is directly magnetized and directly combined with tourmaline as a magnetic substance to which a predetermined magnetic force is applied, as a rough guideline, when the magnetic force exceeds 3000 gauss, the two are laminated or mixed. Since there is a tendency for the tourmaline powder body to be repelled, specifically, since the tourmaline powder body tends to be repelled, the magnetic body side is treated as it is without being magnetized, and it is solidified or solidified appropriately and then laminated by means of magnetizing the whole It is necessary to magnetize the side of the non-magnetic material having a structure or a racemic structure, which is particularly effective when a composite having a racemic structure is obtained.

Further, in the case of a composite having a racemic structure of tourmaline powder and magnetic powder, a clay substance can be added as a binder for both, and it is used for the purpose of catalytic function and far infrared effect. In the case of using the special functional coagulated product, a coagulated product can be obtained by adding zeolite or a silica sol (SiO 2) solution to the coagulated product and drying at room temperature. The silica sol (SiO2) solution also has adsorbability, ion exchange capacity, and sterilization capacity.
It is desirable to use an ultrafine particle solution in the order of 0Å.

The above solidified complex can be sintered to obtain a sintered body. At the time of sintering, the zeolite is in a molten state at 850 ° C. In order to maintain its functionality, the amorphous material should be kept at room temperature to 300 ° C. and the metastable phase at 300 ° C.
Since the stable phase is 550 ° C. or higher and the stable phase is 550 ° C. or higher, it is necessary to form a sintered body near the glass transition temperature Tg of 420 ° C. to avoid damage to the crystal end portion and ensure the functionality. Further, at 550 ° C. or higher, a part of the silica sol collects on the surface and a cementitized crystal is easily formed. At that time, if natural drying during mixing is sufficiently performed, a stable composite can be easily realized.

When forming the rug of the present invention, these composites emit air friction due to the body-side covering and displacement of magnetic lines of force resulting from posture change of the magnetic body in the composite due to external pressure as stimulation energy. In order to realize a configuration in which negative ions from tourmaline, in particular, hydroxyl ions are suppressed from being released from the non-body side coating body side with poor conductivity and release from the body posture side coating body side is prioritized, The position side (usually the front side of the complex, but means the side where the target person is present in order to be directly effective for the physiological activity of the human body, and therefore is not necessarily limited to the front side) , And the surface which is the side opposite to the body posture side and not the body posture side (usually the back side), it is necessary to configure the rug of the present invention, that is, as a cover for the internal structure. It is a covering that will be combined for the purpose of achieving functions and design functions as a product, so that other substances other than the air layer do not intervene with the covering regulated by the structure described below. , They must be combined so as to form a contact structure that directly contacts each other.

With respect to the complex, the position side thereof (usually,
The coating facing the front side of the composite), that is, the body side coating,
In relation to the above complex, the generation of positive ions must be suppressed as much as possible, and the material and structure that can achieve the function of enabling generation of only negative ions must be used. Therefore, the contact surface should be as much as possible. In order to reduce the size, the ratio of contact with the entire surface of the composite is at least about 90%, and it is possible to create an environment in which air friction is likely to occur by allowing air to flow in and out as smoothly as possible. Of a structure, that is, most preferably a mesh structure, or a special weave or knitting method that enables the realization of a property equivalent to that, and moreover, it is most convenient for the generation of negative ions. In order to maintain a good environment with a humidity of 40 to 65% at all times, there is a humidity adjustment function that repeats moisture absorption and desorption. (By or needle punching by sinker pile finish as pattern or the like including.) Fibers as may have to be due.

As the body-side covering having such a function, what has been confirmed at present is that the product name "Sofita" (ethylene vinyl alcohol fiber manufactured by Kuraray Co., Ltd.), polyvinyl alcohol fiber, or protein is decomposed. There are fibers having vinyl units (-CH ₂ · CHR-) or a combination thereof, such as promix fibers based on amino acids obtained by As will be apparent from the examples described below, before the ions are adsorbed by dust or the like and neutralized with positive ions, the breathable structure thereof, and the specified non-body side covering body described below. ,
It has been confirmed that, in combination with the layered structure with the side ground, a situation is created in which anions, particularly hydroxyl ions, are preferentially released to the outside of the rug. In addition, by selecting the size of the mesh of the mesh structure, or by partially closing or reducing the desired mesh cylinder place by sinker pile finishing, etc., the amount of negative ion generation and its emission direction are adjusted. can do.

On the other hand, with respect to the composite body, the side opposite to the body posture side and not the body posture side (usually, the back side of the complex body).
The covering facing the surface, that is, the non-position side covering, can perform a convenient function in preventing the negative ions generated in the relation with the above composite from flowing to the side of the composite. If so, there is no particular restriction on the material and structure thereof, but in combination with the later-described side material, the negative ions generated in the complex are preferentially released to the body side coating body side. For example, in order to make it difficult for the negative ions to pass through the non-body-side covering body, the structure should be such that the ratio of grounding the negative ions by forming a planar close contact with the entire surface of the composite is minimized. Therefore, if it is a sheet-like one, it may be one having a corrugated surface, a corrugated plate structure, a net-like structure, or a honeycomb three-dimensional structure, for example, adopted in the examples described later. So that a trade name "Breathair"
(Manufactured by Toyobo Co., Ltd.) and product name "Air Queen"
Various core materials such as (made by Teijin Ltd.) used for the purpose of mattresses should be used individually or in combination.

On the other hand, the side ground covers the outside of the non-position side covering body (that is, the side not facing the composite body of the non-position side covering body) to protect the non-position side covering body. In addition to performing the same function as the back side of the rug,
An extremely important function that prevents the negative ions generated in the complex from escaping through the above-mentioned non-position side covering body as a way and being preferentially released to the body side covering body side is not excluded. Therefore, not only is the durability, feel, and appearance of the backside material taken into consideration, but it is also necessary to make negative ions difficult to energize the non-position side coating body itself. Fibers with low electrical conductivity, such as polyvinyl chloride, vinylidene, polyethylene, polypropylene, polyurethane, polyclar, nylon, benzoate,
Use fibers with a basic moisture content of 2% or less, such as acrylic or polyester, or have a dense weave structure, such as pile fabric, to prevent the passage of negative ions charged in the air. Considerable fibers or sheets should be used.

A combination structure of a highly conductive side and a low conductive side is realized by the body-side coating body of these regulated materials and structures, the non-body-side coating body and the side ground, and the body-body side of the composite body is realized. The negative ion generated in the relationship with the complex by intentionally causing a potential difference between the non-body side and the non-body side, uses the body-side covering body as a passage for the electron, and the negative ion is not the outside, that is, the non-body side. It is possible to realize the rug of the present invention having a structure that enables preferential and efficient release to the body position side.

In addition, in the laminated body composed of the combination of these composites and the respective coatings and lateral materials, the laminated structure of the composites with respect to the respective coatings has a breathability and a friction especially with the body side coating. There is no restriction other than the restriction that the laminated structure that does not dissipate the property, that is, the simple contact structure and the structure that is sewn and glued at required points is used. Therefore, the composite occupies at least about 20% of the entire flat area of the rug. In addition to restricting the laminated structure to the body-side covering as described above, the surface of the non-body-side covering may be partially integrated by adhesion or stitching or any other suitable means capable of preventing misalignment, or at least three of them. It is possible to use an appropriate means such as stitching the edges of the person together and stitching them as they are, or the most general hem finishing process from the past.

Further, the composite itself is not intended to have only an area that matches the entire flat area of the target rug, and the kind of the target rug and the expected operational effects of the rug. The ratio to the entire rug's flat area, which is determined by taking into consideration the degree of appearance, appearance considerations such as see-through, or economic efficiency, and various other factors, is at least based on the ability to generate negative ions from the composite. If about 20% can be secured, there are no further restrictions, and it is not necessarily limited to one piece, and it is divided into several sizes, and their total area is If it can secure at least about 20%, it can be sufficiently adopted. However, when it is adopted as a composite of multiple sheets, it satisfies the constraint that it must be adopted as a combination that forms a cross shape, a ladder shape, a skewered shape, etc. that are crosswise with each other. Must be done.

Whether or not the rug of the present invention is its intended use or product type, that is, bedding, mats for floors of buildings and automobiles, insoles for shoes, covers for chairs and desks, cushions and cushions, or the like. It does not depend on whether there is a distinction such as a cover, or whether there is a difference in shape, structure, size such as a planar shape, a three-dimensional shape, etc., a rug or anything similar. It goes without saying that these are generic terms. Hereinafter, some typical examples of the rug having the structure of the present invention will be explained.

[0033]

[Embodiment 1] FIG. 1 is a perspective view showing a main part including a vertical cross section.
An example of a mattress is taken up as this rug. The body-side covering 2 is of a tricot weave with a weave so that the tip can be seen through, and a Sofista (trade name) 22 is woven as a pattern on a polyester material 21 having a mesh shape of about 0.5 mm. It is a thing (sinker pile referred to in the knit industry), and the non-position side covering body 3 can be easily pressed by a sewing machine before being processed by a cloth group, or can be hem processed to prevent air from leaking from the side, Moreover, the space rate is 96%
Therefore, it has an excellent ventilation effect and breathability, and unlike cotton, it does not generate dust easily, so it has the advantage of suppressing the generation of positive ions as much as possible, and it is durable as the core material of the mattress. Because of its high elasticity, the air queen (trade name) with a honeycomb structure is used.

Then, as a side material for covering the back side thereof, electrons having a high moisture content such as cotton may flow into the area immediately (actually, in the case where the core is covered with cotton, positive ions are used). It has been confirmed that it only comes out.), Polyvinyl chloride, vinylidene, polyethylene, polypropylene,
Polyurethane, polyclar, nylon, benzoate, acrylic, polyester, etc., which have a basic moisture content of 2% or less, are made of 100% polyester fabric and are often used. In the figure, 5 indicates a hem tape.

The composite 1 is made by combining a gray tourmaline in the form of fine powder of 5 μunder and iron oxide of about 30 Å with a non-magnetic material at a weight ratio of 4: 1 to form a polyethylene sheet having a thickness of about 2 mm. After being applied and fixed, it can be obtained only by means of magnetizing the whole by passing it through a magnetic field of 2800 gauss, and the mutual positional relationship between all tourmaline powder bodies and magnetic powder bodies is the arrangement thereof. In the structure, a racemic structure is adopted in which the magnetic powders are closely adhered to each other without variation in distance and direction as much as possible, and the magnetic fields of the individual magnetic powders are also aligned. The non-body-side covering body 3 is interposed so as to form a layer, and the non-body-side covering body 3 and the side ground 4 are overlapped with each other while keeping the peripheral edges of the three members overlapping. By finishing and hemming processing according flop 5, in which the mattress.

[0036]

[Embodiment 2] The perspective view of FIG. 2 in which a part of the interior is broken is based on a typical example of a laying pad which is laid and used on a bed, a mattress, etc. In addition, when the relatively thin non-positional side covering body 3 is placed on the side material 4 made of the same 100% polyester cloth as in the above-mentioned embodiment, the upper surface thereof is used as a mat for spreading. In addition, by specifying the area where the parts from the person's back to the lower limbs come into contact, the size of the divided composite (material is approximately 10% of the surface area of the entire mat)
Same as the one adopted in Example 1 above. ) Two sheets of 11 are crossed with each other in a cross shape, and one of them is piled up in a state of being arranged in parallel with the same long side at the center of the mat in the short side direction. Split complex 11,
After forming a structure in which 11 key points are sewn into and integrated with the non-body-side covering body 3 to prevent positional displacement, the body-side covering body (also in Example 1 above) is formed on the entire surface of the mat. It is the same as the one used.) It is covered with 2 and hem finished to make a mat.

In the example taken up, the divided composite body 11 to be the composite body 1 is divided into two pieces, and only a cross-shaped combination structure is shown, but of course, the number of divided pieces is limited to two. However, the number is not increased, and the number is further increased to make skewers, ladders, or girders, or instead of strips, ring-shaped or partially flat-shaped ones. Of course, it is also possible to arrange and combine them so as to form a petal-like or chain-like sequential overlapping structure, and the number of divided parts of the composite 1, the planar shape, and the arrangement structure thereof are It goes without saying that the optimum one can be appropriately adopted depending on the type and application of the target rug.

[0038]

With the rug of the present invention having the above-described structure, the mutual positional relationship between all tourmaline powder bodies and magnetic powder bodies adheres in an orderly manner without any variation in distance or orientation in the arrangement structure. In the relation with the complex 1, the complex 1 which has not been adopted so far and which is formed in a controlled isotope structure so that the magnetic fields of the individual magnetic powders are also aligned can generate positive ions as much as possible. The composite body 1 and the body-side coating body 2 are arranged so as to be in contact with the body-side coating body 2 which can be suppressed and can generate only negative ions as much as possible.
In order to make the negative ions generated so that only negative ions are generated as much as possible in relation to the body position side (that is, the side where the target person is present in order to be directly effective for the physiological activity of the human body, It is meant that it is not necessarily limited to the surface.) As described above, the non-position side of the complex 1 should be preferentially generated and released. Laminated a covering body 3 and a side material 4 made of a material having poor conductivity as compared with the body-side covering body 2,
Since the composite 1 is disposed between the body-side covering body 2 and the non-body-side covering body 3 having different potentials, the negative ions selectively generated are A rug that can be discharged preferentially and surely to the body position side (desired direction) is realized. In addition, this action is exposed to sunlight for a predetermined time or more in advance, or the whole is washed,
It can be greatly improved by using it after stimulating it by raising and lowering the futon.

In order to prove this fact, the results of some experiments are shown below. First, the following four types of sheets having the same size were used as the composite 1. a 10 × 15 cm, Shoal Tourmaline 3μ powder content 3%, polyester kneaded. b Shoal tourmaline 3μ powder and kido element 3 micron powder kneaded in rayon at a ratio of 1: 0.1 3%. c 3 for "Shawl Tourmaline: Iron magnetic substance = 1: 1"
μ powder · Content of 3% applied to polyethylene sheet using resin. d Polyester kneaded with 3μ powder of lithia tourmaline at a content rate of 3%. (By the way, when measuring with an ion measuring device 1 mm above each sheet, the amount of negative ions generated /
The cc is a = 0 b = 0 c = 7340 d = 0. )

[0040]

[Experiment 1] Prepare a cloth with a ratio of acetate to polyester of 4: 1 and use the cloth to fabricate the above-mentioned sheets a, b, c and d.
After forming the side material 4 having a structure sandwiching each of them, the air queen (trade name) which is the non-positional side covering body 3 is placed on the side material 4 as a core material, and then the sofystar which forms the position side covering body 2 ( A brand name) was put on and the edges of the three were gathered together and bound with a sewing machine to make a sample.
These samples using acetate were dried in the sun for about 1 hour, placed in the shade for about 1 hour, and then measured with an ion counter. Each of the sheets a, b, c, and d was used. Negative ions were detected.

The value measured by the ion measuring device on the side of the Sophista (trade name) is the value of a used = 260 / cc,
b used = 660 / cc, c used = 2870
It was confirmed that negative ions of / cc and d used = 490 / cc were generated. However, positive ions were also measured for each of them, and the value was that of using a = 520 /
cc, b used = 680 / cc, c used = 1
040 / cc, the value of d used = 220 / cc.

From this result, even if the provisional tourmaline is stimulated, if there is a structural problem in the sample, negative ions will be adsorbed to the static electricity in the sample, and the number of negative ions released to the outside will increase. Turns out to be significantly reduced. Since the generation of negative ions was confirmed in this experiment, there is no difference in the fact that a large amount of negative ions were generated. It is deduced that the emission of only useful negative ions can be controlled in a desired direction as long as a structure capable of emitting only negative ions is realized on the side of charging. From the comparison of these data, in particular, the use of c according to the present invention causes a phenomenon in which the number of negative ions is clearly higher than that of positive ions, which is more balanced than in normal times. Then, only the composite of tourmaline powder and magnetic powder formed by restricting the tourmaline powder according to the present invention so as to have an isotopic structure against the magnetic field is unique. It is supported by the fact that it has such a tendency.

[0043]

[Experiment 2] This experiment corresponds to Example 2 described above, in which the split composite bodies 11 and 11 are arranged vertically, and the size is 20 × 90 cm, and the horizontal arrangement is 15 × 70.
Sofitista (brand name. Position-side covering body), which is made up of 4 cm thick, 95 cm wide, and 195 cm long mattresses that are layered at right angles as cm (thus, each layer is 20 x 15 cm). 2), Air Queen (trade name, part of the non-position side covering body 3), and the chinchilla pattern side cloth (a part of the non-position side covering body 3) woven with polyester, in order from the top to the position side covering body. 2, split complex 1
1, 11, the non-positional side covering body 3, and the side material 4 are laminated in this order, and Sofista (trade name.
The peripheral edges of the body posture side covering body 2) and the air queen (trade name; non-body posture side covering body 3) are fixed by a sewing machine and pressed, and the portion and the side cloth 4 are integrally sewn as a sample body. The divided composite bodies 11 and 11 are sewn to the air queen (trade name) which is the non-body-side covering body 3 so as not to cause positional deviation.

This sample was measured as the number of negative ions per cc at a position 1 mm above the Sofysta (trade name) which is the body-side covering 2 and at a position 3 cm thereof. However, the measurement point is the data above the portion containing the divided composite bodies 11, 11 and is measured 5 times at 10-minute intervals at a total of 5 points on the upper, lower, left, and right sides of the cross arrangement. (1) In the case of 1 mm above the sky 2760 14310 7760 1210 3780 Below 4390 11180 3490 21850 2760 Left 870 1560 240 7270 3270 Right 1950 2430 2770 9510 5540 Center 350 460 220 1770 1480 In the case of above 3 cm 720 2070 Lower 2880 3250 1910 520 2340 Left 1850 640 70 1090 800 Right 430 440 1660 80 1290 Center 350 350 2840 6880 240 1010

From these measurement results, there was no particular abnormal number for positive ions, and therefore it was verified that no positive ions were emitted from the mattress according to the present invention. In addition, there are variations in the data,
It is expected that tourmaline, which is a natural stone, is caused by a physical phenomenon in which negative ions are suddenly generated as if recalled, and the generation timing of negative ions cannot be grasped.

[0046]

[Experiment 3] Next, the sophista (trade name. Posture-side covering 2) in the sample of Experiment 2 above was changed to the chinchilla-patterned side knitted with polyester (a part of the non-posture-side covering 3). The following shows the data measured using a sample using tricot weave (polyester) as a sample. (1) Above 1 mm Above 1240 2250 1750 3210 2890 Below 4510 3620 7760 240 2110 Left 670 990 2050 1430 890 Right 550 2640 1680 1990 1320 Center 90 400 1040 830 1010 (2) Above and below the center 3 cm, left and right, above and below Negative ions could not be measured in all 5 cylinders. From the results of this experiment, the material of the body-side covering body 2 that covers the surface of the composite body 1 is that Sofistar (trade name), which is a representative fiber having air permeability and humidity control function, has inferior or no function. It has been proved to be effective in combination with the non-positional side covering body 3 which is not present.

As is clear from the results of these experiments, the rug of the present invention employs a composite having unique properties, and the specified composite is coated on the position side of the specified properties. Due to the relationship with the body and the relationship with the non-position side covering body of the properties specified for the position side covering body, which are paired and combined with the body side covering body, in the desired direction only negative ions, and It has an unprecedented excellent effect that it can be surely released as an appropriately adjusted amount of it, which can be exhibited without the need for external stimuli such as energization like the previous ones. Since the surrounding environment causes an excess of positive ions inside the body, the potential balance inside and outside the cell membrane is upset, and smooth metabolism due to the potential difference is hindered. The bedding of the present invention is represented in the everyday living environment under such adverse conditions in the present age when the function of one cell is blunted and the physiologically active functions of the human body are difficult to function normally. Since it is possible to easily and continuously supply negative ions through the rug, it leads human cells to their original normal state and discharges intracellular waste products due to the normal potential difference between the inside and outside of the cell membrane, resulting in smooth metabolism. Recovery and maintenance of physiologically active function to obtain
Prevention of skin aging, hypertension or hypotension called modern diseases, arteriosclerosis, allergic diseases, rheumatism, neuralgia,
It is expected to have a very excellent feature that it will help prevent the occurrence of various internal diseases such as stroke, heart disease, cancer, etc., and will be very useful for maintaining a healthy body.

In particular, in the example shown in Example 1, in addition to the above-mentioned effect, the warm feeling is provided by another advantageous function of the complex 1 formed by regulating the specific structure, which is a spontaneous heat generation. In addition to being convenient for use in the winter period, it can be used in the summer period by contact with the Sofysta, which is also used as the posture-side covering body 2 and has a humidity control function and is also called as a cold sensation fiber. In addition, since a constant dry feeling can be obtained at all times, a very comfortable effect can be obtained regardless of the natural heat generation effect of the composite body 1, that is, an extremely advantageous effect as a mattress can be obtained.
Practical use of the use of the expensive composite body 1 as the divided composite bodies 11 and 11 can be saved to the minimum in the required places, and the economical rug can be realized without impairing the intended purpose. The effect is obtained.

As described above, the rug of the present invention makes it possible to achieve the intended purpose uniformly due to its novel structure, is easy to manufacture, and can be provided as a relatively inexpensive product. Except for external stimulation by human contact, it does not require external stimulation such as energization like conventional products, and it has excellent handling operability. Moreover, the amount of negative ions generated and the direction of release are also appropriate. It is adjustable and can be in the optimum state according to the application, and it can be used for various rugs, so it is highly evaluated by related industries including the bedding industry, and above all It is expected that the product will be widely used and used over a wide range, with evaluation from many general consumers who are at risk of modern diseases.

[Brief description of drawings]

The drawings show an embodiment representative of the present invention.

FIG. 1 is a perspective view of an essential part including a vertical cross section of a mattress shown in Example 1;

FIG. 2 is a perspective view showing a state where a part of the spread pad shown in the first embodiment is broken.

[Explanation of symbols]

1 complex 11 Same splitting complex 2 Position side cover 21 Same polyester fabric 22 Same Sophista (trade name) 3 Non-position side coating 4 side land 5 hem tape

Claims (8)

[Claims] 1. A composite comprising a tourmaline powder body and a magnetic body powder, which is formed by forcing a tourmaline powder body to have an isotopic structure against the magnetic field, and one side thereof. Has a net-like structure capable of suppressing the ratio of contact with the entire surface to about 90% at the maximum, and the humidity is always 40 to 40%.
A body position side covering body formed by being made of a fiber having a humidity adjusting function so as to be able to maintain about 65% is arranged, and a material other than the body position side covering body on the other surface side,
A rug characterized in that it is incorporated as a laminated body in which a non-positional side covering body having a structure and formed of fibers having poor conductivity is arranged. 2. A composite consisting of tourmaline powder and magnetic powder, which is formed by forcibly controlling the tourmaline powder so as to have an isotope structure with respect to the magnetic field, and one side thereof. Has a net-like structure capable of suppressing the ratio of contact with the entire surface to about 90% at the maximum, and the humidity is always 40 to 40%.
A body position side covering body formed by being made of a fiber having a humidity adjusting function so as to be able to maintain about 65% is arranged, and a material other than the body position side covering body on the other surface side,
Incorporated as a laminated body with a non-body-side coating formed of a fiber having a structure and inferior electrical conductivity, air friction by the body-side coating and posture change of the magnetic body in the complex due to external pressure The negative ions, especially hydroxyl ions, from tourmaline in the complex, which emits as a stimulating energy with the displacement of the magnetic field lines due to, for example, are released from the body side coating body side by suppressing the release from the non-body side coating body side with poor conductivity. The rug is characterized by being prioritized. 3. A tourmaline powder body and a non-magnetic powder comprising a tourmaline powder body and a magnetic body powder, wherein a tourmaline powder body is forcibly controlled to have an isotope structure against the magnetic field. The body and the body are combined to form a laminated structure that is integrated in a uniform confrontation relationship, and then formed into a sheet, which is then exposed to a magnetic field of a predetermined strength to magnetize the non-magnetic powder body to form a magnetic body. The rug according to claim 1 or 2, wherein the rug is formed by the method. 4. A composite consisting of tourmaline powder and magnetic powder in which tourmaline powder is forcibly regulated to have an isotope structure against the magnetic field is a tourmaline powder and a non-magnetic powder. The body and the body are combined into a sheet so that they are in a mixed racemic structure, and then exposed to a magnetic field of a predetermined strength to magnetize the non-magnetic powder body to form a magnetic body. The rug according to claim 1, which is a rug. 5. A tourmaline powder body and a non-magnetic powder body are combined into a laminated structure in which they are integrated in a homogeneous confrontation relationship, and then formed into a sheet, which is then exposed to a magnetic field of a predetermined strength. A non-magnetic powder body is magnetized to form a magnetic body, and a tourmaline powder body is forcibly regulated so as to have an isostructural structure with respect to the magnetic body magnetic field. Has a net structure capable of suppressing the ratio of contact with the entire surface to a maximum of about 90%, preferably 70 to 80%, and keeps the humidity constantly at about 40 to 65%. The body position side cover formed by the fiber having the humidity control function is arranged, and the other surface side is made of a fiber having a material other than the body position side cover, a structure, and poor conductivity. The non-body side covering body formed in the honeycomb three-dimensional structure of In addition to the laminated body, the outside of the non-positional side covering body of the laminated body is covered with a side material made of a material other than the same body side covering body, and the side body and the laminated body position side covering body are at least A rug characterized in that it is integrally formed at the periphery by means of stitching or other means, and the entire bedding or mat is formed into a mat-like structure. 6. A tourmaline powder body and a non-magnetic powder body are combined into a racemic structure in a homogeneous mixed state into a sheet, which is then exposed to a magnetic field of a predetermined strength to form the non-magnetic powder. By magnetizing the body to make it a magnetic body, a tourmaline powder body is forcibly regulated to the magnetic field of the magnetic body to form a composite body, and a composite body is formed on one surface side of the composite body. Humidity adjustment with a net-like structure that can suppress the rate of contact with the entire surface to a maximum of about 90%, preferably about 70 to 80%, and keep humidity at about 40 to 65% at all times. A body position side covering formed by being made of functional fiber is arranged, and on the other side,
In addition to the body-side covering material, a laminate having a non-body-side covering body formed by a honeycomb three-dimensional structure made of a fiber having poor conductivity and a material other than the body-side covering body, and a non-body-side body of the laminate body The outside of the covering body is covered with a side ground made of a material other than the same body side covering body, and the side body and the laminated body body side covering body are integrated at least at the periphery by stitching or other means. A rug characterized in that the whole is formed into a mat-like structure. 7. The composite has an area of at least about 20% or more of the total surface area of the body-side covering body, and is a simple contact structure with the rear surface of the body-side covering body, a non-body-side covering body, or a lateral surface. The rug according to any one of claims 1 to 6, wherein the rug is formed as an integrated body by adhesion, stitching or other means. 8. The composite is divided into two or more pieces, and when these are added together, the composite surface corresponds to at least about 20% or more of the total surface area of the body-side covering body and the division thereof. The composite has a cross shape, a ladder shape, a skewered shape, etc., so that it has a transverse overlapping structure, and a simple contact structure and a non-position position with the back of the body-side covering body. The rug according to any one of claims 1 to 6, which is formed by being integrated with the side cover or the side ground by means of bonding, stitching or other means.