JP3145047U - Negative ion generation mat - Google Patents

Abstract

Provided is a negative ion generating mat that is durable and has a flexibility that can be comfortably used.
A carbide sheet obtained by carbonizing a woven fabric woven with Japanese paper yarn or a knitted fabric knitted with Japanese paper yarn and covering the front and back with the woven fabric or / and the knitted fabric, and bonding the carbide sheet 2 to the carbide sheet 2 The stacked electrode 3, the cloth sheet 4 that is overlapped and fixed to the electrode 3, the voltage output wiring 5 that extends from the electrode 3 to the outside of the cloth sheet 4 and is coupled to the output side of the negative ion controller box 6, The negative ion generation mat includes an AC wiring 7 coupled to the input side, and a controller box 6 that converts an input voltage fed by the AC wiring 7 and outputs a voltage lower than the input voltage.
[Selection] Figure 1

Description

  This device relates to a negative ion generation mat.

Patent Document 1 proposes a laying material in which a nonwoven fabric in which copper wires are dispersedly arranged is covered with a cover. Cited Document 2 shows a lining having a laying body that covers a woven fabric containing conductive yarns in both warp and weft with a cover. Cited Document 3 shows a carbide sheet material made of Japanese paper thread, and a carbide sheet-like product in which the carbide is coated by bonding the front and back surfaces with a woven fabric.
Utility model No. 3072103 JP 2002-355319 A JP 2003-306850 A

  In the bedding shown in the cited document 1, since the copper wire is dispersedly arranged, the softness of the bedding is not easily maintained, and the sitting comfort is not good. In Cited Document 2, the cloth is laid with a thread along a copper wire. Therefore, it is expensive to manufacture. The laying material of Cited Document 2 proposes to provide a charcoal layer for deodorization. And when the folding materials described in the above cited references 1 and 2 are folded, there is a high possibility that the copper wire is broken.

  Since a thin copper wire is used, it is not likely to be accidentally soiled with drinks when used as a laying device, so the thin copper wire is broken by corrosion and the laying device life is shortened.

  Reference 3 only shows a good carbide sheet product.

  An object of the present invention is to provide a negative ion generation mat that generates a negative ion by using the carbide sheet-like product shown in the cited document 3 and has a deodorizing function.

The invention according to the present application is a carbide sheet formed by carbonizing a carbonized woven fabric woven with Japanese paper yarn or a knitted fabric knitted with Japanese paper yarn, and covering the front and back with a woven fabric or knitted fabric,
Electrodes stacked on carbide sheets;
A cloth sheet that is placed on the carbide sheet and covers one side of the carbide sheet and fixed to the carbide sheet;
A voltage output wiring extending from the electrode to the outside of the cloth sheet and coupled to the output side of the negative ion controller box;
AC wiring coupled to the input side of the controller box;
A controller box that converts the input voltage fed by the AC wiring and outputs a voltage lower than the input voltage; and
It is a negative ion generation mat characterized by having.

    According to this device, since the structure is woven and knitted in a mat shape, the form can be maintained. Moreover, since it has carbide, it is difficult to oxidize and is durable. In addition, since it has carbides, even when it is coated with a woven or knitted fabric when used as a mat, it has excellent performance against deodorization because it has good air permeability. In addition, since the sheet-like carbide is coated with a woven / knitted fabric, bending and attachment are possible as a mat. Since a cloth sheet is used, a comfortable tactile sensation can be obtained.

  Since it is in a mat shape, it is possible to receive the effect of negative ions by taking a posture of sleeping, sitting, or relaxing on the negative ion generation mat. The effect improves biological function.

  Since it does not generate heat, it is highly safe and durable.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a perspective view showing the whole of a negative ion generation mat (hereinafter referred to as “mat”) according to the present invention, and FIG. 2 is a longitudinal sectional view of a main part of the mat indicated by reference numeral 1 in FIG.

(overall structure)
The mat denoted as a whole by 1 is a square carbide sheet 2, an electrode 3 superimposed on the carbide sheet 2 and brought into contact with a part of the carbide sheet 2, a carbide sheet 2, one side of the carbide sheet 2 superimposed on the electrode 3. A cloth sheet 4 that is fixed to the carbide sheet 2, an output wiring 5 that extends from the electrode 3 to the outside of the cloth sheet 4 and reaches the negative ion controller box 6, and a negative ion controller box 6 for coupling the power source It has an input wiring 7 and a negative ion controller box (hereinafter referred to as a controller) 6 that converts the power input from the input wiring 7 into a voltage and generates a voltage at its output terminal.

(Carbide sheet)
The carbonized sheet 2 has a square shape. As shown in FIG. 2, the carbonized sheet 2 includes a carbonized material 2a obtained by carbonizing a woven fabric woven with Japanese paper yarn or a knitted fabric knitted with Japanese paper yarn, and a woven fabric or knitted fabric 2b, 2c that covers and bonds the front and back surfaces of the carbide 2a. Have Here, the carbide 2a and the woven fabric or the knitted fabric 2b, 2c are bonded to the carbide 2a and the woven fabric or the knitted fabric 2b with an adhesive or a knitted synthetic resin adhesive sheet entangled with a fiber yarn-like or tape-like wire that is heated and melted. , 2c and bonded together by heating. Also in the case of bonding with the above-mentioned adhesive, bonding is performed at a number of locations so as not to impair the air permeability of the carbide 2a, the woven fabric or the knitted fabric 2b, 2c. When bonded with the knitted synthetic resin adhesive sheet, the gap between the carbide 2a, the woven fabric, or the knitted fabric 2b, 2c is rarely filled with the adhesive sheet, so that the air permeability can be sufficiently maintained.

  Although not shown, the carbide sheet 2 may be sewn with a sewing machine after covering the periphery with a cloth.

(electrode)
The electrode 3 is superimposed on the carbide sheet 2 and is in contact with a part of the carbide sheet 2. FIG. 2 shows how the electrodes 3 are overlapped and contacted with the carbide sheet 2.

  An electrode 3 is sandwiched between the carbide 2a and the fabric or knitted fabric 2b. The electrode 3 is a copper foil and is in contact with the carbide 2a.

  A core wire 5a at one end of the output wiring 5 is connected to the electrode 3 by brazing. In the vicinity of the core wire, the output wiring 5 is fixed to the edge of the carbide 2a and the sheet 2b of the woven fabric or the knitted fabric with the covering portion of the output wiring 5 interposed by an adhesive. The other end of the output wiring 5 is connected to the output terminal of the controller 6.

(Cloth sheet)
The carbide sheet 2 incorporating the electrode 3 is covered and covered with a cloth sheet 4. The cloth sheet 4 is rectangular. Four sides of the cloth sheet 4 are sewn. 4a is a perforation.

  The cloth sheet 4 has the same size as the carbide sheet 2 and is overlapped on one side of the carbide sheet 2 and the periphery is sewn with a sewing machine. Alternatively, the cloth sheet 4 is slightly larger than the carbide sheet 2 and is wrapped around one side of the carbide sheet 2 so that the four sides protruding from the carbide sheet 2 are wrapped around the edges of the carbide sheet 2, and the periphery is sewn with a sewing machine in this state. Spell.

  The cloth sheet 4 is made of woven or knitted fabric such as cotton, synthetic fiber, and hair.

  The cloth sheet 4 is a breathable sheet in a woven fabric or a knitted fabric.

  In this example, the cloth sheet 4 is, for example, 1100 millimeters long and 600 millimeters wide. The carbide sheet 2 has a size that exactly matches the cloth sheet 4. Therefore, the cloth sheet 4 overlaps the electrode 3 via the woven fabric or the knitted fabric 2b.

(Negative ion controller box)
The input wiring 7 has an outlet 7 a for connecting to a commercial power source at one end, and the other end is connected to an input terminal of the switch 6 b of the controller 6. The output terminal of the switch 6b is connected to the primary side of a transformer (not shown) in the controller 6. One end of the output wiring 5 is coupled to the output terminal of the transformer.

  This transformer has an input voltage of 100v and an output voltage of 48v.

(Function)
When the switch 6b of the controller 6 is turned on while the outlet 7a is connected to the commercial power supply, the transformer in the controller 6 is energized and a voltage is generated at the output terminal. An output wiring 5 is connected to one of the output terminals. In this example, (+) 48v is generated at the output terminal. Since this voltage is directly applied to the electrode 3, the same voltage is applied to the carbide 2a. Therefore, the carbide 2a generates negative ions.

  In the carbide sheet 4 of this example, the number of negative ions averaged 1500 / cc as a result of a test using a negative ion measuring device EB-12A (model name) manufactured by Eco Holistic Co., Ltd.

  Thus, the mat of the embodiment produces negative ions as if they were part of the effective use of negative ions in the atmosphere by land transfer therapy.

The negative ions have the following effects on the human body. In this embodiment, a large amount of negative ions is generated as described above.
・ Activate Beta Dolphin to stabilize the mind and improve respiratory function.
・ The body becomes smooth and makes it easy to get chronic illness.
-Since the living tissue is made alkaline and the physiological action is activated and the metabolism is activated as a whole, the balance of the biological function is improved and the natural healing power is effectively exhibited.
・ Neutralize acidic blood to turn it into weakly alkaline blood.
・ There is an autonomic nerve adjustment function.
・ Has intestinal liver immunity enhancing effect.
・ Has an analgesic effect on rheumatoid arthritis.
・ Negative ions prevent the allergy by removing dust from the inhalation system and removing antigens that cause air pollution.
・ Activate autonomic nerves and dilate bronchi to prevent asthma attacks.
(From above, written by Noboru Horiguchi and Noboru Yamano, “Negative ions change medicine,” published by Kenyukan, November 10, 1995)
The examples are composed of carbides derived from Japanese paper. According to the results of experiments using charcoal and non-charcoal, the pollution process in a sealed state with two burned mosquito coils was measured. The PH value is recorded with an aqueous solution obtained by foaming the air in the cube after standing for a set time for 5 minutes. When using charcoal, the pH value is on the alkaline side compared to when not using it. That is, the acidity of air is moderate. ("Negative ions change medicine" P102-104)
According to the embodiment, a deodorizing effect due to the carbide is added to the effect of the negative ions, and a favorable environment for human health can be provided.

  According to this embodiment, the fabric or knitted fabric coated with carbide and bonded is breathable. Further, the bonding structure used for the bonding is also air permeable. And the cloth sheet | seat which covered the carbide | carbonized_material sheet | seat and the electrode collectively on these surfaces has air permeability. Therefore, since the carbide is always in contact with the air, there is a deodorizing action around the mat. Even if the cloth sheet is dirty, it does not smell.

  Since the carbide is covered and bonded with a woven fabric or a knitted fabric, the carbide does not break even if bent.

It is a perspective view of the Example of this device. It is a longitudinal cross-sectional view of the Example of this invention.

Explanation of symbols

1 ... Matte
2 ... Carbide sheet 2a ... Carbide 2b, 2c ... Textile fabric or knitted fabric 3 ... Electrode 4 ... Fabric sheet 4a ... Perforation
5 ... Output wiring 6 ... Negative ion controller box 6b ... Switch 7 ... Input wiring 7a ... Outlet

Claims (1)

A carbide sheet obtained by carbonizing a woven fabric woven with Japanese paper yarn or a knitted fabric knitted with Japanese paper yarn and covering the front and back surfaces with a woven fabric or a knitted fabric, and bonding;
Electrodes stacked on carbide sheets;
A cloth sheet that is placed on the carbide sheet and covers one side of the carbide sheet and fixed to the carbide sheet;
A voltage output wiring extending from the electrode to the outside of the cloth sheet and coupled to the output side of the negative ion controller box;
AC wiring coupled to the input side of the controller box;
A controller box that converts the input voltage fed by the AC wiring and outputs a voltage lower than the input voltage; and
A negative ion generating mat characterized by comprising:

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