JP2597673B2 - Small electronic ionizer for treating oral diseases and ionized toothpaste - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a small-sized household electronic ionization apparatus capable of treating all kinds of oral diseases using ions.
More particularly, it relates to a small electronic device in the form of a toothbrush and to an ionized toothpaste.

[Background Art] In taking measures against the three major issues of global oral pathology: caries, oral mucosal disease and cement disintegration, Japanese stomatologist Kiriyayama Giraud has identified It proposes the treatment and prevention of dental caries and strengthens cementum, and clarifies its medical theoretical basis.

[Problem to be Solved by the Invention] However, up to the present, there has not yet emerged an effective device for putting his idea into practical use. According to World Insurance Organization statistics, more than 90% of the world's population suffers from tooth decay to varying degrees. Oral and dental diseases account for a surprisingly high rate.

Means for Solving the Problems The main object of the present invention is to provide a small electronic device for home use which solves three major oral diseases of concern in the world, and such a device as a home treatment device. It is possible to perform a dental treatment without performing a surgical operation by using the method.

It is another object of the present invention to provide an ionized toothpaste suitably used for the above-mentioned small electronic device.

The small electronic ionizer for treating oral diseases according to the present invention is a special toothbrush. The toothbrush is connected to a hollow battery box with replaceable batteries, a toothbrush handle connected to the battery box, a toothbrush head with regular brush bristles connected to the toothbrush handle, and a battery cathode. A cathode lead connected to the toothbrush head and connected to the anode of the battery, said toothbrush head having a special bristles acting as a cathode connected to the cathode lead. And wherein the special brush bristles are formed of a composite tungsten-boron fiber material containing at least one trace element and covered with a nylon layer.

In addition, the ionized toothpaste of the present invention is water,
Contains methylcellulose, sodium salt as electrolyte material, glycerin and sanding agents.

[Operation] If the circuit is dried without using a toothbrush, the circuit is in an open state. On the other hand, when the toothbrush is used to brush the teeth and saliva and / or ionized toothpaste spreads on the toothbrush head according to the present invention, the space between the cathode and the anode is filled and the return path is conducted. During this time, under the influence of current and voltage, the trace elements in the special brush bristles release, on the one hand, the ions required for cementum, and on the other hand, apply microcurrents to stimulate soft tissue, It promotes blood circulation in the oral cavity and gums and regulates peripheral nerves to regenerate soft tissue, that is, it can exert a physical pine surge effect. When ionized toothpaste is used, the ionizing toothpaste penetrates into the enamel, so that the therapeutic effect is dramatically increased.

The use of the above-described apparatus has the advantage that daily oral brushing can be performed in a short time and easily, and that the hygiene management of the oral cavity can be performed. According to this device, it is possible to treat a dental disease, a disease such as caries or glossitis which has progressed to painful dentin within 10 seconds.

Hereinafter, the structure of the present invention will be described in detail with reference to the accompanying drawings.

Example Reference is made to the drawings. These drawings are a cross-sectional view, a vertical cross-sectional view, and an enlarged view showing a small-sized electron ionizer for treating oral diseases.

The toothbrush-shaped electronic device comprises a toothbrush head 4 and a toothbrush handle 8 connected to the toothbrush head 4.
And a battery box 11 having a battery 12 and connected to the toothbrush handle. Toothbrush heads are provided with special brush bristles made of a composite tungsten-boron fiber material, which acts as a cathode and is covered with a layer of nylon containing a series of trace elements necessary for the treatment of oral diseases. The special bristle is tightly attached to the toothbrush head 4 using the binder 3 and is attached to the cathode lead wire 6 in the toothbrush handle 8 by the conductive binder 2. A leaf spring 10 welded to a weld 9 at the opposite end of the lead is in contact with the cathode of the battery 12. The exposed portion of the toothbrush handle in contact with the toothbrush head is connected to the anode 5 connected to the anode lead 7. The anode spring plate 13 attached to the battery box and in contact with the battery anode is in contact with the anode lead wire 7. Upon use of the toothbrush, saliva or ionized toothpaste foam fills the space between cathode 1 and anode 5. As a result, a switch of the series circuit enters and a feedback circuit is formed. From these facts, it can be understood that saliva or ionized toothpaste functions as an automatic on / off switch. The battery voltage can be between 1.5V and 4.5V, depending on the sensitivity of the oral cavity of the individual patient.

<About brush bristles> The special brush bristles (cathode 1), which is a composite tungsten-boron fiber material covered with a nylon layer, contain a series of trace elements. This composite tungsten-boron fiber material is obtained by vapor-depositing pure boron (B) reduced on a tungsten fiber by a method of placing a halide such as boron chloride in a hydrogen medium, and then covering the fiber with a nylon layer. It is manufactured by

The vapor-phase reduction temperature of boron (B) is 1200 to 1300 ° C., and the optimum heating temperature of tungsten fiber is 1240 ° C. ± 5 ° C.
The heating of the tungsten fibers is undoubtedly performed by a DC low voltage or high frequency current, which is ideal.

Regardless of the diameter of the tungsten fiber, it must not be too large. Otherwise, it would be stiff and harmful to the user's gums. Therefore, its diameter is preferably 1.25 mg
It will vary between / 200mm and 1.35mg / 200mm. The amount of boron (B) is preferably 14% by weight of the tungsten-boron fiber.

The series of rare earth elements, such as Mo, Co, V, Be, Pt and Re, also mix their halides, such as chlorides, in a limited amount into a hydrogen stream containing boron chloride. Thus, it is reduced and vapor-phase deposited on the tungsten fiber. The amount of each of these trace elements is small, and the reduction temperature of the halide of each trace element is different.
Thus, at a certain temperature, such as 1240 ° C., the amount of the various trace element halides added may vary from fiber to fiber in which each trace element is in the range of 10 ⁻¹² × 10 g / g of pure boron. Is different from the actual amount of the element.

According to the required setting for nylon brush hair, the diameter of tungsten-boron-nylon composite fiber is 0.20
It will vary from mm to 0.25mm (the best choice is 0.20mm).

<Conductive Binder> The conductive binder 2 is made of activated carbon, silver oxide, and a binder. The conditions required for the conductive binder are low resistance conductivity and good bonding properties so that the bristle is firmly bonded. The main components of the conductivity are activated carbon and silver oxide, the weight ratio of which is 30 to 45% activated carbon and 5 to 20% silver oxide. The binder should be formed of a material such as ABS resin which is the same or similar to the material of the brush handle, and its weight percentage is 50-70%, preferably 62%. The two best ways to formulate a conductive binder are described below.

Thermal melting method A small amount of oleic acid is used to obtain a perfect mixed state.
The above ratio is added to the mixture of activated carbon and silver oxide.

125 ° C to 145 ° C in a container such as ABS resin
And then stirred at said temperature, and the mixture of the preceding paragraph is added. The stirring process is continued until a homogeneous mixture is formed.

The mixture is then squeezed into granules or crushed into a powder for future use.

It is recommended that the binder thus obtained be used at a temperature of between 125 ° C and 145 ° C, preferably at 145 ° C.

Dissolution method After a predetermined amount of a binder such as ABS resin is dissolved in a solvent such as methylbenzene, a predetermined amount of activated carbon and a solute oxide exceeding 200 mesh are added, and then they are sufficiently distributed. Stir until done.

It is then left in a sealed container for a predetermined time, for example 24 hours, for use.

The binder thus obtained can be used at normal temperatures.

<About ionized toothpaste> Ionized toothpaste is made of pure white sugar (680
-1200g), pure water (5000cc), sodium dodecanol sulfate (750-950g), methylcellulose (2
00-310 g), condiment extracts such as sodium fluoride (25-200 g), glycerol (1500-3000 cc), mint (30-65 cc), and other ingredients found in regular toothpastes.

The sodium dodecanol sulfate acts as a foaming and purifying agent for toothpastes, and glycerol acts to avoid the pain of toothpastes and as a water retention agent in toothpastes. On the other hand, sodium fluoride, which is added as an electrolyte, is the main component making up the ionic and therapeutic drug components, which can be added in combination with other Chinese or Western medicines, or sodium 6-metaphosphate,
Scrutellaria baica
lensis: Can be replaced by other drugs of the same type (such as Chinese herbal medicine). Also, pure white sugar, mint and tanjjarin (a kind of tangerine) are effective in removing the unpleasant odors created by the above ingredients.

Production method of ionized toothpaste 5000 cc of pure water, a predetermined amount (preferably 680 g) of pure white sugar, and a predetermined amount (preferably 25 g) of sodium fluoride are put in a container, and a temperature range of 5 ° C. to 35 ° C. (preferably) Is 21
C) at which the sodium fluoride and pure white sugar are stirred until they are completely dissolved.

Thereafter, while stirring the mixture, a predetermined amount (preferably 1500 cc) of glycerol is added to the initial operating temperature, for example, 21.
Place in a container at ° C.

When everything is well distributed, add a predetermined amount (preferably 750 g) of sodium dodecanol sulfate while stirring the mixture until the newly added material is completely dissolved.

After allowing the mixture to stand for a while (preferably for 24 hours), a predetermined amount (preferably 200 g) of methylcellulose is added at the initial operating temperature of, for example, 21 ° C. and left under stirring until complete dissolution.

Next, a predetermined amount of the spice extract (preferably 30 cc of mint) and 50 cc of tandiarine are added at the same temperature and in the same stirring state.

Then, other components of the normal toothpaste, such as a sanding action, such as aluminum oxide or silicon dioxide or precipitated calcium carbonate, should be added to each of the above-mentioned components with agitation, thus providing a normal toothpaste. The usual toothpaste manufacturing process is completed by the usual machinery.

The device of the present invention can also be used for prevention of oral diseases. However, when used to treat oral diseases,
Must be used with ionized toothpaste.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial cross-sectional view showing an example in which the present invention is applied to a toothbrush. FIG. 2 is a partial longitudinal sectional view of the toothbrush. FIG. 3 is an enlarged view of a portion A in FIG. 1 ... Cathode 2,3 ... Binder 4 ... Toothbrush head 5 ... Anode 6 ... Cathode lead wire 7 ... Anode lead wire 8 ... Toothbrush handle 9 ... Welding point 10 ... Spring plate 11 ... Battery Box 12: Battery 13: Anode spring plate

 ──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-52-90361 (JP, A) JP-A-63-135322 (JP, A) JP-A-53-111859 (JP, A) JP-B-42 27366 (JP, B1) JP-B 38-3220 (JP, B1) JP-B 44-25201 (JP, B1) JP-B 48-27390 (JP, B1) JP-B 62-29550 (JP, B2) Jiko 62-22190 (JP, Y2)

Claims (7)

(57) [Claims] 1. A small electronic ionizer for treating oral diseases, which is a special toothbrush, comprising: a hollow battery box (11) having a replaceable battery (12); and a toothbrush handle connected to the battery box. 8), a toothbrush head with regular brush bristles, continuous with the toothbrush handle, a cathode lead (6) connected to the cathode of the battery, and connected to the anode of the battery adjacent to the toothbrush head. Wherein the toothbrush head (4) has a cathode lead (6).
And special brush bristles connected as a cathode and acting as a cathode, wherein the special brush bristles are formed of a composite tungsten-boron fiber material containing at least one trace element and covered with a nylon layer. A small electronic ionizer for treating oral diseases. 2. The small electron ionizer for treating oral diseases according to claim 1, wherein said trace elements are Mo, Co, V, Be, Pt and rare earth elements. 3. The small-sized electron ionizer for treating oral diseases according to claim 1, wherein said special brush bristles are joined to a cathode lead wire (6) by a conductive binder (2). 4. The toothbrush head according to claim 1, wherein the special brush bristles are joined to the toothbrush head by a nylon-based binder.
A small-sized electron ionization device for treating oral diseases according to the above item. 5. The battery according to claim 1, wherein the replaceable battery may be 1.5V or various dry batteries larger than 1.5V.
A small-sized electron ionization device for treating oral diseases according to the above item. 6. The small-sized electronic ionization device for treating oral diseases according to claim 1, wherein the device can be used together with the toothpaste to be ionized to enhance the therapeutic effect of the device for oral diseases. 7. The toothpaste according to claim 6, which comprises water, methylcellulose, sodium salt as electrolyte, glycerol, sanding active substance.