U.S. patent application number 11/437213 was filed with the patent office on 2007-12-06 for minus ion generating accessory.
Invention is credited to Shuichi Onodera.
Application Number | 20070277554 11/437213 |
Document ID | / |
Family ID | 38788545 |
Filed Date | 2007-12-06 |
United States Patent
Application |
20070277554 |
Kind Code |
A1 |
Onodera; Shuichi |
December 6, 2007 |
Minus ion generating accessory
Abstract
A noble metal piece 10 so formed that a metal having positive
potentials 14 and a metal having negative potentials such as
titanium or oxide thereof, nitride thereof or carbide thereof 13
are arranged side by side to form an outer surface of the noble
metal piece 10 and the noble metal pieces 10 so formed that a metal
is subjected to ion plating with titanium or the oxide thereof, the
nitride thereof or the carbide thereof, for example, titanium
dioxide (TiO2) 13 are arranged in an adequate manner to be beaded
with a piece of string 11 to finally form a noble metal chain 12.
With such a structure, the present invention provides an accessory
featured in making a good show as an accessory, raising static
electricity due to a friction upon contacting the skin by a free
movement, enabling ion supply to a surface of the body owing to a
semiconductor action, and enabling a more effective generation of
ion under sun violet ray resulting in producing high healing
effect.
Inventors: |
Onodera; Shuichi; (Tokyo,
JP) |
Correspondence
Address: |
QUINN EMANUEL;KODA & ANDROLIA
865 S. FIGUEROA STREET, 10TH FLOOR
LOS ANGELES
CA
90017
US
|
Family ID: |
38788545 |
Appl. No.: |
11/437213 |
Filed: |
May 19, 2006 |
Current U.S.
Class: |
63/34 |
Current CPC
Class: |
A61N 1/44 20130101; A61N
1/20 20130101; A44C 27/002 20130101; A44C 5/0023 20130101; A44C
5/022 20130101 |
Class at
Publication: |
63/34 |
International
Class: |
A44C 25/00 20060101
A44C025/00 |
Claims
1. A minus ion generating accessory comprising a noble metal piece
so formed that a metal having positive potentials and a metal
having negative potentials such as titanium or oxide thereof,
nitride thereof or carbide thereof are arranged side by side to
form an outer surface of the noble metal piece, wherein a plurality
of the noble metal pieces are beaded with a piece of string to
finally form a noble metal chain.
2. A minus ion generating accessory comprising a noble metal piece
so formed that the noble metal is subjected to ion plating with
titanium or oxide thereof, nitride thereof or carbide thereof and
is further coated with a silicon resin film, wherein a plurality of
resulting noble metal pieces are beaded with a piece of string to
finally form a noble metal chain.
3. A minus ion generating accessory, wherein a noble metal piece so
formed that a metal having positive potentials and a metal having
negative potentials such as titanium or oxide thereof, nitride
thereof or carbide thereof are arranged side by side to form an
outer surface of the noble metal piece and the noble metal piece so
formed that a noble metal is subjected to ion plating with the
titanium or the oxide thereof, the nitride thereof or carbide
thereof, and further coated with a silicon resin film are arranged
adequately side by side to be beaded with a piece of string to
finally form a noble metal chain.
4. The minus ion generating accessory as claimed in any one of the
claims 1 to 3, wherein the noble metal piece is not fixed to the
piece of string such that the noble metal piece itself can rotate
freely.
5. The minus ion generating accessory as claimed in claim 4,
wherein the piece of string is made of the noble metal of a kind
different from the noble metal forming the noble metal piece.
Description
BACKGROUND OF THE INVENTION
[0001] 1. Field of the Invention
[0002] The present invention relates to a minus ion generating
accessory capable of facilitating a health maintenance and
promoting a vitalization by wearing the accessory in the form of a
necklace or a bracelet.
[0003] 2. Description of the Related Art
[0004] Examples of the accessory relating to a health care for
improving the circulation of the blood and for alleviating the
stiff neck include ones which generate magnet or far infrared
radiation as a weak energy. Japanese Patent Laying-Open No.
10-295830 discloses a biologic ion regulation adhesive body
composed of a metal having positive potentials and a metal having
negative potentials, with the metals being formed into adhesive
layers to finally form the integral adhesive body.
[0005] Due to a metal structure having the ion generating function,
the above stated biologic ion regulation adhesive body achieves an
effective ion generation, and the obtained effect owing to the
minus ion and a partial occurrence of a slight current will
transfer an electrical stimulation given to a pore to autonomic
nerve through neuron, thereby facilitating a recovery of a biologic
function controlled by sympathetic nerve and parasympathetic nerve,
for example, by means of expanding a blood capillary of an affected
part in order to increase blood flow.
SUMMARY OF THE INVENTION
[0006] With the above stated adhesive body, it is difficult to
effectively obtain a difference in potential between a positive
potential and a negative potential and a good ion generating
function since it is fixed on the skin. Further, such effect will
be obtainable only at a position where the adhesive body was
adhered. If a healing is required for a larger area, a larger
adhesive body is necessary. The larger adhesive body may disturb a
person from moving freely and will not look nice.
[0007] A purpose of the present invention is to resolve the above
stated drawbacks of the conventional art and to provide the
accessory for generating minus ion which looks nice when wearing as
an accessory, raises electrostatic by a friction due to a free
movement of the accessory, enables an ion supply onto a surface of
the body owing to a semiconductor action, and generates ion
effectively under sun violet ray in order to obtain a good healing
effect.
[0008] To achieve the above purpose, according to the invention in
claim 1, the noble metal piece is so formed that the metal having
positive potentials and the metal having negative potentials such
as titanium or oxide thereof, nitride thereof, carbide thereof are
arranged side by side to form an outer surface of the noble metal
piece, and a plurality of such noble metal pieces are beaded
together through a piece of string to form a noble metal chain.
[0009] A human body includes body fluid (water) by approximately 60
to 70% of the entire body and the body fluid includes electrolyte
and nonelectrolyte in a blended manner. The electrolyte includes
plus ion and minus ion which are balancing each other. Off-balance
between these plus ions and minus ions tends to cause various
diseases and illnesses. It is said that the ion distribution
balance enclosing a cell has a close relationship with a
neurofibril and therefore exerts a large affects on a return of
health and a progress of disease for the entire body. These plus
ion and minus ion exist through a cell film of which permeability
changes depending on an electrical potential of the positive and
negative potentials. The ion organically moves through the entire
body on the basis of a certain rule. The movement of the ion is
affected strongly by strength or a distribution of ion electrons
between an inner environment and an outer environment of the
body.
[0010] According to an invention of claim 1, the plurality of the
noble metal pieces are beaded by the piece of the string to form
the noble metal chain, in which each noble metal piece includes the
metal having positive potentials and the metal having negative
potentials which are arranged side by side to form the outer
surface of the noble metal piece, and thereby the difference in
potential therebetween causes minus ion from an anode side to
stimulate the skin. An increased generation of minus ion can be
facilitated by a combination of one or two of Au, Pt and Ag as a
major metal having positive potentials with titanium or oxide
thereof, nitride thereof or carbide thereof as a major metal having
negative potentials. Then, the noble metal chain is worn as noble
metal accessory such as the necklace, the bracelet, a ring or the
like, and thus the chain with minus ion always contacts the
skin.
[0011] Further, the noble metal chain formed into the necklace, the
bracelet or the like will move as the body moves to cause the
static electricity due to the friction with the skin, which
increases the generation of the minus ion from the anode side due
to the difference in potential to produce better effect.
[0012] Generally, tiredness invites an increase of lactic acid, an
increase of plus ion, and off-balance of ion in the body. The
present invention forces to control the off-balance of the ion from
the outside by giving minus ion stimulation. (remedy of abnormal
potential of a surface of the body by negative potential
effect)
[0013] A remedy of fluctuation of blood flow (1/f) will reduce
pain.
[0014] If titanium dioxide (TiO2) among the titanium or oxide
thereof, nitride thereof or carbide thereof is used, generation of
minus ion due to photocatalytic reaction effect can be
expected.
[0015] The photocatalytic reaction due to the titanium dioxide
(TiO2) is described hereinafter. Due to the absorption of light in
titanium oxide, there are made two carriers such as an electron
(e-) and a positive hole (h+), although these carriers are
recombined immediately in the case of normal material, each carrier
stays as they are in the case of the titanium dioxide
photocatalyst, resulting in the generation of the minus ion.
[0016] According to the invention in claim 2, the noble metal piece
is so formed that the noble metal is subjected to an ion plating
with the titanium or the oxide thereof, the nitride thereof or the
carbide thereof, and further subjected to a coating with a silicon
resin film, and then the plurality of the noble metal pieces are
beaded with the piece of string to finally form the noble metal
chain.
[0017] According to the invention in claim 2, the generation of
minus ion is facilitated by the semiconductor action. The noble
metal piece is so formed that the noble metal is subjected to the
ion plating with titanium or oxide thereof, nitride thereof or
carbide thereof and then is coated with the silicon resin film, in
which the silicon resin film as a P-type semiconductor thin film
produces the semiconductor effect as shown in FIG. 4 when metal
having negative potentials such as the titanium or the oxide
thereof, the nitride thereof or the carbide thereof is combined
with the silicon (Si) resin film.
[0018] FIG. 5 illustrates a potential of a normal skin. FIG. 6
illustrates a potential of abnormal skin. In figures, 1 denotes a
nerve, 2 denotes a cornified surface layer, 3 denotes an epidermis,
4 denotes a basement membrane and 5 denotes a corium.
[0019] When the noble metal piece as the P-type semiconductor thin
film which produces the semiconductor effect is brought into
contact with the abnormal skin, positive potentials are removed
from the skin by means of the metal having negative potentials as
shown in FIG. 7 to only allow for negative potentials to flow.
[0020] Similar to the advantageous result produced by the invention
in claim 1, off-balance of the ion is forcedly controlled from the
outside by giving stimulation of minus ion. (remedy of the abnormal
potentials of the surface of the body owing to the negative
potential effect) Also, pain can be effectively removed by the
remedy of fluctuation of blood flow (1/f).
[0021] Further, similar to the advantageous result produced by the
invention in claim 1, the plurality of the noble metal pieces are
beaded with the piece of string so as to rotate themselves,
respectively. The noble metal chain formed into the necklace, the
bracelet or the like moves as the body moves. The rotation of the
pieces composing the chain and a movement of the entire chain
synergize to generate the static electricity by the friction with
the skin, which increases the generation of the minus ion from the
anode side due to the difference in potential to produce better
effect.
[0022] Further, the coating with the silicon (Si) resin film will
provide a protection from the metal allergy or the like.
[0023] According to the invention in claim 3, the noble metal piece
which is so formed that the metal having positive potentials and
the metal having negative potentials such as titanium or oxide
thereof, nitride thereof or carbide thereof are arranged side by
side to finally form the outer surface of the noble metal piece,
and the plurality of the noble metal pieces, each of which is so
formed that the noble metal is subjected to the ion plating with
the titanium or the oxide thereof, the nitride thereof or the
carbide thereof, and further subjected to the coating with the
silicon (Si) resin film, are beaded in line through the piece of
string to form the noble metal chain.
[0024] According to the invention in claims 3, the noble metal
piece having the actions as defined in claim 1 and the noble metal
piece having the actions as defined in claim 2 are combined to
facilitate more effective generation of the minus ion owing to the
combined functions thereof.
[0025] According to the invention in claim 4,in addition to the
actions as defined in claims 1 to 3, the noble metal pieces are not
beaded with the piece of string in a fixing manner but are beaded
in a freely rotatable manner.
[0026] According to the invention in claim 4, the noble metal
pieces which are beaded with the piece of string are freely
rotatable, respectively, and when the noble metal pieces are formed
into the noble metal chain such as the necklace, the bracelet or
the like, the chain itself will move as the body moves as well. The
rotation of the pieces composing the chain and the movement of the
chain in its entirety synergistically act to generate the static
electricity by the friction with the skin, which increases the
generation of the minus ion from the anode side due to the
difference in potential to produce better effect.
[0027] According to the invention in claims 5, in addition to claim
4, the piece of string is made of a noble metal of a kind different
from that forming the noble metal piece.
[0028] According to the invention in claim 5, in addition to the
actions as stated above, since the piece of string is made of the
noble metal of the kind different from that forming the noble metal
piece, the difference in potential between the piece of string and
the noble metal piece as well as between the noble metal for
forming the piece of string and the titanium or the oxide thereof,
the nitride thereof or the carbide thereof is caused to increase
the generation of the minus ion from the anode side owing to the
difference in potential.
[0029] As stated above, the minus ion generating accessory
according to the present invention makes a good showing since it
works as an accessory and produces a good healing effect since the
free movement of the accessory raises the static electricity due to
the friction upon contacting with the skin, which results in
inviting the effective generation of the ion.
[0030] The minus ion generated by the accessory according to the
present invention provides the advantageous result in
neutralization and purification of oxidization of the body,
relaxation and recovery from tiredness, and health enhancement and
disease prevention.
BRIEF DESCRIPTION OF THE DRAWINGS
[0031] FIG. 1 is a partial front view illustrating an embodiment of
the minus ion generating accessory according to the present
invention.
[0032] FIG. 2 is an entire front view of the embodiment of the
minus ion generating accessory according to the present
invention.
[0033] FIG. 3 is a front view of the noble metal piece of the minus
ion generating accessory according to the present invention.
[0034] FIG. 4 illustrates the minus ion generating accessory
according to the present invention serving as a semiconductor.
[0035] FIG. 5 illustrates a potential of normal skin.
[0036] FIG. 6 illustrates a potential of abnormal skin.
[0037] FIG. 7 illustrates semiconductor effect of the minus ion
generating accessory according to the present invention.
[0038] FIG. 8 is a perspective view of a hollow cylindrical body
composing a noble metal piece of the minus ion generating accessory
according to the present invention.
[0039] FIG. 9 illustrates a manufacturing step of the noble metal
piece of the minus ion generating accessory according to the
present invention.
[0040] FIG. 10 illustrates an action of the noble metal piece of
the minus ion generating accessory according to the present
invention.
[0041] FIG. 11 is a partial front view illustrating another
embodiment of the minus ion generating accessory according to the
present invention.
[0042] FIG. 12 illustrates an action of another example of the
noble metal piece of the minus ion generating accessory according
to the present invention.
DESCRIPTION OF THE PREFERRED EMBODIMENTS
[0043] Hereinafter, an embodiment of the present invention is
described in detail. FIG. 1 is the partial front view illustrating
one embodiment of the minus ion generating accessory according to
the present invention. FIG. 2 is the entire front view of FIG. 1.
FIG. 3 is a front view of the noble metal piece when it is used in
the accessory such as the necklace or bracelet.
[0044] In figures, 10 denotes the noble metal piece, which is
beaded with the piece of string 11 to form the chain 12. The noble
metal piece 10 includes the surface of the metal having positive
potentials 14 and the surface of the metal having negative
potentials such as the titanium dioxide (TiO2) 13 which is the
oxide of Ti, with the surfaces being arranged side by side to form
the outer surface of the noble metal piece. As for the metal having
positive potentials 14, one kind or two kinds are selected from a
group of Au, Pt, Ag, gold (Au) alloy, platinum (Pt) alloy or silver
(Ag) alloy.
[0045] The noble metal piece 10 is manufactured in the following
steps. For example, the hollow cylindrical body 20 is made of gold
(Au) alloy as shown in FIG. 8, and then is subjected to the ion
plating with the titanium dioxide (TiO2) 13. The ion plating is a
method in which a plating material is evaporated by plasma under
reduced pressure, partially ionized to accelerate the ionization
with the application of an electric field, such that a material to
be plated is deposited with a large energy in order to obtain an
improved adhesive ability and the film property. The ion plating is
featured in that the compound which can not be made by means of wet
plating process can be made, a close contact between a base metal
and a film can be achieved, low temperature in the process can be
realized, an accuracy of a dimension of the base metal can be kept,
and no-pollution can be realized since the process does not involve
toxic substance.
[0046] The entire noble metal piece (both surfaces of the inner
periphery and the outer periphery) is coated with a coating film of
the titanium dioxide (TiO2) 13 by the ion plating as described
above. Then, the noble metal piece is subjected to a diamond bite
to be polished to remove the coating film of the titanium dioxide
13 as shown in FIGS. 9A and 9B. The portion where the coating film
is removed exposes a surface of gold (Au) alloy which is a raw
material of the noble metal. The exposed portion is a portion of
the metal having positive potentials 14.
[0047] Subsequent to the foregoing, caps 16 made of the gold (Au)
alloy is caulked on open surfaces of both ends to form a closed
hollow body. The caps 16 become portions of the metal having
positive potentials 14. The caps 16 have holes at the centers
thereof, respectively, through which the piece of string 11
passes.
[0048] With the above stated step, the noble metal piece 10 which
is so formed that the metal having positive potentials 14 and the
titanium dioxide 13 as the metal having negative potentials are
arranged side by side to finally form the outer surface of the
noble metal piece 10. The noble metal piece 10 and a small piece 17
made of uncoated gold (Au) alloy and shorter than the noble metal
piece 10 are arranged side by side to be beaded through the piece
of string 11 so as to form the chain 12. The piece of string 11 may
be made of noble metal, for example, platinum (Pt) alloy. A clasp
18 is provided at an end of the chain 12
[0049] FIG. 10 illustrates a view showing the noble metal piece 10
formed in such a manner as stated above.
[0050] There are the metal having positive potentials and the metal
having negative potentials in view of the normal electrode
potential of metals, and the electrochemical series of these metals
is known as the Galvanic Series. The metals between a high
potential and a low potential are exemplified as
TiO2/TiO22.sub.++2.18V, Au/Au1.sub.++1.7V, Au/Au3.sub.++1.498V,
Pt/Pt2.sub.++1.2V, Pd/Pd2.sub.++0.987V, Rh/Rh3.sub.++0.8V,
Ag/Ag1.sub.++0.799V, Hg/Hg1.sub.++0.789V, MoO2/MoO22.sub.-+0.66V,
Cu/Cu2.sub.++0.377V, Ti3.sub.+/TiO2.sub.++0.1V,
Fe/Fe1.sub.+-0.036V, WO3/W-0.09V, Mo/Mo1.sub.+-0.2V,
Ni/Ni1.sub.+-0.25V, Ga/Ga1.sub.+-0.45V, TiO2/Ti-0.85V,
W/WO42.sub.--1.05V, Zr/Zr4.sub.+-1.53V, Ti/Ti2.sub.+-1.628V,
Al/Al1.sub.+-1.662V.
[0051] The accessory according to the present invention contacts
the body directly, such that practically suitable materials to be
used are Au, Pt, Ag and Ti except for metals having a strong
sensitization reaction and metals having toxicity against biologic
body.
[0052] The increased minus ion generation can be facilitated in
such a manner that one of Au, Pt, Ag is used as the major metal
having positive potentials to be combined with Ti or at least one
of the oxides thereof, the nitride thereof or the carbide thereof
as the major metal having negative potentials.
[0053] According to a second embodiment of the present invention as
shown in FIG. 11, the outer surface of the noble metal pieces 10 is
coated with the silicon (Si) resin coating film 19. In this case,
the silicon resin is deposited by plasma.
[0054] According to the second embodiment, the generation of the
minus ion is facilitated by the semiconductor action, and the
titanium dioxide 13 as the metal having negative potentials is
combined with the silicon (Si) resin coating film 19 to force the
silicon (Si) resin coating film 19 to work as the P-type
semiconductor thin film for the sake of the semiconductor effect.
In such a case, the metal having positive potentials 14 may not
necessarily contribute to the generation of the minus ion.
[0055] Further, according to the third embodiment of the present
invention, the noble metal piece 10 according to the first
embodiment and the noble metal piece 10 with the silicon resin film
19 according to the second embodiment are arranged side by side to
be beaded with the piece of string 11 to finally form the chain 12.
The pieces may be arranged in such a manner that one of the pieces
is placed every one piece or every several pieces with regard to
the other piece.
[0056] In the above stated embodiments, the noble metal pieces 10
together with the caps 16 and small pieces 17 are made of gold (Au)
alloy for the sake of an example. Another embodiment may be
adoptable that the noble metal pieces 10 together with the caps 16
and the small pieces 17 are made of another noble metal alloy such
as platinum (Pt) alloy or the like. If the noble metal pieces 10
together with the caps 16 and the small pieces 17 are made of
platinum (Pt) alloy, the piece of string 11 is to be made of gold
alloy.
[0057] Further, in stead of the titanium dioxide 13, titanium (Ti)
or other titanium compounds such as titanium carbide (TiC),
titanium nitride (TiN) and the like may be deposited by means of
the ion plating.
[0058] The titanium dioxide 13 coating the noble metal piece 10 is
in black or blue color, whereas the titanium (Ti) or the like can
be colored in white or other colors.
[0059] According to still another embodiment, the titanium dioxide
13, in stead of the noble metal piece 10, is used as a core, with
the silicon (Si) resin film 19 coated, as shown in FIG. 12.
[0060] As stated above, the minus ion generating accessory
according to the present invention is featured in making a good
show since it is formed into the accessory, raising the static
electricity caused by the friction due to the free movement upon
contacting the skin, resulting in generating ion more effectively,
and thus producing better healing effect.
[0061] The advantageous result of the accessory having minus ion
effect according to the present invention is neutralization and
purification of oxidization of the body, relaxation and recovery
from tiredness, and health enhancement and disease prevention.
* * * * *