Ferromagnetic tooth brushing system

RELATED CASES

This invention is described in my copending Provisional Application Ser. No. 60/142,453, filed Jul. 6, 1999.

FIELD OF INVENTION

This invention relates to dental care and is particularly directed to an improved method of cleaning teeth using magnetic energy and a toothpaste containing ferromagnetic particles.

PRIOR ART

It is well known that dental hygiene is vital to the overall health of an individual. Unfortunately, most people do not practice good dental hygiene, either because they are unaware of the proper techniques or do not spend sufficient time to carry out the procedures properly. Also, most presently available tooth brushing devices do not provide thorough cleaning, especially between the teeth and they are not %100 effective and are difficult or confusing to use and they are long process and tiresome. Numerous tooth-cleaning devices have been provided heretofore, but none of them have overcome these problems. Thus, none of the prior art tooth cleaning devices have been entirely satisfactory.

BRIEF SUMMARY OF INVENTION AND OBJECTS OF INVENTION

These disadvantages of the prior art are overcome with the present invention and improved tooth cleaning devices are proposed which are thorough and efficient in cleaning teeth and which is inexpensive to produce and purchase and simple to use.

These advantages of the present invention are preferably attained by providing an improved tooth cleaning device comprising A hollow generally U-shaped mouthpiece formed of abrasion-resistant material, such as stainless steel, containing four U-shaped HTSCMC (High temperature super conductive magnet coil ) strip spaced about the interior of said mouthpiece in every 4 corner of the mouthpiece strip to shoot up and down the ferromagnetic particles by magnetic energy for blasting teeth to remove bacteria,

(Ferromagnetic toothpaste is regular toothpaste with %20 iron particles the size of particles are 10 micron).

Also we need magnets to pull particles through the slots by enormous force for flossing (if we can achieve such enormous power).

Also this is important that particle be shot like screw ball so mouthpiece has to shake during operation.

The basic idea of this invention is if you pour steel dust on top of paper and shake magnet under the paper thus steel dust shake on top of the paper and slowly remove writings on top of paper.

Another component of this device is Electromagnetic antenna running along the interior of the mouthpiece one on the top and one in lower part of mouthpiece to deliver heat and Electromagnetic energy to the surface of the teeth, (energy for energizing the antenna would be generated by external magnetron).

Another component of this device is external magnetron this magnetron has many function 1) to fry and disintegrate and sterilize bacteria by heat, note flashing time must be very short and several time 2) to increase inside temperature of the mouthpiece for better physical and chemical reaction 3) to convert plaque by heat to tar then to lacquer then to paint and then to protective film so to convert bad thing to useful thing by means of heat 4) causing all 3 toothpastes which are all termochemical to react with each other and to react with the surface of the teeth by means of heat and radio frequency energy and electric energy another word the antenna which located in the mouthpiece cavities would deliver heat and electricity and radio wave to create termochemical and Electro chemical and photochemical reaction of the toothpastes.

Another component of this device is A suck in suck out pump which is powerful pump with extremely fast reveres action ,this pump has many function

1) to deliver water and liquids to the mouthpiece 2) to remove waste liquid from mouthpiece to waste tank 3) to inject other chemical to the operating water 4) to sand blast the teeth with suck in suck out action of pump 5) also as iron is heavier than water and it may accumulate on corners so suck in suck out pump would help to spread heavy iron particles.

Actually suck in suck out pump is so good for the job of blasting, so we really do not need any longer magnetic tooth past and its complex implementations.

Also on the mouth piece fluid tunnel between the jaws must be well built to allow sufficient liquid to spread around every corner,

Also another major component of this device is hose communicating the interior of said mouthpiece with said pump.

Another component is an external ultrasonic generator for helping to remove the bacteria and pulsing output of said pump,

Also we need microprocessor for controlling the energization of said HTSCMC strips and pumps valve and magnetron and ultrasonic switches.

Another component is and external static electricity generator (because there is study that static Electricity can help to remove bacteria).

Also part of invention is termochemical coated flossing string so when human floss it leaves traces of termochemical coating between slots so when magnetron activate chemical react with tooth surface to destroy bacteria and leave protective film on teeth.

Accordingly, it is an object of the present invention to provide an improved tooth cleaning system,

as you see regular brush do not remove %100 of bacteria because it can not reach microscopic canyon of the surface of the teeth but because we are using sand blasting technique we can reach every microscopic canyon of surface of the teeth, also regular tooth brush can not fry remaining %1 bacteria that are the cause of all the problems of cavities ,and this remaining bacteira can not be remove by brushing or even sand blasting but this system because use magnetron for delivering heat and radio energy can fry remaining bacteria also regular brushing technique does not use multiple tooth past but because we are using muliple toothpaste and chemicals thus we can use extremely strong chemicals to complete the %100 task, also regular brushing does not apply protective film in the end of process, protective film can add 10 time more protection

Another objection of the this invention is to attack bacteria not only with one system but with many system at once.

Another object of the present invention is to provide an improved tooth cleaning system which is thorough and efficient.

Another objection is fast process of cleaning something like 15 second, because it cleans all teeth at once not one by one and use electronic robot and strong chemicals. Another objection is because this device can blast bacteria at microscopic level and it can fry remaining bacteria and it can put protective film in the end of process thus brushing interval could be extended up to week (only if protective film is made right and apply right ) so we do not need to brush for week.

Another major objection of this invention is that most of the dangerous teeth disease comes from gums diseases , you see brushing can not penetrate deep in the gums opening but because of this device horizontal blasting effect which can shoot iron particles deep in the gums opening and pulls them up while they are bringing back contaminants with them, so this device is super for gum diseases.

Another objection of this invention is to eliminate need for dentins with this device people never need to go to dentist because it is super cleaner.

An additional object of the present invention is to provide an improved tooth cleaning system which is simple and inexpensive to produce and use

Another objection of this invention is to save toothpaste and use inexpensive tooth paste because this device uses multi toothpaste and elementary toothpaste and chemicals.

Another objection of the present invention is thus we can clean our teeth while we are driving or we are in bed so it eliminate need to have sink and running water.

Another objection of this invention is not only applying protective film but dye as well so teeth could be dyed in exotic colors.

These and other objects and features of the present invention will be apparent from the following detailed description, taken with reference to the figures of the accompanying drawing.

BRIEF DESCRIPTION OF THE DRAWING

FIG. 1

is a diagrammatic representation showing a tooth cleaning system embodying the present invention;

FIG. 2

is a side view, partly in section, of the mouthpiece of the tooth cleaning system of

FIG. 1

;

FIG. 3

Is a a transverse section through the mouthpiece of

FIG. 1

, taken on the line

3

—

3

of

FIG. 2

; and

FIG. 4

is a diagrammatic representation showing the action caused by the pulsating fluid and the rotational activation of the electromagnetic plates of the tooth cleaning system of FIG.

1

.

DETAILED DESCRIPTION OF THE INVENTION

In that form of the present invention chosen for purposes of illustration,

FIG. 1

shows a tooth cleaning system, indicated generally at

10

, having a pump

12

which is connected by hose

14

to supply fluid to and from the input fitting

16

of a hollow, generally U-shaped mouthpiece

18

formed of abrasion-resistant material, such as stainless steel or the like, having an inner wall

36

and an outer wall

38

which are spaced apart and joined by end pieces

37

to define and interior chamber

39

. The pump

12

receives fluid from three containers

20

,

22

and

24

for delivery to the mouthpiece

18

and exhausts fluids from the mouthpiece

18

through discharge pipe

41

into a suitable waste container

43

, under the control of a suitable selector valve

26

. The first container

20

holds a slurry formed of a strong alkaline liquid containing approximately 20% by weight of ferromagnetic particles, such as iron, having a diameter on the order of 10 microns. The second container

22

holds a liquid for neutralizing the alkalinity of the first liquid and the third container

24

holds a thermosensitive liquid which reacts with heat to form a protective film for the teeth. As best seen in

FIGS. 2 and 3

, the mouthpiece

18

is a hollow housing having four electromagnetic coils

28

,

30

,

32

and

34

which are generally U-shaped and are positioned in spaced relation about the interior of the mouthpiece

18

. Thus, coil

28

is located adjacent the upper edge of the mouthpiece

18

adjacent the inner wall

36

, while coil

30

is located adjacent the lower edge of the mouthpiece

18

adjacent the lower wall

36

. Similarly, coil

32

is located adjacent the lower edge of the mouthpiece

18

adjacent the outer wall

38

and coil

34

is located adjacent the upper edge of the mouthpiece

18

adjacent the outer wall

38

. An electronic controller

40

is located adjacent the pump

12

and is connected by wire

42

to actuate the coils

28

,

30

,

32

and

34

sequentially. As best seen in

FIG. 2

, the upper and lower surfaces of the mouthpiece

18

are open, as seen at

44

and

46

, respectively, and are closed by strips

48

of gel-like plastic. When the user bites into the strips

48

, the strips

48

allow the teeth to pass through, but tightly grip the gums to protect the gums against damage. Magnetrons antenna

50

are located between the electromagnetic coils

28

,

30

,

32

and

34

and the adjacent wall of the mouthpiece

18

and are actuated by the electronic controller

40

to deliver heat to the interior chamber

39

of the mouthpiece

18

to activate the tooth paste, destroy bacteria and disintigrate plaque. Finally, an ultrasonic generator

52

is mounted adjacent the pump

12

and serves to provide a pulsating motion to the fluid delivered by the pump

12

into the mouthpiece

18

. electronic controller

40

can cause the pump

12

to provide strong pulsating action. This pulsating action, together with the sequential activation of the electromagnetic coils

28

,

30

,

32

and

34

acts upon the ferromagnetic particles in the fluid of the first container

20

to impart a spiral motion to the particles, as seen in

FIG. 4

, which significantly increases the cleaning action of the particles and serves to drive the particles through the crevices between the teeth for more complete cleaning.

In use, the user places the mouthpiece

18

in their mouth and bites down on it causing their teeth to penetrate through the gel-like strips

48

into the interior chamber

39

of the mouthpiece

18

and allowing the gel-like strips

48

to clamp against the gums. Then turns the device on Next, the microprocessor orders selector valve

26

to select the first container

20

and activates pump

12

to deliver the alkaline slurry from container

20

through hose

14

into chamber

39

of the mouthpiece

18

. Then, microprocessor activates the ultrasonic generator

52

to cause pulsing of the slurry and turns on the electronic controller

40

to activate the electromagnetic coils

28

,

30

32

and

34

to create the spiral motion of the ferromagnetic particles in the slurry. Also, during this period, the alkaline fluid of the slurry serves to chemically clean the teeth. After several seconds, microprocessor turns off the electronic controller and switches the selector valve

26

to discharge pipe

41

to allow pump

12

to exhaust the slurry from chamber

39

of the mouthpiece. When the slurry has been removed, microprocessor switches the selector valve

26

to container

22

to deliver the neutralizing fluid to chamber

39

of the mouthpiece. Now, the pulsation's caused by the ultrasonic generator

52

serve to move the fluid forwardly and rearwardly through the chamber

39

to thoroughly neutralize the alkalinity of the slurry from container

20

. After several seconds, microprocessor again switches the selector valve to the discharge pipe

41

to remove the neutralizing fluid from chamber

39

of the mouthpiece

18

. Next, microprocessor moves the selector valve

26

to container

24

to allow pump

12

to deliver the thermosensitive liquid from container

24

into chamber

39

of the mouthpiece

18

and turns on the electronic controller

40

to activate the magnetron antena

50

which heat the interior of chamber

39

and cause the thermosensitive liquid from container

24

to form a protective film on the teeth. Finally, microprocessor switches selector valve

26

to the discharge pipe

41

to remove the excess thermosensitive liquid and complete the cleaning process.

Obviously, numerous variations and modifications can be made without departing from the spirit of the present invention. Therefore, it should be clearly understood that the form of the present invention described above and shown in the figures of the accompanying drawing is illustrative only and is not intended to limit the scope of the present invention.