Spatially improved extended reach ultrasonic toothbrush
An ultrasonic toothbrush having spatially extended functionality to treat various oral diseases in addition to removing plaque and treating gingivitis is disclosed. In addition to the ultrasonically activated bristles, the toothbrush incorporates a multi directional ultrasound transducer system, which spatially irradiates the oral cavity with ultrasonic pressure waves, operational to loosen plaque, to remove periodontal bacteria from teeth and gums, and to simultaneously treat and destroy disease causing bacteria and bacterial chains on the inside surfaces of cheeks and lips, providing relief from Recurring Aphthous Stomatitis, Lichen Planus, and Mucositis. Various configurations are disclosed, including user removable and replaceable brush heads and ultrasound treatment heads. A motorized version featuring sonic frequency orbital vibration brush head and bristle tufts is described.
1. An ultrasonic toothbrush comprising:
a) a brush head portion having multiple bristle tufts composed of a plurality of bristles and at least one ultrasound transducer protruding from said brush head portion between the bristles on one side and mounted flush with said brush head on an opposing side, said ultrasound transducer radiating non attenuated ultrasound pressure waves in multiple directions toward teeth and gums on one side, and toward inside surfaces of cheeks and lips of an oral cavity on an other side, and coupling said non attenuated ultrasound pressure waves by a dentifrice and fluids in said oral cavity simultaneously in said multiple directions to said teeth and gums and said inside-surfaces of the cheeks and lips;
b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said ultrasonic frequency electronic current to energize said ultrasound transducer located in said brush head portion.
2. The ultrasonic toothbrush of claim 1 , wherein the multi-directional ultrasound pressure waves radiated by said transducer are non attenuated and operating between 20 kHz and 20 MHz frequency and producing a non attenuated ultrasound intensity of 0.02 to 0.5 W/cm 2 .
3. The ultrasonic toothbrush of claim 1 or 2 , wherein the said multi-directional and non-attenuated ultrasound pressure waves radiated by said transducer are operative to damage and reduce effectiveness of disease causing bacteria and bacterial colonies in the oral cavity.
4. The ultrasonic toothbrush of claim 1 or 2 , wherein the ultrasound transducer comprises at least two transducer elements radiating ultrasound pressure waves, one said transducer element radiating toward said teeth and gums, another said transducer element radiating toward the inside surfaces of the cheeks and lips of the oral cavity.
5. The ultrasonic toothbrush of claim 1 or 2 , additionally comprising a motor secured to a structure of said handle portion having means to generate orbital vibrations of said handle portion and said brush head portion.
6. The ultrasonic toothbrush of claim 5 , wherein a frequency of said orbital vibrations is between 100 Hz and 500 Hz.
7. The ultrasonic toothbrush of claim 5 , further comprising means to selectively generate orbital vibrations or not to generate said orbital vibrations of said handle portion and said brush head portion according to the desires of the user.
8. A method of treating lesions of an oral cavity by subjecting an oral flora colonizing in said lesions to multi-directional non-attenuated ultrasound pressure waves between 20 kHz and 20 MHz frequency and 0.010 to 0.500 W/cm^2 intensity radiated from an ultrasonic toothbrush comprising:
a) a brush head portion having multiple bristle tufts composed of a plurality of bristles and at least one ultrasound transducer protruding from said brush head portion between the bristles on one side and mounted flush with said brush head on an opposing side, said ultrasound transducer radiating non attenuated ultrasound pressure waves in multiple directions toward teeth and gums on one side, and toward inside surfaces of cheeks and lips of the oral cavity on an other side, and coupling said ultrasound pressure waves by a dentifrice and fluids in the oral cavity simultaneously in said multiple directions to the teeth and gums and said inside surfaces of the cheeks and lips irradiating said lesions by said ultrasound pressure waves operative to damage disease causing bacteria and to disrupt disease causing bacterial colonies residing in said lesions;
b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said electronic current to energize said ultrasound transducer located in said brush head portion.
9. The method of claim 8 , wherein the treatment of said lesions is executed concurrently with a tooth-brushing regimen.
10. The method of claim 8 , wherein the said multi-directional non-attenuated ultrasound pressure waves administered are between 750 kHz and 2 MHz frequency at an intensity of 0.035 to 0.150 W/cm 2 .
11. The method of claim 10 , wherein the treatment of said lesions is executed concurrently with a tooth-brushing regimen.
12. An ultrasonic toothbrush comprising:
a) a brush head portion having at least one bristle tuft composed of a plurality of bristles and at least one ultrasound transducer protruding from said brush head portion between the bristles on one side and mounted flush with said brush head on an opposing side, said ultrasound transducer comprises of at least two transducer elements radiating non attenuated ultrasound pressure waves in multiple directions, one said transducer element radiating toward teeth and gums, another said transducer element radiating toward inside surfaces of cheeks and lips of an oral cavity and coupling non attenuated ultrasound pressure waves by a dentifrice and fluids in the oral cavity simultaneously in said multiple directions to the teeth and gums and said inside surfaces of the cheeks and lips;
b) a handle portion containing means generating ultrasonic frequency electronic current and connecting means of said ultrasonic frequency electronic current to energize said ultrasound transducer located in said brush head portion.