Nasal band and method for improved breathing

• US 5,669,377 A
• Filed: 11/19/1996
• Issued: 09/23/1997
• Est. Priority Date: 07/05/1996
• Status: Expired due to Fees

• Current Assignee: Arthur C. Fenn
• Original Assignee: Arthur C. Fenn
• Inventors: Fenn, Arthur C.
• Primary Examiner(s): Millin, Vincent
• Assistant Examiner(s): Wieland, Robert N.
• Application Number:
  US08/752,603
• Time in Patent Office: 308 Days
• Field of Search: 128/200.24, 128/207.18, 128/898, 602/902, 602/54, 602/58, 602/5, 602/6, 602/12, 602/14, 602/16, 602/17, 602/46, 602/47, 602/61, 602/74, 606/199, 606/204.25, 606/204.45, 606/191, 606/196, 606/198
• US Class Current: 128/200.24
• CPC Class Codes: A61F 5/08 Devices for correcting deformities of the nose ; Devices for enlarging the nostril, e.g. for breathing improvement
• CPC Class Codes: A62B 9/06 Mouthpieces; Nose-clips for medical purposes A61M15/00

Abstract

A user friendly nasal band and method are provided which lifts up the tip of the nose, enlarges the nostrils and shortens the effective length of the nasal passageways. The light weight nasal band provides a comfortable sleep band and dilator strip which improves sleep and makes breathing easier for many patients. Advantageously, the sleep band and method also reduces or eliminates snoring for many patients. This is accomplished by improving the nasal airway. An improved nasal airway minimizes mouth breathing which prevents vibration of the palate, tongue, and pharyngeal walls thus reducing the noise of snoring. Air passing through the mouth during sleep causes vibration of the relaxed tongue, palate, and pharyngeal wall resulting in the noise of snoring. The nasal band also provides an attractive sports band which minimizes collapse of the nasal sidewalls during jogging or other strenuous exercise so that athletes can continue to breathe through their nose rather than breather through their open mouth. The nasal band is preferably worn vertically and stretches along the bridge of the nose from the tip of the nose to the upper part of the nasal bridge or forehead. The nasal band can comprise a waterproof adhesive tape with a lower tip portion, a bridge portion, and a top portion.

Claims

1. A nasal band, comprising:

a flexible nasal dilator for extending above a tip of a nose;

said flexible nasal dilator having a lower end comprising a base for detachably engaging the tip of the nose and upper end positioned in registration with and operatively connected to said base for detachably engaging a portion of a patient'"'"'s face above the tip of the nose; and

said upper end cooperating with said base for lifting the tip of the nose to enlarge the patient'"'"'s nostrils and decrease nasal resistance so as to enhance breathing.

2. A nasal band in accordance with claim 1 wherein:

said dilator comprises a flexible band having sufficient strength to pull the tip of the nose upwardly in the absence of wire, metal, springs, and rods; and

said portion of said patient'"'"'s face is selected from the group consisting of a patient'"'"'s forehead, a portion between the patient'"'"'s eyebrows, a nasion between the patient'"'"'s eye, and a bridge of the nose.

3. A nasal band in accordance with claim 1 having a bridge portion extending along a bridge of the nose, said bridge portion positioned between and connecting said lower end and said upper end.

4. A nasal band in accordance with claim 1 wherein said upper end of said flexible nasal dilator comprises a forehead section for removably securing and anchoring to the patient'"'"'s forehead.

5. A nasal band in accordance with claim 1 wherein said upper end comprises an enlarged top.

6. A nasal band in accordance with claim 1 wherein said dilator is selected from the group consisting of:

flexible tape, adhesive tape, transparent tape, laminated tape, flesh colored tape, porous tape, air permeable tape, breathable tape, water-resistant tape, medical tape, fabric, cloth, polyethylene, polypropylene, nylon, waxed fibers, composite fibers, flexible medical grade material, and a flexible membrane.

7. A nasal band in accordance with claim 1 wherein said base comprises a generally triangular base which at least partially conforms to the shape of said tip of the nose.

8. A nasal band in accordance with claim 1 wherein said dilator is positioned lengthwise and upwardly along a bridge of the nose and said dilator comprises a flexible strip having a maximum width less than the overall width of the nose to avoid substantially covering the sides of the nose and contacting the patient'"'"'s cheeks.

9. A nasal band in accordance with claim 8 wherein said ends of said dilator have an adhesive coating.

10. A method for improved breathing, comprising the steps of:

detachably securing a lower end of a flexible nasal band to the tip of a nose;

lifting the tip of the nose with said nasal band with sufficient force to enlarge the cross-sectional area of the anterior nares providing increased inlet nasal openings for increased air flow and capacity without the use of wire, springs, metal or rods; and

detachably securing an upper end of said nasal band above the tip of the nose.

11. A method in accordance with claim 10 including:

avoiding positioning said nasal band transversely across the entire nose; and

preventing the nasal band from contacting the wearer'"'"'s cheeks by positioning and stretching the nasal band upwardly along the bridge of the nose.

12. A method in accordance with claim 10 including detachably securing the upper end of said nasal band to a forehead.

13. A method in accordance with claim 10 including detachably securing a middle portion of said nasal band to the nasal bridge.

14. A method in accordance with claim 12 wherein

said nasal band comprise a flexible adhesive strip;

said lifting includes pulling the tip of the nose upwardly with said flexible adhesive strip; and

removably bonding said adhesive strip to the tip of the nose, nasal bridge, and the forehead.

15. A method in accordance with claim 10 including shortening the effective length of the nasal passageways with the nasal band while lifting the tip of the nose to decrease the pneumatic distance for the air to travel through the nose for improved breathing.

16. A method in accordance with claim 10 including moving the nasal passageways to a more horizontal position with said nasal band while lying down or sleeping for decreasing nasal resistance and reducing snoring.

17. A method in accordance with claim 10 including:

reducing snoring with said nasal band by reducing nasal airflow resistance;

improving the nasal airway;

reducing airflow through the mouth;

decreasing vibrations of the palate, tongue, and pharynx; and

attenuating noise of snoring.

18. A nasal band, comprising:

a flexible composite elongated nasal dilator for positioning upwardly and lengthwise along a bridge of a nose, said flexible composite elongated nasal dilator comprising

an upper membrane layer comprising flexible nasal tape with a front exterior surface and back surface;

an intermediate adhesive layer comprising a self-sticking adhesive coating disposed on a substantial portion of said back surface of said flexible tape for detachably securing said flexible tape to said nose;

a lower peelable layer comprising at least one removable strip detachably covering said adhesive layer;

said flexible composite elongated nasal dilator comprising

a lower end providing a base comprising a flexible tip portion having a shape substantially similar, complementing and conforming to a substantial portion of the tip of the nose for detachably engaging and securing attaching to the tip of the said nose, said tip portion having upwardly flared concave sections providing curved edges for positioning adjacent to but not blocking anterior nares of the nose;

an upper end providing an upper enlarged anchor section comprising a flexible forehead portion for detachably engaging and securing attaching to a forehead above the nose, said forehead section being substantially positioned in upright alignment with and above said tip portion;

an elongated intermediate central connecting section providing a bight comprising an upright flexible bridge portion extending between and integrally connecting said tip portion and said forehead portion, said bridge portion extending substantially along the entire length of a bridge of the nose, said bridge portion defining an upright crossbar for detachably connecting and securing attaching to the bridge of the nose, said bridge portion spanning a width narrower than said tip portion, forehead portion and nasal sidewalls comprising a margin covering upper nasal cartilage adjacent the bridge and alae nasi providing outer flared cartilaginous walls of the nostrils, to avoid completely covering the margin of the nasal sidewalls and contacting the cheeks; and

said forehead portion, bridge portion and tip portion cooperating with each other and having sufficient compressive strength for lifting the tip of the nose to enlarge the anterior nares providing the inlet nasal openings of the nostrils, shortening the effective length of the nasal passageways, thickening the nasal sidewalls, and decreasing nasal air resistance, to substantially enhance breathing, diminish nasal sidewall collapse and reduce snoring.

19. A nasal band in accordance with claim 18 wherein:

said forehead portion comprises a substantially rectangular forehead portion; and

said base comprises a partially triangular base with downwardly flared diverging sides for detachably engaging and securing attaching to the alae nasi comprising the outer flared cartilaginous walls of the nostrils.

20. A nasal band in accordance with claim 19 wherein:

said flexible tape is selected from the group consisting of;

water impervious tape, fluid impermeable tape, adhesive tape, transparent tape, laminated tape, flesh colored tape, porous tape, air permeable tape, breathable tape, medical tape, and combinations thereof; and

said flexible tape has a composition comprising at least one member of the group consisting of;

fabric, cloth, nylon, polyethylene, polypropylene, plastic, waxed fibers, composite fibers, and flexible medical grade material.