a light weight nasal band 10 ( fig1 - 4 ) provides a comfortable sleep band which improves the quality of sleep and makes breathing easier for many patients . the sleep band can also provide an effective anti - snoring device by improving the nasal airway , thus reducing mouth breathing . thickening the nasal sidewalls 11 and 12 prevents collapse , thus maintaining a good nasal airway . the nasal band further provides an attractive sports band which minimizes collapse of the nasal sidewalls during jogging , sports activities and other strenuous exercise so that athletes can continue to breathe through their nose rather than breathe through their open mouth . the nasal band , which is also referred to as a tip - lift adhesive nasal band , can comprise a flexible composite elongated nasal dilator 14 , which is positioned upwardly and lengthwise along the bridge 16 of a nose 17 . the nasal band and dilator have an upper top membrane layer 18 , an intermediate adhesive layer 20 , and a lower bottom peelable layer 22 . the adhesive runs along the entire length of the band as does the peelable layer . this is designed so that the middle part adheres to the bridge of the nose . the upper membrane layer 18 of the nasal band and dilator can comprise flexible nasal tape with a front exterior surface 24 and a back surface 26 ( fig2 ). the flexible tape can comprise : adhesive tape , water impervious tape ( waterproof tape ), fluid impermeable tape , laminated tape , transparent tape , flesh colored tape , porous tape , air permeable tape , breathable tape , medical tape , or combinations of the preceding . the composition of the flexible tape can be made of one or more to the following : fabric , cloth , nylon , polyethylene , polypropylene , plastic , waxed fibers , composite fibers , or other flexible medical grade material . in preferred form , the tape comprises an adhesive transparent plastic tape . the intermediate adhesive layer 20 ( fig2 ) of the nasal band and dilator comprise a self - sticking adhesive coating 27 or glue on a substantial portion of the back surface of the tape . the adhesive coating provides a tacky bondable surface which detachably secures the flexible tape to the nose and forehead . the adhesive keeps and maintains the nasal band on place on the nose and forehead . the lower peelable layer 22 ( fig2 ) of the nasal band and dilator has at least one and preferably a plurality or set of removable peelable strips 28 - 30 of flexible paper or plastic which detachably cover the adhesive layer . the peelable strips can be separated by one or more cut lines 32 or perforations 34 and cooperate with the adhesive layer and tape to provide a peel and stick adhesive nasal band . the nasal band and dilator can have : a lower end 36 ( fig1 ) which provides a base 38 and comprises a flexible tip portion 40 , an upper end 42 which provides an upper enlarged anchor section 44 and comprises a top forehead portion 46 , and an elongated intermediate central connecting section 48 which provides a bight 50 and defines a narrow strip 52 that comprises an upright flexible , intermediate bridge portion 54 . advantageously , the forehead portion ( upper end ), bridge portion ( intermediate narrow strip ) and tip portion ( lower end and base ) cooperate with each other and have sufficient compressive strength to : ( 1 ) lift the tip of the nose as shown in fig4 ( 2 ) enlarge the anterior nares 56 and 58 ( fig4 ) providing the inlet nasal openings of the nostrils , ( 3 ) shorten the effective length of the nasal passageways , ( 4 ) thicken the nasal sidewalls , ( 5 ) decrease nasal resistance , ( 6 ) substantially enhance breathing , ( 7 ) diminish nasal sidewall collapse , and ( 8 ) reduce snoring . preferably , the lower end 36 ( fig1 ) of the nasal band and dilator which provides a base 38 and comprises a flexible tip portion 40 , has a shape and configuration which is substantially similar , complements and conforms to a substantial portion of the tip of the nose in order to detachably engage and securely attach to the tip of the nose . the tip portion ( base ) can have upwardly flared concave sections 60 and 62 which provide curved edges 64 and 66 and nostril openings 68 and 70 that are positioned adjacent to but do not block the anterior nares and nostrils of the nose . in the preferred embodiment , the base ( tip portion ) comprises a partially triangular base 38 with downwardly diverging , slanted straight sides 71 and 72 to detachably engage and securely attach to the alae nasi 73 and 74 ( fig3 ) comprising the outer flared cartilaginous walls of the nostrils . in some circumstances , it may be desirable to use a base ( tip portion ) with a different shape . the upper end 42 ( fig1 ) of the nasal band and dilator , which provides an upper enlarged anchor section 44 and comprises a flexible forehead portion 46 , is adapted and arranged to detachably engage and securely attach to the forehead 75 ( fig3 and 4 ) at a location above the nose . the forehead section of the nasal band can be positioned in upright alignment with and disposed at an elevation generally vertically above the lower end comprising the base and tip portion of the nasal band . in the illustrated embodiment , the forehead portion 46 ( fig1 ) of the nasal band and dilator is generally rectangular and wider than the intermediate bridge portion ( narrow strip and bight ). the rectangular forehead portion can have rounded comers 76 - 79 , squared or perpendicular comers , can have a straight horizontal upper edge 80 , and can have downwardly flared sides 82 and 84 , such as downwardly diverging sides . the forehead portion of the nasal band can span a maximum width similar to the tip portion ( base ) of the nasal band . in some circumstances , it may be desirable that the forehead portion of the nasal band have a different shape , size , or be wider , narrower or the same widths as the intermediate bridge portion ( narrow strip and bight ) or the tip portion ( base ). the intermediate central connecting section 48 ( fig1 ) of the nasal band and dilator that provides a bight 50 and defines a narrow strip 52 which comprises the intermediate bridge portion 54 , extends between and integrally connects the tip portion ( base ) and the forehead portion . in the preferred embodiment , the bridge portion is rectangular with elongated parallel straight vertical sides 86 and 88 . the bridge portion can extend substantially along the entire length of the nose . the bridge portion defines an upright crossbar 90 which detachably connects and securely attaches to the bridge of the nose . in the illustrative embodiment , the bridge portion of the nasal band spans a width which is narrower than the tip portion ( base ) and forehead portion of the nasal band . preferably , the bridge portion of the nasal band is narrower than the nasal sidewalls , which comprise the nasal margin 92 and 94 ( fig3 ) that covers the upper nasal cartilage adjacent the nasal bridge and the alae nasi 73 and 74 that provides the outer flared cartilaginous walls of the nostrils , to avoid completely covering the nasal margins and contacting the patient &# 39 ; s cheeks 96 and 98 ( fig4 ). in some circumstance , it may be desirable to use a different size or shaped bridge portion in the nasal band . the nasal band can be packaged and stored generally flat so that the front exterior surfaces ( top surface ) of forehead portion , bridge portion and tip portion ( base ) of the flexible adhesive tape are positioned in coplanar alignment and registration with each other . preferably , the nasal band is packaged , sealed and stored in a transparent wrapper , glassive package , paper envelope , sterile container , or other packaging which prevents contamination with dirt , debris and other substances . the peelable strips 28 - 30 ( fig2 ) on the underside of the nasal band can be separated by cut lines 32 or perforations 34 between the tip portion ( base ) and bridge portion , as well as between the forehead portion and bridge portion , to facilitate removal of the peelable strips in order to apply the sticky adhesive tape of the composite nasal band to the nose , bridge and forehead . the nasal band preferably has 2 - 3 peelable strips which are shaped similar to the corresponding tip , bridge and forehead portions of the adhesive tape . the middle portion has to adhere to the nasal bridge to avoid a suspended bridge - type effect from the tip to the forehead . in some circumstances , it may be desirable that the nasal band has more or less peelable strips , or that parts of the bridge portion not be covered with an adhesive coating and peelable strips . in order to use the nasal band , the nasal band is removed from its packaging by opening the packaging or container and withdrawing the nasal band . the peelable strips covering the adhesive coating can be peeled off and removed in a sequential manner before applying and contacting the adhesive tape of the nasal strip to the nose and forehead . the nasal band can be applied first to the nasal tip . while pulling upward on the adhesive band , the middle part providing the bridge portion of the nasal band is applied and adhered to the bridge of the nose . continuing to pull up on the nasal band , the top part providing the forehead portion is applied to the forehead . application of the nasal band in this matter allows the nasal openings to approach a more horizontal position when lying down or sleeping . when the nasal openings approach a more horizonal position , there is less resistance to air entering into the nose . breathing is then made easier . the method of applying the flexible nasal band comprising the special flexible adhesive strip , provides a particularly useful non - surgical procedure to improve breathing . specifically , the lower adhesive end comprising the tip portion ( base ) of the flexible nasal band is detachably secured and applied to the tip of the nose . desirably , the tip of the nose is lifted and pulled upwardly with the nasal band with sufficient force to enlarge the cross - sectional area of the anterior nares that provide the inlet nasal openings in order to increase nasal air flow and capacity . advantageously , the requisite lifting and pulling is accomplished by the nasal band without the use of wire , spring , metal , or plastic rods as in prior nasal strips and devices because of the above - described special construction , shape and arrangement of the inventive nasal band . the bridge portion ( intermediate narrow strip ) of the nasal band can be aligned , positioned , stretched , detachably secured and applied upwardly at an angle of inclination along the bridge of the patient &# 39 ; s nose . preferably , the bridge portion of the nasal band is applied , positioned and located upwardly ( vertically ) rather than horizontally , transversely and crosswise across the patient &# 39 ; s nose so as to avoid contacting the cheeks of the patient ( wearer ). thereafter , the forehead portion ( upper end ) of the nasal band can be applied , detachably secured and removably bonded to a portion of the patient &# 39 ; s forehead above the bridge of the nose and nasion between the patient &# 39 ; s eye . sometimes , it may be desirable to reverse the order and sequence of application steps , such as by applying the forehead portion to the forehead before the bridge portion is applied and removably secured ( fastened ) to the nasal bridge or before the tip portion ( base ) is applied and removably secured ( fastened ) to the nasal tip . furthermore , in some circumstances it may be desirably to use a smaller or shorter nasal band , so that the upper end is secured to the nasal bridge or to the nasion between the eyes or to a portion between the eyebrows . the nasal band is flexible and when applied , conforms to the profile of the patient &# 39 ; s nose ( tip and bridge ) and forehead . advantageously , when properly applied , the nasal band : ( a ) shortens the effective length of the nasal passageways while lifting the tip of the nose ; ( b ) moves the nasal passageways to a more horizontal position while laying down , sleeping or standing upright ; © decreases nasal resistance ; ( d ) diminishes collapse of the nasal sidewalls comprising the alae nasi that provide the outer flared cartilaginous walls of the nostrils and the nasal margin which cover the upper nasal cartilage next to the nasal bridge , ( e ) thickens and compresses the nasal sidewalls ; and ( f ) reduces snoring . the inventive nasal band was tested on many patients . the nasal band had the preferred construction and shape as described above and as illustrated in the accompanying patent drawings . the nasal band was applied to the nasal tip , bridge , and forehead as described previously . the patients were of the age , sex , race and build indicated in the following chart . ______________________________________patient age sex race build______________________________________example 1 87 male white mediumexample 2 85 female white overweightexample 3 13 male white mediumexample 4 16 female white petiteexample 5 58 male white mediumexample 6 46 female white mediumexample 7 49 female white petiteexample 8 68 male white overweightexample 9 64 female white petiteexample 10 28 female white petiteexample 11 32 male white mediumexample 12 35 male black medium______________________________________ the tests provided surprising , unexpectedly good results . all patients report significant improvements in their nasal airways and breathing . nasal resistance was reduced . no nasal sidewall collapse or snoring was observed . the nostril openings ( anterior nares ) were enlarged and stretched comfortably upwardly to shorten the effective length of the nasal passageways . the nostrils and nasal passageways were oriented , lifted and adjusted upwardly towards the forehead . better nasal airflow and more oxygen intake occurred . breathing was easier , better and more comfortable . among the many advantages of the inventive nasal band and improved method for enhanced breathing are : although embodiments of the invention have been shown and described , it is to be understood that various modifications and substitutions , as well as rearrangements of parts , components and process steps , can be made by those skilled in the art without departing from the novel spirit and scope of this invention .
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 .