Abstract: A adjustable nasal dilator filter incorporating unique insertable symmetrical loops with electrical and mechanical design features for improving breathing, air filtration, sleep and snoring which is adjustable, self adjusting, re-useable, comfortable, safe, economical and uses no drugs or adhesives. The device consists of two symmetric polymer loops formed by a retaining tube. The, material, size, configuration, and electrical characteristics of these loops was designed to improve nasal air filtration as well as reshape and strengthen the internal nasal breathing passageways in order to provide the stated positive benefits. The interface with the nostrils and combined functionality of this device including the air filtration feature and universal adjustability makes this device unique and superior to prior art.

Abstract: A nose end adjusting device includes a first nostril projection having a first upper surface. The base connector has a recess and a vertical axis. The recess has a recess base and a recess gap. The recess base accepts the back of the septum of a nose, and the recess gap accepts the end of the septum of the nose. The vertical axis and the first upper surface form an angle &agr;. When the first nostril projection is inserted into a first nostril of the nose, the first nostril projection applies pressure to the first nostril. The pressure causes the first nostril and the nose to be lowered.

Abstract: A nasal air passage device is provided that includes connected tubes for insertion into the nostrils. The tubes support the nostrils' interior walls, allowing an increased amount of air to pass through the nostrils, particularly during sleep. Each tube has an exterior surface that has nonconformities, such as mound-shaped, including bubble-shaped, and ridge-shaped protrusions, and the like, that are distributed in a substantially uniform manner across the exterior surface. The nonconformities cause discontinuities between the exterior surface area and the nostril interior wall tissue, thus reducing the tendency to dry and stick. The nonconformities can be arranged in substantial alignment or randomly, can be uniform or varied in size, and can be resilient or inelastic. Each tube has a forward and rearward end that is inwardly tapered, thus eliminating the presentation of a right-angled forward or rearward end to the nostril interior wall tissues.

Abstract: Assistance for breathing is provided for both humans and animals by providing for a member to adhere along only one or separately both sides of a nose and having a shape so that a part of the member can adhere over a bone of the nose and then in cantilever fashion adhere to and thereby support soft flesh forming an outer side of a nasal passage so as to keep this open even with heavy breathing.

Abstract: Various embodiments of devices to reduce or prevent nasal breathing and snoring are provided. In one embodiment, the devices have open tubular elements which are conic-frustum shaped along an axis, having a larger diameter first end and taper toward a second smaller diameter second end. The tubular elements may have passageways that extend transversely through the tubular elements. In another embodiment, the first ends of the tubular elements are connected by coupling element. The coupling element can be a curved strut shape that maintains the tubular elements in a spaced apart, generally parallel relationship. In alternate embodiments, tabs extend from the first end of the tubular elements and are elongated in the direction toward the second end. The tabs may be attached to the first end, or extend from tab supports that extend radially from the first ends. The user inserts the tubular elements into the nasal passages to increased airflow through the nasal passages during sleep.

Abstract: An airborne contaminant indicating device adapted for attachment to a person's nose for indicating the presence of a contaminant entrained in an air stream passing through the nose. In a particularly preferred embodiment, the device is a clip with a proximal “UU” shaped dilating portion adapted to be inserted within the nostrils; the “U's” being connected to one another medially by an elastically deformable extension portion, the extension portion being two straight parallel strips, one end of the strips being integral with the dilating portion and the opposing end of the strip integral with an arcuate septum attachment portion. The septum attachment portion spaces the distal ends of the strips of the extension portion so that the strips straddle and gently squeeze the nasal septum. The device has a contaminant-interactive coated surface in contact with a portion of the air passing through the nose. The design of the embodiment provides maximum air flow through the nostrils.

Abstract: Nasal dilators and strips, methods of their manufacture, and methods for improving the breathing of individuals are provided. The strips and dilators include an elongated substrate, with or without a dilating component or portion, having top and bottom surfaces and a pressure-sensitive adhesive disposed on the bottom surface. The dilator is designed to provide a gentle expanding force to the nasal wall tissue when the dilator is adhesively attached to the nose. This invention further includes a cosmetic fragrance, an aromatic medication and/or transdermal medication disposed on the strips or dilators. In order to improve the shelf-life and in-use olfactory effectiveness of such products, fragrance delivery mechanisms are used. Separation of volatile oils and adhesives are also provided to minimize adhesive residue.

Abstract: This invention is a nasal dilator (1) for dilating a first and a second nasal passage of a nose of an animal, including a first member (2) and a second member (4) for inserting in the nostrils of the animal and maintained in a spaced-apart relationship with attachment arms (8,10) to maintain the dilator in place.

Abstract: Various embodiments of devices to reduce or prevent nasal breathing and snoring are provided. In one embodiment, the devices have open tubular elements which are conic-frustum shaped along an axis, having a larger diameter first end and taper toward a second smaller diameter second end. The tubular elements may have passageways that extend transversely through the tubular elements. In another embodiment, the first ends of the tubular elements are connected by coupling element. The coupling element can be a curved strut shape that maintains the tubular elements in a spaced apart, generally parallel relationship. In alternate embodiments, tabs extend from the first end of the tubular elements and are elongated in the direction toward the second end. The tabs may be attached to the first end, or extend from tab supports that extend radially from the first ends.

Abstract: A lubrication system is disclosed which minimizes friction and that is useful for application on the surface of a flexible portion of a medical device. Such a lubrication system includes a lubricant that is able to move when the flexible portion of the medical device flexes and is biocompatible and is not degraded by the application of alcohol or other conventional medical sterilizing and cleaning agents. The lubricant is bonded to the surface of the flexible portion of the medical device. The lubrication system may be used on an elastomeric septum, such as a silicone rubber elastomer. The lubricant coating may be any type of coating that can be chemically bonded to the elastomer, such as di-paraxylene, poly-(p-xylene), polytetrafluoroethylene, or polyvinylpyrrolidone.

Abstract: This invention is a nasal dilator (1) for dilating a first and a second nasal passage of a nose of an animal, including a first member (2) and a second member (4) for inserting in the nostrils of the animal and maintained in a spaced-apart relationship with attachment arms (8,10) to maintain the dilator in place.

Abstract: Devices and methods for facilitating air flow in the nasal passages of domestic animals are disclosed. The devices include support devices for supporting unsupported tissues of the nasal passages which facilitate air flow during rest, physical exertion, respiratory ailment, etc. Components and methods to facilitate application of the support device to the nose of an animal are also disclosed.

Abstract: The nasal dilator of this invention comprises a truss which includes a resilient spring member secured between a base layer and a cover member. The cover member extends beyond the perimeter of the spring member for maximum adherence of the truss to the outer skin surface of the nose of a wearer. The lateral sides of the dilator are angled to correspond to the line where the nose meets the cheek, and a separation, projection, or other index marker is formed member midway between the end edges of the truss, to assist centering the dilator on the nose. In one embodiment the spring member is formed with end pairs of resilient spring fingers configured to provide dilating force to the vestibule area of the nose, in addition to the valve area.

Abstract: A nasal dilator that prevents the outer wall tissue of the nasal passages of the nose from drawing in during breathing includes a flexible strip of material having a first end region, a second end region and an intermediate segment. The dilator further includes first and second resilient bands secured to one surface of the strip the first and second end regions, and a third resilient band secured to a second surface of the flexible strip adjacent the intermediate segment. The ends of the third resilient band overlie the inward ends of the first and second resilient bands whereby the third resilient band extends over and at least partly beyond the bridge on both sides of the bridge of the nose. A first adhesive surface covers the first surface of the strip of material so that there is a perimeter of space formed around and between the first and second resilient bands which are inset centrally on the strip.

Abstract: Devices and methods for facilitating air flow in the nasal passages of domestic animals. The devices include support devices for supporting unsupported tissues of the nasal passages which facilitate air flow during rest, physical exertion, respiratory ailment, etc. Components and methods to facilitate application of the support device to the nose of an animal are also disclosed.

Abstract: A surgical mask of the type worn about the nose and face and tied about the head or ears. To the inner surface of the mask, a nasal dilator, in the form of two attachment devices, each with a base upon which two layers of pressure sensitive adhesive is applied using one of the adhesive layers. The mask is pinched in towards the sides of the nose and the adjacent portions of the face to attach the mask to the nose and adjacent portions of the face. When the pinch in forces are removed the mask attempts to return to its initial position and outwardly moves the skin and muscles of the sides of the nose and adjacent face portions to expand the nasal passages of the nose. The attachment devices cover muscles which control the lower valve and the inner valve of the nose and are attached with ⅔ of their area on the nose and ⅓ of their area on the face.

Abstract: The invention is directed to devices and methods for tissue dilators. In preferred embodiments, the dilators are particularly advantageous for use as a nasal dilator for dilating or supporting tissues overlying a nasal passage. The present invention relates to tissue dilator devices, methods of fabrication of tissue dilators, and methods of use for tissue dilators. In particular, the present invention relates to a wide variety of tissue dilators adapted to be coupled to dilate interior nasal passages of a subject including the vestibule and/or the valve thereof. The present invention is not intended to be limited to the illustrated or described embodiments as they are intended merely to assist the reader of this disclosure in understanding the subject matter of the invention described, taught, enabled and depicted herein.

Abstract: A device for dilating nasal passageway which includes a resilient bar having pads on opposite ends for insertion into respective nasal passageways and the bar when bent causes a biasing outward force on the pads to dilate the anterior section of the nasal cavity with said bar having notches thereon which can be selectively cut to reduce the bearing force on the pads.

Abstract: An internal nasal implant (10) for opening nasal valves (12, 13) of a human nasal cavity (14) includes an elongate body (16) of biocompatible material having a length to span dorsal surface portions of first and second upper lateral cartilage of a human nose. The elongate body (16) has a first end portion (22) and a second end portion (26) connected by a base portion to form an overall V-shape. The first end portion (22) and the second end portion (26) are capable of biasing the first and second upper lateral cartilage apart to increase air flow through the nasal valves (12, 13).

Abstract: A nasal dilator that prevents the outer wall tissue of the nasal passages of the nose from drawing in during breathing comprises a truss member. The truss member includes a flexible strip of material having a first end region, a second end region and an intermediate segment. The first and second end regions are adapted to engage the outer wall tissue of first and second nasal passages of the nose. The intermediate segment is configured to traverse a portion of a nose located between the first and second nasal passages. The truss member further includes first and second resilient bands secured to the strip of material adjacent opposite edges of the intermediate segment. The resiliency of the first and second resilient bands acts to stabilize the outer wall tissue and thereby prevents the outer wall tissue of the first and second nasal passages from drawing in during breathing.

Abstract: Nasal dilators and strips, methods of their manufacture, and methods for improving the breathing of individuals are provided. The strips and dilators include an elongated substrate, with or without a dilating component or portion, having top and bottom surfaces and a pressure-sensitive adhesive disposed on the bottom surface. The dilator is designed to provide a gentle expanding force to the nasal wall tissue when the dilator is adhesively attached to the nose. This invention further includes a cosmetic fragrance, an aromatic medication and/or transdermal medication disposed on the strips or dilators. In order to improve the shelf-life and in-use olfactory effectiveness of such products, fragrance delivery mechanisms are used. Separation of volatile oils and adhesives are also provided to minimize adhesive residue.

Abstract: A method of introducing a vapor (41) of a volatile substance into an inhalation flow path (24, 25) of a respiratory organ (22, 23), the method comprising the steps of providing a carrier (31, 51, 51′) having a volatile substance and engaging the carrier (31, 51, 51′) at the inhalation flow path (24, 25) of the respiratory organ (22, 23).

Abstract: An adhesive nasal dilator for affixing to the cheek area of a user for improving breathing and lessening of nasal passageway constriction, the nasal dilator comprising a substrate member having an adhesive layer formed on one side thereof, said adhesive layer positioned proximate the cheek bone of the user and extended rearwardly towards the ear where the second end of the adhesive layer is affixed to a skin portion of the user so as to open the nasal passageway.

Abstract: Nasal dilators and methods for improving the breathing of individuals are provid. The dilator includes an elongated substrate having top and bottom surfaces and a pressure-sensitive adhesive disposed on the bottom surface. The elongated substrate can be made with resilient or spring material, or a resilient member can be bonded to the substrate to provide a gentle expanding force to the nasal wall tissue when the dilator is adhesively attached to the nose. This invention further includes an aromatic or transdermal substance, or both, disposed on the dilator to further improve breathing. Ideal aromatic substances include camphor and menthol. The aromatic substance can be disposed in a segregate form or in body activatable composition.

Abstract: A dilator/insert internally support the lateral nasal walls and securely stay in place without discomfort. It stays inserted by a pair of ledges (9a and 10a) and/or catches (7a and 8a), each resting behind a respective: limen nasi ridge (a somewhat vertical central protuberance on a lateral nasal wall); and/or a foot of the columella (the ‘meaty’ protuberance peripherally off the base of the columella). The insert is confined from shifting off those protuberances by being tall (distance between 1a and 2a); almost as tall near the entrances of the nose as the entrances themselves. When worn, the bridge (1a and 2a)/leg (3a, 4a an 5a, 6a) assemblies look like two central nose rings. The peripheral rigidity of the bridge/leg assemblies braces the lateral walls of the nose apart and keeps the ledges in position. Catches can position midway rearward on bottom legs; and they extend centrally enough to rest behind, without engaging, the feet of the columella.

Abstract: The anti-snoring invention comprises as internal nasal dilator having a combination of elements constructed and arranged to provide near-normal breathing for the wearer, while preventing the dilator from falling out of the nose, and without annoyance or discomfort for the wearer. To carry out the inventive concept, the internal dilator comprises a combination of several elements. First a V-shaped member, such as a flat spring is provided, with resilient pad means attached at each end thereof. A flexible nasal strip is then attached by the wearer at the central portion (outside bottom) of the V-shaped spring by adhesive means in one form of the invention, or by clamping means in another form; the nasal strip has two adhesive portions at or near the free unattached strip-ends. The spring-ends with the pad means are inserted by the wearer inside the two nostrils so the spring can spread the outer walls of the nose to increase the nasal opening for improved breathing.

Abstract: Assistance for breathing is provided for both humans and animals by providing for a member to adhere along only one or separately both sides of a nose and having a shape so that a part of the member can adhere over a bone of the nose and then in cantilever fashion adhere to and thereby support soft flesh forming an outer side of a nasal passage so as to keep this open even with heavy breathing.

Abstract: The present disclosure provides a device and method for facilitating air flow in the nasal passage of a domestic animal. The device is a nasal support device useful for facilitating air flow during rest, physical exertion, respiratory ailment, etc. In one embodiment the nasal support device secures to the nose of a domestic animal to support the unsupported lateral vestibular walls of the nasal passages by lifting or stinting.

Abstract: A septal splint that does not require surgical removal after implantation. The septal splint is designed to be dissolvable over a period of time, thereby eliminating the need to surgically remove the splint. Preferably, the splint dissolves within four weeks after placement. The dissolvable splint of the invention allows surgeons that provide services to rural and small medical facilities at infrequent intervals, such as once per month, to perform septoplasty procedures without requiring the surgeons to make special arrangements for follow-up visits to remove the splints. Furthermore, the dissolvable splint eliminates the need for a splint removal procedure, which is particularly difficult to perform with children.

Abstract: A surgically implantable nasal dilator for implanting within the nasal tissues of a user having an internal skeleton structure of inverted V-shape capable of being implanted within the nasal tissues of a user and imparting an oppositely directed opening force on the wall tissues of the nose of the user, and an external sheath, formed from a biocompatible material, encasing the internal skeleton structure.

Abstract: A nasal dilator for preventing outer wall tissue of nasal passages of a nose from drawing in during breathing. There is an arcuate spring member for bridging a human nose, the spring member extending over the bridge and at least partly beyond the bridge on both sides of the bridge. An arcuate pad with an adhesive surface covers the spring member and extends around the spring member so that there is a perimeter of space formed between the spring member and the pad member. The spring is inset centrally in the pad. An adhesive between the spring member and the pad wholly connects the spring member on its entire engaging surface with the pad. The pad may include a protrusion to facilitate centralizing the dilator on the nose in use and there can be several overlapping release liners to facilitate use of the dilator.

Abstract: A mounting structure for a nasal oxygen catheter elevates and somewhat shortens the tip of the nose of a user to increase the area of the nasal air passages whereby a large quantity of air may enter the nostrils and sweep oxygen into the nostrils with each inhalation of the user. In a preferred embodiment a cup-shaped member snubs the end of the nose and has preferably a plurality of downwardly extending fingers in contact with said catheter.

Abstract: A nostril dilator with a longitudinal shape having a first nostril holding member and a second nostril holding member located at opposing ends. Each holding member is provided with a first layer of adhesive for temporary adherence to the nostril. The nostril dilator also comprising a connecting member for joining the first and second holding members to each other and keeping them at a distance from each other. The nostril dilator also having an elastic member connected at least to the first and second holding members for drawing open the nostrils of the nose.

Abstract: A nasal dilator for preventing outer wall tissue of nasal passages of a nose from drawing in during breathing. There is a spring member for bridging a human nose, the spring member extending over the bridge and at least partly beyond the bridge on both sides of the bridge. A pad having a flexible section of lesser resilience than the spring, and with an adhesive surface covers the spring member and extends around the spring member so that there is a perimeter of space formed between the spring member and the pad member. The spring is inset centrally in the pad. An adhesive between the spring member and the pad wholly connects the spring member on its entire engaging surface with the pad. The edges of the pad can lift from the nose. The dilator can be formed of transparent or clear material so as to enhance its cosmetic appearance on the nose, and there can be printing on one or more members of the dilator.

Abstract: A device and method for facilitating air flow in the nasal passage of a domestic animal. The nasal support device (NSD) disclosed herein is useful for facilitating air flow during rest, physical exertion, respiratory ailment, etc. The NSD secures to the nose of a domestic animal to support the unsupported lateral vestibular walls of the nasal passages by lifting or stenting.

Abstract: A nasal dilator (10") for placing on a user's nose and for improving respiration through the nose by dilation of the user's nostrils comprises a central, resilient, beam-shaped element (12) and two attaching elements (14 and 16) placed at respective ends of the beam-shaped element for attachment to respective sides of the user's nose. The beam-shaped element (12) extends in use from one side of the user's nose across the bridge of the user's nose to the other side of the user's nose and the central, resilient, beam-shaped element (12) and the two attaching elements (14, 16) are integrally made of plastic. The nasal dilator (10") constitutes a configuration which is symmetrical relative to a central plane perpendicular to the longitudinal axis of the beam-shaped element and preferably constitutes an overall curved structure or alternatively a substantially plane structure.

Abstract: A method for simultaneously isolating the flow of blood in a nasal cavity and withdrawing the blood from the nasal cavity is disclosed. The method comprises the steps of inserting a catheter into the nasal cavity. The catheter is composed of a tube and a duct and a forward end capable of being enlarged to form a balloon. Once the catheter is positioned in the nasal passage, air is pumped into the catheter through the tube to inflate the balloon. The inflated balloon forms a seal within the nasal cavity that prevents the flow of blood beyond the seal.Simultaneously, blood is drawn into the catheter by applying a suction force to the duct. Suction may be accomplished by attaching a vacuum at the opposite end of the catheter and connecting it to the duct. The blood is drawn into the duct through a plurality of holes that connect the periphery of the catheter with the duct. The blood thus drawn into the duct is removed from the nasal cavity and disposed away from it.

Abstract: An odor desensitizing intra-nasal clip for dental patients includes a bendable arcuate band extending between distal ends. The ends have odor-emitting pads affixed thereon. The band has an inner surface coextensive with the band, wherein the inner surface contacts the respective right and left sides of a user's nasal septum when the outer distal ends are inserted into a user's right and left nostrils, with the band wrapped around the lower distal end of the nasal septum. Preferably, the band has a pair of reverse curvatures near its outer distal ends, so that the reverse curvatures separate the ends from contact with the surface of the user's nasal septum. To mask dental odors during dental procedures, the intra-nasal clip has odor-emitting absorbent pads attached to its distal ends; with odorant absorbed therein.

Abstract: An eyeglass frame structure having combined a pair of nasal dilators for the relief of nasal passageway airflow. Each dilator means comprises a spring member which is substantially curved to follow the lens receiving portion of the frame and which is adapted to engage the eyeglass frame. The distal portion of the spring member comprises an adhesive for releasably securing to a user's nose. The potential energy force of the dilator adhered to the nose prevents outer wall tissue of nasal passages of a nose from drawing in during breathing. The nasal dilator may or may not be in unity with the eyeglass frame structure.

Abstract: A nasal passage device comprising a pair of hollow nasal inserts shaped to conform to the wearer's nasal passages and worn inside the nose and having a handle portion which connects the pair of nasal inserts.

Abstract: A nasal splint obturator for maintaining splint passageways open and unblocked having a yoke-like device including spaced-apart and parallel arms joined by a cross member with a downwardly depending finger-grasping element. The arms are elongated of semi-circular cross-section having opposing inner flat surfaces and curved outer surfaces. In another version, a single elongated member is employed of hollow construction and including a finger hole adapted to be temporarily covered to permit evacuation by suction techniques.

Abstract: A nasal dilator comprising a backing substrate having a first face and a second face. On the first face, there is provided a fibrous pressure-sensitive adhesive layer that comprises an entangled web of pressure-sensitive adhesive fibers. The fibrous adhesive layer has a moisture vapor transmission rate (MVTR) of at least 1000 g/m.sup.2 /day, and an adhesion to skin of at least 20 g/2.5 cm. On the second face of the backing, there is provided a resilient spring which extends along the length of the backing and is attached to at least two end regions of the backing. The fibrous adhesive layer provides for a nasal dilator that can be repeatedly attached to a wearer's nose with minimal levels of skin damage or trauma upon removal and increased levels of comfort while being used.

Abstract: An apparatus for preventing a nasal passage of a nose from constricting during breathing, the nose including a summit and a spaced-apart base presenting an orifice and an outer wall bounding a nasal passage, the outer wall having a substantially concave outer surface extending substantially from the summit to the base, the apparatus comprising a resilient body having a normal state, the resilient body engagable when flexed with the substantially concave surface of the nose extending longitudinally substantially from the summit to the base, the inherent tendency of the resilient body to assume the normal state to stabilize the outer wall substantially from the summit to the base and prevent the outer wall from drawing inwardly during breathing.

Abstract: A device for establishing and maintaining an airway through the nasal passages. The device is a clip of unitary construction with a proximal "UU" shaped dilating portion adapted to be inserted within the nostrils; the "U's" being connected to one another medially by an elastically deformable extension portion, the extension portion being two straight parallel strips, one end of the strips being integral with the dilating portion and the opposing end of the strip integral with an arcuate septum attachment portion. The septum attachment portion spaces the distal ends of the strips of the extension portion so that the strips straddle and gently squeeze the nasal septum. The device provides maximum air flow through the nostrils. The device is attached to the nose by means of the distal elastically deformable septum attachment portion which is adapted to anatomically conform to and releasably engage the inferior margin of the nasal septum.

Abstract: A paraseptal splint for use in surgical nasal septoplasties and septovalvuloplasties. The splint comprises a laminar body made of biocompatible material which has a posterior portion meant to be arranged paraseptally in the nasal fossa and, in the medioposterior septal region, and an anterior wing meant to be arranged in the vestibular region, in the valvular region and in the anterior septal portion of the nose. The anterior wing has an anterosuperior portion which is pre-folded, or meant to be folded, with respect to the plane of arrangement of the remaining part of the laminar body, at an angle which corresponds to the anatomical angle between the septal cartilage and the triangular cartilage in the valvular region of the nose.

Abstract: A device for applying a continuous pressure and magnetic field to the septum of a wearer. The device comprises a generally U-shaped member comprising a base and two parallel arms, each of said arms being inserted into a nostril of a wearer, said arms being further biased toward said septum; canted bulbous protrusions at the ends of said legs for applying pressure to the septum of the wearer; and magnets within the bulbous protrusions for facilitating the closure of said arms and legs and for applying a magnetic field to said septum.

Abstract: A device and method for facilitating air flow in the nasal passage of a domestic animal. The device is a nasal support device useful for facilitating air flow during rest, physical exertion, respiratory ailment, etc. In one embodiment the nasal support device secures to the nose of a domestic animal to support the unsupported lateral vestibular walls of the nasal passages by lifting or stinting.

Abstract: A nasal dilator is disclosed which is provided in various sizes to fit and be retained within a person's nostril. The device functions to dilate the nasal passage and allow easier breathing during strenuous exercise, the administration of anesthetics to keep nasal airways open before, during and after general anesthesia which requires ventilation by bag or mouth, or in the presence of some breathing disorders in nasal airways. The dilator in its several embodiments is an open framework of non-toxic, non-abrasive, compliant elongate members which is inserted into the nostril and is retained in place by gentle pressure between the nasal walls and the dilator. Prevention of deep nasal insertion is provided by a larger external end of the dilator which contacts the narrowing nasal passage toward the inner end thereof and also serves as a contact for insertion and removal.

Abstract: A device to be used for daily cleaning a user's internal walls of his or her nasal cavities. The device is elongated with two ends and an increasing diameter away from the ends. The device is made out of a soft material that conforms to the space defined by the internal wall of a user's nasal cavities. An inner elongated and longitudinally extending core made out of a firmer material is used to enhance the overall resiliency of the device. A plurality of soft filaments extend from the outer surface of the elongated body that with the longitudinally disposed grooves trap the secretions and facilitate their removal. Inserting the device causes it to exert an outwardly radial pressure to aid in the impregnated on the device to provide a user with relief and/or therapeutic treatment.

Abstract: The present invention relates to a nasal dilator which comprises a means for dilating the nostrils and a thermal element, which can be worn on the nose of a human for an extended period of time, as well as a method of treatment for relief of nasal congestion/blockage, sinus discomfort and pain, and other cold and/or allergy symptoms associated therewith, by applying said nasal dilator to the nose of a human in need of such treatment.