TWI686638B - Adjustable nasal insert - Google Patents

Abstract

An adjustable nasal insert is disclosed in the present invention. The adjustable nasal insert includes a supporting unit and a micro airflow modulating unit. The projection length of the supporting unit is larger than the distance between the tip to the subnasale of the nose so that the shape of the nose will be modified via inserting the adjustable nasal insert. Meanwhile, the micro airflow modulating unit can be exerted to selectively provide the functions of filtering, drug delivery, aromatherapy, flex adjusting and so on. The adjustable nasal insert of the present invention can shape the nose without surgical operation and provide multi-functions according to all kinds of requirements.

Description

Nose regulator

The invention relates to an adjuster, in particular to a nasal adjuster, which can be placed in a nasal passage of a user to adjust the nose shape and provide multiple functions to meet different needs of the user.

People always spare no effort to pursue a beautiful appearance. Therefore, cosmetic medicine has become the most mainstream method of plastic surgery. However, in order to prolong the effect of plastic surgery, cosmetic medicine mostly uses invasive methods to achieve the purpose of plastic surgery, that is, the method of surgery. Not only must it cost a lot, the surgical procedure itself and postoperative recovery have a very high risk, and in general, once the operation is performed, the results are usually difficult to recover easily, unless through another operation, if Unexpected results are quite difficult to recover.

In view of the problems that may be caused by surgery and post-surgery, there are currently many different nose beauty devices on the market, as shown in FIG. 7A, which is a conventional clip-on nose beauty device 3, and its structure is similar to a clip body Moreover, it is clamped outside the nasal cavity of the user to correct the soft tissue and cartilage tissue inside the nasal cavity. In recent years, more emphasis has been placed on special cosmetic fluids, such as essential oils, etc., to improve the effect of correcting the appearance of the nasal cavity. In addition, as shown in FIG. 7B, it is an invisible beauty nose device 4. The so-called invisible system is almost impossible to recognize its existence after being placed inside the nasal cavity. Piece 44 and the connecting rod 42 connecting the two abutting pieces 44, although such a nose-beautifying device 4 has an invisible advantage However, in actual use, it often happens that the wearing is uncomfortable and affects the smoothness of breathing...etc.

It can be seen that although the invisible beauty nose device 4 currently on the market can achieve almost complete invisibility, it may make the wearer feel uneasy to breathe. For users with respiratory diseases and allergic symptoms, wear the conventional The invisible beauty nose device 4 is bound to make the breathing situation worse. In addition, for the average user, after wearing it, in addition to the uncomfortable feeling, for the polluted air in the environment, excessive pathogens... and other harmful substances There is no filtering effect. Referring again to the conventional invisible mask shown in FIG. 7C, it can be seen that in the structural design of the conventional invisible mask 5, the main consideration is to conform to the shape and size of the opening of the user's nasal cavity, and there is no transmission through the invisible mask 5. The structure is to achieve the purpose of modifying the nose shape, and for the convenience of taking and placing, a connecting member 54 is usually connected between the filter elements 52 placed in the openings of the two nasal cavities, and the two filter elements 52 are connected in series. However, the concealment of the invisible mask 5 is actually inferior to that of the invisible beauty nose device 4 due to the exposed connecting piece 54.

Based on the bottleneck experienced by the conventional technology, the present invention provides a nasal adjuster, which realizes the adjustment of the nose shape and other special functions at the same time, and can be completely invisible when worn, so it can be more beautiful , More practical.

The main object of the present invention is to provide a nasal adjuster which presses the first abutting member and the second abutting member of the support unit against the tip of the user's nose and the base of the nose, and the projection length of the support unit is greater than the tip of the nose The distance to the nose base can change the shape of the nasal cavity, and the micro-air flow adjustment unit connected to the supporting unit can be matched with different components to achieve a specific effect.

The secondary object of the present invention is to provide a nasal regulator in which the supporting unit and the micro-air flow regulating unit can be mechanically connected, magnetically connected or integrally formed.

Another object of the present invention is to provide a nasal adjuster, in which if the support unit has elasticity, its ability to deform can come from the provision of materials, the design of the movable structure and/or the structural design of the support unit in whole or in part, For example, but not limited to compressible structure design, porous structure design, mesh-like structure design, fence-like structure design, etc.

Another object of the present invention is to provide a nasal regulator that can simultaneously provide shape adjustment of the nasal cavity and filter gas, supply medicine, provide fragrance, or adjust gas flow.

Another object of the present invention is a nasal adjuster, which can be used in conjunction with an external holder to make the placement and handling of the nasal adjuster safer and more convenient.

Another object of the present invention is a nasal regulator, which can further be equipped with a sensing unit according to different needs, so as to detect the user's physiological state and/or drug supply state and/or gas flow rate and/or Or gas quality.

In order to achieve the above object and effect, the present invention discloses a nasal regulator, which is placed in a nasal passage of a user and includes a support unit and a micro-air flow adjustment unit. The support unit is elastic and includes a two-end portion The connecting piece, a first abutting piece and a second abutting piece, the two ends are substantially corresponding to the two sides of the connecting piece, and the first abutting piece and the second abutting piece are respectively disposed on two sides of the connecting piece End portions, and at least one of the first abutting member and the second abutting member is movably connected to the connecting member, the first abutting member abuts near the inner surface of the nasal tip of the nasal passage, and the second abutting member The piece is pressed against the inner surface of the nasal base of the nasal passage, the micro-air flow adjustment unit is connected to the support unit, and at least partially covers the nasal passage to allow gas to pass, wherein the support unit has a projected length, which is larger than the tip of the nose to the nose Base distance. Therefore, after the nasal regulator disclosed in the present invention is inserted into the nasal passage It can increase the distance from the tip of the nose to the base of the nose, and then change the type of nose used. At the same time, the micro-air flow adjustment unit can provide the effect of filtering gas, supplying medicine, providing fragrance or adjusting the gas flow according to different needs.

1: nose regulator

12: Support unit

122: connector

124: the first abutment

124a: first press

126: second abutment

126a: second push-in piece

14: Micro air flow adjustment unit

16: holding unit

2: external holder

3: Clip-on nose beauty equipment

4: Invisible beauty nose equipment

42: connecting rod

44: abutment

5: Invisible mask

52: filter

54: Link

E: end

PL: projection length

FIG. 1A is an embodiment of a nasal regulator disclosed by the present invention.

FIG. 1B is an embodiment of a nasal regulator disclosed by the present invention.

FIG. 1C is an embodiment of a nasal regulator disclosed by the present invention.

FIG. 1D is an embodiment of a nasal regulator disclosed in the present invention.

Figure 2A is a nasal regulator with a support unit of the present invention.

Figure 2B is a nasal adjuster with another support unit of the present invention.

Figure 2C is a nasal adjuster with yet another support unit of the present invention.

FIG. 3A is a connector of a compressible structure disclosed in the present invention.

FIG. 3B is a connection member of a porous structure disclosed by the present invention.

FIG. 3C is a connection member of mesh-like structure disclosed in the present invention.

FIG. 3D is a connection member of the fence-like structure disclosed in the present invention.

FIG. 4A is a supporting unit with a pushing member of the present invention.

Fig. 4B is a support unit having another type of abutment in the present invention.

FIG. 4C is a support unit with yet another abutting member of the present invention.

FIG. 4D is a supporting unit with yet another abutting member of the present invention.

Figure 5 illustrates the measurement definition of the projection length of the support unit of the present invention.

FIG. 6A is an embodiment of a nasal regulator and an external holder disclosed in the present invention.

FIG. 6B is another embodiment of the nasal regulator and external holder disclosed in the present invention.

FIG. 7A is a schematic structural diagram of a conventional clip-type nose-beautifying appliance.

FIG. 7B is a schematic structural diagram of a conventional invisible beauty nose appliance.

FIG. 7C is a schematic structural diagram of a conventional invisible mask.

The technical means and the structure adopted in the present invention are described in detail in accordance with the preferred embodiments of the present invention. The features and functions are as follows, so that they can fully understand.

Please refer to FIGS. 1A to 1D, which discloses a nasal regulator according to the present invention, which is placed in a nasal passage of a user. The nasal regulator 1 of the present invention includes a support unit 12 And a micro-air flow adjustment unit 14, the support unit 12 has elasticity and includes a connecting member 122, a first abutting member 124 and a second abutting member 126, one end E on each side of the connecting member 122, the connecting member 122 is connected to the first abutting member 124 by the end E, and is connected to the second abutting member 126 by the end E, the micro-air flow adjustment unit 14 is connected to the support unit 12 and at least partially shields the nasal passage, and can Gas passes. In these embodiments, the connecting member 122 is described by taking a curved rod-like structure as an example. According to FIGS. 1A to 1D, the micro-air flow adjusting unit 14 may be a lower surface connected to the outside of the connecting member 122 As shown in FIG. 1A, the micro-air flow adjusting unit 14 may be an upper surface connected to the outside of the connecting member 122, as shown in FIG. 1B, or the micro-air flow adjusting unit 14 may be a side surface connected to the outside of the connecting member 122 As shown in FIG. 1C, or the micro-air flow adjustment unit 14 may be provided inside the connector 122, as shown in FIG. 1D, of course, the above-mentioned various forms can be combined with each other according to different needs. Different designs are constituted. For example, the micro-air flow adjustment unit 14 may be wrapped on the upper surface and side surfaces of the connecting member 122, or both side surfaces, or the outer surface of the whole connecting member 122 is ring-shaped In addition, the micro-air flow adjustment unit 14 can also be disposed inside and outside the connecting member 122 at the same time. The above various combinations of design can be used with different filters, or carriers, or drugs, so that the nasal regulator 1 can At the same time provide a combination of various functions such as filtering, or supplying medicine, or providing fragrance, or adjusting the flow of gas, for example, when the micro-air flow adjustment unit 14 is provided both inside and outside of the connecting member 122, the internal micro-air flow adjustment unit 14 The medicine can be inserted to achieve the effect of supplying the medicine, and the external micro air flow adjustment unit 14 can be inserted with a filtering substance to achieve the effect of filtering the air.

The connecting member 122 of the micro airflow adjusting unit 14 and the supporting unit 12 may be detachably connected, or fixedly connected, or part of the micro airflow adjusting unit 14 may be a connecting member detachably connected to the supporting unit 12 And part of the micro-air flow adjusting unit 14 is fixedly connected to the connecting member of the supporting unit 12. For example, the micro-air flow adjustment unit 14 and the connecting member 122 are detachably connected, which facilitates the replacement of the entire micro-air flow adjustment unit 14, and the micro-air flow adjustment unit 14 itself has applications with specific functions This aspect is particularly advantageous, but the fixed connection relationship can ensure that the micro air flow adjustment unit 14 is less affected by external forces and falls off. Therefore, some of the detachable connection and part of the fixed connection are implemented, then Both of the above advantages can be taken into consideration, that is, the micro-air flow adjustment unit 14 can be firmly connected to the connecting member 122 by a fixedly connected portion, but the micro-air flow adjustment unit 14 can be slightly moved by a partially detachable connection area It is especially convenient to replace the filter, carrier or medicament placed in the micro-air flow adjustment unit 14. The detachable connection relationship can be realized by mechanical connection or magnetic connection, and the fixed connection relationship can be realized by integral molding, adhesion and the like.

In addition, relative to the overall nasal passage, the micro-air flow adjustment unit 14 connected to the support unit 12 at least partially shields the nasal passage. For example, when the micro-air flow adjustment unit 14 is located inside the connector 122 in the support unit 12 , The nasal passage blocked by the micro-air flow adjustment unit 14 is approximately equivalent to the shielding area caused by the connecting member 122, if the micro-air flow adjustment unit 14 is connected to the connecting member On the outer surface of 122, with the size design of the micro-air flow adjustment unit 14, the smaller micro-air flow adjustment unit 14 may only partially cover the nasal passage, and the largest micro-air flow adjustment unit 14 may completely cover the interior of the nasal passage, but Since the micro-air flow adjustment unit 14 allows gas to pass through, it does not cause difficulty for the user to breathe. On the contrary, since the micro-air flow adjustment unit 14 can selectively have specific functions, such as filtering gas , Supplying medicine, providing fragrance, adjusting the gas flow rate, etc. In fact, for the user wearing the nasal regulator 1 disclosed by the present invention, the air that enters the body after passing through the micro air flow adjustment unit 14 is indeed Let users feel more comfortable and refreshing.

The nasal regulator 1 of the present invention can achieve the purpose of adjusting the nasal shape by the support unit 12, and the micro air flow adjustment unit 14 can also provide the purposes of filtering gas, supplying medicine, providing fragrance, adjusting the gas flow, etc., in order to achieve the above In addition to the material or structure of the micro air flow adjustment unit 14 can achieve the above effects, for example, the micro air flow adjustment unit 14 can be composed of a material with a filtering effect, common materials can be activated carbon, fiber , Foam, ceramic materials, polymer materials, etc., or the micro-air flow adjustment unit 14 can use the special structure to achieve the above-mentioned effects, common structures can be porous structure, mesh structure, fence structure … Etc., regardless of the above materials or structure, the micro air flow adjustment unit 14 itself can achieve a specific effect, even with multiple features at the same time to achieve a composite effect, but this design lacks the ability to change and replace In order to provide a more complete and comprehensive application, the micro air flow adjustment unit 14 of the present invention can still provide specific effects through the design of materials or structures, but at the same time, it can also have an accommodating space to accommodate the filter element. , Carrier, medicine, etc., so whether it is a standardized product or a customized product, it can be easily combined with the micro air flow adjustment unit 14 disclosed by the present invention, by replacing the objects contained in the accommodating space , You can easily achieve a variety of different functions.

Please refer to FIGS. 2A to 2C, which is a nasal regulator 1 having different support units 12 of the present invention. The supporting unit 12 in FIG. 2A is an embodiment in which the first abutting member 124, the second abutting member 126 and the connecting member 122 are mechanically connected. In this embodiment, the first abutting member The member 124, the second abutting member 126 and the connecting member 122 are connected to each other by mechanical engagement. The advantage is that users with different nose types can select the first abutting member 124, the second Two abutting pieces 126, so that the nasal regulator 1 can have more comfortable and tighter contact with the inner surface of the nasal cavity of the user; and the embodiment shown in FIG. 2B is also a mechanical connection, but Unlike FIG. 2A, the first abutting member 124, the second abutting member 126 and the connecting member 122 in this embodiment are slidingly connected, as shown in the figure, by sliding the connecting member 122 In combination with different voids in the first abutting member 124 and the second abutting member 126, in addition to disassembling and replacing the different first abutting member 124 and the second abutting member 126 to achieve comfortable and dense wearing For the purpose of matching, it can be directly achieved by sliding the distance between the first abutting member 124, the second abutting member 126 and the connecting member 122 without disassembly or replacement. For the purpose of wearing comfortably and tightly; in addition, the first abutting member 124, the second abutting member 126 and the connecting member 122 can be an integrally formed structure as shown in FIG. In practical applications, the connection relationship between the first abutting member 124 and the connecting member 122, the second abutting member 126 and the connecting member 122 is not necessarily the same, in other words, the first abutting member 124 and the connecting member 122 When it is an integrally formed structure, the second abutting member 126 and the connecting member 122 may be mechanically connected. In addition to the mechanical connection described above, the first abutting member 124 and the second abutting member 126 can be connected to the connecting member 122 by magnetic coupling. Common coupling methods can be, for example, but not limited to, buckles and bolts Lock, sleeve, stick, hook, magnetic adsorption...etc.

As can be seen from the above, when at least one of the first abutting member 124 and the second abutting member 126 is at least one structure integrally formed with the connecting member 122, the overall support unit 12 has relatively poor elasticity and deformation Ability, so in Figures 3A to 3D, the connections of various structural types are exposed The connecting member 122, the connecting member 122 disclosed in FIG. 3A is a compressible structure, and its structure may be, for example, but not limited to, a spring-like, spring-like, or other compressible structure, which is spring-shaped here The compressible structure is described as an example; the connecting members 122 disclosed in FIGS. 3B to 3D are porous structures, mesh-like structures, and fence-like structures, respectively. It is mainly through the holes and pores in the structure to serve as a buffer when the connecting member 122 is pressed, so that the stress can be absorbed and the deformation effect is achieved. Although the above structure is mainly used to improve the elasticity of the support unit 12, in the embodiment where the connecting member 122 is not integrally formed between the first abutting member 124 and the second abutting member 126, the connecting member 122 can still be For the various aspects mentioned above.

The above description has been made by taking the embodiment in which the support unit 12 has elasticity as an example. In addition, the support unit 12 in the nasal adjuster 1 disclosed by the present invention may also be inelastic. Generally speaking, the connecting member 122, the first abutting member 124 and the second abutting member 126 in this configuration are in the structure The above does not have the ability to slide and move relatively. The common structure is that the connecting member 122, the first abutting member 124 and the second abutting member 126 are an integrally formed structure.

4A to 4C are other embodiments of the pushing member disclosed by the present invention. First, the supporting unit 12 having two first abutting members 124a and a second abutting member 126 are respectively disclosed in FIGS. 4A and 4B, wherein the connecting member 122 disclosed in FIG. 4A is close to The tip E of the nose tip is connected with two first abutting pieces 124a. In Figure 4B, it is revealed that the tip E near the tip of the nose is bifurcated into two, and a first abutment is connected at each bifurcation Piece 124a; in FIGS. 4C and 4D, respectively, the support unit 12 having two second abutment pieces 126a is disclosed, wherein the connecting piece 122 disclosed in FIG. 4C is on the end E close to the nose base Two second abutment pieces 126a are connected. In FIG. 4D, it is revealed that the end E near the nose base is branched into two, and a second abutment piece 126a is connected to each branch. Although the above-mentioned various forms of the first abutting member 124a and the second abutting member 126a are described by taking the two secondary abutting members as an example, in actual applications, the number of the second abutting members and their end portions Design of E It can be designed to match each other according to different needs. In addition, the above-mentioned secondary abutment can be an independent structure or integrated into an integrated structure, and these designs are not necessarily limited to whether the end E corresponds Bifurcation structure, in other words, the non-branched end E can be connected to multiple independent secondary abutments, or multiple integrated secondary abutments, and the branched end E can be connected to multiple independent Secondary abutment, or multiple integrated secondary abutments.

Since the nasal regulator 1 disclosed in the present invention is mainly designed by the projection length PL of the support unit 12 being greater than the distance between the nose tip and the base of the nose, so as to make the nose regulator adjust against the tip of the nose and the tip of the base of the nose 1 It can increase the distance from the tip of the nose to the base of the nose, and at the same time make the appearance of the tip of the nose more sharp and straight, so the effect of adjusting and modifying the nose shape can be achieved, and the projection length PL of the support unit 12 is from the first abutment piece The leading edge of 124 is measured to the length of the trailing edge of the second abutting member 126, which is defined as the projected length PL of the supporting unit 12, and the distance from the tip of the nose to the base of the nose is from the inner surface of the tip to the inner surface of the nose The distance between them is defined as shown in Figure 5.

Please refer to FIG. 6A and FIG. 6B again, which is an embodiment of the nasal regulator 1 and an external holder 2 disclosed in the present invention. As shown in FIG. 6A, the nasal adjuster 1 has a holding unit 16 and is connected to the support unit 12. Since the nasal adjuster 1 must be able to be inserted into the nasal passage, its size is usually not large. In the process of entering and taking, the freehand method often encounters the problem of being difficult to hold, so the holding unit 16 is provided on the supporting unit 12, which can be a convex portion, a ring portion, a hook portion, or any shape The structure of the holding unit 16 is mainly used to provide the user with the ability to grasp the nasal regulator 1 more easily, no matter in the process of insertion or removal, it can effectively avoid the difficulty of grasping and lead to the nasal adjustment The sliding of the holder 1 is difficult to locate. In addition, the holding unit 16 can not only allow the user to hold the nasal regulator 1 directly, but also can be used with an external holder 2 which is According to the shape of the holding unit 16, the corresponding design, for example, when the holding unit 16 is a convex portion, the corresponding external holder 2 has a concave portion, in order to structurally The fetching unit 16 is connected, so that after the fetching unit 16 is connected with the external holder 2, it can be easily taken out or placed with the external holder 2. Based on the above, the external holder 2 is used On the premise of this, the holding unit 16 can be a concave part design, and such a design is generally less likely to appear without the assistance of the external holder 2. What is different from FIG. 6A is that the implementation mode in FIG. 6B is that the holding unit 16 is provided on the micro-air flow adjusting unit 14, but the type of the holding unit 16 and its relationship with the external holder 2 The matching application is similar to the above, so it will not be repeated here.

In addition, the nasal regulator disclosed in the present invention may further include at least one sensing unit. Since the nasal regulator of the present invention operates through the function of the filter, the carrier, or the medicine itself, it can also be equipped with at least one Sensing unit to actively detect the user's physiological state, drug supply state, filtered gas flow rate, gas quality or other biological or non-biological information, and through data collection and analysis to drive, stop or adjust The function of the filter, carrier or medicament, for example, the nasal regulator of the present invention can effectively adjust the rate of medicament release by detecting data such as the user's breathing speed, breathing gas flow and body temperature .

When the supporting unit of the nasal regulator disclosed by the present invention is flexible or not, most of the applicable materials are composed of polymer materials, silicone materials, ceramic materials, metal materials, carbon materials, fiber materials, etc. Composite materials; the materials used for the connectors in the support unit can be selected from polymer materials, silicone materials, ceramic materials, metal materials, carbon materials, and combinations of the above, while considering other characteristics, such as sterilization, antibacterial For effects, biocompatibility, etc., the material of the connector can be, for example, medical grade silicone material, titanium alloy, platinum alloy, gold, ceramic material, carbon fiber material, graphene, or a combination thereof. Since the first abutment piece and the second abutment piece directly abut the inner surface of the user's nasal cavity, in addition to structural factors such as elasticity, mechanical wear rate, etc., the antibacterial and low Sensitive... and other biochemical properties, therefore, common material systems can be selected from polymer materials, medical grade silicone materials, titanium alloys, platinum alloys, gold, ceramic materials, Carbon materials, fiber materials and combinations of the above. For the micro-air flow adjustment unit, if it is a single structure with the support unit, the material is the same as the material selected by the above-mentioned connector, and at the same time, the material of the micro-air flow adjustment unit can also have the filtering capacity and load And the ability to release substances or the ability to sterilize and antibacterial... etc., more suitable materials are graphene.

Whether the nasal regulator disclosed by the present invention is compared with the conventional built-in filter or nasal adjuster, since the support unit of the nasal regulator of the present invention must be completely hidden in the nasal passage, it also makes it compatible with The connected micro-air flow adjustment unit must be almost completely hidden in the nasal passage, but the conventional built-in filter must usually be placed near the opening of the nasal passage in order to be easy to take or place, in addition, more often a connecting piece In order to connect the two built-in filters to each other, one is easy to take, and at the same time, it avoids the danger of being over-inserted, but it makes the conventional built-in filters unable to achieve the concealment of the conventional nose-adjusting device, but, The conventional nose reshaping device cannot provide functions other than nose shape adjustment due to its simple structure. However, the material selection and structure design of the nose regulator of the present invention are based on the design concept of the nose reshaping device to reduce The air flow adjustment unit is hidden inside the nasal cavity channel. In other words, after the nasal regulator is inserted into the nasal cavity, the micro air flow adjustment unit disclosed in the present invention usually has a certain distance from the opening of the nasal cavity instead of filling the opening of the nasal cavity. And there is no need to connect the built-in filters in the nasal cavities on both sides by additional connectors, so in the overall appearance, no components are exposed outside the nasal cavity or at the opening of the nasal cavity, so that the user can When wearing, it is difficult to find the nasal adjuster from almost any angle of view to achieve the purpose of aesthetics. In addition to adjusting the nose shape, it also provides other functions, such as filtering gas, supplying medicine, providing fragrance, adjusting gas Traffic... etc.

Based on the above, the nasal regulator disclosed in the present invention mainly includes a support unit and a micro-air flow adjustment unit. The support unit is slightly larger than the distance from the tip of the user's nose to the base of the nose in the projection direction to adjust in the nasal style After the device is placed in the nasal passage, it must increase the distance from the tip of the nose to the base of the nose. To change the user's nose shape, the micro-air flow adjustment unit is also used to filter gas, supply medicine, provide fragrance or adjust the gas flow. In addition, the shape and structure of the micro-air flow adjustment unit are not limited by the above-mentioned forms except for the above-mentioned implementation aspects. For example, the micro-air flow adjustment unit can be connected to the support unit at one end and the other end at the other end It extends toward the inside of the nasal cavity and is designed according to the shape of the nasal cavity, or under other requirements, one end of the micro-air flow adjustment unit is connected to the support unit, and the other end is designed laterally along the cross section of the nasal cavity. Therefore, the present invention can achieve the effect of nasal modification without the need for surgical operations, and at the same time meet the needs of users in various situations, because the nasal regulator is placed in the nasal passage The nasal regulator is completely hidden in the nasal cavity, so from the appearance, the completely invisible design can make the user have higher privacy.

1‧‧‧ Nose regulator

12‧‧‧Support unit

122‧‧‧Connector

124‧‧‧The first abutment

126‧‧‧The second abutment

14‧‧‧Micro air flow adjustment unit

E‧‧‧End

Claims (21)

A nasal regulator, which is placed in any nasal passage of a user and is not exposed to the nasal passage, the nasal micro-flow regulator includes: a support unit, which is elastic and has a connection Two end portions of the connecting member, a first abutting member and a second abutting member, the two end portions are substantially corresponding to both sides of the connecting member, the first abutting member and the second The pressing members are respectively arranged at each end and connected to the connecting member. At least one of the first pressing member and the second pressing member is movably connected to the connecting member, and the first pressing member The piece abuts the inner surface of the nasal tip of the nasal passage, the second abutment piece abuts the inner surface of the nasal base of the nasal passage, and the support unit has a projected length that is greater than the nasal passage A distance from the tip of the nose to the base of the nose; and a micro-air flow adjustment unit connected to the support unit. The micro-air flow adjustment unit allows gas to pass through and at least partially shields the nasal passage. The nose regulator according to claim 1, wherein the connecting member in the supporting unit is mechanically and/or magnetically connected to the first abutting member and/or the second abutting member. The nose regulator according to claim 1, wherein the connecting member in the supporting unit is integrally formed with the first abutting member and/or the second abutting member. The nose regulator according to claim 1, wherein the support unit is not elastic. The nose regulator according to claim 1, wherein at least one of the connecting member, the first abutting member and the second abutting member has elasticity. The nose regulator according to claim 1, wherein the connecting member has at least one elastic structure, and the elastic structure is selected from a compressible structure, a porous structure, a mesh-like structure, and a fence-like structure And the combination of the above structures. The nose regulator of claim 1, wherein the material of the connecting member can be selected from polymer materials, silicone materials, ceramic materials, metal materials, carbon materials, fiber materials, and combinations thereof. The nose regulator according to claim 1, wherein the material of the first abutting member and/or the second abutting member can be selected from polymer materials, silicone materials, metal materials, ceramic materials, carbon materials , Fiber materials and combinations of the above. The nose regulator according to claim 1, wherein at least one end of the connecting member further has at least a secondary end. The nose adjuster according to claim 9, wherein the first abutment member and/or the second abutment member further have at least two first abutment members and/or at least two second abutment members, The first abutment members and/or the second abutment members are selectively or completely corresponding to the second end portions. The nose adjuster according to claim 1, wherein the projected length of the support unit is measured from the front edge of the first abutment member to the rear edge of the second abutment member. The nose regulator according to claim 1, wherein the micro-air flow adjustment unit is detachably connected to the support unit, or fixedly connected to the support unit, or partially detachably connected to the support The unit is partially fixedly connected to the support unit. The nose regulator according to claim 12, wherein when the micro-air flow adjustment unit is fixedly connected to the support unit, the micro-air flow adjustment unit is further integrally formed with the support unit. The nose regulator according to claim 13, wherein when the micro-air flow adjustment unit is detachably connected to the support unit, the micro-air flow adjustment unit and the support unit may be mechanically and/or magnetically connected . The nose regulator according to claim 1, wherein the micro-air flow adjustment unit further has at least one accommodating space, which is integrally formed with the micro-air flow adjustment unit, mechanically connected or magnetically connected. The nose regulator according to claim 15, wherein the accommodating space accommodates a filter and/or a carrier and/or a medicine. The nasal regulator according to claim 1, wherein the micro-air flow adjustment unit is completely placed inside the nasal cavity of the user without being exposed to the nasal cavity. The nasal regulator according to claim 1, wherein the material of the micro-air flow regulating unit can be selected from polymer materials, silicone materials, metal materials, ceramic materials, carbon materials, fiber materials and combinations thereof. The nose regulator according to claim 1, further comprising: at least one holding unit, which is located at the supporting unit and/or the micro-air flow adjusting unit, and the holding unit may be the supporting unit and/or the micro-air flow An extension structure of the adjustment unit may be an independent structure or a part of the support unit and/or the micro-air flow adjustment unit, so that the nasal micro-air flow regulator is easier to put in or take out. The nose regulator according to claim 19, wherein the holding unit is further used with an external holding unit, and the external holding unit and the holding unit can be mechanically and/or magnetically connected. The nasal regulator according to claim 1, further comprising: at least one sensing unit located at the supporting unit and/or the micro-air flow regulating unit, the sensing unit can be used to detect the user's physiology Status and/or supply status and/or gas flow rate and/or gas quality.

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