JP3550596B2

JP3550596B2 - Anti-snoring and nasal prosthesis

Info

Publication number: JP3550596B2
Application number: JP54907098A
Authority: JP
Inventors: ドンインリー
Original assignee: Individual
Current assignee: Individual
Priority date: 1997-05-09
Filing date: 1998-05-08
Publication date: 2004-08-04
Anticipated expiration: 2018-05-08
Also published as: KR19980082899A; WO1998051234A3; JP2001502591A; WO1998051234A2

Description

（技術分野）
本発明は着用することにより、鼾掻きを防止鼻の形を補正し得るようにした鼾掻き防止及び鼻補形器に関する。
（背景技術）
一般に、鼻筋を高く立てるためにいろいろな美容成形方法が開発されたが
、手術によらない方法は殆どなく、手術によって鼻筋を高くする鼻成形方法は手術の後いろいろな副作用が起こり且つ多くの費用を要するという問題点がある。
そして、手術をせず形を補正する鼻成形器が韓国実用新案公開番号第86−12991号に開示されているが、このような鼻成形器はピンセットの形を取っており、鼻の端を把持して鼻筋を立てるようになっているが、ピンセットによって鼻の端部が圧着されるため、長時間使用時にその跡が残り、なお血液の循環を妨害するという問題点があった。
一方、睡眠中に鼾を掻いて周りの人に影響を与える鼾掻きを防止するため
、従来の鼻腔手術を用いたが、鼻成形手術と同様に鼻腔手術は心理的な負担感と金銭的な負担感で、極めて激しい場合を除いては一般化し難い。
従って、鼻孔の近くに挿入させて鼻腔内表皮の震えを防止するようにした鼾掻き防止装置が知られているが、鼾掻き防止効果が微々であるという問題点があった。
（発明の開示）
本発明はかかる問題点を改善するためのもので、その目的は簡便に着用して鼻の端を鼻腔内部から外側に押し付けることにより、鼻の鼻腔体積を増やし且つ鼻筋が高くなるようにするための鼾掻き防止及び鼻補形器を提供することにある。
前記目的を達成するために、本発明の一実施例は、各鼻腔の内側上部に位置し、鼻筋を外側に押し付けて鼻筋を高くし、鼾掻きを防止するための一対の内側圧迫具が両側の弾持幹の上端部にそれぞれ付着される挿入補形手段と
、前記内側圧迫具が接触する位置を調節するための位置調節手段と、前記内側圧迫具が鼻腔の内側上部に安定に接触し得るように鼻の下部と上唇との間に接触する接触支持手段とを含んでなり、前記位置調節手段は、前記両側弾持幹の移動を案内し傾斜部を有する案内溝が上面に形成されると共に前記接触支持手段の接触翼部に後面部が付着されるハウジングと、前記ハウジングの内部中間に回転可能に結合される調節ボルトと、前記調節ボルトが中間部に螺合され、調節ボルトを回転させることにより直線移動可能に結合され、前記両側弾持幹の下端部に形成された円形リングがボルトで回転可能に結合される移動板と、前記ハウジングの前面部に突出する調節ボルトの端部に固定される調節ノブとから構成され、前記両側案内溝の両側傾斜部は、前方へ間隔が狭くなるように形成されていることを特徴とする鼾掻き防止及び鼻補形器を提供する。
また、本発明の他の実施例は、各鼻腔の内側上部に位置し、鼻筋を外側に押し付けて鼻筋を高くし、鼾掻きを防止するための一対の内側圧迫具が両側の弾持幹の上端部にそれぞれ付着される挿入補形手段と、前記内側圧迫具が接触する位置を調節するための位置調節手段と、前記内側圧迫具が鼻腔の内側上部に安定に接触し得るように鼻の下部と上唇との間に接触する接触支持手段とを含んでなり、前記位置調節手段は、前記接触支持手段の接触翼部と固定部との間の両端部に捻り案内レールが固定され、中間部に調節ボルトが固定され、前記調節ボルトに結合される調節ナットが移動板の中間部に回転可能に結合され、前記移動板の両端部には両側捻り案内レールに摺動可能に結合されるブッシングが結合されるとともに、前記両側ブッシングの外周面には前記弾持幹の下端部が固定されて構成され、前記両側捻り案内レールは
、固定部側が内側に螺旋状に捻られて形成されていることを特徴とする鼾掻き防止及び鼻補形器を提供する。
本発明のまた他の実施例は、各鼻腔の内側上部に位置し、鼻筋を外側に押し付けて鼻筋を高くし、鼾掻きを防止するための一対の内側圧迫具が両側の弾持幹の上端部にそれぞれ付着される挿入補形手段と、前記内側圧迫具が接触する位置を調節するための位置調節手段と、前記内側圧迫具が鼻腔の内側上部に安定に接触し得るように鼻の下部と上唇との間に接触する接触支持手段とを含んでなり、前記位置調節手段は、後端部が固定部に連結され、傾斜拡開部を有し目盛りが上面に形成される両側案内レールが前記接触支持手段の接触翼部に結合され、前記接触翼部と固定部との間の中間部には調節ボルトが固定され、前記移動板の中間部には前記調節ボルトに螺合される調節ナットが回転可能に結合され、前記移動板の両端部には前記両側案内レールに摺動可能に結合されるブッシングが結合されるとともに、前記両側ブッシングの外周面には弾持幹の下端部が固定されて構成され、前記両側案内レールの両側傾斜拡開部は、接触翼部側へ間隔が広くなるように形成されていることを特徴とする鼾掻き防止及び鼻補形器を提供する。
【図面の簡単な説明】
【図１】図１乃至図９は本発明の鼾掻き防止及び鼻補形器に関する図であり、図１は本発明の一実施例を示すもので、図1aは斜視図、図1bは使用状態を示す縦断面図である。
【図２】図２は位置調節手段の参考例を示す斜視図である。
【図３】図３は鼻上部補形手段の他の実施例を示すもので、図3aは斜視図、図3bは使用状態を示す縦断面図である。
【図４】図４は位置調節手段のまた他の実施例を示すもので、図4aは斜視図、図4bは平面図、図4cは部分横断面図、図4d、図4eは作用説明図である。
【図５】図５は位置調節手段のまた他の実施例を示すもので、図5aは平面図、図5bは部分横断面図である。
【図６】図６は位置調節手段の他の参考例を示すもので、図6aは平面図、図6bは部分縦断面図である。
【図７】図７は他の参考例を示すもので、図7aは斜視図、図7bは部分切欠側面図、図7cは使用状態を示す部分切欠側面図である。
【図８】図８はまた他の参考例を示すもので、図8aは正面図及び部分平面図、図8bは使用状態を示す部分切欠側面図である。
【図９】図９はまた他の参考例を示すもので、図9aは斜視図、図9bは内側圧迫具弾持要の縦断面図、9c図は使用状態を示す正面図、図9dは使用状態を示す縦断面図、図9eは使用状態を示す底面図である。
【発明を実施するための最良の形態】
以下、本発明の実施例を添付図に基づいて詳細に説明する。
図1aは本発明の一実施例を示す斜視図、図1bは本発明の一実施例の使用状態を示す断面図である。図１に示すように、本発明による鼾掻き防止及び鼻補形器の一実施例は配置調節手段100、挿入補形手段110、接触支持手段120及び鼻上部補形手段130からなる。
前記挿入補形手段110は両側の鼻孔を通して内部に挿入され、鼻の内側上部に接触して外側に押し付けることにより、鼻筋を高くし且つ鼾掻きを防止するための一対の内側圧迫具111が弾持幹113の上端部に付着している。
前記弾持幹113は上端部に固定された内側圧迫具111が鼻の内側上部に接触できるように折曲部115が形成され、下端部は位置調節手段100に連結される。前記内側圧迫具111は弾性をもちながら、人体に害を与えない材質、例えばシリコンからなる。
前記位置調節手段100は前記内側圧迫具111の接触する位置を調節する位置を調節するためのものである。
前記位置調節手段100は、前記両側弾持幹113が移動するための案内溝103が上面に形成されたハウジング102と、前記ハウジング102の内部中間に回転可能に結合される調節ボルト105と、前記調節ボルト105が中間部に螺合され、調節ボルト105を回転させることにより直線移動可能に結合され、前記両側弾持幹113の下端部に形成された円形リング108がボルト107に回転可能に両端部に結合される移動板106と、前記ハウジング102の前面部に突出する調節ボルト105の端部に固定される調節ノブ101とから構成されている。
前記両側案内溝103は後方部から前方に進みながら段々間隔が狭くなる傾斜部104が形成され、前方部は間隔が狭く形成されることにより、両側内側圧迫具111を鼻の内部に挿入し、調節ノブ101を回転させることにより両側弾持幹113が前方に移動すると、両側の内側圧迫具111が狭くなりながら鼻の内面上部に接触して鼻筋を高く立てることになる。
前記接触支持手段120は鼻の底部と上唇との間に密着し、前記両側の内側圧迫具111が鼻の内面上部に安定に接触固定されるようにするもので、前記ハウジング102の後面部に付着される接触翼部121からなっている
。
前記接触翼部121は内側面の湾曲部に一対の弾性溝123が形成されているため、接触翼部121がより安定に接触するようになっている。
前記鼻上部補形手段130は前記接触翼部121の両端部に弾持幹133の下端部がそれぞれ固定され、各弾持幹133の上端部には上側圧迫具131が付着されたもので、鼻の上部を高くするためのものである。
前記両側弾持幹133の中間部には弾性接触力を高くするために環形折曲部134がそれぞれ形成されており、また、両側の弾持幹133は接触翼部121の両端部に形成された挿入孔125に挿入及び分離可能に結合されることができる。
以下、このように構成された本発明の一実施例による鼾掻き防止及び鼻補形器の作用を図1a及び図1bを参照して説明する。
まず、使用者が接触支持手段120の接触翼部121を鼻の下部に接触させながら挿入補形手段110の内側圧迫具111を鼻孔に挿入する。
この時、前記弾持幹113は中間部に折曲部115が形成されているので
、内側圧迫具11が鼻孔に容易く挿入され、接触支持手段120はその内側面に弾性溝123が形成されているため、より弾力的に安定に密着する
。
このように鼻の内部に内側圧迫具111を挿入した後は位置調節手段100を用いて内側圧迫具111の位置を調節する。即ち、調節ボルト105の端部に固定された位置調節ノブ101を回すと、調節ボルト105が共に回転して調節ボルト105に結合された移動板106が前方に移動し、移動板106には弾持幹113の下端円形リング108がボルト107に結合されているので、前記移動板106が移動すると、弾持幹113がハウジング102の案内溝103に沿って移動する。
前記両側弾持幹113が案内溝103の傾斜部に沿って間隔が狭くなりながら移動すると、両側弾持幹113の上端部に固定された内側圧迫具111の間隔も狭くなりながら鼻の内面上部に上がって鼻筋を内側から押し付けるので、鼻筋が高くなる。
また、前記鼻上部補形手段130は両側弾性弾持幹133の上端部に固定された上側圧迫具131が鼻の上部両側部を圧迫するようになっているので
、挿入補形手段110の内側圧迫具111によって鼻筋を高くしながら、上側圧迫具131によって鼻の上部を高くする。
前記上側圧迫具131も内側圧迫具111と同様に弾性を持ちながら柔らかい材質からなるべきである。
このように本発明を使用すると、内側圧迫具111によって鼻の端を内部から外側に押し付けて鼻と鼻腔体積を増やして鼾掻きを防止すると共に、鼻筋が高くなるように誘導する。
前記位置調節手段100の参考例（比較例）は、図２に示すように、ハウジング102の前方中間部に案内溝112が固定され、案内溝112には移動板116が摺動可能に結合されており、ハウジング102の両側部には内側圧迫具111が上端部に固定された弾持幹113が摺動可能に結合されるとともに、下端部が前記上側移動板116の両端部に固定されており、移動板116とハウジング102との間の案内棒112には移動板116を前方に弾持するスプリング109が挿入され、案内溝112の外側部に形成された螺子部114には調節ノブ101が結合された構成となっている。
このような図２の参考例はハウジング102が後方部に形成された接触支持手段120の接触翼部121を鼻の下と上唇との間に接触させ、内側圧迫具111を鼻の内部に挿入させた後、調節ノブ101を解くと、移動板116がスプリング109の弾力によって前方に移動し、これにより内側圧迫部111が鼻の内面上部に弾力的に接触して外側に押し付けることになる。
図3a及び図3bには前記鼻上部補形手段130の他の実施例が示されている。図３に示されているように、ハウジング102の前面部に形成された挿入孔117に弾持幹133の下端部が挿着され、弾持幹133の下側部には環形折曲部134が形成されており、弾持幹133の上端部には鼻支持部132が固定された構成となっている。また、前記鼻支持部132は鼻の上部面に載せられるように中央部に溝が形成されている。
前記鼻上部補形手段130は、図1a、図1bに示すように、接触支持手段120の接触翼部121の両端部に形成された挿入孔125に弾持幹133を挿入するか、或いは図3a、図3bに示すように、ハウジング102の前面部に形成された挿入孔117に挿入して、挿入及び取出しに応じて選択して採用することができる。
即ち、接触翼部121の両端部に弾持幹133をそれぞれ結合して２つの上側圧迫具131を使用するか、或いはハウジング102の前面部に一つの弾持幹133を結合して鼻支持部132を使用するか、或いは鼻上部補形手段130を全く使用しないこともできる。
この実施例は弾持幹133の上端部に結合された鼻支持部132を図3bに示すように鼻の上部に接触させて利用し、前記弾持幹133の弾力は下側部に形成された環形折曲部134によって強く或いは弱く作用するように調節して使用する。そして、この他に構成及び作用は図1a、図1bの実施例と同一である。
図４は位置調節手段のまた他の実施例を示すもので、図4aには斜視図、図4bには平面図がそれぞれ示されており、図4cには部分横断面図、図4d及び図4eには作用説明図がそれぞれ示されている。
図４に示すように、前記位置調節手段100のまた他の実施例はピッチの長い螺旋状に捻られた捻り案内レール204が接触支持手段120の接触翼部121と固定部202との間の両端部に固定され、中間部に調節ボルト205が固定されており、移動板206の中間部には調節ボルト205に結合される調節ナット201が回転可能に結合され、移動板206の両端部には両側捻り案内レール204に摺動可能に結合されるブッシング203が結合されるとともに、両側ブッシング203が外周面には弾持幹113の下端部が固定された構成となっている。
このようになされる前記位置調節手段100のまた他の実施例の作用を図4a乃至図4eを参照して説明する。
この位置調節手段100を使用する時には接触支持手段120の接触翼部121を鼻の下部に接触させ、鼻孔に内側圧迫具111を挿入した後、前記調節ナット201を回転させて移動板206を前方に移動させると、移動板206の両端部に結合されたブッシング203が両側捻り案内レール204に沿って前方に移動しながら螺旋面によって回転し、両側ブッシング203の外周面に弾持幹113の下端が固定されているので、両側弾持幹113が
ブッシング203と共に回転して、図4dに示すように平行に開いている状態で図4eに示すように両端弾持幹113の上端部に固定された内側圧迫具111が狭まりながら鼻の内側上部に接触する。
そして、調節ナット201を引き続き回転させると、内側圧迫具111が鼻の内面上部を外側に押し付けることになって、鼻腔体積を延ばして鼾掻きを防止し、鼻筋を高くする。
前記捻り案内レール204は角形に形成され、例えば螺旋面傾斜面が15度乃至65度範囲で捻られ、弾持幹113及び内側圧迫具111が15度乃至65度の範囲で使用するに適した角度で回転するように形成される。
前記位置調節手段100のまた他の実施例は、図5a及び図5bに示すように固定部202で連結され、傾斜拡開部225を有し、目盛り222が上面に形成される両側案内レール223が接触支持手段120の接触翼部121に結合され、接触翼部121と固定部202との間の中間部には調節ボルト205が固定されており、移動板206の中間部には前記調節ボルト205に螺合される調節ナット201が回転可能に結合され、移動板206の両端部には両側案内レール223に摺動可能に結合されるブッシング224が結合されるとともに、両側ブッシング224の外周面には弾持幹113の下端部が固定された構成となっている。
図5a、図5bの符号221、226は移動板206の上面部に前記調節ナット201と弾持幹113が突出するように形成された通孔を示すものである。
前記両側案内レール223は接触翼部121から遠く離れている部分が殆ど平行に形成され、中間部から接触翼部121へ行きながら段々間隔が広くなる傾斜拡開部225が形成されており、両側案内レール223に目盛り222が形成され、内側圧迫具111の移動量を測定し得るので、鼻の補形を目盛り222を見ながら便利に行うことができる。
以下、このようになされる前記位置調節手段100のまた他の実施例の作用を図5a及び図5bを参照して説明する。
この位置調節手段100の他の実施例を使用する時には鼻孔に内側圧迫具111を挿入した後、調節ナット201を回転させて移動板206を接触支持手段120から離れるように移動させると、両側ブッシング224が案内レール223に沿って摺動することになる。そして、案内レール223の傾斜拡開部225を通過しながら両側弾持幹113の間隔が段々狭くなるので
、弾持幹113の上端部に固定された内側圧迫具111が狭まりながら位置が調節されて鼻の内側上部に安定に接触し、以後調節ナット201をある程度さらに回転させると、内側圧迫具111が鼻筋の内側部を外側に押し付けるので、鼻腔体積を増やして鼾掻きを防止し、鼻筋を高く立てることになる
。
前記位置調節手段100のまた他の参考例（比較例）は、図6a、図6bに示すように、ハウジング102の内側中間部に軸235が結合され、軸235の中間部に角度調節ギヤ233が固定されており、前記軸235の両側部には上側部通孔236を通して挿入される弾持幹113の下端部が固定され、前記軸235の中間部には調節レバー231が固定されてハウジング102の外側に突出しており、前記角度調節ギヤ233の下部にはストッパ232がスプリング234によって上側に弾持されるように結合されている。
このようになされる位置調節手段のまた他の参考例の作用を図6a、図6bを参照して説明する。
このまた他の参考例の位置調節手段100は、接触支持手段120を鼻の下部に接触させ、両側内側圧迫具111を鼻孔に挿入した後、角度調節レバー231を調節すると、前記弾持幹113が前方に回動し、弾持幹113の端部に固定された内側圧迫具111が共に回動して鼻の内側上部に接触し外側に押し付けるので、鼻腔体積を増やして鼾掻きを防止し、鼻筋を高く立てることになる。
図７は鼾掻き防止及び鼻補形器の他の参考例（比較例）を示す斜視図を示すもので、図7bは部分切欠側面図、図7cは使用状態を示す部分切欠側面図をそれぞれ示す。図７に示すように、各鼻腔側上部に位置して鼻筋を押し付けて鼻筋を高くし、鼾掻きを防止するための内側圧迫具111付きの弾持幹が位置を調節するための弾性支持幹300に一体に連結された構成となっている。
前記弾持幹113はほぼＶ字形に折り曲げられ、中間部に折曲部115をもっており、前記弾性支持幹300はほぼＶ宇形に折り曲げられ、支持部301と弾持部302が備えられると共に、中間部に折曲部303が備えられ
、支持部31と弾持部302には把持部304、305がそれぞれ備えられている。そして、前記支持部301には顔の鼻溝の形に対応するように湾曲部を成すパッドを付着することもできる。
次に、このようになされる鼾掻き防止及び鼻補形器の作用を図7a、図7b、図7cを参照して説明する。
このような鼾掻き防止及び鼻補形器を使用する時には弾性支持幹300の両側把持部304、305を手に取って支持部301と弾持部302を窄め
、内側圧迫具111と共に鼻孔へ図7cに示すように挿入した後、指を放すと、前記弾性支持幹300の支持部301と弾持部302が復原弾力によって開きながら、内側圧迫具111が鼻の内側上部に接触して鼻筋を押し付けることにより、鼻筋を高くし鼾掻きを防止することになる。
図８はまた他の参考例（比較例）を示すもので、図8aは正面図及び部分平面図を示し、図8bは使用状態を示した部分切欠側面図を示す。
図８に示すように、鼾掻き防止及び鼻補形器のまた他の参考例は、各鼻腔内側上部に位置して鼻筋を押し付けることにより鼻筋を高くし鼾掻きを防止するための一対の内側圧迫具111が一対の弾持幹113の端部に付着し、その内側部に折曲部115が形成されており、両側弾持幹113には軸支部403が中間に備えられるように支え台401がそれぞれ一体に連結されるとともに、両側支え台401には凸凹部404が形成され、位置を調節するための調節具410の内部に両側弾持幹113と支え台401がそれぞれ差し込まれて調節具410を移動させることにより、弾持幹113と支え台401の間隔が調節されるようになっている。
前記軸支部403には鼻筋支持具420の両側面に突出形成された軸突起421が挿入され、鼻筋支持具420が回転可能に結合され、前記支え台401の中間部には鼻の下部に接触する接触支持用パッド402が付着している。
次に、このようになされる鼾掻き防止及び鼻補形器のまた他の参考例の作用を図8a及び図8bを参照して説明する。
この他の参考例は、図8bに示すように内側圧迫具111を鼻孔内に挿入し、接触支持用パッド402を鼻の下部に接触させると共に、鼻筋支持具420を鼻の上部に接触させた後、調節具410を前後に移動させて弾持幹113の高さを調節することにより、内側圧迫具111を鼻の内側上部に安定に接触させる。
この時、調節具410を接触支持用パッド402側に移動させると、内側圧迫具111の接触する位置が低くなり、調節具410を鼻筋支持具420側に移動させると、内側圧迫具111の高さが高くなりながら鼻筋を押し付ける力が強くなる。
前記内側圧迫具111の位置を調節する調節具410はその内側下部が前記支え台401の凸凹部404と対応するように形成されているので、調節具410の位置が調節された後には左右に無断に離脱することなく調節された位置が安定に保持される。
一方、磁石敷き布団や磁石首飾りなどのような効果のために前記鼻筋支持具413に磁石を設置することもできる。
図９はまた他の参考例（比較例）を示すもので、図9aには斜視図が、図9bには圧迫具弾持要素の縦断面図がそれぞれ示されており、図9cには使用状態を示す正面図、図9dには使用状態を示す縦断面図、図9eには使用状態を示す底面図がそれぞれ示されている。
図９に示すように、鼾掻き防止及び鼻補形器のまた他の参考例における位置調節手段100は、各鼻腔内側上部に位置して鼻筋を押し付けることにより鼻筋を高くし、鼾掻きを防止するための内側圧迫具111が弾持幹113の上端部に付着し、ハウジング102に後方面には一対の支持幹501が結合されており、各支持幹501の先端部には圧迫具弾持要素510が固定され、各圧迫具弾持要素510の先端部に前記弾持幹113が固定された構成となっている。
そして、鼻上部補形手段130はハウジング102の両側面に弾持幹520の一端部がそれぞれ固定され、弾持幹520の他端部には上側圧迫具521が付着された構成となっている。
ここで、前記圧迫具弾持要素510は内部管511が外部管512の内部に伸縮可能に結合され、内部管511の内部には上側に弾持するスプリング513が挿入された構成となっている。この圧迫具弾持要素510は２段伸縮折綴構造の他に多段伸縮折綴構造にしてもよい。
前記ハウジング102と上側圧迫具521は顔に接触する部分であって、柔らかい材質で作るか上に被せる。
このようになされる鼾掻き及び鼻補形器のまた他の参考例の作用を図9a
、図9b、及び図9cを参照して説明する。
このまた他の参考例は内側圧迫具111を押し付けて圧迫具弾持要素510の内、外部管511、512が縮小された状態で内側圧迫具111を鼻孔に挿入しておくと、圧迫具弾持要素510の内、外部管511、512がスプリング513の復原弾力によって伸張されながら内側圧迫具111が鼻の内側上部に弾力的に接触し、且つハウジング102の両側部に結合された両側弾持幹520に上側圧迫具521が付着し、この上側圧迫具521が鼻筋の上側部の両側に弾力的に接触するので、一定期間反復的に着用すると、鼻腔の体積を増やして鼾掻きを防止し、鼻筋を高くすることができる。
産業上の利用可能性
このように本発明による鼾掻き防止及び鼻補形器は、圧迫具を用いて鼻の端を鼻腔の内部から顔の前面に押し付けて鼻腔の体積を増やすことにより、さらに呼吸し易くし、鼾掻きを防止することができると共に鼻筋が高く立てるように誘導する効果がある。(Technical field)
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a snoring prevention device and a nasal prosthesis that can be worn to prevent snoring and correct the shape of a nose.
(Background technology)
In general, various cosmetic shaping methods have been developed to elevate the nasal muscle, but there are few methods that do not rely on surgery. Is required.
A nose shaping device that corrects the shape without surgery is disclosed in Korean Utility Model Publication No. 86-12991, but such a nose shaping device is in the form of tweezers, and the end of the nose is cut off. The nose is stood up by grasping, but since the end of the nose is crimped by tweezers, there is a problem that the trace remains after long use and still interferes with blood circulation.
On the other hand, conventional nasal surgery was used in order to prevent snoring that affects people around the body by snoring during sleep.However, like nasal shaping surgery, nasal surgery is both psychologically burdensome and financially expensive. It is hard to generalize unless it is extremely intense due to the burden.
Therefore, there is known an anti-snoring device which is inserted near a nostril to prevent shaking of the epidermis in the nasal cavity. However, there is a problem that the anti-snoring effect is small.
(Disclosure of the Invention)
The present invention is intended to improve such a problem, and its purpose is to increase the nasal volume of the nose and to increase the nasal muscles by wearing it easily and pressing the end of the nose from the inside of the nasal cavity to the outside. And a nasal prosthesis.
In order to achieve the above object, one embodiment of the present invention includes a pair of inner compression devices located at the upper inside of each nasal cavity, pressing the nose muscles outward to raise the nose muscles and preventing snoring. Insertion supplementary means respectively attached to the upper end of the ammunition stem, position adjusting means for adjusting the position where the inner compression device contacts, and the inner compression device stably contacts the inner upper part of the nasal cavity. Contact supporting means for contacting between the lower part of the nose and the upper lip so as to obtain, wherein the position adjusting means guides the movement of the both-sided ammunition stem and has a guide groove having an inclined portion formed on the upper surface. A housing having a rear surface portion attached to the contact wing portion of the contact support means, an adjustment bolt rotatably coupled to an intermediate portion of the housing, and the adjustment bolt being screwed into the intermediate portion, Linear movement is possible by rotating A movable plate coupled with a circular ring formed at a lower end portion of the both-sided holding stem and rotatably coupled with a bolt, and an adjustment knob fixed to an end of an adjustment bolt protruding from a front portion of the housing. , And the inclined portions on both sides of the both-side guide grooves are formed so as to be narrower in a forward direction, thereby providing a snoring prevention and nasal prosthesis.
In another embodiment of the present invention, a pair of inner compression devices are located on the inner upper part of each nasal cavity, press the nose muscles outward to raise the nose muscles, and prevent snoring from scratching. Insertion prosthetic means respectively attached to the upper end, position adjusting means for adjusting the position where the inner compression device contacts, and a nose so that the inner compression device can stably contact the upper inside of the nasal cavity. Contact support means for contacting between the lower and upper lips, the position adjusting means having a torsion guide rail fixed to both ends between the contact wing portion and the fixing portion of the contact support means, An adjusting bolt is fixed to the portion, an adjusting nut coupled to the adjusting bolt is rotatably coupled to an intermediate portion of the moving plate, and both ends of the moving plate are slidably coupled to both side twist guide rails. The bushing is connected and the bushing on both sides is A lower end portion of the bullet-bearing stem is fixed to an outer peripheral surface of the arm, and the both-side torsion guide rail is formed so that a fixed portion side is spirally twisted inward. And a nasal prosthesis.
In still another embodiment of the present invention, a pair of inner compression devices are located at the upper inside of each nasal cavity, press the nose muscles outward to raise the nose muscles, and prevent snoring. Insertion prosthetic means respectively attached to the parts, position adjusting means for adjusting the position where the inner compression device contacts, and the lower part of the nose so that the inner compression device can stably contact the upper inside of the nasal cavity. And a contact supporting means for contacting between the upper lip and the upper lip, wherein the position adjusting means has a rear end connected to the fixing part, a two-sided guide rail having an inclined widening part and a scale formed on the upper surface. Is connected to the contact wing portion of the contact support means, an adjustment bolt is fixed at an intermediate portion between the contact wing portion and the fixing portion, and is screwed to the adjustment bolt at an intermediate portion of the moving plate. An adjusting nut is rotatably coupled to the movable plate. A bushing slidably coupled to the inner rail is coupled to the inner rail, and a lower end portion of a bullet-bearing stem is fixed to an outer peripheral surface of the both-side bushing. Provided is a snoring prevention and nasal prosthesis characterized by being formed so as to increase the interval toward the contact wing.
[Brief description of the drawings]
1 to 9 are views showing a snoring prevention device and a nasal prosthesis of the present invention. FIG. 1 shows an embodiment of the present invention. FIG. 1a is a perspective view, and FIG. It is a longitudinal section showing a state.
FIG. 2 is a perspective view showing a reference example of a position adjusting means.
FIGS. 3A and 3B show another embodiment of the upper nose shaping means. FIG. 3A is a perspective view, and FIG. 3B is a longitudinal sectional view showing a use state.
4 shows another embodiment of the position adjusting means, FIG. 4a is a perspective view, FIG. 4b is a plan view, FIG. 4c is a partial cross-sectional view, FIG. 4d, FIG. It is.
5 shows another embodiment of the position adjusting means. FIG. 5a is a plan view, and FIG. 5b is a partial cross-sectional view.
6 shows another reference example of the position adjusting means. FIG. 6a is a plan view, and FIG. 6b is a partial longitudinal sectional view.
7 shows another reference example, FIG. 7a is a perspective view, FIG. 7b is a partially cutaway side view, and FIG. 7c is a partially cutaway side view showing a use state.
8 shows another reference example, FIG. 8a is a front view and a partial plan view, and FIG. 8b is a partially cutaway side view showing a use state.
9 shows another reference example, FIG. 9a is a perspective view, FIG. 9b is a longitudinal sectional view showing the need for holding an inner compression device, FIG. 9c is a front view showing a use state, and FIG. FIG. 9e is a vertical sectional view showing a use state, and FIG. 9e is a bottom view showing the use state.
BEST MODE FOR CARRYING OUT THE INVENTION
Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.
FIG. 1a is a perspective view showing an embodiment of the present invention, and FIG. 1b is a cross-sectional view showing a use state of the embodiment of the present invention. As shown in FIG. 1, one embodiment of the anti-snoring and nasal prosthesis according to the present invention comprises a placement adjusting means 100, an insertion prosthesis means 110, a contact support means 120 and an upper nose prosthesis means 130.
The insertion prosthesis means 110 is inserted into the inside through the nostrils on both sides, and contacts the upper part of the inside of the nose and presses it outward, so that a pair of inner compression tools 111 for raising the nasal muscles and preventing snoring are formed. It is attached to the upper end of the trunk 113.
The buckling stem 113 is formed with a bent portion 115 so that the inner compression tool 111 fixed to the upper end can contact the upper inside of the nose, and the lower end is connected to the position adjusting means 100. The inner pressing member 111 is made of a material that does not harm the human body, for example, silicon while having elasticity.
The position adjusting means 100 is for adjusting a position for adjusting a contact position of the inner compression device 111.
The position adjusting means 100 includes a housing 102 having a guide groove 103 formed on an upper surface for moving the both-sided holding stem 113, an adjustment bolt 105 rotatably coupled to an inner middle of the housing 102, An adjusting bolt 105 is screwed into the intermediate portion, and the adjusting bolt 105 is rotated so as to be linearly movable by rotating the adjusting bolt 105. A circular ring 108 formed at the lower end of the both-sided holding stem 113 is rotatably connected to the bolt 107 at both ends. A moving plate 106 is connected to the housing 102, and an adjusting knob 101 is fixed to an end of an adjusting bolt 105 protruding from the front surface of the housing 102.
The two-sided guide groove 103 is formed with an inclined portion 104 in which the interval gradually narrows while moving forward from the rear portion, and the front portion is formed with a narrow interval, so that the both-side inner compression tool 111 is inserted into the inside of the nose, When the both holding arms 113 are moved forward by rotating the adjustment knob 101, the inner compression members 111 on both sides are narrowed and come into contact with the upper part of the inner surface of the nose to elevate the nose.
The contact support means 120 is in close contact between the bottom of the nose and the upper lip so that the inner compression tools 111 on both sides are stably contacted and fixed to the upper part of the inner surface of the nose. It consists of a contact wing 121 to be attached.
Since the contact wing portion 121 has a pair of elastic grooves 123 formed in a curved portion on the inner surface, the contact wing portion 121 comes into more stable contact.
The upper nose shaping means 130 has a lower end of a bullet-bearing stem 133 fixed to both ends of the contact wing portion 121, and an upper compression tool 131 is attached to an upper end of each bullet-bearing stem 133, It is for raising the upper part of the nose.
An annular bent portion 134 is formed at an intermediate portion of the both-sided bearing stem 133 to increase elastic contact force, and both-sided bearing stems 133 are formed at both ends of the contact wing portion 121. The insertion hole 125 can be inserted into and separated from the insertion hole 125.
Hereinafter, the operation of the snoring prevention device and the nasal prosthesis according to an embodiment of the present invention will be described with reference to FIGS. 1A and 1B.
First, the user inserts the inner compression device 111 of the insertion supplementary means 110 into the nostril while bringing the contact wing portion 121 of the contact support means 120 into contact with the lower part of the nose.
At this time, since the bent portion 115 is formed in the middle portion of the bullet bearing stem 113, the inner compression tool 11 is easily inserted into the nostril, and the contact support means 120 has the elastic groove 123 formed on the inner surface thereof. Therefore, it adheres more elastically and stably.
After the inner compression device 111 is inserted into the nose as described above, the position of the inner compression device 111 is adjusted using the position adjusting means 100. That is, when the position adjustment knob 101 fixed to the end of the adjustment bolt 105 is turned, the adjustment bolt 105 rotates together, and the movable plate 106 connected to the adjustable bolt 105 moves forward, and the movable plate 106 Since the lower circular ring 108 of the stem 113 is coupled to the bolt 107, when the moving plate 106 moves, the elastic stem 113 moves along the guide groove 103 of the housing 102.
When the two-sided holding stem 113 moves along the inclined portion of the guide groove 103 while the interval is narrowing, the interval of the inner compression device 111 fixed to the upper end of the two-sided holding stem 113 is also reduced and the upper part of the inner surface of the nose is reduced. And presses the nose from the inside, so the nose is raised.
In addition, the upper nose replacement means 130 is configured such that the upper compression tool 131 fixed to the upper end of the both-side elastic bullet bearing trunk 133 presses the upper both sides of the nose. The upper part of the nose is raised by the upper pressing member 131 while the nasal muscle is raised by the pressing member 111.
The upper compression device 131 should be made of a soft material having elasticity similarly to the inner compression device 111.
As described above, when the present invention is used, the end of the nose is pressed from the inside to the outside by the inner pressing device 111 to increase the volume of the nose and the nasal cavity, thereby preventing snoring and guiding the nose muscles to rise.
In a reference example (comparative example) of the position adjusting means 100, as shown in FIG. 2, a guide groove 112 is fixed to a front middle portion of a housing 102, and a movable plate 116 is slidably coupled to the guide groove 112. On both sides of the housing 102, an inner compression tool 111 is slidably coupled with an elastic stem 113 fixed to an upper end, and a lower end is fixed to both ends of the upper moving plate 116. A spring 109 for elastically holding the moving plate 116 forward is inserted into a guide rod 112 between the moving plate 116 and the housing 102, and an adjusting knob 101 is inserted into a screw portion 114 formed outside the guide groove 112. Are combined.
In the reference example of FIG. 2, the housing 102 contacts the contact wing portion 121 of the contact support means 120 formed at the rear portion between the lower part of the nose and the upper lip, and inserts the inner compression device 111 into the inside of the nose. Then, when the adjusting knob 101 is released, the moving plate 116 moves forward by the elasticity of the spring 109, whereby the inner pressing portion 111 elastically contacts the upper part of the inner surface of the nose and presses it outward.
3a and 3b show another embodiment of the upper nose shaping means 130. FIG. As shown in FIG. 3, the lower end of the bullet-bearing trunk 133 is inserted into an insertion hole 117 formed in the front surface of the housing 102, and the lower part of the bullet-bearing trunk 133 is provided with an annular bent portion 134. Are formed, and a nose support portion 132 is fixed to an upper end portion of the ammunition trunk 133. Further, the nose support portion 132 has a groove formed at the center so as to be placed on the upper surface of the nose.
As shown in FIGS. 1A and 1B, the upper nose shaping means 130 inserts the elastic trunk 133 into insertion holes 125 formed at both ends of the contact wing part 121 of the contact supporting means 120, or FIG. As shown in FIGS. 3a and 3b, it can be inserted into an insertion hole 117 formed in the front surface of the housing 102, and can be selectively used according to insertion and removal.
In other words, two upper compression tools 131 are used by connecting the elastic trunks 133 to both ends of the contact wing part 121, respectively, or one elastic trunk 133 is connected to the front part of the housing 102 to support the nose support. 132 or no upper nasal prosthesis 130 may be used.
This embodiment utilizes a nose support 132 coupled to an upper end of a bullet-bearing stem 133 in contact with an upper part of a nose as shown in FIG. 3B, and the elasticity of the bullet-bearing stem 133 is formed on a lower side. It is used by adjusting it so that it acts strongly or weakly by the ring-shaped bent portion 134. The configuration and operation other than the above are the same as those of the embodiment of FIGS. 1A and 1B.
FIG. 4 shows still another embodiment of the position adjusting means. FIG. 4a is a perspective view, FIG. 4b is a plan view, and FIG. 4c is a partial cross-sectional view, FIG. 4e shows an operation explanatory diagram, respectively.
As shown in FIG. 4, another embodiment of the position adjusting means 100 is such that a twist guide rail 204 twisted in a spiral having a long pitch is provided between the contact wing portion 121 and the fixing portion 202 of the contact supporting means 120. An adjustment bolt 205 is fixed to both ends, and an adjustment bolt 205 is fixed to an intermediate part.An adjustment nut 201 connected to the adjustment bolt 205 is rotatably connected to an intermediate part of the moving plate 206. The bushing 203 is slidably connected to the torsion guide rails 204 on both sides, and the lower ends of the elastic bearings 113 are fixed to the outer peripheral surfaces of the bushings 203.
The operation of another embodiment of the position adjusting means 100 will be described with reference to FIGS. 4A to 4E.
When using this position adjusting means 100, the contact wing part 121 of the contact supporting means 120 is brought into contact with the lower part of the nose, and after inserting the inner pressing tool 111 into the nostril, the adjusting nut 201 is rotated to move the moving plate 206 forward. The bushings 203 connected to both ends of the moving plate 206 are rotated by the spiral surface while moving forward along the torsion guide rails 204 on both sides. Is fixed, the two-sided holding stem 113 rotates together with the bushing 203, and is fixed to the upper end of the two-sided holding stem 113 as shown in FIG. The inner compression device 111 contacts the upper inside of the nose while narrowing.
Then, when the adjustment nut 201 is continuously rotated, the inner compression tool 111 presses the upper part of the inner surface of the nose outward, thereby increasing the volume of the nasal cavity, preventing snoring and raising the nasal muscle.
The torsion guide rail 204 is formed in a rectangular shape, for example, a spiral inclined surface is twisted in a range of 15 degrees to 65 degrees, and the ammunition trunk 113 and the inner compression device 111 are suitable for use in a range of 15 degrees to 65 degrees. It is formed to rotate at an angle.
As shown in FIGS. 5A and 5B, another embodiment of the position adjusting means 100 is connected by a fixing part 202, has a sloping opening part 225, and has a both-side guide rail 223 having a scale 222 formed on an upper surface. Is connected to the contact wing portion 121 of the contact support means 120, an adjustment bolt 205 is fixed to an intermediate portion between the contact wing portion 121 and the fixed portion 202, and the adjustment bolt is fixed to an intermediate portion of the moving plate 206. An adjusting nut 201 screwed to 205 is rotatably coupled to the movable plate 206. Both ends of the moving plate 206 are coupled to bushings 224 slidably coupled to the guide rails 223 on both sides, and the outer peripheral surfaces of the bushings 224 on both sides. Has a configuration in which the lower end portion of the ammunition stem 113 is fixed.
Reference numerals 221 and 226 in FIGS. 5A and 5B denote through holes formed on the upper surface of the movable plate 206 so that the adjustment nut 201 and the holding trunk 113 protrude.
The two-sided guide rail 223 is formed so that a portion far away from the contact wing portion 121 is almost parallel, and an inclined expanding portion 225 is formed in which an interval gradually increases while going from the middle portion to the contact wing portion 121. Since the scale 222 is formed on the guide rail 223 and the amount of movement of the inner compression device 111 can be measured, the nose can be conveniently shaped while looking at the scale 222.
Hereinafter, the operation of the position adjusting means 100 according to another embodiment will be described with reference to FIGS. 5A and 5B.
When using another embodiment of the position adjusting means 100, after inserting the inner compression tool 111 into the nostril, rotating the adjusting nut 201 to move the moving plate 206 away from the contact supporting means 120, the both-side bushing 224 will slide along the guide rail 223. And, since the interval between the both-sided holding stems 113 is gradually reduced while passing through the inclined expanding portion 225 of the guide rail 223, the position is adjusted while the inner compression tool 111 fixed to the upper end of the holding trunk 113 is narrowed. When the adjustment nut 201 is further rotated to some extent, the inner compression tool 111 pushes the inner part of the nose muscle outward, so that the nasal cavity volume is increased to prevent snoring and to prevent snoring. Will stand high.
Another reference example (comparative example) of the position adjusting means 100 is, as shown in FIGS. 6A and 6B, a shaft 235 is connected to an intermediate portion inside the housing 102, and an angle adjusting gear 233 is connected to an intermediate portion of the shaft 235. The lower end of the resilient stem 113 inserted through the upper through hole 236 is fixed to both sides of the shaft 235, and the adjusting lever 231 is fixed to the middle of the shaft 235, and the housing is fixed. A stopper 232 is connected to a lower part of the angle adjusting gear 233 by a spring 234 so as to be elastically held upward.
The operation of another embodiment of the position adjusting means thus performed will be described with reference to FIGS. 6A and 6B.
When the position adjusting means 100 of this still another reference example contacts the contact support means 120 with the lower part of the nose, inserts the both-side inner pressing tool 111 into the nostrils, and adjusts the angle adjusting lever 231, the bullet-bearing stem 113 Rotates forward, and the inner compression device 111 fixed to the end of the ammunition stem 113 rotates together to contact the upper inside of the nose and press it outward, thereby increasing the nasal cavity volume and preventing snoring. , The nose is raised up.
FIG. 7 is a perspective view showing another reference example (comparative example) of the snoring prevention and nasal prosthesis. FIG. 7b is a partially cutaway side view, and FIG. Show. As shown in FIG. 7, an elastic supporting trunk for adjusting the position is provided on the upper side of each nasal cavity by pressing the nasal muscle to elevate the nasal muscle and preventing the snoring from scratching. It is configured to be integrally connected to the 300.
The elastic support stem 113 is bent substantially in a V shape and has a bent portion 115 at an intermediate portion, and the elastic support stem 300 is bent substantially in a V shape, and is provided with a support portion 301 and an elastic support portion 302, A bent portion 303 is provided in an intermediate portion, and holding portions 304 and 305 are provided in the support portion 31 and the elastic portion 302, respectively. Further, a pad forming a curved portion may be attached to the supporting portion 301 so as to correspond to the shape of the nasal groove of the face.
Next, the operation of the anti-snoring and nasal prosthesis thus performed will be described with reference to FIGS. 7A, 7B and 7C.
When such a snoring prevention and nasal prosthesis is used, the grips 304 and 305 on both sides of the elastic support trunk 300 are grasped by hand to narrow the support portion 301 and the elastic holding portion 302, and to the nostril together with the inner compression device 111. After insertion as shown in FIG.7c, when the finger is released, the support part 301 and the elastic support part 302 of the elastic support stem 300 are opened by the restoring elasticity, and the inner compression tool 111 contacts the upper part of the nose and the nasal muscles. By pressing, the nasal muscles are raised to prevent snoring.
8 shows another reference example (comparative example), FIG. 8a shows a front view and a partial plan view, and FIG. 8b shows a partially cutaway side view showing a use state.
As shown in FIG. 8, another reference example of the snoring prevention and nasal prosthesis is a pair of insides for preventing the snoring by raising the nose by pressing the nose at the upper part of each nasal cavity. The compression tool 111 is attached to the ends of a pair of bullet-bearing stems 113, and a bent portion 115 is formed on the inner side thereof. The 401 is integrally connected to each other, and the concave and convex portions 404 are formed on the both-side support base 401, and the two-sided holding stem 113 and the support base 401 are respectively inserted into the adjustment tool 410 for adjusting the position and adjusted. By moving the tool 410, the distance between the bullet-bearing stem 113 and the support 401 is adjusted.
Shaft protrusions 421 protruding from both sides of the nose support 420 are inserted into the shaft support 403, and the nose support 420 is rotatably coupled to the support 403. The contact support pad 402 is attached.
Next, the operation of the anti-snoring and nasal prosthesis according to another embodiment of the present invention will be described with reference to FIGS. 8A and 8B.
In this other reference example, as shown in FIG.8b, the inner compression tool 111 was inserted into the nostril, the contact support pad 402 was brought into contact with the lower part of the nose, and the nose ridge support 420 was brought into contact with the upper part of the nose. Thereafter, the adjuster 410 is moved back and forth to adjust the height of the ammunition stem 113 so that the inner press 111 is stably brought into contact with the upper inside of the nose.
At this time, when the adjustment tool 410 is moved to the contact support pad 402 side, the contact position of the inner compression tool 111 is lowered, and when the adjustment tool 410 is moved to the nose ridge support 420 side, the height of the inner compression tool 111 is increased. As the height increases, the force pressing the nose muscles increases.
Since the adjuster 410 for adjusting the position of the inner compression device 111 is formed so that the lower portion on the inner side thereof corresponds to the concave and convex portion 404 of the support 401, the adjuster 410 may be moved left and right after the position of the adjuster 410 is adjusted. The adjusted position is stably maintained without any unauthorized removal.
On the other hand, a magnet may be installed on the nose ridge support 413 for effects such as a magnet bed and a magnet necklace.
FIG. 9 shows another reference example (comparative example). FIG. 9a is a perspective view, FIG. 9b is a longitudinal sectional view of a compression device holding element, and FIG. 9d is a front view showing the state, FIG. 9d is a longitudinal sectional view showing the use state, and FIG. 9e is a bottom view showing the use state.
As shown in FIG. 9, the snoring prevention and position adjusting means 100 in still another embodiment of the nasal prosthesis is located at the upper inside of each nasal cavity and presses on the nasal muscles to raise the nasal muscles and prevent snoring. An inner compression device 111 is attached to the upper end portion of the holding trunk 113, and a pair of support trunks 501 are connected to the rear surface of the housing 102. Element 510 is fixed, and the above-mentioned ammunition stem 113 is fixed to the tip of each compression-element ammunition element 510.
The upper nose supplementary means 130 has a configuration in which one end of a bullet-bearing stem 520 is fixed to each side surface of the housing 102, and an upper compression tool 521 is attached to the other end of the bullet-bearing stem 520. .
Here, the compression device elasticity holding element 510 has a configuration in which an inner tube 511 is elastically coupled to an inner portion of an outer tube 512, and a spring 513 for elastically holding the upper portion is inserted in the inner tube 511. . The compression device elastic holding element 510 may have a multi-stage elastic folding structure other than the two-stage elastic folding structure.
The housing 102 and the upper compression tool 521 are portions that come into contact with the face, and are made of a soft material or placed on the top.
FIG. 9a illustrates the effect of another embodiment of the snoring and nasal prosthesis thus performed.
9B and FIG. 9C.
In this other reference example, when the inner compression device 111 is pressed into the nostril with the outer tubes 511 and 512 of the compression device elastic holding element 510 being reduced, the compression device While the outer tubes 511 and 512 of the holding elements 510 are stretched by the restoring elasticity of the spring 513, the inner compression device 111 elastically contacts the upper inside of the nose, and the both elastic members connected to both sides of the housing 102. The upper compression device 521 adheres to the trunk 520, and the upper compression device 521 elastically contacts both sides of the upper part of the nasal muscle.When worn repeatedly for a certain period, the volume of the nasal cavity is increased to prevent snoring. The nose can be raised.
Industrial Applicability As described above, the anti-snoring and nasal prosthesis according to the present invention further increases the volume of the nasal cavity by pressing the end of the nose from the inside of the nasal cavity to the front of the face using a pressing device. It has the effect of facilitating breathing and preventing snoring and also has the effect of inducing the nasal muscles to rise up.

Claims

Insertion and supplementary means located at the upper inside of each nasal cavity, and a pair of inner compression devices for pressing the nasal muscles outward to raise the nasal muscles and to prevent snoring are attached to the upper ends of both sides of the holding trunk, respectively. Position adjusting means for adjusting the position where the inner compression device contacts, and a contact support for contacting between the lower nose and the upper lip so that the inner compression device can stably contact the upper inside of the nasal cavity. Means and
The position adjusting means guides the movement of the both-sided holding stem, a guide groove having an inclined portion is formed on the upper surface, and a rear surface portion is attached to a contact wing portion of the contact support means, An adjusting bolt rotatably coupled to an intermediate portion thereof, the adjusting bolt being screwed into the intermediate portion, and being coupled so as to be linearly movable by rotating the adjusting bolt, formed at the lower end portions of the both-sided holding stems; The circular ring includes a movable plate rotatably coupled with a bolt, and an adjusting knob fixed to an end of an adjusting bolt protruding from a front surface of the housing. An anti-snoring and nasal prosthesis, characterized in that it is formed so as to have a narrow interval.

Insertion and supplementary means located at the upper inside of each nasal cavity, and a pair of inner compression devices for pressing the nasal muscles outward to raise the nasal muscles and to prevent snoring are attached to the upper ends of both sides of the holding trunk, respectively. Position adjusting means for adjusting the position where the inner compression device contacts, and a contact support for contacting between the lower nose and the upper lip so that the inner compression device can stably contact the upper inside of the nasal cavity. Means and
The position adjusting means includes a torsion guide rail fixed to both ends between the contact wing portion and the fixing portion of the contact support means, an adjusting bolt fixed to an intermediate portion, and an adjusting nut coupled to the adjusting bolt. A bushing is rotatably connected to an intermediate portion of the moving plate, and a bushing slidably connected to both side twist guide rails is connected to both ends of the moving plate. A snoring prevention and nasal prosthesis, wherein the lower end of the trunk is fixed, and the side twist guide rails are formed by spirally twisting the fixed portion side inward.

Insertion and supplementary means located at the upper inside of each nasal cavity, and a pair of inner compression devices for pressing the nasal muscles outward to raise the nasal muscles and to prevent snoring are attached to the upper ends of both sides of the holding trunk, respectively. Position adjusting means for adjusting the position where the inner compression device contacts, and a contact support for contacting between the lower nose and the upper lip so that the inner compression device can stably contact the upper inside of the nasal cavity. Means and
The position adjusting means has a rear end portion connected to the fixed portion, a both-side guide rail having an inclined widened portion and a scale formed on an upper surface, is coupled to the contact wing portion of the contact support means, and An adjusting bolt is fixed to an intermediate portion between the moving plate and the fixing portion, and an adjusting nut screwed to the adjusting bolt is rotatably coupled to an intermediate portion of the moving plate. A bushing slidably coupled to the both-side guide rails is coupled, and a lower end portion of a bullet-bearing stem is fixed to an outer peripheral surface of the both-side bushings. Is a snoring prevention and nasal prosthesis, characterized in that it is formed so as to be widened toward the contact wing.

3. The torsion guide rail according to claim 2, wherein the torsion guide rail is formed in a rectangular shape, is twisted in a range of 15 degrees to 65 degrees, and is configured such that the bullet bearing stem and the inner compression device rotate in this range. Anti-snoring and nasal prosthesis.