JP3206781U - Eye pressure reduction / decompression device - Google Patents
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Abstract
【課題】使い勝手の良く、眼やその周囲の毛様体筋に生ずる疲労を効率よく緩和するための眼部加減圧装置を提供する。【解決手段】眼部加減圧装置１０は、眼の周辺部に当接して保持され、該眼の前の空気を外部と遮断するアイカップ部１２と、アイカップ部１２の一部に設けられアイカップ部１２の内外を挿通する接続部１４と、該接続部１４に接続されアイカップ部１２内の気圧を増減させる気圧増減器１６とを有する。気圧増減器１６を作動させることでアイカップ部１２内の気圧を増減させることができ、この気圧の増減に応じて毛様体筋や眼筋をほぐすように作用させることができる。【選択図】図１Provided is an eye pressure increasing / decreasing device that is easy to use and efficiently relieves fatigue generated in the eyes and the ciliary muscles around the eyes. An eye part pressurizing and depressurizing device is provided in an eye cup part that is held in contact with a peripheral part of the eye and blocks air in front of the eye from the outside, and a part of the eye cup part. It has the connection part 14 which penetrates the inside and outside of the eyecup part 12, and the atmospheric pressure increase / decrease device 16 which is connected to this connection part 14 and increases / decreases the atmospheric pressure in the eyecup part 12. By operating the air pressure increase / decrease unit 16, the air pressure in the eyecup portion 12 can be increased or decreased, and the ciliary muscle or the eye muscle can be loosened according to the increase or decrease of the atmospheric pressure. [Selection] Figure 1
Description
本考案は、目の疲れを緩和できる眼部加減圧装置に関し、特に空圧を利用したマッサージを可能とする眼部加減圧装置に関する。 The present invention relates to an eye pressure increasing / decreasing device that can alleviate eye fatigue, and more particularly to an eye pressure increasing / decreasing device that enables massage using air pressure.
今日、ＰＣや画面付きの携帯端末の使用時間も増大しており、眼の疲れを訴える人も増えつつあるのが現状である。眼の疲れは、ピント調節機能を果たす水晶体の弾力性が弱まって生じるのが一因として挙げられる。水晶体を調節するのが、眼の奥にある毛様体筋で、同じ距離の物を長く見ていると毛様体筋が緊張している状態になっていることや、伸縮機能が低下していることが疲れ眼の主な原因と言われている。また、近視、遠視、乱視、老眼の方で、眼鏡やコンタクトレンズを使っていない、あるいは使っていても適切に矯正されていない場合には、ピント調節のために毛様体筋が酷使される傾向にある。更に、加齢に応じて水晶体が硬くなることがあり、毛様体筋は焦点を合わせようとするように働くため、疲れやすくなって行くとされている。眼の奥の筋肉が疲れて固まると、神経的につながっている首の筋肉や肩の筋肉の凝りに連鎖する。 Today, the usage time of PCs and mobile terminals with screens is increasing, and the number of people who complain of eye fatigue is increasing. One reason for the eye fatigue is that the elasticity of the lens that performs the focus adjustment function is weakened. The lens is adjusted by the ciliary muscles in the back of the eye, and when looking at objects at the same distance for a long time, the ciliary muscles are in a state of tension and the stretching function is reduced. It is said that it is the main cause of tired eyes. Also, if you are nearsighted, hyperopic, astigmatic, or presbyopic and don't use eyeglasses or contact lenses, or if you don't correct them properly, your ciliary muscles are overused to adjust focus. There is a tendency. Furthermore, it is said that the crystalline lens may become harder with age, and the ciliary muscles work to focus, so that they tend to get tired easily. When the muscles in the back of your eyes become tired and hardened, they are linked to the stiffness of your neck and shoulder muscles, which are connected nerves.
このような眼やその周囲の毛様体筋に生ずる疲労を緩和するための装置として、例えば、加熱、振動、空気圧により眼部をマッサージする眼部マッサージ器（例えば、特許文献１）なる装置が知られており、該眼部マッサージ器によれば有効に眼部に血液循環を促進して視覚の負担を和らげて眼部の疲労を低減し得ると開示されている。 As an apparatus for relieving fatigue generated in such eyes and surrounding ciliary muscles, for example, there is an apparatus called an eye massager (for example, Patent Document 1) that massages the eye by heating, vibration, and air pressure. It is known that according to the eye massager, it is possible to effectively promote blood circulation to the eye part to relieve visual burden and reduce eye fatigue.
ところが、上記の装置では、空気圧を制御するエアポンプに加えて加熱装置、振動装置などを含んでおり、これらは電動であることから、電源が必要とされ、動作のための機構も複雑なものとなる。また、眼帯部にこれらの装置が取り付けられる構造となるため、装置重量がかさみ、使用勝手が良くないなどの側面もある。 However, the above devices include a heating device, a vibration device, and the like in addition to an air pump that controls air pressure. Since these devices are electric, a power source is required and the mechanism for operation is complicated. Become. In addition, since these devices can be attached to the eye patch, the weight of the device is bulky and the usage is not good.
そこで、本考案は上述の技術的な課題に鑑み、使い勝手の良く、眼やその周囲の毛様体筋に生ずる疲労を効率よく緩和するための眼部加減圧装置の提供を目的とする。 In view of the above technical problems, an object of the present invention is to provide an eye part pressurizing and depressurizing apparatus that is easy to use and efficiently relieves fatigue generated in the eyes and the ciliary muscles around them.
上述の技術的な課題を解決するため、本考案の眼部加減圧装置は、眼の周辺部に当接して保持され、該眼の前の空気を外部と遮断するアイカップ部と、前記アイカップ部の一部に設けられ前記アイカップ部の内外を挿通する接続部と、該接続部に接続され前記アイカップ部内の気圧を増減させる気圧増減器とを有することを特徴とする。 In order to solve the above technical problem, an eye part pressure increasing / decreasing device of the present invention is held in contact with the peripheral part of the eye and blocks the air in front of the eye from the outside, and the eye cup part. It has a connection part which is provided in a part of the cup part and penetrates the inside and outside of the eyecup part, and an atmospheric pressure increase / decrease unit which is connected to the connection part and increases / decreases the atmospheric pressure in the eyecup part.
上述の如き眼部加減圧装置によれば、気圧増減器を作動させることでアイカップ部内の気圧を増減させることができ、この気圧の増減に応じて毛様体筋や眼筋をもみほぐすように作用させることができる。従って、本考案の眼部加減圧装置を使用することで、眼の周りや奥の筋肉を和らげ、眼部の疲労を低減することができる。 According to the eye pressure increasing / decreasing device as described above, it is possible to increase / decrease the air pressure in the eye cup by operating the air pressure increase / decrease device, so that the ciliary muscles and eye muscles are stiffened according to the increase / decrease of the air pressure. Can act on. Therefore, by using the eye part pressurizing and depressurizing device of the present invention, the muscles around and behind the eyes can be softened and the fatigue of the eye parts can be reduced.
本考案の第１の実施形態にかかる眼部加減圧装置を、図面を参照しながら説明する。図１に示すように、本実施形態の眼部加減圧装置１０は、眼の周辺部に当接して保持され、該眼の前の空気を外部と遮断するアイカップ部１２、１２と、前記アイカップ部１２、１２の一部にそれぞれ設けられ前記アイカップ部１２、１２の内外を連通する接続部１４、１４と、該接続部１４、１４に接続されアイカップ部１２，１２内の気圧を増減させる気圧増減器１６とを有している。 An eye pressure-reducing device according to a first embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, the eye part pressurizing / decompressing device 10 of the present embodiment is held in contact with the peripheral part of the eye, and the eye cup parts 12, 12 that block the air in front of the eye from the outside, Connection portions 14 and 14 provided in a part of the eye cup portions 12 and 12 and communicating with the inside and outside of the eye cup portions 12 and 12, respectively, and air pressure in the eye cup portions 12 and 12 connected to the connection portions 14 and 14 And an atmospheric pressure increase / decrease unit 16 for increasing and decreasing the pressure.
本実施形態では、アイカップ部１２、１２は例えば、一般的な水泳用のゴーグルを構成するような一対の部品であり、人の眼を覆うように装着する構造とされ、眼の周りの皮膚に接触する部分にはゴムや発泡性合成樹脂などの皮膚への当りを軽減するような柔軟な周辺材料部２８が配設される。アイカップ部１２、１２の形状は、人の眼の形状に沿って横長の楕円形状とされ、眼の前にアイカップ部１２、１２による閉ざされた空間を形成する。アイカップ部１２、１２自体は、透明性のある樹脂材料で構成することができ、眼を開いた状態ではアイカップ部１２、１２を介して外側が見えるように構成される。アイカップ部１２、１２の周端部は周辺材料部２８、２８が全周にわたるように取り付けられ、装着時にアイカップ部１２、１２に内部を気密に保つことができる。 In the present embodiment, the eyecup portions 12 and 12 are, for example, a pair of components that constitute a general swimming goggles, and are structured to be worn so as to cover the human eye, and the skin around the eye. A flexible peripheral material portion 28 that reduces the contact of rubber, foaming synthetic resin, or the like with the skin is disposed on the portion that contacts the surface. The shape of the eye cup parts 12 and 12 is a horizontally long elliptical shape along the shape of the human eye, and forms a closed space by the eye cup parts 12 and 12 in front of the eyes. The eye cup portions 12 and 12 themselves can be made of a transparent resin material, and are configured such that the outside can be seen through the eye cup portions 12 and 12 when the eyes are opened. The peripheral end portions of the eye cup portions 12 and 12 are attached so that the peripheral material portions 28 and 28 extend over the entire circumference, and the inside of the eye cup portions 12 and 12 can be kept airtight when worn.
このような一対のアイカップ部１２、１２は、その間の部分を橋渡しして接続する連結部材２６を介して接続され、それぞれ一対のアイカップ部１２、１２の、連結部材２６とは反対側の端部では、装着時に頭部の後ろ側を回るゴム製のバンド２４部が接続される。当該眼部加減圧装置１０の装着時には、バンド部２４が、連結部材２６を介して連結する一対のアイカップ部１２、１２の眼尻側を引っ張ることになり、周辺材料部２８、２８を介してアイカップ部１２、１２はカップ内部を気密とするように保持される。バンド部２４は、アイカップ部１２、１２に取り付けられる部分で折り返され且つ保持されるように構成されるのは、通常の水泳用のゴーグルと同様である。 The pair of eyecup portions 12 and 12 are connected via a connecting member 26 that bridges and connects the portions between them, and the pair of eyecup portions 12 and 12 on the opposite side of the connecting member 26, respectively. At the end, 24 parts of a rubber band that turns around the back of the head when worn is connected. When the eye part pressurizing / decompressing device 10 is attached, the band part 24 pulls the eye butt side of the pair of eye cup parts 12 and 12 connected via the connecting member 26, and the peripheral material parts 28 and 28 are interposed. Thus, the eyecup portions 12 and 12 are held so that the inside of the cup is airtight. The band portion 24 is configured to be folded and held at a portion attached to the eyecup portions 12 and 12 in the same manner as a normal swimming goggles.
一対のアイカップ部１２、１２には、それぞれアイカップ部１２の内外を挿通する接続部１４、１４が一部に設けられる。これら接続部１４、１４は、例えば筒状の部材であり、アイカップ部１２の厚みを貫通する。接続部１４、１４のアイカップ部１２の内側に臨む部分は、アイカップ部１２の内壁と面一とすることができ、逆にアイカップ部１２の外側では、先細り形状に突出し、その突出した接続部１４、１４の先端に管部２１、２３を接続するようにできる。管部２１、２３は継手２２を介して一本の管部２０に合流し、その管部２０の他端で弁体１８を介して空気の出し入れを行う気圧増減器１６に接続される。接続部１４、１４をアイカップ部１２、１２と一体に設けることもでき、別体に設けることもできる。接続部１４、１４を挿通穴の形状とし、管部２１、２３を気密となるように挿入するような構造であっても良い。管部２０、２１、２３は気圧増減器１６と接続部１４、１４の間に設けられ、アイカップ部１２の内の空気の出し入れのルートとして機能する。これら管部２０、２１、２３は、所要の柔軟性を有する合成樹脂管からなり、例えば、使用者がアイカップ部１２、１２などからなるゴーグルを装着したところで、使用者が手で操作する気圧増減器１６に連結するのに遊びを以て十分な長さとなるように設けられる。 The pair of eyecup portions 12 and 12 are provided with connection portions 14 and 14 that are inserted through the inside and outside of the eyecup portion 12, respectively. These connection parts 14 and 14 are cylindrical members, for example, and penetrate the thickness of the eyecup part 12. The part facing the inside of the eyecup part 12 of the connection parts 14 and 14 can be flush with the inner wall of the eyecup part 12, and conversely, the outer side of the eyecup part 12 protrudes in a tapered shape and protrudes. The pipe parts 21 and 23 can be connected to the tips of the connection parts 14 and 14. The pipe parts 21 and 23 merge into one pipe part 20 via a joint 22 and are connected to an atmospheric pressure increase / decrease unit 16 that takes in and out air via a valve body 18 at the other end of the pipe part 20. The connection portions 14 and 14 can be provided integrally with the eye cup portions 12 and 12 or can be provided separately. The connection parts 14 and 14 may be formed in the shape of an insertion hole, and the pipe parts 21 and 23 may be inserted so as to be airtight. The pipe parts 20, 21, and 23 are provided between the air pressure increase / decrease unit 16 and the connection parts 14 and 14, and function as a route for taking in and out the air in the eye cup part 12. These tube portions 20, 21, and 23 are made of synthetic resin tubes having required flexibility. For example, when the user wears goggles composed of the eye cup portions 12 and 12, etc., the atmospheric pressure that the user operates by hand. It is provided so as to be sufficiently long with play to be connected to the increase / decrease unit 16.
気圧増減器１６は、概ね鶏卵形状の中空のゴム等の合成樹脂材料からなり、使用者が手で押すことで気圧増減器１６の内部の空気を外に出し、使用者が手で押した状態から手を放すことで気圧増減器１６が膨らみ、気圧増減器１６の内部へ空気を吸い込むことができる。例えば、使用者の眼に対して毛様体筋等の緩和を図る場合には、気圧増減器１６の膨らんだ部分を使用者が手である程度押し込んだ状態でゴーグルを装着し、気圧増減器１６を押している手を放すことで、眼の前のアイカップ部１２の内部空間を幾分負圧として眼球表面に負圧を与え、その眼球に連結した毛様体筋を少々伸ばすように作用する。この作用によって、毛様体筋をストレッチした状態に持ち込むことができ、疲れ眼を癒すことができる。 The pressure increase / decrease unit 16 is made of a synthetic resin material such as egg-shaped hollow rubber, and the user pushes the air inside the pressure increase / decrease unit 16 by hand, and the user pushes it by hand. When the hand is released, the pressure increase / decrease unit 16 swells and air can be sucked into the pressure increase / decrease unit 16. For example, in order to relieve ciliary muscles or the like with respect to the user's eyes, goggles are worn while the user pushes the swollen portion of the pressure increase / decrease unit 16 with the hand to some extent, and the pressure increase / decrease unit 16 By releasing the hand that is pushing, the internal space of the eye cup part 12 in front of the eye is made somewhat negative pressure, negative pressure is applied to the surface of the eyeball, and the ciliary muscle connected to the eyeball is stretched slightly. . By this action, the ciliary muscles can be brought into a stretched state, and tired eyes can be healed.
気圧増減器１６は、管部２０との間に圧力調整バルブなどの弁体１８を設けており、負圧や正圧が所定の範囲を超えたときに大気に戻すように機能する。このため過剰な空気圧が眼にかかるようなことは未然に防止されることになる。 The air pressure increase / decrease unit 16 is provided with a valve body 18 such as a pressure adjusting valve between the pipe part 20 and functions to return to the atmosphere when the negative pressure or the positive pressure exceeds a predetermined range. For this reason, it is possible to prevent excessive air pressure from being applied to the eyes.
また、本実施形態においては、気圧増減器１６は、ゴム等の合成樹脂材料からなる中空の装置であるが、他の気圧増減器の例としては、手動ではなく小型のポンプ、送風機、鞴（ふいご）やシリンダーなどの機構を用いることも可能である。これらの機構であっても、電動とされるのは手元の気圧増減器１６だけに止まり、アイカップ部１２の近傍にはモーターなどの機構部は存在せず、装着時における負担は従来のものに大幅に軽減される。 In the present embodiment, the pressure increase / decrease unit 16 is a hollow device made of a synthetic resin material such as rubber, but other examples of the pressure increase / decrease unit are not manual but a small pump, a blower, a bag ( It is also possible to use a mechanism such as a bellows or a cylinder. Even with these mechanisms, only the atmospheric pressure increase / decrease unit 16 is electrically operated, there is no mechanism unit such as a motor in the vicinity of the eye cup unit 12, and the burden when mounting is conventional. Will be greatly reduced.
図２は、本実施形態の眼部加減圧装置１０を使用者に装着して使用しているところの断面図である。使用時には、先に説明したような気圧増減器１６から空気が供給されて眼が正圧を受けることもあり、アイカップ部１２の空気を排気して眼２７が負圧を受けることもあり、これらを繰り返すことで疲れた眼球周りの筋肉をほぐすことができる。眼部加減圧装置１０の運転方法として、大気圧と負圧の間の繰り返しや、大気圧と正圧との繰り返しや、負圧と正圧の繰り返しなど種々のパターンで運転することができ、圧力を与える時間や変化させる間隔なども制御し、例えば電動で小型のポンプやアクチュエーターなどの使用してプログラムされたとおりに制御することも可能である。図２に示すように、例えば、眼２７に負圧を与える場合では、アイカップ部１２内の空間１３の圧力が下がり、アイカップ部１２自体は使用者の眼の周りにより気密を保つように密着するため、僅かな負圧であっても眼２７の表面と周囲に作用して、確実に疲れた眼球周りの筋肉をほぐすことができる。また、本実施形態の眼部加減圧装置１０から空気を送りこんで眼の前の空間を正圧に制御する場合では、過剰な圧力はアイカップ部１２の周囲の周辺材料部２８の顔２９の表面との密着を弱めることになり、周辺材料部２８と顔２９の間で余分な空気が逃げるため、眼２７への過剰な加圧による悪影響は未然に防止されることになる。 FIG. 2 is a cross-sectional view of the eye part pressurizing / decompressing device 10 of the present embodiment that is worn on a user. During use, air may be supplied from the air pressure increase / decrease unit 16 as described above to receive positive pressure, the eye 27 may be exhausted and the eye 27 may receive negative pressure, By repeating these steps, you can relieve tired muscles around the eyeball. As an operation method of the eye part pressurizing and depressurizing device 10, it can be operated in various patterns such as repetition between atmospheric pressure and negative pressure, repetition between atmospheric pressure and positive pressure, repetition of negative pressure and positive pressure, It is also possible to control the time during which the pressure is applied, the changing interval, and the like, for example, by using an electric small pump or actuator. As shown in FIG. 2, for example, when negative pressure is applied to the eye 27, the pressure in the space 13 in the eyecup portion 12 decreases, and the eyecup portion 12 itself is kept more airtight around the user's eyes. Because of the close contact, even with a slight negative pressure, it acts on the surface of the eye 27 and its surroundings, so that the tired muscles around the eyeball can be surely loosened. In addition, when air is supplied from the eye part pressurizing / decompressing device 10 of this embodiment to control the space in front of the eyes to a positive pressure, excessive pressure is applied to the face 29 of the peripheral material part 28 around the eye cup part 12. Adhesion with the surface is weakened, and excess air escapes between the peripheral material portion 28 and the face 29, so that adverse effects due to excessive pressurization on the eye 27 are prevented in advance.
図３は、第２の実施形態の眼部加減圧装置３０の要部を示す図であり、空気の出し入れを行う気圧増減器は、先の実施形態の気圧増減器１６と同様のものを使用できるために省略している。なお、気圧増減器は手動タイプであっても良く、制御装置付きの電動タイプであっても良い。図示しない気圧増減器は合成樹脂製のチューブからなる管部４２に接続され、この管部４２は一対のアイカップ部３２、３２の連結する連結部材３６と一体的に形成された接続部３４に接続され、目頭近傍で一本の管部４２が接続部３４で分岐してアイカップ部３２、３２に連通する構造とされている。また、アイカップ部３２、３２の周端部で使用者の顔面に接する部分には、ゴム材若しくはウレタン等の発泡材などからなる周辺材料部３８、３８が形成されるが、一対のアイカップ部３２、３２の一部には、アイカップ部１２内の圧力を所定の範囲に保つための弁体４０、４０が形成されている。弁体４０、４０は、アイカップ部１２内の圧力が過剰な正圧となった場合には、内部の空気をリークするように機能し、逆にアイカップ部１２内の圧力が過剰な負圧となった場合には、外部の空気を内部に導いて圧力を調整する。このため眼への過剰な加圧による悪影響は未然に防止されることになる。弁体４０の簡単な構造のものとしては、例えば弾性片で開口部を塞ぐ構造のものを外向きと内向き並列に配設することでも可能である。 FIG. 3 is a diagram showing a main part of the eye part pressure increasing / decreasing device 30 according to the second embodiment, and the pressure increase / decrease unit for taking in and out air is the same as the pressure increase / decrease unit 16 of the previous embodiment. Omitted to do so. The pressure increase / decrease unit may be a manual type or an electric type with a control device. A pressure increase / decrease unit (not shown) is connected to a tube portion 42 made of a synthetic resin tube, and this tube portion 42 is connected to a connection portion 34 formed integrally with a connecting member 36 connecting a pair of eye cup portions 32, 32. A single pipe portion 42 is branched at the connection portion 34 in the vicinity of the eyes and communicates with the eyecup portions 32, 32. In addition, peripheral material portions 38 and 38 made of a foam material such as a rubber material or urethane are formed at portions of the peripheral edge portions of the eye cup portions 32 and 32 that are in contact with the user's face. Valve bodies 40 and 40 are formed in parts of the portions 32 and 32 to keep the pressure in the eyecup portion 12 in a predetermined range. The valve bodies 40, 40 function to leak the air inside when the pressure in the eye cup 12 becomes excessive positive pressure, and conversely, the pressure in the eye cup 12 is excessively negative. If the pressure is reached, the pressure is adjusted by introducing outside air into the inside. For this reason, the bad influence by excessive pressurization to eyes is prevented beforehand. As a simple structure of the valve body 40, for example, a structure in which the opening is closed with an elastic piece can be arranged in parallel in the outward direction and the inward direction.
なお、上述の実施形態においては、眼部加減圧装置の構造をそれぞれ一対のアイカップ部１２、３２を有する構造として説明したが、両目を１つのアイカップ部で覆うような構造であっても良く、一対のアイカップ部を有しているが、目頭付近の接続部で空間的につながっているような構造であっても良い。また、眼の前に導入される気圧増減器からの空気の温度を調整したり、湿度を調整することもでき、目薬や眼に有効な液体を霧状として眼に届けるように構成することも可能である。 In the above-described embodiment, the structure of the eye part pressurizing / decompressing device has been described as a structure having a pair of eyecup parts 12 and 32. However, even if the structure covers both eyes with one eyecup part. Although it has a pair of eyecups, it may be a structure that is spatially connected by a connection near the eye. It is also possible to adjust the temperature of the air from the pressure increase / decrease device introduced before the eyes and adjust the humidity, so that the eye drops and the liquid effective for the eyes can be delivered to the eye as a mist. Is possible.
本考案の眼部加減圧装置１０、３０は全体として、小型で軽量であり、鞄などにも収納可能であって、旅先などでも簡単に使用することができる。また、装着時や使用時においては、アイカップ部１２、３２を通常の水泳用のゴーグルのようにシースルー構造とするだけで、周りが見渡せることになり、他の作業をしながらの眼の周りの筋肉をほぐすようなことも可能である。 The eye pressure increasing / decreasing devices 10 and 30 of the present invention as a whole are small and light, can be stored in a bag or the like, and can be easily used at a destination. In addition, when wearing or using, the eyecups 12 and 32 can be looked around simply by using a see-through structure like a normal goggles for swimming. It is also possible to relax the muscles.
１０ 眼部加減圧装置
１２ アイカップ部
１３ 空間
１４ 接続部
１６ 気圧増減器
１８ 弁体
２０ 管部
２１ 管部
２２ 継手
２３ 管部
２４ バンド部
２６ 連結部材
２７ 眼
２８ 周辺材料部
２９ 顔
３０ 眼部加減圧装置
３２ アイカップ部
３４ 接続部
３６ 連結部材
３８ 周辺材料部
４０ 弁体
DESCRIPTION OF SYMBOLS 10 Eye part pressure increase / decrease device 12 Eye cup part 13 Space 14 Connection part 16 Atmospheric pressure increase / decrease device 18 Valve body 20 Pipe part 21 Pipe part 22 Joint 23 Pipe part 24 Band part 26 Connection member 27 Eye 28 Peripheral material part 29 Face 30 Eye part Pressure-reducing device 32 Eye cup part 34 Connection part 36 Connection member 38 Peripheral material part 40 Valve body
Claims (4)
前記アイカップ部の一部に設けられ前記アイカップ部の内外を連通する接続部と、
該接続部に接続され前記アイカップ部内の気圧を増減させる気圧増減器とを有することを特徴とする眼部加減圧装置。 An eye cup part that is held in contact with the peripheral part of the eye and blocks the air in front of the eye from the outside;
A connecting portion provided in a part of the eyecup portion and communicating between the inside and outside of the eyecup portion;
An eye pressure increasing / decreasing device characterized by having an air pressure increase / decrease device connected to the connecting portion and increasing / decreasing the air pressure in the eye cup portion.
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| CN108721755A (en) * | 2018-08-10 | 2018-11-02 | 杨老秀 | A kind of refreshing device of safe driving eye spray stripping |
| WO2019198236A1 (en) * | 2018-04-13 | 2019-10-17 | 医療法人細田耳鼻科Ｅａｒ Ｃｌｉｎｉｃ | Device and method used during sinus surgery |
| CN111803067A (en) * | 2020-02-18 | 2020-10-23 | 哈尔滨医科大学 | Animal magnetic resonance imaging eye protection device and using method |
| CN113041118A (en) * | 2021-04-13 | 2021-06-29 | 泉州好节奏科技有限公司 | Eye massager capable of relieving eyestrain |
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| JPS55118750A (en) * | 1979-03-08 | 1980-09-11 | Fumio Taniguchi | Tool for massaging eyeball |
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| JPS55118750A (en) * | 1979-03-08 | 1980-09-11 | Fumio Taniguchi | Tool for massaging eyeball |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2019198236A1 (en) * | 2018-04-13 | 2019-10-17 | 医療法人細田耳鼻科Ｅａｒ Ｃｌｉｎｉｃ | Device and method used during sinus surgery |
| CN108721755A (en) * | 2018-08-10 | 2018-11-02 | 杨老秀 | A kind of refreshing device of safe driving eye spray stripping |
| CN111803067A (en) * | 2020-02-18 | 2020-10-23 | 哈尔滨医科大学 | Animal magnetic resonance imaging eye protection device and using method |
| CN111803067B (en) * | 2020-02-18 | 2024-05-28 | 哈尔滨医科大学 | Animal magnetic resonance imaging eye protection device and use method |
| CN113041118A (en) * | 2021-04-13 | 2021-06-29 | 泉州好节奏科技有限公司 | Eye massager capable of relieving eyestrain |
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