JP3186317U

JP3186317U - Eye massager

Info

Publication number: JP3186317U
Application number: JP2013003541U
Authority: JP
Inventors: 丞釧楊
Original assignee: 丞釧楊
Priority date: 2013-06-21
Filing date: 2013-06-21
Publication date: 2013-10-03
Anticipated expiration: 2023-06-21

Abstract

【課題】目元マッサージ器の構造に関し、特に目元に冷熱パックをすることで、血液循環を促進し、素晴らしい放熱効果を具有する目元マッサージ器の構造を提供する。
【解決手段】主に目元冷熱パック装置１、温度コントロールタンクおよびヘッドバンド１５で構成する目元マッサージ器の構造である。目元冷熱パック装置に含まれるのは水袋１１、冷熱伝導部品１２、冷却部品１３および排水放熱部品であり、冷熱伝導部品は水袋と設置し、冷却部品は冷熱伝導部品と設置し、排水放熱部品を冷却部品および水袋に貼合し、且つ温度コントロールタンクと循環するよう設置する。温度コントロールタンクに少なくとも一つの温度コントロールユニットを設置し、排水放熱部品内にある液体の温度を冷却する。排水放熱部品内にある冷水を調節することで、排水放熱部品と冷却部品が冷熱を伝導し、冷却部品の放熱効果を加速する。
【選択図】図１The present invention relates to a structure of an eye massager, and in particular, provides a structure of an eye massager that promotes blood circulation by providing a cold pack on the eye and has an excellent heat dissipation effect.
The structure of an eye massager mainly composed of an eye cold / hot pack device, a temperature control tank, and a headband. Included in the cold pack device is a water bag 11, a cooling heat conduction component 12, a cooling component 13, and a drainage heat dissipation component. The parts are bonded to the cooling parts and water bags, and installed so as to circulate with the temperature control tank. At least one temperature control unit is installed in the temperature control tank to cool the temperature of the liquid in the drainage heat dissipation component. By adjusting the cold water in the drainage heat dissipation component, the drainage heat dissipation component and the cooling component conduct cold and accelerate the heat dissipation effect of the cooling component.
[Selection] Figure 1

Description

本考案の目元マッサージ器の構造に関し、特に目元に冷熱パックをすることで、血液循環を促進し、素晴らしい放熱効果を具有する目元マッサージ器の構造に関する。 The present invention relates to the structure of the eye massager of the present invention, and more particularly to the structure of the eye massager having a wonderful heat dissipation effect by promoting blood circulation by applying a cold pack to the eye.

テクノロジーが発展するのにつれ、コンピューターはもはや生活必需品となっている。仕事、娯楽、資料を調べるおよび読書などに限らず、多くの人がコンピューターとタブレットパソコンやスマートホーンなどの電子機器に頼り、電子機器とスマートホーンは次第に従来のペーパー類のものと徐々に置き換えられていった。目を長期的に使用した後に疲れを感じやすく、更に現代人は長期的にコンピューターを使うことで、目の疲労感は更に加速しやすく、目は常に乾きや痛みおよび充血する状態を引き起こす。 As technology develops, computers are no longer a necessity. Many people rely on computers, tablet computers, smart phones, and other electronic devices, not just for work, entertainment, studying materials, and reading. Electronic devices and smart horns are gradually replaced by conventional papers I went. It is easy to feel tired after long-term use of eyes, and modern people use computers for a long time, and eye fatigue is more likely to accelerate, causing eyes to always dry, hurt, and become congested.

市場には、目をリラックスさせる目薬や、マッサージ効果のあるアイマスクなど、目の疲労感を改善する商品がある。下記に本考案者が申請した特許案、中華民国公知の特許申請案第Ｍ３８６８９２号の「目元マッサージ器」を紹介する。それに含まれるのは一つのヘッドバンドおよびヘッドバンドに設置する目元冷熱パック装置である。該目元冷熱パック装置に含まれるのは一つの水袋、一つの冷熱伝導部品、一つの半導体電子冷却部品である。当該水袋は人体の目の部位を覆って使用するために使われ、該水袋には冷熱伝導部品を内部に挿入するための開口を設ける。該半導体電子冷却部品を冷熱伝導部品に設置する。該目元冷熱パック装置に含まれるのは放熱部品に設置する冷却部品であり、該冷却部品に含まれるのは、放熱ブロックに対応するスタンドと、スタンドと共に設置して放熱ブロックの冷却を行うファンである。 There are products on the market that improve eye fatigue, such as eye drops that relax the eyes and eye masks that have a massage effect. The following is an introduction to the patent proposal filed by the present inventor and the “Massage Massage Device” of the patent application proposal No. M386892 known to the Republic of China. Included are one headband and an eye cold pack device installed on the headband. Included in the eye cold heat pack apparatus are one water bag, one cold heat conduction component, and one semiconductor electronic cooling component. The water bag is used for covering the eye part of a human body, and the water bag is provided with an opening for inserting a cold-heat conductive component therein. The semiconductor electronic cooling component is installed in the cold heat conductive component. Included in the cold pack device is a cooling component installed in the heat dissipation component, and the cooling component includes a stand corresponding to the heat dissipation block and a fan that is installed together with the stand and cools the heat dissipation block. is there.

考案者の前案技術は半導体電子冷却部品を使って、冷熱伝導部品に対して冷却或いは加熱などの温度コントロールを行っていた。該冷熱伝導部品は水袋内部にある液体の温度を調節することができ、水袋にホットパック、冷パックなどの効果を持たせることで、目元の疲労感を有効的に緩和する。しかし、前案の技術は補助としてファンを使って半導体電子冷却部品の放熱を行うのみで、ファンのデザインでは、周りの熱い空気と冷たい空気の対流を早めるだけであり、放熱効果に限りがあることを鑑みて、電子冷却部品が更に迅速且つ有効的に放熱し、電子冷却部品が安定して作動できるよう、更なる改善をする必要があった。 The inventor's previous technology used semiconductor electronic cooling components to control the temperature of cooling / heating components such as cooling or heating. The cold heat conduction component can adjust the temperature of the liquid inside the water bag, and effectively relieve the feeling of fatigue of the eyes by giving the water bag the effect of a hot pack, a cold pack or the like. However, the technology of the previous plan only uses a fan as a supplement to dissipate heat from the semiconductor electronic cooling components, and the fan design only accelerates the convection of the surrounding hot air and cold air, and the heat dissipation effect is limited In view of this, it has been necessary to make further improvements so that the electronic cooling component can dissipate heat more quickly and effectively and the electronic cooling component can operate stably.

特開２０１２−３４７５３号公報JP 2012-34753 A

前記公知構造の欠点を解決するため、本考案の第１の目的は、冷却部品の迅速な放熱を行うことで、冷却部品が安定して作動できる目元マッサージ器の構造を提供することにある。 In order to solve the drawbacks of the known structure, a first object of the present invention is to provide a structure of an eye massager in which a cooling component can be stably operated by quickly radiating the cooling component.

本考案の第２の目的は、冷熱調節をすることができ、目元に冷熱パックをすることで、目の疲労感を和らげる目元マッサージ器の構造を提供することにある。 The second object of the present invention is to provide a structure of an eye massager that can adjust the heat and reduce the feeling of eye fatigue by putting a heat pack on the eyes.

上述の目的を解決するために、本考案は目元マッサージ器の構造を提供するものである。それに含まれるのは目元冷熱パック装置および、温度コントロールタンク、ヘッドバンドである。該目元冷熱パック装置に含まれるのは水袋、冷熱伝導部品、冷却部品および排水放熱部品である。該水袋の内側は人体の眼部に覆い、別側は冷熱伝導部品を貼合する。該冷却部品は冷熱伝導部品を挟んだ水袋と反対側に設置する。該排水放熱部品を冷却部品および水袋に貼合し、該温度コントロールタンクと循環するよう設置する。該温度コントロールタンクに少なくとも一つの温度コントロールユニットを設置し、排水放熱部品内にある液体の温度を冷却する。該ヘッドバンドは目元冷熱パック装置と接続し、且つヘッドバンドは人体の頭部を囲んで設置する。それにより、冷却部品が冷熱伝導部品に対して冷却或いは加熱などの温度コントロールを通じて、冷熱伝導部品が水袋内部にある液体に対して温度調節を行うことができ、それによって水袋がホットパックおよび冷パックの効果を具有して目元の疲労を和らげる。更に排水放熱部品内の冷水の調節により、排水放熱部品と冷却部品が冷熱伝導を行い、冷却部品の放熱効果を加速する。 In order to solve the above-mentioned object, the present invention provides a structure of an eye massager. Included in this are an eye cold pack device, a temperature control tank, and a headband. Included in the eye cold heat pack apparatus are a water bag, a cold heat conduction component, a cooling component, and a drainage heat radiation component. The inside of the water bag is covered with the eye part of the human body, and the other side is pasted with a cold heat conduction component. The cooling component is installed on the opposite side of the water bag with the cold heat conduction component interposed therebetween. The drainage heat dissipating part is bonded to a cooling part and a water bag and installed so as to circulate with the temperature control tank. At least one temperature control unit is installed in the temperature control tank to cool the temperature of the liquid in the drainage heat radiation component. The headband is connected to the eye cold pack device, and the headband is installed around the head of the human body. As a result, the cooling component can control the temperature of the liquid in the water bag through the temperature control such as cooling or heating the cooling component. Has the effect of a cold pack to relieve eye strain. Furthermore, by adjusting the cold water in the drainage heat dissipation component, the drainage heat dissipation component and the cooling component conduct cold heat, accelerating the heat dissipation effect of the cooling component.

本考案の目元冷熱パック装置は更にプロテクトケースを含み、該プロテクトケースに水袋を設置し、且つ排水放熱部品、冷熱伝導部品および冷却部品はプロテクトケースと水袋の間に位置する。該排水放熱部品の末端はプロテクトケースの片側を通る。 The eye cold heat pack apparatus of the present invention further includes a protect case, and a water bag is installed in the protect case, and the drainage heat radiating component, the cool heat conduction component and the cooling component are located between the protect case and the water bag. The end of the drainage heat dissipation component passes through one side of the protect case.

本考案は更に水袋の外表面に二つの振動モーターを設置し、更に二つの導熱シートを含み、各導熱シートを冷却部品に設置し、且つ冷熱伝導部品および水袋と接触する。 The present invention further includes two vibration motors installed on the outer surface of the water bag, further including two heat conductive sheets, each heat conductive sheet is installed in the cooling component, and is in contact with the cold heat conductive component and the water bag.

本考案のヘッドバンドは第一バンドおよび第二バンドを含み、該第一、第二バンドをプロテクトケースの両サイドに設置し、第一バンドの末端に一つのオス部品、第二バンドのオス部品に対応する場所に一つのメス部品を設置する。オス部品およびメス部品は互いに嵌合し、且つプロテクトケースの側面でコイル状態を形成する。該オス部品およびメス部品はマジックテープ（登録商標）を使用している。 The headband of the present invention includes a first band and a second band, the first and second bands are installed on both sides of the protective case, one male part at the end of the first band, and a male part of the second band One female part is installed in the place corresponding to. The male part and the female part fit together and form a coiled state on the side of the protect case. The male part and the female part use Velcro (registered trademark).

本考案の温度コントロールタンク内は貯水室および放熱室に分ける。該排水放熱部品は伝導体および排水管を含み、該伝導体は排水管を套設し、且つ排水管の末端は伝導体、プロテクトケースから温度コントロールタンクまで通し、且つ貯水室内の水と循環する状態を保つ。排水管は放熱室内では蛇腹状に撓んで設置し、温度コントロールタンクの周りに、放熱室の位置に対応して数個の排気孔を設ける。 The temperature control tank of the present invention is divided into a water storage chamber and a heat dissipation chamber. The drainage heat dissipating part includes a conductor and a drain pipe. The conductor is provided with a drain pipe, and the end of the drain pipe passes through the conductor, the protective case to the temperature control tank, and circulates with the water in the water storage chamber. Keep state. The drain pipe is bent in a bellows shape in the heat radiating chamber, and several exhaust holes are provided around the temperature control tank corresponding to the position of the heat radiating chamber.

該温度コントロールタンクは更に貯水室の上方を一つの収納室および収納室と放熱室を閉じる蓋に区切る。該収納室の底部は、目元冷熱パック装置に対応して一つのアーチ面を設け、目元冷熱パック装置を収納室内に収納することができる。 The temperature control tank further divides the upper part of the water storage chamber into one storage chamber and a lid for closing the storage chamber and the heat dissipation chamber. The bottom of the storage chamber is provided with one arch surface corresponding to the eye cold / heat pack device, and the eye cold / heat pack device can be stored in the storage chamber.

本考案の温度コントロールタンクは更に貯水室の上方を一つの収納室および収納室と放熱室を閉じる蓋に区切る。該収納室の底部は、目元冷熱パック装置に対応して一つのアーチ面を設け、目元冷熱パック装置を収納室内に収納することができる。該温度コントロールユニットはファンであり、排水放熱部品が放熱室内の放熱速度を速めるために、更に一つのポンプを設置し、排水放熱部品と接続する。 The temperature control tank of the present invention further divides the upper part of the water storage chamber into one storage chamber and a lid for closing the storage chamber and the heat radiation chamber. The bottom of the storage chamber is provided with one arch surface corresponding to the eye cold / heat pack device, and the eye cold / heat pack device can be stored in the storage chamber. The temperature control unit is a fan, and in order for the drainage heat radiating component to increase the heat radiation speed in the heat radiating chamber, another pump is installed and connected to the drainage heat radiating component.

本考案は目元冷熱パック装置、温度コントロールタンクを設置し、目元冷熱パック装置に含まれる水袋、冷熱伝導部品、冷却部品および排水放熱部品が、温度コントロールタンクと循環するよう設置することで、温度コントロールタンク内にある温度コントロールユニットが排水放熱部品内にある液体の温度を冷却する。排水放熱部品内にある冷水を調節することで、排水放熱部品と冷却部品が冷熱を伝導し、冷却部品の放熱効果を加速する。 The present invention installs an eye cold pack device and a temperature control tank, and installs water bags, cold heat conduction components, cooling components and drainage heat radiation components included in the eye cold pack device so that they circulate with the temperature control tank. A temperature control unit in the control tank cools the temperature of the liquid in the drainage heat dissipation component. By adjusting the cold water in the drainage heat dissipation component, the drainage heat dissipation component and the cooling component conduct cold and accelerate the heat dissipation effect of the cooling component.

本考案の目元冷熱パック装置の立体図である。It is a three-dimensional view of the eye cold heat pack apparatus of this invention. 本考案の目元冷熱パック装置の排水放熱部品の透視図である。It is a perspective view of the drainage heat radiating component of the eye cold heat pack apparatus of this invention. 本考案の目元冷熱パック装置の水袋および振動モーターの透視図である。It is a perspective view of the water bag and vibration motor of the eye cold pack device of the present invention. 本考案の目元冷熱パック装置の俯瞰図である。It is a bird's-eye view of the eye cold pack device of the present invention. 本考案の目元冷熱パック装置と組み立てるタンクの局部断面図である。It is local sectional drawing of the tank assembled with the eye cold heat pack apparatus of this invention. 本考案の冷熱パック装置を収納ボックスに収納する立体略図である。It is the three-dimensional schematic which accommodates the cold heat pack apparatus of this invention in a storage box. 本考案の温度コントロールタンクの立体図である。It is a three-dimensional view of the temperature control tank of the present invention. 図７Ａ−Ａラインの断面図である。FIG. 7A is a cross-sectional view taken along line AA.

本考案が前記目的と効果に達するために使用する技術手段と構造を、図面を参照しながら詳細に説明する。 The technical means and structure used by the present invention to achieve the above objects and effects will be described in detail with reference to the drawings.

図１から図５に示すのは、本考案の目元マッサージ器である。それに含まれるのは目元冷熱パック装置１および、温度コントロールタンク２である。該目元冷熱パック装置１に含まれるのは水袋１１、冷熱伝導部品１２、冷却部品１３、排水放熱部品１４およびヘッドバンド１５である。該水袋１１の内側は人体の眼部に覆い、別側は冷熱伝導部品１２を貼合する。本実施例では、該水袋１１は溝状の表面を形成することで、冷熱伝導部品１２を内側に錠止定位する。冷熱伝導部品１２は良好な熱伝導材質で作られ、該冷却部品１３は半導体電子冷却部品であり、冷却部品は冷熱伝導部品１２を挟んだ水袋１１の反対側に設置する。該排水放熱部品１４(銅管とすることができる)は冷却部品１３および水袋１１と共に設置して温度コントロールタンク２と接続し、且つ該温度コントロールタンク２と循環するよう設置する。該温度コントロールタンク２の内側に少なくとも一つの温度コントロールユニット２１(本実施例では二つの温度コントロールユニット２１を設置)を設置し、排水放熱部品１４内にある液体の温度を冷却する。 FIG. 1 to FIG. 5 show the eye massager of the present invention. Included are an eye cold / hot pack device 1 and a temperature control tank 2. Included in the eye cold / heat pack device 1 are a water bag 11, a cold / heat conduction component 12, a cooling component 13, a drainage heat radiation component 14, and a headband 15. The inner side of the water bag 11 is covered with the eye part of the human body, and the cold heat conduction component 12 is bonded to the other side. In the present embodiment, the water bag 11 forms a groove-like surface to lock the cold heat conduction component 12 inward. The cold heat conduction component 12 is made of a good heat conduction material, the cooling component 13 is a semiconductor electronic cooling component, and the cooling component is installed on the opposite side of the water bag 11 across the cold heat conduction component 12. The drainage heat radiation component 14 (which can be a copper pipe) is installed together with the cooling component 13 and the water bag 11 so as to be connected to the temperature control tank 2 and to be circulated with the temperature control tank 2. At least one temperature control unit 21 (in this embodiment, two temperature control units 21 are installed) is installed inside the temperature control tank 2 to cool the temperature of the liquid in the drainage heat radiation component 14.

よって、冷却部品１３は水袋１１の温度を調整することで、水袋１１が適切な温度を眼部に伝導し、目の疲労感を和らげる。更に冷却部品１３を過度に使用した後は、容易に大量の熱を溜め込み、それにより冷却部品１３全体が高温な状態になり、冷却部品１３の作動効率にも影響を及ぼす。この場合は、排水放熱部品１４内にある低温水によって、排水放熱部品１４を低温状態に保たせることができる。更に排水放熱部品１４と冷却部品１３が熱の伝導を行うことにより、有効的に冷却部品１３の放熱速度を速めることで、冷却部品１３の作動効率を維持することができる。 Therefore, the cooling component 13 adjusts the temperature of the water bag 11, so that the water bag 11 conducts an appropriate temperature to the eye part and relieves the feeling of eye fatigue. Furthermore, after excessive use of the cooling component 13, a large amount of heat is easily accumulated, whereby the entire cooling component 13 is brought into a high temperature state, which affects the operating efficiency of the cooling component 13. In this case, the drainage heat radiating component 14 can be kept at a low temperature by the low temperature water in the drainage heat radiating component 14. Furthermore, since the drainage heat radiation component 14 and the cooling component 13 conduct heat, the heat radiation speed of the cooling component 13 is effectively increased, so that the operation efficiency of the cooling component 13 can be maintained.

本考案のメリットは、排水システム１４にある水温が低温状態を保つことができ、低温水によって排水放熱部品１４が低温状態を保ち、且つ冷却部品１３と熱伝導を行うことで、放熱効果に達する。排水システム１４にある水は絶えず循環するため、熱伝導した後の水が温度コントロールタンク２内に戻り、更に温度コントロールタンク２内の温度コントロールユニット２１によって水の温度を一定にすることで、ベストな放熱効果に達する。(以上は本考案の主な実施例の主な技術特徴であり、本考案の請求項１に対応する内容である。本考案の目的および実施形態に熟知し、その他の申請項目にて述べる技術特徴は、請求項１の内容の追加記述或いは付加技術の特徴であり、請求項１の範囲を制限するものではない。本考案の請求項１は必ずしも他の請求項にて述べる技術特徴を含むとは限らない。) The merit of the present invention is that the water temperature in the drainage system 14 can be kept at a low temperature, the drainage heat radiation component 14 is kept at a low temperature by the low temperature water, and conducts heat with the cooling component 13 to reach a heat radiation effect. . Since the water in the drainage system 14 circulates continuously, the water after heat conduction returns to the temperature control tank 2, and the temperature of the water is made constant by the temperature control unit 21 in the temperature control tank 2. Reach the heat dissipation effect. (The above are the main technical features of the main embodiment of the present invention and the contents corresponding to claim 1 of the present invention. Techniques familiar with the purpose and embodiment of the present invention and described in other application items) The features are additional descriptions or additional technical features of the contents of claim 1, and do not limit the scope of claim 1. Claim 1 of the present invention does not necessarily include the technical features described in other claims. Not necessarily.)

図１から図４を参照し、更に詳しく目元冷熱パック装置１の細部構造を説明する。目元冷熱パック装置１は更にプロテクトケース１６を含み、該プロテクトケース１６に水袋１１を設置し、且つ排水放熱部品１４、冷熱伝導部品１２および冷却部品１３はプロテクトケース１６と水袋１１の間に位置する。該排水放熱部品１４の末端はプロテクトケース１６の片側を通し、該水袋１１は目元の快適感を与え、該プロテクトケース１６は排水放熱部品１４、冷熱伝導部品１２、冷却部品１３および水袋１１を守り、容易く外力によって破壊される状況を避ける。 With reference to FIGS. 1 to 4, the detailed structure of the eye cold / hot pack device 1 will be described in more detail. The eye cold / heat pack device 1 further includes a protect case 16, a water bag 11 is installed in the protect case 16, and the drainage heat radiating component 14, the cooling / heating component 12 and the cooling component 13 are interposed between the protect case 16 and the water bag 11. To position. The end of the drainage heat radiating component 14 passes through one side of the protect case 16, and the water bag 11 gives a comfortable feeling to the eyes, and the protect case 16 is provided with the drain heat radiating component 14, the cool heat conduction component 12, the cooling component 13, and the water bag 11. And avoid situations that are easily destroyed by external forces.

また、更に水袋１１の外表面に二つの振動モーター１７を設置し、二つの振動モーター１７は一本の導線１７１で電気接続する。更に二つの導熱シート１８を含み、各導熱シート１８を冷却部品１３に設置し、且つ水袋１１および冷熱伝導部品１２と接触することで、目元を冷熱パックする同時に、該二つの振動モーター１７が生じる振動効果が目元にマッサージを行うことができる。導熱シート１８がアルミ合金の材質であることで、冷却部品１３と水袋１１との間の冷熱伝導効果を早める。 Further, two vibration motors 17 are installed on the outer surface of the water bag 11, and the two vibration motors 17 are electrically connected by a single wire 171. Furthermore, two heat conductive sheets 18 are included, and each heat conductive sheet 18 is installed in the cooling component 13 and is brought into contact with the water bag 11 and the cold heat conductive component 12 so that the eyes are cold packed at the same time. The resulting vibration effect can be massaged to the eyes. The heat conduction sheet 18 is made of an aluminum alloy material, so that the effect of heat conduction between the cooling component 13 and the water bag 11 is accelerated.

この他、図１に示すように、該ヘッドバンド１５は第一バンド１５および第二バンド１５２を含み、該第一、第二バンド１５１、１５２をプロテクトケース１６の両サイドに設置し、第一バンド１５１の末端に一つのオス部品１５１１、第二バンド１５２のオス部品１５１１に対応する場所に一つのメス部品１５２１を設置する。オス部品１５１１およびメス部品１５２１は互いに嵌合し、且つプロテクトケース１６の側面でコイル状態を形成する。第一バンド１５１および第二バンド１５２を使って頭部を囲んで固定することができる。本実施例の該オス部品１５１１およびメス部品１５２１はマジックテープ（登録商標）を使用している。 In addition, as shown in FIG. 1, the headband 15 includes a first band 15 and a second band 152, and the first and second bands 151 and 152 are installed on both sides of the protect case 16, One female part 1521 is installed at a location corresponding to one male part 1511 at the end of the band 151 and the male part 1511 of the second band 152. The male component 1511 and the female component 1521 are fitted to each other and form a coil state on the side surface of the protect case 16. The first band 151 and the second band 152 can be used to surround and fix the head. The male part 1511 and the female part 1521 of this embodiment use Velcro (registered trademark).

図１、図５から図８に示すように、該温度コントロールタンク２内は貯水室２２および放熱室２３に分ける。該排水放熱部品１４は伝導体１４１および排水管１４２を含み、該伝導体１４１は排水管１４２を套設し、且つ排水管１４２の末端は伝導体１４、プロテクトケース１６から温度コントロールタンクまで通し、且つ貯水室２２内の水と循環する状態を保つ。排水管１４２は放熱室２３内では蛇腹状に撓んで設置している。温度コントロールタンク２は更に貯水室２２の上方を一つの収納室２４および収納室２４と放熱室２３を閉じる蓋２５に区切る。また、ユーザーが持ち運べるよう、蓋２５の上方に一つのハンドル２５１を設ける。該収納室２４の底部は、目元冷熱パック装置１に対応して一つのアーチ面２４１を設け、目元冷熱パック装置１を収納室２４内に収納することができる。 As shown in FIGS. 1 and 5 to 8, the temperature control tank 2 is divided into a water storage chamber 22 and a heat radiation chamber 23. The drainage heat dissipating part 14 includes a conductor 141 and a drain pipe 142. The conductor 141 is provided with a drain pipe 142, and the drain pipe 142 is passed through the conductor 14, the protect case 16 to the temperature control tank, And the state which circulates with the water in the water storage chamber 22 is maintained. The drain pipe 142 is bent and installed in a bellows shape in the heat radiating chamber 23. The temperature control tank 2 further divides the upper part of the water storage chamber 22 into one storage chamber 24 and a lid 25 that closes the storage chamber 24 and the heat radiation chamber 23. In addition, one handle 251 is provided above the lid 25 so that the user can carry it. The bottom of the storage chamber 24 is provided with one arch surface 241 corresponding to the eye cold / hot pack device 1, and the eye cold / hot pack device 1 can be stored in the storage chamber 24.

該温度コントロールユニット２１はファンである。図５に示すように、該温度コントロールユニット２１は排水放熱部品１４に向けているため、排水放熱部品１４が放熱室２３内の放熱速度を速める。ファンを使って冷たい空気を排水放熱部品１４に送り、且つ排水放熱部品１４の撓みデザインにより、ファンが排水放熱部品１４を放熱する面積が増えるなど、排水放熱部品１４内の液体を低温状態に保つことで、冷却部品１３の放熱効果を加速する。更に一つのポンプ１９を排水放熱部品１４に接続し、ポンプ１９を用いて排水放熱部品１４内の液体を循環させる。更に図７、図８に示すように、温度コントロールタンク２の周りに、放熱室２３の位置に対応して数個の排気孔２６を設けることで、温度コントロールタンク２の内外の気体が対流する速度を速めることで、すばやく排水放熱部品１４の温度を下げることができる。 The temperature control unit 21 is a fan. As shown in FIG. 5, since the temperature control unit 21 faces the drainage heat radiation component 14, the drainage heat radiation component 14 increases the heat radiation speed in the heat radiation chamber 23. Cooling air in the drainage heat dissipation component 14 is sent to the drainage heat dissipation component 14 by using a fan, and the area in which the fan dissipates the drainage heat dissipation component 14 is increased by the flexible design of the drainage heat dissipation component 14. Thus, the heat dissipation effect of the cooling component 13 is accelerated. Further, one pump 19 is connected to the drainage heat radiating component 14, and the liquid in the drainage heat radiating component 14 is circulated using the pump 19. Further, as shown in FIGS. 7 and 8, by providing several exhaust holes 26 around the temperature control tank 2 corresponding to the position of the heat radiation chamber 23, the gas inside and outside the temperature control tank 2 is convected. By increasing the speed, the temperature of the drainage heat radiating component 14 can be quickly reduced.

以上の実施例による本考案の詳細な説明は本考案の範囲を制限するものではない。本技術に熟知する者が、本考案の範囲内にて行う変更や調整を行っても、本考案の重要な意義は失われず、本考案の範囲に含まれる。 The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

１目元冷熱パック装置
１１水袋
１２冷熱伝導部品
１３冷却部品
１４排水放熱部品
１４１伝導体
１４２排水管
１５ヘッドバンド
１５１第一バンド
１５１１オス部品
１５２第二バンド
１５２１メス部品
１６プロテクトケース
１７振動モーター
１７１導線
１８導熱シート
１９ポンプ
２温度コントロールタンク
２１温度コントロールユニット
２２貯水室
２３放熱室
２４収納室
２４１アーチ面
２５蓋
２５１ハンドル
２６排気孔 DESCRIPTION OF SYMBOLS 1 Current cold pack apparatus 11 Water bag 12 Cooling heat conduction component 13 Cooling component 14 Drainage heat radiation component 141 Conductor 142 Drainage pipe 15 Headband 151 First band 1511 Male component 152 Second band 1521 Female component 16 Protective case 17 Vibration motor 171 Conductor 18 Heat-conducting sheet 19 Pump 2 Temperature control tank 21 Temperature control unit 22 Water storage chamber 23 Heat radiation chamber 24 Storage chamber 241 Arch surface 25 Lid 251 Handle 26 Exhaust hole

Claims

Includes an eye cold pack device, temperature control tank and headband,
Included in the eye cold heat pack device is a water bag, a cold heat conduction component, a cooling component and a drainage heat dissipation component, the inside of the water bag covers the eye part of the human body, the other side is bonded with the cold heat conduction component The cooling component 13 is installed on the side opposite to the water bag with the cooling heat conduction component sandwiched, the drainage heat radiation component is bonded to the cooling component and the water bag, and installed so as to circulate with the temperature control tank,
Install at least one temperature control unit in the temperature control tank, cool the temperature of the liquid in the drainage heat dissipation component,
The headband is connected to the eye cold pack device, and the headband is placed around the head of the human body,
As a result, the cooling component can control the temperature of the liquid in the water bag through the temperature control such as cooling or heating the cooling component. It has the effect of a cold pack to relieve eye fatigue, and by adjusting the cold water in the drainage heat dissipation component, the drainage heat dissipation component and the cooling component conduct cold heat, accelerating the heat dissipation effect of the cooling component The structure of the eye massager.

The eye cold heat pack device further includes a protect case, and a water bag is installed in the protect case, and the drainage heat radiating component, the cooling heat conduction component and the cooling component are located between the protect case and the water bag, The structure of an eye massager according to claim 1, wherein the end passes through one side of the protective case.

Further, two vibration motors are installed on the outer surface of the water bag, further comprising two heat conductive sheets, each heat conductive sheet is installed in the cooling component, and is in contact with the cold heat conductive component and the water bag. 1. The structure of the eye massager according to 1.

The headband includes a first band and a second band, the first and second bands are installed on both sides of the protective case, and one male part at the end of the first band and one male part of the second band One female part is installed in a place where the male part and the female part are fitted to each other, and a coil state is formed on the side surface of the protective case, and the male part and the female part use Velcro (registered trademark). The structure of the eye massager according to claim 2.

The inside of the temperature control tank is divided into a water storage chamber and a heat radiating chamber, the drainage heat radiating component includes a conductor and a drain pipe, the conductor is provided with a drain pipe, and the end of the drain pipe is formed from the conductor and the protective case. The structure of the eye massager according to claim 1, wherein the structure is passed through the temperature control tank and keeps circulating with the water in the water storage chamber, and the drain pipe is bent in a bellows shape in the heat radiating chamber.

The temperature control tank further divides the upper part of the water storage chamber into one storage chamber and a lid that closes the storage chamber and the heat dissipation chamber, and the bottom of the storage chamber is provided with one arch surface corresponding to the center cold pack device. The cold pack device can be stored in the storage chamber, and several exhaust holes are provided around the temperature control tank corresponding to the position of the heat dissipation chamber. The temperature control unit is a fan, and the drainage heat dissipation component dissipates heat. 6. The structure of the eye massager according to claim 5, further comprising one pump for increasing the heat dissipation rate in the room.