JP2007001633A - Beverage bottle for generating hydrogen rich water - Google Patents

Beverage bottle for generating hydrogen rich water Download PDF

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JP2007001633A
JP2007001633A JP2005185260A JP2005185260A JP2007001633A JP 2007001633 A JP2007001633 A JP 2007001633A JP 2005185260 A JP2005185260 A JP 2005185260A JP 2005185260 A JP2005185260 A JP 2005185260A JP 2007001633 A JP2007001633 A JP 2007001633A
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cap
hydrogen
bottom lid
rich water
water
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Chisato Daimaru
智里 大丸
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<P>PROBLEM TO BE SOLVED: To provide a disposable beverage bottle suitable for drinking hydrogen rich water easily away from home. <P>SOLUTION: The main body (2) of this beverage bottle is formed suitably small to be sold by a vending machine containing drinking water such as mineral water. A cap base (6) is fixed on the mouth part (10) of the main body (2) and a cap (14) is screwed on the cap base (6). The inside of the cap base (6) is formed with a storage part (16). A freely detachable bottom cover (22) closes the opening of the storage part (16). The cap (14) is formed with a bottom cover unloading mechanism, and when it is turned in the screw-in direction relative to the cap base (6), the cover (22) comes off from the storage part (16). A hydrogen rich water generating device (24) is placed in the storage part (16). Magnesium particles (30) for generating hydrogen gas when reacting with drinking water are contained in the device (24). <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

本発明は体内の活性酸素を消去するのに有効と言われている分子水素を含む水素豊富水を生成する飲料ボトルに関する。   The present invention relates to a beverage bottle that produces hydrogen-rich water containing molecular hydrogen that is said to be effective in eliminating active oxygen in the body.

従来、飲料水とマグネシウム粒を常温で反応させて水素ガスを発生させ、飲料水を分子水素を豊富に含む水素豊富水に変えるようにした水素豊富水生成器が知られている(例えば特許文献1参照)。
特開2004−41949号公報
Conventionally, a hydrogen-rich water generator is known in which drinking water and magnesium particles are reacted at room temperature to generate hydrogen gas, and the drinking water is changed to hydrogen-rich water containing abundant molecular hydrogen (for example, patent documents). 1).
JP 2004-41949 A

従来の水素豊富水生成器は、水が出入りする小孔が形成された容器にマグネシウム粒を充填した構成となっている。このマグネシウム粒の充填された容器はスティックと呼ばれ、市販されている水素豊富水の愛好者は購入したスティックを家庭で水道水などの飲料水の入ったボトルに入れ、ボトル内の水とスティック内のマグネシウム粒とを反応させて、自分でボトル内の水を分子水素を豊富に含有する水素豊富水に変えて飲んでいる。しかるに、外出先などで水素豊富水を飲みたい場合、現在、自動販売機などで、ペットボトルに入った水素豊富水は市販されてない。そのため、愛好者は、外出先で手軽に水素豊富水の入った飲み水を入手することができずきわめて不便であった。自動販売機や店頭で水素豊富水の入ったボトルを販売する場合には、次の問題点を挙げることができる。即ち水に溶け込んだ分子水素は放散し易く、長時間保管しておくことができない。また、ミネラル水などの飲料水の入ったボトル内に予めスティックを入れておいた場合には、長時間の分子水素生成反応を持続させるための、多量のマグネシウム粒が必要となり、コスト高となってしまう。
本発明は上記の問題点を解決することを目的とする。
A conventional hydrogen-rich water generator has a configuration in which magnesium particles are filled in a container in which small holes through which water enters and exits are formed. This container filled with magnesium grains is called a stick, and enthusiasts of hydrogen-rich water on the market put the purchased stick in a bottle of drinking water such as tap water at home, and stick the water in the bottle By reacting with the magnesium grains in the bottle, the water in the bottle is changed to hydrogen-rich water containing abundant molecular hydrogen. However, if you want to drink hydrogen-rich water when you go out, hydrogen-rich water in PET bottles is not currently available on the market with vending machines. Therefore, lovers could not easily obtain drinking water containing hydrogen-rich water on the go, which was extremely inconvenient. The following issues can be raised when selling bottles containing hydrogen-rich water at vending machines or in stores. That is, molecular hydrogen dissolved in water is easily dissipated and cannot be stored for a long time. In addition, if a stick is placed in a bottle containing mineral water or the like in advance, a large amount of magnesium particles are required to sustain the long-term molecular hydrogen generation reaction, which increases costs. End up.
The present invention aims to solve the above-mentioned problems.

上記目的を達成するため本発明は、 ミネラル水などの飲料水の入った自動販売機で販売するのに適した小型形状のボトル本体と、該ボトル本体の口部に固着されるキャップベースと、該キャップベースに螺合するキャップと、前記キャップベースの内側に形成され前記ボトル本体の内部に開口する収納容部と、該収納容部の開口部を脱着自在に蓋ぎ、前記ボトル本体内の飲料水が前記収納容部内に入らないようにする底蓋 と、前記キャップを前記キャップベースに対してねじ込み方向又は開栓方向に回すと、前記底蓋が前記収納容部から外れるようにする底蓋脱落機構と、前記収納容部内に配置された水素豊富水生成器とを備え、前記水素豊富水生成器を内部に水が出入り可能な容体に飲料水と反応すると水素ガスを発生するマグネシウム粒を入れた構成としたものである。
また本発明は、前記底蓋脱落機構を、前記キャップに内側に突出して形成され、下端が前記底蓋の上面に当接する筒状体と、前記キャップベースに形成され前記収納容部の下部を形成する下部内側筒部と、該下部内側筒部の下端に脱着自在に嵌合する底蓋とから構成し、前記キャップを前記キャップベースに対してねじ込み下降すると、前記筒状体が前記底蓋を押し下げ該底蓋が前記下部内側筒部の下端から外れるようにしたものである。
また本発明は、前記底蓋脱落機構を、前記水素豊富水生成器の容体を結合体を介して前記キャップに結合し、前記容体の底部を前記底蓋に結合し、前記キャップが開栓方向に回され前記キャップベースに対して上昇すると前記結合体が切断し前記容体が前記底蓋とともにボトル本体内に落下する構成としたものである。
また本発明は、前記底蓋脱落機構を、キャップの内側に筒体を形成し、該筒体の下端に前記底蓋を脱着可能に結合し、前記底蓋の周囲の上面を前記キャップベース側に設けたストッパー面に当接配置し、前記キャップが開栓方向に回され前記キャップベースに対して上昇すると前記筒体の下端の前記底蓋との結合が解除され、該底蓋がボトル本体内に落下する構成としたものである。
また本発明は、前記キャップに前記収納容部内の水素豊富水生成器の容体より小さな飲み口を設け該飲み口から飲料水を飲むことができるようにしたものである。
また本発明は、前記水素豊富水生成器の容体が外部から見えるように前記キャップ及びキャップベースを透明部材により構成したものである。
To achieve the above object, the present invention provides a small-sized bottle body suitable for sale in a vending machine containing drinking water such as mineral water, a cap base fixed to the mouth of the bottle body, A cap that is screwed into the cap base; a storage container that is formed inside the cap base and that opens into the bottle body; and an opening of the storage container is detachably covered, A bottom lid that prevents drinking water from entering the storage compartment, and a bottom that prevents the bottom lid from being removed from the storage compartment when the cap is rotated relative to the cap base in a screwing direction or an opening direction. Magnesium comprising a lid drop-off mechanism and a hydrogen-rich water generator disposed in the storage container, and generating hydrogen gas when the hydrogen-rich water generator reacts with drinking water in a container in which water can enter and exit It is obtained by a structure in which put.
In the present invention, the bottom lid drop-off mechanism is formed so as to protrude inwardly from the cap, and a lower end of the tubular body abuts against an upper surface of the bottom lid, and a lower portion of the storage container is formed on the cap base. A lower inner cylindrical portion to be formed and a bottom lid that is detachably fitted to a lower end of the lower inner cylindrical portion. When the cap is screwed down with respect to the cap base, the cylindrical body is moved to the bottom lid. The bottom cover is released from the lower end of the lower inner cylinder part.
Further, the present invention provides the bottom lid drop-off mechanism, wherein the container of the hydrogen-rich water generator is coupled to the cap via a coupling body, the bottom portion of the container is coupled to the bottom lid, and the cap is open direction. When it is turned and raised with respect to the cap base, the combined body is cut and the container is dropped into the bottle body together with the bottom lid.
Further, the present invention provides the bottom lid drop-off mechanism, wherein a cylinder is formed inside the cap, the bottom lid is detachably coupled to the lower end of the cylinder, and the upper surface around the bottom lid is connected to the cap base side. When the cap is rotated in the opening direction and lifted with respect to the cap base, the coupling with the bottom lid at the lower end of the cylindrical body is released, and the bottom lid is the bottle body. It is configured to fall inside.
In the present invention, the cap is provided with a drinking mouth smaller than the container of the hydrogen-rich water generator in the storage container so that drinking water can be drunk from the drinking mouth.
In the present invention, the cap and the cap base are made of a transparent member so that the container of the hydrogen-rich water generator can be seen from the outside.

本発明は、ボトル保管中、マグネシウム粒をボトル内の飲料水と反応させないので自動販売機などでの長時間の保管に適し、しかも、ボトル内に格納されたマグネシウム粒の入った容体は使い捨てなので、その中のマグネシウム粒は、一本のボトル内の飲料水と反応するだけの量で良く、きわめて経済的である。   The present invention is suitable for long-time storage in a vending machine and the like because the magnesium particles do not react with the drinking water in the bottle during bottle storage, and the container containing the magnesium particles stored in the bottle is disposable. In this case, the amount of magnesium particles in the bottle is sufficient to react with the drinking water in one bottle, and is extremely economical.

以下に本発明の構成を添付した図面を参照して詳細に説明する。
図1において、(2)は自動販売機や店頭で販売するのに適した携帯可能な小型形状のボトル本体であり、内部にミネラル水などの飲料水(4)が入っている。(6)はキャップベースであり、これの下部外側筒部(8)の内周面に雌ねじが形成され、該雌ねじは、ボトル本体(2)の口部(10)の外周面に形成された雄ねじに螺合している。
Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.
In FIG. 1, (2) is a portable small bottle body suitable for sale at a vending machine or a store, and contains drinking water (4) such as mineral water. (6) is a cap base, and a female screw is formed on the inner peripheral surface of the lower outer cylindrical portion (8) thereof, and the female screw is formed on the outer peripheral surface of the mouth (10) of the bottle body (2). Screwed into the male screw.

キャップベース(6)の下部内側筒部(12)は、その外周面が、ボトル本体(2)の口部(10)内周面に嵌合し、その下端部が、ボトル本体(2)の内部に若干突出配置されている。(14)はキャップであり、これの内側と前記キャップベース(6)の内側とで収納容部(16)を形成している。前記キャップ(14)のその円形の平板部の内側に筒状体(17)が一体的に形成されている。 As for the lower inner side cylinder part (12) of a cap base (6), the outer peripheral surface fits into the opening | mouth part (10) inner peripheral surface of a bottle main body (2), and the lower end part is a bottle main body (2). A little protruding inside. (14) is a cap, and a storage container (16) is formed by the inside of the cap and the inside of the cap base (6). A cylindrical body (17) is integrally formed inside the circular flat plate portion of the cap (14).

前記キャップ(14)の外側筒部の内周面には、雌ねじ(18)が形成され、該雌ねじ(18)は、キャップベース(6)の上部筒部(20)の外周面に形成された雄ねじ(21)に螺合している。通常、キャップ(14)は、キャップベース(6)に対して、図1に示すように所定間隔(s)上昇した位置まで、ねじ込まれており、その間隔(s)分、さらにねじ込み可能な状態となっている。 A female screw (18) is formed on the inner peripheral surface of the outer cylindrical portion of the cap (14), and the female screw (18) is formed on the outer peripheral surface of the upper cylindrical portion (20) of the cap base (6). Screwed into the male screw (21). Normally, the cap (14) is screwed to the cap base (6) up to a position that is raised by a predetermined interval (s) as shown in FIG. 1, and can be further screwed by the interval (s). It has become.

前記キャップベース(6)の下部内側筒部(12)の下端には円盤状の底蓋(22)がその円周方向に形成された凹溝(24’)を介して脱着可能に嵌合している。前記収納容部(16)内は前記底蓋(22)により密閉され、且つパッキングなどにより防水処理(図示省略)が施され内部にボトル本体(2)内の飲料水(4)が入らないようになっている。前記収納容部(16)内には水素豊富水生成器(24)が配置されている。前記水素豊富水生成器(24)の、弾丸(BULLET)状の容体(26)はその外殻の横断面形状が細長い筒状の多孔質のセラミックにより構成されている。 A disc-shaped bottom lid (22) is detachably fitted to the lower end of the lower inner cylindrical portion (12) of the cap base (6) via a concave groove (24 ') formed in the circumferential direction. ing. The inside of the storage container (16) is sealed by the bottom lid (22) and is waterproofed (not shown) by packing or the like so that the drinking water (4) in the bottle body (2) does not enter inside. It has become. A hydrogen-rich water generator (24) is disposed in the storage container (16). The bullet-like container (26) of the hydrogen-rich water generator (24) is composed of a cylindrical porous ceramic whose outer shell has an elongated cross-sectional shape.

前記容体(26)に形成された無数の小孔により容体(26)の内部と外部が連通し、この小孔を通じて、容体(26)内に液体が出入自在となっている。容体(26)内には、図3に示すように、容体(26)の外殻の小孔を通過しない程度の大きさの小さな粒からなる水浄化用の天然石の粒(28)やその他同様の水質浄化効果をもつ素材とマグネシウム粒(30)が所定量充填されている。上記容体(26)内に充填されたマグネシウム粒(30)には、予め焼成処理が施されている。 An infinite number of small holes formed in the container (26) allow the inside of the container (26) to communicate with the outside, and the liquid can freely enter and leave the container (26) through the small holes. In the container (26), as shown in FIG. 3, natural water purification particles (28) composed of small particles that do not pass through the small holes in the outer shell of the container (26) and the like A material having a water purification effect and magnesium particles (30) are filled in a predetermined amount. The magnesium particles (30) filled in the container (26) are preliminarily fired.

尚、上記水素豊富水生成器(24)は、水を通す容体内にマグネシウム粒あるいは粉体が入っている構造であればどのような構造でも良く、特に図3に示す構造に限定されるものではない。
上記した構成においてボトル本体(2)内の飲料水(4)を飲む場合には、図2に示すように、キャップ(14)を初期設定位置からねじ込み方向に更に回す。キャップ(14)は、キャップベース(6)の上部筒部(20)の雄ねじ(20)に案内されて、該上部筒部(21)に沿って下降する。
The hydrogen-rich water generator (24) may have any structure as long as it has a structure in which magnesium particles or powder are contained in a container through which water passes, and is particularly limited to the structure shown in FIG. is not.
When drinking the drinking water (4) in the bottle body (2) in the above configuration, as shown in FIG. 2, the cap (14) is further rotated in the screwing direction from the initial setting position. The cap (14) is guided by the male screw (20) of the upper cylindrical portion (20) of the cap base (6) and descends along the upper cylindrical portion (21).

このキャップ(14)の下降により、底蓋(22)は筒状体(17)の下端により押し下げられ、キャップベース(6)の下部内側筒部(12)の下端から脱落する。これにより収納容部(16)の 下端が開放され、容体(26)は、ボトル本体(2)内の飲料水(4)の中に落下する。容体(26)が飲料水(4)の中に落下すると、天然石などの浄化素材(28)がボトル本体(2)内の飲料水(4)と反応し飲料水(4)が浄化される。また飲料水(4)にマグネシウム粒30が混入された後、所要時間例えば2〜3分経過するとマグネシウム粒(30)と飲料水(4)とが反応し、次の化学式によってボトル本体(2)内に水素ガスを発生する。 By the lowering of the cap (14), the bottom cover (22) is pushed down by the lower end of the cylindrical body (17) and falls off from the lower end of the lower inner cylindrical portion (12) of the cap base (6). This opens the lower end of the storage container (16), and the container (26) falls into the drinking water (4) in the bottle body (2). When the container (26) falls into the drinking water (4), the purification material (28) such as natural stone reacts with the drinking water (4) in the bottle body (2) to purify the drinking water (4). Further, after the magnesium particles 30 are mixed into the drinking water (4), the magnesium particles (30) react with the drinking water (4) when a required time, for example, 2 to 3 minutes elapses, and the bottle body (2) according to the following chemical formula. Hydrogen gas is generated inside.

Figure 2007001633
Figure 2007001633

その結果、ボトル本体(2)内の飲料水4は、浄化されると同時に分子水素Hを豊富に含んだ水となる。上記飲料水(4)とマグネシウム粒(30)が反応し分子水素Hを発生するまでにかかる所要時間は、マグネシウム粒(30)に対する焼成温度及び焼成時間を適宜変えることにより調整できることが実験的に確認されている。 As a result, the drinking water 4 in the bottle body (2) is purified and becomes water containing abundant molecular hydrogen H 2 at the same time. It is experimental that the time required for the drinking water (4) and the magnesium particles (30) to react to generate molecular hydrogen H 2 can be adjusted by appropriately changing the firing temperature and firing time for the magnesium particles (30). Has been confirmed.

ちなみに、水の成分はHOであり、2個の水素と1個の酸素からできているが、この水素と酸素の間に働いている水素結合エネルギーのために水素が酸素と離れた形で存在することができず、通常の水には、分子水素Hが含まれてない。また、たとえ最初のうちは分子水素Hを豊富に含んだ水であっても分子水素は直ぐに放散し失われてしまうため分子水素を豊富に含んだ水は自然界には存在しない。 By the way, the water component is H 2 O, which consists of two hydrogens and one oxygen, but the hydrogen is separated from oxygen because of the hydrogen bond energy working between this hydrogen and oxygen. Normal water does not contain molecular hydrogen H 2 . Moreover, even if it is water that is rich in molecular hydrogen H 2 at first, molecular hydrogen is readily dissipated and lost, so water rich in molecular hydrogen does not exist in nature.

自然界の水の99,99パーセントまでが分子水素Hのほとんど含まれていない水素欠乏水である。キャップ(14)を一旦初期設定位置からねじ込み方向に回して下降させ、容体(26)を、ボトル本体(2)内に落下させた後、キャップ(14)を開栓方向に回して、キャップ(14)をキャップベース(6)の上部筒部(20)から外し、ボトル本体(2)内の水素豊富水を飲む。 Up to 99,99 percent of natural water is hydrogen-deficient water containing almost no molecular hydrogen H 2 . The cap (14) is temporarily turned down from the initial setting position in the screwing direction, the container (26) is dropped into the bottle body (2), and then the cap (14) is turned in the opening direction to remove the cap ( 14) is removed from the upper cylinder part (20) of the cap base (6), and drinks hydrogen-rich water in the bottle body (2).

図4は、本発明の他の実施形態を示し、キャップベース(32)の下部外側筒部(34)がねじ構造により、ボトル本体(2)の口部(10)に固着されている。キャップ(36)の筒部(38)の内周面には、雌ねじが形成され、該雌ねじがキャップベース(32)の上部筒部(40)の外周面に形成された雄ねじに螺合している。 FIG. 4 shows another embodiment of the present invention, in which the lower outer cylinder portion (34) of the cap base (32) is fixed to the mouth portion (10) of the bottle body (2) by a screw structure. A female screw is formed on the inner peripheral surface of the cylindrical portion (38) of the cap (36), and the female screw is screwed into a male screw formed on the outer peripheral surface of the upper cylindrical portion (40) of the cap base (32). Yes.

(42)はキャップ(36)とキャップベース(32)で囲まれた収納容部(16)内に配置された水素豊富水生成器であり、その容体(44)の底部にプラスチックなどの板からなる底蓋(46)が固着されている。前記容体(44)の頂部には、プラスチックなどの細い紐状体からなる結合体(48)が固着され、該結合体(48)の上端は、キャップ(36)の平板部の内側の面の中央部に固着されている。 (42) is a hydrogen-rich water generator disposed in a storage container (16) surrounded by a cap (36) and a cap base (32), and a plastic plate or the like is formed on the bottom of the container (44). A bottom lid (46) is secured. A joined body (48) made of a thin string-like body such as plastic is fixed to the top of the container (44), and the upper end of the joined body (48) is on the inner surface of the flat plate portion of the cap (36). It is fixed to the center.

前記底蓋(46)は、キャップベース(32)の下部内側筒部(48)の下端に防水シール材を介して圧接し、収納部(16)内に、ボトル本体(2)内の飲料水(4)が浸入しないように構成されている。 容体(44)内の構成は、図3に示す構成と同一である。
上記した構成において、キャップ(36)を開栓方向に回すと、キャップ(36)がねじの案内により上昇し、結合部(48)が破断されて、容体(44)が、図5に示すようにボトル本体(2)内に落下する。
The bottom lid (46) is in pressure contact with the lower end of the lower inner cylindrical portion (48) of the cap base (32) via a waterproof seal material, and the drinking water in the bottle body (2) is placed in the storage portion (16). (4) is configured not to enter. The structure in the container (44) is the same as that shown in FIG.
In the above configuration, when the cap (36) is turned in the opening direction, the cap (36) is raised by the screw guide, the coupling portion (48) is broken, and the container (44) is as shown in FIG. Falls into the bottle body (2).

次に本発明の他の実施形態を図6を参照して説明する。
(48)はキャップベースであり、下部外側筒部(50)の内周面に雌ねじが形成され、該雌ねじは、ボトル本体(2)の口部(10)の外周面に形成された雄ねじに螺合し、この螺合により、キャップベース(48)はボトル本体(2)の口部(10)に固定されている。
Next, another embodiment of the present invention will be described with reference to FIG.
(48) is a cap base, and a female screw is formed on the inner peripheral surface of the lower outer cylinder (50), and the female screw is a male screw formed on the outer peripheral surface of the mouth (10) of the bottle body (2). The cap base (48) is fixed to the mouth (10) of the bottle body (2) by screwing.

キャップベース(48)の下部内側筒部(52)は、その外周面がボトル本体(2)の口部(10)の内周面に嵌合し、その下端部のストッパー面(54)がボトル本体(2)の内部に若干突出配置されている。(56)はキャップであり、その筒部(57)がキャップベース(48)の上部筒部(59)に螺合している。前記キャップ(56)の円形の平板部に筒状の飲み口(58)が形成され、該飲み口(58)に小キャップ(60)が螺合している。前記キャップ(56)には、筒状体(62)が一体的に形成されている。 The lower inner cylindrical portion (52) of the cap base (48) has an outer peripheral surface fitted into an inner peripheral surface of the mouth portion (10) of the bottle body (2), and a stopper surface (54) at the lower end thereof is the bottle. The main body (2) is slightly protruded. (56) is a cap, and its cylinder part (57) is screwed into the upper cylinder part (59) of the cap base (48). A cylindrical drinking mouth (58) is formed on the circular flat plate portion of the cap (56), and a small cap (60) is screwed into the drinking mouth (58). The cap (56) is integrally formed with a cylindrical body (62).

(64)は円盤状の底蓋であり、該底蓋(64)の円周方向に凹溝(66)が形成され、該凹溝(66)は、前記筒状体(62)の下端に脱着自在に密嵌している。また、底蓋(64)の外径部の上面は前記ストッパー面(54)に当接配置されている。 キャップ(56)とキャップベース(48)で囲まれた収納容部(68)の内部には、水素豊富水生成器(70)が内置され、該生成器(70)の容体(72)は、図6に示すような果物のスイカの形状その他、人の興味を引く種々の形状に構成されている。 (64) is a disk-shaped bottom lid, and a concave groove (66) is formed in the circumferential direction of the bottom lid (64), and the concave groove (66) is formed at the lower end of the cylindrical body (62). It fits detachably. The upper surface of the outer diameter portion of the bottom cover (64) is disposed in contact with the stopper surface (54). A hydrogen-rich water generator (70) is placed inside the storage container (68) surrounded by the cap (56) and the cap base (48), and the container (72) of the generator (70) In addition to the shape of the fruit watermelon as shown in FIG.

前記容体(72)は、プラスチック、セラミックその他任意の材料により構成され、図9に示すように内部に水が出入りできるように穴(74)が形成されている。前記容体(72)内には、不織布などの浸水性の素材からなる袋体(76)が配置され、該袋体(76)内にマグネシウム粒(78)と銀粒や天然石の粒などの水質浄化用素材(80)が入っている。 The container (72) is made of plastic, ceramic or any other material, and has a hole (74) so that water can enter and exit as shown in FIG. A bag (76) made of a water-permeable material such as a nonwoven fabric is disposed in the container (72), and water quality such as magnesium grains (78) and silver grains or natural stone grains is placed in the bag (76). Contains purification material (80).

前記ボトル本体(2)の少なくとも口部(10)と、キャップベース(48)及びキャップ(56)は透明体により構成され、収納容部(68)内に配置された水素豊富水生成器(70)の外観が外部から見えるように構成されている。前記飲み口(58)の口の大きさは、前記容体(72)の大きさより小さく構成されている。 At least the mouth (10) of the bottle body (2), the cap base (48) and the cap (56) are made of a transparent body, and the hydrogen-rich water generator (70) disposed in the storage container (68). ) Is visible from the outside. The size of the mouth of the drinking mouth (58) is configured to be smaller than the size of the container (72).

前記収納容部(68)の周囲は、適宜防水処理(図示省略)が施され、ボトル本体(2)内の飲料水(4)が内部に浸入しないように構成されている。
上記した構成において、キャップ(56)を開栓方向に回すと、筒状体(62)が上昇する。この上昇により筒状体(62)の下端から底蓋(64)が外れて、底蓋(64)はボトル本体(2)内に落下し、収納容部(68)の下方が開放される。
The periphery of the storage container (68) is appropriately waterproofed (not shown) so that the drinking water (4) in the bottle body (2) does not enter inside.
In the above configuration, when the cap (56) is turned in the opening direction, the cylindrical body (62) rises. By this rise, the bottom lid (64) is removed from the lower end of the cylindrical body (62), the bottom lid (64) falls into the bottle body (2), and the lower part of the storage container (68) is opened.

これにより、水素豊富水生成器(70)が図7に示すようにボトル本体(2)内に落下し、内部のマグネシウム粒(78)と水質浄化用素材(80)が、飲料水(4)と反応する。ボトル本体(2)内の飲料水(4)を飲むときは、キャップ(56)を閉めた状態で小キャップ(60)を外し、飲み口(58)から飲む。 As a result, the hydrogen-rich water generator (70) falls into the bottle body (2) as shown in FIG. 7, and the magnesium particles (78) and the water purification material (80) inside the drinking water (4). React with. When drinking the drinking water (4) in the bottle body (2), remove the small cap (60) with the cap (56) closed, and drink from the drinking mouth (58).

このとき、ボトル本体(2)を逆さにしても飲み口(58)が小さいため、内部の水素豊富水生成器(70)が飲み口(58)から外に出ることはない。
上記実施形態において、キャップベースとキャップには、キャップをキャップベースに対してねじ込み方向又は開栓方向に回すと、底蓋が収納容部(16)(68)から外れるようにする底蓋脱落機構が設けられているいるが、本発明の実施に際し、底蓋脱落機構は図示する機構に特に限定されるものではなく、種々の構成を採用することが可能である。
At this time, even if the bottle body (2) is turned upside down, since the drinking mouth (58) is small, the internal hydrogen-rich water generator (70) does not come out of the drinking mouth (58).
In the above embodiment, the cap lid and the cap have a bottom lid removal mechanism that allows the bottom lid to be removed from the storage container (16) (68) when the cap is turned in the screwing direction or the opening direction with respect to the cap base. However, in carrying out the present invention, the bottom lid dropping mechanism is not particularly limited to the illustrated mechanism, and various configurations can be adopted.

本発明にかかる飲料ボトルの断面図である。It is sectional drawing of the drink bottle concerning this invention. 飲料ボトルの動作説明断面図である。It is operation | movement explanatory sectional drawing of a drink bottle. 水素豊富水生成器の断面図である。It is sectional drawing of a hydrogen rich water generator. 本発明の他の実施形態を示す断面図である。It is sectional drawing which shows other embodiment of this invention. 本発明の他の実施形態の動作説明図である。It is operation | movement explanatory drawing of other embodiment of this invention. 本発明の他の実施形態を示す断面図である。It is sectional drawing which shows other embodiment of this invention. 本発明の他の実施形態の動作説明断面図である。It is operation | movement explanatory sectional drawing of other embodiment of this invention. 本発明にかかる飲料ボトルの外観図である。It is an external view of the drink bottle concerning this invention. 水素豊富水生成器の断面図である。It is sectional drawing of a hydrogen rich water generator.

符号の説明Explanation of symbols

2 ボトル本体
4 飲料水
6 キャップベース
8 下部外側筒部
10 口部
12 下部内側筒部
14 キャップ
16 収納容部
17 筒状体
18 雌ねじ
20 上部筒部
21 雄ねじ
22 底蓋
24 水素豊富水生成器
26 容体
28 天然石の粒
30 マグネシウム粒
32 キャップベース
34 下部外側筒部
36 キャップ
38 筒部
40 上部筒部
42 水素豊富水生成器
44 容体
46 底蓋
48 キャップベース
50 下部外側筒部
52 下部内側筒部
54 ストッパー面
56 キャップ
57 筒部
58 飲み口
59 上部筒部
60 小キャップ
62 筒状体
64 底蓋
66 凹溝
68 収納容部
70 水素豊富水生成器
72 容体
74 穴
76 袋体
78 マグネシウム粒
80 水質浄化用素材
2 Bottle body 4 Drinking water 6 Cap base 8 Lower outer cylinder part 10 Mouth part 12 Lower inner cylinder part 14 Cap 16 Storage container 17 Tubular body 18 Female screw 20 Upper cylinder part 21 Male screw 22 Bottom cover 24 Hydrogen rich water generator 26 Container 28 Natural stone grain 30 Magnesium grain 32 Cap base 34 Lower outer cylinder part 36 Cap 38 Pipe part 40 Upper cylinder part 42 Hydrogen rich water generator 44 Container 46 Bottom lid 48 Cap base 50 Lower outer cylinder part 52 Lower inner cylinder part 54 Stopper surface 56 Cap 57 Tube portion 58 Spout 59 Upper tube portion 60 Small cap 62 Tubular body 64 Bottom lid 66 Concave groove 68 Storage container 70 Hydrogen-rich water generator 72 Container 74 Hole 76 Bag body 78 Magnesium grain 80 Water purification Material for

Claims (6)

ミネラル水などの飲料水の入った自動販売機で販売するのに適した小型形状のボトル本体と、該ボトル本体の口部に固着されるキャップベースと、該キャップベースに螺合するキャップと、前記キャップベースの内側に形成され前記ボトル本体の内部に開口する収納容部と、該収納容部の開口部を脱着自在に蓋ぎ、前記ボトル本体内の飲料水が前記収納容部内に入らないようにする底蓋 と、前記キャップを前記キャップベースに対してねじ込み方向又は開栓方向に回すと、前記底蓋が前記収納容部から外れるようにする底蓋脱落機構と、前記収納容部内に配置された水素豊富水生成器とを備え、前記水素豊富水生成器を内部に水が出入り可能な容体に飲料水と反応すると水素ガスを発生するマグネシウム粒を入れた構成としたことを特徴とする水素豊富水生成飲料ボトル。 A small-sized bottle body suitable for sale in a vending machine containing drinking water such as mineral water, a cap base fixed to the mouth of the bottle body, a cap screwed into the cap base, A storage container formed inside the cap base and opening to the inside of the bottle main body, and an opening of the storage container are detachably covered so that drinking water in the bottle main body does not enter the storage container. A bottom lid to be removed, a bottom lid dropping mechanism for removing the bottom lid from the storage container when the cap is rotated in the screwing direction or the opening direction with respect to the cap base, and the storage container And a hydrogen-rich water generator arranged, wherein the hydrogen-rich water generator is configured to contain magnesium particles that generate hydrogen gas when reacted with drinking water in a container in which water can enter and exit. You Hydrogen-rich water-generating beverage bottle. 前記底蓋脱落機構を、前記キャップに内側に突出して形成され、下端が前記底蓋の上面に当接する筒状体と、前記キャップベースに形成され前記収納容部の下部を形成する下部内側筒部と、該下部内側筒部の下端に脱着自在に嵌合する底蓋とから構成し、前記キャップを前記キャップベースに対してねじ込み下降すると、前記筒状体が前記底蓋を押し下げ該底蓋が前記下部内側筒部の下端から外れるようにしたことを特徴とする請求項1に記載の水素豊富水生成飲料ボトル。 The bottom lid drop-off mechanism is formed so as to protrude inwardly from the cap, and a lower body whose bottom end is in contact with the upper surface of the bottom lid, and a lower inner cylinder that is formed on the cap base and forms a lower portion of the storage container. And a bottom lid that is detachably fitted to the lower end of the lower inner cylinder, and when the cap is screwed down with respect to the cap base, the cylindrical body pushes down the bottom lid and the bottom lid The hydrogen-rich water-producing beverage bottle according to claim 1, wherein the bottle is separated from a lower end of the lower inner cylindrical portion. 前記底蓋脱落機構を、前記水素豊富水生成器の容体を結合体を介して前記キャップに結合し、前記容体の底部を前記底蓋に結合し、前記キャップが開栓方向に回され前記キャップベースに対して上昇すると前記結合体が切断し前記容体が前記底蓋とともにボトル本体内に落下する構成としたことを特徴とする請求項1に記載の水素豊富水生成飲料ボトル。 The bottom lid drop-off mechanism is configured such that the container of the hydrogen-rich water generator is coupled to the cap via a coupling body, the bottom of the container is coupled to the bottom lid, and the cap is rotated in the direction of opening the cap. 2. The hydrogen-rich water-producing beverage bottle according to claim 1, wherein when the assembly is raised with respect to the base, the combined body is cut and the container is dropped into the bottle body together with the bottom lid. 前記底蓋脱落機構を、キャップの内側に筒体を形成し、該筒体の下端に前記底蓋を脱着可能に結合し、前記底蓋の周囲の上面を前記キャップベース側に設けたストッパー面に当接配置し、前記キャップが開栓方向に回され前記キャップベースに対して上昇すると前記筒体の下端の前記底蓋との結合が解除され、該底蓋がボトル本体内に落下する構成としたことを特徴とする請求項1に記載の水素豊富水生成飲料ボトル。 A stopper surface in which a bottom body is formed on the inner side of the cap, the bottom cover is detachably coupled to a lower end of the cylindrical body, and an upper surface around the bottom cover is provided on the cap base side. A configuration where the cap is rotated in the opening direction and lifted with respect to the cap base, the coupling with the bottom lid at the lower end of the cylindrical body is released, and the bottom lid falls into the bottle body The hydrogen-rich water-generating beverage bottle according to claim 1, wherein 前記キャップに前記収納容部内の水素豊富水生成器の容体より小さな飲み口を設け該飲み口から飲料水を飲むことができるようにしたことを特徴とする請求項1に記載の水素豊富水生成飲料ボトル。 2. The hydrogen-rich water generation according to claim 1, wherein the cap is provided with a drinking mouth smaller than the content of the hydrogen-rich water generator in the storage container so that drinking water can be drunk from the drinking mouth. Beverage bottle. 前記水素豊富水生成器の容体が外部から見えるように前記キャップ及びキャップベースを透明部材により構成したことを特徴とする請求項1に記載の水素豊富水生成飲料ボトル。 2. The hydrogen-rich water-producing beverage bottle according to claim 1, wherein the cap and the cap base are made of a transparent member so that the contents of the hydrogen-rich water generator can be seen from the outside.
JP2005185260A 2005-06-24 2005-06-24 Beverage bottle for generating hydrogen rich water Pending JP2007001633A (en)

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JP2009057098A (en) * 2007-08-31 2009-03-19 Yoshino Kogyosho Co Ltd Two-agent mixing vessel
US9108871B2 (en) 2010-07-14 2015-08-18 Miz Co. Ltd. Selective hydrogen adding equipment for living organism applicable fluid
JP4652479B1 (en) * 2010-07-14 2011-03-16 ミズ株式会社 Selective hydrogenation device for biological fluids
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JP2012176395A (en) * 2011-02-01 2012-09-13 Hiromaito Co Ltd Method of regulating hydrogen water, and unpurified water container
US10238232B2 (en) 2011-07-15 2019-03-26 Miz Co., Ltd. Selective hydrogen adding equipment for living organism applicable fluid
US9149774B2 (en) 2011-07-15 2015-10-06 Miz Co. Ltd. Selective hydrogen adding equipment for living organism applicable fluid
JP2013082585A (en) * 2011-10-11 2013-05-09 Epia:Kk Hydrogen generation implement with softness
JP2014104455A (en) * 2012-11-30 2014-06-09 Hiroshi Ota Vessel having hydrogen generating function, and hydrogen addition method
CN104724382A (en) * 2013-12-24 2015-06-24 时尚茶香有限公司 Tea Bag Storage Case For Mineral Water Bottle Having Integrated Cap
JP5613853B1 (en) * 2014-04-11 2014-10-29 五十嵐 秀夫 Portable hydrogen water generating apparatus and hydrogen gas generating member used in the apparatus
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JP2017196586A (en) * 2016-04-28 2017-11-02 奥長良川名水株式会社 Hydrogen water
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CN106005728B (en) * 2016-06-28 2019-08-16 王冠洲 A kind of production gas cylinder lid
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CN106275809A (en) * 2016-08-25 2017-01-04 张煜爽 A kind of portable general type hydrogen rich water generates bottle cap
CN106275810A (en) * 2016-08-25 2017-01-04 张煜爽 A kind of hydrogen rich water being arranged on mineral water bottle generates bottle cap
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