JP4564589B2

JP4564589B2 - glass

Info

Publication number: JP4564589B2
Application number: JP2010060213A
Authority: JP
Inventors: 一樹松澤
Original assignee: 一樹松澤
Priority date: 2010-03-17
Filing date: 2010-03-17
Publication date: 2010-10-20
Anticipated expiration: 2030-03-17
Also published as: JP2010188139A

Description

本発明は、収容した飲料類を継続して冷却しながら飲用することができるグラスに関する。 The present invention relates to a glass that can be drunk while continuously cooling a contained beverage.

それ自体に収容した飲料を冷却する機能を有するグラスは知られていない。グラス類を冷却又は加温する手段は知られている。 No glass is known which has the function of cooling the beverage contained in itself. Means for cooling or warming glasses are known.

特許文献１は、グラスや瓶に入っている飲食物をそのまま保冷温する器の例であり、これは、耐水性及び耐熱性の高い素材でできた外容器の内側に、取り外しのできる、穴の開いた同素材の内容器を設置し、その間に氷水又は熱湯を入れ、ビン類・缶類・徳利・グラス・ジョッキ・湯飲み等に入った飲食物を長時間保冷温する器である。 Patent Document 1 is an example of a vessel that keeps food and drink contained in a glass or a bottle as it is, and this is a hole that can be removed inside an outer container made of a material having high water resistance and heat resistance. An open container of the same material is installed, and ice water or hot water is placed between them to keep food and drink in bottles, cans, bottles, glasses, mugs, hot drinks, etc. for a long time.

従って、この飲食物を長時間保冷温する器は、言うまでもなく、グラスそのものに、その中の飲料を冷却する冷却する手段が施された構成のものではない。グラス等をその中に入れて冷却するための手段である。また、グラス等の冷却の際には、外容器と内容器の間に冷却剤として氷水を入れるものであるが、内容器には、穴が開いているので、氷水は、当然、内容器内にも入ってくる。それ故、冷却は、十分有効に行われ得ると思われるが、冷却のために内容器中に装入したグラス等の外面は底の進入している氷水で濡れてしまい、飲用のために取り出す際には、いちいち外面の水分を拭き取る必要があり、厄介でもある。 Therefore, it goes without saying that the device for keeping the food and drink for a long time is not a structure in which the glass itself is provided with a cooling means for cooling the beverage therein. It is a means for putting a glass etc. in it and cooling it. In addition, when cooling glass or the like, ice water is inserted as a coolant between the outer container and the inner container. However, since the inner container has a hole, the ice water is naturally in the inner container. Also comes in. Therefore, it seems that the cooling can be performed sufficiently effectively, but the outer surface of the glass or the like charged in the inner container for cooling gets wet with the ice water entering the bottom and is taken out for drinking. In some cases, it is necessary to wipe off moisture on the outer surface, which is troublesome.

特許文献２は、コップ等の冷却用容器の例で、これは、上部開放かつ有底円筒形で、周側部及び底部を二重構造としてその内側に空洞部を形成し、該空洞部内に冷却用の液体を収納すべく構成したコップ等の冷却用容器である。 Patent Document 2 is an example of a cooling container such as a cup, which has a cylindrical shape with an open top and a bottom, and has a peripheral side portion and a bottom portion having a double structure, and a cavity portion is formed on the inside thereof. A cooling container such as a cup configured to store a cooling liquid.

従ってこのコップ等の冷却用容器も、言うまでもなく、コップそれ自体に冷却手段を施したものではない。その内部に、要冷却対象の飲料を充填したコップを装入して、その冷却を図るための手段である。なお、このコップ等の冷却用容器中で、冷却対象のコップは、主として熱伝導を通じて熱が奪われ冷却されると考えられる。従ってコップが十分に冷却されるためには、その底部及び周側が該冷却用容器の内周に接している必要があるが、底部以外の部位を確実に接触させるのは容易なことではない。底部以外で冷却するのは容易ではないと思われる。 Therefore, it goes without saying that this cooling container such as a cup is not provided with cooling means on the cup itself. It is a means for charging a cup filled with a beverage to be cooled, and for cooling the inside. In addition, in the cooling container such as the cup, it is considered that the cup to be cooled is cooled by taking heat mainly through heat conduction. Therefore, in order for the cup to be sufficiently cooled, it is necessary that the bottom portion and the peripheral side thereof are in contact with the inner periphery of the cooling container, but it is not easy to make sure that the portions other than the bottom portion are in contact with each other. It seems not easy to cool outside the bottom.

特許文献３は、照明型容器に関する例であり、飲料等を収容する少なくとも底部が光透過性を有する容器と、該容器をその上部に着脱自在に取り付けうるホルダー本体と、該ホルダー本体に配した、該容器内に光を導入させる導光体、該導光体に光を照射する光源及び該光源用の電源と、で構成した照明型容器である。 Patent Document 3 is an example relating to an illumination-type container, in which at least a bottom portion that contains a beverage or the like has a light-transmitting property, a holder body that can be removably attached to the top of the container, and the holder body An illumination-type container including a light guide for introducing light into the container, a light source for irradiating the light to the light guide, and a power source for the light source.

従ってこの照明型容器によれば、その容器に飲料を収容した上で、光源から光を放射させると、その光は導光体に入射し、これを通じて容器内に導かれ、該容器内の飲料を通じて外界に放射されることになる。即ち、その容器をおいてある領域、或いはその容器を持っている人の周囲を個別に照らすことになり、特別な雰囲気の照明を行うことが可能になるとされている。実際そのようになると思われるが、容器に収容された飲料の冷却等の機能は全く有しないものである。 Therefore, according to this illumination type container, when the beverage is contained in the container and light is emitted from the light source, the light is incident on the light guide and is guided into the container through the light source. Will be emitted to the outside world. That is, it is said that a certain area where the container is placed or the surroundings of the person holding the container is individually illuminated, and illumination of a special atmosphere can be performed. In fact, this seems to be the case, but it has no function of cooling the beverage contained in the container.

特開２００２―３９６５６号公報Japanese Patent Laid-Open No. 2002-39656 実開平０６―８４２７８号公報Japanese Utility Model Publication No. 06-84278 特開２００４−１０５２３１号公報JP 2004-105231 A

本発明は、以上の従来技術の問題点を解決し、その中に収容した飲料を希釈することなく適切に冷却することが可能であり、更に冷却手段としてドライアイスを用い、その昇華ガス及び該ドライアイスに接触して生じた白煙状凍結水粒子、並びにＬＥＤによる光を利用して容器周囲に色合い等の変化する特徴ある状態を作り出すことができるグラスを提供することを解決の課題とするものである。 The present invention solves the above-mentioned problems of the prior art, can appropriately cool the beverage contained therein without diluting, further uses dry ice as a cooling means, the sublimation gas and the It is an object of the present invention to provide a glass that can produce white smoke-like frozen water particles generated by contact with dry ice and a characteristic state in which the color and the like change around the container using light from an LED. Is.

本発明の１は、内側に飲料収納空間を備えた円筒状周側部及びその下部を閉じる着脱自在な底部構成部材からなるグラスであって、
前記円筒状周側部を、ドライアイスの昇華ガス及び白煙状凍結水粒子からなる冷却ガスの移動空間をその間に構成する上端で結合した円筒状外側部と円筒状内側部とにより構成し、
前記円筒状外側部の上部には外部に開口する冷却ガスの排気口を開口し、該円筒状外側部の上部以外の部位には、それらを指によって開閉することにより底部構成部材のドライアイスの収納部から前記円筒状内側部と該円筒状外側部との間の移動空間を立ち上る冷却ガスの移動状態を調節する複数の調節穴を開口し、
前記円筒状内側部には、該移動空間を立ち上る冷却ガスの移動に変化を加えるべく、飲料収納空間内に膨出する複数の膨出部をランダムに形成し、
前記底部構成部材には、ドライアイスを収納する前記収納部であって、その周側部の上部の一以上の位置から該ドライアイスの昇華ガス及び白煙状凍結水粒子からなる冷却ガスを前記円筒状周側部の移動空間に導入すべく案内する連通孔が開口してある収納部を形成し、
前記底部構成部材の周側部の上端に、前記円筒状周側部の移動空間内にその光を放射すべく複数のＬＥＤを配置してなるグラスである。 1 of the present invention is a glass composed of a cylindrical peripheral side portion having a beverage storage space inside and a detachable bottom constituent member for closing the lower portion thereof,
The cylindrical peripheral side portion is constituted by a cylindrical outer portion and a cylindrical inner portion joined at the upper end forming a moving space for cooling gas composed of dry ice sublimation gas and white smoke-like frozen water particles,
A cooling gas exhaust opening that opens to the outside is opened at the upper part of the cylindrical outer part, and the dry ice of the bottom constituent member is opened and closed by a finger at parts other than the upper part of the cylindrical outer part. Opening a plurality of adjustment holes for adjusting the movement state of the cooling gas rising from the storage portion to the movement space between the cylindrical inner portion and the cylindrical outer portion,
In the cylindrical inner portion, in order to change the movement of the cooling gas that rises in the moving space, a plurality of bulging portions that bulge into the beverage storage space are randomly formed,
The bottom component member is a storage unit that stores dry ice, and a cooling gas composed of sublimation gas and white smoke-like frozen water particles of the dry ice from one or more positions on the upper side of the peripheral side portion. Forming a storage part with an open communication hole to be introduced into the movement space of the cylindrical peripheral side part,
It is the glass which arrange | positions several LED in the upper end of the peripheral side part of the said bottom part structural member in order to radiate | emit the light in the movement space of the said cylindrical peripheral side part.

本発明の２は、本発明の１のグラスにおいて、前記ＬＥＤとして、赤、青又は緑の光を放射するそれを各一個ずつ採用したものである。 According to a second aspect of the present invention, in the glass according to the first aspect of the present invention, one LED that emits red, blue or green light is used as the LED.

本発明の３は、本発明の１又は２のグラスにおいて、前記円筒状周側部の上部を下部より薄く構成したものである。 According to a third aspect of the present invention, in the glass according to the first or second aspect of the present invention, the upper portion of the cylindrical peripheral side portion is configured to be thinner than the lower portion.

本発明の４は、本発明の１、２又は３のグラスにおいて、前記底部構成部材の収納部より下部に周側部に文字部を配した時計を組み込んだものである。 According to a fourth aspect of the present invention, in the glass according to the first, second, or third aspect of the present invention, a timepiece having a character portion arranged on a peripheral side portion below the storage portion of the bottom component member is incorporated.

本発明の５は、本発明の１、２、３又は４のグラスにおいて、前記ドライアイスを収納する収納部を、ドライアイスに加えて水を添加しうるようにしたものである。 According to the fifth aspect of the present invention, in the glass according to the first, second, third, or fourth aspect of the present invention, the storage unit for storing the dry ice can be added with water in addition to the dry ice.

本発明の１のグラスによれば、その飲料収納空間に冷却して飲用するのが適当なジュース類等の飲料を収容して飲用することとすれば、該飲料収納空間中の飲料は、前記収納空間に収容したドライアイスにより底部から冷却され、更に、該収納部から上昇するドライアイスの昇華ガス及び白煙状凍結水粒子からなる冷却ガスが円筒状周側部の移動空間に導かれ、該移動空間を移動することになるので、該冷却ガスによっても冷却されることになる。 According to the glass of 1 of the present invention, if drinks such as juices suitable for cooling and drinking in the beverage storage space are accommodated and drunk, the beverage in the beverage storage space is Cooled from the bottom by dry ice stored in the storage space, and further, a sublimation gas of dry ice rising from the storage unit and a cooling gas consisting of white smoke-like frozen water particles are guided to the moving space of the cylindrical peripheral side, Since it moves in the moving space, it is also cooled by the cooling gas.

該移動空間を構成する円筒状外側部と円筒状内側部の内、円筒状内側部には、ランダムに該飲料収納空間内に膨出する膨出部が形成されている。そのため、上記飲料に対する冷却作用は、より良好に行われることになる。 Of the cylindrical outer portion and the cylindrical inner portion constituting the moving space, a bulging portion that bulges randomly into the beverage storage space is formed in the cylindrical inner portion. Therefore, the cooling effect | action with respect to the said drink is performed more favorably.

従って飲料用収納空間内の飲料の冷却は適切に行われ、しかもこの冷却は、飲料中に投入する氷で冷却する場合のように、飲料の濃度等に影響を与えるようなものではないので、その風味に悪影響を与えることもない。 Therefore, the beverage in the beverage storage space is appropriately cooled, and this cooling does not affect the beverage concentration and the like, as in the case of cooling with ice put into the beverage. The flavor is not adversely affected.

また、底部構成部材の収納部で発生したドライアイスの昇華ガス及び白煙状凍結水粒子からなる冷却ガスは、円筒状周側部の移動空間を上昇移動し、最終的には、該円筒状周側部の最上部の排気口から排気されることになるが、途中に開口された複数の調節穴があり、これらを指で、或いは掌等で、閉じたり、或いは開いたままで放置したりすることにより、該冷却ガスの動きをいろいろ調節し、その動きを楽しむことも可能である。さらには、前記したように、前記円筒状内側部には、飲料収納空間内に膨出する複数の膨出部をランダムに形成してあるので、該飲料収納空間内の飲料の冷却を効率化することができると共に、該円筒状周側部内の移動空間内を立ち上る冷却ガスの移動に変化を加える作用も果たし、その動きをより興味深いものにすることもできる。 Also, the cooling gas composed of dry ice sublimation gas and white smoke-like frozen water particles generated in the storage part of the bottom component member ascends and moves in the movement space of the cylindrical peripheral side, and finally the cylindrical shape Exhaust air from the uppermost exhaust port on the peripheral side, but there are multiple adjustment holes that are opened in the middle, and these can be closed with fingers or palms, or left open By doing so, it is possible to adjust the movement of the cooling gas in various ways and enjoy the movement. Furthermore, as described above, since the plurality of bulging portions that bulge into the beverage storage space are randomly formed in the cylindrical inner portion, the cooling of the beverage in the beverage storage space is made efficient. In addition, the movement of the cooling gas rising in the movement space in the cylindrical peripheral side portion can be changed, and the movement can be made more interesting.

このとき、底部構成部材の周側部の上端にＬＥＤが配してあり、このＬＥＤにより、これより上方の移動空間内を移動する前記冷却ガスに光が照射され、光の照射された部位の興味深い変化を観察することができる。前記したように、前記調節穴の開閉を種々に行ってみると、冷却ガスの動きを種々に変化させ得、光の照射される部位を変化させることにより、一層興味深い光の変化を見ることができる。前記のように、円筒状内側部にはランダムに膨出部が配されているため、その中に冷却ガスが移動することにより、冷却ガスの動きに一層の変化が与えられ、光の当たり具合にも更に変化を与えることができることになる。 At this time, an LED is arranged on the upper end of the peripheral side portion of the bottom component member, and the LED irradiates light to the cooling gas moving in the moving space above the LED, Interesting changes can be observed. As described above, when the adjustment hole is opened and closed variously, the movement of the cooling gas can be changed variously, and by changing the portion irradiated with the light, more interesting changes in the light can be seen. it can. As described above, since the bulging portion is randomly arranged on the inner side of the cylindrical shape, the movement of the cooling gas can be further changed by moving the cooling gas therein, and the degree of light hitting can be increased. Can be further changed.

本発明の２のグラスによれば、前記ＬＥＤとして、赤、青又は緑の光を放射するそれを各一個ずつ採用したため、白煙状凍結水粒子を含む冷却ガスは、それらのＬＥＤの光照射により、時には、個別にそれぞれ対応する部位が赤、青又は緑に染まった状態になり、時には、該白煙状凍結水粒子の動きに伴って、それらの色の全部又は一部が種々の割合で混じり合った状態になり、種々の微妙な色を呈する興味深い色合いの変化を味わうこともできることになる。 According to the glass 2 of the present invention, since each of the LEDs emitting red, blue or green light is adopted as the LED, the cooling gas containing white smoke-like frozen water particles is irradiated with light from the LEDs. Occasionally, the corresponding parts individually become red, blue or green, and sometimes, all or part of their colors vary in proportion to the movement of the white smoke-like frozen water particles. You will be able to enjoy interesting changes in shades with various subtle colors.

本発明の３のグラスによれば、円筒状周側部の上部を下部より薄くしたため、飲料を飲む際に飲みやすくなる利点を得ることができる。 According to the glass 3 of the present invention, since the upper part of the cylindrical peripheral side part is thinner than the lower part, it is possible to obtain an advantage that it is easy to drink when drinking.

本発明の４のグラスによれば、底部周側に、文字部を有する時計を組み込んだので、飲料を飲みながら、必要に応じて、時刻を確認することもできる。 According to the glass 4 of the present invention, since the timepiece having the character portion is incorporated on the peripheral side of the bottom portion, the time can be confirmed as needed while drinking a beverage.

本発明の５のグラスによれば、底部構成部材のドライアイスを収納する収納部に水を添加することを可能としたため、白煙状凍結水粒子が大量に発生し得、これを円筒状周側部の移動空間に導いた場合に、これらにＬＥＤの光が当たって一層美しい色合いを生じさせることができることになる。 According to the glass of 5 of the present invention, since water can be added to the storage portion for storing the dry ice of the bottom component member, a large amount of white smoke-like frozen water particles can be generated. When led to the side movement space, the LED light hits them, and a more beautiful color can be generated.

実施例のグラスの正面図。The front view of the glass of an Example. 実施例のグラスの平面図。The top view of the glass of an Example. 図２のＡ−Ａ線断面図。FIG. 3 is a cross-sectional view taken along line AA in FIG. 2. 図１のＢ−Ｂ線断面図。FIG. 3 is a sectional view taken along line BB in FIG. 1. 図１のＣ−Ｃ線断面図。The CC sectional view taken on the line of FIG. 図１のＤ−Ｄ線断面図。The DD sectional view taken on the line of FIG. 図１のＥ−Ｅ線断面図。The EE sectional view taken on the line of FIG. 図１のＦ−Ｆ線断面図。FIG. 2 is a sectional view taken along line FF in FIG. 1. 図３のＧ−Ｇ線断面図。The GG sectional view taken on the line of FIG. 図３のＨ−Ｈ線断面図。HH sectional view taken on the line of FIG. ドライアイス収納用の引出部（収納部）を引き出した状態の横断面平面図。The cross-sectional top view of the state which pulled out the drawer part (storage part) for dry ice storage.

この実施例のグラスは、図１〜図３に示すように、基本的に、内側に飲料収納部（飲料収納空間）１を備えた円筒状周側部２とその下部を閉じる着脱自在な底部構成部材３とで構成したものである。 As shown in FIGS. 1 to 3, the glass of this embodiment basically has a cylindrical peripheral side portion 2 provided with a beverage storage portion (beverage storage space) 1 inside and a detachable bottom portion that closes the lower portion thereof. This is composed of the component member 3.

前記円筒状周側部２は、図１及び図３に示すように、上広がりテーパ状の円筒状外側部２ａ及びこれと同軸状かつ上広がりテーパ状の円筒状内側部２ｂとによる二重構造であり、両者の間に冷却ガスの移動空間４を備えたものである。 As shown in FIGS. 1 and 3, the cylindrical peripheral side portion 2 has a double structure composed of a cylindrical outer portion 2a having an upwardly extending taper shape and a cylindrical inner portion 2b having a coaxial shape and an upwardly extending tapered shape. A cooling gas moving space 4 is provided between the two.

なお、該冷却ガスは、ドライアイスの昇華ガス及び白煙状凍結水粒子からなるそれを想定している。また白煙状凍結水粒子は、ドライアイスによって冷却された空気中の水分から生じた白煙状の凍結水粒子群、若しくはドライアイスに添加した水から生じた白煙状の凍結水粒子群を称している。該冷却ガスは、後述するように、底部構成部材３中の収納部５に収納したドライアイスから立ち上るそれである。 The cooling gas is assumed to be composed of dry ice sublimation gas and white smoke-like frozen water particles. The white smoke-like frozen water particles are composed of white smoke-like frozen water particles generated from moisture in the air cooled by dry ice or white smoke-like frozen water particles generated from water added to dry ice. It is called. As will be described later, the cooling gas rises from dry ice stored in the storage unit 5 in the bottom component 3.

前記円筒状内側部２ｂの上端は、図１及び図３に示すように、その高さを、前記円筒状外側部２ａの上端より若干低く構成し、該円筒状内側部の上端の高さで相互を結合することにより、一方では、前記移動空間４の上端を、前記円筒状周側部２の上端より少し低い位置で閉じ、他方で、該円筒状周側部２の上端部の厚さを薄く構成したものである。 As shown in FIGS. 1 and 3, the upper end of the cylindrical inner portion 2b is configured to have a height slightly lower than the upper end of the cylindrical outer portion 2a, and is the height of the upper end of the cylindrical inner portion. By joining each other, on the one hand, the upper end of the moving space 4 is closed at a position slightly lower than the upper end of the cylindrical peripheral side part 2, and on the other hand, the thickness of the upper end part of the cylindrical peripheral side part 2 is closed. Is made thin.

前記円筒状外側部２ａには、図１及び図３〜図６に示すように、前記移動空間４の最上部に対応させて円周方向に９０度の角度間隔で、冷却ガスを排出する四個の排気口２ａ１、２ａ１…を開口し、その直下から最下部の間には、該移動空間４内の冷却ガスの移動状態を調節するための複数の調節穴２ａ２、２ａ２…をランダムに開口してある。該移動空間４内の冷却ガスの移動状態、即ち、その流れの方向や速さ、若しくは白煙の濃淡等は、複数の調節穴２ａ２、２ａ２…を、適宜、指又は掌等で開閉することにより、途中のいずれかの調節穴２ａ２、２ａ２…からの放出を許容したり、しなかったりすることを通じて、調節するものである。なお、この実施例では、複数の調節穴２ａ２、２ａ２…をランダムに開口したが、意匠上の観点を除けば、規則的に開口することにしても不都合ではない。両手の指又は掌で開閉できる位置関係である必要はある。またこの実施例では、調節穴２ａ２、２ａ２…は円形穴に構成してあり、その径も全て同一であるが、穴形状も径もこれらに限定する必要はない。前記趣旨に合致し、指又は掌で開閉可能であれば不都合ではない。 As shown in FIGS. 1 and 3 to 6, the cylindrical outer portion 2 a is configured to discharge cooling gas at an angular interval of 90 degrees in the circumferential direction corresponding to the uppermost portion of the moving space 4. The exhaust ports 2a1, 2a1,... Are opened, and a plurality of adjustment holes 2a2, 2a2,... For adjusting the moving state of the cooling gas in the moving space 4 are randomly opened between the right and the bottom of the exhaust ports 2a1, 2a1,. It is. The moving state of the cooling gas in the moving space 4, that is, the direction and speed of the flow, the density of white smoke, etc., open and close the plurality of adjusting holes 2 a 2, 2 a 2. Thus, the adjustment is made by permitting or not releasing from any of the adjustment holes 2a2, 2a2,. In this embodiment, the plurality of adjustment holes 2a2, 2a2,... Are randomly opened. However, it is not inconvenient to regularly open the holes except for the viewpoint of design. It needs to be in a positional relationship that can be opened and closed with fingers or palms of both hands. Further, in this embodiment, the adjustment holes 2a2, 2a2,... Are configured as circular holes, and the diameters thereof are all the same, but the hole shape and the diameter need not be limited to these. It is not inconvenient if it matches the purpose and can be opened and closed with a finger or palm.

該円筒状外側部２ａの外周中間部付近には、ストローの中間部を貫通させて支持するリング状支持部２ａ３が配してある。このリング状支持部２ａ３は、底部構成部材３に配した後述する下部受け部３ａで下部を支持されたストローの中間部を支持するものである。 A ring-shaped support portion 2a3 that supports the intermediate portion of the straw by penetrating is provided near the outer peripheral intermediate portion of the cylindrical outer portion 2a. The ring-shaped support portion 2a3 supports an intermediate portion of the straw whose lower portion is supported by a lower receiving portion 3a (described later) disposed on the bottom component member 3.

前記円筒状内側部２ｂは、図１〜図６に示すように、その上端から下端の間に前記飲料収納部１中に膨らむ膨出部２ｂ１、２ｂ１…をランダムに構成し、かつ前記円筒状外側部２ａの下端より更に下方に突出する該円筒状内側部２ｂの最下部外周には、前記底部構成部材３の周側部３ｂの上部内周に形成した連結雌ねじ部３ｃと着脱自在に螺合する連結雄ねじ部２ｂ２を構成する。 As shown in FIGS. 1 to 6, the cylindrical inner portion 2 b randomly forms bulging portions 2 b 1, 2 b 1... Bulging in the beverage storage portion 1 between its upper end and lower end, and the cylindrical shape. The cylindrical inner portion 2b, which protrudes further downward from the lower end of the outer portion 2a, is detachably screwed with a connecting female screw portion 3c formed on the upper inner periphery of the peripheral side portion 3b of the bottom component member 3. The connecting male screw portion 2b2 is formed.

前記膨出部２ｂ１、２ｂ１…は、前記のように、ランダムに配し、一つは、前記移動空間４内を立ち上り移動する冷却ガスの移動に、不規則な変化を加え得るようにする趣旨である。もう一つは、前記飲料収納部１中の飲料を効率的に冷却し得るようにする趣旨である。該各膨出部２ｂ１、２ｂ１…は、概ね、半球状又は半楕円球状等に前記飲料収納部１中に膨出させるものであり、図１、図３、図５及び図６に示すように、該移動空間４中から見ると、半球状又は半楕円球状の凹部を形成するものである。 The bulging portions 2b1, 2b1,... Are randomly arranged as described above, and one is intended to be able to add an irregular change to the movement of the cooling gas rising and moving in the moving space 4. It is. The other is to enable the beverage in the beverage storage unit 1 to be efficiently cooled. Each of the bulging portions 2b1, 2b1,... Bulges into the beverage storage portion 1 in a generally hemispherical shape or a semi-elliptical spherical shape, as shown in FIG. 1, FIG. 3, FIG. When viewed from the moving space 4, a hemispherical or semi-elliptical spherical recess is formed.

前記移動空間４は、前記し、図１、図３〜図７に示すように、前記円筒状外側部２ａと前記円筒状内側部２ｂとの間のほぼ円筒状の空間であり、最上部は、前記のように、該円筒状外側部２ａの上部途中と該円筒状内側部２ｂの上端との結合部で区画され、下端は、円筒状周側部２を、後述するように、底部構成部材３と結合した状態で、該底部構成部材３の周側部３ｂの上端で区画された構成である。後述するように、該移動空間４の最下部は、該底部構成部材３に構成した収納部５と連通しており、そこから冷却ガスが導入されるようになっている。 As shown in FIGS. 1 and 3 to 7, the moving space 4 is a substantially cylindrical space between the cylindrical outer portion 2 a and the cylindrical inner portion 2 b. As described above, the upper part of the cylindrical outer part 2a and the upper end of the cylindrical inner part 2b are partitioned by a joint part, and the lower part is a bottom part of the cylindrical peripheral side part 2 as will be described later. In the state of being coupled to the member 3, the bottom portion constituting member 3 is divided at the upper end of the peripheral side portion 3 b. As will be described later, the lowermost portion of the moving space 4 communicates with the storage portion 5 formed in the bottom component member 3, from which cooling gas is introduced.

前記底部構成部材３は、図１、図３及び図８〜図１１に示すように、基本的に、円筒状周側部２と結合した状態で、その飲料収納部１の下部を閉じるほぼ円形の底部３ｄと、その周囲及びその下方周囲を区画する前記周側部３ｂと、該底部３ｄの直下に構成するドライアイス収納用の前記収納部５と、更にその下方に構成した時計部６と、該周側部３ｂの上端に配したＬＥＤ７ａ、７ｂ、７ｃと、該周側部３ｂの外側に構成した下部受け部３ａとで構成したものである。 As shown in FIGS. 1, 3, and 8 to 11, the bottom component member 3 basically has a substantially circular shape that closes the lower portion of the beverage storage unit 1 in a state of being coupled to the cylindrical peripheral side portion 2. A bottom portion 3d, the peripheral side portion 3b defining the periphery and the lower periphery thereof, the storage portion 5 for storing dry ice immediately below the bottom portion 3d, and a watch portion 6 further below it The LED 7a, 7b, 7c disposed at the upper end of the peripheral side portion 3b and the lower receiving portion 3a configured outside the peripheral side portion 3b.

該周側部３ｂの上部内周、即ち、該周側部３ｂの前記底部３ｄの周縁部から立ち上がる部分の内周には、前記し、図１、図３及び図９に示すように、前記連結雌ねじ部３ｃが形成してあり、前記したように、これに、前記円筒状内側部２ｂの最下部外周に形成した連結雄ねじ部２ｂ２が着脱自在に螺合するようになっている。 The upper inner periphery of the peripheral side portion 3b, that is, the inner periphery of the portion rising from the peripheral edge portion of the bottom portion 3d of the peripheral side portion 3b, as shown in FIGS. The connecting female screw portion 3c is formed, and as described above, the connecting male screw portion 2b2 formed on the outer periphery of the lowermost portion of the cylindrical inner portion 2b is detachably screwed.

前記底部３ｄの周縁部には、図１及び図３に示すように、以上のように、円筒状内側部２ｂの連結雄ねじ部２ｂ２を該連結雌ねじ部３ｃに螺合した際に、該円筒状内側部２ｂの下端との間の水密性を確保すべく、パッキン部材８を配しておく。このパッキン部材８は食品に悪影響を与えない部材で構成する。この実施例では、ポリエチレン製の環状薄板部材を採用した。 As shown in FIGS. 1 and 3, the peripheral portion of the bottom portion 3d is cylindrical when the connecting male screw portion 2b2 of the cylindrical inner portion 2b is screwed to the connecting female screw portion 3c. A packing member 8 is arranged in order to ensure watertightness between the lower end of the inner part 2b. The packing member 8 is formed of a member that does not adversely affect food. In this example, an annular thin plate member made of polyethylene was employed.

前記収納部５は、図１及び図３に示すように、前記底部構成部材３の底部３ｄの直下に構成するドライアイスを収納する空間であり、この実施例では、図１、図３、図１０及び図１１に示すように、ドライアイス収納用の引出部５ａと、該引出部５ａを出し入れする引出収納空間５ｂとで構成する。該引出部５ａの正面側の周側壁には、特に図１及び図３に示すように、該引出部５ａを引出収納空間５ｂから引き出す際に指の爪を掛ける爪係止穴５ａ１を形成しておく。 As shown in FIGS. 1 and 3, the storage portion 5 is a space for storing dry ice configured immediately below the bottom portion 3 d of the bottom component member 3. In this embodiment, the storage portion 5 is shown in FIGS. 1, 3, and 3. As shown in FIG. 10 and FIG. 11, it comprises a drawer portion 5a for storing dry ice and a drawer storage space 5b for taking in and out the drawer portion 5a. As shown in FIGS. 1 and 3, a claw locking hole 5a1 for hooking a fingernail when the drawer portion 5a is pulled out from the drawer storage space 5b is formed on the peripheral side wall on the front side of the drawer portion 5a. Keep it.

該引出収納空間５ｂの最外面側底面には、図１、図３及び図１１に示すように、収納状態の引出部５ａが無用に抜け出すことがないように抜け止め５ｂ１を配しておく。この抜け止め５ｂ１は、合成ゴムで構成した薄い板状部材であり、該引出収納空間５ｂの最外面側底面に埋め込み状態に配し、これと該引出部５ａの底面との間に生じる摩擦力により、該引出部５ａの抜け止めを図る。 As shown in FIGS. 1, 3 and 11, a stopper 5 b 1 is arranged on the bottom surface on the outermost surface side of the drawer storage space 5 b so that the drawer portion 5 a in the storage state does not come out unnecessarily. This retaining member 5b1 is a thin plate-like member made of synthetic rubber, and is placed in an embedded state on the bottom surface on the outermost surface side of the drawer storage space 5b, and the frictional force generated between this and the bottom surface of the drawer portion 5a. Thus, the pull-out portion 5a is prevented from coming off.

また該引出部５ａは、その内部空間がドライアイスの収納空間となるが、この引出部５ａは、水密性に構成してあるため、収納空間は必要に応じてドライアイスに加えて若干の水を収納し、前記したように凍結水粒子による白煙を発生し易くすることができる。
該引出部５ａの周側壁の上端には、図１、図３、図１０及び図１１に示すように、冷却ガス（ドライアイスの昇華ガス及び白煙状凍結水粒子）を前記円筒状周側部２の移動空間４に送り出すための複数の出口部５ａ２、５ａ２…を形成しておく。この実施例では、特に図１０及び図１１に示すように、周方向６０度の角度間隔で６箇所に出口部５ａ２、５ａ２…を開口した。この出口部５ａ２、５ａ２…は、この引出部５ａの周側壁の厚みとの関係で、前部側の二つのみが全体の大きさを持ち、他の四個は、一部の大きさしか持たないものとなっている。他の四個については、同図に示すように、底部構成部材３の周側部３ｂ側の対応する部位に、対応する寸法形状の開口部を構成し、それとの組み合わせで全体の出口部構成を完成させるようになっている。 The drawer 5a has an internal space for storing dry ice. Since the drawer 5a is water-tight, the storage space is provided with some water in addition to dry ice as necessary. The white smoke due to the frozen water particles can be easily generated as described above.
As shown in FIG. 1, FIG. 3, FIG. 10, and FIG. 11, cooling gas (sublimation gas of dry ice and white smoke-like frozen water particles) is placed on the cylindrical peripheral side at the upper end of the peripheral side wall of the drawer 5a. A plurality of outlet portions 5a2, 5a2,... For sending out to the moving space 4 of the portion 2 are formed. In this embodiment, as shown particularly in FIGS. 10 and 11, the outlet portions 5a2, 5a2,... Were opened at six locations at an angular interval of 60 degrees in the circumferential direction. The outlet portions 5a2, 5a2,... Have a total size only on the front side, and the other four are only a part of the size, in relation to the thickness of the peripheral side wall of the lead portion 5a. It does not have. As for the other four, as shown in the figure, an opening having a corresponding size and shape is formed in a corresponding portion on the peripheral side portion 3b side of the bottom component member 3, and the entire outlet portion configuration is combined with it. Is to be completed.

これらの出口部５ａ２、５ａ２…は、図７〜図９に示すように、前記引出部５ａを引出収納空間５ｂに収納した状態で、各々前記底部構成部材３の周側部３ｂに形成したガス供給孔３ｅ、３ｅ…と連通するようになっている。該出口部５ａ２、５ａ２…と該ガス供給孔３ｅ、３ｅ…とは、一体となって引出部５ａ中で発生したドライアイスの昇華ガス及び白煙状凍結水粒子からなる冷却ガスを前記円筒状周側部２の移動空間４に送り出すための連通孔を構成するものである。 These outlet portions 5a2, 5a2,... Are formed on the peripheral side portion 3b of the bottom component member 3 in a state where the drawer portion 5a is stored in the drawer storage space 5b, as shown in FIGS. It communicates with the supply holes 3e, 3e,. The outlet portions 5a2, 5a2,... And the gas supply holes 3e, 3e,... Integrally form a cooling gas composed of dry ice sublimation gas and white smoke-like frozen water particles generated in the extraction portion 5a. The communication hole for sending out to the movement space 4 of the peripheral side part 2 is comprised.

該ガス供給孔３ｅ、３ｅ…は、以上に述べたように、云うまでもなく、底部構成部材３の周側部３ｂの上部中に、周方向６０度の角度間隔で、かつ前記引出部５ａの周側壁の上端に形成した出口部５ａ２、５ａ２…に対応する位置関係で、開口形成してあるものである。上端は、図７に示すように、底部構成部材３の周側部３ｂの上端に開口しており、前記円筒状周側部２の移動空間４に最下部で連通するようになっている。
なお、該ガス供給孔３ｅ、３ｅ…は、前記移動空間４への接続部では、図８に示すように、ほぼ四辺形になっているが、最下部の前記出口部５ａ２、５ａ２…との接続部では半円形状になっており、上部に向かって徐々に四辺形になるようになっている。また該ガス供給孔３ｅ、３ｅ…は、最下部は該出口部５ａ２、５ａ２…の直上に位置し、上部に向かうに従って徐々に外側に向かう、斜めに立ち上がる穴に構成してある。
なおまた出口部５ａ２、５ａ２…及びガス供給孔３ｅ、３ｅ…は、引出部５ａから移動空間４に冷却ガスを適切に供給できる構成であれば、これらの構成に限定されないことは云うまでもない。 As described above, the gas supply holes 3e, 3e,... Are obviously formed in the upper part of the peripheral side portion 3b of the bottom constituting member 3 at an angular interval of 60 degrees in the circumferential direction and the lead-out portion 5a. Are formed in a positional relationship corresponding to the outlet portions 5a2, 5a2,... Formed at the upper end of the peripheral side wall. As shown in FIG. 7, the upper end opens at the upper end of the peripheral side portion 3 b of the bottom component member 3, and communicates with the moving space 4 of the cylindrical peripheral side portion 2 at the bottom.
The gas supply holes 3e, 3e,... Are substantially quadrilateral as shown in FIG. 8 at the connecting portion to the moving space 4, but the lowermost outlet portions 5a2, 5a2,. The connection part is semicircular and gradually becomes a quadrilateral toward the top. Further, the gas supply holes 3e, 3e,... Are located at the lowermost portions directly above the outlet portions 5a2, 5a2,.
Further, the outlet portions 5a2, 5a2,... And the gas supply holes 3e, 3e,... Are not limited to these configurations as long as the cooling gas can be appropriately supplied from the extraction portion 5a to the moving space 4. .

前記ＬＥＤ７ａ、７ｂ、７ｃは、前記し、図７に示すように、底部構成部材３の周側部３ｂの上端に相互に周方向１２０度の角度間隔で配したものである。前記ガス供給孔３ｅ、３ｅ…の内の該当する二つのそれらの中間部に配する位置関係で、当然、上方に光を照射できるように配してある。この実施例では、該ＬＥＤ７ａ、７ｂ、７ｃは、光の三原色に対応する赤色発光タイプ、青色発光タイプ、緑色発光タイプの三種を採用した。電源は、ドライアイスの収納部５の下方に位置する前記時計部６の側方に図示しない電池を配し、該電池から供給する。これらのＬＥＤ７ａ、７ｂ、７ｃには、点滅駆動等の発光駆動回路を付設することも可能であるが、この実施例では、継続点灯駆動回路を採用した。なお、前記電池は、前記引出収納空間５ｂの下面を構成する蓋体５ｂ２を外して交換できるようにしてある。なお、該ＬＥＤ７ａ、７ｂ、７は、ドライアイスを収納した引出部５ａを該引出収納空間５ｂに押し込むと電源オンとなって点灯を開始するように構成してある。 As shown in FIG. 7, the LEDs 7a, 7b, and 7c are arranged on the upper end of the peripheral side portion 3b of the bottom component 3 at an angular interval of 120 degrees in the circumferential direction. Of course, the gas supply holes 3e, 3e,... Are arranged so that light can be irradiated upward in the positional relationship between the two corresponding intermediate portions. In this embodiment, the LEDs 7a, 7b, and 7c employ three types of red light emission type, blue light emission type, and green light emission type corresponding to the three primary colors of light. The power is supplied from the battery by arranging a battery (not shown) on the side of the timepiece unit 6 located below the storage unit 5 for dry ice. These LEDs 7a, 7b, and 7c can be provided with a light emission drive circuit such as a blinking drive. In this embodiment, a continuous lighting drive circuit is employed. The battery can be replaced by removing the lid 5b2 constituting the lower surface of the drawer storage space 5b. The LEDs 7a, 7b, and 7 are configured to turn on and start to light when the drawer portion 5a storing dry ice is pushed into the drawer storage space 5b.

前記ＬＥＤ７ａ、７ｂ、７ｃを設置した底部構成部材３の周側部３ｂの上端面には、これらのＬＥＤ７ａ、７ｂ、７ｃを配した部位及び前記ガス供給孔３ｅ、３ｅ…の開口する部位を除いて、薄膜状の鏡面部３ｂ１を配する。該ＬＥＤ７ａ、７ｂ、７ｃから放射され、移動空間４内の白煙状の凍結水粒子から乱反射された光を更に該移動空間４中に反射させるようにする趣旨である。 On the upper end surface of the peripheral side portion 3b of the bottom component member 3 where the LEDs 7a, 7b, 7c are installed, the portions where the LEDs 7a, 7b, 7c are arranged and the portions where the gas supply holes 3e, 3e,. Then, a thin film-like mirror surface portion 3b1 is provided. The light emitted from the LEDs 7a, 7b, 7c and diffused from the white smoke-like frozen water particles in the moving space 4 is further reflected in the moving space 4.

前記時計部６は、前記し、図１及び図２に示すように、前記収納部５の直下の空間にその電子回路部６ａを配し、底部構成部材３の周側部３ｂの正面側の部位に文字部６ｂを表示するように配したものである。なお、該電子回路部６ａの側方には図示しない時計駆動用の電池及び前記ＬＥＤ７ａ、７ｂ、７ｃ駆動用の電池が配してある。前記のように、ドライアイスの収納部５を構成する引出収納空間５ｂの下面には、前記蓋体５ｂ２が配してあり、該蓋体５ｂ２が該引出収納空間５ｂの下面を構成すると共に、時計部６の電子回路部６ａ、その駆動用電池及びＬＥＤ駆動用電池を収納する空間の上面を構成している。該蓋体５ｂ２は、ドライアイスの冷却作用によって電池の動作を妨げることがないように断熱材で構成してある。 As shown in FIGS. 1 and 2, the timepiece unit 6 has an electronic circuit unit 6 a disposed in a space immediately below the storage unit 5, and is provided on the front side of the peripheral side unit 3 b of the bottom component 3. The character portion 6b is displayed on the part. A clock driving battery (not shown) and batteries for driving the LEDs 7a, 7b, and 7c are arranged on the side of the electronic circuit portion 6a. As described above, the lid body 5b2 is arranged on the lower surface of the drawer storage space 5b constituting the dry ice storage section 5, and the lid body 5b2 constitutes the lower surface of the drawer storage space 5b. The upper surface of the space which accommodates the electronic circuit part 6a of the timepiece part 6, the driving battery and the LED driving battery is configured. The lid 5b2 is formed of a heat insulating material so that the operation of the battery is not hindered by the cooling action of dry ice.

該蓋体５ｂ２には、図１１に示すように、その中央付近に爪係止部５ｂ３が構成してあり、引出部５ａを引き出した上で、該爪係止部５ｂ３に爪を係止して引き上げることにより、該蓋体５ｂ２を取り外し、その下方の時計６の電池等を収納した空間を開くことが可能である。電池の交換等はこうして行うことができる。 As shown in FIG. 11, the lid 5b2 has a claw locking portion 5b3 in the vicinity of the center thereof. After the drawer portion 5a is pulled out, the claw is locked to the claw locking portion 5b3. By pulling it up, it is possible to remove the lid 5b2 and open a space containing the battery of the timepiece 6 below. The battery can be replaced in this way.

前記下部受け部３ａは、図１、図３、図９〜１１に示すように、底部構成部材３の周側部３ｂの外側に構成したストローの下部受け用の受け部であり、上方の円筒状周側部２の外周、即ち、円筒状外側部２ａの外周に固設したストローの中間部挿入支持用のリング状支持部２ａ３と上下対応する位置関係になるように配置してある。 As shown in FIGS. 1, 3, and 9 to 11, the lower receiving portion 3a is a receiving portion for receiving the lower portion of the straw formed on the outer side of the peripheral side portion 3b of the bottom constituting member 3, and has an upper cylindrical shape. It arrange | positions so that it may become a positional relationship corresponding to the ring-shaped support part 2a3 for intermediate part insertion support of the straw fixedly provided on the outer periphery of the shape surrounding side part 2, ie, the outer periphery of the cylindrical outer part 2a.

従ってこの実施例のグラスによれば、その円筒状周側部２の飲料収納部１中に飲料を充填し、その飲用のために好適に使用することができる。このとき、該飲料収納部１への飲料の充填に前後して、該円筒状周側部２の下部に結合した底部構成部材３の収納部５にドライアイスを収納する。このドライアイスの収納は、前記したように、外部に引き出してある引出部５ａ中にドライアイスを入れた上で、該収納部５を構成する引出収納空間５ｂに該引出部５ａを装入することにより行う。前記したように、このように引出部５ａを引出収納空間５ｂに装入すると、前記ＬＥＤ７ａ、７ｂ、７ｃの電源スイッチもオンとなり、該ＬＥＤ７ａ、７ｂ、７ｃの発光動作も開始することになる。 Therefore, according to the glass of this embodiment, the beverage can be filled into the beverage storage portion 1 of the cylindrical peripheral side portion 2 and used suitably for drinking. At this time, dry ice is stored in the storage portion 5 of the bottom component member 3 coupled to the lower portion of the cylindrical peripheral side portion 2 before and after the beverage storage portion 1 is filled with the beverage. As described above, the storage of the dry ice is performed by putting the dry ice into the drawer 5a that is pulled out and inserting the drawer 5a into the drawer storage space 5b that constitutes the storage 5. By doing. As described above, when the drawer portion 5a is inserted into the drawer storage space 5b as described above, the power switches of the LEDs 7a, 7b, and 7c are turned on, and the light emission operation of the LEDs 7a, 7b, and 7c is started.

なお、引出部５ａにドライアイスを充填する際には、白煙を多量に出したい場合は、ドライアイスに若干の水を添加する。 When filling the drawer 5a with dry ice, if a large amount of white smoke is to be emitted, some water is added to the dry ice.

ストローを使用する場合は、前記円筒状周側部２の外面側である円筒状外側部２ａに固設したリング状支持部２ａ３にその途中を挿入し、下端を前記底部構成部材３の周側部３ｂの外側に構成した下部受け部３ａで支持させておくものとする。 When using a straw, the middle is inserted in the ring-shaped support part 2a3 fixed to the cylindrical outer part 2a which is the outer surface side of the cylindrical peripheral side part 2, and the lower end is the peripheral side of the bottom part constituting member 3 It shall be supported by the lower receiving part 3a comprised outside the part 3b.

以上のようにして、この実施例のグラスは飲用者に提供することができる。 As described above, the glass of this embodiment can be provided to the drinker.

このグラスでは、前記収納部５の引出部５ａからドライアイスの昇華ガス及び空気中の水分又はドライアイスと共に収納した水が急速冷却されて生じた白煙状凍結水粒子の混合物である冷却ガスが立ち上り、その出口部５ａ２、５ａ２…及びガス供給孔３ｅ、３ｅ…を通じて前記円筒状周側部２の移動空間４に送り出される。飲料収納部１に充填されている飲料は、ドライアイスにより下部の底部３ｄから冷却されることに加えて、該移動空間４を上昇移動する冷却ガスによっても冷却されることになる。 In this glass, there is a cooling gas which is a mixture of white smoke-like frozen water particles generated by rapidly cooling dry ice sublimation gas and moisture in the air or water stored with dry ice from the drawer 5a of the storage unit 5. It rises, and is sent out to the movement space 4 of the said cylindrical surrounding side part 2 through the exit part 5a2, 5a2, ... and the gas supply holes 3e, 3e .... In addition to being cooled from the bottom 3d of the lower part by the dry ice, the beverage filled in the beverage storage unit 1 is also cooled by the cooling gas that moves up and down in the moving space 4.

これらの冷却は、飲料中に氷を入れて冷やすような手段ではないので、飲料の濃度に変化を与える問題がない。それ故、飲料の風味に影響を与えない利点がある。 Since these cooling methods are not means for cooling by putting ice in the beverage, there is no problem of changing the concentration of the beverage. Therefore, there is an advantage that does not affect the flavor of the beverage.

該移動空間４に送り出された冷却ガスは、円筒状外側部２ａにランダムに開口してある調節穴２ａ２、２ａ２…が指又は掌によって閉塞されている場合には、途中の膨出部２ｂ１、２ｂ１…に近接する位置では、その中に進入したり、戻ったりしながら、該移動空間４の最上部まで上昇し、円筒状外側部２ａの上部に開口してある四個の排気口２ａ１、２ａ１…に分かれて排気されることになる。冷却ガスは、以上のように、その流れの通過する位置又はその移動状態により、円筒状内側部２ｂに形成してある膨出部２ｂ１、２ｂ１…に出入りすることがあるが、その場合には、該膨出部２ｂ１、２ｂ１…は、飲料収納部１中に膨出状態となっているため、該飲料収納部１中の飲料に対する冷却効果を更に高めることができる。またこのように該膨出部２ｂ１、２ｂ１…中への冷却ガスの出入りが生じることにより、単にストレートに移動空間４内を上昇する場合とは異なる流れが生じることになる。 When the adjustment holes 2a2, 2a2,... That are randomly opened in the cylindrical outer portion 2a are closed by fingers or palms, the cooling gas sent to the moving space 4 is in the middle of the bulging portion 2b1, In the position close to 2b1..., Four exhaust ports 2a1, which rise to the uppermost part of the moving space 4 and enter the upper part of the moving outer space 2a and are opened at the upper part of the cylindrical outer part 2a, 2a1... Are exhausted. As described above, the cooling gas may enter and exit the bulging portions 2b1, 2b1,... Formed in the cylindrical inner portion 2b depending on the position where the flow passes or the moving state. Since the bulging portions 2b1, 2b1,... Are in a bulging state in the beverage storage portion 1, the cooling effect on the beverage in the beverage storage portion 1 can be further enhanced. In addition, the flow of the cooling gas into and out of the bulging portions 2b1, 2b1,... In this way causes a flow different from the case where the moving space 4 is simply lifted straight.

冷却ガスは、ドライアイスの昇華ガスのみではなく、既述のように、白煙状凍結水粒子を含むものであるため、その流れ及び流れの変化が視覚的に認識可能である。このグラスは、特にそうでないことを明示した部位以外は、文字通りガラスで構成され、透明であるため、その冷却ガスの興味深い流れ又は動き、及びその流れ又は動きの変化を外部から認識することができる。 Since the cooling gas contains not only dry ice sublimation gas but also white smoke-like frozen water particles as described above, the flow and the change of the flow can be visually recognized. This glass is literally made of glass and is transparent except where it is specifically stated otherwise, so that the interesting flow or movement of the cooling gas and changes in the flow or movement can be recognized from the outside. .

この冷却ガスには、前記底部構成部材３の周側部３ｂの上端に配したＬＥＤ７ａ、７ｂ、７ｃから赤色、青色及び緑色の光が照射され、それによって該冷却ガスの白煙状凍結水粒子がその濃淡等に応じて着色され、かつそれが揺れ動き、興味深い色合いを楽しむことができる。またＬＥＤ７ａ、７ｂ、７ｃの赤色、青色及び緑色の光は、上方に行くに従って相互に混じり合い、横方向の色相の変化も生じる。またこれも冷却ガスの動きに伴って揺れ動くことになる。 The cooling gas is irradiated with red, blue, and green light from the LEDs 7a, 7b, and 7c disposed on the upper end of the peripheral side portion 3b of the bottom component member 3, whereby white smoke-like frozen water particles of the cooling gas are emitted. Is colored according to the shading, etc., and it can shake and enjoy interesting colors. Further, the red, blue and green lights of the LEDs 7a, 7b and 7c are mixed with each other as they go upward, and a change in the hue in the horizontal direction also occurs. This also swings with the movement of the cooling gas.

該移動空間４に送り出された冷却ガスは、円筒状外側部２ａに開口している調節穴２ａ２、２ａ２…の全部又は一部が、指又は掌によって閉塞されずに、開いている場合には、その近くを上昇する該冷却ガスの一部がそこから排気されることになる。これによってその近くの冷却ガスの流れに変化が生じ、更にその変化がその近くの冷却ガスの流れに影響を与える。こうして複雑かつ予測の付きにくい流れの変化が生じ、これが白煙状凍結水粒子の微妙な流れ、動き又はその変化として認識される。更にその変化は、ＬＥＤ７ａ、７ｂ、７ｃによって付与される色合いを微妙に変化させ、極めて興味深い色彩及びその変化を見せることになる。種々の位置の調節穴２ａ２、２ａ２…の開閉を行うことにより、冷却ガスの種々の流れを生じさせ、かつその急速な変化や緩やかな変化を楽しむこともできる。 When the cooling gas sent out to the moving space 4 is opened without all or part of the adjustment holes 2a2, 2a2,... Opened in the cylindrical outer portion 2a being closed by fingers or palms. , A part of the cooling gas rising in the vicinity will be exhausted from there. This causes a change in the flow of the nearby cooling gas, which further affects the flow of the nearby cooling gas. This creates a complex and unpredictable flow change that is perceived as a subtle flow, movement or change of white smoke-like frozen water particles. Furthermore, the change slightly changes the hue imparted by the LEDs 7a, 7b, 7c, and shows a very interesting color and its change. By opening and closing the adjustment holes 2a2, 2a2,... At various positions, various flows of the cooling gas can be generated and the rapid change and the gradual change can be enjoyed.

なお、該ＬＥＤ７ａ、７ｂ、７ｃを配した底部構成部材３の周側部３ｂの上端面には、薄膜状の鏡面部３ｂ１が配してあるため、冷却ガスの白煙状凍結水粒子で反射して戻ってくる光を、該鏡面部３ｂ１で、再反射して上方の白煙状凍結水粒子側に再放射し、これによって光量を保持できるようになっている。 In addition, since the thin-film-like mirror surface part 3b1 is arranged on the upper end surface of the peripheral side part 3b of the bottom part constituting member 3 where the LEDs 7a, 7b and 7c are arranged, it is reflected by the white smoke like frozen water particles of the cooling gas Then, the returning light is re-reflected by the mirror surface portion 3b1 and re-radiated to the upper white smoke-like frozen water particle side, so that the amount of light can be maintained.

なお、円筒状周側部２の飲料収納部１中の飲料は、該円筒状周側部２の上部を薄く構成してあるので、飲み易くなっている。 In addition, since the drink in the drink storage part 1 of the cylindrical peripheral side part 2 has comprised thinly the upper part of this cylindrical peripheral side part 2, it is easy to drink.

また収納部５中のドライアイスが無くなった場合は、引出部５ａを引き出して、再度ドライアイスを充填することが容易にできる。 Further, when the dry ice in the storage unit 5 is exhausted, it is possible to easily draw out the drawer 5a and refill with dry ice.

ストローを使用するときは、前記リング状支持部２ａ３及び下部受け部３ａで支持させてあるそれを抜き取って使用すればよいし、不要になれば、同様に、該リング状支持部２ａ３及び下部受け部３ａにまた支持させておけばよい。そのため飲用の邪魔になることもない。 When a straw is used, it can be used by extracting it from the ring-shaped support portion 2a3 and the lower receiving portion 3a. If it is not necessary, the ring-shaped support portion 2a3 and the lower receiving portion are similarly used. What is necessary is just to make it support in the part 3a again. Therefore, it does not get in the way of drinking.

途中で時刻を知りたくなった場合は、下部に配してある時計部６の文字部を見ることでそれを知ることができる。 If you want to know the time on the way, you can find it by looking at the character part of the clock part 6 arranged at the bottom.

飲用に使用した後には、円筒状周側部２と底部構成部材３とは、前者の円筒状内側部２ｂの連結雄ねじ部２ｂ２と後者の連結雌ねじ部３ｃとの螺合を解くことにより、容易に分離することができる。こうして、移動空間４内が汚れた場合等には容易に洗浄することができる。また前記引出部５ａを引出収納空間５ｂから抜き取っておけば、前記ＬＥＤ７ａ、７ｂ、７ｃの電源スイッチはオフになり、該ＬＥＤ７ａ、７ｂ、７ｃの発光動作を停止させておくことができる。 After being used for drinking, the cylindrical peripheral side portion 2 and the bottom component member 3 can be easily removed by unscrewing the connecting male screw portion 2b2 of the former cylindrical inner portion 2b and the latter connecting female screw portion 3c. Can be separated. Thus, when the inside of the moving space 4 becomes dirty, it can be easily cleaned. If the drawer 5a is removed from the drawer storage space 5b, the power switches of the LEDs 7a, 7b, 7c are turned off, and the light emission operation of the LEDs 7a, 7b, 7c can be stopped.

本発明は、グラスの製造の分野で利用可能である。 The present invention can be used in the field of glass production.

１飲料収納部（飲料収納空間）
２円筒状周側部
２ａ円筒状外側部
２ａ１排気口
２ａ２調節穴
２ａ３リング状支持部
２ｂ円筒状内側部
２ｂ１膨出部
２ｂ２円筒状内側部の連結雄ねじ部
３底部構成部材
３ａ下部受け部
３ｂ底部構成部材の周側部
３ｂ１底部構成部材の周側部の上面に配した鏡面部
３ｃ底部構成部材の周側部の連結雌ねじ部
３ｄ底部
３ｅガス供給孔
４移動空間
５収納部
５ａ引出部
５ａ１爪係止穴
５ａ２出口部
５ｂ引出収納空間
５ｂ１抜け止め
５ｂ２引出収納空間の下面を構成する蓋体
５ｂ３蓋体の爪係止部
６時計部
６ａ電子回路部
６ｂ文字部
７ａ、７ｂ、７ｃＬＥＤ
８パッキン部材 1 Beverage storage (beverage storage space)
DESCRIPTION OF SYMBOLS 2 Cylindrical peripheral side part 2a Cylindrical outer side part 2a1 Exhaust port 2a2 Adjustment hole 2a3 Ring-shaped support part 2b Cylindrical inner side part 2b1 Expansion part 2b2 Connection male screw part of cylindrical inner side part 3 Bottom part component 3a Lower receiving part 3b Bottom part Peripheral side 3b1 of the component member Mirror surface portion 3c arranged on the upper surface of the peripheral side portion of the bottom component 3c Connecting female screw 3d at the peripheral side of the bottom component 3d Bottom portion 3e Gas supply hole 4 Moving space 5 Storage portion 5a Drawer 5a1 Claw Locking hole 5a2 Outlet part 5b Drawer storage space 5b1 Retaining stopper 5b2 Cover body constituting the lower surface of the drawer storage space 5b3 Claw locking part 6 Clock part 6a Electronic circuit part 6b Character part 7a, 7b, 7c LED
8 Packing material

Claims

A glass comprising a cylindrical peripheral side portion provided with a beverage storage space on the inside and a detachable bottom constituent member for closing the lower portion thereof,
The cylindrical peripheral side portion is constituted by a cylindrical outer portion and a cylindrical inner portion joined at the upper end forming a moving space for cooling gas composed of dry ice sublimation gas and white smoke-like frozen water particles,
A cooling gas exhaust opening that opens to the outside is opened at the upper part of the cylindrical outer part, and the dry ice of the bottom constituent member is opened and closed by a finger at parts other than the upper part of the cylindrical outer part. Opening a plurality of adjustment holes for adjusting the movement state of the cooling gas rising from the storage portion to the movement space between the cylindrical inner portion and the cylindrical outer portion,
In the cylindrical inner portion, in order to change the movement of the cooling gas that rises in the moving space, a plurality of bulging portions that bulge into the beverage storage space are randomly formed,
The bottom component member is a storage unit that stores dry ice, and a cooling gas composed of sublimation gas and white smoke-like frozen water particles of the dry ice from one or more positions on the upper side of the peripheral side portion. Forming a storage part with an open communication hole to be introduced into the movement space of the cylindrical peripheral side part,
The glass which arrange | positions several LED in order to radiate | emit the light in the movement space of the said cylindrical surrounding side part in the upper end of the surrounding side part of the said bottom part structural member.

The glass according to claim 1, wherein each of the LEDs emits red, blue or green light.

The glass of Claim 1 or 2 which comprised the upper part of the said cylindrical surrounding side part thinner than the lower part.

The glass according to claim 1, 2, or 3, wherein a timepiece having a character portion arranged on a peripheral side portion is provided below the storage portion of the bottom component member.

The glass according to claim 1, 2, 3, or 4, wherein the storage unit for storing the dry ice can be added with water in addition to the dry ice.