JP2021030032A - Rendering glass for beverage, freezing container for beverage, rendering system for beverage and storage medium - Google Patents
Rendering glass for beverage, freezing container for beverage, rendering system for beverage and storage medium Download PDFInfo
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Abstract
Description
本発明は、飲料水から成るビームスプリッターを用いてグラス側面の映像表示装置の映像を分光又は反射する飲料用演出グラスと飲料用演出システム及びこれらに使用する記憶媒体と飲料用凍結容器に関する。 The present invention relates to a beverage effect glass and a beverage effect system that split or reflect an image of an image display device on the side surface of the glass using a beam splitter made of drinking water, and a storage medium and a beverage freeze container used for these.
飲料を入れる機能以外に様々な機能を持ったグラスが開発されている。
例えば特許文献１〜３には本願発明者が発明した飲料用演出グラスが開示されている。この飲料用演出グラスは、グラス本体と、グラス本体の底部から内部側にのびており携帯型通信装置を格納するための格納部と、グラス本体の側面から内部側にのびており携帯型通信装置の電波を通過させるための導波部を備えている。この飲料用演出グラスはグラス本体内に飲料を充填した状態でも携帯型通信装置の電波を導波部を通して外部に出して無線通信できる。
特許文献４〜５には本願発明者が発明した飲料用演出グラスが開示されている。この飲料用演出グラスは、グラス側面に格納部によって固定された映像表示装置と、グラス本体内部に配置された反射鏡又はハーフミラーとを備えてりおり、映像表示装置の映像を疑似的にグラス内部に投影する演出が可能なグラスである。Glasses with various functions other than the function of putting beverages have been developed.
For example, Patent Documents 1 to 3 disclose production glasses for beverages invented by the inventor of the present application. This production glass for beverages extends from the bottom of the glass body to the inside to store the portable communication device, and extends from the side of the glass body to the inside to receive radio waves from the portable communication device. It is equipped with a waveguide for passing through. This effect glass for beverages can perform wireless communication by transmitting the radio waves of the portable communication device to the outside through a waveguide even when the glass body is filled with beverages.
Patent Documents 4 to 5 disclose production glasses for beverages invented by the inventor of the present application. This effect glass for beverages is provided with an image display device fixed by a storage portion on the side surface of the glass and a reflector or a half mirror arranged inside the glass body, and the image of the image display device is simulated as a glass. It is a glass that can be projected inside.
上記特許文献４〜５はグラス内に氷投入時やスプーン等でグラス内の飲料を撹拌時にグラス内に配置された金属やガラス製の反射鏡或はビームスプリッター（分光器）が破損してしまう恐れが有り、その破損した反射鏡或はビームスプリッターの破片をユーザーが誤飲してしまうという安全面の問題点が有る。また、グラス本体の重量が反射鏡或はビームスプリッターの分だけ増加してしまうという問題点が有る。また、ユーザー自身で映像の反射率や透過率のコントロール又は微調整が難いという問題点を有する。 In Patent Documents 4 to 5, the metal or glass reflector or beam splitter arranged in the glass is damaged when ice is put into the glass or when the beverage in the glass is stirred with a spoon or the like. There is a risk, and there is a safety problem that the user accidentally swallows the damaged reflector or beam splitter debris. Further, there is a problem that the weight of the glass body increases by the amount of the reflector or the beam splitter. Further, there is a problem that it is difficult for the user to control or fine-tune the reflectance and transmittance of the image by himself / herself.
本発明は上記問題を鑑み、映像の反射率のコントロールが容易な安全な飲料用演出グラスを提供することを課題とする。また、これら飲料用演出グラスを用いた飲料用演出システム、及びこれらに使用する記憶媒体と飲料用凍結容器を提供することを課題とする。 In view of the above problems, it is an object of the present invention to provide a safe production glass for beverages in which the reflectance of an image can be easily controlled. Another object of the present invention is to provide a beverage production system using these beverage production glasses, a storage medium used for these, and a beverage freezing container.
本発明の飲料用演出グラスは、上部開口を有する有底の筒状体であるグラス本体と、前記グラス本体の側面に映像表示装置を固定するための固定機構と、前記映像表示装置の映像表示部に表示された映像を前記グラス本体の外部から視認するための透明部と、前記グラス本体の内部に配置されるビームスプリッターとを備えており、前記ビームスプリッターは前記グラス本体の内部の飲料から成り、前記飲料は前記映像表示部に対して傾斜している平坦な傾斜面を前記映像が入射する位置に備え、前記映像表示部に表示された前記映像が前記ビームスプリッターで２つに分光されて反射像と透過像になり、前記反射像と前記透過像が前記透明部を通過して前記グラス本体の外部に至ることを特徴とする。
また、前記飲料の色及び／又は光透過性を調整する事により前記反射像と前記透過像の明るさの比率が調整可能なことを特徴とする。
また、前記ビームスプリッターが前記傾斜面を備えた形状に凍結した飲料から成ることを特徴とする。
また、前記グラス本体の側面で且つ前記映像が入射する位置に前記映像表示部に対して傾斜している平坦部を備えることを特徴とする。
また、前記傾斜面の前記映像表示部に対する傾斜角度が可変であることを特徴とする。
また、前記透明部の前記透過像が通過する位置に前記グラス本体外側に凸状に湾曲した湾曲部を備えることを特徴とする。
また、前記上部開口を塞ぐための蓋を備えることを特徴とする。
本発明の記録媒体は、上記飲料用演出グラスで用いるコンピュータプログラムを保存した記憶媒体であり、前記コンピュータプログラムが前記映像を左右反転処理及び／又は上下反転処理するものであることを特徴とする。
本発明の飲料用凍結容器は上記飲料用演出グラスで用いる飲料用凍結容器であり、前記傾斜面を備えた形状に飲料を凍結させることを特徴とする飲料用凍結容器。
本発明の飲料用演出システムは、上記飲料用演出グラスで用いる飲料用演出システムであり、着色した前記飲料を前記ビームスプリッターとして用いることにより前記反射像の特定の色を強調することを特徴とする。The beverage effect glass of the present invention includes a glass body which is a bottomed tubular body having an upper opening, a fixing mechanism for fixing an image display device on the side surface of the glass body, and an image display of the image display device. A transparent portion for visually recognizing the image displayed on the unit from the outside of the glass body and a beam splitter arranged inside the glass body are provided, and the beam splitter is used from a beverage inside the glass body. The beverage is provided with a flat inclined surface that is inclined with respect to the image display unit at a position where the image is incident, and the image displayed on the image display unit is split into two by the beam splitter. It becomes a reflection image and a transmission image, and the reflection image and the transmission image pass through the transparent portion and reach the outside of the glass body.
Further, the ratio of the brightness of the reflected image and the brightness of the transmitted image can be adjusted by adjusting the color and / or light transmittance of the beverage.
Further, the beam splitter is characterized by being made of a beverage frozen in a shape having the inclined surface.
Further, it is characterized in that a flat portion inclined with respect to the image display portion is provided on the side surface of the glass body and at a position where the image is incident.
Further, it is characterized in that the inclination angle of the inclined surface with respect to the image display portion is variable.
Further, it is characterized in that a curved portion that is convexly curved to the outside of the glass body is provided at a position where the transmitted image of the transparent portion passes.
Further, it is characterized by providing a lid for closing the upper opening.
The recording medium of the present invention is a storage medium in which a computer program used in the beverage production glass is stored, and the computer program is characterized in that the image is flipped horizontally and / or flipped vertically.
The beverage freezing container of the present invention is a beverage freezing container used in the beverage production glass, and is a beverage freezing container characterized in that the beverage is frozen in a shape having the inclined surface.
The beverage production system of the present invention is a beverage production system used in the beverage production glass, and is characterized in that a specific color of the reflection image is emphasized by using the colored beverage as the beam splitter. ..
本発明の飲料用演出グラスは、映像表示装置をグラス本体の側面に固定し、映像表示部の映像をグラス本体内に配置した分光器（より厳密にはビームスプリッター）で入射波と反射波に分光する。ビームスプリッターで分光された２つの映像はグラス本体の異なる２つの透明部を同時に通過してグラス本体の外部に至り、２人以上のユーザーに視認される。映像表示装置は携帯型通信装置の一部であってもよい。
本発明の飲料用演出グラスは従来のように（詳細は特許第６４８８０４９号と特許第６５２８１６２号を参照）グラス本体の内部に割れる危険性が有る反射鏡や分光器或はビームスプリッター等を配置する必要が無いためグラス本体の飲料撹拌時にそれらが破損してしまう危険性も無く且つ金属製の反射鏡やガラス製のビームスプリッター等が不要のためその分グラス本体の軽量化が可能である。
また、本発明の飲料用演出グラス内のビームスプリッターは飲料のため飲むことが可能である。
また、本発明の飲料用演出グラスは反射鏡やビームスプリッターとして飲料そのものを用いているためその飲料の色や光透過性を調整する事により任意にグラス内部で分光される反射像と透過像の明るさの比率が調整可能である（つまり飲料の色や光透過性の強度により飲料はビームスプリッターとしても反射鏡としても機能する）。
グラス本体の周囲の第三者に携帯型通信装置の映像の透過像を見せたくない場合はブラックコーヒー又は黒ビール等の光透過性が少ない飲料をビームスプリッターとして用いることにより透過像をキャンセルして反射像のみユーザーに投影出来る。
グラス本体内のビームスプリッターは凍結した飲料から成るためユーザーはそのビームスプリッターを食べるたり溶かして飲む事が可能である。また、好みの清涼飲料から家庭用冷蔵庫にて様々な反射角、反射率或、透過率を有するビームスプリッターを作れる。
反射像と透過像は左右又は上下左右が反転するので、ユーザーが反射像を主体で見る場合と透過像を主体で見る場合とで画像反転処理プログラム等で映像の画像の反転状態を瞬時に切り替え出来るようにするとユーザーの利便性の向上が図れる。グラス側面の透明部の透過像が通過する位置にグラス本体外側に凸状に湾曲した湾曲部を備えることにより飲料Ｌの一部を凸レンズとして機能させ透過像を拡大して表示出来る。飲料Ｌの種類に応じて透過像の拡大率を変化させる演出が可能である。
本発明の飲料用演出システムは様々な色の飲料を切り替える事により特定の色の文字や物体を強調したり不可視化して反射像を反射する事が出来る。In the effect glass for beverages of the present invention, the image display device is fixed to the side surface of the glass body, and the image of the image display unit is converted into incident waves and reflected waves by a spectroscope (more strictly, a beam splitter) arranged inside the glass body. Split. The two images split by the beam splitter pass through two different transparent parts of the glass body at the same time and reach the outside of the glass body, and are visually recognized by two or more users. The video display device may be a part of a portable communication device.
In the production glass for beverages of the present invention, a reflector, a spectroscope, a beam splitter, etc., which have a risk of cracking, are arranged inside the glass body as in the conventional case (see Patent No. 6488049 and Patent No. 6528162 for details). Since it is not necessary, there is no risk of damage to the glass body when stirring the beverage, and since a metal reflector or a glass beam splitter is not required, the weight of the glass body can be reduced accordingly.
In addition, the beam splitter in the beverage production glass of the present invention can be drunk for beverages.
Further, since the beverage production glass of the present invention uses the beverage itself as a reflector or a beam splitter, the reflection image and the transmission image arbitrarily dispersed inside the glass by adjusting the color and light transmission of the beverage. The ratio of brightness is adjustable (ie, the beverage acts as both a beam splitter and a reflector depending on the color of the beverage and the intensity of light transmission).
If you do not want to show the transmitted image of the image of the portable communication device to a third party around the glass body, cancel the transmitted image by using a beverage with low light transmission such as black coffee or black beer as a beam splitter. Only the reflected image can be projected to the user.
Since the beam splitter in the glass body consists of a frozen beverage, the user can eat or melt the beam splitter and drink it. In addition, a beam splitter having various reflection angles, reflectances, or transmittances can be made from a favorite soft drink in a household refrigerator.
Since the reflected image and the transmitted image are flipped horizontally or vertically and horizontally, the inverted state of the image of the image can be instantly switched between the case where the user mainly views the reflected image and the case where the user mainly views the transmitted image by an image inversion processing program or the like. If it can be done, the convenience of the user can be improved. By providing a curved portion that is convexly curved on the outside of the glass body at a position where the transmitted image of the transparent portion on the side surface of the glass passes, a part of the beverage L can function as a convex lens and the transmitted image can be enlarged and displayed. It is possible to change the magnification of the transmitted image according to the type of the beverage L.
The beverage production system of the present invention can reflect a reflected image by emphasizing or invisible characters or objects of a specific color by switching beverages of various colors.
［飲料用演出グラスの第１の実施の形態］
以下、本発明の飲料用演出グラスの第１の実施の形態を図面を用いて示す。
図１に示すように、飲料用演出グラス１はグラス本体１０、固定機構１６、飲料Ｌ、ビームスプリッター３０、傾斜面１７、透明部１２から概略構成される。
グラス本体１０は上部開口１１を有する有底の筒状体でありその内部に飲料等の液体Ｌを充填出来る。グラス本体１０の材質としては、一般的なグラスと同様にガラス、樹脂、陶器、磁器等が挙げられる。
固定機構１６はグラス本体１０の側面に映像表示装置８０を固定するための部材である。本実施の形態では固定機構１６として映像表示装置８０を挿入するための挿入口２１と、映像表示装置８０を格納するための格納部２０を備える。
なお、映像表示装置８０はスマートフォン等の携帯型通信装置に内蔵の映像表示装置でを用いても良い。
ビームスプリッター３０は飲料Ｌから成りグラス本体１０の内部に配置され、映像表示装置８０の映像表示部８５に表示された映像８１（本実施の形態ではアルファベットのＡとする。）を反射像８３と透過像８４に分光するために用いられる。分光された透過像と反射像は透明部を通過してグラス本体の外部に至る。
ビームスプリッター（英；Ｂｅａｍ ｓｐｌｉｔｔｅｒ）３０は光束（つまりビームスプリッター３０に入射した光）を２つ（又は３つ以上）に分割する光学装置である。ビームスプリッター３０に入射した光の一部は反射し、一部は透過する。一般的には光学ピックアップ、反射型液晶プロジェクタ、光通信機器、光子乱数発生器などに用いられる。本発明ではビームスプリッター３０の分光機能を利用して映像表示装置８０の映像表示部８５に表示された映像８１の光を反射像８３と透過像８４に分光する。通常ビームスプリッターは透明なガラスや樹脂（アクリル等）から成るが本発明の飲料用演出グラス１ではグラス本体１０の内部の飲料Ｌその物をビームスプリッターとして用いている。
飲料Ｌはグラス本体１０内部に位置しビームスプリッター３０として用いられる。こうする事により通常のビームスプリッターと違い飲料Ｌの色や光透過性を調整する事により（つまりユーザーが飲料の色や色の濃度を調整するだけで）グラス内部で分光される反射像８３と透過像８４の明るさの比率が調整可能になる。例えば飲料Ｌとしてコーヒー等の光透過性が殆ど無い飲料を用いれば透過像８４だけを見えなくする事も出来る。またガラスや樹脂等を用いた通常のビームスプリッターを別途グラス本体１０の内部に配置する必要が無いためその分グラスの軽量化と安全性の向上を図る事が出来る。
傾斜面１７は飲料Ｌの映像８１を入射するエリアに位置し映像表示装置８０の映像表示部８５に対して傾斜している平坦な面であり反射像８３が反射する面として用いられる。傾斜面１７は映像表示部８５に対して傾斜しているため映像８１の飲料Ｌへの入射角Ｉは０度にならないためユーザーＵは反射像８３をグラス本体１０の周囲より視認出来る。仮に傾斜面１７が存在しない場合（つまり入射角Ｉが０度の場合）、入射角と反射角は等しいため映像表示部８５から投影される映像８１は飲料Ｌにより映像表示部８５方向に打ち返されて反射するためユーザーＵから見ると反射像８３は映像表示装置８０に遮られて視認困難になる。そのため傾斜面１７は反射像８３を視認するために必須である。なお、図１の例では飲料Ｌに傾斜面１７を備えるための方法として映像表示装置８０を格納する格納部２０をグラス側面に取り付けたフック２２と角度調整機構２３により映像表示部８５を水面ＬＢに対して傾斜させた状態で固定させることにより水面ＬＢを傾斜面１７として用いている。傾斜面１７は平坦なため反射像８３の乱反射せずに歪まない。仮に傾斜面１７に湾曲部や角部を含むと反射像８３が様々な方向に反射してしまうため歪んでしまいユーザーＵは正常な反射像８３を視認できなくなる。そのため傾斜面１７は平坦であることが必須である。
透明部１２は映像８１（反射像８３と透過像８４）を複数（本実施の形態では２人）のユーザーＵが外部から視認するためにグラス本体１０の側面に設けられる。各ユーザーＵは格納部２０に格納された状態の映像表示装置８０の映像８１（反射像８３と透過像８４）をビームスプリッター３０と透明部１２を介してグラス本体１０の側面から視認できる。なお、ユーザーＵが反射像８３と透過像８４を視認さえ出来れば必ずしもグラス全体を透明にする必要は無い。なお、グラス本体１０に取っ手１３を備えるジョッキ型にして持ち易くしても良い。[First Embodiment of Beverage Production Glass]
Hereinafter, the first embodiment of the production glass for beverages of the present invention will be shown with reference to the drawings.
As shown in FIG. 1, the beverage effect glass 1 is roughly composed of a glass body 10, a fixing mechanism 16, a beverage L, a beam splitter 30, an inclined surface 17, and a transparent portion 12.
The glass body 10 is a bottomed tubular body having an upper opening 11, and a liquid L such as a beverage can be filled therein. Examples of the material of the glass body 10 include glass, resin, pottery, porcelain, and the like, as in the case of general glass.
The fixing mechanism 16 is a member for fixing the image display device 80 to the side surface of the glass body 10. In the present embodiment, the fixing mechanism 16 includes an insertion port 21 for inserting the image display device 80 and a storage unit 20 for storing the image display device 80.
The video display device 80 may be used as a video display device built into a portable communication device such as a smartphone.
The beam splitter 30 is composed of the beverage L and is arranged inside the glass body 10, and the image 81 (referred to as the alphabet A in the present embodiment) displayed on the image display unit 85 of the image display device 80 is referred to as the reflection image 83. It is used to split into a transmission image 84. The dispersed transmitted image and the reflected image pass through the transparent portion and reach the outside of the glass body.
The beam splitter (English; Beam splitter) 30 is an optical device that splits a luminous flux (that is, light incident on the beam splitter 30) into two (or three or more). A part of the light incident on the beam splitter 30 is reflected and a part is transmitted. Generally, it is used for optical pickups, reflective liquid crystal projectors, optical communication devices, photon random number generators, and the like. In the present invention, the light of the image 81 displayed on the image display unit 85 of the image display device 80 is split into the reflection image 83 and the transmission image 84 by using the spectroscopic function of the beam splitter 30. Normally, the beam splitter is made of transparent glass or resin (acrylic or the like), but in the beverage effect glass 1 of the present invention, the beverage L itself inside the glass body 10 is used as a beam splitter.
Beverage L is located inside the glass body 10 and is used as a beam splitter 30. By doing this, unlike a normal beam splitter, by adjusting the color and light transmission of the beverage L (that is, the user only adjusts the color and color density of the beverage), the reflection image 83 is split inside the glass. The brightness ratio of the transmission image 84 can be adjusted. For example, if a beverage having almost no light transmission such as coffee is used as the beverage L, only the transmission image 84 can be made invisible. Further, since it is not necessary to separately arrange a normal beam splitter using glass, resin or the like inside the glass body 10, it is possible to reduce the weight of the glass and improve the safety accordingly.
The inclined surface 17 is a flat surface that is located in the area where the image 81 of the beverage L is incident and is inclined with respect to the image display unit 85 of the image display device 80, and is used as a surface on which the reflected image 83 is reflected. Since the inclined surface 17 is inclined with respect to the image display unit 85, the angle of incidence I of the image 81 on the beverage L does not become 0 degrees, so that the user U can visually recognize the reflection image 83 from the periphery of the glass body 10. If the inclined surface 17 does not exist (that is, when the incident angle I is 0 degrees), the incident angle and the reflection angle are equal, so that the image 81 projected from the image display unit 85 is hit back toward the image display unit 85 by the beverage L. When viewed from the user U, the reflected image 83 is obstructed by the image display device 80 and becomes difficult to see. Therefore, the inclined surface 17 is indispensable for visually recognizing the reflected image 83. In the example of FIG. 1, as a method for providing the beverage L with the inclined surface 17, the image display unit 85 is placed on the water surface LB by the hook 22 in which the storage unit 20 for storing the image display device 80 is attached to the side surface of the glass and the angle adjusting mechanism 23. The water surface LB is used as the inclined surface 17 by fixing the water surface LB in an inclined state. Since the inclined surface 17 is flat, the reflected image 83 is not diffusely reflected and is not distorted. If the inclined surface 17 includes curved portions and corner portions, the reflected image 83 is reflected in various directions and is distorted, so that the user U cannot visually recognize the normal reflected image 83. Therefore, it is essential that the inclined surface 17 is flat.
The transparent portion 12 is provided on the side surface of the glass body 10 so that a plurality of users U (two people in the present embodiment) can visually recognize the images 81 (reflection image 83 and transmission image 84) from the outside. Each user U can visually recognize the image 81 (reflection image 83 and transmission image 84) of the image display device 80 stored in the storage unit 20 from the side surface of the glass body 10 via the beam splitter 30 and the transparent unit 12. It is not always necessary to make the entire glass transparent as long as the user U can visually recognize the reflection image 83 and the transmission image 84. The glass body 10 may be shaped like a mug having a handle 13 to make it easier to hold.
飲料Ｌそのものがビームスプリッター３０のため飲料Ｌがウィスキー等の琥珀色の場合、ユーザーＵが透明部１２から視認する映像はその飲料Ｌの色で着色されるので、グラス本体１０に充填する飲料Ｌの色に応じて映像が着色される演出効果を得られる。なお、図１の矢印はビームスプリッター３０内の光路をしめす。ビームスプリッター３０である飲料Ｌに傾斜面１７より入射した映像表示装置８０の映像８１は、ビームスプリッター３０を介して２つに分光され、反射像８３と透過像８４になる。光学の基本法則により入射角と反射角は等しいため格納部２０に角度調整機構２３（ヒンジや蝶番等）を備えることにより傾斜面１７と映像表示部８５のなす角を調整する事により反射像８３と透過像８４のなす角を調整出来る。なお、図１中の符号８２は反射像８３を見ているユーザーＵ側から見た場合にビームスプリッター３０（より厳密には傾斜面１７）に写っている映像８１の像である。
なお、反射像８３はビームスプリッター３０に反射したものであるため映像８１や透過像８４に対して左右或は上下左右反転（或は鏡文字化）するが、これは映像表示装置８０側で画像処理して映像８１を予め左右或は上下左右反転させておけば解決出来る。ただし、反転処理をした場合は透過像８４も反転してしまうため、透過像８４を主として視認したい場合は反転処理する必要は無い。なお、上下反転処理だけについては図１のように格納部２０に映像表示装置８０を予め上下反転させた状態で固定する事により画像処理ソフトウェア側で反転処理しなくても反射像８３を上下反転出来る。このためグラス本体１０に映像表示装置８０を固定する固定機構１６としては図１のように上下反転した状態でも映像表示装置８０を固定できる格納部２０やベルト機構等が望ましい。なお、ユーザーＵがグラス本体１０側でなく映像表示装置８０側からグラス本体１０内部の反射像８３を覗き込む使用形態の場合は反射像８３と透過像８４は上下反転しないので上下反転処理は不要である。Since the beverage L itself is the beam splitter 30, when the beverage L is amber such as whiskey, the image visually recognized by the user U from the transparent portion 12 is colored with the color of the beverage L, so that the beverage L to be filled in the glass body 10 is filled. It is possible to obtain an effect that the image is colored according to the color of. The arrow in FIG. 1 indicates the optical path in the beam splitter 30. The image 81 of the image display device 80 incident on the beverage L, which is the beam splitter 30, from the inclined surface 17 is split into two through the beam splitter 30 to become a reflection image 83 and a transmission image 84. Since the incident angle and the reflection angle are equal according to the basic law of optics, the reflection image 83 is formed by adjusting the angle formed by the inclined surface 17 and the image display unit 85 by providing the storage unit 20 with an angle adjustment mechanism 23 (hinge, hinge, etc.). And the angle formed by the transmission image 84 can be adjusted. Reference numeral 82 in FIG. 1 is an image of the image 81 reflected on the beam splitter 30 (more strictly, the inclined surface 17) when viewed from the user U side viewing the reflection image 83.
Since the reflected image 83 is reflected by the beam splitter 30, it is horizontally or vertically and horizontally inverted (or mirror-written) with respect to the image 81 and the transmitted image 84, but this is an image on the image display device 80 side. This can be solved by processing and flipping the image 81 horizontally or vertically or horizontally in advance. However, since the transmission image 84 is also inverted when the transmission processing is performed, it is not necessary to perform the inversion processing when the transmitted image 84 is mainly to be visually recognized. As for the upside-down processing, the image display device 80 is fixed in the storage unit 20 in a state of being upside down in advance as shown in FIG. 1, so that the reflected image 83 is upside down without the upside-down processing on the image processing software side. You can. Therefore, as the fixing mechanism 16 for fixing the image display device 80 to the glass body 10, a storage unit 20 or a belt mechanism that can fix the image display device 80 even when the image display device 80 is turned upside down as shown in FIG. 1 is desirable. In the case where the user U looks into the reflection image 83 inside the glass body 10 from the image display device 80 side instead of the glass body 10 side, the reflection image 83 and the transmission image 84 are not turned upside down, so no upside down processing is required. Is.
図２に本発明の飲料用演出グラスの飲料用演出グラスの形状例を示す。
飲料用演出グラス１の形状はグラス本体１０内部の飲料Ｌが傾斜面１７を備える形状ならどのような形状でも特に制限は無い。
例えば図２（ａ）は傾斜面１７を備えるために図１のように格納部２０を傾斜させる代わりにグラス本体１０を傾斜させている。グラス本体１０の底部に角度調整機構２３を備えれば傾斜面１７の映像表示部８５に対する傾斜角度１９を自由に調整できるため映像８１の入射角つまり映像８３の反射角を変更出来る。例えば透明部１２越しだけでなく上部開口１１越しからでもユーザーＵが反射像８３を視認出来るように角度調整機構２３を以て傾斜角度１９を調整しても良い。なお角度調整機構２３としてはヒンジ等の既知の機構を用いれば良い。
図２（ｂ）は傾斜面１７を飲料Ｌに備えるためにグラス本体１０の側面が映像表示部８５に対して傾斜している平坦部１８を備える形状になっている。こうする事により図１のように映像表示装置８０がグラス本体１０の側面に突き出す状態に固定しなくても傾斜面１７を飲料Ｌに備えることが出来るため映像表示装置８０が他の物体に接触して破損する事を防げ、更に飲料用演出グラス１の省スペース化も図れる。図２（ｃ）は図２（ｂ）の飲料用演出グラス１を上部開口１１を閉めるための蓋１０ａを備えるボトル型の形状にしただけである。FIG. 2 shows an example of the shape of the beverage production glass of the present invention.
The shape of the beverage effect glass 1 is not particularly limited as long as the beverage L inside the glass body 10 has an inclined surface 17.
For example, in FIG. 2A, the glass body 10 is tilted instead of tilting the storage portion 20 as shown in FIG. 1 in order to include the tilted surface 17. If the angle adjusting mechanism 23 is provided on the bottom of the glass body 10, the inclination angle 19 of the inclined surface 17 with respect to the image display portion 85 can be freely adjusted, so that the incident angle of the image 81, that is, the reflection angle of the image 83 can be changed. For example, the inclination angle 19 may be adjusted by the angle adjusting mechanism 23 so that the user U can visually recognize the reflection image 83 not only through the transparent portion 12 but also through the upper opening 11. As the angle adjusting mechanism 23, a known mechanism such as a hinge may be used.
FIG. 2B has a shape including a flat portion 18 in which the side surface of the glass body 10 is inclined with respect to the image display portion 85 in order to provide the inclined surface 17 in the beverage L. By doing so, the inclined surface 17 can be provided on the beverage L without fixing the image display device 80 so as to protrude from the side surface of the glass body 10 as shown in FIG. 1, so that the image display device 80 comes into contact with another object. This prevents damage and further saves space in the beverage production glass 1. FIG. 2C is simply a bottle-shaped shape of the beverage effect glass 1 of FIG. 2B, which is provided with a lid 10a for closing the upper opening 11.
［飲料用演出グラスの第２の実施の形態］
以下、本発明の飲料用演出グラスの第２の実施の形態を図面を用いて示すが、上記第１の実施の形態の飲料用演出グラス１と同一の構成となる箇所については同一の符号を付してその説明を省略する。
図３に示すように、ビームスプリッター３０として傾斜面１７を備えた形状に凍結した飲料Ｌである飲料Ｌ２を用いても良い。飲料Ｌ２は凍結しているため固体であり更に予め傾斜面１７を備えた状態で凍結しているため、上記第１の実施の形態の飲料用演出グラス１の図１のように映像表示装置８０をグラス本体１０側面に傾斜した状態で固定する必要も、或は図２（ｂ）や図２の（ｃ）のようにグラス本体１０側面に傾斜した平坦部１８を設ける必要も一切無く、通常の円筒形の形状のグラス本体１０内の飲料Ｌ３（液体）の中に凍結した飲料Ｌ２を入れるだけで傾斜面１７である飲料Ｌ２と飲料Ｌ３の境界面ＬＢ２が自動で生成される。なお、飲料Ｌ２と飲料Ｌ３の飲料の種類を同じにすると境界面ＬＢ２での映像８１の反射は殆ど無くなるため反射像８３が殆ど見えなくなる。そのため反射像８３を明瞭に見えるようにしたい場合は飲料Ｌ２の色の濃度を飲料Ｌ３に比して濃くすれば良い。例えば飲料Ｌ２にブラックコーヒーか黒ビール等の色の濃い光透過性の弱い飲料を用いて、飲料Ｌ３には無色の蒸留酒等を用いると反射像８３が良く見えるようになる。
飲料Ｌ２は飲料Ｌ３によって徐々に溶けるため時間経過により反射像８３が見えなくなる演出が可能であり、飲料Ｌ２は氷のため飲料Ｌ３を冷やすことが出来る。
なお、図３のようにユーザーＵが映像表示装置８０側からグラス本体１０内部の反射像８３を覗き込む使用形態の場合は反射像８３と透過像８４は上下反転しない。
図４のようにビームスプリッター３０を作成するための飲料用凍結容器９０（つまり金型）を用いれば、ユーザーは家庭用冷蔵庫で好みの清涼飲料水やアルコール飲料水を用いてビームスプリッター３０を成形できる。更に飲料Ｌ２を凍結させる際に自由な角度の傾斜面１７を設定できる。なお、飲料用凍結容器９０は傾斜面１７を備えた形状に飲料Ｌを凍結させる形状の容器であることが必須である。飲料用凍結容器９０を凍結させる代わりに飲料Ｌを飴や糖分或はゼラチン等で固めても良い。[Second Embodiment of Beverage Production Glass]
Hereinafter, the second embodiment of the beverage production glass of the present invention will be shown with reference to the drawings, but the same reference numerals will be given to the parts having the same configuration as the beverage production glass 1 of the first embodiment. The explanation will be omitted.
As shown in FIG. 3, a beverage L2 which is a beverage L frozen in a shape provided with an inclined surface 17 may be used as the beam splitter 30. Since the beverage L2 is frozen, it is solid, and since it is frozen in a state in which the inclined surface 17 is provided in advance, the image display device 80 is as shown in FIG. 1 of the beverage effect glass 1 of the first embodiment. It is not necessary to fix the glass body 10 in an inclined state, or it is not necessary to provide an inclined flat portion 18 on the side surface of the glass body 10 as shown in FIGS. 2 (b) and 2 (c). By simply putting the frozen beverage L2 into the beverage L3 (liquid) in the cylindrical glass body 10, the interface LB2 between the beverage L2 and the beverage L3, which is the inclined surface 17, is automatically generated. If the beverages of the beverage L2 and the beverage L3 are of the same type, the reflection of the image 81 on the boundary surface LB2 is almost eliminated, so that the reflection image 83 is almost invisible. Therefore, if it is desired to make the reflection image 83 clearly visible, the color density of the beverage L2 may be darker than that of the beverage L3. For example, if a dark-colored beverage such as black coffee or dark beer with weak light transmission is used for the beverage L2 and a colorless distilled liquor or the like is used for the beverage L3, the reflection image 83 can be clearly seen.
Since the beverage L2 is gradually melted by the beverage L3, it is possible to produce an effect that the reflection image 83 disappears with the passage of time, and since the beverage L2 is ice, the beverage L3 can be cooled.
When the user U looks into the reflected image 83 inside the glass body 10 from the image display device 80 side as shown in FIG. 3, the reflected image 83 and the transmitted image 84 are not turned upside down.
If a beverage freezing container 90 (that is, a mold) for creating the beam splitter 30 is used as shown in FIG. 4, the user molds the beam splitter 30 using his / her favorite soft drink or alcoholic drinking water in a household refrigerator. it can. Further, when the beverage L2 is frozen, the inclined surface 17 at a free angle can be set. It is essential that the beverage freezing container 90 is a container having an inclined surface 17 and a shape for freezing the beverage L. Instead of freezing the beverage freezing container 90, the beverage L may be hardened with candy, sugar, gelatin or the like.
［飲料用演出グラスの第３の実施の形態］
以下、本発明の飲料用演出グラスの第３の実施の形態を図面を用いて示すが、上記各実施の形態の飲料用演出グラスと同一の構成となる箇所については同一の符号を付してその説明を省略する。
図５に示すように、透明部１２は透過像８４が透過する位置にグラス本体１０外側に凸状に湾曲した湾曲部１５を備えても良い。ユーザーＵはその湾曲部１５を通して透過像８４を視認すると映像８１に比して透過像８４は拡大して見える。これは水の光の屈折率は約１．３３３であり空気の屈折率に比して大きいため凸状の湾曲部によって平凸レンズ又は両凸レンズと同じ形状になった飲料Ｌがレンズ（より厳密には凸レンズ）になるためである。ただしガラスの光の屈折率は約１．４３〜１．４７であるため飲料Ｌを屈折媒体として用いたレンズはガラスを用いた通常の凸レンズに比して拡大率は小さくなる。なお湾曲部１５の形状としては半球形状等の既知の凸レンズの形状が考えられる。
エチルアルコールや濃度が２０［％］の砂糖の屈折率は約１．３６であるため飲料Ｌがアルコールや砂糖を添加された液体の場合は通常の水や水道水に比して拡大率は大きくなる。このように飲料Ｌのアルコール濃度や甘さを変えることにより透過像８４の拡大率を調整する演出が可能である。[Third Embodiment of the production glass for beverages]
Hereinafter, the third embodiment of the beverage production glass of the present invention will be shown with reference to the drawings, but the same reference numerals will be given to the parts having the same configuration as the beverage production glass of each of the above embodiments. The description will be omitted.
As shown in FIG. 5, the transparent portion 12 may include a curved portion 15 that is convexly curved to the outside of the glass body 10 at a position where the transmission image 84 is transmitted. When the user U visually recognizes the transmission image 84 through the curved portion 15, the transmission image 84 appears to be enlarged as compared with the image 81. This is because the refractive index of water light is about 1.333, which is larger than the refractive index of air, so that the beverage L, which has the same shape as a plano-convex lens or a biconvex lens due to the convex curved portion, is a lens (more strictly speaking). Is a convex lens). However, since the refractive index of light from glass is about 1.43 to 1.47, the magnification of a lens using beverage L as a refraction medium is smaller than that of a normal convex lens using glass. As the shape of the curved portion 15, a known convex lens shape such as a hemispherical shape can be considered.
Since the refractive index of ethyl alcohol or sugar having a concentration of 20 [%] is about 1.36, when the beverage L is a liquid to which alcohol or sugar is added, the enlargement ratio is larger than that of ordinary water or tap water. Become. By changing the alcohol concentration and sweetness of the beverage L in this way, it is possible to adjust the enlargement ratio of the transmission image 84.
上記第１〜３の実施の形態の飲料用演出グラス１で用いる前記映像を左右反転処理又は上下反転処理するコンピュータプログラムのフローチャートの例を図６に示す。
まず、最初のステップ１にて映像８１のデータを取得し、次のステップ２にて必要に応じて映像８１の左右反転或は上下左右反転処理を行い、最後のステップ３にて反転処理を行った映像を映像表示装置８０に出力して終了する。なお、利便性向上のために画像反転処理を行うための映像表示装置８０に画像反転用のボタンを設けてそのボタン押下時のタイミングでも良い。また更なる利便性向上のために映像表示装置８０内に加速度センサーを設けてグラス本体の傾斜を検知したタイミング、つまりユーザーＵが飲料時にグラスを傾斜させて上部開口部やその近傍の透明部１２の反射像を視認していると推定されるタイミングで反転処理するようにしても良い。本画像反転処理のプログラムを動作させるコンピューターは専用ＩＣでも携帯型通信装置内のコンピューターでも遠隔地のサーバー内のコンピューターでも良い。
画像反転処理のアルゴリズムは画像の画素のＸ方向やＹ方向の座標を入れ替える既知の物で良い。FIG. 6 shows an example of a flowchart of a computer program that reverses the image used in the beverage effect glass 1 of the first to third embodiments.
First, the data of the video 81 is acquired in the first step 1, and the video 81 is flipped horizontally or vertically and horizontally in the next step 2 as needed, and the flip processing is performed in the final step 3. The output video is output to the video display device 80, and the process ends. It should be noted that the image display device 80 for performing the image inversion process for improving convenience may be provided with a button for image inversion, and the timing at which the button is pressed may be used. Further, in order to further improve convenience, an acceleration sensor is provided in the image display device 80 to detect the tilt of the glass body, that is, the user U tilts the glass during drinking to tilt the upper opening and the transparent portion 12 in the vicinity thereof. The inversion process may be performed at the timing when it is presumed that the reflected image of the above is visually recognized. The computer that operates the image inversion processing program may be a dedicated IC, a computer in a portable communication device, or a computer in a remote server.
The algorithm of the image inversion processing may be a known one that exchanges the coordinates of the pixels in the X direction and the Y direction of the image.
［飲料用演出システムの第１の実施の形態］
以下、本発明の飲料用演出システムの第１の実施の形態について説明する。上記各実施の形態の飲料用演出グラスと同一の構成となる箇所については同一の符号を付してその説明を省略する。
図７に示すように、本実施の形態の飲料用演出システム１では上記各実施の形態の飲料用演出グラス１と着色された飲料を飲料Ｌとして用いる。着色された飲料とは水や純水等の無色透明な飲料を除く全ての飲料であり、具体例を挙げるとコーヒーや黒ビールのように黒色の飲料、トマトジュースや赤ワイン等の赤色の飲料、ウィスキーやビールのように黄金色や琥珀色の飲料を指す。
上記の飲料用演出グラスの第１の実施の形態で説明したように本発明の飲料用演出グラスでは飲料Ｌをビームスプリッター３０として用いているため様々な飲料Ｌにより反射像８３の着色が可能であり、これを用いれば反射像８３の特定の色を強調して見せる演出が可能である。例えば図７のように映像８１が白色の文字画像の場合は黒色の液体（例えばコーヒー等）を飲料Ｌとして用いれば反射像８３では映像８１の白色のエリアが飲料Ｌの黒色により強調されるためより明瞭に見えるようになる。また、飲料Ｌとして白色の飲料（牛乳等）を用いれば映像８１の白色のエリアつまりＡの文字を殆ど見えなくする事も出来る。このように本実施の形態の飲料用演出システム１は様々な色に着色された飲料Ｌを切り替える事により映像８１の中の特定の色の文字や物体を強調したり逆にキャンセルして反射像８３を反射する事が出来る。このため同じ映像８１でも飲料Ｌにより見え方や映像のコントラストが変化する演出が可能である。[First Embodiment of Beverage Production System]
Hereinafter, the first embodiment of the beverage production system of the present invention will be described. The parts having the same configuration as the beverage effect glass of each of the above embodiments are designated by the same reference numerals, and the description thereof will be omitted.
As shown in FIG. 7, in the beverage production system 1 of the present embodiment, the beverage production glass 1 of each of the above embodiments and the colored beverage are used as the beverage L. Colored beverages are all beverages except colorless and transparent beverages such as water and pure water. Specific examples include black beverages such as coffee and black beer, and red beverages such as tomato juice and red wine. Refers to golden or amber beverages such as whiskey and beer.
As described in the first embodiment of the above-mentioned beverage production glass, since the beverage L is used as the beam splitter 30 in the beverage production glass of the present invention, the reflection image 83 can be colored by various beverages L. If this is used, it is possible to produce an effect in which a specific color of the reflected image 83 is emphasized. For example, when the image 81 is a white character image as shown in FIG. 7, if a black liquid (for example, coffee or the like) is used as the beverage L, the white area of the image 81 is emphasized by the black color of the beverage L in the reflection image 83. It will look clearer. Further, if a white beverage (milk or the like) is used as the beverage L, the white area of the image 81, that is, the letter A can be made almost invisible. As described above, the beverage production system 1 of the present embodiment emphasizes or conversely cancels the characters and objects of a specific color in the image 81 by switching the beverage L colored in various colors, and reflects the image. It can reflect 83. Therefore, even with the same image 81, it is possible to produce an effect in which the appearance and the contrast of the image change depending on the beverage L.
本発明は、グラス本体の側面の映像を反射するためのビームスプリッターをグラス本体の内部の飲料を以て構成しているため安全で軽量且つ映像の反射率と透過率を容易にコントロールできる。以上より本発明は産業上の利用可能性を有する。 In the present invention, since the beam splitter for reflecting the image on the side surface of the glass body is formed by the beverage inside the glass body, it is safe and lightweight, and the reflectance and transmittance of the image can be easily controlled. From the above, the present invention has industrial applicability.
Ｌ 液体（飲料）
Ｌ２ 飲料（固体）
Ｌ３ 飲料（液体）
ＬＢ 水面
ＬＢ２ 境界面
Ｉ 入射角
Ｕ ユーザー
１ 飲料用演出グラス
１０ グラス本体
１１ 上部開口
１２ 透明部
１３ 取っ手（透明）
１０ａ 蓋
１５ 湾曲部
１６ 固定機構
１７ 傾斜面
１８ 平坦部
１９ 傾斜角度
２０ 格納部
２１ 挿入口
２２ フック
２３ 角度調整機構
３０ ビームスプリッター
８０ 映像表示装置
８１ 映像
８２ 像
８３ 反射像
８４ 透過像
８５ 映像表示部
９０ 飲料用凍結容器L liquid (beverage)
L2 beverage (solid)
L3 beverage (liquid)
LB Water surface LB2 Boundary surface I Incident angle U User 1 Beverage production glass 10 Glass body 11 Top opening 12 Transparent part 13 Handle (transparent)
10a Lid 15 Curved part 16 Fixing mechanism 17 Tilt surface 18 Flat part 19 Tilt angle 20 Storage part 21 Insertion port 22 Hook 23 Angle adjustment mechanism 30 Beam splitter 80 Video display device 81 Video 82 Image 83 Reflection image 84 Transmission image 85 Video display unit 90 Frozen container for beverages
Claims (10)
前記グラス本体の側面に映像表示装置を固定するための固定機構と、
前記映像表示装置の映像表示部に表示された映像を前記グラス本体の外部から視認するための透明部と、
前記グラス本体の内部に配置されるビームスプリッターとを備えており、
前記ビームスプリッターは前記グラス本体の内部の飲料から成り、
前記飲料は前記映像表示部に対して傾斜している平坦な傾斜面を前記映像が入射する位置に備え、
前記映像表示部に表示された前記映像が前記ビームスプリッターで２つに分光されて反射像と透過像になり、前記反射像と前記透過像が前記透明部を通過して前記グラス本体の外部に至ることを特徴とする飲料用演出グラス。The glass body, which is a bottomed tubular body with an upper opening,
A fixing mechanism for fixing the image display device to the side surface of the glass body,
A transparent part for visually recognizing the image displayed on the image display unit of the image display device from the outside of the glass body, and
It is equipped with a beam splitter arranged inside the glass body.
The beam splitter consists of a beverage inside the glass body.
The beverage is provided with a flat inclined surface that is inclined with respect to the image display portion at a position where the image is incident.
The image displayed on the image display unit is split into two by the beam splitter to form a reflected image and a transmitted image, and the reflected image and the transmitted image pass through the transparent portion to the outside of the glass body. A directing glass for beverages, which is characterized by reaching.
前記コンピュータプログラムが前記映像を左右反転処理及び／又は上下反転処理するものであることを特徴とする記憶媒体。A storage medium in which a computer program used in the beverage production glass according to any one of claims 1 to 7 is stored.
A storage medium in which the computer program performs left-right inversion processing and / or up-down inversion processing of the video.
前記傾斜面を備えた形状に飲料を凍結させることを特徴とする飲料用凍結容器。A beverage freezing container used in the beverage production glass according to claim 3.
A freezing container for beverages, which freezes a beverage in a shape having an inclined surface.
着色した前記飲料を前記ビームスプリッターとして用いることにより前記反射像の特定の色を強調することを特徴とする飲料用演出システム。It is a beverage production system used in the beverage production glass according to any one of claims 1 to 7.
A beverage production system characterized in that a specific color of the reflected image is emphasized by using the colored beverage as the beam splitter.
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| JP2019164942A JP6727593B1 (en) | 2019-08-23 | 2019-08-23 | Beverage production glass, beverage freezing container, beverage production system and storage medium |
| PCT/JP2019/048539 WO2020122138A1 (en) | 2018-12-14 | 2019-12-11 | Performance glass for beverage, performance system for beverage, remote toast counter system, storage medium, and freezing container for beverage |
| US17/054,763 US10966554B1 (en) | 2018-12-14 | 2019-12-11 | Drinking dramatization glass, drinking dramatization system, remote toast counter system, storage medium and drink freeze container |
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| JP6990947B1 (en) | 2021-04-06 | 2022-01-12 | 株式会社ネットアプリ | Beverage production glasses, reflectors and storage media |
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| JP6964903B1 (en) * | 2020-12-24 | 2021-11-10 | 株式会社ネットアプリ | Video display device Fixture and remote toast counter system |
| JP7029207B1 (en) | 2021-07-06 | 2022-03-03 | 株式会社ネットアプリ | Reflector for beverage glasses |
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| JP6990947B1 (en) | 2021-04-06 | 2022-01-12 | 株式会社ネットアプリ | Beverage production glasses, reflectors and storage media |
| JP2022160349A (en) * | 2021-04-06 | 2022-10-19 | 株式会社ネットアプリ | Performance glass for beverage, reflection mirror and storage medium |
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