WO2021193394A1 - Image display device fixing implement and storage medium, remote toast counter system - Google Patents

Image display device fixing implement and storage medium, remote toast counter system Download PDF

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Publication number
WO2021193394A1
WO2021193394A1 PCT/JP2021/011291 JP2021011291W WO2021193394A1 WO 2021193394 A1 WO2021193394 A1 WO 2021193394A1 JP 2021011291 W JP2021011291 W JP 2021011291W WO 2021193394 A1 WO2021193394 A1 WO 2021193394A1
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Prior art keywords
display device
image
image display
fixing
lens
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PCT/JP2021/011291
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French (fr)
Japanese (ja)
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西田　誠
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株式会社ネットアプリ
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Publication of WO2021193394A1 publication Critical patent/WO2021193394A1/en

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G19/00—Table service

Definitions

  • the present invention relates to an image display device fixing device for displaying an image in which distortion due to the lens effect of water or a beverage inside a beverage container is canceled.
  • Patent Documents 1 to 3 disclose production glasses for beverages invented by the inventor of the present application.
  • This beverage production glass 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 Document 4 discloses a production glass for beverages invented by the inventor of the present application.
  • This effect glass for beverages is equipped with an image display device fixed to the side of the glass and a reflector arranged inside the glass body, and the effect of projecting the image of the image display device on the inside of the glass in a pseudo manner is achieved. It is a possible glass.
  • the present invention is an image display device fixing device incorporating a mechanism for canceling the horizontal distortion of the image so that the image viewed through the beverage in the glass does not expand and distort only in the horizontal direction or the horizontal direction.
  • the challenge is to provide.
  • Another object of the present invention is to provide an image display device fixing device for making it possible to project an image inside existing glasses having various shapes and sizes without a storage unit or a reflector.
  • Another object of the present invention is to provide a remote toast counter system using the image display device fixing device and a storage medium containing a program used for the image display device fixing device.
  • the image display device fixing device of the present invention is an image display device fixing device for fixing the image display device to the side surface or the vicinity of the side surface of a beverage container which is a bottomed tubular body having an upper opening.
  • a fixed frame for fixing, a fixing mechanism for fixing the fixed frame to the beverage container, and an image aspect ratio control unit for changing the aspect ratio of an image of the image display device are provided, and the image aspect ratio control unit is provided.
  • the image aspect ratio control unit includes a lens arranged between the image display device and the beverage container, and the lens has a radius of curvature in the horizontal direction larger than a radius of curvature in the vertical direction. It is a feature.
  • the lens distance adjusting mechanism for adjusting the distance between the lens and the image display device.
  • the lens is a minus lens and is characterized in that the image is reduced in the horizontal direction.
  • the image aspect ratio control unit is provided with a squeeze image generator that generates a squeeze image in which an image is compressed in the horizontal direction.
  • the squeeze image generator is computer software.
  • the fixing mechanism is characterized by including at least one of a clamp mechanism, a suction cup mechanism, a double-sided tape mechanism, and a hook mechanism. Further, as the fixing mechanism, an upper clamp mechanism for sandwiching the end of the upper opening, a plate-shaped coaster portion for installing the beverage container, a non-slip sheet made of a viscoelastic material, and the above.
  • the remote area toast counter system of the present invention includes the image display device fixing device, the beverage container, the portable communication device, an external server computer, and a user operation detection unit, and the image display device is the said. It is a part of the portable communication device, and the user operation detection unit causes the user to move, tilt, or collide with another object based on the output data of the acceleration sensor or the camera sensor of the portable communication device.
  • the storage medium of the present invention is a storage medium that stores a computer program used in the video display device fixing device, and generates a squeeze image obtained by horizontally compressing an image output by the computer program to the video display device. It is characterized by being.
  • the image display fixing device of the present invention functions in all beverage containers having a cylindrical shape or a shape close to a cylinder such as a glass, a cup or a beer mug, and the cylindrical beverage (liquid) inside the beverage container. It is possible to cancel the horizontal lens effect of. Therefore, if the image display device fixing device of the present invention is used, the image of the image display device fixed to the side surface of the beverage container can be viewed through the beverage inside the beverage container while maintaining the aspect ratio (English: aspect ratio). It is possible. This shows a particularly remarkable effect in the case of images and images containing characters.
  • the image display device fixing device of the present invention has a clamp mechanism for sandwiching the end of the upper opening of the beverage container, a plate-shaped coaster portion for installing the beverage container, and a distance between the clamp mechanism and the coaster portion. Since it is equipped with an adjuster mechanism that adjusts the temperature, a beverage container of any height can be firmly fixed to the image display device.
  • the image display device fixing device of the present invention can be applied not only to glasses and beer mugs but also to bottle-shaped beverage containers having a lid on the top. In addition, the image display device on the side of the glass does not fall off even when the glass is moved, toasted, or tilted.
  • the image display device fixing device of the present invention includes a squeeze image generator that generates a squeeze image obtained by compressing the image in the horizontal direction as an image aspect ratio control unit, a margin of the compressed image in the horizontal direction is generated. Therefore, if another squeeze image is inserted in this margin, images and images for two or more screens can be projected horizontally through the beverage container.
  • the squeeze image generator is implemented as computer software built into the portable communication device, the image of the portable communication device is displayed through the beverage inside the beverage container while maintaining the aspect ratio (English: aspect ratio). It is possible to see.
  • the image display device fixing device of the present invention it is possible to construct a remote toast counter system that aggregates and displays the number of remote toasts in beverage containers of various shapes.
  • the figure which showed the lens used as an image aspect ratio control part Perspective view showing an image display device fixing device in which the distance between the image table device and the lens is variable.
  • the image display device fixing device 1 has an aspect ratio of a fixed frame 2 for fixing the image display device 80, a fixing mechanism 10 for fixing the fixed frame 2 to the beverage container 100, and an image 82 of the image display device 80. It is roughly composed of the image aspect ratio control unit 20 and the image aspect ratio control unit 20.
  • the fixed frame 2 is a frame for fixing the image display device 80 (to the beverage container 100), and any shape may be used as long as the image display device 80 can be fixed. Examples of the material of the fixed frame 2 include glass, acrylic, rust-preventive metal, wood, and resin.
  • a U-shaped locking bracket 3 is used to fix the video display device 80 to the fixed frame 2, but instead of the locking bracket 3.
  • a clamp mechanism, a suction cup, or the like may be used instead.
  • the fixing mechanism 10 is a fixing mechanism for fixing the fixing frame 2 (or the image display device fixing device 1) to the beverage container 100.
  • an upper clamp mechanism 11 for sandwiching and fixing the upper opening 101 of the beverage container 100 is provided above the fixing frame 2 as the fixing mechanism 10.
  • the fixing frame 2 may be fixed to the beverage container 100 by using a screw mechanism, a suction cup mechanism, a hook mechanism, a double-sided tape mechanism, or the like.
  • the coaster portion 15 for arranging on the bottom surface of the beverage container 100, and the upper clamp mechanism 16 for adjusting the distance between the coaster portion 15 and the upper clamp mechanism 11 are used.
  • the fixing strength of the beverage container 100 is strengthened by sandwiching the beverage container 100 between 11 and the coaster section 15 and always applying tension to fix the beverage container 100.
  • the adjuster mechanism 16 allows the fixing frame 2 to be firmly fixed to the beverage container 100 of an arbitrary height.
  • a non-slip sheet 17 made of a viscoelastic material is closely arranged on the contact side surface of the beverage container 100 of the coaster portion 15 in order to further strengthen the fixing strength.
  • the image aspect ratio control unit 20 is provided to prevent the image 82 of the image display device 80 from being enlarged and distorted only in the horizontal direction by passing through the cylindrical beverage L inside the beverage container 100. ing.
  • an optical lens 21 is used as the image aspect ratio control unit 20.
  • the lens 21 is processed so as to magnify the image only in the vertical direction (or the vertical direction), and the image 82 is magnified only in the vertical direction as shown in the image 83 of FIG. 1 (a) by passing through the lens 21. ..
  • Image 82 prevents the beverage L from being magnified and distorted only in the horizontal direction (or lateral direction) by passing through the beverage L through the lens 21 (that is, an image magnified in the vertical direction using the lens 21).
  • the aspect ratio of image 82 and image 84 transmitted through the beverage container 100 are the same).
  • transparent glass, acrylic, or the like can be considered.
  • the lens 21 is arranged between the image display device 80 and the beverage container 100 (the lens 21 may be arranged at any position as long as the horizontal distortion of the image can be canceled).
  • a thin Fresnel lens or a minus lens may be used as the lens 21 or the image aspect ratio control unit 20 instead of the usual convex lens.
  • the image display device 80 fixes the image display surface 81 of the image display device 80 toward the beverage container 100 to the fixed frame 2 as shown in FIG. 1 (b), but the touch panel or the like of the image display surface 81 is fixed.
  • the image display device 80 may be turned over and fixed toward the side where the beverage container 100 is not provided.
  • the beverage container 100 for fixing the image display device fixing device 1 of the present invention is assumed to have the same bottomed tubular body as a normal beer mug.
  • the beverage container 100 may have a cup shape without a handle 102 as shown in FIG. 1 (a).
  • the beverage container 100 (or glass) is assumed to be a glass made entirely of transparent glass or a transparent resin like a normal glass, but in the present invention, the beverage container 100 (or glass) is assumed. Does not necessarily have to be entirely transparent, as long as it has at least one transparent area on the side of the beverage container 100 (or glass) that allows the image (or video) to pass through, the other parts are not transparent. It doesn't matter.
  • the shape of the beverage L inside the beverage container 100 which is a bottomed tubular body, is inevitably cylindrical or almost cylindrical as shown in FIGS. 1 (a) and 2 (2). Since the cylindrical shape is not curved in the vertical direction, the radius of curvature RV in the vertical direction of the beverage L can be regarded as infinite as shown in FIG.
  • the radius of curvature RH in the horizontal direction is always a finite value (in the case of a glass of a normal size, the radius of curvature RH of the beverage L is several [cm] to About 10 [cm]). That is, the radius of curvature RV in the vertical direction of the beverage L is much larger than the radius of curvature RH in the horizontal direction. It is known that the magnification of an optical lens increases as the radius of curvature of the lens decreases (for details, refer to the lens formula and specialized books in the field of optics), and the refractive index of water light is compared to that of air.
  • the lens 21 used as the image aspect ratio control unit 20 is a lens whose vertical image magnification is larger than the horizontal image magnification as shown in FIG. 3, that is, the horizontal radius of curvature RH is the vertical radius of curvature RV. It is a biconvex lens (or a plano-convex lens) that is larger than the lens. Therefore, by arranging the lens 21 between the image display device 80 and the beverage container 100, the horizontal lens effect of the beverage L can be offset.
  • the user U can visually recognize the distortion-free image 84, which is equally magnified in the horizontal and vertical directions as shown in FIG. 1 (a), through the beverage. ..
  • lens 21 There is one caveat with respect to lens 21, and you should not use a normal lens with equal radius of curvature RH in the horizontal direction and radius of curvature RV in the vertical direction. This is because it is impossible in principle to cancel the horizontal distortion of the beverage L because the aspect ratio of the image 82 cannot be changed with a normal lens having the same horizontal and vertical magnifications. Therefore, it is necessary to use a lens 21 having a radius of curvature RH in the horizontal direction larger than that of the radius of curvature RV in the vertical direction. In an extreme case, the lens 21 may use a lens that expands only in the vertical direction, that is, a lens having an infinite radius of curvature RH in the horizontal direction.
  • the enlargement ratio of the image 84 in the vertical direction can be controlled by providing the image display device fixing device 1 with the lens distance adjusting mechanism 23 for adjusting the distance d between the image display device 80 and the lens 21.
  • the lens distance adjusting mechanism 23 the user U can find the optimum distance d (that is, the vertical magnification) that cancels the distortion of the lens effect of the beverage L.
  • the user U can adjust the magnification of the lens 21 according to the diameter of the beverage container 100 and the type of the beverage L.
  • a minus lens 22 that reduces or compresses the image in the horizontal direction may be arranged between the image display device 80 and the beverage L instead of the lens 21.
  • the minus lens 22 is a plano-concave lens (or a biconcave lens) having a concave horizontal cross section with a horizontal image magnification of less than 1 time, and is used to offset the horizontal enlargement of the image by the beverage L.
  • a Fresnel lens which is a minus lens, may be used as the minus lens 22.
  • the lens 21 and the minus lens 22 may be stacked not only one lens but also a plurality of lenses, but in that case, since the problem of focus adjustment becomes large, one lens for focus adjustment may be inserted separately.
  • a squeeze image generator 200 is used as the image aspect ratio control unit 20 instead of the lens 21.
  • the squeeze image generator 200 generates a squeeze image 201 compressed or reduced in the horizontal direction from the data of the image 82 of the image display device 80 by computer image processing as shown in FIG. 7 (that is, the squeeze image generator 200 of FIG. 6 is described above. It works exactly the same as the minus lens 22 in FIG.
  • the squeeze image generator 200 may be mounted inside a dedicated IC chip attached to the video display device fixing device 1, or may be mounted as software in an external server computer. Further, when the image display device 80 is a part of the portable communication device 300 as shown in FIG. 6, the squeeze image generator 200 may be mounted as the computer software built in the portable communication device 300. .. As the algorithm for generating the squeeze image 201 compressed in the horizontal direction, a known algorithm built into the LD playback device, the DVD playback device, or the photo retouching software may be used. FIG.
  • FIG. 8 shows a flowchart of a computer program when the image 82 is compressed in the horizontal direction (horizontal direction) to generate or output the squeeze image 201.
  • the image 82 is compressed in the horizontal direction (horizontal direction) to create the squeeze image 201.
  • the squeeze image 201 is output to the video display device 80 or the portable communication device 300.
  • the computer program shown in the flowchart shown in FIG. 8 may be stored in a known storage medium such as a flash memory, DRAM, magnetic storage medium, or optical storage medium.
  • a squeeze image 201 obtained by compressing or reducing the image 82 in the horizontal direction is generated, a margin 202 (English: pillar box) is always generated by the amount compressed to the left and right of the image as shown in FIG.
  • Other squeezed images may be embedded in this margin 202, and if this is applied, images for two or three screens can be projected as image 84.
  • the image 82 and the squeeze image 201 may be images of each frame constituting the moving image.
  • the image display device fixing device 1 of the present invention the beverage container 100, the portable communication device 300, the external server computer 400, and the user operation detector 302 And.
  • the user operation detection unit 302 Based on the signal from the sensor 301 of the portable communication device 300, the user operation detection unit 302 detects the user operation (collision with another beverage glass 500, tilt operation, etc.) on the beverage container 100 and is located at a remote location. Send to server computer 400 etc.
  • the remote server computer 400 can obtain the remote toast counter system by counting the number of receptions and recording it as the cumulative number of toast operations so that it can be viewed and published. ..
  • the user operation detection unit 302 may be mounted inside a dedicated IC chip attached to the image display device fixing device 1, or may be mounted on an external server computer or a portable communication device 300.
  • the present invention is an image display device fixing device for firmly fixing an image display device to a beverage container of various shapes and sizes, such as a horizontal image due to the lens effect of a beverage inside the beverage container. Since distortion due to enlargement of the image can be prevented, the user can visually recognize the image or video without distortion even through the beverage. From the above, the present invention has industrial applicability.

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Abstract

This invention addresses the problem of providing an image display device fixing implement having a built-in mechanism that cancels horizontal-direction distortion of an image viewed through a beverage in a glass such that the image is enlarged only in the horizontal direction without being distorted. This invention also addresses the problem of providing a remote toast counter system that uses the image display device fixing implement and a storage medium that is to be used with the image display device fixing implement.　An image display device fixing implement according to this invention fixes an image display device to a side surface or a vicinity of a side surface of a beverage container that is a bottomed cylindrical body having an upper opening, the image display device fixing implement comprising: a fixing frame that fixes the image display device; a fixing mechanism that fixes the fixing frame to the beverage container; and an image aspect ratio control unit that changes an aspect ratio of an image displayed by the image display device.

Description

映像表示装置固定器具及び記憶媒体、遠隔地乾杯カウンターシステムVideo display device Fixing device and storage medium, remote toast counter system
　本発明は、飲料用容器の内部の水又は飲料のレンズ効果による歪みをキャンセルした画像を映すための映像表示装置固定器具に関する。 The present invention relates to an image display device fixing device for displaying an image in which distortion due to the lens effect of water or a beverage inside a beverage container is canceled.
　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 beverage production glass 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 Document 4 discloses a production glass for beverages invented by the inventor of the present application. This effect glass for beverages is equipped with an image display device fixed to the side of the glass and a reflector arranged inside the glass body, and the effect of projecting the image of the image display device on the inside of the glass in a pseudo manner is achieved. It is a possible glass.
特許第6337256号Patent No. 6337256 特許第6406742号Patent No. 6406742 特許第6432960号Patent No. 6432960 特許第6488049号Patent No. 6488049
しかし、上記特許文献1～4も含めて通常のコップやビールジョッキは円筒形又は円筒形に近い形状であり側面が必ず水平方向に湾曲しているため、ユーザーが飲料用容器の内部の飲料越しに飲料用容器の内部や側面から投影される画像を見ると必ず水平方向に拡大された画像に歪んでしまう。 However, since ordinary cups and beer mugs including the above Patent Documents 1 to 4 have a cylindrical shape or a shape close to a cylindrical shape and the side surfaces are always curved in the horizontal direction, the user can pass through the beverage inside the beverage container. Whenever you look at the image projected from the inside or side of the beverage container, it is always distorted into a horizontally enlarged image.
　本発明は上記問題を鑑み、グラス内の飲料越しに見る映像が水平方向又は横方向のみに拡大して歪まないように映像の水平方向への歪みをキャンセルする機構を組み込んだ映像表示装置固定器具を提供することを課題とする。また、格納部や反射鏡を備えない既存の様々な形状や大きさのグラスの内部に映像を映すことを可能にするための映像表示装置固定器具を提供することを課題とする。
　また、その映像表示装置固定器具を用いた遠隔地乾杯カウンターシステムおよび、その映像表示装置固定器具に使用するプログラムを収録した記憶媒体を提供することを課題とする。 In view of the above problems, the present invention is an image display device fixing device incorporating a mechanism for canceling the horizontal distortion of the image so that the image viewed through the beverage in the glass does not expand and distort only in the horizontal direction or the horizontal direction. The challenge is to provide. Another object of the present invention is to provide an image display device fixing device for making it possible to project an image inside existing glasses having various shapes and sizes without a storage unit or a reflector.
Another object of the present invention is to provide a remote toast counter system using the image display device fixing device and a storage medium containing a program used for the image display device fixing device.
　本発明の映像表示装置固定器具は、上部開口を有する有底の筒状体である飲料用容器の側面又は側面近傍に映像表示装置を固定する映像表示装置固定器具であり、前記映像表示装置を固定する固定フレームと、前記飲料用容器に前記固定フレームを固定する固定機構と、前記映像表示装置の画像の縦横比を変更する画像縦横比制御部とを備えており、前記画像縦横比制御部が前記飲料用容器内部の飲料により生じる前記画像の水平方向の拡大を相殺することを特徴とする。
　また、前記画像縦横比制御部として前記映像表示装置と前記飲料用容器との間に配置されるレンズを備え、前記レンズは水平方向の曲率半径が垂直方向の曲率半径に比して大きいことを特徴とする。
　また、前記レンズと前記映像表示装置との間の距離を調整するレンズ距離調整機構を備えることを特徴とする。
　また、前記レンズはマイナスレンズであり画像を水平方向に縮小することを特徴とする。
　また、前記画像縦横比制御部として画像を水平方向に圧縮したスクィーズ画像を生成するスクィーズ画像生成器を備えることを特徴とする。
　また、前記スクィーズ画像生成器がコンピュータソフトウェアであることを特徴とする。
　また、前記固定機構として、クランプ機構、吸盤機構、両面テープ機構、フック機構と、の少なくとも１つを備えていることを特徴とする。
　また、前記固定機構として、前記上部開口の端部を挟む上部クランプ機構と、前記飲料用容器を設置するための板状のコースター部と、粘弾性を有する材料から成る滑り止め防止シートと、前記上部クランプ機構と前記コースター部との間の距離を調整するアジャスター機構とを備え、前記滑り止め防止シートは前記コースター部の前記飲料用容器が接触する側の面に密着していることを特徴とする。
　本発明の遠隔地乾杯カウンターシステムは、上記映像表示装置固定器具と、前記飲料用容器と、携帯型通信装置と、外部のサーバーコンピュータと、ユーザー操作検知部とを備え、前記映像表示装置が前記携帯型通信装置の一部であり、前記ユーザー操作検知部は前記携帯型通信装置の加速度センサー又はカメラセンサーの出力データに基づいてユーザーが前記飲料用容器を移動、傾斜又は他物体へ衝突させたことを検知し、出力信号を前記外部のサーバーコンピュータに送信し、前記外部のサーバーコンピュータは前記出力信号を受信し、その受信回数をカウントして乾杯操作累計数として記録し、ユーザーが前記乾杯操作累計数を閲覧出来ることを特徴とする。
　本発明の記憶媒体は、上記映像表示装置固定器具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表示装置に出力する画像を水平方向に圧縮処理したスクィーズ画像を生成するものであることを特徴とする。 The image display device fixing device of the present invention is an image display device fixing device for fixing the image display device to the side surface or the vicinity of the side surface of a beverage container which is a bottomed tubular body having an upper opening. A fixed frame for fixing, a fixing mechanism for fixing the fixed frame to the beverage container, and an image aspect ratio control unit for changing the aspect ratio of an image of the image display device are provided, and the image aspect ratio control unit is provided. Is characterized by offsetting the horizontal enlargement of the image caused by the beverage inside the beverage container.
Further, the image aspect ratio control unit includes a lens arranged between the image display device and the beverage container, and the lens has a radius of curvature in the horizontal direction larger than a radius of curvature in the vertical direction. It is a feature.
Further, the lens distance adjusting mechanism for adjusting the distance between the lens and the image display device is provided.
Further, the lens is a minus lens and is characterized in that the image is reduced in the horizontal direction.
Further, the image aspect ratio control unit is provided with a squeeze image generator that generates a squeeze image in which an image is compressed in the horizontal direction.
Further, the squeeze image generator is computer software.
Further, the fixing mechanism is characterized by including at least one of a clamp mechanism, a suction cup mechanism, a double-sided tape mechanism, and a hook mechanism.
Further, as the fixing mechanism, an upper clamp mechanism for sandwiching the end of the upper opening, a plate-shaped coaster portion for installing the beverage container, a non-slip sheet made of a viscoelastic material, and the above. It is provided with an adjuster mechanism for adjusting the distance between the upper clamp mechanism and the coaster portion, and the non-slip sheet is characterized in that it is in close contact with the surface of the coaster portion on the side where the beverage container comes into contact. do.
The remote area toast counter system of the present invention includes the image display device fixing device, the beverage container, the portable communication device, an external server computer, and a user operation detection unit, and the image display device is the said. It is a part of the portable communication device, and the user operation detection unit causes the user to move, tilt, or collide with another object based on the output data of the acceleration sensor or the camera sensor of the portable communication device. Detecting that, the output signal is transmitted to the external server computer, the external server computer receives the output signal, counts the number of receptions and records it as the cumulative number of toast operations, and the user performs the toast operation. The feature is that the cumulative number can be viewed.
The storage medium of the present invention is a storage medium that stores a computer program used in the video display device fixing device, and generates a squeeze image obtained by horizontally compressing an image output by the computer program to the video display device. It is characterized by being.
　本発明の映像表示装置固定器具は、グラス、コップ又はビールジョッキ等の円筒形又は円筒形に近い形状の全ての飲料用容器で機能し、飲料用容器内部の円筒形の形状の飲料（液体）の水平方向へのレンズ効果をキャンセルする事が可能である。そのため本発明の映像表示装置固定器具を用いれば飲料用容器の側面に固定された映像表示装置の画像を縦横比（英：aspect ratio）を維持したまま飲料用容器内部の飲料越しに見ることが可能である。これは文字が含まれる映像や画像の場合は特に顕著な効果を表す。
　本発明の映像表示装置固定器具は、飲料用容器の上部開口の端部を挟むクランプ機構、飲料用容器を設置するための板状のコースター部、そのクランプ機構と前記コースター部との間の距離を調整するアジャスター機構とを備えているため、任意の高さの飲料用容器を強固に映像表示装置に固定出来る。本発明の映像表示装置固定器具は、グラスやビールジョッキだけでなく上部に蓋を備えるボトル形状の飲料用容器にも適用できる。またグラス移動時や乾杯時又はグラス傾斜時でもグラス側面の映像表示装置が脱落する事が無い。
　本発明の映像表示装置固定器具は画像縦横比制御部として画像を水平方向に圧縮したスクィーズ画像を生成するスクィーズ画像生成器を備えるので水平方向への圧縮した画像の余白が発生する。そのためこの余白に他のスクィーズ画像を挿入すれば水平方向に2画面分以上の映像や画像を飲料用容器越しに投影出来る。なおスクィーズ画像生成器は携帯型通信装置に内蔵されているコンピュータソフトウェアとして実装した場合はその携帯型通信装置の画像を縦横比（英：aspect ratio）を維持したまま飲料用容器内部の飲料越しに見る事が可能である。
　本発明の映像表示装置固定器具を用いれば様々な形状の飲料用容器で遠隔地乾杯回数を集計して表示する遠隔地乾杯カウンターシステムを構築出来る。 The image display fixing device of the present invention functions in all beverage containers having a cylindrical shape or a shape close to a cylinder such as a glass, a cup or a beer mug, and the cylindrical beverage (liquid) inside the beverage container. It is possible to cancel the horizontal lens effect of. Therefore, if the image display device fixing device of the present invention is used, the image of the image display device fixed to the side surface of the beverage container can be viewed through the beverage inside the beverage container while maintaining the aspect ratio (English: aspect ratio). It is possible. This shows a particularly remarkable effect in the case of images and images containing characters.
The image display device fixing device of the present invention has a clamp mechanism for sandwiching the end of the upper opening of the beverage container, a plate-shaped coaster portion for installing the beverage container, and a distance between the clamp mechanism and the coaster portion. Since it is equipped with an adjuster mechanism that adjusts the temperature, a beverage container of any height can be firmly fixed to the image display device. The image display device fixing device of the present invention can be applied not only to glasses and beer mugs but also to bottle-shaped beverage containers having a lid on the top. In addition, the image display device on the side of the glass does not fall off even when the glass is moved, toasted, or tilted.
Since the image display device fixing device of the present invention includes a squeeze image generator that generates a squeeze image obtained by compressing the image in the horizontal direction as an image aspect ratio control unit, a margin of the compressed image in the horizontal direction is generated. Therefore, if another squeeze image is inserted in this margin, images and images for two or more screens can be projected horizontally through the beverage container. When the squeeze image generator is implemented as computer software built into the portable communication device, the image of the portable communication device is displayed through the beverage inside the beverage container while maintaining the aspect ratio (English: aspect ratio). It is possible to see.
By using the image display device fixing device of the present invention, it is possible to construct a remote toast counter system that aggregates and displays the number of remote toasts in beverage containers of various shapes.
第1の実施の形態の映像表示装置固定器具を示す斜視図(a)及び断面図(b)A perspective view (a) and a cross-sectional view (b) showing the image display device fixing device of the first embodiment. 飲料用容器内のみを透過した画像が水平方向へのみ拡大する原理を示した図A diagram showing the principle that an image transmitted only inside a beverage container is enlarged only in the horizontal direction. 画像縦横比制御部として用いるレンズを示した図The figure which showed the lens used as an image aspect ratio control part 映像表装置とレンズの距離を可変にした映像表示装置固定器具を示す斜視図Perspective view showing an image display device fixing device in which the distance between the image table device and the lens is variable. 前記画像縦横比制御部として水平方向のマイナスレンズ用いた例を示す斜視図Perspective view showing an example in which a horizontal minus lens is used as the image aspect ratio control unit. 第2の実施の形態の映像表示装置固定器具を示す斜視図A perspective view showing the image display device fixing device of the second embodiment. スクィーズ画像生成器の処理フロー図Processing flow diagram of squeeze image generator 画像の縦横方向圧縮処理プログラムのフローチャート図Flow chart of image vertical and horizontal compression processing program 遠隔地乾杯カウンターシステムの構成を示す図Diagram showing the configuration of a remote toast counter system
［映像表示装置固定器具の第1の実施の形態］
　以下、本発明の映像表示装置固定器具の第1の実施の形態を図面を用いて示す。
　図1に示すように、映像表示装置固定器具1は映像表示装置80を固定する固定フレーム2と飲料用容器100に固定フレーム2を固定する固定機構10と映像表示装置80の画像82の縦横比を変更する画像縦横比制御部20とから概略構成される。
　固定フレーム2は映像表示装置80を（飲料用容器100に）固定するためのフレームであり映像表示装置80を固定さえ出来ればどんな形状のフレームでも構わない。固定フレーム2の材質としては、ガラス、アクリル、防錆処理をした金属、木材、樹脂等が挙げられる。なお、図1(a)と図1 (b)の例では映像表示装置80を固定フレーム2に固定するためにコの字形状の係止金具3を用いているが係止金具3の代わりにクランプ機構や吸盤等で代用しても良い。
　固定機構10は飲料用容器100に固定フレーム2（又は映像表示装置固定器具1）を固定するための固定機構である。図1(a)と図1 (b)の例では固定機構10として飲料用容器100の上部開口101を挟み込んで固定するための上部クランプ機構11を固定フレーム2の上部に設けている。上部クランプ機構11の代わりにネジ機構、吸盤機構、フック機構、両面テープ機構等を用いて飲料用容器100に固定フレーム2を固定しても良い。なお、図1(b)の例では飲料用容器100の底面に配置するためのコースター部15とコースター部15と上部クランプ機構11との距離を調節するためのアジャスター機構16を用いて上部クランプ機構11とコースター部15で飲料用容器100を挟み込んで常時テンションを掛けて固定する事により飲料用容器100の固定強度の強化を図っている。アジャスター機構16により任意の高さの飲料用容器100に固定フレーム2を強固に固定出来る。図1 (b)では更に固定強度を強化するために粘弾性を有する材料から成る滑り止め防止シート17をコースター部15の飲料用容器100の接触する側の面に密着配置している。滑り止め防止シート17の材質としてはゴムやコルク材等が考えられる。
画像縦横比制御部20は映像表示装置80の画像82が飲料用容器100の内部の円筒形の飲料Lを透過することにより水平方向にのみ拡大して歪んでしまうのを防止するために設けられている。なお、図1(a)と図１(b)の例では画像縦横比制御部20として光学的なレンズ21を用いている。レンズ21は垂直方向（または縦方向）にのみ像を拡大するように加工されており画像82はレンズ21を透過することにより図1(a)の画像83のように垂直方向にのみ拡大される。画像82はレンズ21を経由して飲料Lを透過することにより水平方向（または横方向）にのみ拡大して歪んでしまうのを防止している(つまりレンズ21を用いて垂直方向に拡大した画像83を生成することにより画像82と飲料用容器100を透過した画像84の縦横比が同じになるようにしている)。レンズ21の材質としては透明なガラス、アクリル等が考えられる。レンズ21は映像表示装置80と飲料用容器100の間に配置される（レンズ21は画像の水平方向の歪みがキャンセル出来る位置ならどの位置に配置しても構わない）。レンズ21又は画像縦横比制御部20として通常の凸レンズでなく薄型のフレネルレンズやマイナスレンズを用いても構わない。なお、画像縦横比制御部20を実現する方法は図1(a)のレンズ21のような光学レンズを用いたアナログ的な手法だけでなく映像スクィーズ圧縮ソフトウェアを応用したデジタル的な手法も考えられる。詳細は後述の他の実施の形態にて説明する。
映像表示装置80は通常、図1(b)のように映像表示装置80の映像表示面81を飲料用容器100の方に向けて固定フレーム2に固定するが、映像表示面81のタッチパネル等を操作する際は映像表示装置80を飲料用容器100が無い側の方に向けて裏返して固定しても良い。
なお、本発明の映像表示装置固定器具1を固定する飲料用容器100は通常のビールジョッキと同じ有底の筒状体を想定している。飲料用容器100は図1(a)のように取っ手102を備えていないコップ形状でも良い。
なお、図１の例では飲料用容器100（又はグラス）は通常のグラスと同じく全体が透明なガラス又は透明樹脂から成るグラスを想定しているが、本発明では飲料用容器100（又はグラス）は必ずしも全体が透明である必要が無く、画像（又は映像）を透過する透明なエリアを飲料用容器100（又はグラス）の側面に少なくとも一つは備えていれば他の部分は透明でなくても構わない。 [First Embodiment of Video Display Fixture]
Hereinafter, the first embodiment of the image display device fixing device of the present invention will be shown with reference to the drawings.
As shown in FIG. 1, the image display device fixing device 1 has an aspect ratio of a fixed frame 2 for fixing the image display device 80, a fixing mechanism 10 for fixing the fixed frame 2 to the beverage container 100, and an image 82 of the image display device 80. It is roughly composed of the image aspect ratio control unit 20 and the image aspect ratio control unit 20.
The fixed frame 2 is a frame for fixing the image display device 80 (to the beverage container 100), and any shape may be used as long as the image display device 80 can be fixed. Examples of the material of the fixed frame 2 include glass, acrylic, rust-preventive metal, wood, and resin. In the examples of FIGS. 1 (a) and 1 (b), a U-shaped locking bracket 3 is used to fix the video display device 80 to the fixed frame 2, but instead of the locking bracket 3. A clamp mechanism, a suction cup, or the like may be used instead.
The fixing mechanism 10 is a fixing mechanism for fixing the fixing frame 2 (or the image display device fixing device 1) to the beverage container 100. In the examples of FIGS. 1 (a) and 1 (b), an upper clamp mechanism 11 for sandwiching and fixing the upper opening 101 of the beverage container 100 is provided above the fixing frame 2 as the fixing mechanism 10. Instead of the upper clamp mechanism 11, the fixing frame 2 may be fixed to the beverage container 100 by using a screw mechanism, a suction cup mechanism, a hook mechanism, a double-sided tape mechanism, or the like. In the example of FIG. 1 (b), the coaster portion 15 for arranging on the bottom surface of the beverage container 100, and the upper clamp mechanism 16 for adjusting the distance between the coaster portion 15 and the upper clamp mechanism 11 are used. The fixing strength of the beverage container 100 is strengthened by sandwiching the beverage container 100 between 11 and the coaster section 15 and always applying tension to fix the beverage container 100. The adjuster mechanism 16 allows the fixing frame 2 to be firmly fixed to the beverage container 100 of an arbitrary height. In FIG. 1 (b), a non-slip sheet 17 made of a viscoelastic material is closely arranged on the contact side surface of the beverage container 100 of the coaster portion 15 in order to further strengthen the fixing strength. As the material of the anti-slip sheet 17, rubber, cork, or the like can be considered.
The image aspect ratio control unit 20 is provided to prevent the image 82 of the image display device 80 from being enlarged and distorted only in the horizontal direction by passing through the cylindrical beverage L inside the beverage container 100. ing. In the examples of FIGS. 1A and 1B, an optical lens 21 is used as the image aspect ratio control unit 20. The lens 21 is processed so as to magnify the image only in the vertical direction (or the vertical direction), and the image 82 is magnified only in the vertical direction as shown in the image 83 of FIG. 1 (a) by passing through the lens 21. .. Image 82 prevents the beverage L from being magnified and distorted only in the horizontal direction (or lateral direction) by passing through the beverage L through the lens 21 (that is, an image magnified in the vertical direction using the lens 21). By generating 83, the aspect ratio of image 82 and image 84 transmitted through the beverage container 100 are the same). As the material of the lens 21, transparent glass, acrylic, or the like can be considered. The lens 21 is arranged between the image display device 80 and the beverage container 100 (the lens 21 may be arranged at any position as long as the horizontal distortion of the image can be canceled). A thin Fresnel lens or a minus lens may be used as the lens 21 or the image aspect ratio control unit 20 instead of the usual convex lens. As a method for realizing the image aspect ratio control unit 20, not only an analog method using an optical lens as shown in the lens 21 of FIG. 1 (a) but also a digital method applying video squeeze compression software can be considered. .. Details will be described in another embodiment described later.
Normally, the image display device 80 fixes the image display surface 81 of the image display device 80 toward the beverage container 100 to the fixed frame 2 as shown in FIG. 1 (b), but the touch panel or the like of the image display surface 81 is fixed. When operating, the image display device 80 may be turned over and fixed toward the side where the beverage container 100 is not provided.
The beverage container 100 for fixing the image display device fixing device 1 of the present invention is assumed to have the same bottomed tubular body as a normal beer mug. The beverage container 100 may have a cup shape without a handle 102 as shown in FIG. 1 (a).
In the example of FIG. 1, the beverage container 100 (or glass) is assumed to be a glass made entirely of transparent glass or a transparent resin like a normal glass, but in the present invention, the beverage container 100 (or glass) is assumed. Does not necessarily have to be entirely transparent, as long as it has at least one transparent area on the side of the beverage container 100 (or glass) that allows the image (or video) to pass through, the other parts are not transparent. It doesn't matter.
レンズ21の詳細を説明するために、まず初めに飲料用容器の液体や飲料による水平方向へのレンズ効果の説明をする。
有底の筒状体である飲料用容器100の内部の飲料Lの形状は必然的に図1(a)や図2のように円筒形又はほぼ円筒形になる。円筒形は垂直方向には湾曲していないため図2のように飲料Lの垂直方向の曲率半径RVは無限大と見做せる。一方、飲料Lは水平方向に円形に湾曲しているため水平方向の曲率半径RHは必ず有限の値になる(通常の大きさのグラスの場合、飲料Lの曲率半径RHは数[cm]～10[cm]程度)。つまり飲料Lの垂直方向の曲率半径RVが水平方向の曲率半径RHに比して非常に大きくなる。光学レンズの拡大率はレンズの曲率半径が小さいほど大きくなることが知られており（詳細はレンズ公式や光学分野の専門書を参照して下さい）、更に水の光の屈折率は空気に比して大きいため飲料用容器100の内部の飲料Lのみを透過した画像85は図2のように水平方向にのみ拡大して大きく歪んでしまう（別の言い方をすれば飲料Lが水平方向へのみ拡大するレンズとして動作するため画像が歪む）。
画像縦横比制御部20として用いるレンズ21は図3のような垂直方向の画像の拡大率が水平方向の画像の拡大率よりも大きいレンズ、つまり水平方向の曲率半径RHが垂直方向の曲率半径RVに比して大きい両凸レンズ(又は平凸レンズ)である。そのためレンズ21を映像表示装置80と飲料用容器100の間に配置することにより飲料Lによる水平方向へのレンズ効果を相殺することが出来る。つまり適当な垂直方向の画像の拡大率を持つレンズ21を用いれば図1(a)のように水平方向にも垂直方向にも等しく拡大した歪みの無い画像84をユーザーUは飲料越しに視認出来る。
レンズ21に関して注意点が一つあり、レンズ21に水平方向の曲率半径RHと垂直方向の曲率半径RVが等しい通常のレンズを用いてはいけない。何故なら水平方向と垂直方向の拡大率が等しい通常のレンズでは映像82の縦横比が変更出来ないため飲料Lの水平方向の歪みをキャンセルする事は原理的に不可能だからである。そのためレンズ21は必ず水平方向の曲率半径RHが垂直方向の曲率半径RVに比して大きいレンズを用いる必要がある。極端な話、レンズ21は垂直方向にのみ拡大するレンズ、つまり水平方向の曲率半径RHが無限大のレンズを用いても構わない。 In order to explain the details of the lens 21, first, the horizontal lens effect of the liquid or beverage in the beverage container will be explained.
The shape of the beverage L inside the beverage container 100, which is a bottomed tubular body, is inevitably cylindrical or almost cylindrical as shown in FIGS. 1 (a) and 2 (2). Since the cylindrical shape is not curved in the vertical direction, the radius of curvature RV in the vertical direction of the beverage L can be regarded as infinite as shown in FIG. On the other hand, since the beverage L is curved in a circular shape in the horizontal direction, the radius of curvature RH in the horizontal direction is always a finite value (in the case of a glass of a normal size, the radius of curvature RH of the beverage L is several [cm] to About 10 [cm]). That is, the radius of curvature RV in the vertical direction of the beverage L is much larger than the radius of curvature RH in the horizontal direction. It is known that the magnification of an optical lens increases as the radius of curvature of the lens decreases (for details, refer to the lens formula and specialized books in the field of optics), and the refractive index of water light is compared to that of air. Since it is large, the image 85 that passes through only the beverage L inside the beverage container 100 expands only in the horizontal direction and is greatly distorted as shown in Fig. 2 (in other words, the beverage L is only in the horizontal direction). The image is distorted because it operates as a magnifying lens).
The lens 21 used as the image aspect ratio control unit 20 is a lens whose vertical image magnification is larger than the horizontal image magnification as shown in FIG. 3, that is, the horizontal radius of curvature RH is the vertical radius of curvature RV. It is a biconvex lens (or a plano-convex lens) that is larger than the lens. Therefore, by arranging the lens 21 between the image display device 80 and the beverage container 100, the horizontal lens effect of the beverage L can be offset. In other words, if a lens 21 with an appropriate vertical image magnification is used, the user U can visually recognize the distortion-free image 84, which is equally magnified in the horizontal and vertical directions as shown in FIG. 1 (a), through the beverage. ..
There is one caveat with respect to lens 21, and you should not use a normal lens with equal radius of curvature RH in the horizontal direction and radius of curvature RV in the vertical direction. This is because it is impossible in principle to cancel the horizontal distortion of the beverage L because the aspect ratio of the image 82 cannot be changed with a normal lens having the same horizontal and vertical magnifications. Therefore, it is necessary to use a lens 21 having a radius of curvature RH in the horizontal direction larger than that of the radius of curvature RV in the vertical direction. In an extreme case, the lens 21 may use a lens that expands only in the vertical direction, that is, a lens having an infinite radius of curvature RH in the horizontal direction.
虫眼鏡の原理からも分かるように一般に光学レンズと物体との間の距離が大きい程その物体の拡大率は大きくなる（詳細はレンズ公式や光学分野の専門書を参照して下さい）。そのため図4のように映像表示装置80とレンズ21の間の距離dを調整するレンズ距離調整機構23を映像表示装置固定器具1に設けることにより垂直方向の画像84の拡大率をコントロール出来る。レンズ距離調整機構23を用いることによりユーザーUは飲料Lのレンズ効果の歪みを相殺する最適な距離d(つまり垂直方向の拡大率)を見つけることが出来る。また、レンズ距離調整機構23を用いることによりユーザーUは飲料用容器100の直径や飲料Lの種類に応じてレンズ21の拡大率を調整出来る。
なお、図5のように水平方向に画像を縮小又は圧縮させるマイナスレンズ22をレンズ21の代わりに映像表示装置80と飲料Lの間に配置しても良い。マイナスレンズ22は水平方向の画像の拡大率が１倍未満の水平断面が凹型形状の平凹レンズ(又は両凹レンズ)であり飲料Lによる画像の水平方向の拡大を相殺するために用いられる。なお、マイナスレンズ22としてマイナスレンズのフレネルレンズを用いても構わない。
なお、レンズ21やマイナスレンズ22は一枚だけでなく複数枚重ねても良いがその場合はピント調整の問題が大きくなるためピント調整用のレンズを別途一枚挿入しても良い。 As can be seen from the principle of the magnifying glass, the larger the distance between the optical lens and the object, the larger the magnification of the object (for details, refer to the lens formula and specialized books in the field of optics). Therefore, as shown in FIG. 4, the enlargement ratio of the image 84 in the vertical direction can be controlled by providing the image display device fixing device 1 with the lens distance adjusting mechanism 23 for adjusting the distance d between the image display device 80 and the lens 21. By using the lens distance adjusting mechanism 23, the user U can find the optimum distance d (that is, the vertical magnification) that cancels the distortion of the lens effect of the beverage L. Further, by using the lens distance adjusting mechanism 23, the user U can adjust the magnification of the lens 21 according to the diameter of the beverage container 100 and the type of the beverage L.
As shown in FIG. 5, a minus lens 22 that reduces or compresses the image in the horizontal direction may be arranged between the image display device 80 and the beverage L instead of the lens 21. The minus lens 22 is a plano-concave lens (or a biconcave lens) having a concave horizontal cross section with a horizontal image magnification of less than 1 time, and is used to offset the horizontal enlargement of the image by the beverage L. A Fresnel lens, which is a minus lens, may be used as the minus lens 22.
The lens 21 and the minus lens 22 may be stacked not only one lens but also a plurality of lenses, but in that case, since the problem of focus adjustment becomes large, one lens for focus adjustment may be inserted separately.
［映像表示装置固定器具の第2の実施の形態］
　以下、本発明の映像表示装置固定器具の第2の実施の形態を図面を用いて示すが、上記第1の実施の形態の映像表示装置固定器具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。
本実施の形態では図6のように画像縦横比制御部20としてレンズ21の代わりにスクィーズ画像生成器200を用いている。スクィーズ画像生成器200は図7のように映像表示装置80の画像82のデータから水平方向に圧縮又は縮小したスクィーズ画像201をコンピュータ画像処理により生成する（つまり図6のスクィーズ画像生成器200は上記第1の実施の形態で説明した図5のマイナスレンズ22と全く同じ働きをする）。
スクィーズ画像201はオリジナルの画像82を予め水平方向に縮小した画像のため図6のように飲料Lによる水平方向の画像の拡大を相殺することが出来る。
スクィーズ画像生成器200は映像表示装置固定器具1に取り付けられた専用ICチップ内部に実装しても良いし、外部のサーバーコンピュータ内にソフトウェアとして実装しても良い。また、図6のように映像表示装置80が携帯型通信装置300の一部である場合はその携帯型通信装置300に内蔵されているコンピュータソフトウェアとしてスクィーズ画像生成器200を実装しても構わない。
なお、水平方向に圧縮したスクィーズ画像201を生成するアルゴリズムはLD再生装置やDVD再生装置又はフォトレタッチソフトに内蔵の既知のアルゴリズムを用いれば良い。
図8に画像82を水平方向（横方向）に圧縮処理してスクィーズ画像201を生成或は出力する際のコンピュータプログラムのフローチャートを示す。
STEP1において水平方向に圧縮していないオリジナルの画像82のデータを映像表示装置80または携帯型通信装置300のコンピュータのメモリからロードする。STEP2において画像82に対して水平方向(横方向)の圧縮処理を行いスクィーズ画像201を作成する。そしてSTEP3においてそのスクィーズ画像201を映像表示装置80又は携帯型通信装置300へ出力する。
なお、図8に示したフローチャートのコンピュータプログラムはフラッシュメモリ、DRAM、磁気記憶媒体、光記憶媒体等の既知の記憶媒体に保存しても良い。また、携帯型通信装置300内のメモリにアプリケーションソフトウェアの形態でインストール（保存）しても良い。
なお、画像82を水平方向に圧縮又は縮小したスクィーズ画像201を生成する際には図7のように必ず画像の左右に圧縮した分だけ余白202（英: pillar box）が生ずる。この余白202に他のスクィーズした画像を埋め込んでも良くこれを応用すれば2画面や3画面分の映像を画像84として投影出来る。
なお、画像82とスクィーズ画像201は動画像を構成する各フレームの画像でも構わない。 [Second Embodiment of Video Display Fixture]
Hereinafter, the second embodiment of the image display device fixing device of the present invention will be shown with reference to the drawings, but the parts having the same configuration as the image display device fixing device 1 of the first embodiment will be the same. Reference numerals will be given and the description thereof will be omitted.
In this embodiment, as shown in FIG. 6, a squeeze image generator 200 is used as the image aspect ratio control unit 20 instead of the lens 21. The squeeze image generator 200 generates a squeeze image 201 compressed or reduced in the horizontal direction from the data of the image 82 of the image display device 80 by computer image processing as shown in FIG. 7 (that is, the squeeze image generator 200 of FIG. 6 is described above. It works exactly the same as the minus lens 22 in FIG. 5 described in the first embodiment).
Since the squeeze image 201 is an image obtained by reducing the original image 82 in the horizontal direction in advance, it is possible to offset the enlargement of the image in the horizontal direction by the beverage L as shown in FIG.
The squeeze image generator 200 may be mounted inside a dedicated IC chip attached to the video display device fixing device 1, or may be mounted as software in an external server computer. Further, when the image display device 80 is a part of the portable communication device 300 as shown in FIG. 6, the squeeze image generator 200 may be mounted as the computer software built in the portable communication device 300. ..
As the algorithm for generating the squeeze image 201 compressed in the horizontal direction, a known algorithm built into the LD playback device, the DVD playback device, or the photo retouching software may be used.
FIG. 8 shows a flowchart of a computer program when the image 82 is compressed in the horizontal direction (horizontal direction) to generate or output the squeeze image 201.
Load the data of the original image 82 that has not been compressed in the horizontal direction in STEP 1 from the memory of the computer of the video display device 80 or the portable communication device 300. In STEP2, the image 82 is compressed in the horizontal direction (horizontal direction) to create the squeeze image 201. Then, in STEP 3, the squeeze image 201 is output to the video display device 80 or the portable communication device 300.
The computer program shown in the flowchart shown in FIG. 8 may be stored in a known storage medium such as a flash memory, DRAM, magnetic storage medium, or optical storage medium. Further, it may be installed (saved) in the form of application software in the memory in the portable communication device 300.
When a squeeze image 201 obtained by compressing or reducing the image 82 in the horizontal direction is generated, a margin 202 (English: pillar box) is always generated by the amount compressed to the left and right of the image as shown in FIG. Other squeezed images may be embedded in this margin 202, and if this is applied, images for two or three screens can be projected as image 84.
The image 82 and the squeeze image 201 may be images of each frame constituting the moving image.
［遠隔地乾杯カウンターシステムの実施の形態］
　以下、本発明の遠隔地乾杯カウンターシステムの実施の形態について説明する。上記各
実施の形態の映像表示装置固定器具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。
　携帯電話やスマートフォン等の携帯型通信装置の殆どの機種は加速度センサーやカメラセンサーを内蔵している。加速度センサーは同センサーが内蔵されている物体の加速度に基づいて、物体の移動量、傾斜量、他物体への衝突の有無を取得出来る。カメラセンサーも画像解析により物体の移動量、傾斜量、他物体への衝突の有無を取得出来る。そこで本実施の形態の遠隔地乾杯カウンターシステムでは図9に示すように本発明の映像表示装置固定器具1と飲料用容器100と携帯型通信装置300と外部のサーバーコンピュータ400とユーザー操作検知部302とを備える。
　携帯型通信装置300のセンサー301からの信号を元に飲料用容器100に対するユーザー操作（他の飲料用グラス500への衝突や傾斜操作等）をユーザー操作検知部302にて検知して遠隔地のサーバーコンピュータ400等に送信する。図9に示すように、遠隔地のサーバーコンピュータ400が受信回数をカウントしてそれを乾杯操作累計数として記録して、閲覧や公開出来るようにする事により遠隔地乾杯カウンターシステムを得ることができる。
　なお、ユーザー操作検知部302は映像表示装置固定器具1に取り付けられた専用ICチップ内部に実装しても良いし、外部のサーバーコンピュータや携帯型通信装置300に実装しても構わない。 [Implementation of remote toast counter system]
Hereinafter, embodiments of the remote toast counter system of the present invention will be described. The parts having the same configuration as the image display device fixing device of each of the above embodiments are designated by the same reference numerals, and the description thereof will be omitted.
Most models of portable communication devices such as mobile phones and smartphones have built-in acceleration sensors and camera sensors. The accelerometer can acquire the amount of movement, the amount of inclination, and the presence or absence of collision with another object based on the acceleration of the object in which the sensor is built. The camera sensor can also acquire the amount of movement of an object, the amount of inclination, and the presence or absence of collision with another object by image analysis. Therefore, in the remote toast counter system of the present embodiment, as shown in FIG. 9, the image display device fixing device 1 of the present invention, the beverage container 100, the portable communication device 300, the external server computer 400, and the user operation detector 302 And.
Based on the signal from the sensor 301 of the portable communication device 300, the user operation detection unit 302 detects the user operation (collision with another beverage glass 500, tilt operation, etc.) on the beverage container 100 and is located at a remote location. Send to server computer 400 etc. As shown in FIG. 9, the remote server computer 400 can obtain the remote toast counter system by counting the number of receptions and recording it as the cumulative number of toast operations so that it can be viewed and published. ..
The user operation detection unit 302 may be mounted inside a dedicated IC chip attached to the image display device fixing device 1, or may be mounted on an external server computer or a portable communication device 300.
　本発明は、様々な形状や大きさの飲料用容器に映像表示装置を強固に固定するための映像表示装置固定器具であり、飲料用容器の内部の飲料のレンズ効果による水平方向への画像や映像の拡大による歪みを防止出来るためユーザーは飲料越しでも歪みの無い画像や映像を視認出来る。以上より本発明は産業上の利用可能性を有する。 The present invention is an image display device fixing device for firmly fixing an image display device to a beverage container of various shapes and sizes, such as a horizontal image due to the lens effect of a beverage inside the beverage container. Since distortion due to enlargement of the image can be prevented, the user can visually recognize the image or video without distortion even through the beverage. From the above, the present invention has industrial applicability.
L 飲料(液体）
RV 曲率半径（垂直方向）
RH 曲率半径（水平方向）
U ユーザー
d 距離
1 映像表示装置固定器具
2 固定フレーム
3 係止金具
10 固定機構
11 上部クランプ機構
15 コースター部
16 アジャスター機構
17 滑り止め防止シート
20 画像縦横比制御部
21 レンズ
22 マイナスレンズ
23 レンズ距離調整機構
80 映像表示装置
81 映像表示面
82 画像
83 画像(レンズを透過した画像) 
84 画像(レンズと飲料を透過した画像)
85 画像(飲料のみを透過した画像)
100 飲料用容器
101 上部開口
102 取っ手
110 飲料用容器
200 スクィーズ画像生成器
201 スクィーズ画像
202 余白（ピラーボックス）
300 携帯型通信装置
301 センサー（加速度センサー、カメラセンサー）
302 ユーザー操作検知部
400 サーバーコンピュータ
500 他の飲料用グラス L Beverage (liquid)
RV radius of curvature (vertical)
RH radius of curvature (horizontal)
U user
d distance
1 Video display device fixing device
2 Fixed frame
3 Locking bracket
10 Fixing mechanism
11 Upper clamp mechanism
15 Coaster section
16 Adjuster mechanism
17 Anti-slip sheet
20 Image aspect ratio control unit
21 lens
22 Minus lens
23 Lens distance adjustment mechanism
80 Video display device
81 Video display surface
82 images
83 image (image transmitted through the lens)
84 images (images transmitted through the lens and beverage)
85 images (images that are transparent only to beverages)
100 Beverage container
101 top opening
102 handle
110 Beverage container
200 squeeze image generator
201 squeeze image
202 Margin (pillar box)
300 Portable communication device
301 sensor (accelerometer, camera sensor)
302 User operation detector
400 server computer
500 other beverage glasses

Claims (10)

  1. 　上部開口を有する有底の筒状体である飲料用容器の側面又は側面近傍に映像表示装置を固定する映像表示装置固定器具であり、
    　前記映像表示装置を固定する固定フレームと、
    　前記飲料用容器に前記固定フレームを固定する固定機構と、
    　前記映像表示装置の画像の縦横比を変更する画像縦横比制御部とを備えており、
    　前記画像縦横比制御部が前記飲料用容器内部の飲料により生じる前記画像の水平方向の拡大を相殺することを特徴とする映像表示装置固定器具。
          An image display device fixing device for fixing an image display device on or near the side surface of a beverage container which is a bottomed tubular body having an upper opening.
    A fixed frame for fixing the video display device and
    A fixing mechanism for fixing the fixing frame to the beverage container,
    It is provided with an image aspect ratio control unit that changes the aspect ratio of the image of the image display device.
    An image display device fixing device, wherein the image aspect ratio control unit cancels out the horizontal enlargement of the image caused by the beverage inside the beverage container.
  2. 　前記画像縦横比制御部として前記映像表示装置と前記飲料用容器との間に配置されるレンズを備え、
    　前記レンズは水平方向の曲率半径が垂直方向の曲率半径に比して大きいことを特徴とする請求項1に記載の映像表示装置固定器具。
          As the image aspect ratio control unit, a lens arranged between the image display device and the beverage container is provided.
    The image display device fixing device according to claim 1, wherein the lens has a radius of curvature in the horizontal direction larger than a radius of curvature in the vertical direction.
  3. 　前記レンズと前記映像表示装置との間の距離を調整するレンズ距離調整機構を備えることを特徴とする請求項2に記載の映像表示装置固定器具。
          The image display device fixing device according to claim 2, further comprising a lens distance adjusting mechanism for adjusting the distance between the lens and the image display device.
  4. 　前記レンズはマイナスレンズであり画像を水平方向に縮小することを特徴とする請求項2に記載の映像表示装置固定器具。
          The image display device fixing device according to claim 2, wherein the lens is a minus lens and reduces the image in the horizontal direction.
  5. 　前記画像縦横比制御部として画像を水平方向に圧縮したスクィーズ画像を生成するスクィーズ画像生成器を備えることを特徴とする請求項１に記載の映像表示装置固定器具。
          The image display device fixing device according to claim 1, further comprising a squeeze image generator that generates a squeeze image in which an image is compressed in the horizontal direction as the image aspect ratio control unit.
  6. 　前記スクィーズ画像生成器がコンピュータソフトウェアであることを特徴とする請求項5に記載の映像表示装置固定器具。
          The image display device fixing device according to claim 5, wherein the squeeze image generator is computer software.
  7. 　前記固定機構として、クランプ機構、吸盤機構、両面テープ機構、フック機構と、の少なくとも１つを備えていることを特徴とする請求項1～6のいずれか一項に記載の映像表示装置固定器具。
          The image display device fixing device according to any one of claims 1 to 6, wherein the fixing mechanism includes at least one of a clamp mechanism, a suction cup mechanism, a double-sided tape mechanism, and a hook mechanism. ..
  8. 　前記固定機構として、
    　前記上部開口の端部を挟む上部クランプ機構と、
    　前記飲料用容器を設置するための板状のコースター部と、
    　粘弾性を有する材料から成る滑り止め防止シートと、
    　前記上部クランプ機構と前記コースター部との間の距離を調整するアジャスター機構とを備え、
    　前記滑り止め防止シートは前記コースター部の前記飲料用容器が接触する側の面に密着していることを特徴とする請求項1～7のいずれか一項に記載の映像表示装置固定器具。
          As the fixing mechanism
    An upper clamp mechanism that sandwiches the end of the upper opening,
    A plate-shaped coaster part for installing the beverage container and
    Anti-slip sheet made of viscoelastic material and
    It is provided with an adjuster mechanism for adjusting the distance between the upper clamp mechanism and the coaster portion.
    The image display device fixing device according to any one of claims 1 to 7, wherein the anti-slip sheet is in close contact with the surface of the coaster portion on the side where the beverage container comes into contact.
  9. 　請求項6に記載の映像表示装置固定器具と、
    　前記飲料用容器と、
    　携帯型通信装置と、
    　外部のサーバーコンピュータと、
    　ユーザー操作検知部とを備え、
    　前記映像表示装置が前記携帯型通信装置の一部であり、
    　前記ユーザー操作検知部は前記携帯型通信装置の加速度センサー又はカメラセンサーの出力データに基づいてユーザーが前記飲料用容器を移動、傾斜又は他物体へ衝突させたことを検知し、出力信号を前記外部のサーバーコンピュータに送信し、前記外部のサーバーコンピュータは前記出力信号を受信し、その受信回数をカウントして乾杯操作累計数として記録し、ユーザーが前記乾杯操作累計数を閲覧出来ることを特徴とする遠隔地乾杯カウンターシステム。
          The video display device fixing device according to claim 6 and
    With the beverage container
    Portable communication device and
    With an external server computer
    Equipped with a user operation detector
    The video display device is a part of the portable communication device, and the image display device is a part of the portable communication device.
    The user operation detection unit detects that the user has moved, tilted, or collided with another object based on the output data of the acceleration sensor or the camera sensor of the portable communication device, and outputs the output signal to the outside. The external server computer receives the output signal, counts the number of receptions and records it as the cumulative number of toast operations, and the user can view the cumulative number of toast operations. Remote toast counter system.
  10. 　請求項5又は6に記載の映像表示装置固定器具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表示装置に出力する画像を水平方向に圧縮処理したスクィーズ画像を生成するものであることを特徴とする記憶媒体。
     
          A storage medium for storing a computer program used in the video display device fixing device according to claim 5 or 6.
    A storage medium characterized in that the computer program generates a squeeze image obtained by horizontally compressing an image output to the video display device.
PCT/JP2021/011291 2020-03-21 2021-03-19 Image display device fixing implement and storage medium, remote toast counter system WO2021193394A1 (en)

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