JP6813856B2 - Glasses type wearable terminal - Google Patents

Glasses type wearable terminal Download PDF

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JP6813856B2
JP6813856B2 JP2019074639A JP2019074639A JP6813856B2 JP 6813856 B2 JP6813856 B2 JP 6813856B2 JP 2019074639 A JP2019074639 A JP 2019074639A JP 2019074639 A JP2019074639 A JP 2019074639A JP 6813856 B2 JP6813856 B2 JP 6813856B2
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eyepiece
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spectacle
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則雄 関
則雄 関
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則雄 関
則雄 関
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本発明はディスプレイの表面に直接表示された文字や図形等の情報を両眼で視認することができる眼鏡型ウエアラブル端末に関する。 The present invention relates to a spectacle-type wearable terminal capable of visually recognizing information such as characters and figures displayed directly on the surface of a display with both eyes.

一般に眼鏡型ウエアラブル端末としては、ウエアラブルコンピューターのディスプレイが、装着者の片方の目の前に来るように固定されている。例えば、特開2017−21227や市販品でメガネスーパー製のメガネ型ウエアラブル端末などがある。これらは、装着者の顔の前面に端末が露出して目立ち、外観に違和感を生じ、使用する際に嵩張り、且つ、装着感が良くないものであった。
尚、前記ディスプレイを両方の目の前に固定すると、大半の人の左右の視力が異なるため、映像がずれてダブってしまうので、片方の目の前に固定するのが主流である。
Generally, as a spectacle-type wearable terminal, the display of the wearable computer is fixed so as to come in front of one of the wearer's eyes. For example, there are Japanese Patent Application Laid-Open No. 2017-21227 and commercially available eyeglass-type wearable terminals manufactured by Meganesuper. In these cases, the terminal is exposed on the front surface of the wearer's face and is conspicuous, which causes a sense of discomfort in appearance, is bulky when used, and is not comfortable to wear.
Incidentally, when secured to the front of both the display, since the visual acuity of the left and right most people are different, since the image is deviated thereby Tsu dub, is the mainstream to fix in front of one eye.

又、装着者の顔の前面に端末やそれを支持するフレームなどを最小限に形成させたものとして、特許第5555366号「ウエアラブルコンピューター付眼鏡」が提案されている。これは、使用者の片方の耳殻から後頭部に沿って他方の耳殻に至り、更に眉間部前方まで終端を延伸させて成るフレーム体と、フレーム体の延伸部の終端に取付けたノーズパッド部から成る眼鏡フレームと、その終端又はノーズパッド部に眼鏡レンズと、眼鏡レンズを支持するブリッジ部とから成る眼鏡レンズ組立体を有し、フレーム体の延伸部に、ウエアラブルコンピューターを構成したものである。
しかしなら、特許第5555366号は、フレーム体が使用者の片方の耳殻から後頭部に沿って他方の耳殻に至り、更に眉間部前方まで終端を延伸させたものであり、頭部を取り囲む概ね4分の3の略円形状を形成させていると、段落番号0025に記載されている。このため、眼鏡のように折り畳みができず、収納する際に嵩張るものとなっていた。
Further, Patent No. 5555366 "Glasses with a wearable computer" has been proposed as a device in which a terminal and a frame supporting the terminal are formed on the front surface of the wearer's face to a minimum. This is a frame body formed by extending the end from one auricle of the user to the other auricle along the back of the head and further extending to the front of the spectacles, and a nose pad portion attached to the end of the extended part of the frame body. It has a spectacle lens assembly composed of a spectacle frame composed of a spectacle frame, a spectacle lens at the end or a nose pad portion thereof, and a bridge portion for supporting the spectacle lens, and a wearable computer is configured at an extended portion of the frame body. ..
However, in Patent No. 5555366, the frame body extends from one auricle of the user to the other auricle along the back of the head and further extends the end to the front of the glabella, and generally surrounds the head. It is described in paragraph number 0025 that it forms a substantially circular shape of three-quarters. For this reason, it cannot be folded like eyeglasses and is bulky when stored.

更に、両方の目を覆い被せるように装着して、大画面や立体画像などを投影して見るヘッドマウントディスプレイがあるが、これは左右のディスプレイに映像を照射するため、例えば、メールの文字などの微細なものは、不鮮明になり易いものであった。従って、メールの文字などの微細なものをディスプレイに映像を照射して判読できるものは今までになかった。 In addition, there is a head-mounted display that is worn so as to cover both eyes and projects a large screen or a stereoscopic image, but this illuminates the left and right displays with images, so for example, the characters in an email, etc. The fine ones tended to be unclear. Therefore, there has never been anything that can be read by irradiating a display with an image of minute objects such as email characters.

特開2017−21227号公報Japanese Unexamined Patent Publication No. 2017-21227 特許第5555366号公報Japanese Patent No. 5555366

従来の眼鏡型ウエアラブル端末は、眼球方向に画像を投影する方式が主流になっているが、ディスプレイの表面に直接表示された文字や図形等の情報を両眼で視認できるような眼鏡型ウエアラブル端末の開発が要望されている。
しかしながら、両方の目の前からディスプレイを約20〜30cm前後離して見なければメールの文字などの微細なものは判読できず、そのまま商品化すると、眼鏡フレームからディスプレイが約20〜30cm前後飛び出るため、眼鏡型ウエアラブル端末を実用化することは困難であった。
Conventional eyeglass-type wearable terminals mainly use a method of projecting an image in the direction of the eyeball, but eyeglass-type wearable terminals that allow both eyes to visually recognize information such as characters and figures displayed directly on the surface of the display. Development is requested.
However, if you do not look at the display about 20 to 30 cm away from both eyes, you will not be able to read fine things such as email characters, and if you commercialize it as it is, the display will pop out about 20 to 30 cm from the eyeglass frame. , It was difficult to put eyeglass-type wearable terminals into practical use.

本発明は、ディスプレイの表面に直接表示された文字や図形等の情報を両眼で視認でき、且つ、ディスプレイの焦点を近接させることができる眼鏡型ウエアラブル端末を提供することを目的とする。 An object of the present invention is to provide a spectacle-type wearable terminal capable of visually recognizing information such as characters and figures directly displayed on the surface of a display with both eyes and bringing the focus of the display closer.

本発明は上記要望に応じて成されたものであり、つまり、眼鏡フレーム本体のレンズ保持枠に、焦点を近接するための接眼レンズを設け、且つ、左右の接眼レンズの前方に、左右のレンズ保持枠の両端と略同じ幅で1枚に形成すると共に文字や図形等の情報を直接表面に表示するディスプレイを配置し、該ディスプレイと接眼レンズの間隔を調節可能とする調節手段を備える。また調節手段として、ディスプレイの両端に固着させる軸受Aと、レンズ保持枠の両端に固着させる軸受Bと、軸受Aに頭部を軸支させて空回りする頭付きネジと、該頭付きネジのネジ部を螺合させると共に軸受Bに軸支させて全体が空回りする調節ナットと、から少なくとも構成する。 The present invention has been made in response to the above request, that is, an eyepiece for bringing the focus closer to the lens holding frame of the spectacle frame body is provided, and the left and right lenses are in front of the left and right eyepieces. A display is provided which is formed on one sheet with substantially the same width as both ends of the holding frame and displays information such as characters and figures directly on the surface , and is provided with an adjusting means capable of adjusting the distance between the display and the eyepiece . Further, as the adjusting means , a bearing A fixed to both ends of the display , a bearing B fixed to both ends of the lens holding frame , a headed screw whose head is pivotally supported by the bearing A, and a screw of the headed screw. It is composed of at least an adjusting nut in which the portion is screwed and the bearing B is pivotally supported so that the entire portion runs idle .

請求項1のように眼鏡フレーム本体(1)のレンズ保持枠(11)に、焦点を近接するための接眼レンズ(2)を設け、且つ、左右の接眼レンズ(2)の前方に、左右のレンズ保持枠(11)の両端と略同じ幅で1枚に形成すると共に文字や図形等の情報を直接表面に表示するディスプレイ(3)を配置し、該ディスプレイ(3)と接眼レンズ(2)の間隔(L)を調節可能とする調節手段(4)を備え、該調節手段(4)が、ディスプレイ(3)の両端に固着させる軸受A(41)と、レンズ保持枠(11)の両端に固着させる軸受B(42)と、軸受A(41)に頭部(43a)を軸支させて空回りする頭付きネジ(43)と、該頭付きネジ(43)のネジ部(43b)を螺合させると共に軸受B(42)に軸支させて全体が空回りする調節ナット(44)と、から少なくとも構成されることにより、ディスプレイ(3)と接眼レンズ(2)の間隔(L)を狭めることが可能となると共にディスプレイ(3)の解像度を上昇させて明瞭な画像が得られ、且つ、外観に違和感がなく、装着感が良いものとなる。
更に調節手段(4)によって、明瞭な画像を見ることができるため、メールやインターネット操作も可能となる。又、眼鏡を装着したままディスプレイ(3)の画像を見ることができるため、ハンドフリーになる。
As in claim 1, the lens holding frame (11) of the spectacle frame body (1) is provided with eyepieces (2) for bringing the focus closer to each other , and the left and right eyepieces (2) are in front of the left and right eyepieces. A display (3) is arranged so as to form a single lens having substantially the same width as both ends of the lens holding frame (11) and to directly display information such as characters and figures on the surface , and the display (3) and the eyepiece (2) are arranged. The adjusting means (4) is provided so that the distance (L) between the two can be adjusted , and the adjusting means (4) has a bearing A (41) fixed to both ends of the display (3) and both ends of the lens holding frame (11). The bearing B (42) to be fixed to the lens, the headed screw (43) that runs idle with the head (43a) pivotally supported by the bearing A (41), and the threaded portion (43b) of the headed screw (43). an adjusting nut entirety by axially supported by a bearing B (42) runs idle (44) with screwed by Rukoto at least composed of, reduce the distance of the display (3) and eyepiece (2) (L) It becomes possible to obtain a clear image by increasing the resolution of the display (3), and the appearance is not uncomfortable and the wearing feeling is good.
Furthermore , since a clear image can be viewed by the adjusting means (4) , e-mail and Internet operations are also possible. In addition, since the image on the display (3) can be viewed while wearing glasses, it becomes hands-free.

本発明の実施形態を示す説明図である。It is explanatory drawing which shows the embodiment of this invention. 本実施形態の調節手段の分解部品を示す斜視図である。It is a perspective view which shows the disassembled part of the adjustment means of this embodiment. 本実施形態の調節手段を示す断面図である。It is sectional drawing which shows the adjustment means of this embodiment. 本実施形態の別の調節手段の分解部品を示す斜視図である。It is a perspective view which shows the disassembled part of another adjustment means of this embodiment.

本発明の実施形態を図1〜図3に基づいて説明する。(1)は眼鏡フレーム本体であり、該眼鏡フレーム本体(1)には少なくとも、レンズ保持枠(11),ブリッジ(12),鼻当部(13),ツル(14)などがあり、一般的な眼鏡フレーム本体(1)を用いれば良い。 An embodiment of the present invention will be described with reference to FIGS. 1 to 3. (1) is a spectacle frame main body, and the spectacle frame main body (1) has at least a lens holding frame (11), a bridge (12), a nose pad (13), a vine (14), and the like, and is generally used. A spectacle frame body (1) may be used.

(2)は眼鏡フレーム本体(1)のレンズ保持枠(11)に設けた接眼レンズであり、該接眼レンズ(2)は後述するディスプレイ(3)の焦点を近接するためのものであり、その接眼レンズ(2)としては、凸レンズ,シート型凸レンズ,凹凸レンズ群などを用いれば良い。前記シート型接眼レンズとしては、池田レンズ工業株式会社製のシートレンズを用いるのが好ましい。又、シート型接眼レンズとして、凹凸レンズ群を用いると、接眼レンズ(2)と後述するディスプレイ(3)の間隔(L)を狭くすることが容易に可能となる。 (2) is an eyepiece provided on the lens holding frame (11) of the spectacle frame main body (1), and the eyepiece (2) is for bringing the focus of the display (3) described later close to the eyepiece. As the eyepiece (2), a convex lens, a sheet-type convex lens, a concavo-convex lens group, or the like may be used. As the sheet-type eyepiece, it is preferable to use a sheet lens manufactured by Ikeda Lens Industry Co., Ltd. Further, when a concave-convex lens group is used as the sheet-type eyepiece, it is possible to easily narrow the distance (L) between the eyepiece (2) and the display (3) described later.

(3)は、接眼レンズ(2)の前方に配置し、レンズ保持枠(11)の両端と略同じ幅で1枚に形成すると共に文字や図形等の情報を直接表面に表示するディスプレイであり、該ディスプレイ(3)としては透過型ヘッドマウントディスプレイや、有機ELディスプレイ,光学透過ディスプレイ(シースルーディスプレイ)などを用いるのが好ましい。図1に於いては、ディスプレイ(3)の周囲に、ディスプレイ保持枠(31)があるが、強度的に問題がなければ必ずしも必要ではない。尚、ディスプレイ(3)としては上記以外に、バックライトを用いるスマートフォン方式などを使用しても良い。又、ディスプレイ(3)にロールアップとロールダウンの機能を有したものを使用すると、ディスプレイ(3)の表示がエンドレスに表示され、接眼レンズ(2)の狭い視界範囲の中に多量の情報が読み取れる。またディスプレイ(3)の操作は、目の動きに応じて画面上の操作部が操作できるソフトを利用する。 (3) is a display which is arranged in front of the eyepiece (2), is formed into one piece having substantially the same width as both ends of the lens holding frame (11), and displays information such as characters and figures directly on the surface . As the display (3), it is preferable to use a transmissive head-mounted display, an organic EL display, an optical transmissive display (see-through display), or the like. In FIG. 1, there is a display holding frame (31) around the display (3), but it is not always necessary if there is no problem in strength. In addition to the above, as the display (3), a smartphone method using a backlight or the like may be used. Further, when a display (3) having a roll-up and roll-down function is used, the display of the display (3) is displayed endlessly, and a large amount of information is displayed in the narrow field of view of the eyepiece (2). Can be read. The display (3) is operated by using software that can be operated by the operation unit on the screen according to the movement of the eyes.

(4)はディスプレイ(3)と接眼レンズ(2)の間隔(L)を調節可能とするために備えた焦点調節用の調節手段であり、該調節手段(4)としては、ディスプレイ(3)の両端に固着させる軸受A(41)と、レンズ保持枠(11)の両端に固着させる軸受B(42)と、軸受A(41)に頭部(43a)を挟持し軸支させて空回りする頭付きネジ(43)と、該頭付きネジ(43)のネジ部(43b)を螺合させると共に前記軸受B(42)に挟持し軸支させて全体が空回りする調節ナット(44)と、軸受A(41)と軸受B(42)を固定させるための取付ネジ(45)と、から構成されている。前記軸受A(41)と軸受B(42)の材質としては、中央の穴に、後述する頭部(43a)の溝(43c)や調節ナット(44)の外周の溝(44b)を嵌入させた後、それらが抜けずに空回りするようにするため、弾力性を有したものが好ましい。また前記頭付きネジ(43)には、頭部(43a)とネジ部(43b)とがあり、該頭部(43a)には溝(43c)が設けられている。又、前記調節ナット(44)の内側にはネジ穴(44a)が形成されており、前記調節ナット(44)の外周には溝(44b)が設けられていると共に、溝(44b)以外の外周全体にはローレット加工を施しておくと、調節ナット(44)を回転させる際、滑らずに確実に回転できるものとなる。又、前記調節ナット(44)の形状は、図1に於いては円筒状であるが、六角や八角などの多角形状の筒状としても良い。 Reference numeral (4) is an adjustment means for adjusting the focus provided for adjusting the distance (L) between the display (3) and the eyepiece lens (2), and the adjustment means (4) includes the display (3). Bearing A (41) fixed to both ends of the bearing A (41), bearing B (42) fixed to both ends of the lens holding frame (11) , and bearing A (41) sandwiching the head (43a) to support the shaft and idle. The headed screw (43) and the screw portion (43b) of the headed screw (43) are screwed together, and the adjustment nut (44) is sandwiched between the bearing B (42) and supported by a shaft so that the entire body runs idle. It is composed of a mounting screw (45) for fixing the bearing A (41) and the bearing B (42). As the material of the bearing A (41) and the bearing B (42), the groove (43c) of the head (43a) and the groove (44b) on the outer periphery of the adjusting nut (44), which will be described later, are fitted into the central hole. After that, those having elasticity are preferable so that they do not come off and run idle. Further, the head-mounted screw (43) has a head (43a) and a screw portion (43b), and the head (43a) is provided with a groove (43c). Further, a screw hole (44a) is formed inside the adjusting nut (44), and a groove (44b) is provided on the outer periphery of the adjusting nut (44), and other than the groove (44b). If the entire outer circumference is knurled, the adjustment nut (44) can be reliably rotated without slipping when it is rotated. Further, although the shape of the adjusting nut (44) is cylindrical in FIG. 1, it may be a polygonal tubular shape such as a hexagon or an octagon.

(5)はフラットフレキシブルケ−ブル(6)を介して設けたディスプレイ(3)を表示させるウエアラブルコンピューターであり、該ウエアラブルコンピューター(5)の機能としては、受信送信機能,スマートフォンなどの情報源と接続しその画像を表示させる機能,スマートフォン等で用いる選択ボタン機能或いは文字入力機能などを有しておくと良い。 (5) is a wearable computer that displays a display (3) provided via a flat flexible cable (6), and the functions of the wearable computer (5) include a reception / transmission function and an information source such as a smartphone. It is preferable to have a function to connect and display the image, a selection button function used in a smartphone, or a character input function.

図4は別実施形態の調節手段(4)を示す図であり、これは前記実施形態と比べ、ラック付シャフト(46)とラック受(47)によって、間隔(L)を調節する機構である。前記ラック受(47)にラック付シャフト(46)を挿入させて噛合状態にさせ、移動させる時は、ラック付シャフト(46)を少し浮かせ、噛合状態が解除できる構造になっている。前記ラック付シャフト(46)はディスプレイ保持枠(31)に取付ネジ(45)で固定し、ラック受(47)はレンズ保持枠(11)に取付ネジ(45)で固定されている。 FIG. 4 is a diagram showing an adjusting means (4) of another embodiment, which is a mechanism for adjusting an interval (L) by a shaft with a rack (46) and a rack receiver (47) as compared with the above-described embodiment. .. When the shaft with rack (46) is inserted into the rack receiver (47) to bring it into the meshed state and moved, the shaft with rack (46) is slightly lifted so that the meshed state can be released. The shaft with rack (46) is fixed to the display holding frame (31) with mounting screws (45), and the rack receiver (47) is fixed to the lens holding frame (11) with mounting screws (45).

本発明の使用方法について説明する。予め装着者の左右の視力に合せた接眼レンズ(2)を設けておく。先ず始めにウエアラブルコンピューター(5)のスイッチを入れ、ディスプレイ(3)に情報を表示させておく。次に使用者は、眼鏡フレーム本体(1)を耳に掛けて装着する。すると、接眼レンズ(2)の前方にディスプレイ(3)が配備される。その後、使用者はピンボケしている場合は、左右の調節ナット(44)を回転させ、一番ハッキリするところで調節ナット(44)の回転を止めて焦点調節が完了する。その後、好みの機能を使用し、ウエアラブルコンピューター(5)を操作すれば良い。 The usage method of the present invention will be described. An eyepiece (2) that matches the left and right eyesight of the wearer is provided in advance. First, the wearable computer (5) is switched on and the information is displayed on the display (3). Next, the user puts the spectacle frame body (1) on his / her ear. Then, the display (3) is arranged in front of the eyepiece (2). After that, if the user is out of focus, rotate the left and right adjustment nuts (44) and stop the rotation of the adjustment nut (44) at the clearest point to complete the focus adjustment. After that, the wearable computer (5) may be operated by using the desired function.

尚、図4に示す別の調節手段(4)を用いてピント合せをする場合は、上記同様にしてディスプレイ(3)の端部を片手で支持すると共に、他方の手で接眼レンズ(2)側を支持する。この状態で、接眼レンズ(2)側を下げて、隙間を空けることにより、ラック付シャフト(46)とラック受(47)の噛合状態が解除される。その後、ディスプレイ(3)を移動させてピントが合った位置で、接眼レンズ(2)側を上げると、ラック付シャフト(46)とラック受(47)が噛合状態になるのである。この時、ディスプレイ(3)の左右を交互に移動させて、接眼レンズ(2)と平行になるように調節する。尚、ラック付シャフト(46)或いはラック受け(47)の少なくとも一方に弾性材を用いると、噛合部の弾性材の変形により、噛合状態やその解除が可能になるため、接眼レンズ(2)側を上下せず、水平方向に力を加えるだけで移動が可能となり、ピント合せがより簡単になる。 When focusing using another adjusting means (4) shown in FIG. 4, the end of the display (3) is supported by one hand and the eyepiece (2) is supported by the other hand in the same manner as described above. Support the side. In this state, by lowering the eyepiece (2) side to leave a gap, the meshed state of the rack-equipped shaft (46) and the rack receiver (47) is released. After that, when the display (3) is moved and the eyepiece (2) side is raised at the in-focus position, the rack-equipped shaft (46) and the rack receiver (47) are in the meshed state. At this time, the left and right sides of the display (3) are alternately moved so as to be parallel to the eyepiece lens (2). If an elastic material is used for at least one of the rack-mounted shaft (46) and the rack receiver (47), the meshing state and its release become possible due to the deformation of the elastic material at the meshing portion, so that the eyepiece lens (2) side It is possible to move by simply applying force in the horizontal direction without moving the lens up and down, which makes focusing easier.

次に本発明の作用を図3に基づいて説明する。予め接眼レンズ(2)がディスプレイ(3)と目の間に配置させておくと共に接眼レンズ(2)を選定しておくことにより、ディスプレイ(3)の表示が視認できる距離を数分の1に縮めることができる。このため、接眼レンズ(2)とディスプレイ(3)の間隔(L)を10cm以下にでき、見栄えも良いものとなる。更に前記間隔(L)を約3〜6cm前後の範囲に収めるのが好ましい。又、接眼レンズ(2)とディスプレイ(3)の間隔(L)を、予め標準視力の人に合せておくと、微調節が少なくて済む。尚、L1はディスプレイ(3)が接眼レンズ(2)に一番近付いた2点鎖線の状態を示し、L2はディスプレイ(3)が接眼レンズ(2)から一番遠ざかった1点鎖線の状態を示す。 Next, the operation of the present invention will be described with reference to FIG. By arranging the eyepiece (2) between the display (3) and the eyes in advance and selecting the eyepiece (2), the distance at which the display (3) can be visually recognized is reduced to a fraction. Can be shrunk. Therefore, the distance (L) between the eyepiece lens (2) and the display (3) can be set to 10 cm or less, and the appearance is good. Further, it is preferable that the interval (L) is within a range of about 3 to 6 cm. Further, if the distance (L) between the eyepiece lens (2) and the display (3) is adjusted in advance to a person with standard visual acuity, fine adjustment can be reduced. L1 indicates the state of the alternate long and short dash line in which the display (3) is closest to the eyepiece (2), and L2 indicates the state of the alternate long and short dash line in which the display (3) is farthest from the eyepiece (2). Shown.

先ず、使用者がピント合せする場合は、調節ナット(44)を指で回転させると、ネジ部(43b)の端部が調節ナット(44)のネジ穴(44a)から後方(図中では右側)へ出るか、或いは前方(図中では左側)に移動する。この時、調節ナット(44)全体が空回りするので、接眼レンズ(2)側はそのままの位置にある。一方、頭付きネジ(43)の方が前後に移動するので、ディスプレイ(3)が前後に移動し、接眼レンズ(2)とディスプレイ(3)の間隔(L)が可変するものとなる。
従って、調節ナット(44)を指で回転させれば、ピント合せができるため、眼鏡型ウエアラブル端末であっても、ディスプレイ(3)の表面に直接表示された文字や図形等の情報を両眼で視認することができるのである。尚、本発明は、バアーチャル・リアリティの映像の如く片方の接眼レンズ(2)で見る画像と他方の接眼レンズ(2)で見る画像が別々であるのに対して、本発明品では両方の接眼レンズ(2)でディスプレイ(3)に表示された1つの画像を見るためのものであり、バアーチャル・リアリティの構造のものとは異なる。
First, when the user focuses, when the adjustment nut (44) is rotated with a finger, the end of the screw part (43b) is rearward from the screw hole (44a) of the adjustment nut (44) (right side in the figure). ) Or move forward (on the left side in the figure). At this time, since the entire adjustment nut (44) runs idle, the eyepiece lens (2) side is in the same position. On the other hand, since the head screw (43) moves back and forth, the display (3) moves back and forth, and the distance (L) between the eyepiece lens (2) and the display (3) becomes variable.
Therefore, focusing can be achieved by rotating the adjustment nut (44) with a finger, so that even with a glasses-type wearable terminal, information such as characters and figures displayed directly on the surface of the display (3) can be viewed with both eyes. It can be visually recognized with. In the present invention, the image viewed by one eyepiece (2) and the image viewed by the other eyepiece (2) are separate as in the image of virtual reality, whereas in the product of the present invention, both eyepieces are used. It is for viewing one image displayed on the display (3) with the lens (2), and is different from the one having the structure of the virtual reality.

1 眼鏡フレーム本体
11 レンズ保持枠
2 接眼レンズ
3 ディスプレイ
4 調節手段
41 軸受A
42 軸受B
43 頭付きネジ
43a 頭部
43b ネジ部
44 調節ナット
46 ラック付きシャフト
47 ラック受
L 間隔
1 Eyeglass frame body
11 Lens holding frame 2 Eyepiece 3 Display 4 Adjusting means
41 Bearing A
42 Bearing B
43 Headed screws
43a head
43b Thread
44 Adjusting nut
46 Shaft with rack
47 Rack receiving L interval

Claims (1)

眼鏡フレーム本体(1)のレンズ保持枠(11)に、焦点を近接するための接眼レンズ(2)を設け、且つ、左右の前記接眼レンズ(2)の前方に、左右の前記レンズ保持枠(11)の両端と略同じ幅で1枚に形成すると共に文字や図形等の情報を直接表面に表示するディスプレイ(3)を配置し、該ディスプレイ(3)と前記接眼レンズ(2)の間隔(L)を調節可能とする調節手段(4)を備え、該調節手段(4)が、前記ディスプレイ(3)の両端に固着させる軸受A(41)と、前記レンズ保持枠(11)の両端に固着させる軸受B(42)と、前記軸受A(41)に頭部(43a)を軸支させて空回りする頭付きネジ(43)と、該頭付きネジ(43)のネジ部(43b)を螺合させると共に軸受B(42)に軸支させて全体が空回りする調節ナット(44)と、から少なくとも構成されたことを特徴とする眼鏡型ウエアラブル端末。 An eyepiece (2) for bringing the focus closer to the lens holding frame (11) of the spectacle frame body (1) is provided, and the left and right lens holding frames ( 2) are provided in front of the left and right eyepieces (2). A display (3) that is formed on one sheet with substantially the same width as both ends of 11) and that directly displays information such as characters and figures on the surface is arranged, and the distance between the display (3) and the eyepiece lens (2) ( An adjusting means (4) for adjusting L) is provided, and the adjusting means (4) is attached to both ends of the bearing A (41) and the lens holding frame (11) fixed to both ends of the display (3). The bearing B (42) to be fixed, the headed screw (43) that runs idle with the head (43a) pivotally supported by the bearing A (41), and the threaded portion (43b) of the headed screw (43). A spectacle-type wearable terminal characterized in that it is composed of at least an adjustment nut (44) that is screwed and pivotally supported by a bearing B (42) so that the entire lens runs idle .
JP2019074639A 2019-04-10 2019-04-10 Glasses type wearable terminal Active JP6813856B2 (en)

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US20030030597A1 (en) * 2001-08-13 2003-02-13 Geist Richard Edwin Virtual display apparatus for mobile activities
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WO2015008530A1 (en) * 2013-07-16 2015-01-22 ソニー株式会社 Display device
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