JPH0716914U - Stereoscope attached to folding binoculars - Google Patents
Stereoscope attached to folding binocularsInfo
- Publication number
- JPH0716914U JPH0716914U JP5219493U JP5219493U JPH0716914U JP H0716914 U JPH0716914 U JP H0716914U JP 5219493 U JP5219493 U JP 5219493U JP 5219493 U JP5219493 U JP 5219493U JP H0716914 U JPH0716914 U JP H0716914U
- Authority
- JP
- Japan
- Prior art keywords
- objective lens
- lens
- trapezoid
- stereoscopic
- binoculars
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Stereoscopic And Panoramic Photography (AREA)
Abstract
(57)【要約】 （修正有）
【目的】 簡便な装置により双眼鏡として利用すると共
に立体視像を見ることができ、又コストの上昇も印刷の
みで従来の折り畳み式双眼鏡の利用価値の向上を計る。
【構成】 対物レンズ１．２と対物レンズ１．２を接着
した長方体５を、台形体８に対して垂直に立て又台形体
７も台形体８に対して垂直に立てて長方体５と台形体７
の平行を保ち、対物レンズ１．２を通して両眼にて見る
と写真９．１０は一体となり尚且つ立体的に見える図形
１１．１２も一つとなり、四角錐の頂点は突起し立体的
に見える。
(57) [Summary] (Modified) [Purpose] A simple device can be used as binoculars and a stereoscopic image can be viewed, and the cost increase can be improved only by printing and improving the utility value of conventional folding binoculars. measure. [Structure] A rectangular parallelepiped in which an objective lens 1.2 and a rectangular parallelepiped 5 to which the objective lens 1.2 is adhered is erected vertically with respect to a trapezoidal body 8 and a trapezoidal body 7 is also vertically erected with respect to the trapezoidal body 8. 5 and trapezoid 7
Keeping parallel to each other and seeing with both eyes through the objective lens 1.2, the photograph 9.10 is integrated and the figure 11.12 that looks three-dimensional becomes one, and the vertices of the quadrangular pyramid are projected and appear three-dimensional. .
Description
【０００１】 対物レンズ（１．２）の両レンズ中心位置間の距離より狭い間隔で尚且つ等距 離より多少角度を変えて撮影した２枚（９．１０）の写真又は多少形を変えた図 形（１１．１２）２枚を印刷した台形体（７）を、対物レンズ（１．２）を接着 した長方体（５）と接眼レンズを接着した長方体（６）の間の台形体（８）に対 して、台形体（７）を垂直に立て同時に対物レンズ長方体（５）も垂直に立てて 台形体（７）の印刷面或は図形等を対物レンズ（１．２）を通して見た時、二枚 の写真（９．１０）又は二枚の図形（１１．１２）が一つに重なり、尚且つ遠近 凹凸等立体的に見えるこの場合の台形体（７）と対物レンズ（１．２）との距離 は、対物レンズ（１．２）の焦点距離以内に設定する。 台形体（７）の反対面に立体写真又は立体図形等を印刷した場合、対物レンズ（ １．２）は見る人の眼球側レンズはフラットレンズ又は凹レンズとなる。何故な らば、双眼鏡の場合接眼レンズは凹であり対物レンズは凸であることは、レンズ 収差より考えて公知のことである。この場合の対物レンズ（１．２）が両凸の時 と、片凸・片フラット或は片凸片凹が凹レンズを通して見た時と凸レンズを通し て見た時を比較すると、凹レンズの場合接眼レンズとして使用する際はレンズ収 差が少なく、立体像は平均的に見える。Two (9.10) photographs taken with an interval narrower than the distance between the center positions of both lenses of the objective lens (1.2) and at a slight angle change from the equidistant distance, or with a slightly changed shape The trapezoid (7) printed with two sheets of the figure (11.12) is placed between the rectangular parallelepiped (5) to which the objective lens (1.2) is bonded and the rectangular parallelepiped (6) to which the eyepiece is bonded. With respect to the trapezoid (8), the trapezoid (7) is erected vertically, and at the same time, the rectangular parallelepiped (5) is erected vertically so that the printing surface or the figure of the trapezoid (7) is placed on the objective lens (1). .2), two photographs (9.10) or two figures (11.12) overlap each other, and the trapezoid (7) in this case looks three-dimensionally such as perspective unevenness. The distance between and the objective lens (1.2) is set within the focal length of the objective lens (1.2). When a three-dimensional photograph or three-dimensional figure is printed on the opposite side of the trapezoid (7), the objective lens (1.2) is a flat lens or a concave lens on the eyeball side of the viewer. It is known from the viewpoint of lens aberration that the eyepiece lens is concave and the objective lens is convex in the case of binoculars. In this case, when the objective lens (1.2) is biconvex, and when the single-convex / single-flat or single-convex / single-concave is viewed through the concave lens and when viewed through the convex lens, the eyepieces for the concave lens are compared. When used as a lens, there is little lens difference and the stereoscopic image looks average.
折り畳めば実施例で縦１０Ｃｍ横１０Ｃｍ厚さ１Ｃｍ位にコンパクトの箱に収 まり携帯に利便な双眼鏡に、組立前は立体視像が見える様にしたもので、双眼鏡 として利用すると共に立体視像が見られる。 If it is folded, the binoculars which can be easily carried by being housed in a compact box with a height of 10 cm, a width of 10 cm, and a thickness of 1 cm in the embodiment can be viewed as a stereoscopic image before assembly. Can be seen.
【０００２】[0002]
立体視像を見る装置は多くの物が開発実用化されているが、構造が複雑であっ た。この考案は簡単であり立体視像の理解を容易にする。 Many devices for viewing stereoscopic images have been developed and put into practical use, but their structure was complicated. This device is simple and facilitates understanding of stereoscopic images.
【０００３】[0003]
簡便な装置により双眼鏡として利用すると共に立体視像を見ることができ、又 コストの上昇も印刷のみで従来の折り畳み式双眼鏡の利用価値の向上を計ったも のである。 It is possible to use it as binoculars with a simple device and see a stereoscopic image. Also, the cost is increased and the utility value of the conventional folding binoculars is improved only by printing.
【０００４】[0004]
台形体（７）に立体写真用に撮影した多少違った写真を２枚（９．１０）又は 異なった２枚の図形（１１．１２）を印刷して対物レンズ（１．２）をそのまま 利用した。 Use the objective lens (1.2) as it is by printing two slightly different photographs (9.10) or two different graphics (11.12) taken on the trapezoid (7) for stereoscopic photography. did.
【０００５】[0005]
この様な方法により、折り畳み式双眼鏡として利用すると共に立体視像 を見ることが出来る。 By such a method, it can be used as folding binoculars and a stereoscopic image can be viewed.
【０００６】[0006]
以下、本考案の実施例について説明する。 （ア） 台形体（７）に立体写真用写真（９．１０）又は立体視像用図形（１ １．１２）を印刷する。 （イ） 台形体（７）を台形体（８）に対して垂直に立て、又対物レンズ長方 体（５）も台形体（８）に対して垂直に立てて対物レンズ（１．２）を を通して見る。 Embodiments of the present invention will be described below. (A) A photograph for stereoscopic photography (9.10) or a figure for stereoscopic vision (1.1.12) is printed on the trapezoid (7). (A) The trapezoid (7) is erected vertically with respect to the trapezoid (8), and the objective lens rectangular parallelepiped (5) is also erected vertically with respect to the trapezoid (8). See through.
【０００７】[0007]
（ア） この考案により簡単に立体視像を見ることが出来る。 （イ） 従来の折り畳み式双眼鏡の一部に印刷又は貼付するだけであるから 低コストである。 （ウ） 構造が簡単であるから立体視像の構成を理解するのに便であり、教 育にも役立つ。 (A) With this device, a stereoscopic image can be easily viewed. (B) The cost is low because it is only printed or attached to a part of the conventional folding binoculars. (C) Since the structure is simple, it is convenient to understand the structure of stereoscopic images, and it is also useful for education.
【図１】本案の斜視図である。FIG. 1 is a perspective view of the present invention.
【図２】本案の展開平面図である。FIG. 2 is a developed plan view of the present invention.
【図３】本案の折り畳み式双眼鏡の組立図である。FIG. 3 is an assembly diagram of the folding binoculars of the present invention.
１．対物レンズ ２．対物レンズ ３．接眼レンズ
４．接眼レンズ ５．対物レンズを接着した長方体 ６．接眼レンズを接
着した長方体 ７．台形体 ８．台形体 ９．立体写真 １０．立体写
真 １１．立体図形 １２．立体図形1. Objective lens 2. Objective lens 3. Eyepiece
4. Eyepiece 5. Rectangular body to which objective lens is adhered 6. Rectangular body with eyepiece bonded 7. Trapezoid 8. Trapezoid 9. 3D photo 10. Three-dimensional photograph 11. Solid figure 12. Three-dimensional figure
Claims (1)
着した長方体（５）と接眼レンズ（３．４）及び接眼レ
ンズを接着した長方体（６）を双眼鏡に組み立てた時、
対物レンズ（１．２）の光軸と接眼レンズ（３．４）の
光軸の平行度を保つため設定した台形体（７）の内側面
に、立体写真（９．１０）・立体写真用図形（１１．１
２）等を貼付又は印刷した面を対物レンズ（１．２）を
通して見た時立体像として見え、又台形体（７）の反対
面に印刷し対物レンズ（１．２）を通しても同じく立体
像として見える様に、台形体（７）に印刷することは勿
論であるが、別に用意した立体写真及び立体写真用図形
等を台形体（７）の面に立てて多くの立体視像として見
える様設定した折り畳み式双眼鏡である。対物レンズ
（１．２）が凸レンズの場合は中心部が立体的に強調さ
れ、中央部の四角錐の頂点はより突出して見える。この
場合は折り畳み式双眼鏡筐体 【図２】の内面となる。（双眼鏡として組立てた時は内
側面となる。）台形体（７）の両面に印刷し、対物レン
ズ（１．２）が見る人の眼球側が凸レンズの場合やフラ
ットレンズの場合或は凹レンズの場合の比較が容易とな
りレンズの性質を理解するのに便である。尚この場合立
体写真・立体写真用図形は比較的短い距離より見ている
ので、ルーペ同様倒立することは無い。1. When assembling an objective lens (1.2), a rectangular parallelepiped (5) to which an objective lens is adhered, an eyepiece (3.4) and a rectangular parallelepiped (6) to which an eyepiece is adhered to binoculars. ,
For stereoscopic photography (9.10) and stereoscopic photography on the inside surface of the trapezoid (7) set to maintain the parallelism between the optical axis of the objective lens (1.2) and the optical axis of the eyepiece lens (3.4). Figure (11.1
When the surface on which 2) or the like is attached or printed is seen through the objective lens (1.2), it appears as a stereoscopic image, and the surface opposite to the trapezoid (7) is printed and the same stereoscopic image is obtained through the objective lens (1.2). It is of course possible to print on the trapezoid (7) so that it can be seen as many stereoscopic images by standing up separately prepared stereoscopic pictures and stereographic figures etc. on the surface of the trapezoid (7). It is the set folding binoculars. When the objective lens (1.2) is a convex lens, the central part is three-dimensionally emphasized, and the vertices of the quadrangular pyramid in the central part appear more protruding. In this case, it is the inner surface of the folding binoculars housing [FIG. 2]. (The inner surface when assembled as binoculars.) Print on both sides of the trapezoid (7) and the objective lens (1.2) is a convex lens, a flat lens or a concave lens on the viewer's eye side. It is convenient to understand the characteristics of the lens because it becomes easier to compare. In this case, since the stereoscopic photograph and the stereoscopic photograph are viewed from a relatively short distance, they are not inverted like the magnifying glass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5219493U JPH0716914U (en) | 1993-08-23 | 1993-08-23 | Stereoscope attached to folding binoculars |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP5219493U JPH0716914U (en) | 1993-08-23 | 1993-08-23 | Stereoscope attached to folding binoculars |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0716914U true JPH0716914U (en) | 1995-03-20 |
Family
ID=12907990
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP5219493U Pending JPH0716914U (en) | 1993-08-23 | 1993-08-23 | Stereoscope attached to folding binoculars |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0716914U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5887626B1 (en) * | 2015-07-27 | 2016-03-16 | 株式会社アクティエージェント | Virtual reality viewer |
-
1993
- 1993-08-23 JP JP5219493U patent/JPH0716914U/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5887626B1 (en) * | 2015-07-27 | 2016-03-16 | 株式会社アクティエージェント | Virtual reality viewer |
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