JP3124819U - Optical device - Google Patents

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Publication number
JP3124819U
JP3124819U JP2006004738U JP2006004738U JP3124819U JP 3124819 U JP3124819 U JP 3124819U JP 2006004738 U JP2006004738 U JP 2006004738U JP 2006004738 U JP2006004738 U JP 2006004738U JP 3124819 U JP3124819 U JP 3124819U
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Prior art keywords
light
curved lens
optical
drawn
dome
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Expired - Fee Related
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JP2006004738U
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Japanese (ja)
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藤原光男
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藤原 光男
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Abstract

【課題】 本考案は、自然の光を取り入れる為、いかにそのまま光を、屋内に引き入れることができるか、場所を選ばずどんな所にも取り付けられるかである。
【解決手段】 集光ドームにより集めた光は光導筒で引き込み光曲体レンズを使い光の向きを変えながらジョイントする、光導筒、光曲体レンズ、など光の通る内側は全て鏡面とし光を逃がさない構造にする。集光ドーム、光導筒、光曲体レンズ、この単体は、光の通り道に埃、又は環境の変化で機能が変わらない様、中を真空にする事で解決するものである、本考案はこの単体のジョイントにより長さ、取り付け場所の変化に対応し、どんな所にも取り付けることができるようになった。
【選択図】 図２
PROBLEM TO BE SOLVED: To incorporate natural light into how the light can be drawn into a room as it is, or how it can be installed anywhere.
Light collected by a condensing dome is drawn in by a light tube and jointed while changing the direction of the light using a light curved lens. The light tube, light curved lens, etc. are all mirrored inside the light passage. Make it a structure that does not escape. The condensing dome, light pipe, optical curved lens, and this simple substance can be solved by evacuating the inside so that the function does not change due to dust or environmental changes in the light path. With a single joint, it can be attached to any location in response to changes in length and location.
[Selection] Figure 2

Description

本考案は採光転送装置に関する。   The present invention relates to a daylighting transfer device.

採光転送は光の入角度により一日中の安定した光量を得ることが難しかった。
特開平０５−６０９６４（採光システム） 特開平０５−７１８１１（太陽光集光伝送装置） In daylight transfer, it was difficult to obtain a stable light amount throughout the day due to the incident angle of light.
JP 05-60964 (lighting system) Japanese Patent Laid-Open No. 05-71811 (Sunlight concentrating transmission device)

今までの、類似の考案では光の角度により外の最大限の光を一日中得ることは難しく又光を運ぶ器機も反射式では少しの振動、ずれでも調整が変わってしまう難点があり何処へでも取り付けることも難しかった。   Until now, it has been difficult to obtain the maximum amount of light outside the day depending on the angle of light, and the equipment that carries the light is difficult to adjust even if it is a slight vibration or deviation in the reflection type. It was also difficult to install.

本考案は、パラボラ形反射板と集光体を取り付けた集光ドームにより一日中光を集めることが出来、光導筒、光曲体レンズを使い常に光が何処へでも届く様にした。これにより上記課題を解決するものである。   In the present invention, light can be collected all day by a condensing dome equipped with a parabolic reflector and a condensing body, and light is always delivered to any place using a light tube and a light curved lens. This solves the above problem.

本考案で暗かったどんな所にも光を取り入れる事が出来るようになった自然利用の装置なので、稼動エネルギーを必要としない事と、光導装置は単体に分けジョイントする物で旧住宅などどんな所にでも取り付けられ、光調整装置により光の調整が出来、便利になっている。   Since it is a device of natural use that can take light in any place that was dark in the present invention, it does not require operating energy and the light device is a single piece that is jointed and used in any place such as an old house However, it is attached and the light adjustment device can adjust the light, making it convenient.

本考案の機能を最大限に生かす為集光ドームは南向きに取り付ける、集光ドーム、光導筒、光調整装置、などは全天候に対応する為全て真空にする、これにより埃による障害もない。   In order to make the best use of the functions of the present invention, the condensing dome is mounted in the south direction, and the condensing dome, the light pipe, the light adjusting device, etc. are all vacuumed to cope with all weather conditions.

図1、３、の集光ドームのパラボラ形反射板は、熱の集中が危険である為明るい白色とする。   The parabolic reflector of the condensing dome shown in Figs. 1 and 3 is bright white because the heat concentration is dangerous.

図1、２、3、の光導装置内側は光を逃がさない様全て鏡面とする。   The inside of the light guide device in FIGS. 1, 2 and 3 is all mirrored so as not to let light escape.

本考案の光導装置は単体に分けジョイントする構造で旧、新住宅、ビル、などどんな所にも取り付けられる自然利用の簡単構造である。   The light guide device of the present invention is a simple structure for natural use that can be attached to any place such as old, new houses, buildings, etc. by dividing it into a single unit and joining it.

本考案に係る集光ドーム左は正面南向きの図と右は西側から見た図、下は取り付け後の全体図である。The condensing dome according to the present invention is a left-side view and a right-side view as viewed from the west side. 本考案に係る光導筒の、上は側面図、下は光曲体レンズの側面図である。The upper part of the light guide tube according to the present invention is a side view, and the lower part is a side view of the optical curved lens. 本考案に係る光導装置の一部、光を屋内に照明する照明器、上は下から見た図であり、下は側面図である。A part of the light guide device according to the present invention, an illuminator that illuminates light indoors, the top is a view from below, and the bottom is a side view. 本考案に係る光導装置の一部を構成する光調整装置で２種のシャッターを持つ、上は正面図、下は取り付け、側面から見た図である。It is the light adjustment apparatus which comprises a part of optical device based on this invention, and has 2 types of shutters, the upper view is the front view, the lower is the view seen from the side.

符号の説明Explanation of symbols

１ 集光ドーム
２ 集光体
３ パラボラ形反射板
４ 内側鏡面
５ 光直進用レンズ
６ 光曲体レンズ
７ 光導筒
８ ジョイント
９ 光調整装置
１０ 光量シャッター
１１ Ｕ、Ｖカット透過シャッター
１２ 照明器
DESCRIPTION OF SYMBOLS 1 Condensing dome 2 Condensing body 3 Parabolic reflector 4 Inner mirror surface 5 Light straight-ahead lens 6 Optical curved lens 7 Optical cylinder 8 Joint 9 Light adjustment apparatus 10 Light quantity shutter 11 U, V cut transmission shutter 12 Illuminator

Claims (2)

パラボラ型反射板と集光体を取り付けた集光体ドームにより光を集め、単体の光導筒をジョイントし光曲体レンズで光の向きを変え光を導入、集光ドーム、光導筒、光曲体レンズ、全て内側は、真空、鏡面とし屋内に光を照明器にて照明する光導装置。 Light is collected by a concentrator dome with a parabolic reflector and a concentrator, and a single optical tube is joined to change the direction of the light with an optical curved lens, and the light is introduced. The body lens is an optical device that illuminates light indoors with an illuminator, with a vacuum and mirror inside. 導入した直進の光を光曲体レンズにより曲げる請求項１記載の光導装置。
The optical device according to claim 1, wherein the introduced straight light is bent by an optical curved lens.
JP2006004738U 2006-06-19 2006-06-19 Optical device Expired - Fee Related JP3124819U (en)

Priority Applications (1)

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JP2006004738U JP3124819U (en) 2006-06-19 2006-06-19 Optical device

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JP3124819U true JP3124819U (en) 2006-08-31

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107965709A (en) * 2017-12-30 2018-04-27 河南百合特种光学研究院有限公司 A kind of sunlight simulation system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107965709A (en) * 2017-12-30 2018-04-27 河南百合特种光学研究院有限公司 A kind of sunlight simulation system

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