JP3129492U - Rainwater dust removal system - Google Patents

Rainwater dust removal system Download PDF

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Publication number
JP3129492U
JP3129492U JP2006009965U JP2006009965U JP3129492U JP 3129492 U JP3129492 U JP 3129492U JP 2006009965 U JP2006009965 U JP 2006009965U JP 2006009965 U JP2006009965 U JP 2006009965U JP 3129492 U JP3129492 U JP 3129492U
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Japan
Prior art keywords
rainwater
dust removal
water
removal net
dust
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Expired - Fee Related
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JP2006009965U
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Japanese (ja)
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潤子 定松
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潤子 定松
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00—Water conservation; Efficient water supply; Efficient water use
    • Y02A20/108—Rainwater harvesting

Abstract


【課題】
本考案は、竪樋からゴミを取り除いた雨水を取水し、余分の雨水はもとの竪樋に戻す装置を竪樋に取付けて、快適な雨水利用を普及させるためのものである。
【解決手段】
屋根を流れる雨水を地上に流す竪樋の雨水龍通路14の上方側に雨水濾過材7とゴミ除去網6を内設しかつ下方側の取水口8に雨水貯留槽11を接続すると共に、該雨水濾過材7とゴミ除去網8の上方側または下方側に前記雨水流通路から排水溝16に通じる溢出雨水分岐樋5を設けて構成した事を特徴とする雨水除塵取水装置17を設置する。
【選択図】 図１
【Task】
The present invention is intended to spread the use of rainwater comfortably by attaching a device for removing rainwater from the reeds and returning the excess rainwater to the original reeds.
[Solution]
A rainwater filtering material 7 and a dust removal net 6 are installed in the upper side of the rainwater dragon passage 14 of the coral that flows rainwater flowing on the roof, and a rainwater storage tank 11 is connected to the intake port 8 on the lower side. A rainwater dust removing and taking-in device 17 characterized in that an overflowing rainwater branch ridge 5 extending from the rainwater flow passage to the drainage groove 16 is provided above or below the rainwater filter 7 and the dust removal net 8.
[Selection] Figure 1

Description

本考案は、広く各家庭単位にまでの普及を図る雨水利用を目的として。建物の竪樋からの雨水を.ゴミを除去して取水し貯留するための.簡便性の高い雨水除塵取水装置に関するものである。   The present invention is intended for the use of rainwater that is widely used by households. The present invention relates to a simple and easy-to-use rainwater dedusting / taking-in system for removing and collecting rainwater from the walls of buildings.

近年.市街地拡大による水不足や不浸透地表面の増加と雨水流質量の増大による洪水等と水環境問題が重視されるなか、雨水貯留.浸透対策は国や地方自治体主導により推進されてきているが、下記文献の「雨水貯留．浸透施設要覧」によれば、「多くは大規模施設技術であり、今後は分散型小規模施設技術と雨水管理のシステム化が期待される。
私・民の自立分散型の各家庭単位まで広がる小規模技術の普及が求められる」とあり、現在竪樋直結の雨水取水装置は各種製品化されている。高性能高価なものからシンプル構造で安価だが除塵機能無しのものや、精巧な濾過装置は考えられているが、小規模施設や家庭単位の需要者の要望に見合う簡便なものを見つけることは出来ない。
登録実用新案広報 実願平１１−４０６６ 経済調査会発行 雨水貯留・浸透施設要覧 In recent years, rainwater storage has been promoted under the initiative of the national and local governments, with emphasis on water problems such as flooding due to water shortage due to urban expansion, increase in impervious land surface and increase in rainwater flow mass, etc. According to the "Rainwater storage and infiltration facility manual" in the following document, "Many are large-scale facility technologies, and in the future, decentralized small-scale facility technologies and systematization of rainwater management are expected.
The spread of small-scale technology that extends to independent households of private and private people is required. ”Currently, rainwater intake devices directly connected to Sakai have been commercialized. High-performance and expensive ones with simple structure and low cost but no dust removal function and sophisticated filtration devices are considered, but it is possible to find a simple one that meets the demands of small-scale facilities and household units Absent.
Registered Utility Model Public Relations Application No. 11-4066 Issued by Economic Research Committee Rainwater storage and infiltration facility manual

家庭単位の雨水利用は個人の創意工夫なども多いが一般的には未完状態で、切断樋下にバケツを置く程度で、ゴミ入雨水の貯留を強いられ，多雨には水はバケツを溢れ出し、周囲水浸しとなるなど不便が多い。   The use of rainwater in household units has many individual ingenuity and ingenuity, but generally it is unfinished, and it is forced to store garbage rainwater just by placing a bucket under the cutting arm, and in heavy rain the water overflows the bucket, There are many inconveniences such as water immersion around.

屋根を流れる雨水を地上に流す竪樋の雨水流通路14の上方側に雨水濾過材7とゴミ除去網6を内設しかつ下方側の取水口8に雨水貯留槽11を接続すると共に、該雨水濾過材7とゴミ除去網8の上方側または下方側に前記雨水流通路から排水溝16に通じる溢出雨水分岐樋5を設けて構成した事を特徴とする雨水除塵取水装置17をつくる。   A rainwater filtering material 7 and a dust removal net 6 are installed in the upper side of the rainwater flow passage 14 of the rainwater flowing through the roof on the ground, and a rainwater storage tank 11 is connected to the intake port 8 on the lower side. A rainwater dust removing and taking-in device 17 is formed, characterized in that an overflowing rainwater branch ridge 5 extending from the rainwater flow passage to the drainage groove 16 is provided above or below the rainwater filtering material 7 and the dust removal net 8.

竪樋の雨水流通路14の雨水は受水筒部1に設置された斜流板2により、常に取水筒部4へ流れる構造としており、取水筒部1には取り外し可能なゴミ濾過材7を設置し下面に取水口8を設けているため、ゴミ除去済の雨水を取水する事が出来るが、取水不要な場合は取水口8の開閉コック9を閉めれば雨水は溢出雨水分岐樋5を経てもとの下部竪樋15から排水溝へ排出される。豪雨時、取水筒部4で溢れた雨水も同様に排出される。また貯留槽11の満水位12と本装置内の溢水位13即ち溢出雨水分岐樋5の高さを同一に設置すれば貯留槽から水が溢れる事はない。   Rainwater flowing in the rainwater flow passage 14 of the azure is structured so that it always flows to the water intake cylinder part 4 by the diagonal flow plate 2 installed in the water receiving cylinder part 1, and a removable garbage filter material 7 is installed in the water intake cylinder part 1 However, since the intake 8 is provided on the lower surface, it is possible to take in rainwater after the removal of dust, but if intake is not required, the rainwater will overflow even if it passes through the overflowing rainwater branch 樋 5 if the open / close cock 9 of the intake 8 is closed. It is discharged from the lower pit 15 to the drain. During heavy rain, rainwater overflowing from the intake cylinder 4 is also discharged. In addition, if the full water level 12 of the storage tank 11 and the overflow level 13 in the apparatus, that is, the height of the overflow rainwater branch 5 is set to be the same, the water will not overflow from the storage tank.

雨水除塵取水装置17は、耐候性に優れ衝撃に強く軽量な素材、例えばポリカーボネートを使い，コンパクトな構造で取扱いは簡単なものとする。本装置17は雨水取水に適切な竪樋の適切な位置に取り付ける筒状型のもので、竪樋の雨水流通炉14の一部を切断除去した空隙に、はめ込むように設置する。雨水流通路14の切断部を装置17上部の受水筒部1へ入れ込み、装置17下部の溢出雨水分岐樋5は下部竪樋15の中に落とし込んで切断竪樋上下を繋いで固定する。受水筒部1は雨水流通路14からの雨水を取水筒部4へ受け流す機能を持つが、そのため、受水筒部1と直下の溢出雨水分岐樋5の間に斜流板2を取付ける。
取水筒部4にはゴミ濾過材7やゴミ除去網6を内臓させ、底面には開閉コック9付きの
取水口8を取り付け、貯留槽11へつなげてゴミを除去した雨水を貯留する。装置17は受水筒部1と取水筒部4と溢出雨水分岐樋5の三部分を持つ構造で受水筒部1下部は二つの筒となり取水筒部4と溢出雨水分岐樋5になる。取水筒部4と溢出雨水分岐樋5は隣り合わせの構造なので取水筒部4の溢水は溢出雨水分岐樋5に流れて切断された下部竪樋15を経て排水溝16に排出する。装置17上面には、取水筒部4に内蔵された合成繊維等のゴミ濾過材7や、ステンレスのゴミ除去網6の取替えや掃除のための蓋3をつけておく。 The rainwater dedusting water intake device 17 is made of a lightweight material, such as polycarbonate, which has excellent weather resistance and is strong against impact, and has a compact structure and is easy to handle. This device 17 is a cylindrical type that is attached to an appropriate position of a dredging suitable for rainwater intake, and is installed so as to fit into a gap obtained by cutting and removing a part of the dredging rainwater circulation furnace 14. The cutting portion of the rainwater flow passage 14 is inserted into the water receiving cylinder portion 1 at the upper part of the device 17, and the overflow rainwater branching rod 5 at the lower portion of the device 17 is dropped into the lower rod 15 and fixed by connecting the upper and lower cutting rods. The water receiving tube portion 1 has a function of flowing rainwater from the rainwater flow passage 14 to the water tube portion 4, and therefore, the diagonal flow plate 2 is attached between the water receiving tube portion 1 and the overflow rainwater branch 5 immediately below.
The intake cylinder section 4 is provided with a dust filter material 7 and a dust removal net 6, and a water intake port 8 with an open / close cock 9 is attached to the bottom surface, which is connected to a storage tank 11 to store rainwater from which dust has been removed. The device 17 has a structure having three parts, a water receiving cylinder part 1, a water intake cylinder part 4, and an overflow rainwater branching rod 5, and the lower part of the water receiving cylinder part 1 becomes two tubes, which become a water intake cylinder part 4 and an overflow rainwater branching rod 5. Since the intake cylinder 4 and the overflow rainwater branch 5 are adjacent to each other, the overflow of the intake cylinder 4 flows to the overflow rainwater branch 5 and is discharged to the drain 16 through the lower tank 15 cut. On the upper surface of the apparatus 17, a dust filtering material 7 such as synthetic fiber incorporated in the water intake cylinder 4 and a lid 3 for replacing or cleaning the stainless steel dust removing net 6 are attached.

本考案実施例1の構造を示す図である。It is a figure which shows the structure of Example 1 of this invention. 本装置の部品構成を説明する分解図である。It is an exploded view explaining the component structure of this apparatus. 本装置を竪樋に取り付けた状態の側面図である。It is a side view of the state where this device was attached to the bag. 実施例2の構造を示す図である。FIG. 4 is a diagram showing the structure of Example 2.

符号の説明Explanation of symbols

１受水筒部
２斜流板
３蓋
４取水筒部
５溢出雨水分岐樋
６ゴミ除去網
７ゴミ濾過材
８取水口
９開閉コック
１０ホース
１１貯留槽
１２満水位
１３溢水位
１４雨水流通路
１５下部竪樋
１６排水溝
１７雨水除塵取水装置 DESCRIPTION OF SYMBOLS 1 Water-receiving cylinder part 2 Diagonal flow board 3 Cover 4 Water intake cylinder part 5 Overflow rainwater branch 6 Waste removal net 7 Waste filter material 8 Water intake 9 Opening / closing cock 10 Hose 11 Reservoir 12 Full level 13 Overflow level 14 Rain water flow path 15 Lower part竪 樋 16 Drainage gutter 17

Claims (1)

屋根を流れる雨水を地上に流す竪樋の雨水流通路14の上方側に雨水濾過材7とゴミ除去網6を内設かつ下方側の取水口8に雨水貯留槽11を接続すると共に、該雨水濾過材7とゴミ除去網8の上方側または下方側に前記雨水流通路から排水溝16に通じる溢出雨水分岐樋5を設けて構成した事を特徴とする雨水除塵取水装置17.。   A rainwater filtering material 7 and a dust removal net 6 are installed in the upper side of the rainwater flow passage 14 of the rainwater flowing through the roof, and a rainwater storage tank 11 is connected to the lower intake 8 and the rainwater A rainwater dust removing and taking-out device 17 characterized in that an overflowing rainwater branch ridge 5 extending from the rainwater flow passage to the drainage groove 16 is provided above or below the filter medium 7 and the dust removal net 8.
JP2006009965U 2006-12-08 2006-12-08 Rainwater dust removal system Expired - Fee Related JP3129492U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2006009965U JP3129492U (en) 2006-12-08 2006-12-08 Rainwater dust removal system

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Application Number Priority Date Filing Date Title
JP2006009965U JP3129492U (en) 2006-12-08 2006-12-08 Rainwater dust removal system

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JP2006009965U Expired - Fee Related JP3129492U (en) 2006-12-08 2006-12-08 Rainwater dust removal system

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009108511A (en) * 2007-10-26 2009-05-21 Panasonic Electric Works Co Ltd Rainwater take-out device
WO2016200140A1 (en) * 2015-06-09 2016-12-15 혁신테크산업 주식회사 Rainwater collection device removing initial rainwater containing foreign matter
KR20180064837A (en) * 2016-12-06 2018-06-15 신정훈 Rainwater storage apparatus
JP2022165361A (en) * 2021-04-19 2022-10-31 幸雄 北橋 Rain water storage automated conversion device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2009108511A (en) * 2007-10-26 2009-05-21 Panasonic Electric Works Co Ltd Rainwater take-out device
WO2016200140A1 (en) * 2015-06-09 2016-12-15 혁신테크산업 주식회사 Rainwater collection device removing initial rainwater containing foreign matter
KR20180064837A (en) * 2016-12-06 2018-06-15 신정훈 Rainwater storage apparatus
KR101869614B1 (en) * 2016-12-06 2018-06-20 신정훈 Rainwater storage apparatus
JP2022165361A (en) * 2021-04-19 2022-10-31 幸雄 北橋 Rain water storage automated conversion device

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