JP2022165361A

JP2022165361A - Rain water storage automated conversion device

Info

Publication number: JP2022165361A
Application number: JP2021094755A
Authority: JP
Inventors: 幸雄北橋; Yukio Kitahashi
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-04-19
Filing date: 2021-04-19
Publication date: 2022-10-31

Abstract

To provide a rain water storage automated conversion device omitted with an overflow device of a rain water storage tank by a communication pipe action.SOLUTION: A rain water storage automated conversion device is composed of an integrated structure by attaching a partition board K in a Y-pipe 3.SELECTED DRAWING: Figure 3

Description

この発明は、連通管作用による雨水貯留槽のオーバーフロー装置を省略した雨水貯留自動変換装置である。 The present invention is an automatic rainwater storage and conversion device that omits an overflow device for a rainwater storage tank that uses a communicating pipe.

従来の貯留槽システム構造では、雨水のオーバーフロー用の専用装置が入用のため複雑感がある。 The conventional storage tank system structure is complicated because it requires a dedicated device for rainwater overflow.

特開２００２－２３５３４３号公開Japanese Unexamined Patent Publication No. 2002-235343 特開２００５－１１３６１０号公開Japanese Unexamined Patent Publication No. 2005-113610 特開２００６－７０４７３号公開Japanese Unexamined Patent Publication No. 2006-70473 特開２０１４－１０９１３８号公開Japanese Unexamined Patent Publication No. 2014-109138 特開２０１８－１１９３７５号公開Japanese Unexamined Patent Publication No. 2018-119375

これは次のような欠点があった。
イ貯水タンクに専用オーバーフロー装置がある。
ロ流入・流出装置が互いに入り組んでいるので複雑観がある。
本発明は以上のような欠点をなくすための雨水貯留自動変換装置である。This had the following drawbacks.
b. The water storage tank has a dedicated overflow device.
(2) There is a complicated view because the inflow and outflow devices are intertwined with each other.
SUMMARY OF THE INVENTION The present invention is an automatic rainwater harvesting and conversion system that eliminates the above drawbacks.

本発明はＹ管３内に仕切板Ｋを挿着した一体物であることによる。
以上の構成よりなる雨水貯留自動変換装置である。The present invention is based on the fact that the Y tube 3 is integrated with the partition plate K inserted therein.
It is the rainwater storage automatic conversion apparatus which consists of the above structure.

イ貯留槽内には、雨水の流入口のみで、オーバーフロー用の専用装置がいらない。
ロ自動変換装置であるため、多量の雪解け水・季節雨・急激な雨降りにも対応ができている。
ハオーバーフローの取付部品・取付工事・取付工費など諸費用の削減により安価につながっている。(b) There is only an inlet for rainwater in the storage tank, and there is no need for a dedicated device for overflow.
(b) Since it is an automatic conversion device, it can handle large amounts of snowmelt, seasonal rain, and sudden rainfall.
C. Reduction of various expenses such as overflow mounting parts, mounting work, and mounting work costs leads to lower costs.

発明品でＹ管３と仕切り板Ｋの挿着断面図Insertion cross-sectional view of the Y tube 3 and the partition plate K in the invention 仕切板図、Ｋ－イは円筒形用Ｋ－ロは角筒形用Partition diagram, K-A is for cylindrical type K-B is for square tube type 発明品によるシステムの関連図Relevant diagram of the system according to the invention

MODE FOR CARRYING OUT THE INVENTION

以下、本発明品を実施するための形態について説明する。
雨水竪樋に発明品Ｙ管３をト字形に挿入して上部雨竪樋１より雨水がＹ管内３へ流入仕続くものとして、仕切板Ｋの上面に添って雨水が流れ連設管４・５・６内を通って貯留槽７へ流れ込む中で、槽内７では水位の上昇がＮ点に来た時以上は、連通管作用により各連接管内でも同時上昇と成り、水位がＳ線に達したその時には、Ｍ点にも到達しており以後の全流入水はＭ点越えをおこして下部雨水竪樋２へと流出し、人的に散水弁８を開にすると槽内は元よりＭ点での水位も下がり下部雨水竪樋２への流出が止まるし散水弁８を閉に戻すと槽内７とＮ点での水位も上昇を繰り返し再度Ｓ線上に到達した後はＭ点越を繰り返される状況が続くので、本発明品は以上のような構造であり雨水貯留自動変換装置である。
本発明品を使用するときは、自然の恵みの雨が降ってくれば何の心配もない。Hereinafter, the form for carrying out the product of the present invention will be described.
Assuming that the invented Y pipe 3 is inserted into the rainwater downpipe in a V shape and rainwater continues to flow into the Y pipe 3 from the upper rainwater gutter 1, the rainwater flows along the upper surface of the partition plate K and the connecting pipe 4. As the water flows through 5 and 6 into the storage tank 7, when the water level in the tank 7 rises to point N or more, each connecting pipe also rises simultaneously due to the action of the connecting pipe, and the water level reaches the S line. At that time, the point M has been reached, and all the inflow water after that crosses over the point M and flows out to the lower rainwater gutter 2, and when the sprinkler valve 8 is opened manually, the inside of the tank returns to the original state. The water level at point M also drops and the outflow to the lower rainwater gutter 2 stops, and when the sprinkler valve 8 is closed again, the water level in the tank 7 and at point N also rises repeatedly, and after reaching the S line again, it exceeds the M point. Since the situation continues to be repeated, the product of the present invention is a rainwater storage automatic conversion device with the above structure.
When using the product of the present invention, there is nothing to worry about as long as it rains, which is the blessing of nature.

１上部雨水竪樋
２下部雨水竪樋
３発明品本体Ｙ管
ＫＹ管内へ挿着一体化した仕切板
Ｋ―イＹ管が円筒形の仕切板
Ｋ―ロＹ管が角筒形の仕切板
４Ａ曲管
５Ｂ曲管
６直管
７貯留槽
８散水弁
９清掃用廃水口
１０貯留槽蓋
１１貯留槽内流入口補強
ＭＹ管内下部の最上地点
Ｎ連接管６と貯留槽の接合最下部
Ｓ貯留槽内での、Ｍ地点との水平線1 Upper rainwater gutter 2 Lower rainwater gutter 3 Invented product body Y tube KY Divider plate inserted and integrated into Y tube K-a Partition plate with cylindrical Y tube K-b Partition plate with rectangular Y tube 4 A bent pipe 5 B bent pipe 6 Straight pipe 7 Reservoir tank 8 Sprinkler valve 9 Waste water port for cleaning 10 Reservoir tank lid 11 Reinforcement of inflow port in reservoir M Uppermost point in lower part of Y pipe N Connection highest point between connecting pipe 6 and reservoir Bottom S: Horizontal line with M point in the reservoir

Claims

The present invention is based on the fact that the Y tube 3 is integrated with the partition plate K inserted therein.
It is the rainwater storage automatic conversion apparatus which consists of the above structure.