JPH1060989A - Introduction cylinder for soil underground infiltration of surface water - Google Patents
Introduction cylinder for soil underground infiltration of surface waterInfo
- Publication number
- JPH1060989A JPH1060989A JP8242615A JP24261596A JPH1060989A JP H1060989 A JPH1060989 A JP H1060989A JP 8242615 A JP8242615 A JP 8242615A JP 24261596 A JP24261596 A JP 24261596A JP H1060989 A JPH1060989 A JP H1060989A
- Authority
- JP
- Japan
- Prior art keywords
- cylindrical body
- inflow
- bottomed cylindrical
- water
- bottomed
- 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
Classifications
-
- 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
- Y02A20/40—Protecting water resources
Landscapes
- Sewage (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、雨水等の自然水
を、そのまま河川そして海へ放流させてしまうことな
く、可及的に土壌地下へ導入浸透させることで、水資源
の減少による淡水枯渇の危機を救済するため、歩道、車
道、駐車場等にあって差し込み設置することで、当該自
然水を地中に導入し、土壌を浸潤させるのに用いて好適
な地上水の土壌地下浸透用導入筒に関する。BACKGROUND OF THE INVENTION The present invention relates to the depletion of freshwater due to the reduction of water resources by introducing natural water such as rainwater into a river and the sea as it is, without causing it to flow into the soil underground as much as possible. In order to rescue the crisis, it is installed on the sidewalk, roadway, parking lot, etc. to insert the natural water into the ground and use it to infiltrate the soil. Regarding the introduction cylinder.
【０００２】[0002]
【従来の技術】現在、歩道や車道をはじめ各所の地表面
が、コンクリートやアスファルト舗装などにより覆われ
るようになって来ているため、雨水などは、当該舗装表
面上を流下して側溝へと排水され、これがそのまま海水
化されてしまうことから、土壌地下の淡水が枯渇の危機
に頻している。2. Description of the Related Art At present, the ground surface of various places, including sidewalks and roads, is being covered with concrete or asphalt pavement, so that rainwater or the like flows down on the pavement surface and enters a gutter. Since the water is drained and turned into seawater as it is, freshwater under the soil is frequently in danger of being depleted.
【０００３】また、砕石舗装や芝生等にあっては、雨水
による浸潤という点では、コンクリート舗装などに比し
良好な結果を保有し得ることになるが、雑草等がはびこ
ることで美感や環境衛生が害されるため、多くの除草剤
が使用されており、この散布された除草剤は、雨水によ
り流出されて土壌深くまで浸透し、薬害や環境衛生およ
び生態系異変にも影響を及ぼしている現況であるが、こ
れに対する適切な手立てが講じられていない。[0003] In addition, in the case of crushed stone pavement or lawn, in terms of infiltration by rainwater, better results can be retained as compared with concrete pavement or the like. Many herbicides are used because they are harmed, and the applied herbicides are drained by rainwater and penetrate deep into the soil, affecting phytotoxicity, environmental health and ecological catastrophe. However, no appropriate measures have been taken for this.
【０００４】[0004]
【発明が解決しようとする課題】本考案は上記の如き現
状に鑑み検討されたもので、歩道や車道などの所要箇所
にあって地表に小さな穴を開け、これに差し入れるだけ
で、土壌地下に雨水等の自然水を浸透させ得るように
し、雨水などの淡水資源を有効利用して、地下水等の涵
養を行い、かつ除草剤によることなしに除草効果をも発
揮させ、美観や環境衛生をも向上させ得るようにするの
が、各請求項に係る発明の共通する目的である。SUMMARY OF THE INVENTION The present invention has been studied in view of the current situation as described above, and it is only necessary to make a small hole in the ground surface at a required place such as a sidewalk or a roadway and to insert the hole into the ground. Natural water, such as rainwater, to effectively use freshwater resources, such as rainwater, to recharge groundwater, etc., and also to exert a herbicidal effect without using a herbicide to improve aesthetics and environmental hygiene. It is a common object of the claimed inventions to be able to improve also.
【０００５】すなわち、請求項１にあっては設置地表に
開口された上端受水口から流下した雨水が、内側有底筒
状体の流入孔から、流水通路を介して外側有底筒状体の
流出孔より土壌地下層に流入浸透して行くから、地下水
等の涵養に役立ち、しかも土壌地下層から発生した雑草
等の無用植物が、上記流出孔から流入通路へ侵入成長し
て来ても、ここでの成長により当該植体が日光を遮断す
ることとなって、その成育が阻止され、前記流入孔から
内側有底筒状体を介して地上まで雑草の成長することを
許さず、これによる除草効果により美観の保持をも保証
しようとしている。That is, in the first aspect, the rainwater flowing down from the upper water receiving opening opened on the installation ground surface flows from the inflow hole of the inner bottomed cylindrical body through the flowing water passage to the outer bottomed cylindrical body. Since it flows into and penetrates into the soil underground layer from the outflow hole, it is useful for recharging groundwater and the like, and even if useless plants such as weeds generated from the soil underground layer invade and grow into the inflow passage from the above outflow hole, Due to the growth here, the plant blocks sunlight, its growth is inhibited, and weeds are not allowed to grow from the inflow hole to the ground through the inner bottomed cylindrical body, and thus, It is also trying to guarantee the preservation of beauty by herbicidal effect.
【０００６】そして、請求項２によるときは、上記の請
求項１における内側有底筒状体にかえて、これを大径部
と小径部とを持った内側有底波形筒状体により構成する
ことで、前記の流出孔から侵入して来た雑草等を夫々の
分断された流水通路に封じ込むことで、さらに当該雑草
の地上面への発生を有効に抑止できるようにしている。According to a second aspect of the present invention, instead of the inner bottomed cylindrical body in the first aspect, the inner bottomed cylindrical body having a large diameter portion and a small diameter portion is formed. In this way, weeds and the like that have invaded from the outflow holes are sealed in the respective separated water passages, so that the generation of the weeds on the ground surface can be further effectively suppressed.
【０００７】請求項３では、請求項１または請求項２に
あって内側有底筒状体か内側有底波形筒状体を透明材と
か半透明材、あるいは網状体により形成することで、前
記の雑草等を植物の光日性によって流水通路や分断され
た流水通路へ向けて成長させ、当該狭い空間に繁茂させ
ることで、日光の照射を遮断させ、雑草の死枯を促進さ
せようとしている。According to a third aspect, in the first or second aspect, the inner bottomed tubular body or the inner bottomed corrugated tubular body is formed of a transparent material, a translucent material, or a net-like material. Weeds etc. are grown toward flowing water passages and cut off flowing water passages due to the photoperiodic nature of plants, and are grown in the narrow space, so that sunlight irradiation is blocked, and weeds are promoted. .
【０００８】請求項４にあっては、請求項１ないし請求
項３にあって、前記の流出孔と流入孔の穿設箇所を、で
きるだけ離間させるようにして、流出孔から進出した雑
草等が流入孔から、さらに進出し難いようにして、雑草
等の成長を、さらに抑制しようとしている。According to a fourth aspect of the present invention, in the first to third aspects, the locations where the outflow holes and the inflow holes are formed are separated from each other as much as possible so that weeds or the like that have advanced from the outflow holes can be removed. The growth of weeds and the like is further suppressed by making it harder to advance from the inflow hole.
【０００９】請求項５の場合には、前記の請求項１にあ
って、その内側有底筒状体に脱臭剤、濾過剤、除草剤、
防虫網、防塵フィルタの一以上を内装し、これらのもつ
夫々の作用をも付加的に発揮させようとするのが、その
目的である。In the case of claim 5, according to the above-mentioned claim 1, a deodorizing agent, a filtering agent, a herbicide,
It is an object of the present invention to provide at least one of an insect repellent net and a dustproof filter, and to additionally exert their respective functions.
【００１０】請求項６では、前記の請求項２にあって内
側有底波形筒状体に同じく脱臭剤、濾過剤、除草剤、防
虫網、防塵フィルタの一以上を内装して、夫々のもつ作
用効果の付加を目的としている。According to a sixth aspect of the present invention, in the second aspect, at least one of a deodorant, a filtering agent, a herbicide, an insect screen, and a dust filter is provided in the inner bottom corrugated tubular body. The purpose is to add an effect.
【００１１】請求項７にあっては、外側封水有底筒状体
のみに流出孔を貫設して、内側筒状体には流入孔を設け
ず、しかも、この内側筒状体の封水用下端開口筒部を、
外側封水有底筒状体の封水用底筒部に貯溜された水中に
浸入させることで、外気が、流水通路から流出孔へ流入
することを遮断して、雑草の発生が空気の供給を常時付
与しないことで阻止されると共に、内側筒状体へ雨水等
が流下したときには、上記の封水用底筒部における水位
の上昇に伴って、流出孔から土壌地下層への流水を許容
し、これにより、さらに雑草の発生と、土壌から臭気な
どが発散することをも阻止しようとしている。According to a seventh aspect of the present invention, the outflow hole is formed only in the outer sealed water-sealed bottomed cylindrical body, the inflow hole is not provided in the inner cylindrical body, and the inner cylindrical body is sealed. The lower end opening cylinder for water
By infiltrating into the water stored in the water-sealing bottom cylindrical part of the outer-sealed bottomed cylindrical body, the outside air is prevented from flowing into the outlet from the flowing water passage, and the generation of weeds is reduced by the supply of air. When rainwater or the like flows down to the inner cylindrical body, water is allowed to flow from the outflow holes to the soil underground layer with the rise in the water level in the above-mentioned sealing bottom cylindrical part, as well as being prevented by not always applying water. However, this is intended to prevent the occurrence of weeds and the emission of odors and the like from the soil.
【００１２】請求項８では、上記の請求項７にあって、
その内側筒状体内にあって、前同脱臭剤、濾過剤、除草
剤、防虫網、防塵フィルタの一以上を収納し、前掲請求
項５、請求項６と同じく付加的な効果の発揮を目的とし
ている。According to claim 8, in claim 7,
In the inner tubular body, one or more of the same deodorant, filtering agent, herbicide, insect net, dust filter are housed, and the same effect as in the above-mentioned claims 5 and 6 is exhibited. And
【００１３】請求項９の場合には、外側有底筒状体に設
けた蓋板体に設けた縦向流入孔から雨水等を流入させ、
これを外側有底筒状体内に横設した所要数の横向隔板体
における縦向流下孔を介して落流させた後、外側有底筒
状体の底筒部に設けた流出孔より土壌地下層へ浸透させ
ることで、自然水の有効利用を可能にすると共に、流出
孔から外側有底筒状体内に進出してくる雑草等を、所要
数の横向隔板体と蓋板体とで効果的に阻止し、雑草の枯
死を保証しようとしている。In the case of the ninth aspect, rainwater or the like is caused to flow from a vertical inflow hole provided in a cover plate provided in the outer bottomed cylindrical body,
After flowing down through the vertical downflow holes of the required number of horizontal separators horizontally laid in the outer bottomed cylindrical body, the soil is discharged from the outflow hole provided in the bottom cylindrical portion of the outer bottomed cylindrical body. By infiltrating the underground layer, natural water can be effectively used, and weeds and the like that enter the outer bottomed cylindrical body from the discharge hole are separated by the required number of horizontal diaphragms and lid plates. They are trying to stop them effectively and guarantee weed mortality.
【００１４】請求項１０にあっては、請求項９における
横向隔板体の縦向流下孔そして蓋板体の縦向流入孔を、
下位側から順次その大きさが小形化して行くよう選定す
ることで、下位の縦向流下孔を雑草などが通過しても、
その上位である縦向流下孔や縦向流入孔は通過不能とな
るようにして、無用植物が地上まで成長することを、よ
り確実に抑止できるようにするのが、その目的である。According to a tenth aspect, in the ninth aspect, the vertical downflow hole of the horizontal separator plate and the vertical inflow hole of the lid plate body are formed as follows.
Even if weeds pass through the lower vertical downhole by selecting the size to be smaller in order from the lower side,
Its purpose is to make the vertical downhole and the vertical inflow port, which are the upper ranks, impervious, so that useless plants can be more reliably prevented from growing to the ground.
【００１５】請求項１１にあっては、前記請求項１０の
構成に加えて、外側有底筒状体の所望箇所にあって、脱
臭剤、濾過剤、除草剤、防虫網、防塵フィルタの一以上
が内装されるようにし、これにより前記の如く、付加し
た各部材による作用効果をも発揮し得るようにしてい
る。According to an eleventh aspect of the present invention, in addition to the configuration of the tenth aspect, at a desired position of the outer bottomed tubular body, one of a deodorant, a filtering agent, a herbicide, an insect net, and a dustproof filter. The above components are provided inside, so that the functions and effects of the added members can be exerted as described above.
【００１６】[0016]
【課題を解決するための手段】本発明は、上記の目的を
達成するため、所要数の流出孔を貫設した外側有底筒状
体と、当該外側有底筒状体に、その上端開口を閉成して
内装され、上端受水口の開口された流入空洞に開通する
所要数の流入孔が貫設された内側有底筒状体とを具備
し、当該内側有底筒状体と上記外側有底筒状体との間に
は、上記した流入孔と流出孔とを連通する流水通路が離
間形成されていることを特徴とする地上水の土壌地下浸
透用導入筒を提供しようとしている。SUMMARY OF THE INVENTION In order to achieve the above object, the present invention provides an outer bottomed cylindrical body having a required number of outflow holes, and an upper end opening formed in the outer bottomed cylindrical body. And an inner bottomed tubular body provided with a required number of inflow holes penetrating into the inflow cavity having an upper end water receiving port, the inner bottomed tubular body and the above Between the outer bottomed cylindrical body, a flowing water passage communicating the above-mentioned inflow hole and outflow hole is formed so as to be separated, and it is intended to provide an introduction cylinder for groundwater infiltration into soil underground, characterized by being formed. .
【００１７】請求項２にあっては、所要数の流出孔を貫
設した外側有底筒状体と、当該外側有底筒状体に、その
上端開口を閉成して内装され、上端受水口の開口された
流入空洞に開通する所要数の流入孔が貫設されていると
共に、所要複数の大径部と小径部が形成された内側有底
波形筒状体とを具備し、当該内側有底波形筒状体と上記
外側有底筒状体との間には、上記した流入孔と流出孔と
を連通し、前記大径部と外側有底筒状体の内周壁との当
接により、所要複数に分断された流水通路が離間形成さ
れていることを特徴とする地上水の土壌地下浸透用導入
筒を提供しようとしている。According to a second aspect of the present invention, an outer bottomed cylindrical body penetrating a required number of outflow holes, and the outer bottomed cylindrical body is provided with an upper end opening closed, and is housed therein. A required number of inflow holes penetrating into the inflow cavity with an opening of a water port are provided therethrough, and a plurality of required large-diameter portions and a plurality of small-diameter portions are formed. The inflow hole and the outflow hole communicate with each other between the bottomed corrugated tubular body and the outer bottomed tubular body so that the large diameter portion and the inner peripheral wall of the outer bottomed tubular body come into contact with each other. Thus, an attempt is made to provide an introduction cylinder for infiltration of underground soil into surface water, wherein a plurality of required flow water passages are formed apart from each other.
【００１８】請求項３では、請求項１または請求項２に
あって、内側有底筒状体または内側有底波形筒状体が透
明材、半透明材、網状体により形成されていることを、
その内容としている。According to a third aspect of the present invention, in the first or second aspect, the inner bottomed tubular body or the inner bottomed corrugated tubular body is formed of a transparent material, a translucent material, or a net. ,
Its contents.
【００１９】請求項４にあっては、請求項１ないし請求
項３のいずれか１項において、外側有底筒状体の流出孔
と内側有底筒状体または内側有底波形筒状体の流入孔と
を連通する流水通路が、可及的に長水路となるように、
当該流出孔と流入孔の穿孔位置をずらして配設されてい
るのが、その内容である。According to a fourth aspect of the present invention, in any one of the first to third aspects, the outlet hole of the outer bottomed tubular body and the inner bottomed tubular body or the inner bottomed corrugated tubular body are formed. To make the flowing water passage communicating with the inflow hole as long as possible,
It is the content that the outflow holes and the inflow holes are arranged with the perforated positions shifted.
【００２０】請求項５の場合には、請求項１の構成に加
えて、内側有底筒状体の流入空洞には、脱臭剤、濾過
剤、除草剤、防虫網、防塵フィルタの一以上を内装する
ようにしたことを特徴としている。In the case of claim 5, in addition to the structure of claim 1, at least one of a deodorant, a filtering agent, a herbicide, an insect net, and a dust filter is provided in the inflow cavity of the inner bottomed tubular body. It is characterized by being decorated.
【００２１】請求項６にあっては、前記請求項２の構成
に加えて、内側有底波形筒状体の流入空洞には、脱臭
剤、濾過剤、除草剤、防虫網、防塵フィルタの一以上を
内装するようにしたことを特徴としている。According to a sixth aspect of the present invention, in addition to the configuration of the second aspect, the inflow cavity of the inner bottomed corrugated tubular body includes one of a deodorant, a filtering agent, a herbicide, an insect net, and a dust filter. It is characterized in that the above is interiorly arranged.
【００２２】請求項７にあっては、封水用底筒部の上側
壁部に、所要数の流出孔を貫設した外側封水有底筒状体
と、当該外側封水有底筒状体に、その上端開口を閉成し
て内装され、上端受水口の開口された流入貫通空洞が形
成された内側筒状体とを具備し、当該内側筒状体と上記
の外側封水有底筒状体との間には、前記の封水用底筒部
内と前記流出孔とを連通する流水通路が離間周設され、
内側筒状体の封水用下端開口部が、外側封水有底筒状体
の上記封水用底筒部内まで垂下されていることを特徴と
する地上水の土壌地下浸透用導入筒を提供しようとして
いる。According to a seventh aspect of the present invention, an outer sealed bottomed tubular body having a required number of outflow holes formed in the upper side wall portion of the sealed bottom tubular portion; The body includes an inner tubular body which is provided with an upper end opening closed and is provided with an inflow through cavity having an upper end water receiving opening formed therein, wherein the inner tubular body and the above outer water-sealed bottom are provided. Between the tubular body, a flowing water passage communicating between the inside of the water sealing bottom tubular portion and the outflow hole is provided in a spaced apart manner,
A water-sealing lower-end opening of the inner cylindrical body is suspended down to the inside of the water-sealing bottom cylindrical part of the outer-sealed bottomed cylindrical body. Trying to.
【００２３】請求項８にあっては、上記請求項７の構成
に加えて、上記内側筒状体の流入空洞には、脱臭剤、濾
過剤、除草剤、防虫網、防塵フィルタの一以上を内装す
るようにしたことを特徴としている。According to an eighth aspect of the present invention, in addition to the configuration of the seventh aspect, at least one of a deodorant, a filtering agent, a herbicide, an insect screen, and a dust filter is provided in the inflow cavity of the inner cylindrical body. It is characterized by being decorated.
【００２４】請求項９の場合には所要数の流出孔が底筒
部側にあって貫設されている外側有底筒状体と、その上
端開口を有する内周壁面部にあって、上記流出孔より上
位に内嵌固定され、縦向流下孔が貫設されている一枚以
上の横向隔板体と、上記した上端開口に閉成固定されて
縦向流入孔が貫設された蓋板体とからなることを特徴と
する地上水の土壌地下浸透用導入筒を提供しようとして
いる。According to a ninth aspect of the present invention, a required number of outflow holes are provided on an outer bottomed cylindrical body penetrating the bottom cylinder portion side and an inner peripheral wall portion having an upper end opening. One or more horizontal partition plates that are internally fitted and fixed above the outflow holes and have a vertical downflow hole penetrating therethrough, and a lid that is closed and fixed to the above-described upper end opening and has a vertically inflow hole penetrating therethrough An attempt is being made to provide an introduction pipe for infiltration of groundwater into soil underground, which is characterized by comprising a plate body.
【００２５】請求項１０では、上記の請求項９において
横向隔板体が複数枚であるときは、下位側から上位側に
向け、その縦向流下孔が小さく形成され、蓋板体の縦向
流入孔が上記横向隔板体の縦向流下孔よりも、さらに小
さく形成されているのが、その内容である。According to a tenth aspect, when there are a plurality of horizontal separator plates in the ninth aspect, the vertical downflow hole is formed to be smaller from the lower side to the upper side, and the vertical plate of the cover plate is formed. The content is that the inflow hole is formed smaller than the vertical downflow hole of the horizontal partition plate.
【００２６】請求項１１にあっては、前記の請求項９の
構成に加えて、外側有底筒状体には、最下位である横向
隔板体の下位側、横向隔板体相互間そして横向隔板体と
蓋板体との間の一以上にあって、脱臭剤、濾過剤、除草
剤、防虫網、防塵フィルタの一以上を内装されているこ
とを特徴としている。According to an eleventh aspect of the present invention, in addition to the configuration of the ninth aspect, the outer bottomed cylindrical body has a lower side of the lowermost horizontal diaphragm, a space between the horizontal diaphragms, and At least one between the horizontal diaphragm and the lid, at least one of a deodorant, a filtering agent, a herbicide, an insect screen, and a dust filter is provided.
【００２７】[0027]
【発明の実施の形態】本願に係る請求項１ないし請求項
６については、図１ないし図３により、そして請求項７
と請求項８については図４により、そして残余の請求項
９ないし請求項１１については図５と図６によって、夫
々以下の通り説示する。請求項１の一例を示す図１にあ
っては、外側有底筒状体１と、これに内挿された内側有
底筒状体２の二部材より構成されており、外側有底筒状
体１には、所要数の流出孔１ａが、上端開口１ｂの開成
された筒内に貫通して穿設されており、当該図示例では
縦方向に列設された流出孔１ａが、１８０度間隔をもっ
て二列だけ配設されていると共に、外側有底筒状体１の
周壁だけでなく、下底部にあって先細りにて形成の突入
テーパ部１ｃにも、水の流出孔１ａが貫設されている。DESCRIPTION OF THE PREFERRED EMBODIMENTS Claims 1 to 6 according to the present invention will be described with reference to FIGS.
4 and FIG. 4, and the remaining claims 9 to 11 will be described with reference to FIGS. 5 and 6, respectively. In FIG. 1 showing an example of the first aspect, an outer bottomed tubular body is composed of an outer bottomed tubular body 1 and an inner bottomed tubular body 2 inserted therein. A required number of outflow holes 1a are formed in the body 1 so as to penetrate through a cylinder having an upper end opening 1b. In the illustrated example, the outflow holes 1a arranged in a vertical direction are 180 degrees. In addition to being arranged in two rows with an interval, water outflow holes 1a penetrate not only the peripheral wall of the outer bottomed cylindrical body 1 but also the indented tapered portion 1c formed in the lower bottom portion and tapered. Have been.
【００２８】そして、上記の外側有底筒状体１は合成樹
脂、ガラスなどにより形成するのがよく、前記の内側有
底筒状体２は、合成樹脂やガラスだけでなく金属、セラ
ミックス、コンクリート、その他、これらの複合材をも
って製造してもよく、以後説示の構成部材についても、
これらの部材を適宜選定することができる。内側有底筒
状体２は、上記外側有底筒状体１の上端開口１ｂを閉成
して内装され、上端受水口２ａの開口された流入空洞２
ｂに開通して、所要数の流入孔２ｃが貫設されている。
図示例にあっては、上端受水口２ａの外周側部には大径
とした周縁部２ｄが形成されて、これが外側有底筒状体
１の上端周縁に載置固定されることで、上端開口１ｂが
閉止されている。The outer bottomed tubular body 1 is preferably made of synthetic resin, glass, or the like. The inner bottomed tubular body 2 is made of not only synthetic resin and glass but also metal, ceramic, concrete, and the like. , In addition, these composite materials may be manufactured.
These members can be appropriately selected. The inner bottomed tubular body 2 is provided by closing the upper end opening 1b of the outer bottomed tubular body 1, and is provided with an inflow cavity 2 having an upper end water receiving opening 2a.
b, a required number of inflow holes 2c are provided therethrough.
In the illustrated example, a large-diameter peripheral edge 2d is formed on the outer peripheral side of the upper end water receiving port 2a, and is placed and fixed on the upper peripheral edge of the outer bottomed tubular body 1 so that the upper end is formed. The opening 1b is closed.
【００２９】図示例では図１（Ｂ）に示されている通
り、その上記流入孔２ｃが、縦方向に列設されていると
共に、１８０度の間隔をもって二列だけ配設されている
と共に、同図の場合には相対向する流出孔１ａ、１ａ
と、相対向する流入孔２ｃ、２ｃとを結ぶ直線Ｌ1 、Ｌ
2 が直交状となっており、従って流出孔１ａと流入孔２
ｃとは９０度だけ離間した位置に穿設されていることか
ら、当該両者１ａ、２ｃは可成りずれた相互関係となっ
ている。In the illustrated example, as shown in FIG. 1 (B), the inflow holes 2c are arranged in the vertical direction, and are arranged only in two rows at an interval of 180 degrees. In the case of FIG.
, L 1 , L 2 connecting the inflow holes 2 c, 2 c facing each other.
2 are orthogonal so that the outflow hole 1a and the inflow hole 2
Since the holes 1a and 2c are bored at a position separated by 90 degrees from c, the two members 1a and 2c have a considerably shifted mutual relationship.
【００３０】さらに、請求項１にあっては、上記の内側
有底筒状体２と外側有底筒状体１との間に、上記の流入
孔２ｃと流出孔１ａとを連通する流水通路３が離間形成
されているのであり、また図示例では内側有底筒状体２
の下底部も、先細りに形成されていて、その細成下端部
２ｅが、外側有底筒状体１の前記した突入テーパ部１ｃ
に支持されている。そして、外側有底筒状体１と内側有
底筒状体２とを固定状態とするための手段としては、そ
の各材質により適宜選定すべきであるが、単なる嵌合、
そして溶接、溶着、コンクリート等による固結などを採
用すればよく、このことは後述部材の固定にも採択され
る。Further, in the present invention, a flowing water passage communicating between the inflow hole 2c and the outflow hole 1a between the inner bottomed tubular body 2 and the outer bottomed tubular body 1 is provided. 3 are spaced apart, and in the illustrated example, the inner bottomed cylindrical body 2
The lower bottom portion is also tapered, and the narrowed lower end portion 2e of the lower bottom portion 2e of the outer bottomed tubular body 1 has the above-described intruding tapered portion 1c.
It is supported by. Means for fixing the outer bottomed tubular body 1 and the inner bottomed tubular body 2 to a fixed state should be appropriately selected depending on the respective materials.
Then, welding, welding, consolidation by concrete or the like may be adopted, and this is also adopted for fixing members described later.
【００３１】従って、上記構成のものを使用するには、
図１（Ａ）の如く既存または新設のアスファルト、コン
クリート舗装、砕石舗装そして芝生等に設置穴Ｈを開設
し、これに上記の土壌地下浸透用導入筒を差し入れ、図
示例では舗装面Ｓ上に、内側有底筒状体２の周縁部２ｄ
を載置し、要すれば接着剤などにより固定すればよい。
このようにすることで、舗装面Ｓの雨水が、比較的小さ
い断面積の上端受水口２ａから流入空洞２ｂに流入し
て、これが内側有底筒状体２の流入孔２ｃから、比較的
狭い間隔として周設された連通状態の流水通路３を介し
て、所要数だけ設けられている流出孔１ａから、土壌地
下層Ｅに流入浸透することとなる。この結果、雨水等の
自然水は、土壌地下層Ｅにおける淡水たる地下水源とし
て貯溜され、海水化されていた淡水の枯渇を、効果的に
解消し得ることになる。Therefore, to use the above configuration,
As shown in FIG. 1 (A), an installation hole H is opened in an existing or new asphalt, concrete pavement, crushed stone pavement, lawn, or the like, and the above-described introduction tube for soil underground infiltration is inserted therein. Peripheral part 2d of inner bottomed tubular body 2
May be placed and, if necessary, fixed with an adhesive or the like.
By doing so, the rainwater on the pavement surface S flows into the inflow cavity 2b from the upper end water receiving port 2a having a relatively small cross-sectional area, and this is relatively narrow from the inflow hole 2c of the inner bottomed cylindrical body 2. The water flows into and penetrates into the soil underground layer E from the required number of outflow holes 1a via the communicating flowing water passages 3 provided around the space. As a result, natural water such as rainwater is stored as a freshwater groundwater source in the soil underground layer E, and the depletion of seawater freshwater can be effectively eliminated.
【００３２】しかも、上記の場合、土壌地下層Ｅから雑
草の如き無用植物が発生して、これが流出孔１ａから流
水通路３へ侵入して来るようなことがあっても、この流
水通路３は狭い間隙として形成されていることから、こ
こで成長した雑草の植体自身により、日光が遮断される
ことになるので、当該植体は枯死してしまい、地上まで
雑草が成長してくることを阻止することができる。In addition, in the above case, even if useless plants such as weeds are generated from the soil underground layer E and invade into the flowing water passage 3 from the outflow hole 1a, the flowing water passage 3 is not used. Due to the narrow gaps, sunlight is blocked by the weed plants themselves grown here, so that the plants die and the weeds grow to the ground. Can be blocked.
【００３３】この際、内側有底筒状体２を、請求項３の
ように透明体、半透明体そして網状体により形成すれ
ば、外界からの日光が、上記の流水通路３にまで達する
ことになり、この結果、雑草等は植物の光日性、すなわ
ち光に向って成長する性質によって、近くに存する流水
通路３へ向かって成長し、これにより内側有底筒状体２
に衝当して、自らの植体の大きさにより遮光状態をまね
き、その成長が、より効果的に阻まれ、地上面への発生
が抑止される。また、内側有底筒状体２の上端受水口２
ａより進入した水は、直射日光を受ける量が、その上水
面のみで、極めて少ないことになるから、水の蒸発量に
対して地下浸透量が上回り、従って、地下水として確保
できる割合も大きなものとなる。At this time, if the inner bottomed tubular body 2 is formed of a transparent body, a translucent body, and a net-like body, sunlight from the outside reaches the above-mentioned flowing water passage 3. As a result, the weeds and the like grow toward the nearby flowing water passage 3 due to the photoperiodic nature of the plant, that is, the property of growing toward the light.
As a result, the size of the plant itself causes a light-blocking state, and its growth is more effectively prevented, and its occurrence on the ground surface is suppressed. The upper end water receiving port 2 of the inner bottomed cylindrical body 2
Since the amount of water that enters from a is exposed to direct sunlight and is extremely low only at the water surface, the amount of underground infiltration exceeds the amount of evaporation of water, and therefore a large proportion can be secured as groundwater. Becomes
【００３４】さらに、請求項４のように、請求項１にお
いて既に図１により説示した如く、外側有底筒状体１の
流出孔１ａと、内側有底筒状体２の流入孔２ｃとを９０
度だけずらすなどして、流水通路３を可及的に長水路と
なるようにし、これにより流出孔１ａと流入孔２ｃとの
穿孔位置をずらすようにすれば、雑草が流出孔１ａへ侵
入した後、流入孔２ｃから流入空洞２ｂまでに達する道
程が大となることから、流入孔２ｃからの成長による侵
出を、より確実に阻止することができる。Further, as described in claim 4, the outflow hole 1a of the outer bottomed cylindrical body 1 and the inflow hole 2c of the inner bottomed cylindrical body 2, as already explained with reference to FIG. 90
If the water passage 3 is made as long as possible by shifting the water flow passage 3 as much as possible so that the perforated positions of the outflow hole 1a and the inflow hole 2c are shifted, weeds enter the outflow hole 1a. Thereafter, since the distance from the inflow hole 2c to the inflow cavity 2b becomes large, the leaching due to growth from the inflow hole 2c can be more reliably prevented.
【００３５】次に、図２により請求項２に係る発明につ
いて説示すると、ここでは基本的に図１のものと同じ構
成を有しているのであるが、相違するところは、請求項
１における内側有底筒状体２に代替して、内側有底波形
筒状体２Ａが採択されている点である。そして、この内
側有底波形筒状体２Ａにあっても、上記内側有底筒状体
２と同じく、上端受水口２ａ、流入空洞２ｂ、流入孔２
ｃ、周縁部２ｄ、細成下端部２ｅを具有しているのであ
るが、その外径が内側有底筒状体２のように均一に形成
されているのではなく、周縁部２ｄから所定長だけ縦方
向へ離間して、小径部２ｆと大径部２ｇとがテーパ部を
介して交互に形成されていて、その外周面が波状の凹凸
を具有していることであり、しかも、上記の大径部２ｇ
は内側有底波形筒状体２Ａの内周壁２ｈに当接している
のである。Next, the invention according to claim 2 will be described with reference to FIG. 2. Here, the invention basically has the same configuration as that of FIG. 1. The point is that an inner bottomed corrugated tubular body 2A is adopted in place of the bottomed tubular body 2. And, even in the inner bottomed corrugated tubular body 2A, similarly to the inner bottomed tubular body 2, the upper end water receiving port 2a, the inflow cavity 2b, the inflow hole 2
c, a peripheral edge 2d, and a narrowed lower end 2e, but the outer diameter of the peripheral edge 2d is not uniform as in the inner bottomed cylindrical body 2, but is a predetermined length from the peripheral edge 2d. Only in the vertical direction, the small-diameter portions 2f and the large-diameter portions 2g are alternately formed via tapered portions, and the outer peripheral surface has wavy irregularities. Large diameter part 2g
Is in contact with the inner peripheral wall 2h of the inner bottomed corrugated tubular body 2A.
【００３６】従って、この内側有底波形筒状体２Ａにあ
っては、前記内側有底筒状体２のように、流水通路３が
連通状態にて一連に離間形成されているのではなしに、
上下所要数段にわたって分断された流水通路３Ａが列設
されていることになる。この各分断された流水通路３Ａ
に対して、夫々外側有底筒状体１の流出孔１ａと、内側
有底波形筒状体２Ａの流入孔２ｃとが開口されているこ
とになる。Therefore, in the inner bottomed corrugated tubular body 2A, unlike the inner bottomed tubular body 2, the flowing water passages 3 are not continuously formed in a continuous state, but are separated from each other.
That is, the flowing water passages 3A divided in a required number of stages up and down are arranged in rows. Each of the separated flowing water passages 3A
In contrast, the outflow hole 1a of the outer bottomed tubular body 1 and the inflow hole 2c of the inner bottomed corrugated tubular body 2A are respectively opened.
【００３７】従って、当該請求項２の構成によると、そ
の基本的な作用ついては前記請求項１のそれと同じであ
るが、雑草等の枯死による成長阻止の作用に関し、以下
の通りの差異を有している。すなわち、土壌地下層Ｅか
ら発生した雑草等は、この場合流出孔１ａから、流水通
路３ではなく、これよりも狭隘に形成の各分断された流
水通路３Ａに侵入して行くこととなるから、雑草は早期
に当該分断された流水通路３Ａを一杯に占有し、日光の
遮断が急速に完成されて、その枯死が促進されることに
なる。Therefore, according to the structure of the second aspect, the basic operation is the same as that of the first aspect, but there is a difference as described below with respect to the operation of inhibiting growth by weeding or the like. ing. In other words, in this case, the weeds and the like generated from the soil underground layer E enter from the outflow hole 1a into not the flowing water passage 3 but each of the divided flowing water passages 3A formed narrower than this. The weeds fully occupy the separated flowing water passage 3A at an early stage, and the blocking of sunlight is completed quickly, and the death of the weeds is promoted.
【００３８】尚、請求項２についても、前記請求項３の
如く内側有底波形筒状体２Ａを透明材、半透明材そして
網材によって形成することができ、これにより光日性
を、前記の通り有効に活用して、雑草の発生を、より一
層抑制するようにしたり、請求項４のように内側有底波
形筒状体２Ａの流入孔２ｃと、外側有底筒状体１の流出
孔１ａとを離間させて、流水通路３を可及的に長水路と
することで、これまた前記と同様にして、雑草などの成
長を効果的に抑止することが可能となる。According to the second aspect, as in the third aspect, the inner bottomed corrugated cylindrical body 2A can be formed of a transparent material, a translucent material, and a net material. As described above, the occurrence of weeds can be further suppressed by effectively utilizing the inflow hole 2c of the inner bottomed tubular body 2A and the outflow of the outer bottomed tubular body 1 as in claim 4. By separating the hole 1a from the hole 1a and making the flowing water passage 3 as long as possible, the growth of weeds and the like can be effectively suppressed in the same manner as described above.
【００３９】次に請求項５について説示すると、請求項
１における構成に対して、その内側有底筒状体２の流入
空洞２ｂを、そのまま空間として放置しておかず、これ
に別途脱臭剤、濾過剤、除草剤、防虫網そして防塵フィ
ルタの一以上を収納しておくのである。そして請求項６
にあっては、前記の請求項２における構成に対して、そ
の内側有底波形筒状体２Ａの流入空洞２ｂに、上記と同
じく、そして図３（Ａ）（Ｂ）（Ｃ）に示した通り、活
性炭４ａによる脱臭剤、ゼオライト４ｂによる濾過剤そ
して防塵フィルタ４ｃ、さらに除草剤とか防虫網の一以
上を収納するのである。Next, a fifth aspect of the present invention will be described. In the structure of the first aspect, the inflow cavity 2b of the inner bottomed cylindrical body 2 is not left as a space, but is separately provided with a deodorant and a filter. It holds one or more of herbicides, herbicides, insect nets and dust filters. And claim 6
In contrast to the configuration of the second aspect, the inflow cavity 2b of the inner bottomed corrugated tubular body 2A has the same configuration as that described above, and is shown in FIGS. As described above, a deodorant made of activated carbon 4a, a filter made of zeolite 4b, a dust filter 4c, and one or more herbicides or insect nets are stored.
【００４０】このことにより、請求項５や請求項６にあ
っては、請求項１そして請求項２の作用効果に対して、
以下の如き利益が付加されることになる。すなわち、活
性炭４ａを収納しておくことで、土壌地下層Ｅからの腐
敗臭につき脱臭効果が発揮され、ゼオライト４ｂの収納
によって、雨水等浸透される液体の汚染物質を除去する
ことができ、防塵フィルタ４ｃの充填によって、砂利と
か塵埃等が内側有底筒状体２、内側有底波形筒状体２Ａ
内に混入してくるのを防止することができる。さらに、
適度な量の除草剤を充填しておくことで、薬害が少な
く、環境を害しないやさしい除草が可能となり、また防
虫網の収納で虫の不本意な飛び込みを防止することもで
きる。以下の如き各収納部材は、その数種による複合材
として用いることもできる。Thus, in the fifth and sixth aspects, the effects of the first and second aspects are
The following benefits will be added. That is, by storing the activated carbon 4a, a deodorizing effect is exhibited for putrefaction odor from the soil underground layer E, and by storing the zeolite 4b, it is possible to remove liquid contaminants permeated by rainwater or the like, and to prevent dust. By filling the filter 4c, gravel, dust, and the like are deposited on the inner bottomed tubular body 2 and the inner bottomed corrugated tubular body 2A.
It can be prevented from being mixed in. further,
By filling an appropriate amount of herbicide, it is possible to perform a simple weeding with less phytotoxicity and no harm to the environment, and it is also possible to prevent undesired jumping of insects by storing the insect repellent net. Each of the following storage members can be used as a composite material of several types.
【００４１】次に前掲請求項７、請求項８について図４
を参照して以下説示すると、ここでは外側封水有底筒状
体１Ａと、内側筒状体２Ｂとからなっており、外側封水
有底筒状体１Ａは、その下端側に封水用底筒部１ｄが先
細り状態にて形成され、当該封水用底筒部１ｄの上位に
連設の上側壁部１ｅには、前記と同様にして流出孔１ａ
が所要数だけ貫設されている。そして、図示例では上記
の流出孔１ａが縦方向に列設されていると共に、これが
９０度間隔をもって四列だけ配設されている。Next, claims 7 and 8 shown in FIG.
The following description will be made with reference to FIG. 2. Here, the outer cylindrical body 1A having a closed water bottom and the inner cylindrical body 2B are provided. The bottom cylindrical portion 1d is formed in a tapered state, and the outflow hole 1a is formed in the upper side wall portion 1e connected above the water sealing bottom cylindrical portion 1d in the same manner as described above.
Are provided as many as required. In the illustrated example, the outflow holes 1a are arranged in a row in the vertical direction, and are arranged in four rows at 90-degree intervals.
【００４２】これに対して前記の内側筒状体２Ｂには、
前記の如き流入孔２ｃの穿設はなく、封水用下端開口部
２ｉが設けられ、２ｊがその下端口を示している。そし
て図示例では、上端受水口２ａの開口されている周縁部
２ｄから先細りとなって、上記封水用下端開口部２ｉま
でテーパ状となるよう形成されており、前述のものと同
じく、この内側筒状体２Ｂは、外側封水有底筒状体１Ａ
の上端開口１ｂを閉成して内装固定されており、図中２
ｋは内側筒状体２Ｂの流入貫通空洞を示している。On the other hand, the inner cylindrical body 2B has
There is no perforation hole 2c as described above, and a water sealing lower end opening 2i is provided, and 2j indicates the lower end opening. In the illustrated example, it is formed so as to be tapered from the peripheral edge portion 2d where the upper end water receiving port 2a is opened, and to be tapered to the lower end opening portion 2i for water sealing. The cylindrical body 2B is an outer sealed bottomed cylindrical body 1A.
The upper end opening 1b is closed and the interior is fixed.
k indicates an inflow through cavity of the inner cylindrical body 2B.
【００４３】従って、上記内側筒状体２Ｂと外側封水有
底筒状体１Ａとの間には、前記の封水用底筒部１ｄ内
と、流出孔１ａとを連通することとなる流水通路３Ｂが
離間周設され、さらに、本発明では内側筒状体２Ｂの封
水用下端開口部２ｉが、外側封水有底筒状体１Ａの封水
用底筒部１ｄ内にまで垂下されている。従って、封水用
底筒部１ｄ内に雨水等が貯溜されることで、封水用下端
開口部２ｉが当該貯溜水中に浸漬されることとなり、地
表側と土壌地下層Ｅ側との流通は、上記の貯溜水によっ
て遮断される。Therefore, between the inner cylindrical body 2B and the outer water-sealed bottomed cylindrical body 1A, the flowing water which communicates the inside of the water-sealed bottom cylindrical part 1d with the outflow hole 1a. The passage 3B is spaced apart from the circumference, and in the present invention, the water-sealing lower end opening 2i of the inner cylindrical body 2B is suspended down into the water-sealing bottom cylindrical part 1d of the outer water-sealed bottomed cylindrical body 1A. ing. Therefore, by storing rainwater or the like in the water sealing bottom cylindrical portion 1d, the water sealing lower end opening 2i is immersed in the storage water, and the flow between the ground surface side and the soil underground layer E side is reduced. , And is blocked by the stored water.
【００４４】上記請求項７に係る土壌地下浸透用導入筒
によるときは、舗装面Ｓなどから上端受水口２ａを介し
て内側筒状体２Ｂの流入貫通空洞２ｋへ流下した雨水等
が、図４（Ａ）に示されている通り、封水用下端開口部
２ｉの下端口２ｊから、封水用底筒部１ｄに流下するこ
とで、ここに封水Ｗとして貯溜され、さらに雨水が流入
されて来れば、その水位が上昇して流水通路３Ｂへ上昇
流動し、これにより、当該雨水は流出孔１ａから土壌地
下層Ｅへと流出浸透して行くことになる。In the case of the introduction tube for soil underground infiltration according to the seventh aspect, rainwater or the like which flows down from the pavement surface S or the like to the inflow through cavity 2k of the inner cylindrical body 2B through the upper water receiving port 2a, as shown in FIG. As shown in (A), by flowing down from the lower end opening 2j of the lower end opening 2i for water sealing to the bottom cylindrical portion 1d for water sealing, it is stored here as sealing water W, and further rainwater flows in. When it comes, the water level rises and flows upward to the flowing water passage 3B, whereby the rainwater flows out and permeates from the outflow hole 1a to the soil underground layer E.
【００４５】さらに、当該土壌地下層Ｅから発生し、流
出孔１ａより流水通路３Ｂへ侵入して行く雑草に対し
て、上記の封水Ｗが外気の供給を遮断することから、雑
草の成長を抑制して枯死させると共に、前記した請求項
１の場合と同じく雑草は流水通路３Ｂ内で成長し、自ら
日光の照射をも遮断するため、雑草の発生を、より効果
的に阻止し得ることになる。Furthermore, the above-mentioned sealed water W shuts off the supply of outside air to the weed generated from the soil underground layer E and entering the flowing water passage 3B through the outflow hole 1a. In addition to suppressing and dying, the weeds grow in the flowing water passage 3B as in the case of the above-mentioned claim 1, and also shut off the irradiation of sunlight by themselves, so that the occurrence of weeds can be more effectively prevented. Become.
【００４６】次に請求項８によるときは、上記の請求項
７における構成に対して、図３により理解される通り、
前記内側筒状体２Ｂの流入貫通空洞２ｋにあって、脱臭
剤、濾過剤、除草剤、防虫網、防塵フィルタの一以上を
内装するようにするのであり、これに基づく作用、効果
については前説の通りである。ただ、この場合には内側
筒状体２Ｂは有底ではなく、下端口２ｊが開成されてい
ることから、その内装するものによっては、必要に応じ
図４（Ｃ）に示す如く通水性底板５を設け、当該内装物
の脱落を阻止することとなる。Next, in the case of claim 8, as understood from FIG.
In the inflow through cavity 2k of the inner cylindrical body 2B, one or more of a deodorant, a filtering agent, a herbicide, an insect net, and a dust filter are provided. It is as follows. However, in this case, since the inner cylindrical body 2B is not bottomed and the lower end port 2j is opened, depending on the interior, as shown in FIG. To prevent the interior components from falling off.
【００４７】さらに、前掲の請求項９につき図５と図６
によって以下詳記すると、本発明にあっては、その構成
部材が、外側有底筒状体１Ｂと横向隔板体６、そして蓋
板体７とであり、外側有底筒状体１Ｂには、その底筒部
１ｆ側にあって所要数の流出孔１ａが穿設されており、
この外側有底筒状体１Ｂの上端開口１ｂを有する内周壁
部１ｇにあって、上記の流出孔１ａよりも上位に、上記
した横向隔板体６が内嵌固定され、この横向隔板体６に
は所要数の縦向流下孔６ａが貫設されている。FIGS. 5 and 6 relate to claim 9 described above.
According to the present invention, the components are an outer bottomed tubular body 1B, a horizontal partition plate 6, and a lid plate 7, and the outer bottomed tubular body 1B has A required number of outflow holes 1a are formed in the bottom cylinder portion 1f side,
In the inner peripheral wall portion 1g having the upper end opening 1b of the outer bottomed cylindrical body 1B, the above-mentioned lateral partition plate 6 is internally fitted and fixed above the outflow hole 1a. 6 is provided with a required number of vertical downholes 6a.
【００４８】そして図５に示した通り、上記の横向隔板
体６は、必要に応じて上下差をもって複数枚設けるよう
にするのがよく、この際請求項１０に示されているよう
に、下位側である横向隔板体６の縦向流下孔６ａがもつ
大きさよりも、上位側の横向隔板体６に穿設した縦向流
下孔６ｂの大きさを、図６の（Ｃ）（Ｂ）に示す如く小
さくした方が、後に詳記の如く望ましい結果を得易いこ
とになる。As shown in FIG. 5, it is preferable to provide a plurality of the horizontal separators 6 with a vertical difference as required. In this case, as shown in claim 10, The size of the vertical downflow hole 6b drilled in the upper horizontal partition plate 6 is larger than the size of the vertical downflow hole 6a of the lower horizontal plate member 6 as shown in FIG. If the size is reduced as shown in B), it becomes easier to obtain a desired result as described later in detail.
【００４９】さらに、請求項９にあっては、上記の蓋板
体７が上端開口１ｂに閉成固定されており、この蓋板体
７には縦向流入孔７ａが所要数だけ穿設されている。そ
して請求項１０では、この縦向流入孔７ａの大きさを、
横向隔板体６の縦向流下孔６ｂの大きさよりも小さく形
成するようにしてあり、図中７ｂは蓋板体７の周縁部を
示している。Further, in the ninth aspect, the cover plate 7 is closed and fixed to the upper end opening 1b, and the cover plate 7 is provided with a required number of vertical inflow holes 7a. ing. In claim 10, the size of the vertical inflow hole 7a is
It is formed to be smaller than the size of the vertical downflow hole 6b of the horizontal partition plate 6, and 7b in the figure denotes the peripheral portion of the cover plate 7.
【００５０】上記の如き構成をもった請求項９の技術内
容によるときは、これを舗装面Ｓに前記の通りの手段で
設置することができ、これにより舗装面Ｓ上の雨水等
は、蓋板体７の縦向流入孔７ａより外側有底筒状体１Ｂ
内へ流下され、さらに図５にあっては、横向隔板体６の
縦向流下孔６ｂを通過して、その下位に横設されている
横向隔板体６の縦向流下孔６ａから流下し、遂に外側有
底筒状体１Ｂにおける底筒部１ｆに穿設された流出孔１
ａを介して、土壌地下層Ｅに浸透して行くこととなる。According to the technical contents of the ninth aspect having the above-mentioned structure, it can be installed on the pavement surface S by the same means as described above. Bottom cylindrical body 1B outside of vertical inflow hole 7a of plate body 7
In FIG. 5, the fluid flows down through the vertical flow hole 6b of the horizontal diaphragm 6 and flows down from the vertical flow hole 6a of the horizontal diaphragm 6 provided below. Finally, the outflow hole 1 formed in the bottom tubular portion 1f of the outer bottomed tubular body 1B.
Through a, the water will penetrate into the soil underground layer E.
【００５１】そして、土壌地下層Ｅから発生した雑草な
どは、底筒部１ｆの流出孔１ａから外側有底筒状体１Ｂ
の下位に侵入することになるが、下位の横向隔板体６へ
向け伸長することで、外部からの日光を遮断し、その成
長が抑制されることになる。そして当該横向隔板体６の
縦向流下孔６ａを、雑草の一部が通過して成長した際に
も、その上位に配設された横向隔板体６とか蓋板体７に
押当して、同じく雑草の成長が抑制され、このように上
方位まで伸長することで成育した雑草は太くなっている
ことから、さらに縦向流下孔６ａとか、縦向流入孔７ａ
から上方への進出が阻止されることになる。Then, the weeds and the like generated from the soil underground layer E pass through the outflow hole 1a of the bottom cylindrical portion 1f to the outer bottomed cylindrical body 1B.
However, by extending toward the lower horizontal partition plate 6, sunlight from the outside is blocked and its growth is suppressed. Then, even when a part of the weeds passes and grows, the vertical downflow holes 6a of the horizontal diaphragm 6 are pressed against the horizontal diaphragm 6 or the lid plate 7 disposed on the upper side. Similarly, the growth of the weeds is suppressed, and the weeds grown by extending to the upward direction in this way are thicker.
From above is prevented.
【００５２】この際、請求項１０のように縦向流下孔６
ａ、６ｂが上位側へ向け次第に小さくなるよう設定さ
れ、これよりも、さらに縦向流入孔７ａが小さくなるよ
う設定するようにすれば、成長により太径化した雑草が
上方へ進出しようとしても、縦向流下孔６ｂや縦向流入
孔７ａの通過が許容されず、外側有底筒状体１Ｂ内にて
無用植物の枯死を、より確実なものとすることが可能と
なる。At this time, the vertical downflow hole 6 is provided.
a, 6b are set to gradually decrease toward the upper side, and if the vertical inflow holes 7a are further set to be smaller than this, even if the weeds having a large diameter due to growth attempt to advance upward. In addition, the passage through the vertical downhole 6b and the vertical inflow hole 7a is not allowed, and the dead plants can be more reliably killed in the outer bottomed tubular body 1B.
【００５３】そして、請求項１１にあっては、上記請求
項１０の構成だけでなく、さらに、外側有底筒状体１Ｂ
にあって、最下位である、横向隔板体６の下位側、横向
隔板体６、６相互間、そして横向隔板体６と蓋板体７と
の間の一以上にあって、前掲と同じく、脱臭剤、濾過
剤、除草剤、防虫網、防塵フィルタの一以上を内装する
ようにしたので、前説の如き付加的な作用効果をも発揮
し得ることになる。According to the eleventh aspect, in addition to the configuration of the tenth aspect, the outer bottomed cylindrical body 1B is further provided.
And at least one of the lowest, lower side of the horizontal diaphragm 6, between the horizontal diaphragms 6, 6 and between the horizontal diaphragm 6 and the cover plate 7, Similarly, since at least one of the deodorizing agent, the filtering agent, the herbicide, the insect net, and the dust filter is provided, it is possible to exhibit an additional effect as described above.
【００５４】[0054]
【発明の効果】本発明は以上のようにして構成されるも
のであるから、請求項１によるときは地表面の雨水等
を、上端受水口から流入孔、そして流入通路を介して流
出孔より土壌地下層に導入浸透して、地中における淡水
資源の確保に益するところ大であり、無用植物の発生に
よる地上までの進出を許容しないことから、美観、環境
衛生の向上にも貢献することが可能となる。According to the first aspect of the present invention, rainwater or the like on the ground surface is supplied from the upper end water receiving port to the inflow hole and from the outflow hole through the inflow passage. Introduces and penetrates into the soil underground layer, and contributes to securing freshwater resources underground.It does not allow the emergence of useless plants to the ground, thus contributing to improved aesthetics and environmental hygiene. Becomes possible.
【００５５】さらに請求項２では、雑草等を狭隘な分断
された流水通路に押し込めるようにしたので、無用植物
の枯死により、雑草の進出を有効に阻止でき、請求項３
にあっては請求項１、請求項２における内側有底筒状体
や内側有底波形筒状体を透明材、半透明材、網状体によ
り形成し、これにより雑草等の光日性を利用すること
で、無用植物の枯死を助長させることができる。Furthermore, in the second aspect, weeds and the like are pushed into the narrow and separated flowing water passage, so that the advance of weeds can be effectively prevented by the death of useless plants.
In the present invention, the inner bottomed tubular body or the inner bottomed corrugated tubular body according to claim 1 or 2 is formed of a transparent material, a translucent material, or a net-like material, thereby utilizing the light and sunlight properties of weeds and the like. By doing so, the death of useless plants can be promoted.
【００５６】次に、請求項４にあっては、請求項１ない
し請求項３にあって、流入孔と流出孔の穿設位置を、可
及的にずらすようにしたので、これまた成長した雑草
を、より一層、上端受水口から外部へ進出しないように
しており、請求項５と請求項６では、夫々請求項１、請
求項２の構成中に、脱臭剤、濾過剤、除草剤、防虫網、
防塵フィルタの一以上を内装しておくようにしたので、
前記の効果に加えて舗装道路に臭気がただようといった
ことなく、汚染雨水の浸透を阻止したり、塵、埃などの
流入を排除することができ、また適量の除草剤を内装し
ておくことで、他に対す薬害のない除草効果により、美
観の保持を保証することもできる。Next, in claim 4 according to claims 1 to 3, the positions where the inflow holes and the outflow holes are formed are shifted as much as possible. Weeds are prevented from further entering the outside from the upper end water receiving port. In claims 5 and 6, the deodorant, the filtering agent, the herbicide, Insect repellent net,
As we have installed at least one dustproof filter,
In addition to the above effects, it is possible to prevent the infiltration of contaminated rainwater, eliminate the inflow of dust, dust, etc., without smelling on the pavement road, and by installing an appropriate amount of herbicide In addition, the herbicidal effect without any phytotoxicity against others can ensure the maintenance of aesthetic appearance.
【００５７】請求項７によるときは、封水を貯溜できる
構成とすることで、前記のものがもっている効果に加え
て、土壌地下層Ｅに発生する雑草等に対して、外気の供
給を遮断可能となし、このことによって、雑草の枯死
を、より確実なものとしており、請求項８では、上記請
求項７の構成内に、請求項５と請求項６におけると同様
にして、脱臭剤、濾過剤、その他のものを選択的に付加
できるようにしたので、前掲の如き付加的効果を重畳さ
せることができる。According to the seventh aspect of the present invention, the construction is such that the sealed water can be stored, and in addition to the effects of the above, the supply of outside air to weeds and the like generated in the soil underground layer E is shut off. This makes it possible to make the death of weeds more reliable. In the eighth aspect, the deodorizing agent is provided in the same manner as in the fifth and sixth aspects. Since the filtering agent and the like can be selectively added, the additional effects as described above can be superimposed.
【００５８】請求項９によるときは、雨水等は蓋板体の
縦向流入孔から流入させ、所要数の横向隔板体の縦向流
下孔を介して外側有底筒状体の流出孔から土壌地下層へ
浸透可能となり、かつ、上記の縦向流下孔や縦向流入孔
が雑草の生長を阻止して枯死させるため、美観と環境衛
生の向上に役立てることが可能となり、さらに、請求項
１０では当該縦向流下孔と縦向流入孔の大きさを、下位
から上位に向けて小さくするようにしたので、雑草の生
長を、より効果的に阻止することができる。そして、請
求項１１によるときは、請求項９の構成内にあって、請
求項５、請求項６、請求項８と同じく、脱臭剤とか除草
剤等を選択的に内装するようにして、これまで前述のよ
うに各種の効果を付加的に発揮させることができる。According to the ninth aspect, rainwater or the like is caused to flow through the vertical inflow holes of the cover plate, and from the outflow holes of the outer bottomed cylindrical body through the required number of vertical downflow holes of the horizontal partition plate. It is possible to penetrate into the soil underground layer, and because the vertical downhole and the vertical inflow hole prevent the growth of weeds and die, it is possible to use for improving aesthetics and environmental hygiene, and further claim In 10, the sizes of the vertical downflow holes and the vertical inflow holes are reduced from lower to higher levels, so that weed growth can be more effectively prevented. According to the eleventh aspect, in the configuration of the ninth aspect, similarly to the fifth, sixth, and eighth aspects, a deodorant, a herbicide, or the like is selectively installed, and Various effects can be additionally exhibited as described above.
【図１】（Ａ）は請求項１に係る地上水の土壌地下浸透
用導入筒を示した使用状態の縦断正面図で、（Ｂ）はそ
の平面図である。FIG. 1A is a longitudinal sectional front view of a use state showing a groundwater infiltration cylinder for groundwater according to claim 1, and FIG. 1B is a plan view thereof.
【図２】（Ａ）は請求項２に係る前同導入筒の使用状態
を示した縦断正面図、（Ｂ）はその一部材である外側有
底筒状体の縦断正面図で、（Ｃ）は他部材である内側有
底波形筒状体を示す縦断側面図である。FIG. 2A is a longitudinal sectional front view showing a use state of the front introduction tube according to claim 2, FIG. 2B is a longitudinal sectional front view of an outer bottomed cylindrical body which is one of the members, and FIG. () Is a longitudinal sectional side view showing an inner bottomed corrugated tubular body which is another member.
【図３】（Ａ）（Ｂ）（Ｃ）は請求項２に係る請求項６
の各種実施態様を示した縦断正面図である。FIG. 3 (A), (B) and (C) are claims according to claim 2
It is the vertical front view which showed the various embodiment of.
【図４】（Ａ）は請求項７に係る前同導入筒の使用状態
を示した縦断正面図、（Ｂ）はその一部材である外側封
水有底筒状体の縦断正面図で、（Ｃ）は他部材である内
側筒状体の縦断正面図である。4 (A) is a longitudinal sectional front view showing a use state of the front introduction tube according to claim 7, and FIG. 4 (B) is a longitudinal sectional front view of an outer sealed bottomed cylindrical body which is one of the members. (C) is a longitudinal cross-sectional front view of the inner cylindrical body which is another member.
【図５】（Ａ）は請求項９に係る前同導入筒の使用状態
を示した縦断正面図、（Ｂ）はその一部材である外側有
底筒状体の縦断正面図である。FIG. 5 (A) is a longitudinal sectional front view showing a use state of the front introduction tube according to claim 9, and FIG. 5 (B) is a longitudinal sectional front view of an outer bottomed cylindrical body which is one member thereof.
【図６】（Ａ）は図６の同上導入筒における一部材であ
る蓋板体を示す平面図、（Ｂ）と（Ｃ）は、その他部材
である上位と下位の横向隔板体を示す各平面図である。6 (A) is a plan view showing a lid plate which is one member of the introduction cylinder in FIG. 6, and FIGS. 6 (B) and 6 (C) show upper and lower horizontal separator plates which are other members. It is each top view.
１ 外側有底筒状体 １Ａ 外側封水有底筒状体 １Ｂ 外側有底筒状体 １ａ 流出孔 １ｂ 上端開口 １ｄ 封水用底筒部 １ｅ 上側壁部 １ｆ 底筒部 １ｇ 内周壁部 ２ 内側有底筒状体 ２Ａ 内側有底波形筒状体 ２Ｂ 内側筒状体 ２ａ 上端受水口 ２ｂ 流入空洞 ２ｃ 流入孔 ２ｆ 小径部 ２ｇ 大径部 ２ｈ 内周壁 ２ｉ 封水用下端開口部 ２ｊ 下端口 ２ｋ 流入貫通空洞 ３ 流水通路 ３Ａ 分断された流水通路 ３Ｂ 流水通路 ４Ｃ 防塵フィルタ ６ 横向隔板体 ６ａ 縦向流下孔 ６ｂ 縦向流下孔 ７ 蓋板体 ７ａ 縦向流入孔 DESCRIPTION OF SYMBOLS 1 Outer bottomed cylindrical body 1A Outer sealed bottomed cylindrical body 1B Outer bottomed cylindrical body 1a Outflow hole 1b Upper end opening 1d Water sealing bottom cylindrical part 1e Upper side wall part 1f Bottom cylindrical part 1g Inner peripheral wall part 2 Inside Bottomed tubular body 2A inner bottomed corrugated tubular body 2B inner tubular body 2a upper end water receiving port 2b inflow cavity 2c inflow hole 2f small diameter portion 2g large diameter portion 2h inner peripheral wall 2i sealing lower end opening 2j lower end opening 2k inflow Through cavity 3 Flowing water passage 3A Separated flowing water passage 3B Flowing water passage 4C Dustproof filter 6 Horizontal separator 6a Vertical downflow hole 6b Vertical downflow hole 7 Cover plate 7a Vertical inflow hole
Claims (11)
体と、当該外側有底筒状体に、その上端開口を閉成して
内装され、上端受水口の開口された流入空洞に開通する
所要数の流入孔が貫設された内側有底筒状体とを具備
し、当該内側有底筒状体と上記外側有底筒状体との間に
は、上記した流入孔と流出孔とを連通する流水通路が離
間形成されていることを特徴とする地上水の土壌地下浸
透用導入筒。1. An outer bottomed cylindrical body having a required number of outflow holes penetrating therethrough, and an inner end of the outer bottomed cylindrical body having a closed upper end opening, and an inflow opening at an upper end water receiving opening. An inner bottomed cylindrical body through which a required number of inflow holes that open to the cavity are provided, and the inflow hole is provided between the inner bottomed cylindrical body and the outer bottomed cylindrical body. A flowing water passage communicating between the water and the outflow hole is formed at a distance from the ground, and an introduction pipe for infiltration of groundwater into soil underground.
体と、当該外側有底筒状体に、その上端開口を閉成して
内装され、上端受水口の開口された流入空洞に開通する
所要数の流入孔が貫設されていると共に、所要複数の大
径部と小径部が形成された内側有底波形筒状体とを具備
し、当該内側有底波形筒状体と上記外側有底筒状体との
間には、上記した流入孔と流出孔とを連通し、前記大径
部と外側有底筒状体の内周壁との当接により、所要複数
に分断された流水通路が離間形成されていることを特徴
とする地上水の土壌地下浸透用導入筒。2. An outer bottomed cylindrical body penetrating a required number of outflow holes, and an inflow with the upper end opening closed in the outer bottomed cylindrical body and an upper end water receiving opening opened. A required number of inflow holes opened to the cavity are provided therethrough, and an inner bottomed corrugated tubular body having a plurality of required large-diameter portions and small-diameter portions formed therein. The inflow hole and the outflow hole communicate with each other between the outer bottomed cylindrical body and the outer bottomed cylindrical body, and are divided into a required plurality by abutment between the large diameter portion and the inner peripheral wall of the outer bottomed cylindrical body. An inflow cylinder for infiltration of groundwater into soil underground, wherein a separated flowing water passage is formed separately.
体が透明材、半透明材、網状体により形成されている請
求項１または請求項２記載の地上水の土壌地下浸透用導
入筒。3. The underground soil permeation of ground water according to claim 1, wherein the inner bottomed tubular body or the inner bottomed corrugated tubular body is formed of a transparent material, a translucent material, or a net-like material. Introductory cylinder.
体または内側有底波形筒状体の流入孔とを連通する流水
通路が、可及的に長水路となるように、当該流出孔と流
入孔の穿孔位置がずらして配設されている請求項１ない
し請求項３のいずれか１項に記載の地上水の土壌地下浸
透用導入筒。4. A flowing water passage connecting the outflow hole of the outer bottomed tubular body and the inflow hole of the inner bottomed tubular body or the inner bottomed corrugated tubular body is formed as long as possible. 4. The introduction tube for soil underground permeation of surface water according to any one of claims 1 to 3, wherein the outflow holes and the inflow holes are arranged so that the perforation positions thereof are shifted from each other.
体と、当該外側有底筒状体に、その上端開口を閉成して
内装され、上端受水口の開口された流入空洞に開通する
所要数の流入孔が貫設された内側有底筒状体とを具備
し、当該内側有底筒状体と上記外側有底筒状体との間に
は、上記した流入孔と流出孔とを連通する流水通路が離
間形成され、上記内側有底筒状体の流入空洞には、脱臭
剤、濾過剤、除草剤、防虫網、防塵フィルタの一以上を
内装するようにしたことを特徴とする地上水の土壌地下
浸透用導入筒。5. An outer bottomed cylindrical body penetrating a required number of outflow holes, and an inflow having the upper end opening closed in the outer bottomed cylindrical body and an upper end water receiving opening opened. An inner bottomed cylindrical body through which a required number of inflow holes that open to the cavity are provided, and the inflow hole is provided between the inner bottomed cylindrical body and the outer bottomed cylindrical body. A flowing water passage communicating with the outlet hole is formed separately, and at least one of a deodorant, a filtering agent, a herbicide, an insect repellent, and a dust filter is provided in the inflow cavity of the inner bottomed tubular body. An introduction pipe for infiltration of groundwater into soil and underground.
体と、当該外側有底筒状体に、その上端開口を閉成して
内装され、上端受水口の開口された流入空洞に開通する
所要数の流入孔が貫設されていると共に、所要複数の大
径部と小径部が形成された内側有底波形筒状体とを具備
し、当該内側有底波形筒状体と上記外側有底筒状体との
間には、上記した流入孔と流出孔とを連通し、前記大径
部と外側有底筒状体の内周壁との当接により、所要複数
に分断された流水通路が離間形成され、上記内側有底波
形筒状体の流入空洞には、脱臭剤、濾過剤、除草剤、防
虫網、防塵フィルタの一以上を内装するようにしたこと
を特徴とする地上水の土壌地下浸透用導入筒。6. An outer bottomed cylindrical body penetrating a required number of outflow holes, and an inflow having an upper end opening closed in the outer bottomed cylindrical body and an upper end water receiving opening opened. A required number of inflow holes opened to the cavity are provided therethrough, and an inner bottomed corrugated tubular body having a plurality of required large-diameter portions and small-diameter portions formed therein. The inflow hole and the outflow hole communicate with each other between the outer bottomed cylindrical body and the outer bottomed cylindrical body, and are divided into a required plurality by abutment between the large diameter portion and the inner peripheral wall of the outer bottomed cylindrical body. The flowing water passage formed is spaced apart, the inflow cavity of the inner bottomed corrugated tubular body, the deodorant, filtering agent, herbicide, insect net, one or more dust filter is characterized by being equipped with interior Pipe for groundwater infiltration into soil and underground.
出孔を貫設した外側封水有底筒状体と、当該外側封水有
底筒状体に、その上端開口を閉成して内装され、上端受
水口の開口された流入貫通空洞が形成された内側筒状体
とを具備し、当該内側筒状体と上記の外側封水有底筒状
体との間には、前記の封水用底筒部内と前記流出孔とを
連通する流水通路が離間周設され、内側筒状体の封水用
下端開口部が、外側封水有底筒状体の上記封水用底筒部
内まで垂下されていることを特徴とする地上水の土壌地
下浸透用導入筒。7. An outer sealed bottomed cylindrical body having a required number of outflow holes formed in an upper side wall portion of a water sealing bottom tubular portion, and an upper end opening of the outer sealed bottomed cylindrical body. And an inner cylindrical body in which an inflow through cavity with an upper water receiving opening opened is formed, and between the inner cylindrical body and the outer sealed bottomed cylindrical body. A water flow passage communicating the inside of the bottom tube for water sealing and the outflow hole is separately provided around the lower end opening for water sealing of the inner cylindrical body, and the lower end of the outer cylindrical body with water sealing is provided above. An introduction pipe for infiltration of groundwater into soil underground, wherein the pipe is suspended down to the inside of a bottom pipe section for sealing water.
出孔を貫設した外側封水有底筒状体と、当該外側封水有
底筒状体に、その上端開口を閉成して内装され、上端受
水口の開口された流入貫通空洞が形成された内側筒状体
とを具備し、当該内側筒状体と上記の外側封水有底筒状
体との間には、前記の封水用底筒部内と前記流出孔とを
連通する流水通路が離間周設され、内側筒状体の封水用
下端開口筒部が、外側封水有底筒状体の上記封水用底筒
部内まで垂下されていると共に、上記内側筒状体の流入
貫通空洞には、脱臭剤、濾過剤、除草剤、防虫網、防塵
フィルタの一以上を内装するようにしたことを特徴とす
る地上水の土壌地下浸透用導入筒。8. An outer water-sealed bottomed cylindrical body having a required number of outflow holes penetrating the upper wall portion of the water-sealing bottom cylindrical portion, and an upper end opening of the outer water-sealed bottomed cylindrical body. And an inner cylindrical body in which an inflow through cavity with an upper water receiving opening opened is formed, and between the inner cylindrical body and the outer sealed bottomed cylindrical body. A flowing water passage communicating the inside of the water sealing bottom cylindrical part and the outflow hole is provided at a distance from the outside, and the water sealing lower end opening cylindrical part of the inner cylindrical body is formed of the outer water sealing bottomed cylindrical body. In addition to being hung down to the inside of the bottom tube for water sealing, at least one of a deodorant, a filtering agent, a herbicide, an insect net, and a dust filter is provided inside the inflow through cavity of the inner cylindrical body. An introduction pipe for infiltration of soil into the soil underground.
されている外側有底筒状体と、その上端開口を有する内
周壁面部にあって、上記流出孔より上位に内嵌固定さ
れ、縦向流下孔が貫設されている一枚以上の横向隔板体
と、上記した上端開口に閉成固定されて縦向流入孔が貫
設された蓋板体とからなることを特徴とする地上水の土
壌地下浸透用導入筒。9. An outer bottomed cylindrical body provided with a required number of outflow holes on the side of the bottom cylinder portion and an inner peripheral wall portion having an upper end opening thereof. It is composed of one or more horizontal partition plates that are internally fitted and have a vertical downhole penetrating therethrough, and a lid plate that is closed and fixed to the above-mentioned upper end opening and has a vertical inflow hole penetrating therethrough. An introduction pipe for infiltration of groundwater into soil and underground.
位側から上位側に向け、その縦向流入孔が小さく形成さ
れ、蓋板体の縦向流入孔が、上記横向隔板体の縦向流下
孔よりも、さらに小さく形成されている請求項９記載の
地上水の土壌地下浸透用導入筒。10. When there are a plurality of horizontal diaphragms, the vertical inflow holes are formed to be smaller from the lower side to the upper side, and the vertical inflow holes of the lid plate are formed by the horizontal diaphragms. 10. The underground soil infiltration cylinder according to claim 9, which is formed smaller than the vertical downhole.
設されている外側有底筒状体と、その上端開口を有する
内周壁面部にあって、上記流出孔より上位に内嵌固定さ
れ、縦向流入孔が貫設されている一枚以上の横向隔板体
と、上記した上端開口に閉成固定されて縦向流入孔が貫
設された蓋板体とからなると共に、外側有底筒状体に
は、最下位である横向隔板体の下位側、横向隔板体相互
間そして横向隔板体と蓋板体との間の一以上にあって、
脱臭剤、濾過剤、除草剤、防虫網、防塵フィルタの一以
上を内装されていることを特徴とする地上水の土壌地下
浸透用導入筒。11. An outer bottomed cylindrical body provided with a required number of outflow holes on the side of the bottom cylinder portion and an inner peripheral wall portion having an upper end opening thereof. It comprises one or more horizontal partition plates which are internally fitted and provided with a vertical inflow hole, and a lid plate body which is closed and fixed to the above-described upper end opening and has a vertical inflow hole provided therethrough. Along with the outer bottomed tubular body, at least one of the lower side of the lowermost horizontal diaphragm, between the horizontal diaphragms and between the horizontal diaphragm and the lid plate,
An introduction pipe for infiltration of underground water into soil, which is provided with at least one of a deodorant, a filter, a herbicide, an insect net, and a dust filter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8242615A JPH1060989A (en) | 1996-08-26 | 1996-08-26 | Introduction cylinder for soil underground infiltration of surface water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP8242615A JPH1060989A (en) | 1996-08-26 | 1996-08-26 | Introduction cylinder for soil underground infiltration of surface water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH1060989A true JPH1060989A (en) | 1998-03-03 |
Family
ID=17091698
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP8242615A Pending JPH1060989A (en) | 1996-08-26 | 1996-08-26 | Introduction cylinder for soil underground infiltration of surface water |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH1060989A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100696072B1 (en) | 2006-11-28 | 2007-03-16 | (자)한진개발공사 | Asphalt road structure |
| CN102134877A (en) * | 2010-01-07 | 2011-07-27 | 任哲雄 | Water pocket using a percolation well for the in-ground storage of percolated rainwater |
| KR101642782B1 (en) * | 2015-11-18 | 2016-08-10 | 대한민국 | Pore water extraction apparatus for extracting of deposit pore water at a certain depth |
| KR20180004939A (en) * | 2016-07-05 | 2018-01-15 | 건국대학교 글로컬산학협력단 | Rainwater penetrates the soil type supply for non-point pollution |
-
1996
- 1996-08-26 JP JP8242615A patent/JPH1060989A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100696072B1 (en) | 2006-11-28 | 2007-03-16 | (자)한진개발공사 | Asphalt road structure |
| CN102134877A (en) * | 2010-01-07 | 2011-07-27 | 任哲雄 | Water pocket using a percolation well for the in-ground storage of percolated rainwater |
| KR101642782B1 (en) * | 2015-11-18 | 2016-08-10 | 대한민국 | Pore water extraction apparatus for extracting of deposit pore water at a certain depth |
| KR20180004939A (en) * | 2016-07-05 | 2018-01-15 | 건국대학교 글로컬산학협력단 | Rainwater penetrates the soil type supply for non-point pollution |
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