JPH08290010A - Container for recovering deposit in sized cesspool - Google Patents
Container for recovering deposit in sized cesspoolInfo
- Publication number
- JPH08290010A JPH08290010A JP7132545A JP13254595A JPH08290010A JP H08290010 A JPH08290010 A JP H08290010A JP 7132545 A JP7132545 A JP 7132545A JP 13254595 A JP13254595 A JP 13254595A JP H08290010 A JPH08290010 A JP H08290010A
- Authority
- JP
- Japan
- Prior art keywords
- container
- reservoir
- sediment
- deposit
- main body
- 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
- 239000013049 sediment Substances 0.000 claims description 46
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 29
- 239000010865 sewage Substances 0.000 claims description 6
- 238000004140 cleaning Methods 0.000 abstract description 3
- 238000011084 recovery Methods 0.000 abstract description 3
- 239000002244 precipitate Substances 0.000 description 14
- 238000000034 method Methods 0.000 description 6
- 239000002351 wastewater Substances 0.000 description 5
- 238000012423 maintenance Methods 0.000 description 3
- 239000000463 material Substances 0.000 description 2
- 229920003002 synthetic resin Polymers 0.000 description 2
- 239000000057 synthetic resin Substances 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- 239000010840 domestic wastewater Substances 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000001556 precipitation Methods 0.000 description 1
- 238000003756 stirring Methods 0.000 description 1
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
- Y02A20/20—Controlling water pollution; Waste water treatment
- Y02A20/208—Off-grid powered water treatment
Landscapes
- Sewage (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、小型溜め升の中に溜ま
る沈殿物を回収するための、回収容器に関するものであ
る。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a recovery container for recovering a sediment accumulated in a small reservoir.
【０００２】[0002]
【従来の技術】従来は、溜め升の中の沈殿物を回収する
ときは、それ専用の道具はなく、スコップやシャベル等
を使い、手作業ですくいだす方法しかなかった。2. Description of the Related Art Heretofore, when collecting the precipitate in the reservoir, there was no dedicated tool for it, and there was only a method of scooping by hand using a scoop or shovel.
【０００３】[0003]
【発明が解決しようとする課題】これらには次のような
欠点があった。水の溜まった、溜め升の中にある沈殿物
を回収するとき、それ専用の道具もなく、スコップやシ
ャベル等ですくいとる等の方法しかなかった。この時で
も水が掻き回されてしまい沈殿物が水と混ざりあってな
かなか完全に回収することが出来なかった。本発明は、
これらの欠点を除くためになされたものである。These have the following drawbacks. When collecting the sediment in the reservoir, which was filled with water, there was no dedicated tool for it, and there was no other way but to scoop it with a shovel or shovel. Even at this time, the water was agitated and the precipitate was mixed with the water, so that it was difficult to completely recover it. The present invention
This is done to eliminate these drawbacks.
【０００４】[0004]
（イ）溜め升本体（１）の水の流出口（１ａ）及び流入
口（２ａ）の下部を、上端とする溜め升本体（１）の内
空を埋める沈殿物回収用溜め容器（３）を設ける。 （ロ）このとき溜め升本体（１）の内径より沈殿物回収
用溜め容器（３）の外径を多少小さくし若干の遊びを持
たせる。 （ハ）沈殿物回収用溜め容器（３）の底部の底板の中央
部分に汚水の流入口（４）を設ける。 （ニ）流入口（４）の蓋（５）を設け、沈殿物回収用溜
め容器（３）の上端内側の二箇所以上に手掛り（６）を
設ける。 本発明は、以上のような構成よりなる小型溜め升の沈殿
物回収用溜め容器。(A) Reservoir container (3) for recovering sediment, which fills the inner space of the main body of the reservoir (1) with the lower ends of the water outlet (1a) and the inlet (2a) of the main body of the reservoir (1) being the upper ends To provide. (B) At this time, the outer diameter of the sediment container (3) for collecting sediment is made slightly smaller than the inner diameter of the main body (1) of the accommodating chamber to allow a little play. (C) An inflow port (4) for sewage is provided at the center of the bottom plate at the bottom of the sediment collection container (3). (D) A lid (5) for the inlet (4) is provided, and cues (6) are provided at two or more locations inside the upper end of the sediment collecting container (3). The present invention is a deposit container for recovering deposits of a small sump having the above-mentioned configuration.
【０００５】[0005]
【作用】溜め升の中に溜まった、沈殿物を回収するとき
は、内蔵してある沈殿物回収用溜め容器を水や沈殿物と
一緒に溜め升の外に引き出して、沈殿物を回収処理し
て、沈殿物回収用溜め容器を手入れして溜め升の中にも
どす。[Operation] When recovering the precipitate accumulated in the reservoir, the built-in reservoir for recovering the precipitate is pulled out of the reservoir together with water and the precipitate to collect the precipitate. Then, take care of the reservoir for collecting the precipitate and put it back in the reservoir.
【０００６】[0006]
【実施例】以下、本発明の実施例、２例について説明す
る。 第１実施例 （イ）溜め升本体（１）の水の流出口（１ａ）及び流入
口（２ａ）の下部を、上端とする溜め升本体（１）の内
空を埋める合成樹脂製の沈殿物回収用溜め容器（３）を
設ける。 （ロ）このとき溜め升本体（１）の内径より沈殿物回収
用溜め容器（３）の外径を多少小さくし若干の遊びを持
たせる。 （ハ）沈殿物回収用溜め容器（３）の底部の底板の中央
部分に汚水の流入口（４）を設ける。 （ニ）流入口（４）の蓋（５）を設け、沈殿物回収用溜
め容器（３）の上端内側の二箇所以上に手掛り（６）を
設ける。 本発明は、以上のような構造で、これを使用するとき
は、まず新設するときは施工の終わった溜め升本体
（１）の沈殿物回収用溜め容器（３）を入れるが、その
まえに、まず沈殿物回収用溜め容器（３）の底分の底板
の中央部分の汚水の流入口（４）に蓋（５）をかぶせ
る。この時の蓋の固着方法は、ネジコミ式やはめこみ式
等どんな方法でもよい。特に水密性や気密性は必要では
ない、多少の水漏れなどがあってもよい。ただ流れ込む
汚水でズレたり流されたりしない程度に固着できればよ
い。流入口（４）に蓋（５）を装着し終わったら、溜め
升本体（１）に沈殿物回収用溜め容器（３）を入れて流
れ込みをまつ。使いはじめたら溜め升（１）を時々点検
して、沈殿物が溜まったら必要に応じて、沈殿物回収用
溜め容器（３）を溜め升本体（１）より手掛り（６）を
使って取り出す。このとき溜め升本体（１）の内径と沈
殿物回収用溜め容器（３）の外径の若干の遊びを利用し
て、沈殿物回収用溜め容器（３）を手掛り（６）を使っ
て前後左右ゆらすと沈殿物回収用溜め容器（３）を取り
出しやすくなる。このようにして取り出した沈殿物回収
用溜め容器（３）の沈殿物を処理し沈殿物回収用溜め容
器（３）を清掃して溜め升本体（１）にもどす。このと
き溜め升本体（１）の流出口（１ａ）や流入口（２ａ）
から沈殿物を含んだ水が溜め升本体（１）に流れ込んで
いる場合が多い。そんなときは溜め升本体（１）の中の
水を十分にかきまぜて、水と沈殿物が十分に混ざりあっ
たとき沈殿物回収用溜め容器（３）底部の底板の中央部
分の汚水の流入口（４）に蓋（５）をはずしたまま、沈
殿物回収用溜め容器（３）を溜め升本体（１）の中に入
れる、このとき沈殿物回収用溜め容器（３）の底部の底
板の中央部分の汚水の流入口（４）より汚水が沈殿物回
収用溜め容器（３）の中に流れ込んでくる。このように
して沈殿物回収用溜め容器（３）が着床したら、沈殿物
回収用溜め容器（３）の底部の底板の中央部分の汚水の
流入口（４）に蓋（５）を装着する。そして、そのまま
にしておけば時間の経過と共に沈殿物は沈殿物回収用溜
め容器（３）の底に堆積し水だけが流れてゆく。また沈
殿物回収用溜め容器を使用していない従来型の溜め升で
も、それぞれの規格、サイズにあわせて、本発明の構造
通りの内箱を作り、使用すれば、なかなか手入れの出来
なかった溜め升も簡単に手入れすることができる。 第２実施例 （イ）溜め升本体（１）の水の流出口（１ａ）及び流入
口（２ａ）の下部を、上端とする溜め升本体（１）の内
空を埋める合成樹脂製の沈殿物回収用溜め容器（３）を
設ける。 （ロ）このとき溜め升本体（１）の内径より沈殿物回収
用溜め容器（３）の外径を多少小さくし若干の遊びを持
たせる。 （ハ）沈殿物回収用溜め容器（３）の底部の底板は一部
可動式底板（７）を設ける。 （ニ）一部可動式底板（７）は固定部底板（７ａ）と繋
ぎ部分（７ｂ）と可動部底板（７ｃ）により成り立つ、
一部可動式底板（７）の底部着床時の底板着床受羽根及
び受枝を、一部可動式底板（７）の固着部分以外の沈殿
物回収用溜め容器側面最低部内側の全周に着床受羽根
（８）及び沈殿物回収用溜め容器側面最低部内側を対角
に交差した受枝（８ａ）を設ける。 （ホ）一部可動式底板（７）の可動部分（７ｃ）の上面
の前端が着床したときに接する沈殿物回収用溜め容器
（３）の可動部底板（７ｃ）の着床時上面の前端の真上
部分に可動部底（７ｃ）の着床時の固定の為の突起
（９）を設け、沈殿物回収用溜め容器（３）の上端の内
側二箇所以上の手掛り（６）を設ける。 本発明の、第２案は以上のような構造で、これを使用す
るときは、まず新設するときは、施工の終わった溜め升
本体（１）の中に沈殿物回収用溜め容器（３）を入れ
る。入れ終わったら沈殿物回収用溜め容器（３）の一部
可動式底板（７）の可動部（７ｃ）を着床受羽根（８）
及び受枝（８ａ）に突起（９）により固着する。固着し
終わったら汚水の流れ込みをまつ。使いはじめたら溜め
升本体（１）を時々点検して、沈殿物が溜まったら必要
に応じて、沈殿物回収用溜め容器（３）を溜め升本体
（１）より手掛り（６）を使って取り出す。このとき溜
め升本体（１）の内径と沈殿物回収用溜め容器（３）の
外径の若干の遊びを利用して、沈殿物回収用溜め容器
（３）を手掛り（６）を使って前後左右ゆらすと沈殿物
回収用溜め容器（３）を取り出しやすくなる。このよう
にして取り出した沈殿物回収用溜め容器（３）の中の沈
殿物を処理して沈殿物回収用溜め容器（３）を清掃して
溜め升本体（１）にもどす。このとき溜め升本体（１）
の水の流出口（１ａ）及び流入口（２ａ）から沈殿物を
含んだ水が溜め升本体（１）に流れ込んでいる場合が多
い。そんなときは溜め升本体（１）の中の水を十分にか
きまぜて、水と沈殿物が十分に混ざりあったときに、沈
殿物回収用溜め容器（３）の一部可動式底板（７）の可
動部底板（７ｃ）を可動状態にしたまま、沈殿物回収用
溜め容器（３）を溜め升本体（１）の中に入れる。この
とき沈殿物回収用溜め容器（３）の一部可動式底板
（７）の可動部分より、沈殿物を含んだ水が沈殿物回収
用溜め容器（３）の中に入ってくる。このようにして溜
め升本体（１）の中に沈殿物回収用溜め容器（３）が完
全に収まったら、すぐに沈殿物回収用溜め容器（３）の
一部可動式底板（７）の可動部底板（７ｃ）を押し下げ
て着床受羽根（８）及び受枝（８ａ）に着床させて突起
（９）によって固着する。そして、そのままにしておけ
ば時間の経過と共に沈殿物は沈殿物回収用溜め容器
（３）の底に堆積し水だけが流れてゆく。また、この方
式を道路等に設置してある。側溝や排水路等の小型の水
路の溜め升や集水槽に、導入すれ、道路の排水管理や側
溝や排水路等の小型の水路の維持作業がおおはばに軽減
することができる。EXAMPLES Examples and 2 examples of the present invention will be described below. 1st Example (a) A synthetic resin precipitate that fills the inner space of the reservoir body (1) with the lower ends of the water outlet (1a) and the inlet (2a) of the reservoir body (1) as upper ends A storage container (3) for recovering material is provided. (B) At this time, the outer diameter of the sediment container (3) for collecting sediment is made slightly smaller than the inner diameter of the main body (1) of the accommodating chamber to allow a little play. (C) An inflow port (4) for sewage is provided at the center of the bottom plate at the bottom of the sediment collection container (3). (D) A lid (5) for the inlet (4) is provided, and cues (6) are provided at two or more locations inside the upper end of the sediment collecting container (3). The present invention has the above-mentioned structure. When using this, first, when installing a new container, the container for collecting sediment (3) of the main body of the container (1) that has been finished is put in, but before that, First, the lid (5) is put on the waste water inlet (4) in the central portion of the bottom plate of the bottom of the sediment collection reservoir (3). The method of fixing the lid at this time may be any method such as a screw-comb type or a snap-in type. Watertightness and airtightness are not particularly required, and some water leakage may occur. It just needs to be fixed so that it will not be displaced or washed away by the sewage flowing in. After the lid (5) has been attached to the inflow port (4), the deposit container (3) is placed in the reservoir body (1) to allow the inflow. When the use is started, the reservoir (1) is inspected from time to time, and when the deposit is accumulated, the deposit container (3) for collecting the deposit is taken out from the reservoir body (1) using the clue (6) as necessary. At this time, by utilizing a slight play between the inner diameter of the reservoir body (1) and the outer diameter of the sediment collecting reservoir (3), the sediment collecting reservoir (3) is moved back and forth using the clue (6). Shaking to the left and right makes it easier to take out the sediment collecting container (3). The precipitate in the deposit collection reservoir (3) thus taken out is processed, and the deposit collection reservoir (3) is cleaned and returned to the reservoir body (1). At this time, the outlet (1a) and the inlet (2a) of the reservoir body (1)
In many cases, the water containing the precipitate is stored in the reservoir body (1). In such a case, sufficiently stir the water in the main body of the sump (1), and when the water and the sediment are sufficiently mixed, the sediment collection reservoir (3) The wastewater inlet at the center of the bottom plate of the bottom With the lid (5) removed from (4), the deposit container (3) for deposit collection is placed in the main body of the container (1). At this time, the bottom plate of the bottom container of the deposit container (3) for deposit collection is placed. Sewage flows into the sediment collection reservoir (3) through the wastewater inlet (4) in the central portion. After the sediment collecting reservoir (3) has landed in this manner, the lid (5) is attached to the waste water inlet (4) at the center of the bottom plate at the bottom of the sediment collecting reservoir (3). . Then, if it is left as it is, the deposit is deposited on the bottom of the deposit collection container (3) with the lapse of time, and only water flows. In addition, even in the case of conventional type reservoirs that do not use reservoirs for recovering sediment, if you make and use an inner box according to the structure of the present invention according to each standard and size, it is difficult to maintain. The box can also be easily maintained. Second Example (a) Synthetic resin precipitation in which the lower part of the water outlet (1a) and the lower part of the water inlet (2a) of the reservoir body (1) serves as the upper end to fill the inner space of the reservoir body (1) A storage container (3) for recovering material is provided. (B) At this time, the outer diameter of the sediment container (3) for collecting sediment is made slightly smaller than the inner diameter of the main body (1) of the accommodating chamber to provide some play. (C) The bottom plate of the bottom of the sediment collection container (3) is provided with a partially movable bottom plate (7). (D) The partially movable bottom plate (7) is composed of a fixed part bottom plate (7a), a connecting part (7b) and a movable part bottom plate (7c).
Part of the bottom of the partially movable bottom plate (7), the bottom plate landing blades and branches are all around the inside of the lowest part of the side surface of the sediment container other than the fixed part of the partially movable bottom plate (7). A landing blade (8) and a receiving branch (8a) diagonally intersecting the inside of the bottom side of the side wall of the sediment collecting container are provided. (E) When the front end of the upper surface of the movable portion (7c) of the partially movable bottom plate (7) comes into contact with the floor, the movable portion bottom plate (7c) of the sediment collecting reservoir (3) A protrusion (9) for fixing the bottom of the movable part (7c) at the time of landing is provided just above the front end, and two or more cues (6) are provided inside the upper end of the sediment collection container (3). Set up. The second proposal of the present invention has the structure as described above, and when using this, first, when newly installing, in the main body (1) of the completed storage container, the collection container (3) for collecting precipitates. Put in. After completion of loading, move the movable part (7c) of the partially movable bottom plate (7) of the sediment collection container (3) to the floor receiving blade (8).
And the projection (9) to the receiving branch (8a). When it is fixed, wait for the sewage to flow. Check the reservoir body (1) from time to time when you start to use it, and if deposits are collected, remove the reservoir container (3) for deposit collection from the reservoir body (1) using the clue (6) if necessary. . At this time, by utilizing a slight play between the inner diameter of the reservoir body (1) and the outer diameter of the sediment collecting reservoir (3), the sediment collecting reservoir (3) is moved back and forth using the clue (6). Shaking to the left and right makes it easier to take out the sediment collecting container (3). The precipitate in the deposit collecting reservoir (3) thus taken out is processed to clean the deposit collecting reservoir (3) and return it to the reservoir body (1). At this time, the main body of the reservoir (1)
In many cases, the water containing the precipitate flows into the main body of the reservoir (1) from the water outlet (1a) and the water inlet (2a). In such a case, the water in the main body of the reservoir (1) is sufficiently stirred, and when the water and the sediment are sufficiently mixed, a partially movable bottom plate (7) of the sediment collection reservoir (3) With the bottom plate (7c) of the movable part in the movable state, the reservoir container (3) for recovering the precipitate is put into the reservoir body (1). At this time, the water containing the sediment enters the sediment collection container (3) from the movable part of the partially movable bottom plate (7) of the sediment collection container (3). In this way, when the deposit container (3) for deposit collection is completely housed in the main body (1) of the reservoir, the movable part of the bottom plate (7) of the movable part of the deposit container (3) is immediately moved. The bottom plate (7c) is pushed down to be landed on the floor receiving blade (8) and the receiving branch (8a) and fixed by the protrusion (9). Then, if it is left as it is, the deposit is deposited on the bottom of the deposit collection container (3) with the lapse of time, and only water flows. Also, this system is installed on roads and the like. It can be installed in small waterways such as gutters and drainage canals or water collection tanks, and the drainage management of roads and maintenance work of small waterways such as gutters and drainage can be greatly reduced.
【０００７】[0007]
【発明の効果】掃除をするとか、物を洗うなど、水を使
って物の手入れをする事が多い、つまり水とともに汚れ
を洗い流してしまうことが、掃除をし、手入れをするこ
とであって、汚れた水のことはあまり考えられなかっ
た。ただ排水管がつまってときなど、通水作業のじゃま
になる溜め升内の沈殿物を少し取り除く、ことぐらいで
積極的に溜め升内の清掃をする習慣もまた方法もなかっ
た。しかし、上記方法により溜め升を時々点検し、必要
に応じて溜め升の中に溜まった沈殿物を簡単に取り除き
手入れすることが出来る。今、水環境の悪化が、いろい
ろと言われているが、個人として、個々の家庭から出る
家庭排水の浄化の一つの方法として利用できる。又道路
端に、設けられる小規模な排水路の溜め升に、利用すれ
ば排水路の維持管理作業の軽減に役立つ。[Effects of the Invention] Cleaning and washing things are often done with water, that is, washing away dirt with water is cleaning and maintenance. , I didn't really think about dirty water. However, there was no habit or method to actively clean the inside of the storage chamber by removing a little of the sediment inside the storage chamber, which would hinder the flow of water when the drain pipe was clogged. However, the above method can be used to occasionally check the reservoir and, if necessary, to easily remove and maintain the deposits accumulated in the reservoir. Although it is said that the water environment is getting worse now, as an individual, it can be used as a method for purifying domestic wastewater discharged from individual households. In addition, if it is used for a small drainage canal provided at the end of the road, it will help reduce the maintenance work of the drainage canal.
【図１】溜め升本体及び溜め容器の挿入時の斜視図FIG. 1 is a perspective view of a main body of a reservoir and a reservoir container when they are inserted.
【図２】溜め容器の分解斜視図FIG. 2 is an exploded perspective view of a reservoir container.
【図３】第２実施例の溜め容器の斜視図FIG. 3 is a perspective view of a reservoir according to a second embodiment.
【図４】第２実施例の溜め容器の可動式底板及び受羽
根、受枝の斜視図FIG. 4 is a perspective view of a movable bottom plate, a receiving blade, and a receiving branch of the reservoir according to the second embodiment.
（１） 溜め升本体 （１ａ）水の流出口 （２ａ）水の流入口 （３） 沈殿物回収用溜め容器 （４） 底板の汚水の流入口 （５） 蓋 （６） 手掛り （７） 一部可動式底板 （７ａ）固定部底板 （７ｂ）繋ぎ部分 （７ｃ）可動部底板 （８） 受羽根 （８ａ）受枝 （９） 突起 (1) Reservoir main body (1a) Water outlet (2a) Water inlet (3) Sediment collection reservoir (4) Bottom plate wastewater inlet (5) Lid (6) Cue (7) One Part movable bottom plate (7a) Fixed part bottom plate (7b) Connecting part (7c) Movable part bottom plate (8) Receiving blade (8a) Receiving branch (9) Protrusion
Claims (1)
（１ａ）及び流入口（２ａ）の下部を、上端とする溜め
升本体（１）の内空を埋める沈殿物回収用溜め容器
（３）を設ける。 （ロ）このとき溜め升本体（１）の内径より沈殿物回収
用溜め容器（３）の外径を多少小さくし若干の遊びを持
たせる。 （ハ）沈殿物回収用溜め容器（３）の底部の底板の中央
部分に汚水の流入口（４）を設ける。 （ニ）流入口（４）の蓋（５）を設け、沈殿物回収用溜
め容器（３）の上端内側の二箇所以上に手掛り（６）を
設ける。 以上のような構成よりなる、小型溜め升の沈殿物回収用
溜め容器。1. (a) For recovering sediment, which fills the inner space of the main body of the reservoir (1) whose upper ends are the lower portions of the water outlet (1a) and the inlet (2a) of the main body (1) of the reservoir. Provide a reservoir (3). (B) At this time, the outer diameter of the sediment container (3) for collecting sediment is made slightly smaller than the inner diameter of the main body (1) of the accommodating chamber to allow a little play. (C) An inflow port (4) for sewage is provided at the center of the bottom plate at the bottom of the sediment collection container (3). (D) A lid (5) for the inlet (4) is provided, and cues (6) are provided at two or more locations inside the upper end of the sediment collecting container (3). A reservoir for collecting sediment in a small reservoir having the above-mentioned configuration.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7132545A JPH08290010A (en) | 1995-04-20 | 1995-04-20 | Container for recovering deposit in sized cesspool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP7132545A JPH08290010A (en) | 1995-04-20 | 1995-04-20 | Container for recovering deposit in sized cesspool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH08290010A true JPH08290010A (en) | 1996-11-05 |
Family
ID=15083794
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP7132545A Pending JPH08290010A (en) | 1995-04-20 | 1995-04-20 | Container for recovering deposit in sized cesspool |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH08290010A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2013208540A (en) * | 2012-03-30 | 2013-10-10 | Taisei Corp | Device for removing precipitate sludge of tank |
-
1995
- 1995-04-20 JP JP7132545A patent/JPH08290010A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2013208540A (en) * | 2012-03-30 | 2013-10-10 | Taisei Corp | Device for removing precipitate sludge of tank |
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