JPH0634805Y2 - Assembled water purifier - Google Patents
Assembled water purifierInfo
- Publication number
- JPH0634805Y2 JPH0634805Y2 JP1990093089U JP9308990U JPH0634805Y2 JP H0634805 Y2 JPH0634805 Y2 JP H0634805Y2 JP 1990093089 U JP1990093089 U JP 1990093089U JP 9308990 U JP9308990 U JP 9308990U JP H0634805 Y2 JPH0634805 Y2 JP H0634805Y2
- Authority
- JP
- Japan
- Prior art keywords
- plate
- tubular
- rod
- rectangular lattice
- leg portion
- 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.)
- Expired - Lifetime
Links
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- Farming Of Fish And Shellfish (AREA)
Description
本考案は、金魚槽などの水槽の底部又は水槽頂部に設置
される過槽の底部に、サンゴ石、砂、活性炭、綿、フ
ェルトなどの過材料を載置するため設置される組立式
浄水盤に関する。The present invention is a built-in water purifier installed to place excess materials such as coral stone, sand, activated carbon, cotton, and felt on the bottom of a tank such as a goldfish tank or the bottom of a tank installed at the top of the tank. Regarding
【従来の技術】 第４図に、従来の組立式浄水盤を示す。 この組立式浄水盤は、複数個の単位ブロックB1，B2を連
結して構成される。各単位ブロックは、波浪形の主板41
の周面に側面遮閉板42を一体に有して、プラスチックで
一体形成されている。主板41は上面に多数のスリット43
を有し、また、側板42はあり溝とありほぞを有してお
り、複数個の単位ブロックを隣接させて、側板のあり溝
とありほぞを互いに嵌合することにより、任意の面積を
有する平盤状の浄水盤を組み立てることができる。 このような浄水盤は、その上面に過材料を載置して支
持するものである。2. Description of the Related Art FIG. 4 shows a conventional assembly type water purifier. This prefabricated water purifier is configured by connecting a plurality of unit blocks B 1 and B 2 . Each unit block is a wave-shaped main plate 41
A side surface shielding plate 42 is integrally formed on the peripheral surface of, and is integrally formed of plastic. The main plate 41 has a large number of slits 43 on the upper surface.
Also, the side plate 42 has a dovetail groove and dovetail tenon, and by adjoining a plurality of unit blocks and fitting the dovetail groove and dovetail tenon of the side plate to each other, it has an arbitrary area. A flat water purification board can be assembled. Such a water purifier has an excess material placed and supported on its upper surface.
従来の浄水盤は、単位ブロックの連結により大きい寸法
のものを組み立てることができるが、いずれの場合も完
成品は矩形のものに限られ、多角形又は円形あるいは楕
円形などの水槽、又は過槽に入れて使用するには適し
ないという欠点があった。 また、側板に設けてあるあり溝をありほぞの嵌合により
連結するので、側板は必要な構成要素である。しかし、
大型の浄水盤を組み立てた場合は、その周辺に側板を有
するに止まらず、内側にも多く側板を有することになる
ので、浄水盤の底部を比較的小さい空間に仕切るため、
浄水盤底部の水流を阻害し、浄水盤を透過して循環する
水流による浄水機能が低下するという問題点がある。 本考案は、上記の欠点に鑑みてなされたものであり、寸
法及び形状を任意に決定することができるほか、盤面の
透過性は勿論、盤底部における水の流通性を改善して、
浄水機能が向上された組立式浄水盤を提供することを目
的とする。Conventional water purifiers can be assembled with larger dimensions for connecting unit blocks, but in each case the finished product is limited to rectangular ones, such as polygonal or circular or oval water tanks, or over tanks. It had the drawback that it was not suitable for use in a container. Further, since the dovetail groove provided on the side plate is connected by fitting the dovetail tenon, the side plate is a necessary component. But,
When assembling a large water purifier, not only has side plates around it, but also many side plates inside, so to partition the bottom of the water purifier into a relatively small space,
There is a problem that the water flow at the bottom of the water purification board is obstructed, and the water purification function due to the water flow circulating through the water purification board deteriorates. The present invention has been made in view of the above-mentioned drawbacks, and the size and shape can be arbitrarily determined. In addition to the permeability of the board surface, the flowability of water at the board bottom is improved,
It is an object of the present invention to provide a prefabricated water purifier with an improved water purification function.
上記目的を達成するため、本考案による組立式浄水盤
は、いずれもプラスチックで形成された矩形格子板と、
側面遮閉板と、底部仕切板とを基本的構成要素とし、矩
形格子板は、多数のスロットを有する格子板に分流管連
結用の貫通孔を設け、前記格子板の隣接する二つの側辺
に下方に伸びる筒状脚部を等間隔をもって設け、かつ、
各辺の筒状脚部から反対側の方向に延びる平行線の交点
において、下方に等長をもって延び、前記筒状脚部に嵌
合しうる棒状脚部を設けて一体に成形してあり、側面遮
閉板は、多数の貫通孔を有する帯板に前記棒状脚部を嵌
合しうる筒状脚部を前記棒状脚部と等間隔をもって有
し、連結された矩形格子板の周辺において前記棒状脚部
を筒状連結部に嵌合して連結されるものであり、底部仕
切板は側面遮閉板の帯板と等高の帯板に矩形格子板の筒
状脚部を嵌合しうる筒状連結部を設けてなり、その筒状
連結部に矩形格子板の筒状脚部を又はブシュを介して棒
状脚部を嵌合することにより、矩形格子板の底部に装着
されて水路を形成することを特徴としている。In order to achieve the above object, the assembly type water purifier according to the present invention includes a rectangular lattice plate made of plastic,
The side shield plate and the bottom partition plate are the basic constituent elements, and the rectangular grid plate is a grid plate having a large number of slots provided with through holes for connecting the flow dividing pipes, and two adjacent sides of the grid plate. Cylindrical legs extending downward at equal intervals, and
At the intersection of the parallel lines extending in the opposite direction from the tubular leg portion on each side, a rod-shaped leg portion that extends downward with an equal length and can be fitted into the tubular leg portion is provided and integrally formed, The side surface blocking plate has tubular legs that can fit the rod-shaped legs in a strip having a large number of through holes at equal intervals with the rod-shaped legs, and is provided around the connected rectangular lattice plates. The rod-shaped leg is fitted and connected to the tubular connecting part, and the bottom partition plate fits the tubular leg of the rectangular lattice plate to the band plate of the side shielding plate. A tubular connecting portion is provided, and a tubular leg portion of the rectangular lattice plate or a rod-shaped leg portion is inserted into the tubular connecting portion via a bush so that the tubular joint portion can be attached to the bottom portion of the rectangular lattice plate to form a water channel. Is formed.
矩形格子板はその筒状脚部に棒状脚部を嵌合して連結延
長することができ、また、切断により任意の形状寸法が
可能である。連結された格子板の周辺には側面遮閉板を
装着できる。側面遮閉板は周辺からの過材料の進入を
防止する。底部仕切板はその円筒に格子板の脚を嵌合し
て装着でき、水路を形成する。The rectangular lattice plate can be connected and extended by fitting a rod-shaped leg portion to the tubular leg portion thereof, and can be cut to have an arbitrary shape and dimension. Side shields can be installed around the connected grid plates. Side shields prevent excess material from entering from the surrounding area. The bottom partition plate can be fitted by fitting the legs of the lattice plate to the cylinder to form a water channel.
次に、本考案の実施例を図面に基づいて説明する。 本実施例に係る組立式浄水盤は、第１図に示すように、
３個の基本的構成部材、すなわち、矩形格子板と、側面
遮閉板２と、底部仕切板３とからなっている。これらの
３部材はいずれもプラスチックで形成されている。 矩形格子板１は、交差接続された多数の縦格子11と横格
子12をする格子板10で形成されており、順次隣接する２
本の縦格子と２本の横格子の間に、矩形のスロット13が
形成されている。スロット形状は任意である。この格子
板10はまた、適当な位置に一例として３個の円形の貫通
孔14を設けてあり、貫通孔の内側に円形格子141と直径
格子142を配置してあり、この矩形格子板１を使用する
場合は、直径格子142を切断して、直ちにこの貫通孔14
に後述される分流管４を挿通することができる。 また、矩形格子板１の隣合っている二つの側辺に、下方
に延長する等長の筒状脚部15が等間隔をもって設けてあ
る。そして、二側辺の筒状脚部15から反対側の辺に向か
って延びる平行線の交差点上に筒状脚部15と等長の、筒
状脚部15に嵌合しうる頭切円錐状の棒状脚部16が設けて
ある。しかし、筒状脚部15、棒状脚部16の形状は限定さ
れない。 側面遮閉板２は、上下の横格子21の間に垂直な軸線を有
する筒状連結部22を等間隔をもって設け、また、各筒状
連結部22の間において横格子21を連結する縦格子23を有
して、上下の横格子と各縦格子の間に矩形のスロット24
が形成されている。 筒状連結部22の間の内径、長さ、相互間隔は、いずれ
も、矩形格子板１の側辺の棒状脚部16に対応して設計し
てあり、筒状連結部22に棒状脚部16を嵌合して矩形格子
板１の側辺底部にこの側面遮閉板を連結することができ
る。 このようにして、側面遮閉板２は矩形格子板１の側辺に
選択的に取付けて、組立後の浄水盤の周辺を適当に遮閉
し、浄水盤底部の空間にこの浄水盤に載置される過材
料が進入するのを阻止する。 底部仕切板３は、基本的に矩形格子板１に接続されて矩
形格子板を構成するものであり、一列の筒状脚部15又は
棒状脚部16と等間隔をもって円筒31を有する。この円筒
31にはブシュ32が着脱自在に嵌め込んであり、ブシュを
嵌め込んだ状態で、これに棒状脚部16を挿入することが
でき、また、ブシュ32を取り外したときは、これに円筒
状脚部15を嵌合することができる。底部仕切板の高さ
は、側面遮閉板２と同じく、その長さに制限はない。ま
た、切断して組立後の矩形格子板１の底部に跨がらせる
こともできる。 第２図と第３図は、上記３個の基本的構成部材1,2,3を
用いて多角形の浄水盤を組み立てた例を示している。図
面中、符号１は、矩形格子板断の切断前の原型であり、
1aは矩形格子板１の切断後に、一辺に筒状脚部15を有
し、他の三辺に棒状脚部16を有している。また、1bは矩
形格子板１の切断後に二辺に円筒状脚部15を有し、か
つ、周辺に棒状脚部16を有して、矩形格子板1,1a,1bと
連結することができる。1Cは水槽又は過槽の形状に合
わせて切断したものであり、切断後の矩形格子板1cの棒
状脚部16は他の矩形格子板1,1a,1bあるいは側面遮閉板
２に貫通させるのに用いられる。 側面遮閉板２を連結した後に、浄水盤の周辺に取り付
け、側面遮閉板の円筒22と矩形格子板１の底部の棒状脚
部16によって互いに連結すると、即、組立が完了する。 側面遮閉板２は、強靱な物性を有し、浄水盤９外の周辺
の形状に応じて適度に曲げられて、過材料が浄水盤周
辺の側部から浄水盤底部の空間に流入するのを防止す
る。 第３図は、上述のように組み立てられた浄水盤に分流管
４を取り付けた状態を示す底面図である。分流管４は、
一区切りずつ取付けて連結されており、図示の例では、
２本の分流管４をそれぞれ貫通孔14より導入して浄水盤
の底部周辺に配置し、そのうち１本の分流管を送水用と
し、他の１本を引水用としている。分流管４は止め輪41
により棒状脚部16に固定してある。分流管４には、ま
た、棒状脚部16の中間において内外貫通する孔42が設け
てある。 こうして、底部仕切板３を棒状脚部16に装着すると、２
本の分流管４の各孔42の間に水路が形成され、一方の分
流管に水を供給すると、２本の分流管の孔42の間に水流
が発生する。この水流は浄水盤底部の汚れを他方の分流
管内に導き、その分流管を介して水槽頂部に設置した
過槽内に引き込んで過させる。過された浄水は再び
前記一方の分流管に送られるので、循環と過が繰返さ
れて、浄水機能が発挿される。 上記構成において、注意に値することは、連結される浄
水盤の底部は側面遮閉板によって完全な一つの区域に区
分されていることである。上述した従来の浄水盤は連結
される単位浄水盤の底部が側面遮閉板によって複数の区
域に区分されているから、この余分な側面遮閉板が分流
管の配置を困難にしていたばかりでなく、水流の循環を
阻害していた。しかし、本考案では、完成した浄水盤は
周辺にのみ側面遮閉板を有し、中間の底部は底部仕切板
を有するのみで分流管を簡単に取付けることができ、送
水管の孔から引水管の孔まで底部仕切板により仕切られ
ているから水流循環が促進される。 また、矩形格子板１は筒状脚部15,棒状脚部16をマトリ
ックス状に有しているので、任意の形状、寸法に切断し
ても、皆同様に使用して、側面遮閉板及び底部仕切板の
取り付けが可能であるから、水槽又は過槽の底部の形
状に合わせて、適当に連結して組立てることができる。
さらに、矩形格子板１の上面に貫通孔を予め設け、使用
時に開口できるから、分流管の接続位置を水槽の水循環
系統に応じて設定することができる。Next, an embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1, the prefabricated water purifier according to the present embodiment,
It is composed of three basic components, namely, a rectangular lattice plate, a side shield plate 2, and a bottom partition plate 3. All of these three members are made of plastic. The rectangular lattice plate 1 is formed by a large number of lattice plates 10 that are cross-connected and form a vertical lattice 11 and a horizontal lattice 12, and the two adjacent lattice plates are sequentially arranged.
A rectangular slot 13 is formed between the vertical grid and the two horizontal grids. The slot shape is arbitrary. The lattice plate 10 is also provided with three circular through holes 14 at appropriate positions as an example, and a circular lattice 141 and a diameter lattice 142 are arranged inside the through holes. If used, cut the diameter grid 142 and immediately
The flow dividing pipe 4 described later can be inserted therethrough. Further, on the two adjacent sides of the rectangular lattice plate 1, tubular legs 15 of equal length extending downward are provided at equal intervals. Then, a truncated cone shape that has the same length as the tubular leg 15 on the intersection of the parallel lines extending from the tubular leg 15 on the two sides toward the opposite side and that can be fitted into the tubular leg 15 A rod-shaped leg portion 16 of is provided. However, the shapes of the tubular leg portion 15 and the rod-shaped leg portion 16 are not limited. The side surface blocking plate 2 has cylindrical connecting portions 22 having a vertical axis between the upper and lower horizontal lattices 21 at equal intervals, and a vertical lattice connecting the horizontal lattices 21 between the respective cylindrical connecting portions 22. 23 with a rectangular slot 24 between the upper and lower horizontal grids and each vertical grid
Are formed. The inner diameters, lengths, and mutual intervals between the tubular connecting portions 22 are all designed to correspond to the rod-shaped leg portions 16 on the sides of the rectangular lattice plate 1. This side surface blocking plate can be connected to the bottom of the side of the rectangular lattice plate 1 by fitting 16 together. In this way, the side shields 2 are selectively attached to the sides of the rectangular lattice plate 1 to properly shield the periphery of the water purifier after assembly, and to be mounted on this water purifier in the space at the bottom of the water purifier. Prevents excess material being placed from entering. The bottom partition plate 3 is basically connected to the rectangular grid plate 1 to form a rectangular grid plate, and has a cylinder 31 at equal intervals with the row of cylindrical legs 15 or rod-shaped legs 16. This cylinder
The bush 32 is detachably fitted into the 31. The rod-shaped leg portion 16 can be inserted into the bush while the bush is fitted, and when the bush 32 is removed, the cylindrical leg can be inserted into the bush 32. The part 15 can be fitted. The height of the bottom partition plate is not limited to the same length as the side shield plate 2. It is also possible to cut and straddle the bottom of the rectangular lattice plate 1 after assembly. 2 and 3 show an example in which a polygonal water purifier is assembled using the above three basic constituent members 1, 2, and 3. In the drawings, reference numeral 1 is a prototype before cutting a rectangular lattice plate,
After cutting the rectangular lattice plate 1, 1a has a tubular leg 15 on one side and a rod-shaped leg 16 on the other three sides. Further, 1b has a cylindrical leg portion 15 on two sides after cutting the rectangular lattice plate 1 and a rod-shaped leg portion 16 on the periphery, and can be connected to the rectangular lattice plates 1, 1a, 1b. . 1C is cut according to the shape of the water tank or the excess tank, and the rod-shaped leg portion 16 of the rectangular lattice plate 1c after cutting is made to penetrate the other rectangular lattice plates 1, 1a, 1b or the side shield plate 2. Used for. After the side shields 2 are connected, they are attached to the periphery of the water purification board, and the cylinders 22 of the side shields and the rod-shaped legs 16 at the bottom of the rectangular lattice plate 1 are connected to each other to complete the assembly immediately. The side surface blocking plate 2 has a tough physical property, is appropriately bent according to the shape of the periphery of the water purification board 9, and excess material flows into the space at the bottom of the water purification board from the side portion around the water purification board. Prevent. FIG. 3 is a bottom view showing a state in which the flow dividing pipe 4 is attached to the water purification board assembled as described above. The branch pipe 4 is
They are attached and connected one by one, and in the example shown,
The two flow dividing pipes 4 are respectively introduced from the through holes 14 and are arranged around the bottom of the water purifier. One of the flow dividing pipes is used for water supply, and the other one is used for drawing water. The branch pipe 4 has a retaining ring 41
It is fixed to the rod-shaped leg portion 16 by. The flow dividing pipe 4 is also provided with a hole 42 penetrating inside and outside in the middle of the rod-shaped leg portion 16. In this way, when the bottom partition plate 3 is attached to the rod-shaped leg portion 2,
A water channel is formed between the holes 42 of the two flow dividing pipes 4, and when water is supplied to one of the flow dividing pipes, a water flow is generated between the holes 42 of the two flow dividing pipes. This water flow guides the dirt on the bottom of the water purifier into the other diversion pipe and draws it through the diversion pipe into the excess tank installed at the top of the water tank to pass it. Since the purified water that has passed is sent to the one of the flow dividing pipes again, the circulation and the excess are repeated, and the purification function is inserted. In the above configuration, it is worth noting that the bottom part of the water purification boards to be connected is divided into one complete area by the side shield plate. In the conventional water purifier described above, the bottom of each unit water purifier to be connected is divided into a plurality of areas by the side shields, so that the extra side shields not only make it difficult to arrange the diversion pipes, but also , The circulation of the water flow was obstructed. However, in the present invention, the completed water purifier has side shields only in the periphery, and the middle bottom has only the bottom partition plate, so that the flow dividing pipe can be easily attached, and the water pipe can be installed through the water pipe. The water flow circulation is promoted because the hole is divided by the bottom partition plate. Moreover, since the rectangular lattice plate 1 has the tubular leg portions 15 and the rod-shaped leg portions 16 in a matrix, even if the rectangular lattice plate 1 is cut into an arbitrary shape and size, the rectangular lattice plate 1 is used in the same manner as in the side shield plate and the side shield plate. Since the bottom partition plate can be attached, the bottom partition plate can be assembled by appropriately connecting to the shape of the bottom of the water tank or the excess tank.
Furthermore, since the through holes are provided in advance on the upper surface of the rectangular lattice plate 1 and can be opened at the time of use, the connection position of the diversion pipe can be set according to the water circulation system of the water tank.
上述のように、本考案による組立式浄水盤は矩形格子板
と、側面遮閉板と、底部仕切板とを最少構成要素とし、
矩形格子板の二辺の底部に設けられた筒状脚部に他の矩
形格子板の下面に等間隔で突設した棒状脚部を嵌合して
連結することができ、また、脚には連結した矩形格子板
の周辺において側面遮閉板の円筒を嵌合して側面遮閉板
を装着でき、さらに、各列の脚に底部仕切板の円筒を嵌
合して底部仕切板を連結することができるので、矩形格
子板を切断して任意の形状寸法の浄水盤を組立てること
ができるとともに、完成した浄水盤には周辺のみに側面
遮閉板を取付けて底部には一つの区域のみが形成される
から、分流管の配設及び底部仕切板の配置が容易にで
き、底部仕切板の装着により分流管の送水口から引水口
まで連続する吸い流路を形成することができ、水流が促
進されるので円滑な還流が得られる。As described above, the assembled water purifier according to the present invention has the rectangular lattice plate, the side shield plate, and the bottom partition plate as the minimum components,
It is possible to fit and connect rod-shaped leg portions projecting at equal intervals on the lower surface of another rectangular lattice plate to the cylindrical leg portions provided on the bottoms of the two sides of the rectangular lattice plate. Around the connected rectangular lattice plate, a side shield plate can be fitted by fitting a cylinder of the side shield plate, and further, a cylinder of the bottom partition plate can be fitted to the legs of each row to connect the bottom partition plate. Since it is possible to cut a rectangular grid plate to assemble a water purifier of any shape and dimensions, the completed water purifier has side shields only on the periphery and only one area at the bottom. Since it is formed, the distribution pipe and the bottom partition plate can be easily arranged, and by installing the bottom partition plate, it is possible to form a continuous suction flow path from the water supply port of the flow distribution pipe to the water intake port, and the water flow. As it is promoted, a smooth reflux is obtained.
第１図は本考案の浄水盤の構成部材の分解斜視図、第２
図は組立てられた浄水盤を一部を取り外した状態で示す
斜視図、第３図は完成品の底面図である。第４図は従来
品を示す斜視図である。 １……矩形格子板、 13……スロット、 14……貫通孔、 15……筒状脚部、 16……棒状脚部、 ２……側面遮閉板、 22……筒状連結部、 23……孔、 ３……底部仕切板、 31……筒状連結部、 32……ブシュ。FIG. 1 is an exploded perspective view of the components of the water purifier of the present invention, FIG.
The drawing is a perspective view showing the assembled water purifier with a part thereof removed, and FIG. 3 is a bottom view of the completed product. FIG. 4 is a perspective view showing a conventional product. 1 ... rectangular grid plate, 13 ... slot, 14 ... through hole, 15 ... cylindrical leg part, 16 ... bar leg part, 2 ... side shield plate, 22 ... cylindrical connection part, 23 ...... Hole, 3 ...... bottom partition plate, 31 …… cylindrical connection part, 32 …… bush.
───────────────────────────────────────────────────── フロントページの続き (51)Int.Cl.5 識別記号 庁内整理番号 ＦＩ 技術表示箇所 Ｂ０１Ｄ 35/027 ─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. 5 Identification code Internal reference number FI technical display area B01D 35/027
Claims (1)
矩形格子板と、側面遮閉板と、底部仕切板とを基本的構
成要素とし、 （ロ）前記矩形格子板は、多数のスロットを有する格子
板に分流管連結用の貫通孔を設け、前記格子板の隣接す
る二つの側辺に下方に伸びる筒状脚部を等間隔をもって
設け、かつ、各辺の筒状脚部から反対側の辺の方向に延
びる平行線の交点において、下方に等しい長さをもって
延び、前記筒状脚部に嵌合しうる棒状脚部を設けて一体
に成形してあり、 （ハ）前記側面遮閉板は、多数の貫通孔を有する帯板に
前記棒状脚部を嵌合しうる筒状連結部を前記棒状脚部と
等間隔をもって有し、連結された矩形格子板の周辺にお
いて前記棒状脚部を筒状連結部に嵌合して連結されるも
のであり、 （ニ）前記底部仕切板は前記側面遮閉板の帯板と等高の
帯板に前記矩形格子板の筒状脚部を嵌合しうる筒状連結
部を設けてなり、その筒状連結部に前記矩形格子板の筒
状脚部を、又はブシュを介して棒状脚部を嵌合すること
により、矩形格子板の底部に装着されて水路を形成する
ものである、 組立式浄水盤。(A) A rectangular lattice plate made of plastic, a side shield plate, and a bottom partition plate are all basic components, and (b) the rectangular lattice plate has a large number of slots. A through hole for connecting the flow dividing pipe is provided in the lattice plate, and downwardly extending tubular legs are provided at two adjacent sides of the lattice plate at equal intervals, and the opposite side from the tubular legs on each side. At the intersection of the parallel lines extending in the direction of the side of, the rod-shaped leg portion that extends downward with the same length and can be fitted into the tubular leg portion is provided to be integrally molded. The plate has a tubular connecting portion capable of fitting the rod-shaped leg portion on a strip plate having a large number of through holes at equal intervals with the rod-shaped leg portion, and the rod-shaped leg portion is provided around the connected rectangular lattice plate. Is fitted and connected to the tubular connecting portion, and (d) the bottom partition plate is A strip-shaped plate having a height equal to that of the surface-shielding plate is provided with a tubular connecting portion into which the tubular leg portion of the rectangular lattice plate can be fitted, and the tubular portion has a tubular shape of the rectangular lattice plate. An assembly type water purifier, which is mounted on the bottom of a rectangular lattice plate to form a water channel by fitting a leg or a rod-shaped leg via a bush.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1990093089U JPH0634805Y2 (en) | 1990-09-04 | 1990-09-04 | Assembled water purifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1990093089U JPH0634805Y2 (en) | 1990-09-04 | 1990-09-04 | Assembled water purifier |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0450104U JPH0450104U (en) | 1992-04-28 |
| JPH0634805Y2 true JPH0634805Y2 (en) | 1994-09-14 |
Family
ID=31830038
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1990093089U Expired - Lifetime JPH0634805Y2 (en) | 1990-09-04 | 1990-09-04 | Assembled water purifier |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0634805Y2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101156799B1 (en) * | 2012-01-09 | 2012-06-18 | 박근하 | Aquarium with filtering function |
-
1990
- 1990-09-04 JP JP1990093089U patent/JPH0634805Y2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0450104U (en) | 1992-04-28 |
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| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |