JPS5985074A - Non-engaging and non-adhering repairing of existing cable - Google Patents
Non-engaging and non-adhering repairing of existing cableInfo
- Publication number
- JPS5985074A JPS5985074A JP19179682A JP19179682A JPS5985074A JP S5985074 A JPS5985074 A JP S5985074A JP 19179682 A JP19179682 A JP 19179682A JP 19179682 A JP19179682 A JP 19179682A JP S5985074 A JPS5985074 A JP S5985074A
- Authority
- JP
- Japan
- Prior art keywords
- pool
- existing
- installing
- plate
- new
- 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.)
- Granted
Links
Landscapes
- Working Measures On Existing Buildindgs (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
この発明は、コンク11−ト築漬に係る既存プールをそ
の才\残侍し、この既存ブール躯体シ利用して金属製溶
接プール?簡便に作付すること?内存とした無停と、無
折り改修工法の開承に係わるものであるO而して従前番
こ於けるこの種の老朽ブーlしの改修は、プール躯体の
折りと、この研り1こ即応した防水モルタル等の塗層仕
上げか予定さねたものであみ力1、プール躯体の老朽化
蚤こ伴って、躯体面一こ無数のクラック等が存し、漏水
、殊昏こ充分な水EEシ淘−する漏水の防IE面に於い
て難を有すると共に折り処理に多くの作業手Iv1シ要
し、又騒音、研りコンク11−ト廃棄物等を多量に発生
し、必らずしも満足し得る改修工法とはなり難いもので
あった。[Detailed Description of the Invention] This invention takes advantage of the existing pools related to the construction of concrete concrete and utilizes the existing boule structure to create a metal welded pool. Is it easy to plant crops? This is related to the development of the non-stop and non-folding renovation method.Renovation of this type of dilapidated pool in the past involved folding the pool frame and sanding. The coating of waterproof mortar, etc., was applied immediately, and the coating was not as planned, resulting in a 1.5mm drag. Due to the age of the pool structure and fleas, there were countless cracks all over the surface of the structure, and there was insufficient water to prevent water leakage. It is difficult to prevent leakage of water during EE processing, requires many workers for the folding process, generates a large amount of noise, abrasive concrete waste, etc., and is not necessary. However, it was difficult to find a satisfactory repair method.
父、既設コンクリート躯体に対し金属板を張り込む、所
謂化粧直し的な改修工法に於いても介装金属板に充分な
耐水圧機能?もたせるべく既存躯体と張設金属板1iI
Jlこ多数の補強裏打材シ配し、こfl、 r、斃f$
+こオールアンカー等?もってIE看一体としたもので
あり、改修砲工に於いて多くの研り作業と、アンカー打
込み作業とが要請されたものである。Father, even in the so-called cosmetic renovation method where metal plates are attached to the existing concrete frame, does the intervening metal plate have sufficient water pressure resistance? Existing frame and stretched metal plate 1iI to maintain
A large number of reinforcing backing materials are arranged, fl, r, f$
+ All anchor etc? As a result, the IE model was integrated, and the repair gunsmith required a lot of sharpening work and anchor driving work.
本発明に係る改修工法は、か\る庇削改饅工法tこ於け
る本部@−%こ鑑み特$こ案出されたものであって、既
存躯体に於ける強力な耐荷頂機能を何等丁伺うことなく
、その才\活用し、しかも新設ブール購成金属板を砂掩
のクッションtl11′髪もってr面」的に支承し、新
設プール接合縁等に於ける破裂等の事故の発生を抑!ヒ
したことよりして、格別の補強裏打材の介装施工を不要
になすと共に接合管端の溶出処理1ζよる既存外套鍔管
の除去をもって、暁存鵠体1こ於ける折り出しシー切不
要としたものである。The repair method according to the present invention was devised by the headquarters in view of the eave cutting modification method, and it is designed to improve the strong load-bearing top function of the existing frame. Without hesitation, we utilized that talent and supported the newly constructed metal plate of the pool with the cushion of the sand bunker on the r side, thereby preventing accidents such as ruptures at the joint edge of the newly constructed pool. Suppression! As a result, we have eliminated the need for intervening a special reinforcing lining material, and by removing the existing jacket flange tube by elution treatment 1ζ at the end of the joint tube, there is no need to cut out the folding seam at the existing body. That is.
以下本発明番こ係る既設プールの改修工法を添付の図面
に示を実t@例について説明するに”、先ずその第1の
発明に於ける工法は、既設プールの躯体底部(11の四
周縁部(こ新設プール側壁板(11)下端縁?正贋fる
ためのコンクリート基礎部6I憚設フール底面板15)
の張設レベルに到る寸法がこ打設し、その際、新設プー
ル+tlll 管板(illの下@縁部に既め又は施工
時に旧情した結合部材C33?と着するためのチャンネ
ル材等の止着部材(ト)r?骸コンηリート基礎部61
)に一体的に設けるよう1こしたものであって、重着部
材をチャンネル付さした場合は、コンクリート基礎部O
υ上面に、チャンネル材の凹部が上向きとなるようにし
たものである。尚、結合部材c3カは、新設ブール底面
板(5)と溶着し得るように第1図に示を如く断面T字
状のアングル材か予定されたものである力1その他、該
側壁板+tnの下@eシ底面板)5)の方に−IFrl
IBげて底面板(5)と溶着シする態様も予定されたも
のである。The method of repairing an existing swimming pool according to the present invention is shown in the attached drawings and will be explained below with reference to an actual example.First, the method of the first invention is applied to the bottom of the frame of an existing pool (the four peripheries of (lower edge of the newly installed pool side wall plate (11)? Concrete foundation part 6I to verify authenticity 15)
At this time, the new pool + tllll tube plate (channel material, etc. to be attached to the existing or old connecting member C33? at the bottom of the ill) will be installed. Fastening member (g)r?Mukurocon ηLeat base part 61
), and if a heavy member is attached with a channel, the concrete foundation O
The concave portion of the channel material faces upward on the upper surface of the υ. In addition, the connecting member c3 is an angle member with a T-shaped cross section as shown in FIG. -IFrl towards the bottom of @ e bottom plate) 5)
A mode in which the IB is welded to the bottom plate (5) is also planned.
次いで、既設プールの嘔体底g(1)に設けられた既設
排水桝(2)のグレーチング+m外し、このグレーチン
グ取付は凹陥段部12)aに新設排水桝13171−、
バッキング14)を介して☆付シ寸立設したものであり
、この桝13)の高き寸法?I−覇股ブール1に面板(
5)の張設レベルに到る寸法に設定したものであン)。Next, the grating +m of the existing drainage basin (2) provided on the bottom g (1) of the existing pool is removed, and this grating is attached to the new drainage basin 13171- in the concave step 12) a.
It is installed vertically with ☆ through the backing 14), and what is the height of this square 13)? I-Hamata boule 1 with face plate (
The dimensions are set to reach the tensioning level of 5).
尚、排水桝13)(ま筒1フクシなfものとし、その下
端外周に鍔唱)aと、父上端夕8.筒に鍔13)bシ溶
←4用〒1し、この鍔13)aに既設排水桝12)の股
Fil(121aに立設したボルト(6)シ挿辿、東学
t Z、 t 5 +こなすと共に鍔1:↓lb上に仮
(5)を被装俗>ML、て、桝13)と&15)との一
体連設を1jJi L、 、既設排水桝12)と新設排
水桝1;3)との水密的なテ!!設シなしたものである
。In addition, the drainage basin 13) (the main pipe is 1 fukushi f, and the outer periphery of the lower end is engraved) a, and the upper end is 8. Weld the flange 13)b to the cylinder ← 4, and insert the bolt (6) installed in the existing drainage basin 12) into the flange 13)a (121a), Togaku t Z, t 5 + As well as Tsuba 1: ↓ Put temporary (5) on lb > ML, te, integrally connect the basin 13) and &15) 1jJi L, , the existing drainage basin 12) and the new drainage basin 1; 3) Watertight te with! ! It was established by
父、桝13)に於ける内周術聞げ鍔13)C上にグレー
千ング(7))添装し、これ?ボルト8)シもって敗付
けるようにしたものである1、)s 。Father, I attached gray senging (7)) on the inner circumference technique in the box 13) C, and this? Bolt 8) is designed to be defeated by 1,)s.
MU記板(5)の張設?もッテ桝+31 ノ4 +31
c 面上にWItFN、される凹段部内に該グレー千
ング(7)が納するように考慮されたものである。Installation of MU board (5)? Motte Masu +31 No4 +31
It is designed so that the gray ring (7) is housed within the concave step formed on the c surface.
か\る既設桝121 Gこ対「る新設桝13)の殿付け
と井に既設循環水吐出管(9)Iこ新設の循環水吐出管
U印を連設したものであり、この吐出管1101は新設
プールの側壁板011に予め一体的に市W開口されたも
のとして用意され、その中間にユニバーサル部0■ar
配して、管端を吐出管(9)内に嵌挿、IF8着でるよ
うにしたものである。The existing circulating water discharge pipe (9) I is connected to the existing circulating water discharge pipe (9) and the newly installed circulating water discharge pipe marked U. 1101 is prepared as an integrated opening in the side wall plate 011 of the newly constructed pool, and a universal part 0 ar is installed in the middle.
The pipe end is inserted into the discharge pipe (9) so that the IF8 comes out.
次いで、既設プールの躯体1u11 ! +21より内
11ハ方に突出「るように位置決めアングルα3シ縣水
溝部(141にと着するべく、核部Iにオールアンカー
(151+ 打設し、こねにアングル03を締着した後
、該アングルa3端にII壁板(111シ一体的に溶層
、又板(11)のT11こYいてはコンクリート基礎部
OI)に於ける正着部伺−0□□□蓚こ接合部材(3つ
?もって旧着熔庸するようにし、位置決め張設シなずよ
′)蚤こしたもので、hる。Next, the frame of the existing pool 1u11! In order to attach the positioning angle α3 to the water groove part (141) so that it protrudes 11 degrees inward from +21, cast all anchors (151+) in the core part I, and after tightening angle 03, At the end of angle a3, there is a joint member (3 Make sure to use the old method, and do not set the positioning tension.
尚、張設される側贋板011(オ所定間隔毎昏ζ補強ア
ングル161〜(1印を縛着し、板Hの反り一膨出し′
Sを確実に抑市「るように―既されたものである。In addition, the side counterfeit plate 011 to be stretched (O) is tied at a predetermined interval ζ reinforcing angle 161~(1 mark, and the plate H is warped and bulged'
This has already been done to ensure that S is suppressed.
かくして、排水桝13)と、吐出管(101の取付は並
ひに11111 壁板(Illのレベル出しの終了と共
に該a+壁板+tnの下11こ取付けた績合部bO)に
於けるm’33Bと、排水桝13)のl# 131 b
とを打設レベルとして、既設プール底部に川砂又は山砂
等の底圧クッション17an’e打設。In this way, the drainage basin 13) and the discharge pipe (101) are installed at the same time as 11111 m' in the joint part bO, which was installed 11 below the wall plate (a + wall plate + tn with the completion of the leveling of Ill). 33B and drainage basin 13) l# 131 b
With this as the pouring level, a bottom pressure cushion 17an'e of river sand or mountain sand is poured at the bottom of the existing pool.
転圧し、次いでこの打設クッション材(In紮騰打材と
して前記鍔l:31 b%C3邊a面に妊面板(!5)
シ張設、溶層したものである。This was then rolled and pressed, and then this cushioning material (in the form of a cushioning material) was covered with a ferrule plate (!5) on the side a of the 31 b% C3 side.
It was installed and melted.
尚、このクッション材07ノの打設に相前後し、アング
ルQ3)kベースとした1則壁板(1υ?1頓次張りぬ
ぐらfと共(こ、この側壁板(111の上級の折り返し
膨曲部(lllb)溢水レベルとし、この膨曲aaυb
より側方に凹設傾斜面シ設けて溢水溝部(IIICを回
時醤ζ杉既「るようにしたものである。In addition, around the time of placing this cushion material 07, along with the one-rule wall board (1υ?1 tonji-upholstery f) based on angle Q3) k, this side wall board (111's advanced folding) was installed. The swelling part (lllb) is assumed to be at the overflow level, and this swelling aaυb
A concave inclined surface is provided on the side to allow the overflow groove (IIIC) to flow through.
父、この溢水溝部(111cの隣5zに於いて旧溢水溝
部04)にV・ける排水孔(1,41aに該溝部0υC
に連設した溢水循環配管(18) ) H口せしめて、
余剰溢水を既設の溢水循環配管(1優1こ導出するよう
にしたものである。Father, this drainage hole (1, 41a, the groove 0υC) is connected to this overflow groove (former overflow groove 04 at 5z next to 111c).
Overflow circulation piping (18) connected to H port,
Excess overflow water is channeled through the existing overflow circulation piping (1 x 1 pipe).
又、か\るIll壁板a11の張込みに附随して、この
ft1ll 壁板(1Bと、@体+t+uiazとの間
にIll砂又は山砂等の11111圧クツシヨン材(η
シ光填し、11+ll 9.板旧]の裏打材としたもの
である。In addition, along with the installation of the Ill wall plate a11, a 11111 pressure cushion material (η
Fill with light, 11+ll 9. It was used as a backing material for the old board.
カくシてプール遊泳面の改修に引続いてn11記アング
ル(13ヲ受は材として口状シなrステージ板(2)’
r張役し、その−側の内+t+n折曲げ9 t!11
a シ既設ステージ(221こオールアンカー1931
’4μもってEヒ層ぎねたアングルQ(イ)にコーキ
ングCツ?介してビス着(イ)し、又他方端縁を、先の
溢水溝部all CIこ於ける立上り壁fllldに溶
着したものである。Following the renovation of the pool swimming surface, angle n11 (13 is the stage plate (2) with a mouth-like shape as the material)
Stretch r and bend inside +t+n on the negative side 9 t! 11
a Existing stage (221 anchors 1931
'Caulking C on the angle Q (A) where the E Hi layer was bent with 4μ? The other end edge is welded to the rising wall fllld of the overflow groove part all CI.
尚、このステージ板L2υは、遊泳者の飛込み等の耐荷
重機能を増す目的に於いて適宜の補強材(27)か、そ
の内側壁面)こ張設されたものである。This stage plate L2υ is provided with a suitable reinforcing material (27) or its inner wall surface for the purpose of increasing the load-bearing function when a swimmer dives, etc.
か\Bプールの改修工法に於いて、惧2の発明の要旨と
fるさころは、前記循穣水吐出管四の連設1こ際して、
既設循環水吐出管19)1こ於ける目皿取付は外套碍管
G!u ”;cバーナー等?もって加熱、鼎出して、核
部の折り操作?不要になfよう【こしたものである。In the method of repairing the Ka\B pool, the gist of the second invention and the third point are that, in connection with the above-mentioned four circulating water discharge pipes,
Existing circulating water discharge pipe 19) Install the perforated plate in this place using the mantle insulated pipe G! u ''; c Heat it with a burner, etc., and strain it so that folding the core becomes unnecessary.
uUち、従前手法1こゲ・いては、間膜の循環水吐出管
(9)の開口部に設けられた真鍮鋳物製の目皿(イ)の
4y付は用の碍管C)、F!A ’r %ず研り出し、
これシ溶断?rZ)等して処理し、折り出した内奥の鋼
管部分1こフランジ付等を取付けて、新規の吐出管開口
部1/Iシ連設fるよ′″Iにしπものである。しかし
乍ら、か\る手法にbへいては研り出した多くの手間?
要すると共1こ連設施エカS煩暫、目、つ多くの部材を
弗し、郡エコストシ高め、又既設ブール躯体自体の脆弱
化を銹昨したものである。uUchi, conventional method 1 is burnt, and the perforated plate (a) made of brass casting provided at the opening of the circulating water discharge pipe (9) of the interstitial membrane has a 4Y insulator pipe C), F! A 'r% is sharpened,
Is this a meltdown? rZ), etc., attach a flange, etc. to the bent inner steel pipe section, and connect the new discharge pipe opening 1/I. However, it took a lot of time and effort to refine this method.
In short, it was a one-way facility, and a large number of parts were removed, the overall cost was increased, and the existing building frame itself was weakened.
叙上にVける溶出手法は、か\る従圓1例に於ける不都
合に鑑み特に案出されたものであり、真鍮鋳物製の碍管
(4)と直管部分である鋼管+AL!:の融点の差異1
こ着眼し、この碍管(2(至)部分?焙り出WことIこ
より従前折り操作乍不要とし、又鋼管拐である@管部分
の破偵事故伊防土したものである。The elution method described above was specially devised in view of the inconvenience in the case of the first case, and it uses a cast brass insulator pipe (4) and a straight pipe part, a steel pipe + AL! : Difference in melting point 1
With this in mind, we decided to make this insulator tube (2nd part? 2nd part? Also known as roasting W) unnecessary to perform the previous folding operation, and also eliminate the accidental accident of the pipe part, which is made of steel pipe.
カくシて溶出された碍管(28)+こ代るベキモ3
のとして別途新設吐出管flQl ″?用意し、この¥
Fllα吉既設管(9)との内径を同一とf7−1こと
1ζより連設管C■の故挿、溶着と云つ1こLIIL純
な連結による施工腎可能としたものである。Prepare a new discharge pipe flQl″? for the insulator pipe (28) + Kogyoru Bekimo 3 that was eluted and eluted, and prepare this ¥
Since the inner diameter of the existing pipe (9) is the same as that of the existing pipe (9), f7-1 (also known as 1ζ) allows for the construction of the connecting pipe C2 by simple insertion and welding.
本発明に係る改修工法は叙上に於ける特長ある9散、就
中無停屯、無碍り手法による改修・シ・もって堅牢な金
嬬製プールシ簡単+(I生成し得たものであって、施工
に際しての多くの折り手間、並ひに研り出し番こ際して
伴う各種の騒音、粉塵と多量の不燃廃棄物の発生シなく
シ、同時に既設プール躯体の有「るH荷重特注の損耗′
f!−確実に直重したものである。The renovation method according to the present invention has nine features in the description, in particular, the renovation and construction using the no-stopping and no-destruction methods. This eliminates the large amount of folding required during construction, the various noises, dust, and large amounts of non-combustible waste that are generated during sanding, and at the same time eliminates the H load of the existing pool structure. loss'
f! - Ensure that it is loaded directly.
父、既設プール底面四”[I W ’t!If lこコ
ンクリート基礎部ODを設け、側購板Ovの正着?完全
なものとし、水圧に耐え得るものとなし、更昏こ張設金
属板の裏打材を「面」的なりツション材をもって構成し
πことにより張設金属板の反り、膨出しが有効Gこ直重
され、比較的薄厚の金属板の張込みに於いても接合警の
破裂、歪み出し等の事故の生fる余地を皆無としたもの
である。My father installed a concrete foundation OD on the bottom of the existing pool, installed a concrete foundation for the side board, and made it complete and able to withstand water pressure. By configuring the backing material of the plate as a "surface" or tension material, the warpage and bulge of the stretched metal plate are effectively applied with G force, and even when relatively thin metal plates are stretched, the joint security can be prevented. There is no possibility of accidents such as rupture or distortion.
止に、従前手法に於いては、張込まハる膨大な水圧に耐
え得る嘴潰体とfべく、裏打材を殆ど張設金属板の裏面
全てに及ぶように配「ると共に張設プール筺の揺れに伴
う接合縁の破偵、裏打材当接面の凹陥事故等?直重すべ
く、既設プール得体に確実に連結一体としたものである
。従って、施工lこ於いては既設プ ル壁釘Iこ膨大な
甘のオールアンカーの打設を要ぐると共lこ、逐一これ
等のアンカ一部材との連結処置が必要とされ、施工コス
トが割高とぎねたものである。In order to create a beak crushing body that can withstand the enormous water pressure that is applied to the pool, in the conventional method, the backing material is placed so as to cover almost the entire back surface of the metal plate, and the backing material is placed on the back of the metal plate. Damage to the joint edge due to shaking, denting of the contact surface of the backing material, etc.?The pool is securely connected to the existing pool in order to avoid direct weight.Therefore, during construction, the existing pool In addition to requiring the installation of wall nails, which require a huge amount of effort, it is also necessary to connect these anchor parts one by one, resulting in relatively high construction costs.
本発明1こ係る改修工法に於いては単純なレベル出しの
み1こより張設金属ブールに’)支承fる々川に、[j
jj、設ブール躯体との間に相当の緩衝間隙を配し、池
震等【こ於ける外部を慢動の伝達を抑型すると共に断熱
機能を助長し、r易水ブール等に於ける保温q・♀性シ
良好さしたものである。又、既設ブール自体を殆どfl
しないことよりブール基体の強1mは減殺されず、又再
改修に際しても打設又は充填ざねた砂等シf&除くのみ
による再改修、施工が約束さi′1.たものである。In the present invention 1, in this renovation method, only a simple leveling is required for the tensioned metal boule.
A considerable buffer gap is provided between the structure of the boule and the structure of the boule, to suppress the transmission of rapid motion to the outside, such as pond earthquakes, etc., and promote the insulation function, making it possible to maintain heat in the boule etc. It has good q and ♀ characteristics. Also, most of the existing boules themselves are
By not doing so, the strength of 1m of the boule base will not be reduced, and even in the case of re-renovation, it is guaranteed that re-renovation and construction will be carried out only by removing sand etc. that have been poured or filled. It is something that
第1図は木彷明に係る改修ブールの柚工過程シ示tW+
部断面図、第2図は同改修終了状態を示を委部断面図、
小3図は吐出管部の溶出シ示を要部Ivr而図面第4図
は吐出管の接合シ示fI)!!一部断面断面図る。
尚、図中(11・・・堪体底部、12)・・・既設排水
桝、1;3)・・・〃1設排水桝、(4)・・・バッキ
ング、15)・・・底面板、’61・・ポルl−1!7
1・・・グレー千ング、(8)・・・ボルト、(9)・
・・既設循環水吐出管、tlilj・・・新設循環水吐
出管、0】)・・・julI Q%板、(17J・・・
躯体側壁、 (+31・・・アングル、(14I・・・
際水韓部、(1つ・・・オールアンカー、 t!61・
・・補強アングル、α7)・・・底圧クッション拐、(
1慎・・・新設溢水Wi珍配管、(191・・・既設醋
水循槻配管、efli・・・l1li圧クツシヨン材、
Cυ・・・ステージ板%(221・・・既設ステージ、
+?;31・・・オールアンカー、 (24)・・・ア
ングル、(ハ)・・・コーキング%Q6)・・・ビスy
’i、(a・・・補ip3材、Q&・・・外套碍管、(
ハ)・・・目皿、C3[)・・・連設管、Gυ・・・コ
ンクリート基砺部、(39・・・結合部V1(ハ)・・
・1ト謝部材を示したものである。Figure 1 shows the yuzu construction process of the repaired boule related to Kiyomiaki tW+
Figure 2 is a sectional view of the part showing the completed state of the repair.
Figure 3 shows the main part of the elution of the discharge pipe, and Figure 4 shows the connection of the discharge pipe. ! A partial cross-sectional view. In addition, in the figure (11...bottom of the body, 12)...existing drainage basin, 1; 3)...1 installed drainage basin, (4)...backing, 15)...bottom plate ,'61...pol l-1!7
1... Gray Sengu, (8)... Bolt, (9).
...Existing circulating water discharge pipe, tlilj...New circulating water discharge pipe, 0])...julI Q% plate, (17J...
Frame side wall, (+31... angle, (14I...
International water and Korean department, (one... all anchors, t!61・
・・Reinforcement angle, α7) ・・Bottom pressure cushion removal, (
1 Shin... Newly installed water overflow pipe, (191... Existing water circulation pipe, efli... l1li pressure cushion material,
Cυ...Stage board% (221...Existing stage,
+? ;31...all anchor, (24)...angle, (c)...caulking %Q6)...bis y
'i, (a...Supplementary IP3 material, Q &... Mantle insulator, (
C)... Perforated plate, C3[)... Connecting pipe, Gυ... Concrete base, (39... Joint part V1 (c)...
・This shows one part.
Claims (1)
ル他IP、1fj下端酔シ市着するコンク11−ト基礎
部シ条設置る工程と、ヴ設ブールに於ける排水桝上1こ
計既設プール底面より所定間隔を介して設置される新設
プール底面板に到る排水桝を起立連設する工程上、張設
を予定さfする新設プール底面板の設置レベルに到る才
で底圧クッション情シ打設「る工程と、既設プール側壁
面に所定間隔シ介して租立並設される新設プール御1壁
板番こ開口固着された循環水吐出骨シ既設プールに於け
る循環水吐出管に連設する工程と、既設プールの溢水溝
部に1)、着された位置決ぬアングル自由臨部に新設プ
ール側壁板をth着するき共に眩仰I等仮下端脅シ前記
コンηり一ト基礎部(こ山1着し、このl111壁板シ
周壁レベルさして張設fる工程と、前記底圧クッション
材面上記に張設される新設プール底面板周側縁シ前記張
設側壁面下M!部に連設、市Nする工程と、既設プール
1日11壁並び番こ新設プール1011壁板間に測子ク
ッション材を充填「る工程と、前記+1111壁板の上
部に設けられる溢水循環溝部の1i11部上番とプール
サイドに到るステージシ張設「る工程とよりなるこ七を
特徴とぐろ既設プールの無係1ヒ、無折り改修工法。 121 既立並設ざ名る新設プール1μm19板に開
口固5fされた循壊水吐出雷i:?既設プールに於ける
循環水吐出管に連設置る工程に於いて既設循環水吐出管
開口部に於ける真伶鋳物特目皿取付は外套鍔管シ溶出し
、非が融吐出管直管部内に新設循環水吐出V噛シ嵌挿1
F焉fろよう1こしたこ七シ特徴(!−fる既設プール
の無停1b %無碍り改修工法。[Claims] A step of installing a new pool and other IP on the four peripheral edges of the bottom of the middle lff-crotch boule, and a step of installing concrete foundation strips for the lower end of the 1fj, and During the process of erecting and connecting the drainage basin up to the new pool bottom plate, which will be installed at a predetermined interval from the bottom of the existing pool, the installation level of the new pool bottom plate that is planned to be erected. The process of installing bottom pressure cushions in a timely manner, and the process of installing a circulating water discharge bone fixed to the opening of the first wall plate of the new pool, which will be installed parallel to the side wall of the existing pool at a predetermined interval. During the process of installing the circulating water discharge pipe in the pool, and when attaching the new pool side wall plate to the overflow groove of the existing pool (1), the new pool side wall plate was attached to the undefined angle free wall panel, which caused dizziness, etc. The process of installing the lower end of the concrete base (111) above the level of the surrounding wall, and the process of extending the bottom pressure cushion material surface above the bottom pressure cushioning material surface of the new pool. A step of installing and placing the side edge in a row at the lower M! section of the side wall where the tension is to be installed, a step of filling a gauge cushion material between the wall plates of the new pool 1011 in which the existing pool 11 walls are lined up, and +1111 This is a method for repairing an existing coiled swimming pool without any attachment or folding, and is characterized by the process of installing the overflowing water circulation groove at the top of the 1111th part of the wall plate and the stage extending to the pool side. 121 Circulating water discharge pipe installed in parallel with existing pool (1 μm) Opening 5F fixed in 19 plate i:?During the process of installing the circulating water discharge pipe in parallel with the existing pool, the opening of the existing circulating water discharge pipe When installing a special plate made of true cast iron, the outer flange pipe is eluted, and the new circulating water discharge V-shaped fitting is inserted into the straight pipe part of the discharge pipe.
Features (! - No-stop 1b % no-stop renovation method for existing pools.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP19179682A JPS5985074A (en) | 1982-11-02 | 1982-11-02 | Non-engaging and non-adhering repairing of existing cable |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP19179682A JPS5985074A (en) | 1982-11-02 | 1982-11-02 | Non-engaging and non-adhering repairing of existing cable |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5985074A true JPS5985074A (en) | 1984-05-16 |
JPS6233388B2 JPS6233388B2 (en) | 1987-07-21 |
Family
ID=16280676
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP19179682A Granted JPS5985074A (en) | 1982-11-02 | 1982-11-02 | Non-engaging and non-adhering repairing of existing cable |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5985074A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2007159182A (en) * | 2005-11-30 | 2007-06-21 | Nidec Sankyo Corp | Direct motion actuator |
-
1982
- 1982-11-02 JP JP19179682A patent/JPS5985074A/en active Granted
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2007159182A (en) * | 2005-11-30 | 2007-06-21 | Nidec Sankyo Corp | Direct motion actuator |
Also Published As
Publication number | Publication date |
---|---|
JPS6233388B2 (en) | 1987-07-21 |
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