JP2843042B2 - Steel framing unit scaffolding method - Google Patents

Steel framing unit scaffolding method

Info

Publication number
JP2843042B2
JP2843042B2 JP759989A JP759989A JP2843042B2 JP 2843042 B2 JP2843042 B2 JP 2843042B2 JP 759989 A JP759989 A JP 759989A JP 759989 A JP759989 A JP 759989A JP 2843042 B2 JP2843042 B2 JP 2843042B2
Authority
JP
Japan
Prior art keywords
tower
floor
stretched
work
type unit
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 - Fee Related
Application number
JP759989A
Other languages
Japanese (ja)
Other versions
JPH02190569A (en
Inventor
則彦 矢口
實 西
Original Assignee
横河工事株式会社
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by 横河工事株式会社 filed Critical 横河工事株式会社
Priority to JP759989A priority Critical patent/JP2843042B2/en
Publication of JPH02190569A publication Critical patent/JPH02190569A/en
Application granted granted Critical
Publication of JP2843042B2 publication Critical patent/JP2843042B2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Description

【発明の詳細な説明】 (産業上の利用分野) 本発明は塔状構造物の架構に適用される鉄骨建方ユニ
ツト足場工法に係るものである。
DETAILED DESCRIPTION OF THE INVENTION (Industrial application field) The present invention relates to a steel-framed unit scaffolding method applied to a frame of a tower-like structure.
(従来の技術) 従来この種の施工においては、吊足場、籠足場等を架
設し、所要階の建方後、垂直ネツトを張設して次位の層
の建方に移行していた。
(Conventional technology) Conventionally, in this type of construction, a suspension scaffold, a cage scaffold, and the like are erected, and after the required floor is constructed, a vertical net is stretched to shift to the construction of the next layer.
(発明が解決しようとする課題) 前記従来の方法は、足場の架設に多くの時間を要し、
しかも高所作業であるため危険を伴なう。
(Problems to be Solved by the Invention) The conventional method requires much time for erection of a scaffold,
In addition, it is dangerous because it is a work at height.
また本設床が施工できないため、全層の足場を架設し
たのち、上層から順次足場の解体を行なわなければなら
ない。
In addition, since a permanent floor cannot be constructed, the scaffolds must be dismantled sequentially from the upper layer after the scaffolds of all layers are erected.
特に梁が鋼管製の場合には、梁上の歩行が難しく、安
全養生材の架設、撤去ですら危険作業となる。更にまた
建方後にしか外部垂直ネツトの張設ができないために、
建方時にボルト、工具類の落下の危険を伴なう。
In particular, when the beam is made of steel pipe, it is difficult to walk on the beam, and even erection and removal of the safety curing material is dangerous work. In addition, since the external vertical net can be stretched only after the construction,
There is a danger of bolts and tools falling during construction.
本発明は前記従来技術の有する問題点に鑑みて提案さ
れたもので、その目的とする処は、鉄骨建方作業が安全
且つ容易に行なわれ、本締め、或いは溶接、塗装等同一
足場で作業ができる移動鉄骨建方足場工法を提供する点
にある。
The present invention has been proposed in view of the above-mentioned problems of the prior art, and the object thereof is to securely and easily perform steel frame construction work and to perform work on the same scaffolding such as final fastening, welding, and painting. Another object of the present invention is to provide a mobile steel framed scaffolding method.
(課題を解決するための手段) 前記の目的を達成するため、本発明に係る移動鉄骨建
方足場工法は、水平鉄骨骨組材に網状片を張設した作業
床の外側端縁に、垂直鉄骨骨組材に網状片を張設した外
周養生ネツトを一体に連設してなり、塔状構造物におけ
る相隣る塔柱間に挿入可能に形成された複数のL型ユニ
ツト足場を所要の建方階の梁上に設置し、盛替時、前記
L型ユニツト足場をタワークレーンを介して塔柱間より
塔状構造物の外側に吊出して建方を開始する次位の階ま
で吊上げ、同階における相隣る塔柱間内に挿入するよう
に構成されている。
(Means for Solving the Problems) In order to achieve the above object, a moving steel framed scaffolding method according to the present invention employs a vertical steel frame on an outer edge of a work floor in which a net-like piece is stretched on a horizontal steel frame. A plurality of L-shaped unit scaffolds, which are formed by integrally connecting outer peripheral curing nets in which a net-like piece is stretched to a frame member and which can be inserted between adjacent pillars in a tower-like structure, are required to have a required construction. Installed on the beam on the floor, and at the time of rehabilitation, the L-type unit scaffold is suspended from the space between the tower pillars to the outside of the tower-like structure via a tower crane, and lifted to the next floor to start construction. It is configured to be inserted between adjacent tower columns on the floor.
前記L型ユニツト足場の横引時に鉄骨梁を毀傷しない
よう、且つ同足場の吊上時の吊荷姿勢が保持されるよう
に、前記L型ユニツト足場における作業床の内側端を前
記塔状構造物の中央部に配設されたウインチにより索を
介して支持し、同ウインチを操作して前記作業床の内側
端を浮かせ、同作業床と前記タワークレーンの吊上索と
の間に吊荷姿勢保持用チエンブロツクを配設したのち前
記ウインチと作業床との連繋を解除し、次いで前記L型
ユニツト足場をタワークレーンを介して塔柱間より構造
物外側に吊出すように構成されている。
The inner end of the work floor of the L-type unit scaffold is formed in a tower-like structure so that the steel beam is not damaged when the L-type unit scaffold is pulled sideways and the load posture is maintained when the L-type unit scaffold is lifted. A winch disposed in the center of the object supports the rope via a rope, and the winch is operated to lift the inner end of the work floor, and a load is lifted between the work floor and a lifting rope of the tower crane. After the posture maintaining chain block is provided, the link between the winch and the work floor is released, and then the L-type unit scaffold is suspended from the space between the tower columns through the tower crane to the outside of the structure. .
(作用) 本発明によれば前記したように、水平鉄骨骨組材に網
状片を張設した作業床の外側端縁に、垂直鉄骨骨組材に
網状片を張設した外周養生ネツトを一体に連設してL型
ユニツト足場を構成し、塔状構造物における所要階の梁
上に複数の同ユニツトを設置することによって、建方に
先行して作業床及び外周ネツトを配設し、本締めが完了
したのち前記L型足場ユニツトをタワークレーンによっ
て前記塔状構造物における相隣る塔柱間より同構造物の
外側に吊出し、建方を開始する次位の階まで吊上げて、
同階における相隣る塔柱間内に挿入し、同階に前記L型
足場ユニツトを設置し、所要の作業を行なうものであ
る。
(Operation) According to the present invention, as described above, an outer peripheral curing net in which a net is stretched on a vertical steel frame is integrally connected to an outer edge of a work floor in which a net is stretched on a horizontal steel frame. By constructing an L-type unit scaffold and installing a plurality of the same units on the beams on the required floor in the tower-like structure, the work floor and the outer circumference net are arranged prior to the erecting and fully tightened. After the completion of the above, the L-type scaffolding unit is lifted by a tower crane from the space between adjacent columns in the tower-like structure to the outside of the same structure, and is lifted to the next floor to start construction,
The L-shaped scaffold unit is inserted between adjacent tower columns on the same floor, and the required work is performed on the same floor.
(実施例) 以下本発明を図示の実施例について説明する。(Example) Hereinafter, the present invention will be described with reference to an illustrated example.
(A)は塔状構造物で、(1)は塔柱、(2)は梁で
ある。
(A) is a tower-like structure, (1) is a tower column, and (2) is a beam.
(B)(C)は夫々相隣る塔柱(1)間を潜通できる
寸法形状を有するL型ユニツト足場で、H形鋼製大引
(3)及び角パイプ製根太(4)よりなる水平の鉄骨骨
組材上に、ワイヤメツシユ、亀甲網等よりなる網状片
(5)が張設された作業床(a)の外端縁に、H形鋼製
大引(3′)及び角パイプ製根太(4′)よりなる垂直
の鉄骨骨組材の表面に、ワイヤメツシユ、亀甲網等より
なる網状片(5′)が張設された外周養生ネツト(b)
が一体に連設されている。
(B) and (C) are L-type unit scaffolds each having a dimension and a shape capable of penetrating between adjacent tower columns (1), each of which is composed of an H-shaped steel pulley (3) and a square pipe joist (4). On the outer edge of a work floor (a) in which a net-like piece (5) made of a wire mesh, a turtle net or the like is stretched on a horizontal steel frame, a large H-shaped steel pulley (3 ') and a square pipe are formed. An outer peripheral curing net (b) in which a net-like piece (5 ') made of a wire mesh, a turtle net or the like is stretched on the surface of a vertical steel frame member made of a joist (4').
Are connected continuously.
而して前記各ユニツト足場(B)(C)は、塔状構造
物(A)の外部に配設されたタワークレーン(D)によ
って建方階の塔柱(1)間に挿入され、梁(2)上に設
置され、第4図に示すように建方階の床面を覆うように
配置される。図中(E)は前塔心部に設けられた作業用
に使用できるエレベーターホール(非常階段)である。
Each of the unit scaffolds (B) and (C) is inserted between tower columns (1) on a cubic floor by a tower crane (D) disposed outside the tower-like structure (A). (2) It is installed on the floor and is arranged so as to cover the floor of the erected floor as shown in FIG. (E) in the figure is an elevator hall (emergency stairs) provided at the front tower core and usable for work.
なお前記各ユニツト足場(B)(C)の作業床(a)
の内側端は、塔状構造物の中心側に設置されたウインチ
(F)に捲装された索(6)及び同索(6)の架渡され
た塔柱(1)に装架された滑車群(7)(7′)、並に
滑車(7′)と作業床(a)の内側端との間に配設され
たチエンブロツク(8)を介して保持されている。
The work floor (a) of each of the unit scaffolds (B) and (C)
The inner end of the cable is mounted on a rope (6) wound around a winch (F) installed on the center side of the tower-like structure and a tower column (1) over which the rope (6) is bridged. The sheaves (7) (7 ') are held by a chain block (8) which is arranged between the sheaves (7') and the inner end of the work floor (a).
かくして前記各ユニツト足場(B)(C)の外周養生
ネツト(b)によつて建方に先行して外部養生が完了
し、墜落が防止され、飛来物による危険が防止され安全
性が保持された作業環境の下において、所要階の全面に
配設された前記各L型ユニツト足場(B)(C)の作業
床(a)上で所要の建方作業を行ない、本締完了後、建
方を開始する階へ前記ユニツト足場(B)(C)を盛替
える。
Thus, the outer curing nets (b) of the unit scaffolds (B) and (C) complete the external curing prior to the construction, prevent the fall, prevent the danger of flying objects, and maintain the safety. In the work environment, required construction work is performed on the work floor (a) of each of the L-type unit scaffolds (B) and (C) arranged on the entire surface of the required floor. The unit scaffolds (B) and (C) are rearranged to the floor where one starts.
盛替に際しては、前記ウインチ(F)を操作してL型
ユニツト足場(B)(C)の作業床(a)の内側端を浮
かせて横引時において梁(2)を毀損することのないよ
うにし、タワークレーン(D)を使用して相吊りによっ
て前記ユニツト足場(B)(C)を1.0m程度、塔状構造
物(A)の外側に移動させ、吊荷姿勢保持のために前記
作業床(a)と王掛けワイヤ(9)との間にチエンブロ
ツク(10)を取付け、前記チエンブロツク(8)の下端
ブロツク(8′)と作業床(a)との繋着を解除したの
ち、タワークレーン(D)によって前記ユニツト足場
(B)(C)を第1図の(B′)(C′)に示すように
塔柱(1)間より塔状構造物(A)の外部に引出し、上
部の建方を開始する階にまで吊上げ、同階の塔柱(1)
間に挿入し、梁(2)上に設置する。(第2図参照) なお図中(11)はタワークレーン(D)の吊上索、
(12)はフツクである。
At the time of refilling, the winch (F) is operated to lift the inner end of the working floor (a) of the L-type unit scaffolds (B) and (C) so that the beam (2) is not damaged during the horizontal pull. Then, using a tower crane (D), the unit scaffolds (B) and (C) are moved to the outside of the tower-like structure (A) by about 1.0 m by hanging from each other, and the unit scaffolds are held to maintain the suspended load posture. A chain block (10) was attached between the work floor (a) and the hanging wire (9), and the connection between the lower end block (8 ') of the chain block (8) and the work floor (a) was released. After that, the unit scaffolds (B) and (C) are moved from the column (1) to the outside of the tower-like structure (A) by the tower crane (D) as shown in (B ') and (C') of FIG. And lift it up to the floor where the top construction starts, and the tower on the same floor (1)
Insert between and place on beam (2). (Refer to Fig. 2) In the figure, (11) is the lifting cable of the tower crane (D),
(12) is hook.
(発明の効果) 本発明によれば前記したように、水平鉄骨骨組材に網
状片を張設した水平の作業床の外側端縁に、垂直鉄骨骨
組材に網状片を張設した垂直の外周養生ネツトが一体に
連設され、塔状構造物の相隣る塔柱間に挿入可能に形成
されたL型ユニツト足場を使用し、複数の同L型ユニツ
ト足場を所要の建方階における梁上に設置するようにし
たので、建方に先行して作業床、外周ネツトが配設さ
れ、墜落及び飛来物による危険が防止され、安全性が著
しく向上されるとともに、所要階全面に作業床が架設さ
れるので、作業性、及び安全性が向上される。更に塔状
構造物の如く、床のない作業場所でも、不安感を生じる
ことなく作業を行なうことができる。
(Effects of the Invention) As described above, according to the present invention, a vertical outer periphery in which a net-like piece is stretched on a vertical steel frame at the outer edge of a horizontal work floor in which a mesh is stretched on a horizontal steel frame. Using an L-shaped unit scaffolding in which curing nets are integrally connected and formed so as to be insertable between adjacent columns of the tower-like structure, a plurality of the same L-shaped unit scaffolds can be used as beams on required floors. The work floor and outer nets are placed before the construction, preventing dangers due to crashes and flying objects, significantly improving safety and ensuring that the work floor is Is installed, so that workability and safety are improved. Furthermore, even in a work place without a floor, such as a tower-like structure, work can be performed without causing anxiety.
更にまた本発明によれば、前記L型ユニツト足場をタ
ワークレーンによって塔柱間より塔状構造物外側に吊出
し、建方を開始する次位の階まで吊上げ、同階における
相隣る塔柱間に挿入することによって容易にL型ユニツ
ト足場の盛替えが行なわれ、本締め、或いは溶接、塗装
まで同一足場で作業が行なわれる。また前記L型ユニツ
ト足場はタワークレーンで盛替えられるため、従来のよ
うに全フロアの吊足場を仮設した後、順次上から解体す
る必要がなくなる。
Furthermore, according to the present invention, the L-type unit scaffold is lifted from the space between the tower columns to the outside of the tower-like structure by a tower crane, and is lifted to the next floor to start construction, and the adjacent tower pillar on the same floor is lifted. The L-type unit scaffold can be easily changed by inserting the scaffold between them, and work can be performed on the same scaffold until final fastening, welding, or painting. In addition, since the L-type unit scaffold can be replaced by a tower crane, there is no need to temporarily disassemble the suspended scaffolding of all floors from the top as in the related art.
請求項2の発明は、前記L型ユニツト足場における作
業床の内部端を塔状構造物の中央部に配設されたウイン
チの索を介して支持し、同ウインチを操作して前記作業
床の内側端を浮かせることによって、L型ユニツト足場
の横引時に塔状構造物の梁を毀損することのないように
しうるものである。
The invention according to claim 2 is such that the inner end of the work floor in the L-type unit scaffold is supported via a winch cable arranged in the center of the tower-like structure, and the winch is operated by operating the winch. By floating the inner end, it is possible to prevent the beam of the tower-like structure from being damaged when the L-type unit scaffold is laterally pulled.
また前記作業床とタワークレーンの吊上索との間にチ
エンブロツクを配設して、前記L型ユニツト足場の吊荷
姿勢を保持しうるものである。
Further, a chain block may be provided between the work floor and the lifting cable of the tower crane to maintain the hanging posture of the L-type unit scaffold.
【図面の簡単な説明】[Brief description of the drawings]
第1図及び第2図は本発明に係る鉄骨建方ユニツト足場
工法の一実施例の工程を示す部分正面図、第3図は同工
法の実施状況を示す正面図、第4図はその平面図、第5
図及び第6図は夫々L型ユニツト足場の平面図である。 (A)…塔状構造物、(B)(C)…L型ユニツト足
場、(D)…タワークレーン、(F)…ウインチ、
(1)…塔柱、(2)…梁、(3)(3′)…大引、
(4)(4′)…根太、(5)(5′)…網状片、
(6)…索、(7)(7′)…滑車、(8)…チエンブ
ロツク、(8′)…滑車、(10)…チエンブロツク、
(11)…吊上索。
1 and 2 are partial front views showing the steps of an embodiment of the steel frame unit scaffolding method according to the present invention, FIG. 3 is a front view showing the state of implementation of the method, and FIG. Figure, fifth
FIG. 6 and FIG. 6 are plan views of the L-type unit scaffold, respectively. (A) ... tower-like structure, (B) (C) ... L-type unit scaffold, (D) ... tower crane, (F) ... winch,
(1) ... tower pillar, (2) ... beam, (3) (3 ') ...
(4) (4 ') ... joist, (5) (5') ... mesh,
(6) ... rope, (7) (7 ') ... pulley, (8) ... chain block, (8') ... pulley, (10) ... chain block,
(11) ... lifting cable.
───────────────────────────────────────────────────── フロントページの続き (58)調査した分野(Int.Cl.6,DB名) E04G 3/10 E04G 1/36──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int.Cl. 6 , DB name) E04G 3/10 E04G 1/36

Claims (2)

    (57)【特許請求の範囲】(57) [Claims]
  1. 【請求項1】水平鉄骨骨組材に網状片を張設した作業床
    の外側端縁に、垂直鉄骨骨組材に網状片を張設した外周
    養生ネツトを一体に連設してなり、塔状構造物における
    相隣る塔柱間に挿入可能に形成された複数のL型ユニツ
    ト足場を所要の建方階の梁上に設置し、盛替時、前記L
    型ユニツト足場をタワークレーンを介して塔柱間より塔
    状構造物の外側に吊出して建方を開始する次位の階まで
    吊上げ、同階における相隣る塔柱間内に挿入することを
    特徴とする鉄骨建方ユニツト足場工法。
    1. A tower-like structure in which an outer peripheral curing net in which a vertical steel frame is stretched and a net is stretched integrally with an outer edge of a work floor in which a horizontal steel frame is stretched and a mesh is stretched. A plurality of L-type unit scaffolds formed so as to be insertable between adjacent tower columns in a product are installed on beams on a required erected floor,
    The type unit scaffold shall be lifted from the space between tower columns to the outside of the tower-like structure via a tower crane, lifted to the next floor where construction starts, and inserted between adjacent tower columns on the same floor. Characteristic steel frame unit scaffolding method.
  2. 【請求項2】前記L型ユニツト足場における作業床の内
    側端を前記塔状構造物の中央部に配設されたウインチに
    より索を介して支持し、同ウインチを操作して前記作業
    床の内側端を浮かせ、同作業床と前記タワークレーンの
    吊上索との間に吊荷姿勢保持用チエンブロツクを配設し
    たのち前記ウインチと作業床との連繋を解除し、次いで
    前記L型ユニツト足場をタワークレーンを介して塔柱間
    より構造物外側に吊出す請求項1記載の鉄骨建方ユニツ
    ト足場工法。
    2. The inside end of the work floor in the L-type unit scaffold is supported via a cable by a winch disposed at the center of the tower-like structure, and the winch is operated to operate the inside of the work floor. After lifting the end and arranging a chain block for holding the load posture between the work floor and the lifting cable of the tower crane, the connection between the winch and the work floor is released, and then the L-type unit scaffold is removed. 2. The method according to claim 1, wherein the unit is suspended outside the structure from between the tower pillars via a tower crane.
JP759989A 1989-01-18 1989-01-18 Steel framing unit scaffolding method Expired - Fee Related JP2843042B2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP759989A JP2843042B2 (en) 1989-01-18 1989-01-18 Steel framing unit scaffolding method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP759989A JP2843042B2 (en) 1989-01-18 1989-01-18 Steel framing unit scaffolding method

Publications (2)

Publication Number Publication Date
JPH02190569A JPH02190569A (en) 1990-07-26
JP2843042B2 true JP2843042B2 (en) 1999-01-06

Family

ID=11670270

Family Applications (1)

Application Number Title Priority Date Filing Date
JP759989A Expired - Fee Related JP2843042B2 (en) 1989-01-18 1989-01-18 Steel framing unit scaffolding method

Country Status (1)

Country Link
JP (1) JP2843042B2 (en)

Also Published As

Publication number Publication date
JPH02190569A (en) 1990-07-26

Similar Documents

Publication Publication Date Title
JPH09317183A (en) Construction method of building
JP2843042B2 (en) Steel framing unit scaffolding method
JP5075398B2 (en) Construction method of tower-like PC structure and tension system device
KR100539829B1 (en) Method of pulling-up gang form for a flash board using a shaped steel
JP6438931B2 (en) Temporary column, temporary column installation structure, and roof frame construction method
JP6391134B2 (en) Dismantling method and dismantling system
JP2008169676A (en) Construction method of tower-like structure
JP4027170B2 (en) External scaffold device and construction method of external scaffold device
JP2916591B2 (en) Building construction method and device
JP3225456B2 (en) How to build a building
JP6879613B1 (en) Curing system at the time of building demolition and demolition method of the building to be demolished
JP3028071B2 (en) Top removal method and scaffold for removal work of ultra-high tubular structure
JP2551192B2 (en) Integrated lifting method for piping
JP3220397B2 (en) Elevating scaffold
JP2013011119A (en) Construction method of multi-layer building and lifting device for continuous layer foothold used therefor
JP3452816B2 (en) Temporary construction method of work scaffold for tower structure
JPH08120936A (en) Method and device for constructing multistoried building
JP2761528B2 (en) How to build structures
JP3002054U (en) Tower crane with multiple main columns as tower mast
JP3230012B2 (en) Building construction equipment
JP3241896B2 (en) Steel frame stair hang down method
JP2690822B2 (en) Steel construction method for low-rise buildings
JP2939752B2 (en) Lift-up method in which an outer wall plate is attached to the floor plate
JPH1037527A (en) Method for constructing inner and outer cylinder of chimney simultaneously
JP3543247B2 (en) Temporary living support bracket

Legal Events

Date Code Title Description
R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

LAPS Cancellation because of no payment of annual fees