JPS58106033A - Construction of building - Google Patents

Construction of building

Info

Publication number
JPS58106033A
JPS58106033A JP20430681A JP20430681A JPS58106033A JP S58106033 A JPS58106033 A JP S58106033A JP 20430681 A JP20430681 A JP 20430681A JP 20430681 A JP20430681 A JP 20430681A JP S58106033 A JPS58106033 A JP S58106033A
Authority
JP
Japan
Prior art keywords
concrete
support frame
construction
reinforcing bars
building
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
Application number
JP20430681A
Other languages
Japanese (ja)
Inventor
出原 隆男
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to JP20430681A priority Critical patent/JPS58106033A/en
Publication of JPS58106033A publication Critical patent/JPS58106033A/en
Pending legal-status Critical Current

Links

Landscapes

  • On-Site Construction Work That Accompanies The Preparation And Application Of Concrete (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】 この発明は建造物の構築方法に関するものである・ 従来サイロ、防火水槽、浄化槽、車庫等1種々の建造物
を構築するに際して、様々な工法が採用されているが、
いずれの工法も警棒を組み、;ンクリートを打設し、1
!枠を外すなどの手の込ん−だ作業を必要とし%また建
造物の部分によって^つ九部材を必要とするなど施工費
が嵩むなどの欠点を有している◎ 更にコンクリートを打設する工法において社、締め固め
などの作業によってコンクリート中の気泡、水分を除却
しなければならない。
[Detailed Description of the Invention] This invention relates to a method for constructing a building. Conventionally, various construction methods have been adopted when constructing various buildings such as silos, fire tanks, septic tanks, and garages.
In both construction methods, a baton is assembled, concrete is poured, and 1
! It has disadvantages such as requiring elaborate work such as removing the frame and increasing construction costs as it requires more parts depending on the part of the building. ◎ This method also involves pouring concrete Air bubbles and water in the concrete must be removed through concrete work such as compaction and compaction.

この発明は以上のような欠点を改善することを目的とす
るもので、簡鼻な作業によって建造物の構築が可能で更
に品質のよhコンクリートの施工が可能な建造物の構築
方法を提供することt@的とする。
The purpose of this invention is to improve the above-mentioned drawbacks, and to provide a method for constructing a structure that allows construction of a structure with simple work and also enables construction of high-quality concrete. It is said that it is @.

次に実施例につmm明する。Next, examples will be explained.

仁の発明Kかかる建造物の構築方法拡、−遺物全体を同
じ部材によって施工しコンクリートを建造物下方から打
設する仁とを特徴とする。
Jin's invention K Expands the method of constructing such a structure - Jin's feature is that the entire relic is constructed using the same material and concrete is poured from below the structure.

この工法に使用する部材は、支持枠1、鉄筋2、網材3
.コンクリート4である。
The components used in this construction method are a support frame 1, reinforcing bars 2, and mesh material 3.
.. It is concrete 4.

く1〉支持枠 支持枠1は鉄筋2或いは網材5を支持すゐ部材であって
柱材11.支持#12.爪1sによって構成する。
1> Support frame The support frame 1 is a member that supports the reinforcing bars 2 or the mesh material 5, and is made up of pillar materials 11. Support #12. It is composed of a claw 1s.

柱材11は直線状の棒状体であ夛、この柱材11を2本
相対向して平行に位置せしめこの柱#11間に同じく棒
状園の複数本の支持材12を介在せしめて固定する。
The pillars 11 are linear rod-shaped bodies, and two of these pillars 11 are placed facing each other in parallel, and a plurality of supporting members 12 of the same rod shape are interposed between the pillars #11 and fixed. .

従って支持枠1は梯子状に構成することになる。Therefore, the support frame 1 is constructed in the form of a ladder.

2本σ柱#11の支持#12を固定した側面と相反する
側面には各々複数個の爪1墨を遍宣関隔離して全長に形
成する。
On each side of the two σ-pillars #11 opposite to the side to which the support #12 is fixed, a plurality of claws of one ink are formed at a distance from each other, extending over the entire length.

爪1s線様々な形状が考えられるが1例えば柱#11の
側面にV字状の切れ目を入れ三角形の爪15を起こし柱
材11の側方に突出することも考えられるし、U字状に
折り曲げ走金属の棒状体tS接によって固定することも
考えられる。
Various shapes can be considered for the claw 1s line.1 For example, it is possible to make a V-shaped cut in the side surface of the pillar #11 and raise the triangular claw 15 to protrude to the side of the pillar material 11, or to make a U-shape. It is also conceivable to fix by bending the rod-like body of a running metal tS.

以上のように支持枠1を構成するが、柱材11の長さ、
支持材12の長さ、支持材12の数、爪1sの数、爪1
s同土間の間隔は。
The support frame 1 is constructed as described above, but the length of the pillars 11,
Length of support material 12, number of support materials 12, number of claws 1s, claw 1
s What is the distance between the doma mats?

構築する建造物のm類、大きさに応じて決定する。Determined according to the type and size of the building to be constructed.

〈2〉鉄筋 鉄筋2は支持枠1及び後述する網材5間に縦横に配設す
る部材であって、公知の部材が使用可能である。
<2> Reinforcing bars The reinforcing bars 2 are members arranged vertically and horizontally between the support frame 1 and the net material 5 to be described later, and known members can be used.

〈5〉網材 網材5は後述するように複数本配設した支持枠1関に張
設する部材であってメタルラスエキスバンドメタル、パ
ンチングメタル等、公知の網目状の部材が使用可能であ
る。
<5> Netting material The netting material 5 is a member that is stretched over a plurality of support frames as described later, and known mesh-like members such as metal lath expanded metal, punched metal, etc. can be used. .

網材Sの網目は余シ小さなものであってはならないが、
後述するようにコンクリート4を打設したとき、コンク
リート4が、網目から溢れ出ない程度の大きさでな(て
はならないO 〈4〉 コンクリート 本実施例ではコンクリート4を打設するが、場合によっ
てはモルタルを打設することもあるO コンクリート4或いはモルタルハ低スランプのものを使
用する・ 次に施工順序についてaFIIJする。
The mesh of the net material S must not be too small, but
As will be described later, when the concrete 4 is placed, the size of the concrete 4 must be such that it does not overflow from the mesh. O Concrete 4 or mortar with low slump may be used.Next, we will discuss the construction order.

〈1〉支持枠の設置 複数本の支持枠1を構築する建造物の形状に応じて適宜
間隔離して設置する。
<1> Installation of Support Frames A plurality of support frames 1 are installed at appropriate intervals depending on the shape of the building to be constructed.

例えば、11部を構築する場合、支持枠1の支持材12
が壁−の両面を貫通する方向に位置せしめ1両柱材11
が壁部の両面と一致するように、地INK−直に起立す
る。
For example, when constructing 11 parts, support material 12 of support frame 1
1. Both pillars 11 are located in a direction that penetrates both sides of the wall.
Stand upright on the ground so that it is aligned with both sides of the wall.

地表へ0Ii1定紘例えば地表と、支持枠1に断■L#
P形のL@金真14t−介在させて固定する・ この支持枠1を複数本適宜間隔離して設置回定する。
To the ground surface 0Ii1 SadahiroFor example, cut to the ground surface and support frame 1■L#
P-type L@metal stem 14t - interposed and fixed. A plurality of these support frames 1 are installed and rotated, separated by appropriate intervals.

支持枠1を設置固定する場合、地表に捨コン15t−施
工した後設置する場合がある。
When installing and fixing the support frame 1, it may be installed after constructing 15 tons of waste concrete on the ground surface.

建造物の屋根Sを構築する場合、設置した支持枠1の上
端に水平に支持枠1を掛は渡し。
When constructing the roof S of a building, the support frame 1 is hung horizontally on the upper end of the installed support frame 1.

同じ<Lll金A14によって固定する。Fix with the same <Lll gold A14.

鳳1jl$に使用する支持枠1の支持材1sは上下に貫
通する方向に位置せしめ固定する・ 従って支持枠1に形成し九爪1墨は建造物の一両面、鳳
根両面方向に突出する仁ととなるO 〈2〉鉄筋の配設 鉄筋2を逼宜間隔層して設置した支持枠1間に縦横に配
設する。
The support material 1s of the support frame 1 used for the Otori 1jl$ is positioned and fixed in the vertically penetrating direction.Therefore, the nine claws 1 ink formed on the support frame 1 protrude toward one side of the building and both sides of the Otori root. <2> Arrangement of reinforcing bars The reinforcing bars 2 are arranged vertically and horizontally between the support frames 1 installed in layers at appropriate intervals.

例えば、支持枠1の長手方向と平行に−直に鉄筋2を配
置し、その鉄筋2に交差する方向へ水平に鉄筋2を配設
することもある。
For example, the reinforcing bars 2 may be arranged directly parallel to the longitudinal direction of the support frame 1, and the reinforcing bars 2 may be arranged horizontally in a direction intersecting the reinforcing bars 2.

水平に配設した鉄筋2は各支持枠1間に掛は渡すように
し、各支持枠1を一体に連結する・ 配設し九鉄筋2は各支持枠1の柱材11を繋ぐ平面より
突出しないようにする・ 〈墨〉網材の張殻 綱材s t s設置した支持枠10111$11間にJ
lltt渡すように張設する。
The reinforcing bars 2 arranged horizontally are passed between each support frame 1 to connect each support frame 1 together.The nine reinforcing bars 2 are placed so as to protrude from the plane connecting the pillars 11 of each support frame 1. Make sure not to
Set it up so that it passes lltt.

柱材11に#i側方に爪15が突出されているため、こ
の爪IJIKJ15@3を係止し爪IJlを折p曲けて
固定する。
Since a claw 15 protrudes from the column 11 on the #i side, this claw IJIKJ15@3 is engaged and the claw IJl is bent and fixed.

網#5は両柱#11の側方に各々相対向して平行に固定
し、従って構築すべき建造物の内周面及び外周面に和尚
する面金てに張設し。
The net #5 is fixed to the sides of both pillars #11, facing each other and parallel to each other, and is therefore stretched over metal bars that extend over the inner and outer circumferential surfaces of the building to be constructed.

網材sKよってm部、屋根部とも貫通した空間ムが形成
されることになる。
A space M passing through both the m section and the roof section is formed by the net material sK.

く4〉 コンクリートの打設 以上のように形成された空間ムにコンクリート4或いは
モルタルを打設する。コンクリート4等は地表近くから
金網5を貫通して空間ム内に打設する。
4> Placing concrete 4 Concrete or mortar is poured into the space formed as described above. Concrete 4, etc. is poured into the space from near the ground surface through the wire mesh 5.

コンクリート4等は9関ムの下方から徐々に金網3間に
充満していく。
Concrete #4 gradually fills between wire mesh #3 from below Sekimu 9.

後に送り出されたコンクリート4等は既に送夛込まれた
コンクリート4等を押し上げて空間ムの上端にまで充満
する。
The concrete 4 etc. sent out later pushes up the concrete 4 etc. that has already been sent in and fills the space up to the upper end.

後に送夛込オれるコンクリート4等は、空間ムの下方に
位置するため、既に送り込オれているコンクリート4等
の重量によって押圧され、コンクリート4等n、、p気
泡、水分が除却され、締め固め作業等をせずとも良質の
コンクリート4等を得ることが可能となる。
Since the concrete 4, etc. to be fed later is located below the space, it is pressed by the weight of the concrete 4, etc. that has already been sent in, and air bubbles and moisture are removed from the concrete 4, etc. It becomes possible to obtain high quality concrete 4 etc. without compaction work or the like.

コンクリート4等は低スランプのものを使用するため網
材5の網目から大量に溢れ出ることがない。
Since the concrete 4 and the like are of low slump, they do not overflow from the mesh of the mesh material 5 in large quantities.

また網材Sの網目からコンクリート4等内の気泡が抜は
出るだ杖でなく、コンクリート4等硬化中のプリージン
グ水が滲み出ることとなり、プリージング水の排水が嵐
好に行われ、更に良質のコンクリート4等を得ることが
できる。
In addition, the mesh of the netting material S does not allow air bubbles in the concrete 4 to be removed, but the pleading water during the hardening of the concrete 4 oozes out, and the drainage of the pleading water is carried out smoothly, resulting in even better quality. Concrete 4 grade can be obtained.

網材3の網目から溢れ出たコンクリート4等はコテ等に
より平面状に仕上ければ、型枠の取り外しなどすること
なく施工が完了する。
If the concrete 4 etc. overflowing from the mesh of the net material 3 is finished into a flat shape with a trowel etc., construction can be completed without removing the formwork.

オ九、表面にモルタル等を更に吹き付けて仕上げを完了
することもある。
In some cases, the surface is further sprayed with mortar to complete the finish.

〈5〉その他 建造物の床g6′Yr形成する場合は地表上に水平に鉄
筋4t−組みコンクリート4等を打設すればよい。
<5> When forming the floor g6'Yr of other buildings, 4t reinforcing bars and concrete 4 etc. may be placed horizontally on the ground surface.

を九屋磯部には壁部とは別個に;ンクリート4等を充填
することも考えられる。
It is also conceivable to fill Kuya Isobe with concrete 4 or the like separately from the wall.

史にこの発明にかかる建造物の構築方法は以上述べ丸形
状の建造物に限らず1円筒状等様々な形状の建造物の施
工が可能である0、  すなわち支持枠1を構築すべき
建造物の形状に6わせて適宜間隔−して設置しても鉄筋
2、網#墨が柔軟性を有するため、容易に施工が回部と
なる。
The method for constructing a building according to the present invention is not limited to round-shaped buildings as described above, but can construct buildings of various shapes such as a cylindrical shape. Even if installed at appropriate intervals according to the shape of 6, the reinforcing bars 2 and net #black have flexibility, so the construction can be easily completed.

仁の発明は以上のような構成を有する丸め、以下のよう
な効果を得ることができる。
According to Jin's invention, the rounding device having the above-mentioned configuration can obtain the following effects.

〈1〉建造物全体を支持枠、鉄筋、網材、コンクリート
或いはモルタルのみによって施工するため、施工が簡易
となる。
<1> Construction is simple because the entire building is constructed using only support frames, reinforcing bars, mesh materials, concrete, or mortar.

〈2〉型枠の組立て、脱型作業が不要で施工が簡単とな
る。
<2> Construction is easy as there is no need to assemble or demold the formwork.

〈5〉 コンクリートは建造物下方から充填するため後
に充填されるコンクリートは既に充填したコンクリート
によって押圧され気泡、水分が除却されて良質のコンク
リートが得られる・ 〈4〉 コンクリートは網材によって形成した空間内に
充填するため、気泡、プリージング水が網目から抜柱、
更に良質のコンクリートが得られる。
<5> Concrete is filled from the bottom of the building, so the concrete that is filled later is pressed by the concrete that has already been filled, removing air bubbles and moisture, resulting in high-quality concrete. <4> Concrete is a space formed by mesh material Because it is filled inside, air bubbles and pleading water are extracted from the mesh,
Furthermore, better quality concrete can be obtained.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明にかかる建造物の構築方法に使用する支
持枠の一実施例の斜視図、第2図は構築方法の施工状態
の斜視図、第5図は施工状態の縦断面図。 1・・支持枠、2・・鉄筋、5・・網材、4・・コンク
リート、ム・・空間。 特許出願人   出 鳳 隆 男
FIG. 1 is a perspective view of an embodiment of a support frame used in the building construction method according to the present invention, FIG. 2 is a perspective view of the construction method in a construction state, and FIG. 5 is a longitudinal cross-sectional view of the construction state. 1.Support frame, 2.Reinforcing bars, 5.Net material, 4.Concrete, Mu..Space. Patent applicant Takao Deo

Claims (1)

【特許請求の範囲】[Claims] 支持枠を適宜間隔−して複数本設置し、l*支持枠間に
鉄筋を縦横に配設し、支持枠両側には鋼材を張設して腋
網材によって覆われた空間内に令ルタル或りはコンクリ
ートを下方から充填する建造物の構築方法。
Multiple support frames are installed at appropriate intervals, reinforcing bars are placed vertically and horizontally between the support frames, steel is stretched on both sides of the support frames, and steel reinforcement is installed in the space covered by the armpit netting. Alternatively, a method of constructing buildings in which concrete is filled from below.
JP20430681A 1981-12-17 1981-12-17 Construction of building Pending JPS58106033A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP20430681A JPS58106033A (en) 1981-12-17 1981-12-17 Construction of building

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP20430681A JPS58106033A (en) 1981-12-17 1981-12-17 Construction of building

Publications (1)

Publication Number Publication Date
JPS58106033A true JPS58106033A (en) 1983-06-24

Family

ID=16488292

Family Applications (1)

Application Number Title Priority Date Filing Date
JP20430681A Pending JPS58106033A (en) 1981-12-17 1981-12-17 Construction of building

Country Status (1)

Country Link
JP (1) JPS58106033A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS60126461A (en) * 1983-12-13 1985-07-05 大石 博 Concrete collecting construction method
JPH04281930A (en) * 1991-03-08 1992-10-07 Fujita Corp Execution method of concrete construction

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5235204A (en) * 1975-09-16 1977-03-17 Kao Corp Clear high viscous liuid shampoo composition

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5235204A (en) * 1975-09-16 1977-03-17 Kao Corp Clear high viscous liuid shampoo composition

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS60126461A (en) * 1983-12-13 1985-07-05 大石 博 Concrete collecting construction method
JPH04281930A (en) * 1991-03-08 1992-10-07 Fujita Corp Execution method of concrete construction

Similar Documents

Publication Publication Date Title
US3385015A (en) Built-up girder having metal shell and prestressed concrete tension flange and method of making the same
US3113402A (en) Slab construction
JP2568319B2 (en) Manufacturing method of precast concrete beam
JPS58106033A (en) Construction of building
JP3014987U (en) Reinforcement equipment for existing buildings
US3778953A (en) Building construction
JP2914183B2 (en) Thickening reinforcement method of existing earthquake-resistant wall
US3223378A (en) Reinforced concrete structures having formwork embedded therein
JPS58176320A (en) Construction of slope frame structure
US3403492A (en) Construction of concrete liquid reservoirs such as swimming pools
JPH0332586Y2 (en)
JPS6039401Y2 (en) joint reinforcing bars
JPH0637160Y2 (en) Sleeve fixed hardware
RU166521U1 (en) MONOLITHIC COVERING PLATE FOR LARGE SPAN
JPH09279610A (en) Method for constructing retaining wall and equipment therefor
JPH05272196A (en) Reinforced concrete column for high axial force
JPS6195127A (en) Concrete formwork process
JPS6225829B2 (en)
JP2610462B2 (en) Method for manufacturing precast concrete member
JPH047237Y2 (en)
JPS601461B2 (en) Flexible formwork device
JPS62148769A (en) Construction of steel pipe concrete pillar
JPH0716746Y2 (en) Anchor head for fixing slope protection structure
JPS6055651B2 (en) Construction method of concrete foundation
JPH0849330A (en) Installation method of reinforced concrete-made earthquake resisting wall