JPH11256881A - Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method - Google Patents

Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method

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Publication number
JPH11256881A
JPH11256881A JP5474098A JP5474098A JPH11256881A JP H11256881 A JPH11256881 A JP H11256881A JP 5474098 A JP5474098 A JP 5474098A JP 5474098 A JP5474098 A JP 5474098A JP H11256881 A JPH11256881 A JP H11256881A
Authority
JP
Japan
Prior art keywords
connecting member
tubular body
pipe
awning
assembled
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
JP5474098A
Other languages
Japanese (ja)
Inventor
Satoshi Kojima
敏 小島
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.)
SANJOU KINZOKU KK
Original Assignee
SANJOU KINZOKU KK
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 SANJOU KINZOKU KK filed Critical SANJOU KINZOKU KK
Priority to JP5474098A priority Critical patent/JPH11256881A/en
Publication of JPH11256881A publication Critical patent/JPH11256881A/en
Pending legal-status Critical Current

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Abstract

PROBLEM TO BE SOLVED: To easily assemble a framed structural body with a tool alone by an unskilled worker without welding work for an awning structural building as a permanent facility, to assemble a framed structural body with low-cost, lightweight pipe connecting members, and covering the upper portion of steel pipe scaffold with awning, thereby arranging the inside and outside environment of the construction job site. SOLUTION: This framed structural body is equipped with a pipe body X and a pipe body connecting member A1 for assembling a pipe body X with a pipe body X, and this is a framed structural body for the awning structural building for covering with awning an arbitrary upper portion of the framed structural body with the pipe bodies X assembled by the pipe connecting member A1. Therefore, when the framed structural body is formed by assembling the pipe body X by the pipe body connecting member A1, the longitudinal section face at the contact surface with the awning 3 of the pipe body connecting member A1 forms an arc shape, and no projected portion nor level difference is created on the contact surface with the awning 3 near the jointing portion between the pipe body X and the pipe body connecting member A1, and the pipe body X is assembled by the pipe body connecting member A1.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【０００１】[0001]

【発明の属する技術分野】本発明は、幕構造建造物、幕
構造建造物建設工法に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a curtain structure building and a curtain structure building construction method.

【０００２】[0002]

【従来の技術】従来の幕構造建造物、幕構造建造物建設
工法、即ち、テントの建設工法には、図１３〜図１９以
下に示すようなものがあった。 第１例（図１３）：運動会、展示会、集会など短期間で
解体する仮設テント 管体即ちパイプからなる棟１０１、桁１０２、合掌１０
３、支柱１０４、筋交い１０５の夫々の端部を接続部材
１０７，１０８に単に挿入或は外装してテントの骨組１
０９を組み立て、それらの管体１０１〜５を接続部材１
０７，１０８により組み立てた骨組１０９に、布や合成
樹脂で形成した屋根形のシートからなるテント１０６
（骨組と共に種々の形状がある）を被せて覆っている。
接続部材１０７，１０８は、管体を所望の方向に向けて
組み合わせ、その突出部に上記管体１０１〜５の端部を
単に挿入或は外装する構造になっていた。その接続部材
１０７，１０８の突出部に管体１０１〜５の端部を単に
挿入或は外装し、更に螺子などで固着するものなど種々
の形態もあった。2. Description of the Related Art A conventional curtain structure building and a curtain structure building construction method, that is, a tent construction method include those shown in FIGS. First example (FIG. 13): Temporary tent to be dismantled in a short period of time such as athletic meet, exhibition, rally, etc.
3. The ends of the strut 104 and the brace 105 are simply inserted or exteriorized into the connecting members 107 and 108, and the tent frame 1
09 and assembling the pipes 101 to 5 with the connecting member 1
A tent 106 composed of a roof-shaped sheet made of cloth or synthetic resin
(There are various shapes together with the skeleton.)
The connecting members 107 and 108 have a structure in which the pipes are combined in a desired direction, and the ends of the pipes 101 to 5 are simply inserted or covered in the protruding portions. There are various forms such as those in which the end portions of the pipes 101 to 5 are simply inserted or provided in the projecting portions of the connecting members 107 and 108, and are further fixed with screws or the like.

【０００３】第２例（図１４）：簡易施設（恒久施設で
はない）としてのテント 第１例同様、パイプからなる棟１０１、桁１０２、合掌
１０３、支柱１０４、筋交い１０５の夫々の端部に、別
途、管体を所望の方向に折り曲げ或は組み合わせて形成
した接続部材１１１，１１２を熔着して骨組１１３を形
成し、その骨組に家形のテント１１４を被せて覆ってい
る。Second example (FIG. 14): Tent as a simple facility (not a permanent facility) As in the first example, a ridge 101 made of pipes, a girder 102, a joint 103, a pillar 104, and a brace 105 are provided at each end. Separately, connecting members 111 and 112 formed by bending or combining a tube body in a desired direction are welded to form a frame 113, and the frame is covered with a house-shaped tent 114.

【０００４】第３例（図１５，図１６）：耐久性のある
恒久施設としての倉庫用テント 棟、桁、合掌、支柱、筋交い１２１、及び、接続部材１
２２を、図１２に示すように、並行な２本のパイプ１２
３，１２３と、その２本のパイプ１２３，１２３を三角
構造をなすように交互に連結した鋼棒１２４と、そのパ
イプ１２３，１２３と鋼棒１２４で構造体１２５，１２
５を形成し、その構造体１２５，１２５の端部に、他の
構造体１２５と連結するための孔１２６を備えた連結部
材１２７で形成し、それらの棟、桁、合掌、支柱、筋交
い１２１と接続部材１２２を図示しないボルト、ナット
で連結して骨組１２８を作り、その骨組１２８に家形の
テント１２９を被せて覆っている。A third example (FIGS. 15 and 16): a tent building for a warehouse as a durable permanent facility, a girder, a joint, a support, a brace 121, and a connecting member 1
22 is connected to two parallel pipes 12 as shown in FIG.
3, 123, a steel rod 124 in which the two pipes 123, 123 are alternately connected to form a triangular structure, and a structure 125, 12 comprising the pipes 123, 123 and the steel rod 124.
5 are formed, and connecting members 127 having holes 126 for connecting with other structures 125 are formed at the ends of the structures 125, 125, and the ridges, girders, joint palms, struts, and braces 121 are formed. The connecting member 122 is connected to the connecting member 122 with bolts and nuts (not shown) to form a frame 128, and the frame 128 is covered with a house-shaped tent 129.

【０００５】第４例（図１７，図１８）：クランプによ
る単管足場組み立て時のテント このクランプは、合わせると管体Ｘに当接する面が略環
状に形成され、央部で軸１３１により回動可能に形成し
開閉可能な本体１３２と、その本体１３２の一端に回動
可能に取付けた螺子溝付ボルト１３３と、本体１３３を
管体Ｘに外装して固定するとき、その螺子溝付ボルト１
３３を係止する凹部付突起１３４と、を備えている。そ
の螺子溝付ボルト１３３と凹部付突起１３４は、突起や
鋭利な部分として本体１３３から突出して形成してあ
る。建設現場などでは、多数のクランプを使い、足場を
組み立てているが、そ突起や鋭利な部分があるため、天
幕で覆うことができなかった。Fourth example (FIGS. 17 and 18): Tent at the time of assembling a single pipe scaffold by means of a clamp When this clamp is assembled, the surface in contact with the tube X is formed in a substantially annular shape, A main body 132 that is movably formed and openable, a bolt 133 with a screw groove rotatably attached to one end of the main body 132, and a bolt with a screw groove when the main body 133 is externally fixed to the tube X and fixed. 1
And a projection 134 with a concave portion that locks the projection 33. The bolt 133 with a thread groove and the projection 134 with a concave portion are formed as projections and sharp portions so as to protrude from the main body 133. At construction sites, many scaffolds are used to assemble the scaffolds, but they cannot be covered with awnings because of the protrusions and sharp parts.

【０００６】第５例（図１９）：枠組み足場のテント 工場で製作した鋼管製の枠組みユニット足場で組み立て
た骨組構造体１４０には、第４例のクランプとは異な
り、側面に突起や鋭利な部分がなく、別途形成した骨組
構造体１４０の側面に取付け部材やワイヤー或は紐など
により天幕１４１を張り付けることができたが、鋼管足
場１４０の上方や上方と側面を連続して天幕１４１で覆
うことのできず、冬期や雨天の時は作業ができず困って
いた。Fifth example (FIG. 19): Tent of frame scaffolding Unlike the clamp of the fourth example, a frame structure 140 assembled with a steel pipe frame unit scaffold manufactured at a factory has a protrusion or a sharp edge on the side. Although there was no portion, the awning 141 could be attached to the side surface of the separately formed skeleton structure 140 with a mounting member, a wire or a string, but the upper side of the steel pipe scaffold 140 or the upper and side surfaces were continuously connected to the awning 141 by the awning 141. I couldn't cover it, so I couldn't work in winter or rainy weather, so I was in trouble.

【０００７】[0007]

【発明が解決しようとする課題】しかしながら、上記接
続部材で幕構造建造物の骨組を組み立てるには、以下に
列記するような諸々の欠点があった。 第１例 この接続部材を使う幕構造建造物は、前述の
通り、あくまでも仮設テントであり、１両日で取り払い
解体するため、誰にでも組み立て解体が簡単にできるよ
うに管体が十分に固定されておらず、単に嵌め込んであ
るだけだから、倉庫のような恒久施設としての幕構造建
造物には、馴染まない構造である。However, assembling a frame of a curtain structure with the connecting members has the following drawbacks. First example As described above, the curtain structure building using this connecting member is a temporary tent, and it is only a temporary tent. Since it is removed and dismantled in one day, the pipe is sufficiently fixed so that anyone can easily assemble and disassemble it. It is not fitted to a curtain structure building as a permanent facility such as a warehouse because it is simply fitted.

【０００８】第２例 この接続部材を使う幕構造建造
物は、前述の通り、接続部材と夫々の管体は、互いに熔
着してあるため、構造上丈夫な幕構造建造物の骨組を形
造れるので、恒久施設として十分である。しかしなが
ら、金属溶接は、経験と熟練を要する作業であり、溶接
熟練工不足の昨今、高コストになるうえに、量産ができ
ず、困っていた。その対応策として、建設作業現場で使
う溶接機があるが、この溶接機は高価であり、中小・零
細業者が係わることの多い幕構造建造物の場合は、過剰
な設備投資となりやすく、困難な要求であった。従っ
て、未熟練者のみによる建設はできない状態である。Second Example As described above, in a curtain structure building using this connecting member, since the connecting member and the respective pipes are welded to each other, the frame structure of a structurally strong curtain structure building is formed. Because it can be built, it is enough as a permanent facility. However, metal welding is a work that requires experience and skill, and in recent years, due to a shortage of skilled welders, the cost has been high and mass production has not been possible. As a countermeasure, there is a welding machine used at the construction work site, but this welding machine is expensive, and in the case of curtain structures where small and medium-sized and micro contractors are often involved, excessive capital investment tends to be It was a request. Therefore, construction by only unskilled persons cannot be performed.

【０００９】第３例 この幕構造建造物の骨組は、一
般に、個別設計によるものが多く、設計図に従い、建造
場所の近隣の鉄鋼業者が、各部材を運搬可能な大きさに
して工場で形成し、それらの部材を建設地において、熔
着やボルト・ナットで組み立てることが一般に行なわれ
ている。Third Example In general, many frames of this curtain structure building are individually designed. According to the design drawing, a steelmaker near the building site forms each member in a size that can be transported and formed at a factory. However, it is common practice to assemble these members at the construction site with welding or bolts and nuts.

【００１０】第４例 工事現場で多用されている鋼管
足場を組み立てる際のクランプは、前述の通りボルトや
ボルトを固定する凹部付突起という複数の突出部がある
ため、このクランプにより管体を組み立てた骨組を造り
幕構造物体即ちテントで覆うと、それらの突出部により
テントが損傷破損するので使えなかった。Fourth Example A clamp for assembling a steel pipe scaffold frequently used in a construction site has a plurality of protrusions such as bolts and recessed projections for fixing the bolts as described above. If the frame was covered with a curtain structure object or tent, the protrusions would damage the tent and be unusable.

【００１１】第５例 図１９に示す通り鋼管製の枠組
みユニット足場の場合は、側面に突起や鋭利な部分がな
いため、取付け具やワイヤーなどでそのユニットの側面
に天幕を張り付けることはできるが、上方部と側面に連
続して天幕を張り付ける手段がなかつた。強いて上端に
天幕を張り付け屋根構造をつくるには、上記鋼管製枠組
みユニット足場の上端に、第４例の突起や鋭利な部分の
あるクランプを用い、或はボルト・ナットを用いて、別
途用意した鋼管や鋼製上屋を取付けた上で天幕を取りつ
けざるをえず、それらの接続部の突起や鋭利な部分によ
り天幕を損傷するため、一般には使用されていなかっ
た。Fifth example As shown in FIG. 19, in the case of a frame unit scaffold made of a steel tube, since there is no projection or a sharp portion on the side surface, the awning can be attached to the side surface of the unit with a fixture or a wire. However, there was no means to attach the awning continuously to the upper part and the side. To make the roof structure with the awning stuck to the upper end by using the clamp with the projections and sharp parts of the fourth example at the upper end of the steel pipe frame unit scaffold, or separately using bolts and nuts The awnings had to be mounted after attaching steel pipes and steel sheds, and the awnings were damaged by projections and sharp parts of their connections, so they were not generally used.

【００１２】以上のような現状からして、恒久施設とし
ての幕構造建造物の骨組構造体は、第３、第４例により
組み立てる以外に方法がなく、溶接作業を伴わずに未熟
練者が簡単且つ確実に幕構造建造物の骨組構造体を組み
立てられる方法が強く求められていた。又、建設現場の
作業環境工場のために、鋼管足場を利用して、上方に簡
単に天幕を張る手段が強く求められていた。そこで、本
願出願人は、特願平１０−８１６９を出願し、管体接続
部材の解決手段の一端を提示した。本願は、前記出願を
もとに開発した「幕構造建造物、幕構造建造物建設工
法」に関する出願である。本発明が解決しようとする課
題は、以上のような欠点に鑑み、未熟練者が簡単且つ確
実に幕構造建造物の骨組を組み立てられ、外部に取付け
作業時に邪魔になる危険な突起をなくし、強力な接続力
と、十分な強度を備え、製造コストの安い軽量な管体の
接続部材による幕構造建造物、及び、幕構造建造物建設
工法を提供すると共に、その幕構造建造物及び幕構造建
造物建設工法により作業現場の環境を整備し、建設中の
騒音を始めとする周辺に与える諸々の影響を軽減するこ
とを目的としている。[0012] In view of the above situation, there is no other method except for assembling according to the third and fourth examples, and there is no method for the frame structure of a curtain structure building as a permanent facility. There has been a strong demand for a method that can easily and reliably assemble a frame structure of a curtain structure building. Further, there has been a strong demand for a means for easily extending an awning upward using a steel pipe scaffold for a work environment factory at a construction site. Therefore, the applicant of the present application applied for Japanese Patent Application No. 10-8169 and presented one end of a solution for the tube connecting member. The present application is an application relating to “curtain structure building, curtain structure building construction method” developed based on the above application. The problem to be solved by the present invention is, in view of the above-mentioned drawbacks, an unskilled person can easily and surely assemble the frame structure of the curtain structure building, eliminating dangerous projections that hinder external mounting work, The present invention provides a curtain structure building and a curtain structure building construction method using a light-weight tubular connecting member having a strong connecting force and sufficient strength and low manufacturing cost, and the curtain structure building and the curtain structure. The purpose is to improve the environment of the work site by the building construction method and to reduce various effects on the surroundings, such as noise during construction.

【００１３】[0013]

【課題を解決するための手段】本発明に係る幕構造建造
物、幕構造建造物建設工法は、以上のような課題を解決
するものであって、次のようなものである。請求項１の
骨組構造体は、管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体であって、その管体接続部材により管体を組
み立て骨組構造体を形成したとき、管体接続部材の天幕
との接触面の縦断面が弧状をなすと共に、管体と管体接
続部材の接合部近傍の天幕との接触面に突出部或は段差
を生じない管体接続部材を備え、その管体接続部材によ
り管体を組み立てたことを特徴とする。Means for Solving the Problems A curtain structure building and a curtain structure building construction method according to the present invention solve the above-mentioned problems and are as follows. The frame structure according to claim 1, further comprising a tube connecting member for assembling the tube and the tube, and a curtain structure for covering an arbitrary upper portion of the frame structure having the tube assembled by the tube connecting member with an awning. A frame structure of a building, wherein when the pipe body is assembled by the pipe connection member to form a frame structure, the vertical cross section of the contact surface of the pipe connection member with the tent forms an arc, and A pipe connecting member that does not have a protrusion or a step is provided on a contact surface of the pipe connecting member with the awning near the joint, and the pipe is assembled with the pipe connecting member.

【００１４】請求項２の骨組構造体は、管体と管体を組
み立てる管体接続部材を備え、その管体接続部材により
管体を組み立てた骨組構造体の任意の上方部を天幕で覆
うための幕構造建造物の骨組構造体であって、その管体
接続部材により管体を組み立て骨組構造体を形成したと
き、管体接続部材の天幕との接触面の縦断面が弧状をな
すと共に、管体と管体接続部材の接合部近傍の天幕との
接触面に突出部或は段差を生じない管体接続部材を備
え、その管体接続部材が、管体接続部材の基部の端部に
突出し、接続する管体の開口部に挿入する突起と、その
突起に管体を挿入したとき、その管体と天幕が接触しな
い側の突起の任意の位置に設けた係止部と、その係止部
に係止し、外装した管体を固定する固定部材と、を備
え、その管体接続部材により管体を組み立てたことを特
徴とする。According to a second aspect of the present invention, there is provided a skeleton structure including a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe by the pipe connecting member is covered with a tent. The frame structure of the curtain structure building, when the pipe body is assembled by the pipe connecting member to form a frame structure, the vertical cross section of the contact surface of the pipe connecting member with the awning is arc-shaped, A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface between the pipe and the tub near the joint between the pipe connecting member, and the pipe connecting member is provided at an end of a base of the pipe connecting member. A protrusion which is inserted into an opening of a pipe to be connected to be connected, and a locking portion provided at an arbitrary position of a protrusion on the side where the pipe does not come into contact with the awning when the pipe is inserted into the projection; And a fixing member that is fixed to the stop portion and fixes the externally mounted pipe body. Characterized in that the assembly of the more tube.

【００１５】請求項３の骨組構造体は、管体と管体を組
み立てる管体接続部材を備え、その管体接続部材により
管体を組み立てた骨組構造体の任意の上方部を天幕で覆
うための幕構造建造物の骨組構造体であって、その管体
接続部材により管体を組み立て骨組構造体を形成したと
き、管体接続部材の天幕との接触面の縦断面が弧状をな
すと共に、管体と管体接続部材の接合部近傍の天幕との
接触面に突出部或は段差を生じない管体接続部材を備
え、その管体接続部材が、管体接続部材の基部の端部に
間隔を隔てて突出し、接続する管体の開口部に挿入する
第１及び第２の突起と、その第１及び第２の突起に管体
を挿入したとき、その管体と天幕が接触しない方の突起
の先端部近傍に設けた係止部と、その係止部に係止し、
外装した管体を固定するため、係止部と対向する管体の
位置に設けた貫通孔に挿通し、第１及び第２の突起の先
端部近傍を拡開する拡開部材と、を備え、その管体接続
部材により管体を組み立てたことを特徴とする。According to a third aspect of the present invention, there is provided a skeleton structure including a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe by the pipe connecting member is covered with a tent. The frame structure of the curtain structure building, when the pipe body is assembled by the pipe connecting member to form a frame structure, the vertical cross section of the contact surface of the pipe connecting member with the awning is arc-shaped, A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface between the pipe and the tub near the joint between the pipe connecting member, and the pipe connecting member is provided at an end of a base of the pipe connecting member. First and second projections that project at an interval and are inserted into openings of a pipe to be connected, and that the pipe and the tent do not contact when the pipe is inserted into the first and second projections. A locking portion provided near the tip of the projection, and locking to the locking portion,
An expanding member that is inserted into a through hole provided at a position of the tubular body facing the locking portion to expand the vicinity of the distal ends of the first and second projections in order to fix the sheathed tubular body. The tube is assembled by the tube connecting member.

【００１６】請求項４の幕構造建造物は、管体と管体を
組み立てる管体接続部材を備え、その管体接続部材によ
り管体を組み立てた骨組構造体の任意の上方部を天幕で
覆うための骨組構造体を備えた幕構造建造物であって、
その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、その管体接続部材により管体を組み立てた骨
組構造体の任意の上方部を天幕で覆うことを特徴とす
る。According to a fourth aspect of the present invention, there is provided a curtain structure building comprising a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe by the pipe connecting member is covered with an awning. Curtain structure building with a frame structure for
When the tubular body is assembled by the tubular connecting member to form a skeleton structure, the longitudinal section of the contact surface of the tubular connecting member with the awning forms an arc, and the awning near the joint between the tubular body and the tubular connecting member. A pipe connecting member that does not have a protrusion or a step is provided on a contact surface of the frame structure, and an arbitrary upper portion of the frame structure in which the pipe is assembled is covered with an awning by the pipe connecting member.

【００１７】請求項５の幕構造建造物は、管体と管体を
組み立てる管体接続部材を備え、その管体接続部材によ
り管体を組み立てた骨組構造体の任意の上方部を天幕で
覆うための骨組構造体を備えた幕構造建造物であって、
その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、その管体接続部材が、管体接続部材の基部の
端部に突出し、接続する管体の開口部に挿入する突起
と、その突起に管体を挿入したとき、その管体と天幕が
接触しない側の突起の任意の位置に設けた係止部と、そ
の係止部に係止し、外装した管体を固定する固定部材
と、を備え、その管体接続部材により管体を組み立てた
骨組構造体の任意の上方部を天幕で覆うことを特徴とす
る。A curtain structure building according to a fifth aspect of the present invention includes a pipe connecting member for assembling the pipe and the pipe, and the tent covers an arbitrary upper portion of the frame structure in which the pipe is assembled by the pipe connecting member. Curtain structure building with a frame structure for
When the tubular body is assembled by the tubular connecting member to form a skeleton structure, the longitudinal section of the contact surface of the tubular connecting member with the awning forms an arc, and the awning near the joint between the tubular body and the tubular connecting member. A pipe connecting member that does not generate a protrusion or a step on the contact surface with the pipe connecting member, the pipe connecting member protruding from the end of the base of the pipe connecting member, and being inserted into the opening of the pipe to be connected. When the tube is inserted into the projection, a locking portion is provided at an arbitrary position of the projection on the side where the tube does not contact the awning, and the outer tube is locked by the locking portion and fixed. And an arbitrary upper portion of the skeleton structure in which the pipe is assembled by the pipe connecting member, is covered with an awning.

【００１８】請求項６の幕構造建造物は、管体と管体を
組み立てる管体接続部材を備え、その管体接続部材によ
り管体を組み立てた骨組構造体の任意の上方部を天幕で
覆うための骨組構造体を備えた幕構造建造物であって、
その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、その管体接続部材が、管体接続部材の基部の
端部に間隔を隔てて突出し、接続する管体の開口部に挿
入する第１及び第２の突起と、その第１及び第２の突起
に管体を挿入したとき、その管体と天幕が接触しない方
の突起の先端部近傍に設けた係止部と、その係止部に係
止し、外装した管体を固定するため、係止部と対向する
管体の位置に設けた貫通孔に挿通し、第１及び第２の突
起の先端部近傍を拡開する拡開部材と、を備え、その管
体接続部材により管体を組み立てた骨組構造体の任意の
上方部を天幕で覆うことを特徴とする。A curtain structure building according to a sixth aspect of the present invention includes a tubular body and a tubular body connecting member for assembling the tubular body, and an arbitrary upper portion of the frame structure assembled with the tubular body by the tubular body connecting member is covered with an awning. Curtain structure building with a frame structure for
When the tubular body is assembled by the tubular connecting member to form a skeleton structure, the longitudinal section of the contact surface of the tubular connecting member with the awning forms an arc, and the awning near the joint between the tubular body and the tubular connecting member. A pipe connecting member that does not produce a protrusion or a step on the contact surface with the pipe connecting member, the pipe connecting member protruding at an interval from the end of the base of the pipe connecting member, and opening the pipe to be connected First and second projections to be inserted into the first and second projections, and a locking portion provided near the tip of the projection that does not come into contact with the awning when the tube is inserted into the first and second projections. In order to lock the outer tube, which is locked to the locking portion, the through-hole provided at the position of the tube facing the locking portion is inserted, and the vicinity of the distal ends of the first and second projections is removed. An expanding member for expanding, and an arbitrary upper portion of the frame structure in which the pipe is assembled by the pipe connecting member is covered with an awning. It is characterized in.

【００１９】請求項７の骨組構造体組立工法は、管体と
管体を組み立てる管体接続部材を備え、その管体接続部
材により管体を組み立てた骨組構造体の任意の上方部を
天幕で覆うための幕構造建造物の骨組構造体の組立工法
であって、その管体接続部材により管体を組み立て骨組
構造体を形成したとき、管体接続部材の天幕との接触面
の縦断面が弧状をなすと共に、管体と管体接続部材の接
合部近傍の天幕との接触面に突出部或は段差を生じない
管体接続部材を備え、その管体接続部材により管体を組
み立て骨組構造体を形成することを特徴とする。According to a seventh aspect of the present invention, there is provided a method for assembling a frame structure, comprising a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe connecting member by an awning. A method for assembling a frame structure of a curtain structure building for covering, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a vertical cross section of a contact surface of the pipe connection member with the awning is formed. A tubular connecting member having an arc shape and having no projecting portion or step on a contact surface between the tubular body and the tent near the joint of the tubular connecting member, and assembling the tubular body with the tubular connecting member; It is characterized by forming a body.

【００２０】請求項８の骨組構造体組立工法は、管体と
管体を組み立てる管体接続部材を備え、その管体接続部
材により管体を組み立てた骨組構造体の任意の上方部を
天幕で覆うための幕構造建造物の骨組構造体の組立工法
であって、その管体接続部材により管体を組み立て骨組
構造体を形成したとき、管体接続部材の天幕との接触面
の縦断面が弧状をなすと共に、管体と管体接続部材の接
合部近傍の天幕との接触面に突出部或は段差を生じない
管体接続部材を備え、その管体接続部材が、管体接続部
材の基部の端部に突出し、接続する管体の開口部に挿入
する突起と、その突起に管体を挿入したとき、その管体
と天幕が接触しない側の突起の任意の位置に設けた係止
部と、その係止部に係止し、外装した管体を固定する固
定部材と、を備え、その管体接続部材により管体を組み
立て骨組構造体を形成することを特徴とする。According to a ninth aspect of the present invention, there is provided a frame structure assembling method, comprising a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe connecting member by a tent. A method for assembling a frame structure of a curtain structure building for covering, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a vertical cross section of a contact surface of the pipe connection member with the awning is formed. A pipe connecting member that forms an arc and does not cause a protrusion or a step on the contact surface between the pipe and the tub near the joint between the pipe connecting member and the pipe connecting member is provided with a pipe connecting member. A protrusion protruding from the end of the base and inserted into the opening of the tube to be connected, and a lock provided at an arbitrary position of the protrusion on the side where the tube does not contact the awning when the tube is inserted into the protrusion Part, and a fixing member that is locked to the locking part and fixes the exterior tube body. And forming a frame structure assembled tube by the tube body connection member.

【００２１】請求項９の骨組構造体組立工法は、管体と
管体を組み立てる管体接続部材を備え、その管体接続部
材により管体を組み立てた骨組構造体の任意の上方部を
天幕で覆うための幕構造建造物の骨組構造体の組立工法
であって、その管体接続部材により管体を組み立て骨組
構造体を形成したとき、管体接続部材の天幕との接触面
の縦断面が弧状をなすと共に、管体と管体接続部材の接
合部近傍の天幕との接触面に突出部或は段差を生じない
管体接続部材を備え、その管体接続部材が、管体接続部
材の基部の端部に間隔を隔てて突出し、接続する管体の
開口部に挿入する第１及び第２の突起と、その第１及び
第２の突起に管体を挿入したとき、その管体と天幕が接
触しない方の突起の先端部近傍に設けた係止部と、その
係止部に係止し、外装した管体を固定するため、係止部
と対向する管体の位置に設けた貫通孔に挿通し、第１及
び第２の突起の先端部近傍を拡開する拡開部材と、を備
え、その管体接続部材により管体を組み立て骨組構造体
を形成することを特徴とする。According to a ninth aspect of the present invention, there is provided a method of assembling a frame structure, comprising a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure assembled with the pipe connecting member by a tent. A method for assembling a frame structure of a curtain structure building for covering, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a vertical cross section of a contact surface of the pipe connection member with the awning is formed. A pipe connecting member that forms an arc and does not cause a protrusion or a step on the contact surface between the pipe and the tub near the joint between the pipe connecting member and the pipe connecting member is provided with a pipe connecting member. First and second projections protruding at an interval from the end of the base and inserted into the opening of the pipe to be connected, and the pipe when the pipe is inserted into the first and second projections. A locking portion provided near the tip of the projection to which the awning does not contact, and locking to the locking portion, An expansion member that is inserted into a through hole provided at a position of the tube body facing the locking portion to expand the vicinity of the distal end of the first and second projections in order to fix the mounted tube body. The tube connecting member is used to assemble a tube to form a skeleton structure.

【００２２】請求項１０の幕構造建造物建設工法は、管
体と管体を組み立てる管体接続部材を備え、その管体接
続部材により管体を組み立てた骨組構造体の任意の上方
部を天幕で覆うための骨組構造体を備えた幕構造建造物
の建設工法であって、その管体接続部材により管体を組
み立て骨組構造体を形成したとき、管体接続部材の天幕
との接触面の縦断面が弧状をなすと共に、管体と管体接
続部材の接合部近傍の天幕との接触面に突出部或は段差
を生じない管体接続部材を備え、その管体接続部材によ
り管体を組み立てた骨組構造体の任意の上方部を天幕で
覆うことを特徴とする。According to a tenth aspect of the present invention, there is provided a curtain structure building construction method, comprising: a pipe and a pipe connecting member for assembling the pipe; an arbitrary upper portion of the frame structure in which the pipe is assembled by the pipe connecting member; A method of constructing a curtain structure having a frame structure for covering with a pipe structure, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a contact surface of the pipe connection member with the awning is formed. A vertical section is formed in an arc shape, and a pipe connecting member that does not generate a projection or a step on a contact surface between the pipe and the awning near a joint of the pipe connecting member is provided, and the pipe is connected by the pipe connecting member. An arbitrary upper portion of the assembled frame structure is covered with an awning.

【００２３】請求項１１の幕構造建造物建設工法は、管
体と管体を組み立てる管体接続部材を備え、その管体接
続部材により管体を組み立てた骨組構造体の任意の上方
部を天幕で覆うための骨組構造体を備えた幕構造建造物
の建設工法であって、その管体接続部材により管体を組
み立て骨組構造体を形成したとき、管体接続部材の天幕
との接触面の縦断面が弧状をなすと共に、管体と管体接
続部材の接合部近傍の天幕との接触面に突出部或は段差
を生じない管体接続部材を備え、その管体接続部材が、
管体接続部材の基部の端部に突出し、接続する管体の開
口部に挿入する突起と、その突起に管体を挿入したと
き、その管体と天幕が接触しない側の突起の任意の位置
に設けた係止部と、その係止部に係止し、外装した管体
を固定する固定部材と、を備え、その管体接続部材によ
り管体を組み立てた骨組構造体の任意の上方部を天幕で
覆うことを特徴とする。According to a eleventh aspect of the present invention, there is provided a curtain structure building construction method, further comprising a pipe connecting member for assembling the pipes, and an arbitrary upper portion of the frame structure in which the pipe is assembled by the pipe connecting members. A method of constructing a curtain structure having a frame structure for covering with a pipe structure, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a contact surface of the pipe connection member with the awning is formed. A vertical section is formed in an arc shape, and a pipe connecting member that does not generate a protrusion or a step on a contact surface between the pipe and the awning near the joint of the pipe connecting member is provided, and the pipe connecting member is
An arbitrary position of the projection protruding from the end of the base of the pipe connection member and inserted into the opening of the pipe to be connected, and the projection on the side where the pipe does not come into contact with the awning when the pipe is inserted into the projection. And a fixing member that is fixed to the locking portion and fixes the sheathed pipe body, and an arbitrary upper portion of a skeleton structure in which the pipe body is assembled by the pipe connecting member. Is covered with a tent.

【００２４】請求項１２の幕構造建造物建設工法は、管
体と管体を組み立てる管体接続部材を備え、その管体接
続部材により管体を組み立てた骨組構造体の任意の上方
部を天幕で覆うための骨組構造体を備えた幕構造建造物
の建設工法であって、その管体接続部材により管体を組
み立て骨組構造体を形成したとき、管体接続部材の天幕
との接触面の縦断面が弧状をなすと共に、管体と管体接
続部材の接合部近傍の天幕との接触面に突出部或は段差
を生じない管体接続部材を備え、その管体接続部材が、
管体接続部材の基部の端部に間隔を隔てて突出し、接続
する管体の開口部に挿入する第１及び第２の突起と、そ
の第１及び第２の突起に管体を挿入したとき、その管体
と天幕が接触しない方の突起の先端部近傍に設けた係止
部と、その係止部に係止し、外装した管体を固定するた
め、係止部と対向する管体の位置に設けた貫通孔に挿通
し、第１及び第２の突起の先端部近傍を拡開する拡開部
材と、を備え、その管体接続部材により管体を組み立て
た骨組構造体の任意の上方部を天幕で覆うことを特徴と
する。According to a twelfth aspect of the present invention, there is provided a curtain structure building construction method, comprising a pipe and a pipe connecting member for assembling the pipe, and an arbitrary upper portion of the frame structure in which the pipe is assembled by the pipe connecting member. A method of constructing a curtain structure having a frame structure for covering with a pipe structure, wherein when a pipe body is assembled by the pipe connection member to form a frame structure, a contact surface of the pipe connection member with the awning is formed. A vertical section is formed in an arc shape, and a pipe connecting member that does not generate a protrusion or a step on a contact surface between the pipe and the awning near the joint of the pipe connecting member is provided, and the pipe connecting member is
First and second projections protruding at an interval from the end of the base of the pipe connecting member and inserted into the opening of the pipe to be connected, and when the pipe is inserted into the first and second projections A locking portion provided in the vicinity of the tip of the projection on which the tube does not contact the awning, and a pipe facing the locking portion for locking to the locking portion and fixing the outer tube. An expanding member that is inserted into the through hole provided at the position of (1) and expands the vicinity of the distal end portions of the first and second projections, wherein the tubular body is assembled by the tubular connecting member. The upper part is covered with a tent.

【００２５】[0025]

【作用】本発明に係る骨組構造体或は幕構造建造物、骨
組構造体組立工法若しくは幕構造建造物建設工法は、次
のように作用する。先ず始めに、管体接続部材の基部に
突出した突起或は第１と第２の突起を取付ける管体の開
口部に挿入する。次に、固定部材により管体接続部材の
突起と管体を固定する。或は、管体の端部近傍に設けた
孔に拡縮部材として螺子溝付のボルトを挿通し、そのボ
ルトを管体内に挿入した第１或は第２の突起の係止部と
しての螺子溝付孔に螺着して係止部に対向する第２或い
は第１の突起の位置に当接し、更にボルトを強螺着する
ことにより第１と第２の突起の間の間隔を拡開して第１
と第２の突起により管体の内側から放射方向に向って管
体を強押圧し、管体接続部材に管体を固定する。以上の
ようにして組み立てた幕構造物の骨組構造体、或は、別
途、上記手段により組み立てた幕構造物の骨組構造体、
建造物の基礎、既存の建造物、第５例の枠組みユニット
足場などに、上記手段により組み立てた幕構造物の骨組
構造体を管体接続部材をにより幕構造物の骨組構造体を
取付け、その骨組構造体の上方部から側面に掛けて連続
して天幕で覆い固定する。その時、後述の実施の形態で
説明するように、各種形状の複数の管体接続部材（多種
類の管体接続部材を形成し、必要に応じ選択可能とす
る）と、多数の管体を繰り返して接続し、所望の形状の
幕構造建造物の骨組構造体を組み立てる。このようにし
て組み立てた幕構造建造物の骨組構造体の上方に或は上
方から側面に天幕を覆い固定する。その結果、恒久建造
物としての幕構造建造物を事前に工場生産した管体、管
体接続部材、天幕を使い熟練者なしに容易に建造できる
ようになった。又、同様にして、鋼管足場の上端に幕構
造建造物を取付けることができるようになり、建設現場
の作業環境を整備すると共に、建設工事による内外に与
える悪影響を軽減・整備できるようになった。The frame structure or the curtain structure building, the frame structure assembling method or the curtain structure building method according to the present invention operates as follows. First, a projection projecting from the base of the tube connecting member or the first and second projections is inserted into an opening of the tube to be mounted. Next, the protrusion of the tube connecting member and the tube are fixed by the fixing member. Alternatively, a bolt provided with a screw groove as an expanding / contracting member is inserted into a hole provided in the vicinity of an end of the tube, and the screw groove serving as a locking portion of the first or second projection inserted into the tube is inserted into the bolt. The gap between the first and second projections is enlarged by screwing into the holes and abutting against the position of the second or first projection facing the locking portion, and further tightening the bolt. First
And the second projection presses the tube strongly from the inside of the tube in the radial direction, and fixes the tube to the tube connecting member. The frame structure of the curtain structure assembled as described above, or separately, the frame structure of the curtain structure assembled by the above means,
The frame structure of the curtain structure assembled by the above means is attached to the foundation of the building, the existing structure, the frame unit scaffold of the fifth example, and the like, by attaching the frame structure of the curtain structure by the pipe connecting member. The frame structure is hung from the upper portion to the side surface and continuously covered with an awning and fixed. At this time, as will be described in an embodiment to be described later, a plurality of pipe connecting members of various shapes (a plurality of types of pipe connecting members are formed and can be selected as necessary) and a large number of pipes are repeated. To assemble a frame structure of a curtain structure building having a desired shape. The awning is covered and fixed to the frame structure above or from the side of the frame structure of the curtain structure building thus assembled. As a result, a curtain structure building as a permanent building can be easily constructed without skilled personnel using pipes, pipe connecting members, and awnings that have been factory-produced in advance. Similarly, a curtain structure can be attached to the upper end of the steel pipe scaffold, thereby improving the working environment of the construction site and reducing and improving the adverse effects of construction work on the inside and outside. .

【００２６】[0026]

【発明の実施の形態】「実施の形態１」以下、図示例に
基づき数例の管体接続部材と、その数例の管体接続部材
を用いた骨組構造体、幕構造建造物、骨組構造体組立工
法、並びに幕構造建造物建設工法の基本構造を順次説明
する。図１は、管体接続部材の分解斜視図、 図２は、
管体接続部材と管体を組み立て天幕で覆った状態を示す
要部縦断面図。図１、図２に基づき本発明に用いる管体
接続部材Ａ１を説明する。基部１の軸芯の所定の一点Ｏ
を中心として軸方向に曲折した円筒体からなる基部１の
両端に、その基部である円筒体１の延伸方向に突出した
円筒体からなる突起２，２を形成する。その突起２，２
を接続する管体Ｘの開口部に挿入する。その管体接続部
材Ａ１と管体Ｘを天幕３で覆ったとき、天幕３と接触し
ない管体Ｘの側面側の突起２の位置に係止部としての螺
子溝付孔４を設ける。その突起２，２に管体Ｘを外装し
たとき、その螺子溝付孔４と対向する位置の管対Ｘの側
面にその螺子溝付孔４と挿通する孔５を設ける。その孔
５に螺子溝付ボルト或はナット６を挿通して螺子溝付孔
４に螺着する。その管体接続部材Ａ１の形状は、突起
２，２に管体Ｘを外装したとき、管体接続部材Ａ１と管
体Ｘの天幕３との接触面に突起や段差が生じない形状に
する。即ち、管体接続部材Ａ１の天幕３との接触面は、
縦断面が弧状に形成してある。以上のような構成の管体
接続部材Ａ１であるから、管体接続部材Ａ１と管体Ｘの
天幕３との接触面に突起や段差がないから、管体接続部
材Ａ１により組み立てた管体Ｘからなる骨組構造体を天
幕３で覆ったとき、その天幕３を簡単に損傷することが
なくなった。尚、基部１は、図示した形状に拘ることな
く、直管であっても良く、任意の方向に突出した突起
２，２であっても良く、それらの突起２，２の形状につ
いても、図示した円筒体からなる突起２，２に拘ること
なく、突起２，２に管体Ｘを外装して固定できる形状で
あれば如何なる形状であっても良い。DESCRIPTION OF THE PREFERRED EMBODIMENTS First Embodiment Hereinafter, several examples of a pipe connecting member based on the illustrated example, and a frame structure, a curtain structure building, and a frame structure using the several tube connecting members will be described. The basic structure of the body assembling method and the curtain structure building construction method will be sequentially described. FIG. 1 is an exploded perspective view of a tube connecting member, and FIG.
The principal part longitudinal cross-sectional view which shows the state which assembled the pipe connection member and the pipe, and covered with the awning. The tube connecting member A1 used in the present invention will be described with reference to FIGS. A predetermined point O on the axis of the base 1
At the both ends of a base 1 formed of a cylindrical body bent in the axial direction with the center as the center, projections 2 and 2 formed of cylindrical bodies protruding in the extending direction of the cylindrical body 1 as the base are formed. The projection 2, 2
Into the opening of the tube X to be connected. When the tube connecting member A1 and the tube X are covered with the awning 3, screw holes 4 as locking portions are provided at positions of the protrusions 2 on the side surfaces of the tube X that do not contact the awning 3. When the tube X is externally mounted on the projections 2, a hole 5 is provided on the side surface of the tube pair X at a position opposed to the screw grooved hole 4 so as to pass through the screw grooved hole 4. A threaded bolt or nut 6 is inserted into the hole 5 and screwed into the threaded hole 4. The shape of the tube connecting member A1 is such that, when the tube X is covered with the projections 2 and 2, there is no protrusion or step on the contact surface between the tube connecting member A1 and the awning 3 of the tube X. That is, the contact surface of the pipe connecting member A1 with the awning 3 is
The longitudinal section is formed in an arc shape. Since the pipe connecting member A1 having the above-described configuration has no protrusion or step on the contact surface between the pipe connecting member A1 and the awning 3 of the pipe X, the pipe X assembled by the pipe connecting member A1. When the skeleton structure composed of was covered with the awning 3, the awning 3 was not easily damaged. In addition, the base 1 may be a straight pipe, or may be projections 2 and 2 protruding in an arbitrary direction, regardless of the shape shown in the figure. Regardless of the projections 2 and 2 formed of a cylindrical body, any shape may be used as long as the tubular body X can be externally fixed to the projections 2 and 2.

【００２７】即ち、本発明で使用する管体接続部材Ａ
（以下の実施の形態で説明する複数種の管体接続部材の
総称）は、管体接続部材Ａに管体Ｘを接続したとき、そ
の接続端部に段差が生じないように突起が形成してある
と共に、この接続した管体接続部材Ａと管体Ｘを天幕３
で覆ったとき、天幕３に接触する管体接続部材Ａと管体
Ｘの接触面は、天幕３を損傷しないように弧状に形成さ
れ、かつ、突起や段差ができない形状に形成した管体接
続部材Ａであれば、図示し説明した形状に拘る事無く、
如何なる形状の管体接続部材Ａであっても良い。以下、
管体接続部材Ａの異なる実施の形態を説明する。実施の
形態１及び２以下の管体接続部材Ａ〜ｎは、任意の管体
接続部材Ａ〜ｎと管体Ｘを組み合わせて、幕構造建造物
の骨組構造体を組み立てても、管体接続部材Ａ〜ｎと管
体Ｘの天幕３との接触面に突起や段差が生じない形状に
形成してある。That is, the pipe connecting member A used in the present invention.
(A generic name for a plurality of types of pipe connection members described in the following embodiments) is such that when the pipe X is connected to the pipe connection member A, a projection is formed so that a step does not occur at the connection end. And the connected tube connecting member A and tube X are connected to the tent 3
The tube connecting member A, which comes into contact with the awning 3 when contacted with the awning 3, is formed in an arc shape so as not to damage the awning 3, and is formed in a shape in which projections and steps cannot be formed. If it is a member A, regardless of the shape shown and described,
The pipe connecting member A may have any shape. Less than,
Different embodiments of the tube connecting member A will be described. The pipe connection members An in the first and second embodiments and the following embodiments can be used even when a frame structure of a curtain structure is assembled by combining arbitrary pipe connection members An and a pipe X. The projections and steps are not formed on the contact surfaces between the members A to n and the awning 3 of the tubular body X.

【００２８】「実施の形態２」図３は、管体接続部材の
分解斜視図、 図４は、管体接続部材に管体を外装した
状態を示す縦断面図、 図５は、管体接続部材に管体を
固定した状態を示す縦断面図である。図３〜図５に基づ
き本発明の管体接続部材Ａ２の異なる実施の形態を説明
する。先ず始めに、管体接続部材Ａ２の基部１１を形成
する。その基部１１は、他の部材（建造物の基礎、柱、
梁など、或は、別途形成した各種形状の取付け部材な
ど）、或は、別途形成した他の管体接続部材Ａｎの基部
１１などに取付けるためのものでもあり、その形状は、
円盤状をなし（後述するが、円盤状に拘るものではな
く、多角形の板や多面体、その他の形状の基部２などで
あっても良い）、その基部１１の直径と管体Ｘの外径
は、略同径に形成してある。後述する天幕３（図示せ
ず）と接触する基部１１の外周部及びその近傍の縦断面
は、円面或は楕円面の一部若しくは放物線面などの滑ら
かな弧状に形成してあり、且つ、管体接続部材Ａ２と管
体Ｘの接続部の天幕３との接触面には、段差も突起も生
じない形状にしてあり、天幕３が接触し或は擦触しても
損傷し辛い形状に形成してあり、突起物や鋭利な部分は
形成してない。その基部１１に取付け部としての貫通孔
１２を設ける。この取付け部１２は、貫通孔に拘るもの
ではなく、基部１１を他の部材や別途形成した他の管体
接続部材Ａ１〜Ａｎに取付けることができれば、如何な
る形状であっても良い。その基部１１の一面（形状次第
で基部の外表面の所望の位置）から第１及び第２の突起
１３，１３を突設する。その第１及び第２の突起１３，
１３は、所定の間隔を隔てて突設してあり、接続する管
体Ｘの開口部から管体内に挿入し、管体Ｘと固定するた
めのものである。又、その第１及び第２の突起１３，１
３の外周面は、接続する管体Ｘの開口部近傍の内面に内
接する形状をなしている。それらの突起１３，１３の形
状は、図示した形状に拘ることなく、それらの突起１
３，１３に連結する管体Ｘに一括挿入でき、後述の拡縮
手段としての螺子溝付ネジ或はボルト１５により、少な
くとも突起１３，１３の先端部の間隔を拡開し、管体Ｘ
を固定できる形状であれば、如何なる形状であっても良
い。管体接続部材Ａ２の第１及び第２の突起１３，１３
に管体Ｘを外装し、天幕３で覆ったとき、天幕３より遠
い方の第１或は第２の突起１３の先端部近傍に係止手段
としての螺子溝付孔１４を設けると共に、それらの第１
及び第２の突起１３，１３に管体Ｘを外装したとき、そ
の溝付孔１４と対向する管体Ｘの位置に、別途設けた拡
開手段としての螺子溝付ネジ或はボルト１５を挿通する
貫通孔１６を設ける。その螺子溝付ネジ或はボルト１５
は、貫通孔１６と溝付孔１４に連通螺着し、螺子溝付ネ
ジ或はボルト１５の先端が前記天幕３に近い方の第１或
は第２の突起１３に当接し、更に強く螺着すると、それ
らの第１及び第２の突起の間の間隔が拡開し、管体Ｘを
軸芯から放射方向に向って押圧し、管体接続部材Ａ２と
管体Ｘが固定するようになっている。その係止手段１４
は、拡縮手段１５と共に第１と第２の突起１３，１３の
先端部近傍の間の間隔を拡開できれば、螺子溝付孔１４
に拘るものではなく、他の如何なる手段であっても良
い。その拡縮手段１５もまた螺子溝付ネジ或はボルト１
５に拘るものではなく、第１或は第２の突起１３，１３
の先端部を拡縮できる手段であれば、如何なる拡縮手段
１５であっても良い。再述する。その係止手段としての
螺子溝付孔１４に螺着（或は係止）する拡縮手段として
の螺子溝付ネジ或はボルト１５を管体Ｘの開口部近傍に
設けた孔１６（管体Ｘを第１と第２の突起１３，１３に
外装したとき、螺子溝付孔１４と連通する位置に設け
る）に挿通して第１或は第２の突起１３，１３の螺子溝
付孔１４に螺着し、更に螺子溝付ネジ或はボルト１５を
螺進すると、螺子溝付孔１４と対向する位置の第１或は
第２の突起１３，１３の先端部にその螺子溝付ネジ或は
ボルト１５の先端が当接し、第２或は第１の突起１３の
先端部を押圧し、それらの突起１３，１３の先端部近傍
の間の間隔を拡開して内部から管体Ｘの内面を放射方向
に押圧し、第１の突起と第２の突起１３，１３に管体Ｘ
が固定する。[Embodiment 2] FIG. 3 is an exploded perspective view of a tube connecting member, FIG. 4 is a longitudinal sectional view showing a state in which the tube is externally mounted on the tube connecting member, and FIG. It is a longitudinal cross-sectional view which shows the state which fixed the tube to the member. 3 to 5, different embodiments of the tube connecting member A2 of the present invention will be described. First, the base 11 of the tube connecting member A2 is formed. The base 11 is composed of other components (building foundation, pillar,
Beam, or a separately formed attachment member of various shapes), or for attachment to the base 11 or the like of another separately formed tube connection member An.
It has a disk shape (which will be described later, but is not limited to the disk shape, and may be a polygonal plate, a polyhedron, or a base 2 having another shape), the diameter of the base 11 and the outer diameter of the tube X. Are formed to have substantially the same diameter. An outer peripheral portion of the base portion 11 which comes into contact with an awning 3 (not shown), which will be described later, and a vertical cross section in the vicinity thereof are formed in a smooth arc shape such as a part of a circular surface or an elliptical surface or a parabolic surface, and The contact surface between the tube connecting member A2 and the connecting portion of the tube X with the awning 3 is shaped so as to have no steps or protrusions, so that the awning 3 is hard to be damaged even if it touches or rubs. It is formed, and no protrusions or sharp parts are formed. The base 11 is provided with a through hole 12 as a mounting portion. The attachment portion 12 is not limited to the through hole, and may have any shape as long as the base portion 11 can be attached to another member or another separately formed tube connecting member A1 to An. First and second projections 13 are protruded from one surface of the base 11 (a desired position on the outer surface of the base depending on the shape). The first and second projections 13,
Numeral 13 protrudes at a predetermined interval and is inserted into the tube from the opening of the tube X to be connected and fixed to the tube X. Also, the first and second projections 13, 1
The outer peripheral surface of 3 has a shape inscribed in the inner surface near the opening of the pipe X to be connected. The shape of the projections 13 is not limited to the illustrated shape,
It can be inserted into the pipe X connected to the pipes 3 and 13 at a time, and at least the interval between the distal ends of the projections 13 and 13 is expanded by a screw with a screw groove or a bolt 15 as expansion and contraction means to be described later.
Any shape can be used as long as the shape can be fixed. First and second projections 13, 13 of tube connecting member A2
When the tubular body X is externally covered and covered with the awning 3, a screw grooved hole 14 as a locking means is provided near the tip of the first or second projection 13 farther from the awning 3. First
When the tube X is externally mounted on the second protrusions 13, 13, a screw with a thread groove or a bolt 15 as a separate expanding means is inserted into a position of the tube X facing the grooved hole 14. A through hole 16 is provided. The threaded screw or bolt 15
Is screwed into the through hole 16 and the grooved hole 14, and the tip of the screw or bolt 15 is in contact with the first or second projection 13 closer to the awning 3, and the screw is further strengthened. When worn, the distance between the first and second protrusions is expanded, and the tube X is pressed in the radial direction from the axis so that the tube connecting member A2 and the tube X are fixed. Has become. The locking means 14
If the space between the vicinity of the tip of the first and second projections 13 and 13 can be expanded together with the expansion and contraction means 15, the screw grooved hole 14
However, the present invention is not limited to this, and any other means may be used. The expanding / contracting means 15 is also provided with a threaded screw or bolt 1.
5, the first or second projections 13, 13
Any enlargement / reduction means 15 may be used as long as it can expand / contract the tip of the camera. Restate. A hole 16 (tube X) provided with a screw or bolt 15 with a screw groove as an expansion / contraction means for screwing (or locking) into the hole 14 with a screw as the locking means is provided near the opening of the tube X. Is provided at a position that communicates with the threaded hole 14 when the first and second projections 13, 13 are packaged, and inserted into the threaded hole 14 of the first or second projection 13. When the screw or the bolt 15 is further screwed, the screw or the bolt 15 is screwed into the tip of the first or second projection 13, 13 at a position facing the hole 14 with the screw. The tip of the bolt 15 abuts and presses the tip of the second or first projection 13, widens the space between the vicinity of the tip of the projection 13, 13 and expands the inner surface of the tube X from inside. Is pressed in the radial direction, and the first projection and the second projection 13
Is fixed.

【００２９】以上のような構成の管体接続部材Ａ２は、
第１及び第２の突起１３，１３に開口部から管体Ｘを外
装し、第１或は第２の突起１３に設けた螺子溝付孔１４
と、その螺子溝付孔１４に対向する位置の管体Ｘに設け
た貫通孔１６を連通させ、別途用意した螺子溝付ネジ或
はボルト１５を管体Ｘの貫通孔１６に挿通して螺子溝付
孔１４に螺合し、螺子溝付孔１４の対向する位置の第１
或は第２の突起１３の先端部近傍に当接し、更に、螺子
溝付ネジ或はボルト１５を螺進させて強螺着させ、螺子
溝付ネジ或はボルト１５の先端部により第２或は第１の
突起１３を強く押圧し、第１及び第２の突起１３，１３
の先端部近傍の間の間隔を拡開することにより管体Ｘを
内部から放射方向に強く押圧し、第１及び第２の突起１
３，１３に管体Ｘを固定する。The pipe connecting member A2 having the above structure is
The tube body X is provided on the first and second projections 13 and 13 from the opening, and the threaded groove 14 provided in the first or second projection 13 is provided.
And a through hole 16 provided in the tube X at a position facing the screw grooved hole 14, and a separately prepared screw or bolt 15 with a screw groove is inserted into the through hole 16 of the tube X to screw the screw. The first screw which is screwed into the grooved hole 14 and is opposed to the screw grooved hole 14
Alternatively, it comes into contact with the vicinity of the distal end of the second projection 13, and further advances the screw or bolt 15 with a screw groove and makes it screw tightly. Strongly presses the first projection 13, and the first and second projections 13, 13
The tube X is strongly pressed in the radial direction from the inside by expanding the interval between the vicinity of the tip of the first and second projections 1.
The tube X is fixed to 3,13.

【００３０】「実施の形態３」図６は、管体接続部材の
異なる実施の形態の分解斜視図である。図６以下に示す
本発明の異なる実施の形態を説明する。尚、本実施の形
態以下の説明に当たり、本発明の記載済み実施の形態と
同一構成部分には、同一符号を付して重複する説明は省
略する。図６に基づき管体接続部材Ａ３を説明する。前
記本発明の実施例と主に異なる点は、基部２１を設け、
その基部２１の上下に実施の形態２で説明した管体接続
部材Ａ２を取付けるための取付け部２２ａ，２２ａを設
けた複合型基部２２を備えた管体接続部材Ａ３としたこ
とである。即ち、円盤状の基部２１上に他の管体接続部
材Ａ２の基部１１に形成した貫通孔からなる取付け部１
２を取付ける貫通孔からなる取付け部２２ａを備えた板
２２ｂを立設すると共に、円盤状の基部２１の下に同じ
く他の管体接続部材Ａ２の基部１１に形成した貫通孔か
らなる取付け部１２を取付ける貫通孔からなる取付け部
２２ａを備えた板２２ｃを垂下した複合型基部２２を形
成する。その複合型基部２２の円盤状の基部２１と上下
の貫通孔２２ａ，２２ａを備えた板２２ｂ，２２ｃは、
互いに直交状態で形成してあり、上下の貫通孔２２ａを
備えた板２２ｂ，２２ｃも直交状態で形成してある。そ
の複合型基部２２の上端には、前述の実施の形態で説明
した同様に第１と第２の突起２３，２３を立設し、第１
と第２の何れかの突起２３の先端部近傍に螺子溝付孔２
４を設ける。その複合型基部２２の下端には、建造物の
基礎や他の部材などＸ２に取付けるための複数のボルト
孔２５，２５を備えた円盤状のベース２６を設ける。こ
のベース２６の形状も円盤状に拘るものではない。以上
のような構成の複合型基部２２を備えた管体接続部材Ａ
３であるから、円盤状のベース２６を図示しないボルト
により基礎Ｘ２に固着し、上端の第１と第２の突起２
３，２３に支柱としての管体Ｘを固定すると共に、複合
型基部２２の上下の板２２ｂ，２２ｃの取付け部として
の貫通孔２２ａ，２２ａと、別途形成した管体接続部材
Ａ２，Ａ２の基部１１の貫通孔１２をボルト２７ａによ
り連通してナット２７ｂで固定し、その管体接続部材Ａ
２の第１と第２の突起１３，１３に梁など水平方向の部
材としての管体Ｘ，Ｘを固定することができる。[Embodiment 3] FIG. 6 is an exploded perspective view of another embodiment of the tube connecting member. Different embodiments of the present invention shown in FIG. In the following description of the present embodiment, the same components as those of the already described embodiment of the present invention are denoted by the same reference numerals, and redundant description will be omitted. The tube connecting member A3 will be described with reference to FIG. The main difference from the embodiment of the present invention is that a base 21 is provided,
A tube connecting member A3 having a composite base 22 provided with mounting portions 22a, 22a for mounting the tube connecting member A2 described in the second embodiment above and below the base 21 is provided. That is, the mounting portion 1 formed of a through hole formed in the base portion 11 of another tube connecting member A2 on the disk-shaped base portion 21.
A plate 22b having a mounting portion 22a formed of a through hole for mounting the mounting member 2 is erected, and a mounting portion 12 formed of a through hole similarly formed in the base 11 of the other pipe connecting member A2 under the disk-shaped base 21. A composite base 22 is formed by hanging a plate 22c provided with a mounting portion 22a formed of a through hole for mounting. The disc-shaped base 21 of the composite base 22 and the plates 22b and 22c having upper and lower through holes 22a and 22a are
The plates 22b and 22c provided with the upper and lower through holes 22a are also formed orthogonally to each other. At the upper end of the composite base 22, first and second projections 23, 23 are erected in the same manner as described in the above-described embodiment,
And a screw grooved hole 2 near the tip of any one of the second protrusions 23.
4 is provided. At the lower end of the composite base 22, a disc-shaped base 26 having a plurality of bolt holes 25, 25 for attaching to a base X2 of a building or other members is provided. The shape of the base 26 is not limited to a disk shape. Tube connecting member A provided with composite base 22 having the above-described configuration.
3, the disk-shaped base 26 is fixed to the base X2 with bolts (not shown), and the first and second protrusions 2 at the upper end are fixed.
The pipe X as a support is fixed to the bases 3 and 23, the through holes 22a and 22a as mounting portions for the upper and lower plates 22b and 22c of the composite base 22, and the bases of the separately formed pipe connection members A2 and A2. 11 are connected to each other by bolts 27a and fixed by nuts 27b.
Tubes X, X as horizontal members such as beams can be fixed to the first and second projections 13, 13.

【００３１】「実施の形態４」図７は、管体接続部材の
異なる実施の形態の分解斜視図である。図７に基づき次
の実施の形態を説明する。前記本発明の実施の形態と主
に異なる点は、盤状の基部３１を形成し、その盤状の基
部３１の両端に２本の内の１本の先端部近傍に螺子溝付
孔３２を設けた略並行な２本の突起３３，３３を突設す
る〔螺子溝付孔３２は、天幕３（図示せず）で覆ったと
き、天幕３より遠い方の突起３３の先端部近傍に形成す
る〕と共に、その盤状の基部３１の央部に実施の形態２
で説明した他の管体接続部材Ａ２を接続するため、盤状
の基部３１と直交する方向にボルト３４ａ、ナット３４
ｂにより取付けるための取付け部としての貫通孔３５を
設け、更に、その盤状の基部３１の下部に同様の他の管
体接続部材Ａ２を盤状の基部３２の延伸方向に取付ける
ための取付け部としての貫通孔３５を設けたことであ
る。以上のような構成の管体接続部材Ａ４であるから、
それらの取付け部としての貫通孔３５，３５に別途形成
した管体接続部材Ａ２を取付け、管体Ｘを前後左右並び
に下方向の５方向の任意の方向に取付け固定することが
できる。[Embodiment 4] FIG. 7 is an exploded perspective view of a different embodiment of a tube connecting member. The following embodiment will be described with reference to FIG. The main difference from the embodiment of the present invention is that a disc-shaped base 31 is formed, and a screw grooved hole 32 is provided near both ends of one of two discs at both ends of the disc-shaped base 31. The two substantially parallel projections 33, 33 provided are projected. [The threaded hole 32 is formed near the tip of the projection 33 farther from the awning 3 when covered with the awning 3 (not shown). And the second embodiment is provided at the center of the base 31 in the form of a board.
In order to connect the other tubular body connecting member A2 described in the above, the bolt 34a and the nut 34 in the direction orthogonal to the board-shaped base 31.
b, a through-hole 35 is provided as a mounting portion for mounting, and a mounting portion for mounting another similar tube connecting member A2 in the lower part of the disk-shaped base 31 in the direction in which the disk-shaped base 32 extends. That is, the through hole 35 is provided. Since the pipe connecting member A4 has the above configuration,
The tube connecting member A2 separately formed is attached to the through-holes 35, 35 as attachment portions thereof, and the tube X can be attached and fixed in any of the five directions of front, rear, left and right and downward.

【００３２】「実施の形態５」図８は、管体接続部材の
異なる実施の形態の分解斜視図。図８に基づき次の実施
の形態を説明する。前記本発明の実施の形態と主に異な
る点は、以下の記載の通りである。先ず、盤状の基部４
１（図では略三角形に形成してあるが、必要に応じ形状
を変えることができる）を形成し、その盤状の基部４１
は、交差点Ｏ１で交差する辺Ｏａ，Ｏｂを備え、その辺
Ｏａ，Ｏｂに添って中心点Ｏから延伸する方向の両端部
に突出する略並行な２本の突起４２，４２を設け、その
２本の内の１本の突起４２の先端部近傍に係止手段とし
ての螺子溝付孔４３（前記実施の形態と同様に天幕３で
覆ったとき、天幕３より遠い方の突起４２に）を設け
る。その辺Ｏａ，Ｏｂは、天幕３（図示せず）と接触す
るので、実施の形態２で説明した基部１１の天幕３との
接触面と同様に滑らかな弧状に形成してある。次に、そ
の盤状の基部４１の他の位置であり、前記中心点Ｏから
盤状の基部４１の放射方向に延伸する方向の端部に、別
途形成した他の管体接続部材Ａ２を取付けるための取付
け部としての貫通孔４４を設ける。更に、盤状の基部４
１の所望の位置に、その盤状の基部４１と直交する方向
に他の管体接続部材Ａ２を取付けるための取付け部とし
ての貫通孔４５を設ける。それらの貫通孔４４，４５
と、他の管体接続部材Ａ２の取付け部としての貫通孔１
２をボルト４６ａ、ナット４６ｂにより取付ける。Fifth Embodiment FIG. 8 is an exploded perspective view of a different embodiment of a tube connecting member. Next embodiment will be described with reference to FIG. The main difference from the embodiment of the present invention is as follows. First, the board-shaped base 4
1 (although it is formed in a substantially triangular shape in the figure, the shape can be changed as necessary), and its disk-shaped base 41 is formed.
Is provided with two substantially parallel projections 42, 42 projecting from both ends in the direction extending from the center point O along the sides Oa, Ob along the sides Oa, Ob. In the vicinity of the tip of one of the protrusions 42 of the books, a screw grooved hole 43 as a locking means (to the protrusion 42 farther from the awning 3 when covered with the awning 3 as in the above-described embodiment). Provide. Since the sides Oa and Ob are in contact with the awning 3 (not shown), the sides Oa and Ob are formed in a smooth arc shape similarly to the contact surface of the base 11 with the awning 3 described in the second embodiment. Next, another pipe connecting member A2 separately formed is attached to another end of the disc-shaped base 41 in the direction extending in the radial direction from the center point O to the disc-shaped base 41. Hole 44 is provided as a mounting portion for this. Furthermore, a base 4 having a disk shape
At one desired position, a through hole 45 is provided as a mounting portion for mounting another pipe connecting member A2 in a direction orthogonal to the board-shaped base 41. Those through holes 44, 45
And a through-hole 1 as a mounting portion for another pipe connecting member A2
2 is attached with a bolt 46a and a nut 46b.

【００３３】以上のような構成の管体接続部材Ａ５であ
るから、先ず始めに、屋根の棟の骨組を作るときに管体
Ｘ，Ｘを簡単に山形に接続できる。次に、基盤４１の取
付け部としての貫通孔４５，４６に別途形成した管体接
続部材Ａ２，Ａ２をボルト４６ａ、ナット４６ｂで固定
し、その管体接続部材Ａ２に管体Ｘ，Ｘを固定し、その
管体Ｘ，Ｘに更に別途形成した管体接続部材Ａ２を次々
と接続し、即ち、複数組の山形に接続した管体Ｘ，Ｘを
直列状に連続接続して屋根の下地としての骨組を組立る
ことができる。更に、山形に接続した管体Ｘの下方や傾
斜方向に上記と同様にして管体Ｘ，Ｘを接続すると、山
形の屋根を有する建造物の骨組をいとも簡単に組立るこ
とができる。Since the pipe connecting member A5 is constructed as described above, the pipes X, X can be easily connected in a chevron shape when the framework of the roof ridge is first formed. Next, the tube connecting members A2 and A2 separately formed in the through holes 45 and 46 as attachment portions of the base 41 are fixed with bolts 46a and nuts 46b, and the tubes X and X are fixed to the tube connecting member A2. Then, a tube connecting member A2 separately formed is further connected to the tubes X, X one after another, that is, a plurality of sets of tube X, X connected in a chevron are continuously connected in series to form a base for the roof. Can be assembled. Further, when the pipes X and X are connected in the same manner as described above in a downward direction or an inclined direction of the pipe X connected to the chevron, a framework of a building having a chevron roof can be easily assembled.

【００３４】尚、図示しないが、基部の形状を更に変化
させ、別途形成した管体接続部材Ａ２の基部１１を所望
の方向に向けて取付けるための取付け部としての複数の
貫通孔を形成すると共に、基部に所望の方向に向けて前
記略並行な２本の突起を突出させることも、それらの構
成を任意に組み合わせることできるから、管体Ｘ，Ｘを
如何なる形状にでも組立ることができる。Although not shown, the shape of the base is further changed to form a plurality of through-holes as mounting portions for mounting the base 11 of the separately formed tube connecting member A2 in a desired direction. By projecting the two substantially parallel projections on the base in a desired direction, the configurations can be arbitrarily combined, so that the tubes X, X can be assembled in any shape.

【００３５】「実施の形態６」図２〜図８に基づき、前
記実施の形態で説明していない共通点を説明する。基部
の所定の１点を中心点Ｏとして、その１点Ｏから放射方
向に向い、基部１１，２２，３１，４１・・・の外表面
から略並行に突出した複数の突起１３，２３，３３，４
２・・・（２本以上の突起）が設けてある。即ち、複数
の所望の方向に向って略並行な間隔を隔てた複数の突起
を設けることもできる。以上のような構成の管体接続部
材Ａ２〜Ａｎであるので、略並行な複数の突起１３，２
３，３３，４２・・・を任意の上下前後左右斜めのあら
ゆる方向に設けることができるから、基部１１，２２，
３１，４１・・・、略並行な複数の突起１３，２３，３
３，４２・・・の組合わせ方次第で、任意の所望の方向
に管体Ｘ，Ｘを接続できる管体接続部材Ａ２〜Ａｎを一
体で形成することができ、施工現場で多種類の管体接続
部材Ａ２〜Ａｎの中から所望の管体接続部材Ａｘを選択
して、所望の方向に管体Ｘ，Ｘを接続できるようになっ
た。而も、それらの管体接続部材Ａ，Ａは、一体で形成
してあるから、部品不測による取付けミスもなく、ベテ
ランの熟練者なしに管体を確実且つ強固に接続できる軽
量で製造コストの低い管体接続部材が得られた。[Sixth Embodiment] With reference to FIGS. 2 to 8, common points not described in the above-described embodiment will be described. A plurality of protrusions 13, 23, 33 projecting in a radial direction from one point O with a predetermined point on the base as a center point O and projecting substantially in parallel from the outer surface of the base 11, 22, 31, 41,. , 4
2 (two or more projections) are provided. That is, a plurality of projections can be provided at substantially parallel intervals in a plurality of desired directions. Since the pipe connecting members A2 to An have the above-described configurations, the plurality of substantially parallel projections 13, 2 are provided.
, 33, 42,... Can be provided in any direction up, down, front, back, left and right.
31, 41,..., A plurality of substantially parallel projections 13, 23, 3
Depending on the combination of 3, 42,..., The pipe connecting members A2 to An that can connect the pipes X, X in any desired directions can be integrally formed, and various types of pipes can be formed at the construction site. A desired tube connecting member Ax is selected from the body connecting members A2 to An, and the tubes X, X can be connected in a desired direction. Since the tube connecting members A and A are formed integrally, there is no mounting error due to unexpected parts, and the tube can be connected securely and firmly without a veteran expert. A low tube connection member was obtained.

【００３６】「実施の形態７」以下、前述の管体接続部
材Ａ１〜Ａｎにより管体Ｘ，Ｘを組み立てた幕構造建造
物の骨組構造体、骨組構造体を用いた幕構造建造物、そ
れらの骨組構造体組立工法、幕構造建造物建設工法につ
いて説明する。図９は、幕構造建造物の分解図、 図１
０は、管体接続部材と管体により組み立てた鋼管ユニッ
ト足場に、屋根状の骨組を加えた骨組を示す幕構造建造
物の分解図、 図１１は、幕構造建造物を既存の建造物
に付け足した状態の分解図である。以下に説明する本発
明の幕構造建造物建設工法は、前述の実施の形態１〜６
で詳述した管体接続部材Ａ１〜Ａ５（任意の組合せによ
る管体接続部材Ａであっても良い）を介して管体Ｘ，Ｘ
同士を、各種形状の管体接続部材Ａ１〜Ａ５を介して複
数の管体Ｘ，Ｘ同士を、１或いは複数の管体接続部材Ａ
１〜Ａ５を介して管体Ｘ，Ｘと他の部材Ｘ２，Ｘ２を接
続するためのものであり、特に、軽量化と短期間の建設
を必要とし、施工現場で管体Ｘ，Ｘを組み立て骨組構造
体５１（以下単に骨組と略記する）を形成し、布や合成
樹脂製のシート即ち天幕５０を屋根や外壁に代えて覆う
幕構造建造物の骨組５１を組み立てる工法についての説
明である。[Embodiment 7] Hereinafter, a frame structure of a curtain structure constructed by assembling the tubes X, X with the above-described tube connecting members A1 to An, a curtain structure using the frame structure, and the like The frame structure assembling method and the curtain structure building construction method will be described. FIG. 9 is an exploded view of a curtain structure building.
0 is an exploded view of a curtain structure building showing a framework in which a roof-like frame is added to a steel pipe unit scaffold assembled by a pipe connecting member and a pipe body, and FIG. It is an exploded view of the state which added. The curtain structure building construction method of the present invention described below is described in the first to sixth embodiments.
The pipes X, X via the pipe connecting members A1 to A5 (may be a pipe connecting member A in any combination) described in
The plurality of pipes X, X are connected to each other via one or more pipe connection members A through various shape pipe connection members A1 to A5.
It is for connecting the pipes X, X and the other members X2, X2 via 1 to A5, and particularly requires light weight and short-term construction, and assembles the pipes X, X at the construction site. This is a description of a method of forming a frame structure 51 (hereinafter simply referred to as a frame) and assembling a frame 51 of a curtain structure building that covers a sheet made of cloth or synthetic resin, that is, the awning 50 instead of a roof or an outer wall.

【００３７】図９、図１０により説明する。各種形状の
管体接続部材Ａ（Ａ１〜Ａ５、以下Ａと略記する）によ
り管体Ｘ，Ｘで形成した棟、桁、合掌、支柱、筋交いな
どと或はそれらの管体Ｘ，Ｘと基礎や他の部材などＸ
２，Ｘ２を接続し、各種形状の幕構造建造物の骨組５１
を組み立てる。その骨組５１の外周に布や合成樹脂製の
シートなどで形成した天幕５２で覆い固定する。その骨
組５１の組み立て方法を説明する。前述の実施の形態で
説明した管体接続部材Ａ１の突起２，２を接続する管体
Ｘの開口部に挿入し、固定部材としての螺子溝付ボルト
或はナット６を管体Ｘの孔５に挿通し、突起２の係止部
としての溝付孔４に螺着して管体接続部材Ａ１と管体Ｘ
を固定する。又は、各種形状の管体接続部材Ａの１対の
突起１１，１１・・・（符号・・・は、他の実施の形態
の突起を意味し、以下に記載する螺子溝付孔などに付し
た・・・も同様の意味である）を接続する管体Ｘの開口
部に挿入し、拡縮手段としての螺子溝付ネジ或はボルト
１５・・・を、管体Ｘの孔１６・・・に挿通し、突起１
１の係止手段としての螺子溝付孔１４・・・に螺着し、
螺子溝付孔１４・・・に対向する突起１１の位置に当接
し、その螺子溝付ネジ或はボルト１５・・・を更に強螺
着することにより、第１と第２の突起１１，１１・・・
の先端部近傍の間の間隔を拡開し、その第１と第２の突
起１１，１１・・・により管体Ｘを内側から放射方向に
押圧して固定する。このような構成の管体接続部材Ａを
使って組み立てた骨組５１であるから、図９〜図１１に
図示したような骨組５１，５１を始め、諸々の形状の骨
組５１を、溶接なし、熟練者なしで簡単に管体Ｘにより
任意の形状に組立ることができる。その幕構造建造物の
骨組５１を前記天幕５２により覆い図示しないワイヤー
や取付け部材により固定する。This will be described with reference to FIGS. Buildings, girders, joints, struts, braces, etc. formed by pipes X, X by pipe connection members A (A1 to A5, hereinafter abbreviated as A) of various shapes, or those pipes X, X and foundation And other components X
2 and X2 are connected to form a frame 51 of a curtain structure building of various shapes.
Assemble. An awning 52 formed of a cloth, a synthetic resin sheet, or the like, covers the outer periphery of the skeleton 51 and fixes it. A method of assembling the frame 51 will be described. The projections 2 and 2 of the tube connecting member A1 described in the above-described embodiment are inserted into the openings of the tube X to be connected, and the bolts or nuts 6 with screw grooves as fixing members are inserted into the holes 5 of the tube X. Into the grooved hole 4 as a locking portion of the projection 2 to be screwed into the tube connecting member A1 and the tube X.
Is fixed. Alternatively, a pair of protrusions 11, 11,... (Reference numerals ...) of the pipe connection member A of various shapes means a protrusion of another embodiment, and is attached to a threaded hole or the like described below. .. Has the same meaning), is inserted into the opening of the tube X to be connected, and a screw with a screw groove or a bolt 15... Through the projection 1
1 is screwed into the screw grooved holes 14...
The first and second projections 11 and 11 are brought into contact with the positions of the projections 11 facing the screw grooved holes 14. ...
, And the tube X is pressed radially from the inside by the first and second projections 11, 11 and fixed. Since the skeleton 51 is assembled using the pipe connecting member A having such a configuration, the skeletons 51 having various shapes, including the skeletons 51 and 51 shown in FIGS. It is possible to easily assemble the tube X into an arbitrary shape without a person. The frame 51 of the curtain structure building is covered with the awning 52 and fixed with wires or mounting members (not shown).

【００３８】図１０に示すように、鋼管製ユニット足場
６１を組み立て、その鋼管製ユニット足場６１に管体接
続部材Ａを使って屋根型の骨組構造体６２（この形状に
ついても拘るものではない）を取付けると、鋼管製ユニ
ット足場６１と骨組構造体６２の接続部の天幕６３と接
触する部分に突起物や鋭利な部分がないため、安心して
天幕６３で覆うことができ、且つ、骨組構造体６２の上
端から鋼管足場６１の下端まで連続して天幕６３で覆う
ことができるようになった。従って、鋼管製ユニット足
場６１と骨組構造体６２を天幕６３で覆えば、冬期や梅
雨どきに従来出来なかった種々の作業や工事も安心して
行なえ、建設工期の短縮に役立つと共に作業環境の整備
改善、工事現場の騒音対策、外部環境に与える諸々の弊
害の低減などに役立つようになった。又、図１１に示す
ように、既存の建造物６５に骨組構造体６６を継ぎ足し
て天幕６３で覆えば、既存の如何なる形状の建造物６５
であっても、簡単に幕構造建造物の増設が出来るように
なった。As shown in FIG. 10, a steel pipe unit scaffold 61 is assembled, and a roof type frame structure 62 is attached to the steel pipe unit scaffold 61 by using a pipe connecting member A (this shape is not limited). Is attached, since there is no protrusion or sharp portion at the portion of the connecting portion between the steel pipe unit scaffold 61 and the skeleton structure 62 in contact with the awning 63, it can be covered with the awning 63 with ease and the skeleton structure The awning 63 can be continuously covered from the upper end of 62 to the lower end of the steel pipe scaffold 61. Therefore, if the steel pipe unit scaffold 61 and the frame structure 62 are covered with the awning 63, various works and constructions that could not be performed conventionally in the winter and rainy season can be performed with confidence, which helps to shorten the construction period and improve the work environment. This has helped to reduce noise at construction sites and reduce various adverse effects on the external environment. Further, as shown in FIG. 11, if a skeleton structure 66 is added to an existing building 65 and covered with an awning 63, the existing building 65 has any shape.
Even so, it became possible to easily add curtain structure buildings.

【００３９】以上のような構成の幕構造建造物建設工法
であるから、建設現場で熟練者なしに、管体Ｘ，Ｘを溶
接することなく、骨組構造体６２，６６用部材も天幕６
３も事前に全て工場で製造し、建設現場では、１つの工
具で単に組立るだけで、建造物の骨組を組立ることので
きる幕構造建造物と幕構造建造物建設工法が得られ、作
業環境の整備改善、工事による周辺への諸々の悪影響を
大幅に軽減できるようになった。Since the curtain structure building construction method having the above structure is used, the members for the frame structures 62 and 66 are not welded to the tubes X and X without any skilled person at the construction site.
3 was also manufactured in advance at the factory, and at the construction site, a curtain structure building and a curtain structure building construction method capable of assembling the frame of the building were obtained by simply assembling with one tool. Improving the environment and greatly reducing the adverse effects on the surroundings due to construction.

【００４０】「実施の形態８」図１２は、側面に天幕を
張り付けた従来の鋼管ユニット足場の上端に幕構造建造
物を接続した状態の分解図である。図１２に基づき幕構
造建造物建設工法の異なる実施の形態を説明する。前記
本発明の実施例と主に異なる点は、従来の鋼管製ユニッ
ト足場７１（図１９、参照）の上端に、前述の管体接続
部材Ａを使って上屋即ち本発明の骨組構造体７２を接続
し、その骨組構造体７２を天幕７３で覆ったことであ
る。図示したように、骨組構造体７２に天幕７３や図示
しない防護ネット、防炎ネット、安全ネット、防音ネッ
トなどを張り付け得るのみならず、骨組構造体７２の上
方と鋼管製ユニット足場７１の側面に連続して天幕７３
や防護ネット、防炎ネット、安全ネット、防音ネットな
どを張り付けることができる。この骨組構造体７２の形
状は任意の形状とすることができるから、上記構成の幕
構造建造物建設工法によると、骨組構造体７２と鋼管製
ユニット足場７１の任意の組合せにより、建設現場の作
業環境を向上でき、建設現場周辺への諸々の悪影響を軽
減できる。Eighth Embodiment FIG. 12 is an exploded view showing a state in which a curtain structure building is connected to an upper end of a conventional steel pipe unit scaffold having an awning attached to a side surface. A different embodiment of the curtain structure building construction method will be described with reference to FIG. The main difference from the above-mentioned embodiment of the present invention is that a shed, that is, the frame structure 72 of the present invention is provided on the upper end of the conventional steel pipe unit scaffold 71 (see FIG. 19) by using the above-mentioned pipe connecting member A. Are connected, and the frame structure 72 is covered with the tent 73. As shown in the figure, not only can the awning 73 and a protection net, a flameproof net, a safety net, a soundproof net and the like not shown be attached to the frame structure 72, but also the upper side of the frame structure 72 and the side surface of the steel pipe unit scaffold 71. Continuous tent 73
And protective nets, flame nets, safety nets, soundproof nets, etc. Since the shape of the frame structure 72 can be any shape, according to the curtain structure building construction method of the above configuration, the work of the construction site can be performed by any combination of the frame structure 72 and the steel pipe unit scaffold 71. The environment can be improved, and various adverse effects around the construction site can be reduced.

【００４１】[0041]

【実施例】図３〜図８に示した管体接続部材の材質をオ
ーステンパ球状黒鉛鋳鉄品（ＪＩＳ ＦＣＡＤ９００−
８）として試作、鋳出し、その管体接続部材により鋼管
製管体（パイプ）を使って電動式締付け工具により骨組
構造体を組み立て、その骨組構造体を天幕で覆った結
果、極めて良好な結果が得られた。 １．ＪＩＳ規格によるとオーステンパ球状黒鉛鋳鉄品に
は、６００Ｎ／ｍｍ2の耐力と、８％以上の伸びがある
ため、ボルトを螺着して基部に突出した略並行な２本の
突起の間の間隔を拡開し、その２本の突起に外装した管
体を固 定しても、その２本の突起が破損したり損傷
することがなかった。試作品には、ＪＩＳ規格ＦＣＡＤ
９００−８のオーステンパ球状黒鉛鋳鉄品を使用してい
るが、この鋳鉄に拘るものではなく、他の規格番号のオ
ーステンパ球状黒鉛鋳鉄品を始め、他の規格番号のオー
ステンパ球状黒鉛鋳鉄品や他の鋳鉄或は他の金属を使用
することもでき、更に、所定の強度さえあれ ば、合
成樹脂などで形成することもできる。 ２．上記構成の管体接続部材を使い、管体により幕構造
建造物の骨組構造体を組み立て、天幕で覆ったところ、
溶接することもなく、未熟練者５名、４時間で、間口６
メートル、奥行１５メートル、軒下３．５メートル屋根
勾配３０°の幕構造建造物を組み立てることが出来た。DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The pipe connecting member shown in FIGS. 3 to 8 is made of austempered spheroidal graphite cast iron (JIS FCAD900-).
8) Trial production, casting, and assembling the frame structure with an electric tightening tool using a steel pipe (pipe) with the pipe connecting member, and covering the frame structure with an awning, extremely good results was gotten. 1. According to the JIS standard, an austempered spheroidal graphite cast iron product has a proof stress of 600 N / mm 2 and an elongation of 8% or more. The two projections were not damaged or damaged even when the tube was expanded and the tube covered with the two projections was fixed. Prototypes include JIS standard FCAD
Austempered spheroidal graphite cast iron of 900-8 is used. However, the present invention is not limited to this cast iron. Cast iron or other metal can be used, and furthermore, if it has a predetermined strength, it can be formed of a synthetic resin or the like. 2. Using the pipe connecting member of the above configuration, assembling the frame structure of the curtain structure building with the pipe, and covered with the awning,
Without welding, 5 unskilled people, 4 hours, frontage 6
It was possible to assemble a curtain structure with a roof slope of 30 meters, a depth of 15 meters and a height of 3.5 meters below the eaves.

【００４２】[0042]

【発明の効果】本発明に係る幕構造建造物、幕構造建造
物建設工法は、以上のような構成を備えているので、以
下に列記するような諸々の効果を奏する。請求項１の幕
構造建造物の骨組構造体は、管体接続部材の天幕との接
触面の縦断面が弧状をなしており、管体と管体接続部材
の接合部近傍の天幕との接触面に突出部或は段差を生じ
ない管体接続部材を備えているので、その管体接続部材
により管体を組み立て骨組構造体を形成すると、管体と
管体接続部材の接合部近傍の天幕との接触面に突出部或
は段差を生じないから、その管体接続部材により管体を
組み立てた骨組構造体の任意の上方部を天幕で覆って
も、天幕を損傷し辛く、上方部から下端部にかけて天幕
を連続して張ることのできる幕構造建造物の骨組構造体
が得られる。その結果、丈夫で低コストな恒久建造物と
しての幕構造建造物の骨組構造体及び鋼管足場による幕
構造建造物の骨組構造体を管体接続部材により管体を組
み立てるだけで、熔着作業なし、熟練作業無用で組み立
てることができるようになった。The curtain structure building and the curtain structure building construction method according to the present invention have the above-described configuration, and thus provide various effects as listed below. In the frame structure of the curtain structure building according to claim 1, a vertical section of a contact surface of the tubular body connecting member with the awning is formed in an arc shape, and contact between the tubular body and the awning near a joint of the tubular body connecting member is provided. Since there is a pipe connecting member that does not produce a protrusion or a step on the surface, when the pipe body is assembled with the pipe connecting member to form a skeleton structure, the awning near the joint between the pipe and the pipe connecting member Since there is no protrusion or step on the contact surface with the tent, even if the upper part of the frame structure in which the pipe is assembled by the pipe connecting member is covered with the awning, it is difficult to damage the awning. As a result, a frame structure of a curtain structure can be obtained in which the awning can be continuously extended to the lower end. As a result, the frame structure of the curtain structure as a durable and low-cost permanent building and the frame structure of the curtain structure with steel pipe scaffolds are assembled only by the pipe connecting members, without welding work. , Can be assembled without the need for skilled work.

【００４３】請求項２の幕構造建造物の骨組構造体は、
請求項１の幕構造建造物の骨組構造体と同様の効果に加
え、管体接続部材が、管体接続部材の基部の端部に突出
し、接続する管体の開口部に挿入する突起と、その突起
に管体を挿入したとき、その管体と天幕が接触しない側
の突起の任意の位置に設けた係止部と、その係止部に係
止し、外装した管体を固定する固定部材と、を備えてい
るので、管体接続部材の突起に管体を外装し、固定部材
を係止部に係止するだけで、管体接続部材に管体を固定
で、且つ管体接続部材の突起と管体が固定部材により固
定してあるから、管体接続部材と管体を逆方向に引っ張
っても引き抜くことのできず、更に、誰にでも簡単に組
み立てることのできる幕構造建造物の骨組構造体が得ら
れる。The frame structure of the curtain structure building according to claim 2 is
In addition to the same effects as the frame structure of the curtain structure building according to claim 1, the pipe connecting member projects from the end of the base of the pipe connecting member, and is inserted into the opening of the pipe to be connected, When the tube is inserted into the projection, a locking portion is provided at an arbitrary position of the projection on the side where the tube does not contact the awning, and a fixing that locks to the locking portion and fixes the outer tube. And the member is fixed to the tube connecting member by simply coating the tube on the projection of the tube connecting member and locking the fixing member to the locking portion. Since the projection of the member and the tube are fixed by the fixing member, it cannot be pulled out even if the tube connection member and the tube are pulled in opposite directions, and furthermore, anyone can easily assemble the curtain structure construction An object frame structure is obtained.

【００４４】請求項３の幕構造建造物の骨組構造体は、
請求項１の幕構造建造物の骨組構造体と同様の効果に加
え、管体接続部材が、管体接続部材の基部の端部に間隔
を隔てて突出し、接続する管体の開口部に挿入する第１
及び第２の突起と、その第１及び第２の突起に管体を挿
入したとき、その管体と天幕が接触しない方の突起の先
端部近傍に設けた係止部と、その係止部に係止し、外装
した管体を固定するため、係止部と対向する管体の位置
に設けた貫通孔に挿通し、第１及び第２の突起の先端部
近傍を拡開する拡開部材と、を備えているので、第１及
び第２の突起に管体を挿入し、拡開部材を係止部に強く
係止すると、第１及び第２の突起の先端部近傍が拡開
し、それらの突起の先端部近傍により放射方向に向って
管体の内面を押圧し、固定するするから、管体接続部材
と管体を逆方向に引っ張っても拡開部材により第１及び
第２の突起の先端部近傍の縮径が遮られて縮径不能であ
り、且つ拡開部材により第１及び第２の突起の先端部近
傍と管体の両者が係止してあり引き抜くことができない
幕構造建造物の骨組構造体が得られる。The frame structure of the curtain structure building according to claim 3 is:
In addition to the same effect as the frame structure of the curtain structure building according to claim 1, the pipe connecting member protrudes at an end of the base of the pipe connecting member at an interval, and is inserted into the opening of the pipe to be connected. First
And a second projection, a locking portion provided near the tip of the projection that does not make contact with the tube and the awning when the tube is inserted into the first and second projections, and the locking portion In order to fix the externally mounted tubular body by inserting it into a through hole provided at the position of the tubular body facing the locking portion, and expanding the vicinity of the distal end of the first and second projections When the tube is inserted into the first and second projections and the expanding member is strongly locked to the locking portion, the vicinity of the distal ends of the first and second projections is expanded. Then, since the inner surface of the tube is pressed and fixed in the radial direction by the vicinity of the tips of the projections, even if the tube connecting member and the tube are pulled in opposite directions, the first and second members are expanded by the expanding member. The diameter reduction in the vicinity of the tip of the second projection is blocked and the diameter cannot be reduced, and both the vicinity of the tip of the first and second projections and the tube are engaged by the expanding member. Framework structure of the curtain structure buildings that can not be pulled out there and can be obtained.

【００４５】請求項４の幕構造建造物は、請求項１の効
果を備えた管体接続部材により管体を組み立て骨組構造
体の任意の上方部を天幕で覆うのであるから、その骨組
構造体と天幕の接触面の近傍の縦断面が弧状をなしてお
り、且つ、その接触面の近傍には、突起や段差が形成さ
れておらず、覆った天幕を損傷し辛い形状になっている
から、安心して骨組構造体の任意の上方部を天幕で覆え
る骨組構造体を備えた幕構造建造物が得られる。従っ
て、丈夫で低コストな恒久建造物としての幕構造建造物
の及び鋼管足場による幕構造建造物を管体接続部材によ
り管体を組み立て天幕を張るだけで、熔着作業なし、熟
練作業無用で建設できるようになった。その結果、新設
の幕構造建造物は勿論のこと、既存の建築物に容易に幕
構造建造物を増築できるようになった。又、従来出来な
かった鋼管足場の上方に天幕を張ることも、鋼管足場の
上方から下端にかけて連続して天幕を張れるので、冬期
や降雨時にできなかった工事や作業が、全天候型で可能
となると共に、建設現場の作業環境の整備・改善に役立
つと共に、天幕の形状、構造、素材次第で騒音を始めと
した外部環境に与える諸々の弊害を簡単に軽減できるよ
うになった。In the curtain structure building according to the fourth aspect, since the tubular body is assembled by the tubular body connecting member having the effect of the first aspect, an arbitrary upper portion of the frame structure is covered with the awning. The vertical section near the contact surface between the awning and the awning is arc-shaped, and no projections or steps are formed near the contact surface, making it difficult to damage the covered awning. As a result, it is possible to obtain a curtain structure having a frame structure capable of covering an arbitrary upper portion of the frame structure with the tent with ease. Therefore, a curtain structure building as a durable and low-cost permanent building and a curtain structure building with a steel pipe scaffold are assembled with a pipe by a pipe connecting member, and the tent is stretched, without welding work and without skilled work. You can now build. As a result, it has become possible to easily add a curtain structure building to an existing building as well as a new curtain structure building. In addition, the tent can be extended above the steel pipe scaffold, which could not be done in the past, and the tent can be continuously extended from the upper part of the steel pipe scaffold to the lower end. In addition to helping to improve and improve the working environment of the construction site, it has become possible to easily reduce various adverse effects on the external environment, such as noise, depending on the shape, structure, and material of the tent.

【００４６】請求項５の幕構造建造物は、請求項２の効
果を備えた管体接続部材により管体を組み立て骨組構造
体を備えており、その骨組構造体を備えた幕構造建造物
であるから、請求項２、請求項４の効果を兼ね備えた幕
構造建造物が得られる。According to a fifth aspect of the present invention, there is provided a curtain structure building having a frame structure by assembling a pipe with the pipe connecting member having the effect of the second aspect. Therefore, a curtain structure building having the effects of claims 2 and 4 can be obtained.

【００４７】請求項６の幕構造建造物は、請求項３の効
果を備えた管体接続部材により管体を組み立て骨組構造
体を備えており、その骨組構造体を備えた幕構造建造物
であるから、請求項３、請求項５の効果を兼ね備えた幕
構造建造物が得られる。According to a sixth aspect of the present invention, there is provided a curtain structure building comprising a frame assembled by assembling a pipe with the pipe connecting member having the effect of the third aspect, and a curtain structure having the frame structure. Therefore, a curtain structure building having the effects of claims 3 and 5 can be obtained.

【００４８】請求項７の幕構造建造物の骨組構造体の組
立工法は、請求項１の効果を備えた骨組構造体の組立工
法であるから、請求項１の効果を備えた骨組構造体を誰
にでも簡単に組み立て得る骨組構造体組立工法が得られ
る。The method of assembling the frame structure of the curtain structure building according to the seventh aspect is the method of assembling the frame structure having the effect of the first aspect. A frame structure assembling method that can be easily assembled by anyone can be obtained.

【００４９】請求項８の幕構造建造物の骨組構造体の組
立工法は、請求項２の効果を備えた骨組構造体の組立工
法であるから、請求項２、請求項７の効果を兼ね備えた
骨組構造体を誰にでも簡単に組み立て得る骨組構造体組
立工法が得られる。Since the method of assembling the frame structure of the curtain structure building according to the eighth aspect is the method of assembling the frame structure having the effect of the second aspect, it has both the effects of the second and seventh aspects. A framing structure assembling method capable of easily assembling the framing structure can be obtained.

【００５０】請求項９の幕構造建造物の骨組構造体の組
立工法は、請求項３の効果を備えた骨組構造体の組立工
法であるから、請求項３、請求項６の効果を兼ね備えた
骨組構造体を誰にでも簡単に組み立て得る骨組構造体組
立工法が得られる。Since the method of assembling the skeleton structure of the curtain structure building according to the ninth aspect is the method of assembling the skeleton structure having the effect of the third aspect, it also has the advantages of the third and sixth aspects. A framing structure assembling method capable of easily assembling the framing structure can be obtained.

【００５１】請求項１０の幕構造建造物建設工法は、請
求項４の効果を備えた幕構造建造物の建設工法であるか
ら、請求項４の効果を備えた幕構造建造物を誰にでも簡
単に建設できる幕構造建造物建設工法が得られる。The curtain structure building construction method according to the tenth aspect is a construction method for a curtain structure building having the effect of the fourth aspect. Therefore, the curtain structure building having the effect of the fourth aspect is available to anyone. A curtain structure building construction method that can be easily constructed is obtained.

【００５２】請求項１１の幕構造建造物建設工法は、請
求項５の効果を備えた幕構造建造物の建設工法であるか
ら、請求項５、請求項１０の効果を兼ね備えた幕構造建
造物を誰にでも簡単に建設できる幕構造建造物建設工法
が得られる。Since the curtain structure building construction method of claim 11 is a construction method of a curtain structure building having the effect of claim 5, the curtain structure building having the effect of claim 5 and claim 10 is provided. Can be easily constructed by anyone.

【００５３】請求項１２の幕構造建造物建設工法は、請
求項６の効果を備えた幕構造建造物の建設工法であるか
ら、請求項６、請求項１１の効果を兼ね備えた幕構造建
造物を誰にでも簡単に建設できる幕構造建造物建設工法
が得られる。Since the curtain structure building construction method according to claim 12 is a construction method for a curtain structure building having the effect of claim 6, the curtain structure building having the effect of claim 6 and claim 11 is provided. Can be easily constructed by anyone.

【００５４】上記の諸々の効果を備えた本願発明の結
果、従来はできなかった恒久建造物としての幕構造建造
物が、未熟練者により簡単且つ確実に組み立てられる上
に、外部に取付け作業時に邪魔になる危険な突起をなく
し、強力な接続力と、十分な強度を備え、製造コストの
安い軽量な管体の接続部材による幕構造建造物を提供す
ると共に、従来の建設現場では作業ができなかった特に
冬期や降雨時の作業現場の環境を幕構造建造物により整
備し、作業可能とし、種々の目的に合わせた天幕で覆う
ことにより、建設中の騒音を始めとする周辺に与える諸
々の影響を軽減することができる幕構造建造物が得られ
る。As a result of the present invention having the above-mentioned various effects, a curtain structure building as a permanent building, which could not be done conventionally, can be easily and surely assembled by an unskilled person. Eliminates obstructive projections, provides strong connection strength, sufficient strength, and provides a curtain structure with lightweight pipe connection members that are inexpensive to manufacture and can be used at conventional construction sites. The environment of the work site, especially during the winter and rainy seasons, was improved with curtain structures to make it possible to work, and by covering it with awnings tailored to various purposes, various noises such as noise during construction were given to the surroundings A curtain structure building that can reduce the influence can be obtained.

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

【図１】管体接続部材の分解斜視図FIG. 1 is an exploded perspective view of a tube connecting member.

【図２】管体接続部材と管体を組み立て天幕で覆った状
態を示す要部縦断面図FIG. 2 is a longitudinal sectional view of a main part showing a state in which a pipe connecting member and a pipe are assembled and covered with an awning;

【図３】管体接続部材の分解斜視図FIG. 3 is an exploded perspective view of a tube connecting member.

【図４】管体接続部材に管体を外装した状態を示す縦断
面図FIG. 4 is a vertical cross-sectional view showing a state in which the tube is sheathed on the tube connection member.

【図５】管体接続部材に管体を固定した状態を示す縦断
面図FIG. 5 is a longitudinal sectional view showing a state where the pipe is fixed to the pipe connecting member.

【図６】管体接続部材の異なる実施の形態の分解斜視図FIG. 6 is an exploded perspective view of another embodiment of the tube connecting member.

【図７】管体接続部材の異なる実施の形態の分解斜視図FIG. 7 is an exploded perspective view of another embodiment of the tube connecting member.

【図８】管体接続部材の異なる実施の形態の分解斜視図FIG. 8 is an exploded perspective view of another embodiment of the pipe connecting member.

【図９】幕構造建造物の分解図FIG. 9 is an exploded view of a curtain structure building.

【図１０】管体接続部材と管体により組み立てた鋼管ユ
ニット足場に、屋根状の骨組を加えた骨組を示す幕構造
建造物の分解図FIG. 10 is an exploded view of a curtain structure building showing a framework in which a roof-like framework is added to a steel pipe unit scaffold assembled by a pipe connecting member and a tubular body.

【図１１】幕構造建造物を既存の建造物に付足した状態
の分解図FIG. 11 is an exploded view of a state in which a curtain structure building is added to an existing building.

【図１２】側面に天幕を張り付けた従来の鋼管ユニット
足場の上端に幕構造建造物を接続した状態の分解図FIG. 12 is an exploded view showing a state in which a curtain structure building is connected to an upper end of a conventional steel pipe unit scaffold having an awning attached to a side surface.

【図１３】従来例の要部拡大図付分解斜視図FIG. 13 is an exploded perspective view with a main part enlarged view of a conventional example.

【図１４】従来例の要部拡大図付分解斜視図FIG. 14 is an exploded perspective view of a conventional example with a main part enlarged view.

【図１５】従来例の分解斜視図FIG. 15 is an exploded perspective view of a conventional example.

【図１６】図１５の要部拡大分解図16 is an enlarged exploded view of a main part of FIG.

【図１７】従来例の使用状態を示す分解斜視図FIG. 17 is an exploded perspective view showing a use state of a conventional example.

【図１８】従来例の使用状態を示す斜視図FIG. 18 is a perspective view showing a use state of a conventional example.

【図１９】従来例の使用状態を示す分解斜視図FIG. 19 is an exploded perspective view showing a use state of a conventional example.

【符号の説明】[Explanation of symbols]

Ｏ・・・・・基部の軸芯の所定の一点 Ｏ１・・・・交差点 Ｏａ，Ｏｂ・・・・交差する辺 Ａ１〜Ａ５〜Ａｎ・・・・・管体接続部材 Ｘ・・・・・管対 Ｘ２・・・・基礎や他の部材 １・・・・・円筒体からなる基部 ２・・・・・円筒体からなる突起 ３・・・・・天幕 ４・・・・・係止部としての螺子溝付孔 ５・・・・・孔 ６・・・・・螺子溝付ボルト或はナット １１・・・・管体接続部材の基部 １２・・・・取付け部としての貫通孔 １３・・・・第１及び第２の突起 １４・・・・係止手段としての螺子溝付孔 １５・・・・拡縮手段としての螺子溝付ネジ或はボルト １６・・・・貫通孔 ２１・・・・円盤状の基部 ２２・・・・複合型基部 ２２ａ・・・貫通孔からなる取付け部 ２２ｂ・・・取付け部を備えた板 ２２ｃ・・・取付け部を備えた板 ２３・・・・第１と第２の突起 ２４・・・・螺子溝付孔 ２５・・・・ボルト孔 ２６・・・・円盤状のベース ３１・・・・盤状の基部 ３２・・・・螺子溝付孔 ３３・・・・突起 ３４ａ・・・ボルト ３４ｂ・・・ナット ３５・・・・取付け部としての貫通孔 ４１・・・・盤状の基部 ４２・・・・突起 ４３・・・・係止手段としての螺子溝付孔 ４４・・・・取付け部としての貫通孔 ４５・・・・取付け部としての貫通孔 ４６ａ・・・ボルト ４６ｂ・・・ナット ５１・・・・幕構造建造物の骨組構造体 ５２・・・・天幕 ６１・・・・鋼管製ユニット足場 ６２・・・・骨組構造体 ６３・・・・天幕 ６５・・・・既存の建造物 ６６・・・・骨組構造体 ７１・・・・鋼管製ユニット足場 ７２・・・・骨組構造体 ７３・・・・天幕 O: A predetermined point on the axis of the base O1 ... Intersection Oa, Ob ... Intersecting sides A1-A5-An ... Tube connecting member X ... Tube pair X2: Foundation and other members 1 ... Base made of cylindrical body 2 ... Protrusion made of cylindrical body 3 ... Tent 4 ... Locking part Screw grooved hole 5 ... Hole 6 ... Screw grooved bolt or nut 11 ... Base of tube connecting member 12 ... Through hole 13 as attachment part 13 ··· First and second projections 14 ··· Hole with screw groove as locking means 15 ··· Screw or bolt with screw groove as expansion and contraction means 16 ··· Through hole 21 ··· · · · Disc-shaped base 22 · · · Composite base 22a · · · Mounting portion 22b · · · with a mounting portion 22c · · · · mounting portion comprising a through hole Plate with 23 ... First and second projections 24 ... Holes with screw grooves 25 ... Bolt holes 26 ... Disc-shaped base 31 ... Disc-shaped base 32 ··· Screw grooved hole 33 · · · Projection 34a · · · Bolt 34b · · · Nut 35 ··· Through-hole 41 as an attachment part 41 ··· Board-shaped base 42 ··· Projection 43 ··· Screw grooved hole as locking means 44 ··· Through hole as mounting part 45 ··· Through hole as mounting part 46a Bolt 46b Nut 51 ···・ ・ Frame structure of curtain structure building 52 ・ ・ ・ ・ Tent 61 ・ ・ ・ ・ Steel tube unit scaffold 62 ・ ・ ・ ・ Frame structure 63 ・ ・ ・ ・ Tent 65 ・ ・ ・ ・ Existing building 66 ・・ ・ ・ Frame structure 71 ・ ・ ・ ・ Steel pipe unit scaffolding 72 ・ ・ ・ ・ Frame structure 73 ・ ・ ・ Heaven

Claims (12)

【特許請求の範囲】[Claims] 【請求項１】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材により管体を組み立てたことを特徴と
する骨組構造体。A skeleton of a curtain structure building for providing a tubular body and a tubular connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body with the tent with the tubular connecting member. A tubular body, wherein when the tubular body is assembled by the tubular body connecting member to form a skeleton structure, a vertical section of a contact surface of the tubular body connecting member with the awning is formed in an arc shape, and the tubular body and the tubular body connecting member are formed. A frame structure, comprising: a pipe connecting member that does not generate a protrusion or a step on a contact surface with an awning near a joining portion of the above, wherein the pipe is assembled by the pipe connecting member. 【請求項２】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に突出し、接続する管体の開
口部に挿入する突起と、 その突起に管体を挿入したとき、その管体と天幕が接触
しない側の突起の任意の位置に設けた係止部と、 その係止部に係止し、外装した管体を固定する固定部材
と、 を備え、 その管体接続部材により管体を組み立てたことを特徴と
する骨組構造体。2. A frame structure of a curtain structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the framework structure assembled with the tubular body by the tent with the tubular body connecting member. A tubular body, wherein when the tubular body is assembled by the tubular body connecting member to form a skeleton structure, a longitudinal section of a contact surface of the tubular body connecting member with the awning forms an arc, and the tubular body and the tubular body connecting member are formed. A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface with the awning near the joint of the pipe connecting member, the pipe connecting member protruding from the end of the base of the pipe connecting member, and A protrusion to be inserted into the opening, a locking portion provided at an arbitrary position of the projection on the side where the tube does not contact the awning when the tube is inserted into the projection, and a locking portion provided with the locking portion; And a fixing member for fixing the outer tube, and assembling the tube by the tube connecting member. Frame structure, characterized in that the. 【請求項３】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に間隔を隔てて突出し、接続
する管体の開口部に挿入する第１及び第２の突起と、 その第１及び第２の突起に管体を挿入したとき、その管
体と天幕が接触しない方の突起の先端部近傍に設けた係
止部と、 その係止部に係止し、外装した管体を固定するため、係
止部と対向する管体の位置に設けた貫通孔に挿通し、第
１及び第２の突起の先端部近傍を拡開する拡開部材と、 を備え、 その管体接続部材により管体を組み立てたことを特徴と
する骨組構造体。3. A skeleton of a curtain structure building for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body by the tubular body connecting member with an awning. A tubular body, wherein when the tubular body is assembled by the tubular body connecting member to form a skeleton structure, a vertical section of a contact surface of the tubular body connecting member with the awning is formed in an arc shape, and the tubular body and the tubular body connecting member are formed. A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface with the awning near the joint of the pipe connecting member, and the pipe connecting member protrudes at an interval from an end of a base of the pipe connecting member, and is connected. First and second projections to be inserted into openings of a tubular body to be inserted, and near the tip of the projection where the tubular body does not contact the awning when the tubular body is inserted into the first and second projections. The locking part provided and the locking part are locked to the locking part to fix the outer tube. And an expanding member that is inserted into a through hole provided at a position of the pipe to be opened, and expands the vicinity of the distal end portions of the first and second projections. Characteristic skeletal structure. 【請求項４】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための骨組構造体を備
えた幕構造建造物であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物。4. A skeleton structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body by the tubular body connecting member with an awning. A curtain structure building, wherein when a tubular body is assembled by the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with the tent forms an arc, and the tubular body and the tubular body An upper part of the frame structure in which the pipe is assembled with the pipe connecting member having no projecting portion or step on the contact surface between the connecting member and the awning near the joint, and the pipe is assembled by the pipe connecting member, is provided with the tent. A curtain structure building characterized by covering. 【請求項５】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための骨組構造体を備
えた幕構造建造物であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に突出し、接続する管体の開
口部に挿入する突起と、 その突起に管体を挿入したとき、その管体と天幕が接触
しない側の突起の任意の位置に設けた係止部と、 その係止部に係止し、外装した管体を固定する固定部材
と、 を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物。5. A skeleton structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body by the tubular body connecting member with an awning. A curtain structure building, wherein when a tubular body is assembled by the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with the tent forms an arc, and the tubular body and the tubular body A pipe connecting member that does not generate a protrusion or a step on a contact surface of the connecting member with the awning near a joint portion, and the pipe connecting member protrudes from an end of a base of the pipe connecting member and is connected; A protrusion to be inserted into the opening of the body, a locking portion provided at an arbitrary position of the projection on the side where the tube and the awning do not contact when the tube is inserted into the projection, and a locking to the locking portion And a fixing member for fixing the externally mounted pipe, and the pipe connecting member forms the pipe. Curtain structure building, characterized in that cover any of the upper portion of the saw erected frame structure in the tent. 【請求項６】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための骨組構造体を備
えた幕構造建造物であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に間隔を隔てて突出し、接続
する管体の開口部に挿入する第１及び第２の突起と、 その第１及び第２の突起に管体を挿入したとき、その管
体と天幕が接触しない方の突起の先端部近傍に設けた係
止部と、 その係止部に係止し、外装した管体を固定するため、係
止部と対向する管体の位置に設けた貫通孔に挿通し、第
１及び第２の突起の先端部近傍を拡開する拡開部材と、 を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物。6. A pipe connecting member for assembling a pipe and a pipe, and a frame structure for covering an arbitrary upper portion of the frame structure assembled with the pipe with the pipe connecting member with an awning. A curtain structure building, wherein when a tubular body is assembled by the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with the tent forms an arc, and the tubular body and the tubular body The connecting member is provided with a pipe connecting member that does not generate a protrusion or a step on a contact surface of the connecting member with the awning near the joint, and the pipe connecting member protrudes from the base end of the pipe connecting member at an interval. First and second projections to be inserted into openings of a pipe to be connected; and tip portions of projections that do not come into contact with the awning when the pipe is inserted into the first and second projections. A locking portion provided in the vicinity and a locking portion for locking the outer tube by locking to the locking portion. And an expanding member that is inserted into a through-hole provided at a position of the tube body facing to and expands the vicinity of the distal ends of the first and second projections. The tube body is assembled by the tube connecting member. A curtain structure building, wherein an arbitrary upper portion of the frame structure is covered with an awning. 【請求項７】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体の組立工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材により管体を組み立て骨組構造体を形
成することを特徴とする骨組構造体組立工法。7. A framework of a curtain structure building for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the framework structure assembled with the tubular body by the tent with the tubular body connecting member. A method of assembling a structure, comprising: forming a frame structure by assembling a tubular body with the tubular connecting member; a vertical section of a contact surface of the tubular connecting member with the awning is formed in an arc shape; A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface between the body connecting member and the awning near the joint, and the pipe body is assembled with the pipe connecting member to form a skeleton structure. Frame structure assembly method. 【請求項８】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体の組立工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に突出し、接続する管体の開
口部に挿入する突起と、 その突起に管体を挿入したとき、その管体と天幕が接触
しない側の突起の任意の位置に設けた係止部と、 その係止部に係止し、外装した管体を固定する固定部材
と、 を備え、 その管体接続部材により管体を組み立て骨組構造体を形
成することを特徴とする骨組構造体組立工法。8. A frame structure of a curtain structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the framework structure assembled with the tubular body by the tent with the tubular body connecting member. A method of assembling a structure, comprising: forming a frame structure by assembling a tubular body with the tubular connecting member; a vertical section of a contact surface of the tubular connecting member with the awning is formed in an arc shape; A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface of the body connecting member with the awning near the joint, and the pipe connecting member protrudes and connects to an end of the base of the pipe connecting member. A protrusion to be inserted into the opening of the tube, a locking portion provided at an arbitrary position of the protrusion on the side where the tube does not come into contact with the awning when the tube is inserted into the protrusion, And a fixing member for fixing the externally mounted pipe, and a pipe connected by the pipe connecting member. The assembly frame structure assembling method characterized by forming a frame structure. 【請求項９】 管体と管体を組み立てる管体接続部材を
備え、その管体接続部材により管体を組み立てた骨組構
造体の任意の上方部を天幕で覆うための幕構造建造物の
骨組構造体の組立工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に間隔を隔てて突出し、接続
する管体の開口部に挿入する第１及び第２の突起と、 その第１及び第２の突起に管体を挿入したとき、その管
体と天幕が接触しない方の突起の先端部近傍に設けた係
止部と、 その係止部に係止し、外装した管体を固定するため、係
止部と対向する管体の位置に設けた貫通孔に挿通し、第
１及び第２の突起の先端部近傍を拡開する拡開部材と、 を備え、 その管体接続部材により管体を組み立て骨組構造体を形
成することを特徴とする骨組構造体組立工法。9. A skeleton of a curtain structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure in which the tubular body is assembled with the tubular body connecting member with an awning. A method of assembling a structure, comprising: forming a frame structure by assembling a tubular body with the tubular connecting member; a vertical section of a contact surface of the tubular connecting member with the awning is formed in an arc shape; A pipe connecting member that does not have a protrusion or a step is provided on the contact surface of the body connecting member with the awning near the joint, and the pipe connecting member is spaced apart from the end of the base of the pipe connecting member by a distance. First and second projections that are projected and inserted into openings of a pipe to be connected, and tips of the projections that do not make contact with the tent when the pipe is inserted into the first and second projections. A locking part provided in the vicinity of the part, and locking the outer part by locking the locking part, An expanding member that is inserted into a through hole provided at a position of the tube facing the stop portion and expands the vicinity of the distal ends of the first and second projections. A method for assembling a skeleton structure, comprising forming an assembled skeleton structure. 【請求項１０】 管体と管体を組み立てる管体接続部材
を備え、その管体接続部材により管体を組み立てた骨組
構造体の任意の上方部を天幕で覆うための骨組構造体を
備えた幕構造建造物の建設工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物建設工法。10. A skeleton structure for providing a tubular body and a tubular body connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body by the tubular body connecting member with an awning. A method of constructing a curtain structure building, wherein when a tubular body is assembled with the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with an awning is formed in an arc shape, and a tubular body is formed. An arbitrary upper portion of a skeleton structure in which a pipe connecting member that does not generate a protrusion or a step is provided on a contact surface between the tub and the awning near the joint between the pipe connecting member and the pipe connecting member. Curtain construction method, characterized by covering the tent with a tent. 【請求項１１】 管体と管体を組み立てる管体接続部材
を備え、その管体接続部材により管体を組み立てた骨組
構造体の任意の上方部を天幕で覆うための骨組構造体を
備えた幕構造建造物の建設工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に突出し、接続する管体の開
口部に挿入する突起と、 その突起に管体を挿入したとき、その管体と天幕が接触
しない側の突起の任意の位置に設けた係止部と、 その係止部に係止し、外装した管体を固定する固定部材
と、 を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物建設工法。11. A skeleton structure for providing a pipe body and a pipe connection member for assembling the pipe body, and covering an arbitrary upper portion of the skeleton structure assembled with the pipe body with the tent with the pipe connection member. A method of constructing a curtain structure building, wherein when a tubular body is assembled with the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with an awning is formed in an arc shape, and a tubular body is formed. A pipe connecting member that does not generate a projection or a step on a contact surface between the pipe connecting member and the awning near a joint portion of the pipe connecting member, the pipe connecting member protruding from an end of a base of the pipe connecting member, A projection to be inserted into an opening of a pipe to be connected; a locking section provided at an arbitrary position of a projection on a side where the pipe does not contact the awning when the pipe is inserted into the projection; and a locking section. And a fixing member for fixing the externally mounted pipe to the pipe connecting member. Curtain structure building construction method, wherein a covering with tent any upper part of the frame structure assembled more tube. 【請求項１２】 管体と管体を組み立てる管体接続部材
を備え、その管体接続部材により管体を組み立てた骨組
構造体の任意の上方部を天幕で覆うための骨組構造体を
備えた幕構造建造物の建設工法であって、 その管体接続部材により管体を組み立て骨組構造体を形
成したとき、管体接続部材の天幕との接触面の縦断面が
弧状をなすと共に、管体と管体接続部材の接合部近傍の
天幕との接触面に突出部或は段差を生じない管体接続部
材を備え、 その管体接続部材が、 管体接続部材の基部の端部に間隔を隔てて突出し、接続
する管体の開口部に挿入する第１及び第２の突起と、 その第１及び第２の突起に管体を挿入したとき、その管
体と天幕が接触しない方の突起の先端部近傍に設けた係
止部と、 その係止部に係止し、外装した管体を固定するため、係
止部と対向する管体の位置に設けた貫通孔に挿通し、第
１及び第２の突起の先端部近傍を拡開する拡開部材と、 を備え、 その管体接続部材により管体を組み立てた骨組構造体の
任意の上方部を天幕で覆うことを特徴とする幕構造建造
物建設工法。12. A skeleton structure for providing a tubular body and a tubular connecting member for assembling the tubular body, and covering an arbitrary upper portion of the skeleton structure assembled with the tubular body with the tubular connecting member with a tent. A method of constructing a curtain structure building, wherein when a tubular body is assembled with the tubular connecting member to form a skeleton structure, a vertical cross section of a contact surface of the tubular connecting member with an awning is formed in an arc shape, and a tubular body is formed. A pipe connecting member that does not generate a protrusion or a step is provided on a contact surface between the pipe connecting member and the awning near a joint portion of the pipe connecting member, and the pipe connecting member has an interval at an end of a base of the pipe connecting member. First and second projections protruding apart and being inserted into openings of a pipe to be connected, and projections to which the pipe and the tent do not come into contact when the pipe is inserted into the first and second projections A locking part provided in the vicinity of the distal end of the An expansion member that is inserted into a through hole provided at a position of the tube facing the locking portion and expands the vicinity of the distal ends of the first and second protrusions. A method for constructing a curtain structure, wherein an arbitrary upper portion of a frame structure in which a tubular body is assembled is covered with a tent.
JP5474098A 1998-03-06 1998-03-06 Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method Pending JPH11256881A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP5474098A JPH11256881A (en) 1998-03-06 1998-03-06 Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP5474098A JPH11256881A (en) 1998-03-06 1998-03-06 Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method

Publications (1)

Publication Number Publication Date
JPH11256881A true JPH11256881A (en) 1999-09-21

Family

ID=12979191

Family Applications (1)

Application Number Title Priority Date Filing Date
JP5474098A Pending JPH11256881A (en) 1998-03-06 1998-03-06 Framed structural body, awning structural building, framed structural body assembling method, and awning structural building construction method

Country Status (1)

Country Link
JP (1) JPH11256881A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005028769A (en) * 2003-07-07 2005-02-03 Toppan Printing Co Ltd Decorative material
JP2009535538A (en) * 2006-04-28 2009-10-01 マーク シー カーター Modular folding display booth structure

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005028769A (en) * 2003-07-07 2005-02-03 Toppan Printing Co Ltd Decorative material
JP2009535538A (en) * 2006-04-28 2009-10-01 マーク シー カーター Modular folding display booth structure

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