JPH0740611Y2 - Carport that can be expanded / folded and stored freely - Google Patents

Carport that can be expanded / folded and stored freely

Info

Publication number
JPH0740611Y2
JPH0740611Y2 JP4310990U JP4310990U JPH0740611Y2 JP H0740611 Y2 JPH0740611 Y2 JP H0740611Y2 JP 4310990 U JP4310990 U JP 4310990U JP 4310990 U JP4310990 U JP 4310990U JP H0740611 Y2 JPH0740611 Y2 JP H0740611Y2
Authority
JP
Japan
Prior art keywords
roof
frame
drive
drive arm
resin plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
JP4310990U
Other languages
Japanese (ja)
Other versions
JPH042861U (en
Inventor
義秀 曽田
Original Assignee
義秀 曽田
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 義秀 曽田 filed Critical 義秀 曽田
Priority to JP4310990U priority Critical patent/JPH0740611Y2/en
Publication of JPH042861U publication Critical patent/JPH042861U/ja
Application granted granted Critical
Publication of JPH0740611Y2 publication Critical patent/JPH0740611Y2/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

Links

Landscapes

  • Roof Covering Using Slabs Or Stiff Sheets (AREA)
  • Tents Or Canopies (AREA)

Description

【考案の詳細な説明】 (イ)産業上の利用分野 本考案は、展開・折畳み収納自在なカーポートに関する
ものである。
[Detailed Description of the Invention] (a) Field of Industrial Use The present invention relates to a carport that can be stored in an expandable / foldable manner.

(ロ)従来の技術 従来より、展開・折畳み収納自在な車庫として、シート
材を使用した各種構造のものが知られている。
(B) Conventional Technology As a garage that can be freely expanded and folded and stored, various structures using sheet materials have been known.

(ハ)考案が解決しようとする課題 しかし、これらの展開・折畳み自在な車庫(カーポー
ト)は、展開・折畳みをしやすくするために屋根材とし
てシート材を使用しているが、このシート材は、日焼な
どで耐久性が低下するため数年で交換しなくてはならな
い。
(C) Issues to be solved by the invention However, in these garages (carports) that can be expanded and folded freely, sheet materials are used as roofing materials in order to facilitate the expansion and folding. Must be replaced within a few years because its durability will decrease due to sunburn.

さらに、シート材が軽いために骨組みをがんじょうな組
立にしてない。しかも、骨組みを折畳みできるように回
動自在な機構にしてある部分が多いため負荷にたいする
強度が低い等の問題があるので、シート材を使用した車
庫は耐久性に乏しい。
Furthermore, because the sheet material is light, the skeleton is not carefully assembled. In addition, since there are many parts that have a rotatable mechanism so that the frame can be folded, there is a problem that the strength against load is low and the like, so that the garage using the sheet material has poor durability.

また、シート材を使用したカマボコ型車庫は折畳んだと
き、車庫の骨組み材とシート材が地上に面した所にある
ため通行の邪魔になる。さらに、車庫の骨組みが地面に
しっかり固定してないため、強風のときに車庫が飛ばさ
れるおそれがあるなどの欠点がある。
In addition, when folding a garage that uses sheet material, the skeleton and sheet material of the garage face the ground when it is folded, which hinders traffic. Further, since the framework of the garage is not firmly fixed to the ground, there is a drawback that the garage may be blown off in strong wind.

また、金属性パイプをL型に折り曲げそのL型の片側端
部を地面と垂直になるように設置し、地面とほぼ平行に
なるL型支柱の上面にシート材を伸帳し車庫を構成する
方式は、シート材を収納したとき地面とほぼ平行になる
L型支柱部分が地面の上部にあるために高さの高い物品
などを運ぶとき邪魔になる欠点がある。
In addition, a metal pipe is bent into an L-shape, and one end of the L-shape is installed so as to be perpendicular to the ground, and a sheet material is stretched over the upper surface of the L-shaped support pillar that is substantially parallel to the ground to form a garage. The method has a drawback in that an L-shaped support portion, which is substantially parallel to the ground when the sheet material is stored, is located above the ground, which is an obstacle when carrying a high-height article.

(ニ)課題を解決するための手段 このような課題を解決するためのものとして、次のよう
な展開・折畳み収納自在なカーポートを考案した。
(D) Means for Solving the Problem As a means for solving such a problem, the following car port that can be folded and stored is developed.

すなわち、この発明に係る展開・折畳み収納自在なカー
ポートは、収納ユニット(A)と支柱(1),(2)の
組み合わせからなっている。そして、この支柱(1),
(2)の端部を地面に固定しその上部に、回動自在な駆
動アーム(4),(5)と屋根をささえる屋根枠と屋根
の樹脂板(9),(9a),(10),(10a)からなる収
納ユニット(A)の駆動アーム(4),(5)を連結さ
せ。展開フレーム(7)の駆動機構にて、たがいに追従
するよう連結してある駆動アーム(4)と駆動アーム
(5)のどちらかを、雨樋(8)からはなれる方向に動
かすと駆動アーム(4)は支柱(1)を支点に(W)方
向に、駆動アーム(5)は支柱(2)を支点に(V)方
向にそれぞれ回動される。そのとき山型に折り曲げた駆
動アーム(4)のほぼ中央部分と、山型に折り曲げた駆
動アーム(5)のほぼ中央部分にそれぞれ固着したスベ
リ機構(20)にて天井フレーム(11)は、雨樋(8)と
平行をたもちながら間隔が広げられる。さらに、天井フ
レーム(11)に固着してある連結フレーム(17)と連動
して、連結フレーム(17)と回動自在に連結してある連
結枠(16)と外枠(15)と中枠(14)と側枠(13)に固
着した樹脂板(9),(10)で構成された屋根は、樹脂
板(9a),(10a)の上面でささえられながら展開され
る。
That is, the carport according to the present invention, which can be stored in the expandable / foldable manner, is composed of a combination of the storage unit (A) and the columns (1) and (2). And this pillar (1),
The end of (2) is fixed to the ground, and a rotatable drive arm (4), (5) and a roof frame for supporting the roof and a resin plate (9), (9a), (10) for the roof are supported on the upper part thereof. , (10a) are connected to the drive arms (4) and (5) of the storage unit (A). When either the drive arm (4) or the drive arm (5) connected so as to follow each other by the drive mechanism of the deployment frame (7) is moved in a direction away from the rain gutter (8), the drive arm is moved. (4) is rotated in the (W) direction with the support (1) as a fulcrum, and the drive arm (5) is rotated in the (V) direction with the support (2) as a fulcrum. At that time, the ceiling frame (11) is fixed by the sliding mechanism (20) fixed to approximately the central portion of the driving arm (4) bent in a mountain shape and approximately in the central portion of the driving arm (5) bent in a mountain shape. The space is widened while holding it in parallel with the rain gutter (8). Further, in conjunction with the connecting frame (17) fixed to the ceiling frame (11), the connecting frame (16) rotatably connected to the connecting frame (17), the outer frame (15) and the middle frame. The roof composed of the resin plates (9) and (10) fixed to (14) and the side frame (13) is expanded while being supported by the upper surfaces of the resin plates (9a) and (10a).

さらに、雨樋(8)の蝶番機構と回動自在に連結してあ
る連結枠(16)と外枠(15)と中枠(14)と側枠(13)
に固着した樹脂板(10a)で構成された屋根は、雨樋
(8)と天井フレーム(11)の間隔が広げられると傾斜
のある駆動アーム(4),(5)にささえられながら樹
脂板(10)で構成された屋根の内側で展開する。展開フ
レーム(7)の蝶番機構と回動自在に連結してある連結
枠(16)と外枠(15)と中枠(14)と側枠(13)に固着
した樹脂板(9a)で構成された屋根は、駆動アーム
(4),(5)に押された展開フレーム(7)に引っぱ
られ傾斜のある駆動アーム(4),(5)にささえられ
ながら樹脂板(9)で構成された屋根の内側で展開す
る。展開された展開・折畳み収納自在なカーポートの屋
根は、支柱(1),(2)と駆動アーム(4),(5)
でささえる構成となる。
Further, a connecting frame (16), an outer frame (15), a middle frame (14) and a side frame (13) that are rotatably connected to the hinge mechanism of the rain gutter (8).
The roof made of the resin plate (10a) fixed to the resin plate is supported by the inclined drive arms (4) and (5) when the distance between the rain gutter (8) and the ceiling frame (11) is widened. It is deployed inside the roof composed of (10). Consists of a connecting frame (16) rotatably connected to the hinge mechanism of the unfolding frame (7), an outer frame (15), a middle frame (14), and a resin plate (9a) fixed to the side frame (13). The roof thus constructed is made of a resin plate (9) while being pulled by the deployment frame (7) pushed by the drive arms (4) and (5) and supported by the inclined drive arms (4) and (5). Deploy inside the roof. The carport roof that can be unfolded and folded is the props (1), (2) and drive arms (4), (5).
It will be configured to support.

また、展開してある屋根を折畳み収納するときは、たが
いに追従するよう連結してある駆動アーム(4)と駆動
アーム(5)のどちらかを回動すると、駆動アーム
(4)は支柱(1)を支点に(Y)方向に、駆動アーム
(5)は支柱(2)を支点に(X)方向にそれぞれ回動
され、展開するときとは逆に、天井フレーム(11)は駆
動アーム(4)と駆動アーム(5)に固着してあるスベ
リ機構(20)により雨樋(8)との平行な間隔をたもち
ながら雨樋(8)側によせられると同時に駆動アーム
(4),(5)も雨樋(8)側に折畳まれる。そのとき
樹脂板(9a)で構成された屋根は樹脂板(9)で構成さ
れた屋根の内側を、樹脂板(10a)で構成された屋根は
樹脂板(10)で構成された屋根の内側をそれぞれ駆動ア
ーム(4),(5)の傾斜に沿ってスベリ、支柱
(1),(2)の上部で折畳まれる。
When folding and storing the developed roof, when either the drive arm (4) or the drive arm (5) connected so as to follow each other is rotated, the drive arm (4) will be 1) is rotated in the (Y) direction with the fulcrum as the fulcrum, and the drive arm (5) is rotated in the (X) direction with the stanchion (2) as the fulcrum. Contrary to the unfolding, the ceiling frame (11) is driven by the drive arm. The sliding mechanism (20) fixed to (4) and the drive arm (5) keeps the space parallel to the rain gutter (8) while being held by the gutter (8) side and at the same time the drive arm (4), (5) is also folded to the rain gutter (8) side. At that time, the roof made of the resin plate (9a) is inside the roof made of the resin plate (9), and the roof made of the resin plate (10a) is inside the roof made of the resin plate (10). Are slid along the inclinations of the drive arms (4) and (5), respectively, and folded at the upper portions of the columns (1) and (2).

(ホ)作用 本考案のカーポートを展開するには、支柱(1),
(2)の上部に連結した駆動アーム(4)か駆動アーム
(5)のどちらかを展開フレーム(7)に沿って外側に
動かすと、支柱(1),(2)を支点に動作する駆動ア
ーム(4),(5)の傾斜に沿って屋根は展開されカー
ポートとなる。折畳むには、駆動アーム(4)か駆動ア
ーム(5)のどちらかを展開フレーム(7)に沿って内
側に動かすと、駆動アーム(4),(5)の傾斜に沿っ
て屋根は折畳まれる。
(E) Action To deploy the carport of the present invention, the prop (1),
When either the drive arm (4) or the drive arm (5) connected to the upper part of (2) is moved outward along the deployment frame (7), the drive that operates with the stanchions (1) and (2) as a fulcrum The roof is developed along the slopes of the arms (4) and (5) to form a carport. To fold, move either the drive arm (4) or the drive arm (5) inward along the deployment frame (7) and the roof will fold along the slope of the drive arms (4), (5). Be folded.

(ヘ)実施例 以下、本考案の実施例に基づいて説明する。(F) Embodiment Hereinafter, an embodiment of the present invention will be described.

第1図は、折畳み収納した状態の実施例で、金属製パイ
プ材の支柱(1),(2)を連設して地面と垂直に固定
し、この支柱(1),(2)の上部に収納ユニット
(A)の駆動アーム(4),(5)が連結してある。こ
の収納ユニット(A)は、屋根全体をささえる駆動アー
ム(4),(5)と屋根の樹脂板(9),(9a),(1
0),(10a)とこの樹脂板(9),(9a),(10),
(10a)を補強する側枠(13)と中枠(14)と外枠(1
5)と連結枠(16)と、駆動アーム(4),(5)の作
動と連動する天井フレーム(11)及び展開フレーム
(7)と、支柱(1),(2)の補強及び樹脂板(10
a)の動作を拘持する作用の雨樋(8)にて構成されて
いる。
FIG. 1 shows an embodiment in a folded and stored state, in which columns (1) and (2) of metal pipe material are continuously provided and fixed vertically to the ground, and the upper portions of the columns (1) and (2) are fixed. The drive arms (4) and (5) of the storage unit (A) are connected to each other. This storage unit (A) includes drive arms (4), (5) for supporting the entire roof and resin plates (9), (9a), (1) for the roof.
0), (10a) and this resin plate (9), (9a), (10),
Side frame (13), middle frame (14), and outer frame (1) that reinforce (10a)
5), the connecting frame (16), the ceiling frame (11) and the deployment frame (7) that interlock with the operation of the drive arms (4) and (5), the reinforcement of the columns (1) and (2), and the resin plate. (Ten
It is composed of a rain gutter (8) having a function of restraining the motion of a).

また、折畳み収納したとき駆動アーム(4),(5)や
樹脂板(9a)(10a)が収納ユニット(A)からはみだ
すことなく、支柱(1),(2)の上部で天井フレーム
(11)と樹脂板(9),(10)で形成された長方形の枠
内に収められている。この、長方形の枠内に収められた
状態を表わしたのがM−M間の断面図第5図及び、N−
N間の断面図第6図である。第5図及び第6図が示すよ
うに支柱(1)に固着してあるピン(21)で駆動アーム
(4)に固着してあるスベリ板(23)を回動自在にささ
えることで、駆動アーム(4)は、ピン(21)にささえ
られた高さで支柱(1)を支点に回動自在に作動するこ
とができる。
Further, when folded and stored, the drive arms (4) and (5) and the resin plates (9a) and (10a) do not protrude from the storage unit (A), and the ceiling frame (11) is provided above the columns (1) and (2). ) And a resin plate (9), (10). The state of being housed in the rectangular frame is shown in FIG.
It is sectional drawing 6 between N. As shown in FIG. 5 and FIG. 6, driving is performed by rotatably supporting the sliding plate (23) fixed to the drive arm (4) with the pin (21) fixed to the column (1). The arm (4) can be rotatably operated about the support column (1) as a fulcrum at a height supported by the pin (21).

さらに、駆動アーム(4)の作動と天井フレーム(11)
を連動させるために、駆動アーム(4)を山型に折り曲
げた最上部に軸受け(24)を固着し、この軸受け(24)
の軸とスベリ機構(20)の軸を回動自在に連結すること
で、支柱(1)を支点に回動する駆動アーム(4)の回
転動作を天井フレーム(11)に固着したスベリフレーム
(12)の内側を左右に作動するスベリ機構(20)にて直
線動作にかえられ、駆動アーム(4)と天井フレーム
(11)が連動する。このとき、後で説明するが駆動アー
ム(4)と駆動アーム(5)がお互いに追従するため、
支柱(2)と回動自在に連結した駆動アーム(5)も駆
動アーム(4)の動作と同様に支柱(2)を支点にした
回動動作をスベリ機構(20)により直線動作に変えて駆
動アーム(5)と天井フレーム(11)が連動する。
Furthermore, the operation of the drive arm (4) and the ceiling frame (11)
In order to interlock with each other, the bearing (24) is fixed to the uppermost part of the drive arm (4) bent in a mountain shape, and this bearing (24)
The shaft of the sliding mechanism (20) and the shaft of the sliding mechanism (20) are rotatably connected to each other, so that the rotation motion of the drive arm (4) that rotates about the support column (1) is fixed to the ceiling frame (11). The sliding mechanism (20) that moves the inside of 12) to the left and right changes to linear motion, and the drive arm (4) and the ceiling frame (11) work together. At this time, as will be described later, since the drive arm (4) and the drive arm (5) follow each other,
Similarly to the operation of the drive arm (4), the drive arm (5) rotatably connected to the support column (2) also changes the rotation operation with the support column (2) as a fulcrum into a linear motion by the sliding mechanism (20). The drive arm (5) and the ceiling frame (11) work together.

樹脂板(9),(9a),(10),(10a)と側枠(13)
と中枠(14)と外枠(15)と連結枠(16)で構成された
屋根の一辺は、展開フレーム(7)と天井フレーム(1
1)と雨樋(8)に連結し、他の一辺は自在にしてあ
る。この、天井フレーム(11)に固着した連結フレーム
(17)と、樹脂板(9),(10)と側枠(13)と中枠
(14)と外枠(15)と連結枠(16)で構成した屋根の連
結枠(16)が回動自在に連結してあるため、天井フレー
ム(11)が作動したとき、樹脂板(9)で構成された屋
根と樹脂板(10)で構成された屋根は、天井フレーム
(11)と連動する。そのとき、樹脂板(9a)と側枠(1
3)と中枠(14)と外枠(15)と連結枠(16)で構成さ
れた屋根の連結枠(16)と、展開フレーム(7)の蝶番
機構部が回動自在に連結してあるため、展開フレーム
(7)が作動したとき、樹脂板(9a)で構成された屋根
は、展開フレーム(7)に連動する。また、樹脂板(10
a)と側枠(13)と中枠(14)と外枠(15)と連結枠(1
6)で構成された屋根の連結枠(16)と、雨樋(8)の
蝶番機構部が回動自在に連結してあるため、樹脂板(10
a)で構成された屋根は、雨樋(8)に拘持され駆動ア
ーム(4),(5)の動作に引っぱられることなく、駆
動アーム(4),(5)の傾斜に沿ってのみ連動する。
このとき、樹脂板(9a),(10a)で構成された屋根
は、駆動アーム(4),(5)の傾斜に沿って傾斜し、
さらに、その上面を樹脂板(9),(10)で構成された
屋根がスベリながら駆動アーム(4),(5)の傾斜に
沿って作動するため、展開された屋根は、山型傾斜の屋
根を形成する。
Resin plate (9), (9a), (10), (10a) and side frame (13)
One side of the roof composed of the inner frame (14), the outer frame (15), and the connecting frame (16) has a deployment frame (7) and a ceiling frame (1
It is connected to 1) and rain gutter (8), and the other side is free. The connecting frame (17) fixed to the ceiling frame (11), the resin plates (9) and (10), the side frame (13), the middle frame (14), the outer frame (15) and the connecting frame (16). Since the roof connecting frame (16) constituted by is rotatably connected, when the ceiling frame (11) is operated, the roof is composed of the resin plate (9) and the resin plate (10). The roof is interlocked with the ceiling frame (11). At that time, the resin plate (9a) and the side frame (1
3), the middle frame (14), the outer frame (15), and the roof connecting frame (16) composed of the connecting frame (16) and the hinge mechanism of the deploying frame (7) are rotatably connected. Therefore, when the unfolding frame (7) is activated, the roof made of the resin plate (9a) interlocks with the unfolding frame (7). Also, resin plate (10
a), side frame (13), middle frame (14), outer frame (15) and connecting frame (1
Since the roof connecting frame (16) composed of 6) and the hinge mechanism part of the rain gutter (8) are rotatably connected, the resin plate (10
The roof constructed in a) is not held by the rain gutter (8) and pulled by the movement of the drive arms (4), (5), but only along the inclination of the drive arms (4), (5). Work together.
At this time, the roof composed of the resin plates (9a) and (10a) is inclined along the inclination of the drive arms (4) and (5),
Furthermore, since the roof composed of the resin plates (9) and (10) on the upper surface of the roof operates along the inclination of the drive arms (4) and (5) while sliding, the developed roof has a mountain-shaped inclination. Form the roof.

第3図は、展開途中の実施例で、折畳み収納した状態を
上面より見たとき支柱(1),(2)と平行だった駆動
アーム(4),(5)は、人の操作により雨樋(8)と
反対方向に押された展開フレーム(7)と連動して、上
面より見た場合支柱(1),(2)を支点に角度を少し
づつ変えられて展開する。そのとき、展開フレーム
(7)に引っぱられる樹脂板(9a)で構成された屋根
と、雨樋(8)に拘持された樹脂板(10a)で構成され
た屋根は、支柱(1),(2)を支点に変化する駆動ア
ーム(4),(5)の傾斜角度に追従する。
FIG. 3 shows an embodiment in the middle of unfolding, in which the driving arms (4) and (5), which were parallel to the columns (1) and (2) when viewed from the top in the folded and stored state, were rained by a human operation. Interlocking with the deployment frame (7) pushed in the direction opposite to the gutter (8), the columns (1) and (2) are deployed as fulcrums at a slightly different angle when viewed from above. At that time, the roof composed of the resin plate (9a) pulled by the deployment frame (7) and the roof composed of the resin plate (10a) held by the rain gutter (8) are composed of the pillars (1), It follows the tilt angles of the drive arms (4) and (5) that change using (2) as a fulcrum.

樹脂板(9),(10)で構成された屋根は、駆動アーム
(4),(5)に連結した天井フレーム(11)の連結フ
レーム(17)と連動し、傾斜のある樹脂板(9a),(10
a)で構成された屋根の上面に沿ってじょじょに角度を
変える。このとき、第9図に示すよう、樹脂板(10)で
構成された屋根が、樹脂板(10a)で構成された屋根の
上面に沿って作動するように、樹脂板(10a)で構成さ
れた屋根の側枠(13)に沿って作動する連結ローラ(1
9)を連結板(18)に回動自在に連結した。この連結板
(18)は、樹脂板(10)で構成された屋根の側枠(13)
の外枠(15)側に左右固着した。さらに、樹脂板(9a)
で構成された屋根と樹脂板(9)で構成された屋根も同
じ構成で、連結ローラ(19)を連結した連結板(18)を
樹脂板(9)で構成された屋根の側枠(13)に左右固着
した。この連結機構により、樹脂板(9)で構成された
屋根は、樹脂板(9a)で構成された屋根とはなれること
なく樹脂板(90a)の傾斜に沿って展開・折畳みされ
る。また、樹脂板(10)で構成された屋根も、樹脂板
(10a)で構成された屋根とはなれることなく樹脂板(1
0a)の傾斜に沿って展開・折畳みされる。
The roof composed of the resin plates (9) and (10) is interlocked with the connecting frame (17) of the ceiling frame (11) connected to the drive arms (4) and (5), and the inclined resin plate (9a ),(Ten
Gradually change the angle along the upper surface of the roof constructed in a). At this time, as shown in FIG. 9, the roof made of the resin plate (10) is made of the resin plate (10a) so as to operate along the upper surface of the roof made of the resin plate (10a). Interlocking rollers (1) operating along the roof side frame (13)
9) was rotatably connected to the connecting plate (18). The connecting plate (18) is a side frame (13) of a roof made of a resin plate (10).
Left and right fixed to the outer frame (15) side of. Furthermore, resin plate (9a)
The roof configured by (1) and the roof configured by the resin plate (9) have the same configuration, and the connecting plate (18) that connects the connecting roller (19) to the side frame (13 of the roof formed by the resin plate (9). ) Stuck to the left and right. By this connecting mechanism, the roof made of the resin plate (9) is unfolded and folded along the slope of the resin plate (90a) without becoming different from the roof made of the resin plate (9a). In addition, the roof made of the resin plate (10) does not become the roof made of the resin plate (10a) and the resin plate (1
It is unfolded and folded along the slope of 0a).

第2図及び第4図は、展開した状態の実施例で、展開フ
レーム(7)を雨樋(8)との間隔を広げるよう人にて
押した後、さらに屋根を展開する操作として、たがいに
追従する機構の駆動アーム(4)か、駆動アーム(5)
を展開フレーム(7)に固着した固定板(28)に当るま
で人にて押すことでカーポートは完全に展開される。こ
のとき、樹脂板(9),(9a),(10),(10a)で構
成された屋根は、駆動アーム(4),(5)の山型傾斜
に沿ってカーポートの屋根となる。
FIG. 2 and FIG. 4 show the embodiment in the unfolded state. After pushing the unfolding frame (7) with a person to widen the space between the unfolding frame (7) and the rain gutter (8), the operation of further unfolding the roof is performed. Drive arm (4) or drive arm (5) that follows
The carport is completely unfolded by pushing with a person until it hits the fixing plate (28) fixed to the unfolding frame (7). At this time, the roof composed of the resin plates (9), (9a), (10), (10a) becomes a carport roof along the slopes of the drive arms (4), (5).

第7図は、展開した状態の駆動アーム要部を示すもの
で、山型に折り曲げた駆動アーム(4)は、支柱(1)
と回動自在に連結し、支柱受け(22)で軸心を出してい
る。この支柱受け(22)は、支柱(1)と支柱(2)の
間隔を平行にする役目もかねる雨樋(8)も固着してあ
る。さらに、この駆動アーム(4)のほぼ中央に固着し
た軸受け(24)は、支柱(1)を支点に作動する駆動ア
ーム(4)の動作を天井フレーム(11)に伝達するよ
う、回動自在に作動するスベリ機構(20)を連結した。
この軸受け(24)とスベリ機構(20)で天井フレーム
(11)にかかる荷重を駆動アーム(4)に伝えささえて
いる。また、駆動アーム(5)も同じように、軸受け
(24)とスベリ機構(20)で天井フレーム(11)の荷重
をささえている。駆動アーム(4)の支柱側と対向する
側に連結した駆動軸受け(27a)は、駆動アーム(4)
とはずれないようにボルト(35)で固着してある。この
駆動軸受け(27a)は、駆動アーム(4)の軸受けと駆
動アーム(4)の動作を展開フレーム(7)に伝える駆
動滑車(26)からなっている。駆動アーム(4)は、支
柱(1)を支点に回転動作をする。そのとき、駆動軸受
け(27a)に連結してある駆動滑車(26)が展開フレー
ム(7)に設けたレールにそって左右に動作し、展開フ
レーム(7)と雨樋(8)の間隔をじょじょに変える動
作をする。そのとき、駆動アーム(4)に追従動作する
駆動アーム(5)と回動自在に連結した駆動軸受け(2
7)の駆動滑車(26)も展開フレーム(7)に設けたレ
ールに沿って左右に動作する。そのため展開フレーム
(7)は、駆動アーム(4),(5)と連動し雨樋
(8)との間隔を左右均等に変える。
FIG. 7 shows the main part of the drive arm in the unfolded state, and the drive arm (4) bent in a mountain shape is formed by the support column (1).
It is rotatably connected with and the shaft center is taken out by the column support (22). The strut receiver (22) is also fixed with a rain gutter (8) which also serves to make the interval between the strut (1) and the strut (2) parallel. Further, the bearing (24) fixed to substantially the center of the drive arm (4) is rotatable so as to transmit the operation of the drive arm (4) operating with the support (1) as a fulcrum to the ceiling frame (11). A sliding mechanism (20) that operates on is connected.
The bearing (24) and the sliding mechanism (20) transmit the load applied to the ceiling frame (11) to the drive arm (4). Similarly, the drive arm (5) also supports the load of the ceiling frame (11) by the bearing (24) and the sliding mechanism (20). The drive bearing (27a) connected to the side of the drive arm (4) that faces the strut side is the drive arm (4).
It is fixed with bolts (35) to prevent it from coming off. The drive bearing (27a) comprises a bearing of the drive arm (4) and a drive pulley (26) for transmitting the operation of the drive arm (4) to the deployment frame (7). The drive arm (4) rotates about the column (1) as a fulcrum. At that time, the drive pulley (26) connected to the drive bearing (27a) moves left and right along the rails provided on the deployment frame (7), and the space between the deployment frame (7) and the gutter (8) is kept. The action to change slowly. At that time, a drive bearing (2) rotatably connected to the drive arm (5) that follows the drive arm (4).
The drive pulley (26) of 7) also moves left and right along the rails provided on the deployment frame (7). Therefore, the deploying frame (7) is interlocked with the drive arms (4) and (5) to change the distance between the deploying frame (7) and the rain gutter (8) evenly on the left and right.

第8図は、スベリ機構の構造を示す。駆動アーム
(4),(5)に固着した軸受け(24)にスベリ機構
(20)を回動自在に連結し、このスベリ機構(20)を天
井フレーム(11)に固着したスベリフレーム(12)の内
側でスムーズに作動させるために、スベリ機構(20)に
ローラ(30)やガイドロール(31)を設けた。
FIG. 8 shows the structure of the sliding mechanism. A sliding frame (12) in which a sliding mechanism (20) is rotatably connected to a bearing (24) fixed to drive arms (4) and (5) and the sliding mechanism (20) is fixed to a ceiling frame (11). A roller (30) and a guide roll (31) are provided on the sliding mechanism (20) in order to smoothly operate inside.

第10図及び第11図は、展開フレーム駆動機構を示す。駆
動アーム(4)と駆動アーム(5)がお互いに追従する
ように、展開フレーム(7)の両端に滑車(25),(25
a)を軸(32)で固定板(28)に回動自在に固着し、こ
の両端の滑車(25),(25a)間にワイヤー(29)を張
り、ワイヤー(29)の一辺を駆動軸受け(27)の固定ピ
ン(34)に固着し、対向するワイヤー(29)を駆動軸受
け(27a)の固定ピン(34)に固着することで、駆動ア
ーム(4)が(Y)方向に作動したとき駆動アーム
(5)は(X)方向に追従作動する。このとき、駆動ア
ーム(4)が駆動アーム(4a)まで作動した距離と、駆
動アーム(5)が駆動アーム(5a)まで作動した距離が
同じになり、支柱(1),(2)を支点にした駆動アー
ム(4),(5)の角度がそれぞれ同じになり屋根は雨
樋(8)と平行に折畳まれる。このとき、駆動軸受け
(27),(27a)が、展開フレーム(7)の内側に設け
たレールに沿ってスムーズに駆動するように、駆動軸受
け(27),(27a)にそれぞれ駆動滑車(26)を軸(3
3)で回動自在に連結した。さらに、駆動アーム(4a)
を(W)方向に作動させたとき駆動アーム(5a)は
(V)方向に追従し、駆動アーム(4a)から駆動アーム
(4)まで作動したとき駆動アーム(5a)も駆動アーム
(5)まで作動する。このとき、支柱(1),(2)を
支点にした駆動アーム(4),(5)は、左右同じ角度
をたもちながら展開されるため、雨樋(8)と展開フレ
ーム(7)及び屋根は平行をたもちながら展開する。
10 and 11 show a deployment frame drive mechanism. Pulleys (25), (25) are provided at both ends of the deployment frame (7) so that the drive arm (4) and the drive arm (5) follow each other.
a) is rotatably fixed to the fixed plate (28) by the shaft (32), the wire (29) is stretched between the pulleys (25) and (25a) at both ends, and one side of the wire (29) is a drive bearing. The drive arm (4) was actuated in the (Y) direction by fixing it to the fixing pin (34) of (27) and fixing the opposing wire (29) to the fixing pin (34) of the drive bearing (27a). At this time, the drive arm (5) operates in the following (X) direction. At this time, the distance at which the drive arm (4) operates to the drive arm (4a) and the distance at which the drive arm (5) operates to the drive arm (5a) become the same, and the columns (1) and (2) are used as fulcrums. The angles of the drive arms (4) and (5) are the same, and the roof is folded parallel to the rain gutter (8). At this time, the drive bearings (27) and (27a) are respectively driven by the drive sheaves (26) so that the drive bearings (27) and (27a) are smoothly driven along the rails provided inside the deployment frame (7). ) Axis (3
Connected rotatably with 3). In addition, drive arm (4a)
When the drive arm (5a) is operated in the (W) direction, the drive arm (5a) follows the (V) direction, and when the drive arm (4a) to the drive arm (4) are operated, the drive arm (5a) is also the drive arm (5). Works up to. At this time, since the drive arms (4) and (5) having the stanchions (1) and (2) as fulcrums are deployed while having the same right and left angles, the rain gutter (8), the deployment frame (7), and the roof. Develops while holding parallel.

第12図は、駆動アームを補強した場合の実施例で、屋根
の荷重及び屋根にかかる荷重が、山型に折り曲げた駆動
アーム(4),(5)の傾斜部分と山型に折り曲げた最
上部にかかるため、この山型に折り曲げた駆動アーム
(4),(5)の内側に、補強フレーム(36)を固着す
ることで、駆動アーム(4),(5)の折り曲がりを補
強することができる。
FIG. 12 shows an embodiment in which the drive arm is reinforced, and the load on the roof and the load applied to the roof are the maximum when the sloped portions of the drive arms (4) and (5) and the mountain shape are bent. Since it is applied to the upper part, the reinforcing frame (36) is fixed to the inside of the drive arms (4) and (5) that are bent in a mountain shape to reinforce the bending of the drive arms (4) and (5). be able to.

第13図は、支柱を3本以上にする場合の実施例で、屋根
の荷重が大きいときや、屋根の横幅が広いときに支柱を
2本より多くすることで、支柱(1),(2)と駆動ア
ーム(4),(5)にそれぞれかかる荷重負担を少なく
できる。支柱(3)は、支柱(1)と支柱(2)のほぼ
中間に地面と垂直に固定し、この支柱(3)の上部に、
回動自在な作動するL型に折り曲げた補強アーム(6)
を連結し、天井フレーム(11)の作動と連動するよう
に、駆動アーム(4),(5)と同様にスベリ機構(2
0)を補強アーム(6)の最上部に固着した。この補強
アーム(6)は支柱(1),(2)を支点に傾斜をもた
せる駆動アーム(4),(5)の傾斜面より少し長く
し、その傾斜角度は駆動アーム(4),(5)と同じに
してあるため、屋根を展開したとき駆動アーム(4)と
駆動アーム(5)は平行になるが、補強アーム(6)
は、傾斜面が駆動アーム(4),(5)より長いため、
上面より見たとき駆動アーム(4)か駆動アーム(5)
のどちらかにかたよっている。そのため、屋根を折畳む
とき補強アーム(6)に固着したスベリ機構(20)は、
天井フレーム(11)に固着したスベリフレーム(12)に
沿って作動し、駆動アーム(4)側か駆動アーム(5)
側のいづれかに折畳まれる。
FIG. 13 shows an embodiment in which the number of columns is three or more. When the load on the roof is large or the width of the roof is wide, the number of columns is more than two, so that the columns (1), (2 ) And the drive arms (4) and (5) can be less loaded. The support pillar (3) is fixed to the middle of the support pillar (1) and the support pillar (2) perpendicularly to the ground, and on the upper part of the support pillar (3),
Revolving L-shaped reinforcing arm (6)
And the sliding mechanism (2) in the same manner as the drive arms (4) and (5) so as to interlock with the operation of the ceiling frame (11).
0) was fixed to the uppermost part of the reinforcing arm (6). The reinforcing arm (6) is slightly longer than the inclined surface of the drive arms (4) and (5) which are inclined with the support columns (1) and (2) as fulcrums, and the inclination angles thereof are the drive arms (4) and (5). ), The drive arm (4) and the drive arm (5) are parallel to each other when the roof is deployed, but the reinforcement arm (6)
Because the inclined surface is longer than the drive arms (4) and (5),
Drive arm (4) or drive arm (5) when viewed from above
It depends on either. Therefore, when sliding the roof, the sliding mechanism (20) fixed to the reinforcing arm (6)
It operates along the sliding frame (12) fixed to the ceiling frame (11), and the drive arm (4) side or the drive arm (5)
Fold to either side.

この補強アーム(6)と、駆動アーム(4),(5)の
パイプ及びスベリ機構(20)がぶつからないように、支
柱(3)と支柱(1)の間隔は、支柱(1)の中心点か
ら駆動アーム(4)に固着した軸受け(24)の中心点で
の水平位置における距離と、支柱(3)の中心点から補
強アーム(6)に固着した軸受け(24)の中心点での水
平位置における距離と、スベリ機構(20)の長さを加え
た間隔以上とする。また、支柱(3)と支柱(2)の間
隔も同様にする。
The distance between the support column (3) and the support column (1) is set at the center of the support column (1) so that the reinforcing arm (6) does not collide with the pipes and the sliding mechanism (20) of the drive arms (4) and (5). From the point in the horizontal position at the center point of the bearing (24) fixed to the drive arm (4) and at the center point of the bearing (24) fixed to the reinforcing arm (6) from the center point of the column (3). The distance is equal to or greater than the sum of the distance at the horizontal position and the length of the sliding mechanism (20). Further, the spacing between the columns (3) and the columns (2) is also the same.

また、補強アーム(6)に固着した軸受け(24)とスベ
リ機構(20)の間隔は、駆動アーム(4),(5)のパ
イプ直径以上にすることで補強アーム(6)と駆動アー
ム(4),(5)が接触しないで折畳める。
Further, the distance between the bearing (24) fixed to the reinforcing arm (6) and the sliding mechanism (20) is set to be equal to or larger than the pipe diameter of the drive arms (4) and (5) so that the reinforcement arm (6) and the drive arm ( Fold without touching 4) and (5).

第14図は、屋根の傾斜角度を小さくした場合の実施例
で、山型傾斜のある駆動アーム(4),(5)の展開フ
レーム(7)側上面に、樹脂板(9b)で構成された屋根
を展開フレーム(7)と連結し、その上面に樹脂板(9
a)で構成された屋根を樹脂板(9b)と樹脂板(9)で
構成された屋根に連結し、さらにその上面に樹脂板
(9)で構成された屋根を天井フレーム(11)の連結フ
レーム(17)と連結し、雨樋(8)側の傾斜面も同様に
樹脂板(10b)で構成された屋根を雨樋(8)と連結
し、その上面に樹脂板(10a)で構成された屋根を樹脂
板(10b)と樹脂板(10)で構成された屋根に連結し、
さらにその上面に樹脂板(10)で構成された屋根を天井
フレーム(11)の連結フレーム(17)と連結すること
で、駆動アーム(4),(5)の動作と樹脂板(9),
(9a),(9b),(10),(10a),(10b)で構成され
た屋根が連動する。
FIG. 14 shows an embodiment in which the inclination angle of the roof is made small, and a resin plate (9b) is formed on the upper surface of the deployment arms (7) of the drive arms (4) and (5) having the mountain-shaped inclination. The roof is connected to the deployment frame (7), and a resin plate (9
The roof composed of a) is connected to the roof composed of the resin plate (9b) and the resin plate (9), and the roof composed of the resin plate (9) is connected to the ceiling frame (11) on the upper surface thereof. The roof, which is connected to the frame (17) and the sloped surface on the side of the rain gutter (8) is also made of a resin plate (10b), is connected to the rain gutter (8) and is made of a resin plate (10a) on its upper surface. The roof is connected to the roof composed of resin plate (10b) and resin plate (10),
Further, by connecting the roof composed of the resin plate (10) on the upper surface thereof with the connecting frame (17) of the ceiling frame (11), the operation of the drive arms (4) and (5) and the resin plate (9),
The roof composed of (9a), (9b), (10), (10a), and (10b) works together.

また、屋根の傾斜角度が小さくなると駆動アーム
(4),(5)の山型部分の高さが低くなるため、この
高さより樹脂板で構成された屋根の縦方向の長さを短く
しないと、折畳んだときの側面が樹脂板で構成された屋
根でおおわれた長方形にならない。そのため、樹脂板で
構成された屋根の枚数が多くなる。
In addition, since the height of the mountain portion of the drive arms (4) and (5) becomes lower as the roof inclination angle becomes smaller, the length of the roof made of the resin plate in the vertical direction must be made shorter than this height. , When folded, the side face does not become a rectangle covered with a roof made of resin plate. Therefore, the number of roofs made of resin plates increases.

第15図は、屋根の傾斜角度を前後別々に変えた場合の実
施例で、本実施例では、展開フレーム(7)側の傾斜角
度を大きく雨樋(8)側の傾斜角度を小さくした駆動ア
ーム(4),(5)を使用した屋根を図示しているが、
反対に展開フレーム(7)側の傾斜角度を小さく雨樋
(8)側の傾斜角度を大きくしても良い。
FIG. 15 shows an embodiment in which the roof tilt angle is changed separately for the front and rear sides. In this embodiment, the driving is performed with a large tilt angle on the deployment frame (7) side and a small tilt angle on the rain gutter (8) side. Although the roof using the arms (4) and (5) is shown,
On the contrary, the inclination angle on the deployment frame (7) side may be small and the inclination angle on the rain gutter (8) side may be large.

第16図は、屋根を曲線に折り曲げた場合の実施例で、屋
根全体を曲線にすることで屋根をなだらかな感じにする
ことが出来る。さらに、折畳んだときの側面は直線傾斜
の屋根と違い、曲線に折り曲げた樹脂板(9),(10)
で構成された屋根の内側に、樹脂板(9a),(9b),
(10a),(10b)で構成された屋根と駆動アーム
(4),(5)が収納できる。
FIG. 16 shows an example in which the roof is bent into a curved line. By making the entire roof into a curved line, the roof can be made to have a gentle feeling. Furthermore, the side surface when folded is different from a straight-sloped roof, and curved resin plates (9), (10)
Inside the roof composed of resin plates (9a), (9b),
The roof composed of (10a) and (10b) and the drive arms (4) and (5) can be stored.

また、本考案に係る展開・折畳み収納自在なカーポート
は、車を雨や日除け用として使用される屋根のみに限ら
ず、物品の一時的保管や店舗用の屋根としても使用でき
る。
Further, the carport according to the present invention, which can be unfolded and folded freely, can be used not only for roofs used for rain and sun protection of vehicles, but also for temporary storage of articles and roofs for stores.

(ト)考案の効果 以上のように本考案によれば、支柱(1),(2)を地
面に固定しその上部に回動自在な駆動アーム(4),
(5)を連結し、さらに、その上面で作動する屋根が連
結してあり、これは、従来よりある組立固定式のカーポ
ートと同等の材料寸法及び材質を使用しているため耐久
性をもたせることができるこちは勿論。樹脂板を使用し
た屋根が、支柱(1),(2)側に折畳めるため、屋根
を折畳み収納したときは、車庫用の土地を車や物品の保
管のみでなく他の用途で使用できる。さらに、屋根を展
開したときにくらべ空間が広くなるため日当りも良くな
り、土地を有効に使用できる優れた効果がある。
(G) Effect of the Invention As described above, according to the present invention, the support columns (1) and (2) are fixed to the ground, and the rotatable drive arms (4) and
(5) is connected, and further, a roof that operates on the upper surface is connected, which is durable because it uses the same material size and material as a conventional fixed assembly carport. Of course you can. Since the roof using the resin plate can be folded to the columns (1) and (2) side, when the roof is folded and stored, the garage land can be used not only for storing cars and articles but also for other purposes. Furthermore, when the roof is unfolded, the space becomes wider, so the sun is better and there is an excellent effect that the land can be used effectively.

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

第1図は折畳み収納状態の斜視図、第2図は展開状態の
斜視図、第3図は展開途中の斜視図、第4図は展開状態
における下側からの斜視図、第5図は第1図のM−M線
に沿う断面図、第6図は第1図のN−N線に沿う断面
図、第7図は駆動アームの要部側面図、第8図はスベリ
機構の要部斜視図、第9図は側枠連結の要部斜視図、第
10図は展開フレームの要部正面図、第11図は展開フレー
ムの要部平面図、第12図は駆動アームを補強した場合の
実施例、第13図は支柱を3本以上にし場合の実施例、第
14図は屋根の傾斜角度を小さくした場合の実施例、第15
図は屋根の傾斜角度を前後別々に変えた場合の実施例、
第16図は屋根を曲線に折り曲げた場合の実施例である。 (1),(2),(3)……支柱、(4),(4a),
(5),(5a)……駆動アーム、(7)……展開フレー
ム、(9),(9a),(9b),(10),(10a),(10
b)……樹脂板。
FIG. 1 is a perspective view of a folded storage state, FIG. 2 is a perspective view of a developed state, FIG. 3 is a perspective view in the middle of developing, FIG. 4 is a perspective view from below in a developed state, and FIG. 1 is a sectional view taken along line MM in FIG. 1, FIG. 6 is a sectional view taken along line NN in FIG. 1, FIG. 7 is a side view of an essential part of a drive arm, and FIG. 8 is an essential part of a sliding mechanism. FIG. 9 is a perspective view, FIG. 9 is a perspective view of a main part of side frame connection,
Fig. 10 is a front view of the main parts of the expansion frame, Fig. 11 is a plan view of the main parts of the expansion frame, Fig. 12 is an embodiment in which the drive arm is reinforced, and Fig. 13 is an operation in the case of three or more columns. Example,
Fig. 14 shows an example in which the inclination angle of the roof is reduced,
The figure shows an example in which the roof tilt angle is changed separately for the front and rear,
FIG. 16 shows an example in which the roof is bent into a curved line. (1), (2), (3) ... Posts, (4), (4a),
(5), (5a) ... drive arm, (7) ... deployment frame, (9), (9a), (9b), (10), (10a), (10
b) ... Resin plate.

Claims (1)

【実用新案登録請求の範囲】[Scope of utility model registration request] 【請求項1】地面上に2本以上立設した支柱(1),
(2)と、この支柱(1),(2)の上端に一端が回転
自在に支持された山型形状の駆動アーム(4),(5)
と、この駆動アーム(4),(5)上にその幅方向に沿
ってスライド自在な樹脂板(9),(9a),(10),
(10a)等の板部材をそれぞれ2枚以上連結した屋根
と、この屋根の一方の樹脂板(9),(10)の一辺を回
転自在に連結すると共に、前記駆動アーム(4),
(5)の最上部にスライド自在に連結した長尺なスベリ
フレーム(12)を固着した天井フレーム(11)と、一方
の屋根の先側の樹脂板(9a)の端辺に取り付けられると
共に、前記駆動アーム(4),(5)の先端部をスライ
ド自在に連結した展開フレーム(7)と、支柱(1),
(2)の上端側にわたって架設され、他方の屋根の先側
の樹脂板(10a)の端辺を回転自在に連結した雨樋
(8)と、一方の駆動アーム(4)に対して他方の駆動
アーム(5)を逆方向に回転させる滑車機構とを有する
展開・折畳み収納自在なカーポート。
1. A pillar (1) having two or more erected on the ground,
(2) and chevron-shaped drive arms (4), (5) whose one ends are rotatably supported at the upper ends of the columns (1), (2)
And resin plates (9), (9a), (10), which are slidable on the drive arms (4), (5) along the width direction thereof.
A roof in which two or more plate members such as (10a) are connected to each other and one side of the resin plates (9) and (10) of the roof are rotatably connected to each other, and the drive arm (4),
It is attached to the ceiling frame (11) to which a long sliding frame (12) slidably connected to the uppermost part of (5) is fixed, and to the end side of the resin plate (9a) on the tip side of one roof, A deployment frame (7) in which the distal ends of the drive arms (4) and (5) are slidably connected, and a support column (1),
A rain gutter (8) erected over the upper end side of (2) and rotatably connected to the end side of the resin plate (10a) on the tip side of the other roof, and one of the drive arms (4) to the other. A carport that has a pulley mechanism that rotates the drive arm (5) in the opposite direction and can be stored and expanded and folded.
JP4310990U 1990-04-24 1990-04-24 Carport that can be expanded / folded and stored freely Expired - Fee Related JPH0740611Y2 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP4310990U JPH0740611Y2 (en) 1990-04-24 1990-04-24 Carport that can be expanded / folded and stored freely

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP4310990U JPH0740611Y2 (en) 1990-04-24 1990-04-24 Carport that can be expanded / folded and stored freely

Publications (2)

Publication Number Publication Date
JPH042861U JPH042861U (en) 1992-01-10
JPH0740611Y2 true JPH0740611Y2 (en) 1995-09-20

Family

ID=31555247

Family Applications (1)

Application Number Title Priority Date Filing Date
JP4310990U Expired - Fee Related JPH0740611Y2 (en) 1990-04-24 1990-04-24 Carport that can be expanded / folded and stored freely

Country Status (1)

Country Link
JP (1) JPH0740611Y2 (en)

Also Published As

Publication number Publication date
JPH042861U (en) 1992-01-10

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