JP6779694B2 - Outdoor structure unit - Google Patents

Outdoor structure unit Download PDF

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JP6779694B2
JP6779694B2 JP2016148587A JP2016148587A JP6779694B2 JP 6779694 B2 JP6779694 B2 JP 6779694B2 JP 2016148587 A JP2016148587 A JP 2016148587A JP 2016148587 A JP2016148587 A JP 2016148587A JP 6779694 B2 JP6779694 B2 JP 6779694B2
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side facing
facing portion
building
seal
wall
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JP2018017040A (en
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久 長田
久 長田
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Lixil Corp
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Description

本発明は、建物の屋外に配置される屋外構造ユニットに関する。 The present invention relates to an outdoor structural unit that is placed outdoors in a building.

従来より、ガーデンルームのような、屋根体を有する屋外構造物が提案されている。この屋外構造物は、建物の外壁に対して屋外側に配置され、屋根体の下方に雨除け可能な屋根下空間が形成される。この種の屋外構造物として、特許文献1には、地盤中の基礎に一部が埋設された鳥居部材を組み込んだものが開示されている。この屋外構造物では、建物の外壁ではなく鳥居部材にビスを用いて屋根体が接続されている。これにより、建物の外壁にビス用の孔を空けずに屋外構造物を構築可能になる。 Conventionally, an outdoor structure having a roof body such as a garden room has been proposed. This outdoor structure is arranged on the outdoor side with respect to the outer wall of the building, and a rain-proof under-roof space is formed below the roof body. As an outdoor structure of this type, Patent Document 1 discloses a structure incorporating a torii member partially embedded in a foundation in the ground. In this outdoor structure, the roof body is connected to the torii member instead of the outer wall of the building by using screws. This makes it possible to construct an outdoor structure without making holes for screws in the outer wall of the building.

特開2014−95276号公報Japanese Unexamined Patent Publication No. 2014-95276

ところで、特許文献1のように、建物の外壁に屋外構造物をビスを用いて接続しない場合、建物によって屋外構造物の変位が拘束されなくなり、建物に対して屋外構造物の一部が自由に動き易くなる。本発明者が実験的に検討したところ、このような構造のもとでは、屋外構造物の屋根体上に積載される雪の静荷重等によって、屋外構造物の一部が建物の外壁から離間する方向に変位するケースがあるとの知見を得た。このように屋外構造物の一部が変位してしまうと、屋外構造物と建物との間を通して、屋外構造物の周囲の屋外空間から屋根下空間に向かって隙間風、雨水等の流体が入り込み易くなるため、その改善が求められる。 By the way, as in Patent Document 1, when the outdoor structure is not connected to the outer wall of the building by using screws, the displacement of the outdoor structure is not constrained by the building, and a part of the outdoor structure can be freely attached to the building. It becomes easier to move. As a result of experimental studies by the present inventor, under such a structure, a part of the outdoor structure is separated from the outer wall of the building due to a static load of snow loaded on the roof of the outdoor structure or the like. It was found that there are cases where the roof is displaced in the direction of the roof. When a part of the outdoor structure is displaced in this way, fluids such as drafts and rainwater enter from the outdoor space around the outdoor structure to the under-roof space through the space between the outdoor structure and the building. Since it becomes easier, improvement is required.

本発明は、このような課題に鑑みてなされ、その目的は、屋外構造物と建物との間からの流体の入り込みを防止するのに適した屋外構造ユニットを提供することにある。 The present invention has been made in view of such problems, and an object of the present invention is to provide an outdoor structure unit suitable for preventing fluid from entering between an outdoor structure and a building.

上記の課題を解決するための本発明の第1の態様は屋外構造ユニットである。第1態様の屋外構造ユニットは、建物の外壁に対して屋外側に配置される屋外構造物と、前記屋外構造物の一部に設けられる構造物側対向部と、前記建物の一部に設けられるとともに前記構造物側対向部と対向する建物側対向部と、前記建物側対向部と前記構造物側対向部との間をシールするシール体とを有するシール構造と、を備え、前記シール構造は、前記構造物側対向部が前記外壁から離間する方向に変位したとき、前記シール体によるシール状態を保持可能に構成される。 The first aspect of the present invention for solving the above problems is an outdoor structure unit. The outdoor structure unit of the first aspect is provided on an outdoor structure arranged on the outdoor side with respect to the outer wall of the building, a structure-side facing portion provided on a part of the outdoor structure, and a part of the building. The seal structure includes a building-side facing portion facing the structure-side facing portion and a sealing body having a sealing body for sealing between the building-side facing portion and the structure-side facing portion. Is configured to be able to maintain the sealed state by the seal body when the structure-side facing portion is displaced in a direction away from the outer wall.

第1態様の屋外構造ユニットによれば、屋外構造物の一部が建物の外壁から離間する方向に変位したときでも、屋外構造物と建物との間からの流体の入り込みを防止できる。 According to the outdoor structure unit of the first aspect, even when a part of the outdoor structure is displaced in a direction away from the outer wall of the building, it is possible to prevent fluid from entering between the outdoor structure and the building.

本実施形態の屋外構造ユニットを示す側面図である。It is a side view which shows the outdoor structure unit of this embodiment. 本実施形態の門型フレームを示す前面図である。It is a front view which shows the gate type frame of this embodiment. 本実施形態の後屋根体を示す側面断面図である。It is a side sectional view which shows the rear roof body of this embodiment. 図3のA−A線断面の一部を示す図である。It is a figure which shows a part of the cross section of AA line of FIG. 本実施形態の後屋根体の一部を拡大して示す側面断面図である。It is a side sectional view which shows the part of the rear roof body of this embodiment enlarged. 本実施形態の屋外構造物の第1構造物側対向部が建物の外壁から離間する方向Paに初期位置から変位した状態を示す図である。It is a figure which shows the state which the 1st structure side facing portion of the outdoor structure of this embodiment was displaced from the initial position in the direction Pa away from the outer wall of a building. 本実施形態の屋外構造物の第1構造物側対向部が初期位置から下方に変位した状態を示す図である。It is a figure which shows the state which the 1st structure side facing portion of the outdoor structure of this embodiment is displaced downward from the initial position. 本実施形態の屋外構造物の第1構造物側対向部が初期位置から下方に変位した他の状態を示す図である。It is a figure which shows the other state which the 1st structure side facing portion of the outdoor structure of this embodiment is displaced downward from the initial position. 図1のB−B線断面の一部を示す図である。It is a figure which shows a part of the cross section of BB line of FIG. 図9の後縦枠の拡大図である。It is an enlarged view of the rear vertical frame of FIG. 本実施形態の屋外構造物の第2構造物側対向部が建物の外壁から離間する方向Pbに初期位置から変位した状態を示す図である。It is a figure which shows the state which the 2nd structure side facing portion of the outdoor structure of this embodiment was displaced from the initial position in the direction Pb away from the outer wall of a building.

以下、実施形態、変形例では、同一の構成要素に同一の符号を付し、重複する説明を省略する。また、各図面では、説明の便宜のため、構成要素の一部を適宜省略したり、構成要素の寸法を適宜拡大、縮小して示す。また、共通点のある別々の構成要素には、符号の末尾に「−A、−B」と付すことで区別し、総称するときはこれらを省略する。 Hereinafter, in the embodiments and modifications, the same components will be designated by the same reference numerals, and duplicate description will be omitted. Further, in each drawing, for convenience of explanation, some of the constituent elements are appropriately omitted, and the dimensions of the constituent elements are appropriately enlarged or reduced. Further, different components having a common point are distinguished by adding "-A, -B" to the end of the reference numerals, and these are omitted when they are collectively referred to.

図1は、本実施形態の屋外構造ユニット10を示す側面図である。屋外構造ユニット10は、住宅等の建物12の外壁14に隣接して配置される。本実施形態の屋外構造ユニット10は、既設の建物12に付加的に用いられる。この建物12は、地盤16中に構築された布基礎18上に配置される。布基礎18は、フーチング部18aと、フーチング部18aから立ち上がる立壁部18bとを有する。フーチング部18aの一部は、建物12の外壁14よりも屋外側に離間する方向(図1中左向き)に延びるように設けられる。 FIG. 1 is a side view showing the outdoor structure unit 10 of the present embodiment. The outdoor structure unit 10 is arranged adjacent to the outer wall 14 of a building 12 such as a house. The outdoor structure unit 10 of the present embodiment is additionally used for the existing building 12. The building 12 is arranged on a cloth foundation 18 constructed in the ground 16. The cloth foundation 18 has a footing portion 18a and a standing wall portion 18b rising from the footing portion 18a. A part of the footing portion 18a is provided so as to extend in a direction away from the outer wall 14 of the building 12 on the outdoor side (toward the left in FIG. 1).

屋外構造ユニット10は、後述する屋根体28の下方に雨除け可能な屋根下空間を形成する。建物12の外壁14には、建物12の屋内空間と屋根下空間との間を行き来可能にする開口部20が形成される。以下、外壁14に対して近接及び離間する第1水平方向を前後方向Xとし、前後方向Xに直交するとともに外壁14に沿った第2水平方向を左右方向Yとする。前後方向Xに沿った二方向のうち、外壁14から離間する方向を前側とし、外壁14に近接する方向を後側とする。 The outdoor structure unit 10 forms an under-roof space that can protect from rain below the roof body 28, which will be described later. The outer wall 14 of the building 12 is formed with an opening 20 that allows the building 12 to move back and forth between the indoor space and the under-roof space. Hereinafter, the first horizontal direction approaching and separating from the outer wall 14 is defined as the front-rear direction X, and the second horizontal direction orthogonal to the front-rear direction X and along the outer wall 14 is defined as the left-right direction Y. Of the two directions along the front-rear direction X, the direction away from the outer wall 14 is the front side, and the direction close to the outer wall 14 is the rear side.

屋外構造ユニット10は、屋外構造物22と、シール構造24とを備える。屋外構造物22は、建物12の外壁14に対して屋外側に配置される。屋外構造物22は、フレームユニット26と、フレームユニット26により支持される屋根体28と、屋根体28の下方の屋根下空間を前側から覆う前壁部30と、その屋根下空間を左右方向Yの両側から覆う側壁部32とを備える。 The outdoor structure unit 10 includes an outdoor structure 22 and a seal structure 24. The outdoor structure 22 is arranged on the outdoor side with respect to the outer wall 14 of the building 12. The outdoor structure 22 includes a frame unit 26, a roof body 28 supported by the frame unit 26, a front wall portion 30 that covers the under-roof space below the roof body 28 from the front side, and the under-roof space in the left-right direction Y. A side wall portion 32 covering from both sides of the above is provided.

シール構造24には、屋根体28と建物12との間から屋根下空間に向かう流体の入り込みを防止するための第1シール構造24−Aと、屋外構造物22の側壁部32と建物12との間から屋根下空間に向かう流体の入り込みを防止するための第2シール構造24−Bとが含まれる。本実施形態の屋外構造ユニット10はシール構造24に特徴があるが、先に周辺構造から説明する。 The seal structure 24 includes a first seal structure 24-A for preventing fluid from entering the space under the roof from between the roof body 28 and the building 12, and a side wall portion 32 and the building 12 of the outdoor structure 22. A second seal structure 24-B is included to prevent fluid from entering the space under the roof from between the spaces. The outdoor structure unit 10 of the present embodiment is characterized by the seal structure 24, but the peripheral structure will be described first.

フレームユニット26は、柱フレーム34と、梁フレーム36と、桁フレーム38とを備える。柱フレーム34は、地盤16から立ち上がるように設けられる。本実施形態の柱フレーム34は、左右の前柱フレーム34−Aと、前柱フレーム34−Aの後側に配置される左右の補助柱フレーム34−Bとを含む。梁フレーム36は、前柱フレーム34−Aの上端部と補助柱フレーム34−Bの上端部との間に架設される。桁フレーム38は、左右の柱フレーム34の上端部の間に架設される。桁フレーム38は、左右の前柱フレーム34−Aの間に架設される前桁フレーム38−Aと、左右の補助柱フレーム34−Bの間に架設される補助桁フレーム38−Bとを含む。 The frame unit 26 includes a pillar frame 34, a beam frame 36, and a girder frame 38. The pillar frame 34 is provided so as to rise from the ground 16. The pillar frame 34 of the present embodiment includes left and right front pillar frames 34-A and left and right auxiliary pillar frames 34-B arranged on the rear side of the front pillar frame 34-A. The beam frame 36 is erected between the upper end portion of the front column frame 34-A and the upper end portion of the auxiliary column frame 34-B. The girder frame 38 is erected between the upper ends of the left and right pillar frames 34. The girder frame 38 includes a front girder frame 38-A erected between the left and right front column frames 34-A and an auxiliary girder frame 38-B erected between the left and right auxiliary column frames 34-B. ..

図2は、左右の補助柱フレーム34−Bと補助桁フレーム38−Bとが構成する門型フレーム40を示す前面図である。門型フレーム40は、図1、図2に示すように、門型をなし、建物12の外壁14から間隔を空けて配置される。詳しくは、門型フレーム40は、布基礎18のフーチング部18aより前側に位置するように、建物12の外壁14から間隔を空けて配置される。補助柱フレーム34−Bの下端部は、地盤16中に構築された基礎42内に埋設されることで基礎42に固定される。前柱フレーム34−Aの下端部も同様に、地盤16中に構築された基礎42内に埋設されることで基礎42に固定される(図1参照)。 FIG. 2 is a front view showing a gate-shaped frame 40 composed of the left and right auxiliary pillar frames 34-B and the auxiliary girder frame 38-B. As shown in FIGS. 1 and 2, the gate-shaped frame 40 has a gate shape and is arranged at a distance from the outer wall 14 of the building 12. Specifically, the gate-shaped frame 40 is arranged at a distance from the outer wall 14 of the building 12 so as to be located in front of the footing portion 18a of the cloth foundation 18. The lower end of the auxiliary column frame 34-B is fixed to the foundation 42 by being embedded in the foundation 42 constructed in the ground 16. Similarly, the lower end of the front column frame 34-A is also fixed to the foundation 42 by being embedded in the foundation 42 constructed in the ground 16 (see FIG. 1).

屋根体28には、図1に示すように、前側に配置される前屋根体28−Aと、後側に配置される後屋根体28−Bとが含まれる。前屋根体28−Aは、前桁フレーム38−Aと門型フレーム40との間に架け渡される。後屋根体28−Bは後述する。 As shown in FIG. 1, the roof body 28 includes a front roof body 28-A arranged on the front side and a rear roof body 28-B arranged on the rear side. The front roof body 28-A is bridged between the front girder frame 38-A and the gantry frame 40. The rear roof body 28-B will be described later.

屋外構造物22の側壁部32には、補助柱フレーム34−Bより前側に配置される前側壁部32−Aと、補助柱フレーム34−Bより後側に配置される後側壁部32−Bとが含まれる。本実施形態の前壁部30と前側壁部32−Aは、透光性のあるガラスパネルを含む開閉可能な障子(折戸)である。後側壁部32は、後屋根体28−Bの下方に配置され、その後屋根体28−Bを支持する。後側壁部32は後述する。 The side wall portion 32 of the outdoor structure 22 has a front side wall portion 32-A arranged on the front side of the auxiliary pillar frame 34-B and a rear side wall portion 32-B arranged on the rear side of the auxiliary pillar frame 34-B. And are included. The front wall portion 30 and the front side wall portion 32-A of the present embodiment are openable and closable shoji (folding doors) including a translucent glass panel. The rear side wall portion 32 is arranged below the rear roof body 28-B and then supports the roof body 28-B. The rear side wall portion 32 will be described later.

屋外構造物22の後屋根体28−Bや後側壁部32−Bは、ビスを用いて外壁14に接続されていない。このように、屋外構造物22は、ビスを用いて外壁14に接続されておらず、建物12の強度等の諸性能に関して所期の品質を確保し易くなっている。 The rear roof body 28-B and the rear side wall portion 32-B of the outdoor structure 22 are not connected to the outer wall 14 by using screws. As described above, the outdoor structure 22 is not connected to the outer wall 14 by using screws, and it is easy to secure the desired quality with respect to various performances such as the strength of the building 12.

次に、第1シール構造24−Aに関連する構成を説明する。
図3は、後屋根体28−Bを示す側面断面図である。図4は、図3のA−A線断面の一部を示す図である。後屋根体28−Bは、図3、図4に示すように、補助桁フレーム38−B上に配置され、門型フレーム40から建物12の外壁14側に向かって延びるように設けられる。後屋根体28−Bは、複数の垂木44と、複数の屋根パネル46と、複数の垂木カバー48と、パネル受け材50と、屋根枠材52と、を備える。
Next, the configuration related to the first seal structure 24-A will be described.
FIG. 3 is a side sectional view showing the rear roof body 28-B. FIG. 4 is a diagram showing a part of the cross section taken along the line AA of FIG. As shown in FIGS. 3 and 4, the rear roof body 28-B is arranged on the auxiliary girder frame 38-B and is provided so as to extend from the gate-shaped frame 40 toward the outer wall 14 side of the building 12. The rear roof body 28-B includes a plurality of rafters 44, a plurality of roof panels 46, a plurality of rafter covers 48, a panel receiving member 50, and a roof frame member 52.

複数の垂木44は、前後に延びる長尺体であり、左右に間隔を空けて配置される。複数の垂木44は、その前端部が補助桁フレーム38−Bにビス、金具等を用いて接続され、その接続部分から建物12の外壁14側に向かって延びるように設けられる。垂木44は、建物12の外壁14から離間するにつれて中心軸線が下り勾配となるように傾斜して配置される。 The plurality of rafters 44 are long bodies extending in the front-rear direction, and are arranged at intervals on the left and right sides. The front ends of the plurality of rafters 44 are connected to the auxiliary girder frame 38-B by using screws, metal fittings, or the like, and are provided so as to extend from the connecting portion toward the outer wall 14 side of the building 12. The rafters 44 are arranged so as to be inclined so that the central axis becomes a downward slope as the distance from the outer wall 14 of the building 12 increases.

図4に示すように、屋根パネル46は、左右に隣り合う別々の垂木44間を上方から覆うように、その別々の垂木44上に配置される。垂木カバー48は、前後に延びる長尺体である。垂木カバー48は、屋根パネル46の側辺部を挟んで垂木44とは反対側に配置され、ビス54を用いて垂木44に接続される。屋根パネル46は、垂木44と垂木カバー48との間にビートを介して挟み込まれることにより、垂木44に固定される。 As shown in FIG. 4, the roof panel 46 is arranged on the separate rafters 44 so as to cover between the separate rafters 44 adjacent to the left and right from above. The rafter cover 48 is a long body extending back and forth. The rafter cover 48 is arranged on the side opposite to the rafter 44 with the side side portion of the roof panel 46 interposed therebetween, and is connected to the rafter 44 by using screws 54. The roof panel 46 is fixed to the rafters 44 by being sandwiched between the rafters 44 and the rafter covers 48 via beats.

図3に示すように、パネル受け材50は、補助桁フレーム38−Bの上面部にビスを用いて接続される。パネル受け材50は、屋根パネル46の下側に配置される支持部50aと、屋根パネル46の前側に配置される受け部50bとを有する。支持部50aは、屋根パネル46をビートを介して支持する野縁としての機能をもつ。受け部50bは、屋根パネル46を前側から受けることで、垂木44に対する屋根パネル46の前後方向Xでの相対変位を規制する。 As shown in FIG. 3, the panel receiving material 50 is connected to the upper surface portion of the auxiliary girder frame 38-B by using screws. The panel receiving member 50 has a supporting portion 50a arranged on the lower side of the roof panel 46 and a receiving portion 50b arranged on the front side of the roof panel 46. The support portion 50a has a function as a field edge that supports the roof panel 46 via a beat. By receiving the roof panel 46 from the front side, the receiving portion 50b regulates the relative displacement of the roof panel 46 with respect to the rafters 44 in the front-rear direction X.

図5は、後屋根体28−Bの一部を拡大して示す側面断面図である。屋根枠材52は、左右に延びる長尺体である。屋根枠材52は、建物12の外壁14に突き合わせられる外周壁部52aと、外周壁部52aの上端部から前側に突き出る上壁部52bと、外周壁部52aの下端部から前側に突き出る下壁部52cと、複数の垂木44の端面が突き当てられる内周壁部52dとを有する。 FIG. 5 is an enlarged side sectional view showing a part of the rear roof body 28-B. The roof frame material 52 is a long body extending to the left and right. The roof frame material 52 includes an outer peripheral wall portion 52a that is abutted against the outer wall 14 of the building 12, an upper wall portion 52b that protrudes forward from the upper end portion of the outer peripheral wall portion 52a, and a lower wall that protrudes forward from the lower end portion of the outer peripheral wall portion 52a. It has a portion 52c and an inner peripheral wall portion 52d to which the end faces of the plurality of rafters 44 are abutted.

屋根枠材52の外周壁部52aは、屋外構造物22の後屋根体28−Bの外壁14に対する突き合わせ箇所に設けられる第1突き合わせ部56を構成する。第1突き合わせ部56は、左右方向Yに延びる範囲で外壁14に対して突き合わせられる。 The outer peripheral wall portion 52a of the roof frame member 52 constitutes a first butt portion 56 provided at a butt portion with respect to the outer wall 14 of the rear roof body 28-B of the outdoor structure 22. The first abutting portion 56 is abutted against the outer wall 14 within a range extending in the left-right direction Y.

屋根枠材52の上壁部52bと下壁部52cとは、屋根枠材52の内周壁部52dより前側に突出しており、それらの突出箇所の間に垂木44及び垂木カバー48が配置される。屋根枠材52の内周壁部52dは、屋根枠材52の外周壁部52aから間隔を空けて配置され、外周壁部52aと内周壁部52dとは中空部を形成する壁部の一部となる。屋根枠材52の内周壁部52dは、複数の垂木44それぞれの端部に、ビス、金具等を用いて接続される。 The upper wall portion 52b and the lower wall portion 52c of the roof frame member 52 project forward from the inner peripheral wall portion 52d of the roof frame member 52, and the rafters 44 and the rafter covers 48 are arranged between the projecting points. .. The inner peripheral wall portion 52d of the roof frame member 52 is arranged at a distance from the outer peripheral wall portion 52a of the roof frame member 52, and the outer peripheral wall portion 52a and the inner peripheral wall portion 52d are part of the wall portion forming a hollow portion. Become. The inner peripheral wall portion 52d of the roof frame member 52 is connected to each end of the plurality of rafters 44 by using screws, metal fittings, or the like.

屋根枠材52の内周壁部52dには屋根パネル46の後辺部が収められるパネル収容溝52eが形成される。屋根パネル46は、パネル収容溝52eの上下の壁部の間にビートを介して挟み込まれる。 A panel accommodating groove 52e in which the rear side portion of the roof panel 46 is housed is formed in the inner peripheral wall portion 52d of the roof frame member 52. The roof panel 46 is sandwiched between the upper and lower wall portions of the panel accommodating groove 52e via a beat.

第1シール構造24−Aは、第1構造物側対向部58と、第1建物側対向部60と、可動部材62と、ガイド部材64と、第1シール体66とを有する。 The first seal structure 24-A includes a first structure-side facing portion 58, a first building-side facing portion 60, a movable member 62, a guide member 64, and a first seal body 66.

第1構造物側対向部58は、屋外構造物22の一部に設けられ、その屋外構造物22の一部と一体に変位可能である。本実施形態の第1構造物側対向部58は、屋外構造物22の後屋根体28−Bの上面部において、前述の第1突き合わせ部56寄りの箇所に設けられ、その後屋根体28−Bと一体に移動可能である。より詳しくは、第1構造物側対向部58は、前述の第1突き合わせ部56寄りの箇所にある屋根枠材52の上面部により構成される。 The first structure side facing portion 58 is provided in a part of the outdoor structure 22, and can be displaced integrally with the part of the outdoor structure 22. The first structure side facing portion 58 of the present embodiment is provided on the upper surface portion of the rear roof body 28-B of the outdoor structure 22 at a position near the first abutting portion 56, and then the roof body 28-B. It can be moved together with. More specifically, the first structure-side facing portion 58 is composed of the upper surface portion of the roof frame member 52 located near the first butt portion 56 described above.

第1建物側対向部60は、建物12の一部に設けられるとともに第1構造物側対向部58と上下方向(鉛直方向)に対向する。本実施形態の第1建物側対向部60は、後述する可動部材62の突出壁部62aに設けられる。 The first building-side facing portion 60 is provided in a part of the building 12 and faces the first structure-side facing portion 58 in the vertical direction (vertical direction). The first building-side facing portion 60 of the present embodiment is provided on the protruding wall portion 62a of the movable member 62 described later.

可動部材62は、左右に延びる長尺体であり、建物12の一部として設けられる。可動部材62は、外壁14から突き出るように設けられる突出壁部62aと、突出壁部62aの外壁14側の端部から上向きに延びる上壁部62bと、突出壁部62aの外壁14側の端部から下向きに延びる下壁部62cとを有する。 The movable member 62 is a long body extending to the left and right, and is provided as a part of the building 12. The movable member 62 includes a protruding wall portion 62a provided so as to protrude from the outer wall 14, an upper wall portion 62b extending upward from the end of the protruding wall portion 62a on the outer wall 14 side, and an end of the protruding wall portion 62a on the outer wall 14 side. It has a lower wall portion 62c extending downward from the portion.

可動部材62の突出壁部62aの上面部は、外壁14から離間するにつれて下り勾配となるように傾斜している。突出壁部62aの先端部には前述の第1建物側対向部60が設けられる。第1建物側対向部60には後屋根体28−Bに臨む箇所に第1シール体66が取り付けられる。 The upper surface of the protruding wall portion 62a of the movable member 62 is inclined so as to have a downward slope as the distance from the outer wall 14 increases. The above-mentioned first building-side facing portion 60 is provided at the tip of the protruding wall portion 62a. A first seal body 66 is attached to a portion facing the first building side facing portion 60 so as to face the rear roof body 28-B.

可動部材62の下壁部62cは、屋外構造物22の第1突き合わせ部56と外壁14との間に配置される。下壁部62cには、屋外構造物22の第1突き合わせ部56に臨む箇所に第1弾性材68が取り付けられる。第1弾性材68は、たとえば、エラストマー等を用いて構成される。第1弾性材68は、左右方向Yに延びる長尺体である。 The lower wall portion 62c of the movable member 62 is arranged between the first abutting portion 56 of the outdoor structure 22 and the outer wall 14. A first elastic material 68 is attached to the lower wall portion 62c at a position facing the first abutting portion 56 of the outdoor structure 22. The first elastic material 68 is constructed by using, for example, an elastomer or the like. The first elastic material 68 is a long body extending in the left-right direction Y.

ガイド部材64は、左右に延びる長尺体であり、その横断面は上下に延びる板状をなす。ガイド部材64は、建物12の一部として設けられる。ガイド部材64は、外壁14にビス70を用いて固定される。ガイド部材64は、上端部に設けられる受け部64aと、下部に設けられるガイド部64bとを有する。 The guide member 64 is a long body extending to the left and right, and its cross section has a plate shape extending vertically. The guide member 64 is provided as a part of the building 12. The guide member 64 is fixed to the outer wall 14 using screws 70. The guide member 64 has a receiving portion 64a provided at the upper end portion and a guide portion 64b provided at the lower end portion.

ガイド部材64の受け部64aは、外壁14との間に空間を形成しており、その空間に充填されるシール材72を受けている。受け部64aと外壁14との間はシール材72によりシールされる。シール材72の上面部は、下方に向かうにつれて、外壁14から離間する方向に傾斜している。これにより、外壁14を流下する水を外壁14から離間する方向に誘導できる。このように、受け部64aとシール材72とは、外壁14を流下する水を外壁14から離れる方向に誘導するための水切り部64cとして機能する。 The receiving portion 64a of the guide member 64 forms a space with the outer wall 14, and receives the sealing material 72 filled in the space. The space between the receiving portion 64a and the outer wall 14 is sealed by the sealing material 72. The upper surface portion of the sealing material 72 is inclined in a direction away from the outer wall 14 as it goes downward. As a result, the water flowing down the outer wall 14 can be guided in a direction away from the outer wall 14. In this way, the receiving portion 64a and the sealing material 72 function as a draining portion 64c for guiding the water flowing down the outer wall 14 in the direction away from the outer wall 14.

ガイド部材64のガイド部64bは、可動部材62の上壁部62bを挟んで外壁14とは反対側に配置される。ガイド部64bには、外壁14に臨む箇所にシール材74が取り付けられる。ガイド部64bと可動部材62の上壁部62bとの間は、これらの間に挟み込まれるシール材74によりシールされる。 The guide portion 64b of the guide member 64 is arranged on the side opposite to the outer wall 14 with the upper wall portion 62b of the movable member 62 interposed therebetween. A sealing material 74 is attached to the guide portion 64b at a position facing the outer wall 14. The guide portion 64b and the upper wall portion 62b of the movable member 62 are sealed by a sealing material 74 sandwiched between them.

第1シール体66は、第1建物側対向部60と第1構造物側対向部58との間をシールする。第1シール体66は、左右に延びる長尺体であり、たとえば、エラストマー等の弾性体を用いて構成される。第1シール体66は、第1建物側対向部60に取り付けられる基部66aと、基部66aから延び出るとともに後屋根体28−Bに接触する複数のシール部66b、66cとを有する。 The first seal body 66 seals between the first building-side facing portion 60 and the first structure-side facing portion 58. The first seal body 66 is a long body extending to the left and right, and is configured by using an elastic body such as an elastomer, for example. The first seal body 66 has a base portion 66a attached to the first building side facing portion 60, and a plurality of seal portions 66b and 66c extending from the base portion 66a and in contact with the rear roof body 28-B.

複数のシール部66b、66cには、後側に配置される後側シール部66b(第1シール部)と、前側に配置される前側シール部66c(第2シール部)とが含まれる。後側シール部66bは、基部66aから後側かつ下方に向けて延びるヒレ状をなし、前側シール部66cは、前側かつ下方に向けて延びるヒレ状をなす。複数のシール部66b、66cのそれぞれは、基部66a側が固定端部となり、基部66aとは反対側が自由端部となり、その全体が基部66aに対して弾性的に撓み変形可能である。 The plurality of seal portions 66b and 66c include a rear seal portion 66b (first seal portion) arranged on the rear side and a front seal portion 66c (second seal portion) arranged on the front side. The rear seal portion 66b has a fin shape extending rearwardly and downward from the base 66a, and the front seal portion 66c has a fin shape extending forward and downward. Each of the plurality of seal portions 66b and 66c has a fixed end portion on the base portion 66a side and a free end portion on the side opposite to the base portion 66a, and the entire seal portion 66a can be elastically flexed and deformed with respect to the base portion 66a.

前側シール部66cの基部66aからの長さは後側シール部66bの基部66aからの長さより長くなるように設定される。前側シール部66cは、弾性的に撓み変形した状態で設けられ、第1構造物側対向部58の周辺部となる後屋根体28−Bの垂木カバー48に自由端部66caが接触する。この第1構造物側対向部58の周辺部は、第1構造物側対向部58に対して前側にある部位である。前側シール部66cは、固定端部66cbに対して自由端部66caが前側にあるように弾性的に撓み変形した状態で設けられている。前側シール部66cは、自らの弾性変形に起因する弾性反発力によって、第1構造物側対向部58に上下に近づく方向(本例では下向き)に付勢されている。 The length of the front seal portion 66c from the base portion 66a is set to be longer than the length of the rear seal portion 66b from the base portion 66a. The front seal portion 66c is provided in a state of being elastically bent and deformed, and the free end portion 66ca comes into contact with the rafter cover 48 of the rear roof body 28-B which is a peripheral portion of the first structure side facing portion 58. The peripheral portion of the first structure side facing portion 58 is a portion on the front side with respect to the first structure side facing portion 58. The front seal portion 66c is provided in a state of being elastically flexed and deformed so that the free end portion 66ca is on the front side with respect to the fixed end portion 66cc. The front seal portion 66c is urged in a direction (downward in this example) approaching the first structure side facing portion 58 by an elastic repulsive force caused by its own elastic deformation.

可動部材62は、外壁14や屋根体28にビス等を用いて固定されておらず、これらに対して移動可能に設けられる。ガイド部材64のガイド部64bは、可動部材62の上壁部62bを挟んで外壁14とは反対側に配置され、外壁14から離間する方向(図中の左向き)での可動部材62の動きを拘束している。別の観点からみると、第1シール構造24−Aは、外壁14に対する前後方向Xでの第1建物側対向部60の位置が保持されるように構成される。 The movable member 62 is not fixed to the outer wall 14 or the roof body 28 by using screws or the like, and is provided so as to be movable with respect to these. The guide portion 64b of the guide member 64 is arranged on the side opposite to the outer wall 14 with the upper wall portion 62b of the movable member 62 interposed therebetween, and moves the movable member 62 in a direction away from the outer wall 14 (toward the left in the drawing). I'm restrained. From another point of view, the first seal structure 24-A is configured to hold the position of the first building-side facing portion 60 in the front-rear direction X with respect to the outer wall 14.

可動部材62は、第1構造物側対向部58に第1シール体66を介して支持された状態にある。よって、第1構造物側対向部58が下方に変位したとき、可動部材62の自重や、可動部材62に積雪等に伴い付与される下向きの静荷重によって、第1構造物側対向部58の変位に追従して可動部材62も下方に向けて変位しようとする。このとき、ガイド部材64のガイド部64bは、外壁14と協働して、可動部材62の上下方向での動きをガイド可能である。可動部材62は、ガイド部材64のガイド部64bと外壁14とによって、外壁14に沿って下方に向けて変位するようにガイドされる。別の観点からみると、第1シール構造24−Aは、第1構造物側対向部58が下方に変位したとき、第1建物側対向部60が下方に変位可能に構成される。 The movable member 62 is in a state of being supported by the first structure-side facing portion 58 via the first seal body 66. Therefore, when the first structure side facing portion 58 is displaced downward, the weight of the movable member 62 and the downward static load applied to the movable member 62 due to snow cover or the like cause the first structure side facing portion 58 to face each other. Following the displacement, the movable member 62 also tries to be displaced downward. At this time, the guide portion 64b of the guide member 64 can guide the movement of the movable member 62 in the vertical direction in cooperation with the outer wall 14. The movable member 62 is guided by the guide portion 64b of the guide member 64 and the outer wall 14 so as to be displaced downward along the outer wall 14. From another point of view, the first seal structure 24-A is configured such that when the first structure side facing portion 58 is displaced downward, the first building side facing portion 60 can be displaced downward.

以上の第1シール構造24−Aの動作を説明する。
図5に示すように、屋外構造物22の第1構造物側対向部58が初期位置にあるとき、第1シール体66の後側シール部66bは、第1構造物側対向部58となる屋根枠材52の上面部に接触する。ここでの「初期位置」とは、構築済みの屋外構造ユニット10において、対象となる部材を配置すべき位置として予め定めたものをいう。このとき、第1シール体66は、第1構造物側対向部58と第1建物側対向部60との間を基部66aと後側シール部66bとにより塞ぐことによって、これらの間をシールしている。
The operation of the first seal structure 24-A described above will be described.
As shown in FIG. 5, when the first structure side facing portion 58 of the outdoor structure 22 is in the initial position, the rear sealing portion 66b of the first seal body 66 becomes the first structure side facing portion 58. It contacts the upper surface of the roof frame member 52. The "initial position" here means a position predetermined as a position in which the target member should be arranged in the already constructed outdoor structure unit 10. At this time, the first seal body 66 seals between the first structure-side facing portion 58 and the first building-side facing portion 60 by closing the space between the base portion 66a and the rear-side sealing portion 66b. ing.

図6は、屋外構造物22の第1構造物側対向部58が建物12の外壁14から離間する方向Paに初期位置から変位した状態を示す図である。これは、たとえば、積雪等に伴い屋根体28に下向きの静荷重が付与されることにより、前柱フレーム34−A等の柱フレーム34が前側に向けて倒れるように弾性域で変形した場合に生じ得る。この傾向は、屋外構造物22を外壁14に接続しない場合に現われ易い。この知見は本発明者が実験的に検討することにより得たものである。この第1構造物側対向部58の変位量は、たとえば、数mm程度の大きさである。 FIG. 6 is a diagram showing a state in which the first structure-side facing portion 58 of the outdoor structure 22 is displaced from the initial position in the direction Pa away from the outer wall 14 of the building 12. This is because, for example, when a downward static load is applied to the roof body 28 due to snowfall or the like, the column frame 34 such as the front column frame 34-A is deformed in the elastic region so as to fall toward the front side. Can occur. This tendency is likely to appear when the outdoor structure 22 is not connected to the outer wall 14. This finding was obtained by the present inventor's experimental study. The amount of displacement of the first structure side facing portion 58 is, for example, about several mm.

このように第1構造物側対向部58が変位するとき、第1構造物側対向部58は、第1建物側対向部60に対して前側に変位する。このとき、第1シール体66の後側シール部66bは、第1構造物側対向部58上を摺動する。この変位量が大きくなると、第1シール体66の前側シール部66cも、第1構造物側対向部58上を摺動する。 When the first structure side facing portion 58 is displaced in this way, the first structure side facing portion 58 is displaced forward with respect to the first building side facing portion 60. At this time, the rear seal portion 66b of the first seal body 66 slides on the first structure side facing portion 58. When this displacement amount becomes large, the front seal portion 66c of the first seal body 66 also slides on the first structure side facing portion 58.

このように、第1シール体66は、第1構造物側対向部58の変位の前後で、第1構造物側対向部58に接触した状態が保持される。これは、第1構造物側対向部58と第1建物側対向部60との間が第1シール体66により塞がれた状態が保持され、これらの間の第1シール体66によるシール状態が保持されることを意味する。このように、第1シール構造24−Aは、第1構造物側対向部58が外壁14から離間する方向に変位したとき、第1シール体66によるシール状態を保持可能に構成されている。 In this way, the first seal body 66 is maintained in contact with the first structure side facing portion 58 before and after the displacement of the first structure side facing portion 58. This is a state in which the space between the first structure-side facing portion 58 and the first building-side facing portion 60 is closed by the first seal body 66, and the state of being sealed by the first seal body 66 between them is maintained. Means that is retained. As described above, the first seal structure 24-A is configured to be able to maintain the sealed state by the first seal body 66 when the first structure side facing portion 58 is displaced in the direction away from the outer wall 14.

図7は、屋外構造物22の第1構造物側対向部58が初期位置から下方に変位した状態を示す図である。これは、たとえば、積雪等に伴い屋根体28に下向きの静荷重が付与されることにより、複数の垂木44や補助桁フレーム38−Bが弾性域で下向きに撓み変形した場合に生じ得る。この場合、前述の通り、可動部材62の自重や、可動部材62に積雪等に伴い付与される下向きの静荷重によって、第1構造物側対向部58の変位に追従して可動部材62も下方に向けて変位する。このとき、第1シール体66の後側シール部66bは、第1構造物側対向部58に接触したままとなる。よって、第1構造物側対向部58と第1建物側対向部60との間が第1シール体66により塞がれた状態が保持され、これらの間の第1シール体66によるシール状態が保持される。このように、第1シール構造24−Aは、屋外構造物22の第1構造物側対向部58が下方に変位したとき、第1建物側対向部60が下方に変位可能に構成されている。 FIG. 7 is a diagram showing a state in which the first structure-side facing portion 58 of the outdoor structure 22 is displaced downward from the initial position. This may occur, for example, when a plurality of rafters 44 and auxiliary girder frames 38-B are flexed and deformed downward in the elastic region due to a downward static load being applied to the roof body 28 due to snow cover or the like. In this case, as described above, the movable member 62 also moves downward following the displacement of the first structure side facing portion 58 due to the own weight of the movable member 62 and the downward static load applied to the movable member 62 due to snow cover or the like. Displace towards. At this time, the rear seal portion 66b of the first seal body 66 remains in contact with the first structure side facing portion 58. Therefore, the state in which the space between the first structure-side facing portion 58 and the first building-side facing portion 60 is closed by the first seal body 66 is maintained, and the state of sealing by the first seal body 66 between them is maintained. Be retained. As described above, the first seal structure 24-A is configured so that when the first structure side facing portion 58 of the outdoor structure 22 is displaced downward, the first building side facing portion 60 can be displaced downward. ..

図8は、第1建物側対向部60に対して第1構造物側対向部58が初期位置から下方に相対変位した状態を示す図である。本図では、第1構造物側対向部58の変位に追従して可動部材62が下方に向けて変位しない状態を示す。これは、たとえば、可動部材62に対する積雪量が少なく、可動部材62に付与される下向きの静荷重が過度に小さい場合に生じ得る。なお、本図では、第1構造物側対向部58が初期位置から前側Paにも変位した状態を示す。 FIG. 8 is a diagram showing a state in which the first structure-side facing portion 58 is displaced downward from the initial position with respect to the first building-side facing portion 60. In this figure, the movable member 62 does not displace downward following the displacement of the first structure side facing portion 58. This can occur, for example, when the amount of snow on the movable member 62 is small and the downward static load applied to the movable member 62 is excessively small. In this figure, the first structure side facing portion 58 is displaced from the initial position to the front side Pa.

この場合、第1シール体66の前側シール部66cは、第1構造物側対向部58の変位に追従して復元することで第1構造物側対向部58に接触する。このとき、第1構造物側対向部58と第1建物側対向部60との間を第1シール体66により塞いだ状態が保持される。このように、第1シール体66の前側シール部66cは、第1建物側対向部60に対して第1構造物側対向部58が上下方向に相対変位したとき、その変位に追従して復元することで、第1構造物側対向部58に接触可能に構成される。 In this case, the front seal portion 66c of the first seal body 66 comes into contact with the first structure side facing portion 58 by following the displacement of the first structure side facing portion 58 and restoring. At this time, the state in which the space between the first structure-side facing portion 58 and the first building-side facing portion 60 is closed by the first seal body 66 is maintained. In this way, the front seal portion 66c of the first seal body 66 is restored following the displacement when the first structure side facing portion 58 is displaced relative to the first building side facing portion 60 in the vertical direction. By doing so, the first structure side facing portion 58 can be contacted.

以上の第1シール体66は、第1構造物側対向部58の初期位置からの方向Pa及び下方への変位量が予め定められた最大変位量になるまでの間、前側シール部66c及び後側シール部66bの何れかが第1構造物側対向部58に接触するように、その大きさが設定されている。別の観点からみると、第1シール構造24−Aは、第1構造物側対向部58の初期位置からの方向Pa及び下方への変位量が予め定められた最大変位量になるまでの間、第1シール体66によるシール状態が保持されるように構成されるといえる。 In the above first seal body 66, the front side seal portion 66c and the rear side seal portion 66c and the rear side seal portion 66 until the direction Pa from the initial position and the downward displacement amount of the first structure side facing portion 58 reach a predetermined maximum displacement amount. The size of the side seal portion 66b is set so that any of the side seal portions 66b comes into contact with the first structure side facing portion 58. From another point of view, in the first seal structure 24-A, the direction Pa from the initial position of the first structure side facing portion 58 and the amount of downward displacement are until the predetermined maximum displacement amount is reached. , It can be said that the seal state of the first seal body 66 is maintained.

なお、前述の静荷重が除荷されると、複数の垂木44等が初期位置に復元しようとする。図6の状態から初期位置に復元するとき、第1シール体66の各シール部66b、66cの第1構造物側対向部58上の摺動を伴い、第1シール体66によるシール状態が保持される。図7の状態から初期位置に復元するとき、可動部材62の上方に向かう変位を伴い、第1シール体66によるシール状態が保持される。図8の状態から初期位置に復元するとき、第1シール体66の各シール部66b、66cの第1構造物側対向部58上の摺動や、第1シール体66の前側シール部66cの弾性的な撓み変形を伴い、第1シール体66によるシール状態が保持される。 When the above-mentioned static load is unloaded, the plurality of rafters 44 and the like try to be restored to their initial positions. When the state of FIG. 6 is restored to the initial position, the seal state of the first seal body 66 is maintained by sliding on the first structure side facing portion 58 of the seal portions 66b and 66c of the first seal body 66. Will be done. When the movable member 62 is restored to the initial position from the state shown in FIG. 7, the sealed state by the first sealing body 66 is maintained with an upward displacement of the movable member 62. When the state of FIG. 8 is restored to the initial position, the sliding of the seal portions 66b and 66c of the first seal body 66 on the first structure side facing portion 58 and the front seal portion 66c of the first seal body 66 The sealed state by the first sealing body 66 is maintained with elastic bending deformation.

以上の第1シール構造24−Aによれば、第1構造物側対向部58と第1建物側対向部60が上下に対向しており、第1建物側対向部60に取り付けられる第1シール体66が第1構造物側対向部58に接触している。よって、第1建物側対向部60に対して第1構造物側対向部58が建物12の外壁14から離間する方向に変位したとき、第1シール体66が第1構造物側対向部58を摺動でき、第1構造物側対向部58に第1シール体66を接触させた状態を維持できる。この結果、第1建物側対向部60に対する第1構造物側対向部58の変位の前後で、第1構造物側対向部58と第1建物側対向部60との間の第1シール体66によるシール状態を保持可能になる。 According to the above first seal structure 24-A, the first structure side facing portion 58 and the first building side facing portion 60 face each other vertically, and the first seal attached to the first building side facing portion 60. The body 66 is in contact with the first structure side facing portion 58. Therefore, when the first structure side facing portion 58 is displaced from the outer wall 14 of the building 12 with respect to the first building side facing portion 60, the first seal body 66 moves the first structure side facing portion 58. It can slide and can maintain a state in which the first seal body 66 is in contact with the first structure side facing portion 58. As a result, before and after the displacement of the first structure side facing portion 58 with respect to the first building side facing portion 60, the first seal body 66 between the first structure side facing portion 58 and the first building side facing portion 60 It becomes possible to maintain the sealed state by.

また、第1シール構造24−Aは、第1構造物側対向部58が下方に変位したとき、第1建物側対向部60が下方に変位可能に構成されている。よって、第1構造物側対向部58の下方への変位の前後で、第1構造物側対向部58と第1建物側対向部60との間の第1シール体66によるシール状態を保持可能になる。 Further, the first seal structure 24-A is configured so that when the first structure side facing portion 58 is displaced downward, the first building side facing portion 60 can be displaced downward. Therefore, before and after the downward displacement of the first structure side facing portion 58, the sealed state by the first sealing body 66 between the first structure side facing portion 58 and the first building side facing portion 60 can be maintained. become.

(A)また、第1シール体66の前側シール部66cは、第1建物側対向部60に対して第1構造物側対向部58が上下方向に相対変位したとき、その変位に追従して復元することで、第1構造物側対向部58に接触可能に構成されている。よって、第1建物側対向部60に対する第1構造物側対向部58の相対変位の前後で、第1構造物側対向部58と第1建物側対向部60との間の第1シール体66によるシール状態を保持し易くなる。特に、第1構造物側対向部58の変位に追従して可動部材62が下方に変位しない場合でも、第1構造物側対向部58と第1建物側対向部60との間の第1シール体66によるシール状態を保持し易い点で利点がある。 (A) Further, when the first structure-side facing portion 58 is displaced relative to the first building-side facing portion 60 in the vertical direction, the front-side sealing portion 66c of the first seal body 66 follows the displacement. By restoring it, it is configured so that it can come into contact with the facing portion 58 on the first structure side. Therefore, before and after the relative displacement of the first structure side facing portion 58 with respect to the first building side facing portion 60, the first seal body 66 between the first structure side facing portion 58 and the first building side facing portion 60 It becomes easier to maintain the sealed state. In particular, even when the movable member 62 does not displace downward following the displacement of the first structure-side facing portion 58, the first seal between the first structure-side facing portion 58 and the first building-side facing portion 60 There is an advantage in that it is easy to maintain the sealed state by the body 66.

また、第1シール体66の前側シール部66cは、弾性的に撓み変形した状態で設けられている。この利点を説明する。第1建物側対向部60に対する第1構造物側対向部58の相対変位の前後で、第1構造物側対向部58と第1建物側対向部60との間を第1シール体66によるシール状態を保持し易くするうえでは、前側シール部66cの固定端から自由端までの寸法を長くできるとよい。ここで、本実施形態によれば、このように寸法を長くしたとしても、前側シール部66cが撓み変形しているため、第1構造物側対向部58と第1建物側対向部60との間で前側シール部66cが占める上下方向でのスペースを小さくできる。 Further, the front seal portion 66c of the first seal body 66 is provided in a state of being elastically flexed and deformed. This advantage will be explained. Before and after the relative displacement of the first structure-side facing portion 58 with respect to the first building-side facing portion 60, the seal between the first structure-side facing portion 58 and the first building-side facing portion 60 is performed by the first seal body 66. In order to make it easier to maintain the state, it is preferable that the dimension from the fixed end to the free end of the front seal portion 66c can be lengthened. Here, according to the present embodiment, even if the dimensions are lengthened in this way, since the front seal portion 66c is bent and deformed, the first structure side facing portion 58 and the first building side facing portion 60 The space occupied by the front seal portion 66c in the vertical direction can be reduced.

また、ガイド部材64は建物12の外壁14を流下する水を誘導するための水切り部64cを有している。よって、ガイド部材64によって、建物12の外壁14から離間する方向での可動部材62の動きを拘束しつつ、可動部材62の上下方向での動きをガイドできる。また、このような機能を発揮しつつ、建物12の外壁14とガイド部材64との間への水の入り込みを水切り部64cにより防止し、これらの間から建物12の外壁14と屋外構造物22との間への水の入り込みを防止できる。なお、ガイド部材64の水切り部64cによって建物12の外壁14から離れる方向に誘導される水は、ガイド部材64の外面を伝った後に可動部材62の突出壁部62a上に伝わる。この後、可動部材62の突出壁部62aの下り勾配に沿って下方に流下した後に屋根体28上に伝わり、その屋根体28の下り勾配に沿って下方に流下する。 Further, the guide member 64 has a draining portion 64c for guiding the water flowing down the outer wall 14 of the building 12. Therefore, the guide member 64 can guide the movement of the movable member 62 in the vertical direction while restraining the movement of the movable member 62 in the direction away from the outer wall 14 of the building 12. Further, while demonstrating such a function, the draining portion 64c prevents water from entering between the outer wall 14 of the building 12 and the guide member 64, and the outer wall 14 of the building 12 and the outdoor structure 22 are prevented from entering between them. It is possible to prevent water from entering between. The water guided by the draining portion 64c of the guide member 64 in the direction away from the outer wall 14 of the building 12 is transmitted on the protruding wall portion 62a of the movable member 62 after being transmitted on the outer surface of the guide member 64. After that, after flowing down along the downward slope of the protruding wall portion 62a of the movable member 62, the moving member 62 is transmitted onto the roof body 28 and flows down along the downward slope of the roof body 28.

次に、第2シール構造24−Bに関連する構成を説明する。
図9は、図1のB−B線断面の一部を示す図である。図1、図9に示すように、屋外構造物22の後側壁部32は、複数の壁パネル76と、複数の壁パネル76が内側に収められる外枠体78とを有する。本実施形態の壁パネル76は、透光性のあるガラスパネルである。外枠体78は、横枠80と縦枠82とにより枠組みされ、壁パネル76は、複数の縦枠82と複数の横枠80とに囲まれた箇所に収められる。
Next, the configuration related to the second seal structure 24-B will be described.
FIG. 9 is a diagram showing a part of the cross section taken along the line BB of FIG. As shown in FIGS. 1 and 9, the rear side wall portion 32 of the outdoor structure 22 has a plurality of wall panels 76 and an outer frame body 78 in which the plurality of wall panels 76 are housed. The wall panel 76 of the present embodiment is a translucent glass panel. The outer frame body 78 is framed by the horizontal frame 80 and the vertical frame 82, and the wall panel 76 is housed in a portion surrounded by the plurality of vertical frames 82 and the plurality of horizontal frames 80.

横枠80及び縦枠82は、壁パネル76の四周の端辺部のそれぞれが収められるパネル収容溝84を有する。壁パネル76は、パネル収容溝84の左右方向Yに対向する壁部の間にビート86を介して挟み込まれる。一対のビート86はゴム等の弾性体を用いて構成される。外枠体78と壁パネル76との間は一対のビート86によりシールされる。 The horizontal frame 80 and the vertical frame 82 have a panel accommodating groove 84 in which each of the four peripheral end edges of the wall panel 76 is accommodated. The wall panel 76 is sandwiched between the wall portions of the panel accommodating groove 84 facing the left-right direction Y via the beat 86. The pair of beats 86 are constructed by using an elastic body such as rubber. The outer frame body 78 and the wall panel 76 are sealed by a pair of beats 86.

縦枠82は、前後方向Xに間隔を空けて配置される後縦枠82−A及び前縦枠82−Bを含む。後縦枠82−Aは、建物12の外壁14との突き合わせ箇所に設けられ、前縦枠82−Bは、建物12の外壁14とは反対側に設けられる。前縦枠82−Bは、不図示のビス、金具等を用いて補助柱フレーム34−Bに接続される。 The vertical frame 82 includes a rear vertical frame 82-A and a front vertical frame 82-B arranged at intervals in the front-rear direction X. The rear vertical frame 82-A is provided at the abutting point with the outer wall 14 of the building 12, and the front vertical frame 82-B is provided on the side opposite to the outer wall 14 of the building 12. The front vertical frame 82-B is connected to the auxiliary column frame 34-B using screws, metal fittings, etc. (not shown).

図10は、図9の後縦枠82−Aの拡大図である。後縦枠82−Aは、建物12の外壁14に対する突き合わせ箇所に設けられる第2突き合わせ部88となる外周壁部112aを有する。第2突き合わせ部88は、上下方向に延びる範囲で建物12の外壁14に対して突き合わせられる。後縦枠82−Aの第2突き合わせ部88には第2シール体を取り付けるための取付溝88aが設けられる。取付溝88aは、入口側より奥側の方が内幅寸法の大きい溝状をなす。後縦枠82−Aは後述する。 FIG. 10 is an enlarged view of the rear vertical frame 82-A of FIG. The rear vertical frame 82-A has an outer peripheral wall portion 112a that serves as a second abutting portion 88 provided at a butt portion with respect to the outer wall 14 of the building 12. The second abutting portion 88 is abutted against the outer wall 14 of the building 12 within a range extending in the vertical direction. The second abutting portion 88 of the rear vertical frame 82-A is provided with a mounting groove 88a for mounting the second seal body. The mounting groove 88a has a groove shape with a larger inner width on the inner side than on the inlet side. The rear vertical frame 82-A will be described later.

(第2シール構造)
第2シール構造24−Bは、第2構造物側対向部90と、第2建物側対向部92と、第2シール体94とを有する。第2構造物側対向部90は、第1構造物側対向部58と同様、屋外構造物22の一部に設けられ、その屋外構造物22の一部と一体に移動可能である。本実施形態の第2構造物側対向部90は、建物12の外壁14と前後方向Xに突き合わせられる後縦枠82−Aの第2突き合わせ部88により構成される。
(2nd seal structure)
The second seal structure 24-B has a second structure-side facing portion 90, a second building-side facing portion 92, and a second seal body 94. Like the first structure-side facing portion 58, the second structure-side facing portion 90 is provided on a part of the outdoor structure 22 and can be moved integrally with the part of the outdoor structure 22. The second structure-side facing portion 90 of the present embodiment is composed of the outer wall 14 of the building 12 and the second abutting portion 88 of the rear vertical frame 82-A abutting in the front-rear direction X.

第2建物側対向部92は、建物12の一部に設けられるとともに第2構造物側対向部90と前後方向Xに対向する。本実施形態の第2建物側対向部92は、建物12の一部となる建物12の外壁14そのものにより構成される。 The second building-side facing portion 92 is provided in a part of the building 12 and faces the second structure-side facing portion 90 in the front-rear direction X. The second building-side facing portion 92 of the present embodiment is composed of the outer wall 14 itself of the building 12 which is a part of the building 12.

第2シール体94は、第2構造物側対向部90と第2建物側対向部92との間に配置される。本実施形態の第2シール体94は左右方向Yに間隔を空けて二つ配置される。第2シール体94は、シール材96と、第2弾性材98と、第1硬質材100と、第2硬質材102とを有する。シール材96は、第2建物側対向部92と接触している。シール材96は、たとえば、シリコン系シーリング材等を用いて構成される。シール材96は、未硬化状態の硬化性シール材を第1硬質材100のシール溝100b(後述する)内に塗布することにより、第1硬質材100に取り付けられる。 The second seal body 94 is arranged between the second structure side facing portion 90 and the second building side facing portion 92. Two second seal bodies 94 of the present embodiment are arranged at intervals in the left-right direction Y. The second sealing body 94 has a sealing material 96, a second elastic material 98, a first hard material 100, and a second hard material 102. The sealing material 96 is in contact with the second building side facing portion 92. The sealing material 96 is constructed by using, for example, a silicon-based sealing material or the like. The seal material 96 is attached to the first hard material 100 by applying an uncured curable seal material into the seal groove 100b (described later) of the first hard material 100.

第2弾性材98は、第2構造物側対向部90と第2建物側対向部92の間、より詳しくは、第2構造物側対向部90とシール材96との間に配置される。第2弾性材98は、たとえば、エチレンプロピレンゴムのような発泡ゴム等の弾性を持つ素材を用いて構成される。第2弾性材98は、上下方向に長い長尺体であり、本実施形態において環状をなす。 The second elastic material 98 is arranged between the second structure side facing portion 90 and the second building side facing portion 92, more specifically, between the second structure side facing portion 90 and the sealing material 96. The second elastic material 98 is constructed by using an elastic material such as foam rubber such as ethylene propylene rubber. The second elastic material 98 is a long body that is long in the vertical direction and forms an annular shape in the present embodiment.

第1硬質材100は、シール材96と第2弾性材98との間に配置される。第1硬質材100は、第2弾性材98より硬質な素材を用いて構成される。第1硬質材100は、たとえば、第2弾性材98より硬質化した発泡ゴム等の樹脂素材を用いて構成される。第1硬質材100は、上下方向に長い長尺体であり、左右方向Yに扁平な板状をなす。第1硬質材100には、第2建物側対向部92に臨む箇所に左右方向Yに間隔を空けて二つの凸部100aが形成される。第1硬質材100には、その二つの凸部100a間にシール材96の一部が収まるシール溝100bが形成される。 The first hard material 100 is arranged between the sealing material 96 and the second elastic material 98. The first hard material 100 is made of a material harder than the second elastic material 98. The first hard material 100 is made of, for example, a resin material such as foam rubber hardened from the second elastic material 98. The first hard material 100 is a long body that is long in the vertical direction and has a flat plate shape in the horizontal direction Y. In the first hard material 100, two convex portions 100a are formed at locations facing the second building-side facing portion 92 at intervals in the left-right direction Y. In the first hard material 100, a seal groove 100b in which a part of the seal material 96 is accommodated is formed between the two convex portions 100a.

第2硬質材102は、第2構造物側対向部90と第2弾性材98との間に配置される。第2硬質材102は、第2弾性材98より硬質な素材を用いて構成される。第2硬質材102は、たとえば、第2弾性材98より硬質化した発泡ゴム等の樹脂素材を用いて構成される。第2硬質材102は、上下方向に長い長尺体である。第2硬質材102は、取付溝88aに嵌め込まれる基部102aと、取付溝88aの外側に配置される板状部102bとを有する。第2硬質材102は、取付溝88a内に基部102aが嵌め込まれることで、第2構造物側対向部90に取り付けられる。つまり、第2硬質材102は、第2構造物側対向部90の一部となる取付溝88aとの嵌め合いにより、第2構造物側対向部90に取り付けられる。第2硬質材102の基部102aは、第2構造物側対向部90の取付溝88aの上下方向の一方側の開口端からスライドさせることで、第2構造物側対向部90の取付溝88aと嵌め合わされる。 The second hard material 102 is arranged between the second structure side facing portion 90 and the second elastic material 98. The second hard material 102 is made of a material harder than the second elastic material 98. The second hard material 102 is constructed by using, for example, a resin material such as foam rubber that is harder than the second elastic material 98. The second hard material 102 is a long body that is long in the vertical direction. The second hard material 102 has a base portion 102a fitted into the mounting groove 88a and a plate-shaped portion 102b arranged outside the mounting groove 88a. The second hard material 102 is attached to the second structure side facing portion 90 by fitting the base portion 102a into the mounting groove 88a. That is, the second hard material 102 is attached to the second structure side facing portion 90 by fitting with the mounting groove 88a which is a part of the second structure side facing portion 90. The base portion 102a of the second hard material 102 is slid from the opening end on one side in the vertical direction of the mounting groove 88a of the second structure side facing portion 90 to form a mounting groove 88a of the second structure side facing portion 90. It is fitted.

以上の第2弾性材98は、第2建物側対向部92に臨む箇所が第1硬質材100に接着等により取り付けられ、第2構造物側対向部90に臨む箇所が第2硬質材102の板状部102bに接着等により取り付けられる。第2弾性材98は、第2構造物側対向部90とシール材96との間で前後方向Xに弾性的に縮み変形した状態にある。第2弾性材98は、自らの弾性変形に起因する弾性反発力によって、シール材96及び第1硬質材100の凸部100aを第2建物側対向部92に向けて押し付けるとともに、第2硬質材102の板状部102bを第2構造物側対向部90に向けて押し付けている。つまり、第2シール体94は、第2弾性材98の弾性反発力によって、第2構造物側対向部90及び第2建物側対向部92のそれぞれに自らの一部が押し付けられる。これにより、第2建物側対向部92と第2構造物側対向部90との間が第2シール体94により塞がれてシールされる。 In the above-mentioned second elastic material 98, a portion facing the second building-side facing portion 92 is attached to the first hard material 100 by adhesion or the like, and a portion facing the second structure-side facing portion 90 is the second hard material 102. It is attached to the plate-shaped portion 102b by adhesion or the like. The second elastic material 98 is in a state of being elastically contracted and deformed in the front-rear direction X between the second structure-side facing portion 90 and the sealing material 96. The second elastic material 98 presses the convex portion 100a of the sealing material 96 and the first hard material 100 toward the second building-side facing portion 92 by the elastic repulsive force caused by its own elastic deformation, and the second hard material 98. The plate-shaped portion 102b of 102 is pressed toward the second structure side facing portion 90. That is, a part of the second seal body 94 is pressed against each of the second structure side facing portion 90 and the second building side facing portion 92 by the elastic rebound force of the second elastic material 98. As a result, the space between the second building-side facing portion 92 and the second structure-side facing portion 90 is closed and sealed by the second seal body 94.

図10は、屋外構造物22の第2構造物側対向部90が予め定められた初期位置にある状態を示す。図11は、屋外構造物22の第2構造物側対向部90が建物12の外壁14から離間する方向Pbに初期位置から変位した状態を示す図である。このように屋外構造物22の第2構造物側対向部90が変位するとき、第2建物側対向部92から第2構造物側対向部90が離間するに伴い、第2弾性材98が自らの弾性反発力によって、前後方向Xに伸びるように復元する。このとき、第2弾性材98が前後方向Xに弾性的に縮み変形した状態にある限り、第2弾性材98の弾性反発力によって、第2シール体94の一部は、第2建物側対向部92と第2構造物側対向部90とに押し付けられた状態を保持できる。つまり、第2シール構造24−Bは、屋外構造物22の第2構造物側対向部90が建物12の外壁14から離間する方向Pbに変位したとき、第2シール体94によるシール状態を保持可能に構成されている。第2弾性材98は、第2構造物側対向部90の初期位置からの変位量が予め定められた最大変位量になるまでの間、第2構造物側対向部90と第2建物側対向部92との間で前後方向Xに弾性的に縮み変形した状態にあるように、その大きさ及び形状が設定されている。 FIG. 10 shows a state in which the second structure-side facing portion 90 of the outdoor structure 22 is in a predetermined initial position. FIG. 11 is a diagram showing a state in which the second structure-side facing portion 90 of the outdoor structure 22 is displaced from the initial position in the direction Pb away from the outer wall 14 of the building 12. When the second structure-side facing portion 90 of the outdoor structure 22 is displaced in this way, the second elastic material 98 itself becomes the second elastic member 98 as the second structure-side facing portion 90 separates from the second building-side facing portion 92. It is restored so as to extend in the front-rear direction X by the elastic repulsive force of. At this time, as long as the second elastic material 98 is in a state of elastically contracting and deforming in the front-rear direction X, a part of the second sealing body 94 faces the second building side due to the elastic repulsive force of the second elastic material 98. The state of being pressed against the portion 92 and the second structure side facing portion 90 can be maintained. That is, the second seal structure 24-B maintains the sealed state by the second seal body 94 when the second structure side facing portion 90 of the outdoor structure 22 is displaced in the direction Pb away from the outer wall 14 of the building 12. It is configured to be possible. The second elastic material 98 faces the second structure side facing portion 90 and the second building side facing portion 90 until the displacement amount from the initial position of the second structure side facing portion 90 reaches a predetermined maximum displacement amount. Its size and shape are set so that it is in a state of elastically contracting and deforming with the portion 92 in the front-rear direction X.

以上の第2シール構造24−Bによれば、第2構造物側対向部90と第2建物側対向部92との間に前後方向Xに弾性的に縮み変形した状態で配置される第2弾性材98を有する。よって、第2構造物側対向部90が第2建物側対向部92から離間する方向に変位したときでも、第2弾性材98が前後方向Xに弾性的に縮み変形した状態にあれば、第2シール体94によるシール状態を保持可能になる。 According to the above second seal structure 24-B, the second seal structure 24-B is arranged between the second structure side facing portion 90 and the second building side facing portion 92 in a state of being elastically contracted and deformed in the front-rear direction X. It has an elastic material 98. Therefore, even when the second structure-side facing portion 90 is displaced in the direction away from the second building-side facing portion 92, if the second elastic material 98 is in a state of elastically contracting and deforming in the front-rear direction X, the second 2 The sealed state of the sealing body 94 can be maintained.

また、第2シール体94は、シール材96と第2弾性材98との間に配置される第1硬質材100を有し、第1硬質材100は、シール材96の一部が収まるシール溝100bが形成される。よって、未硬化状態の硬化性シール材をシール溝100b内に吹き付けることで、第1硬質材100の定位置にシール材96を安定して取り付け易くなる。 Further, the second seal body 94 has a first hard material 100 arranged between the seal material 96 and the second elastic material 98, and the first hard material 100 is a seal in which a part of the seal material 96 fits. A groove 100b is formed. Therefore, by spraying the uncured curable seal material into the seal groove 100b, the seal material 96 can be stably attached to the fixed position of the first hard material 100.

また、第2弾性材98によって第1硬質材100を介してシール材96が第2建物側対向部92に押し付けられるため、第1硬質材100がない場合と比べて、第2建物側対向部92に対するシール材96の押し付け状態が安定する。よって、第2建物側対向部92と第1硬質材100との間をシール材96によって安定してシールし易くなる。 Further, since the sealing material 96 is pressed against the second building-side facing portion 92 by the second elastic material 98 via the first hard material 100, the second building-side facing portion is compared with the case where the first hard material 100 is not present. The pressing state of the sealing material 96 against 92 is stable. Therefore, the sealing material 96 facilitates stable sealing between the second building-side facing portion 92 and the first hard material 100.

また、第2シール体94は、第2弾性材98と第2構造物側対向部90との間に配置され、第2構造物側対向部90の取付溝88aとの嵌め合いにより第2構造物側対向部90に取り付けられる第2硬質材102を有している。よって、第2弾性材98を第2構造物側対向部90に直接に取り付けるより、簡易かつ安定して第2シール体94を第2構造物側対向部90に取り付け可能となる。 Further, the second seal body 94 is arranged between the second elastic material 98 and the second structure side facing portion 90, and the second structure is fitted by fitting the second structure side facing portion 90 with the mounting groove 88a. It has a second hard material 102 that is attached to the object-side facing portion 90. Therefore, rather than directly attaching the second elastic material 98 to the second structure side facing portion 90, the second seal body 94 can be easily and stably attached to the second structure side facing portion 90.

なお、後縦枠82−Aは、図10に示すように、第2突き合わせ部88の左右方向Yの端縁部から建物12の外壁14側に向けて突き出る覆い部104が設けられる。この覆い部104には、屋外構造物22の周囲の屋外空間106側(図10中右側)から第2シール体94を覆う外側覆い部104−Aと、屋外構造物22の屋根下空間108側(図10中左側)から第2シール体94を覆う内側覆い部104−Bとが含まれる。これにより、屋外構造物22の周囲の屋外空間106又は屋根下空間108から見たとき、外側覆い部104−Aや内側覆い部104−Bによって第2シール体94が見え難くなり、良好な意匠性を得られる。 As shown in FIG. 10, the rear vertical frame 82-A is provided with a covering portion 104 that protrudes from the end edge portion of the second abutting portion 88 in the left-right direction Y toward the outer wall 14 side of the building 12. The covering portion 104 includes an outer covering portion 104-A that covers the second seal body 94 from the outdoor space 106 side (right side in FIG. 10) around the outdoor structure 22, and the under-roof space 108 side of the outdoor structure 22. (Left side in FIG. 10) includes an inner covering portion 104-B covering the second seal body 94. As a result, when viewed from the outdoor space 106 or the under-roof space 108 around the outdoor structure 22, the outer covering portion 104-A and the inner covering portion 104-B make it difficult to see the second seal body 94, resulting in a good design. You can get sex.

次に、後縦枠82−Aの詳細を説明する。
後縦枠82−Aは、前述のパネル収容溝84が形成される内枠部材110と、内枠部材110の外周側に配置されるとともに内枠部材110に固定される外枠部材112とを有する(図1も参照)。後縦枠82−Aは、内枠部材110と外枠部材112とにより囲まれた内部空間が形成された中空構造をもつ。
Next, the details of the rear vertical frame 82-A will be described.
The rear vertical frame 82-A includes an inner frame member 110 on which the above-mentioned panel accommodating groove 84 is formed, and an outer frame member 112 arranged on the outer peripheral side of the inner frame member 110 and fixed to the inner frame member 110. Has (see also FIG. 1). The rear vertical frame 82-A has a hollow structure in which an internal space surrounded by the inner frame member 110 and the outer frame member 112 is formed.

内枠部材110は、外枠体78の内周側に設けられる内周壁部110aと、内周壁部110aの左右方向Y両側の端縁部から後側に向けて延びる一対の第1側壁部110bとを有する。後縦枠82−Aのパネル収容溝84は内枠部材110の内周壁部110aに形成される。 The inner frame member 110 includes an inner peripheral wall portion 110a provided on the inner peripheral side of the outer frame body 78, and a pair of first side wall portions 110b extending from the edge portions on both sides of the inner peripheral wall portion 110a in the left-right direction Y toward the rear side. And have. The panel accommodating groove 84 of the rear vertical frame 82-A is formed in the inner peripheral wall portion 110a of the inner frame member 110.

外枠部材112は、外枠体78の外周側に設けられる外周壁部112aと、外周壁部112aの左右方向Y両側の端縁部から前側に向けて延びる一対の第2側壁部112bとを有する。外枠部材112の外周壁部112aには、前述の通り、第2構造物側対向部90が設けられる。 The outer frame member 112 includes an outer peripheral wall portion 112a provided on the outer peripheral side of the outer frame body 78, and a pair of second side wall portions 112b extending from the edge portions on both sides of the outer peripheral wall portion 112a in the left-right direction Y toward the front side. Have. As described above, the outer peripheral wall portion 112a of the outer frame member 112 is provided with the second structure side facing portion 90.

外枠部材112の第2側壁部112bには、前側に向かって左右方向Yでの外幅寸法を小さくするような段部112cが形成される。外枠部材112の第2側壁部112bの段部112cより先端側の先端側部分112dは、内枠部材110の一対の第1側壁部110b間に差し込まれる。内枠部材110と外枠部材112とは、内枠部材110の第1側壁部110bと外枠部材112の第2側壁部112bとの重なる箇所をビス114により共締めすることで接続される。 The second side wall portion 112b of the outer frame member 112 is formed with a step portion 112c that reduces the outer width dimension in the left-right direction Y toward the front side. The tip end side portion 112d on the tip end side of the step portion 112c of the second side wall portion 112b of the outer frame member 112 is inserted between the pair of first side wall portions 110b of the inner frame member 110. The inner frame member 110 and the outer frame member 112 are connected by fastening the overlapping portion of the first side wall portion 110b of the inner frame member 110 and the second side wall portion 112b of the outer frame member 112 together with screws 114.

以上の後縦枠82−Aの利点を説明する。建物12の外壁14に屋外構造物22と干渉し得る配管等の凸部がある場合を考える。この場合、本実施形態によれば、後縦枠82−Aの外枠部材112を切り欠くことで、建物12の外壁14の凸部との干渉を避けられる。よって、後縦枠82−Aの一部を切り欠く必要がある場合でも、後縦枠82−Aの内枠部材110を切り欠かずに外枠部材112を切り欠くことで、壁パネル76を収めた内枠部材110に漏気箇所となり得る継ぎ目が生じるのを防止できる。なお、建物12の外壁14の凸部と外枠部材112の切り欠き箇所との間はシール材等により塞いでもよい。 The advantages of the rear vertical frame 82-A will be described. Consider the case where the outer wall 14 of the building 12 has a convex portion such as a pipe that can interfere with the outdoor structure 22. In this case, according to the present embodiment, by cutting out the outer frame member 112 of the rear vertical frame 82-A, interference with the convex portion of the outer wall 14 of the building 12 can be avoided. Therefore, even if it is necessary to cut out a part of the rear vertical frame 82-A, the wall panel 76 can be formed by cutting out the outer frame member 112 without cutting out the inner frame member 110 of the rear vertical frame 82-A. It is possible to prevent the inner frame member 110 contained from having a seam that may be an air leakage point. The space between the convex portion of the outer wall 14 of the building 12 and the notched portion of the outer frame member 112 may be closed with a sealing material or the like.

以上のように、本実施形態の屋外構造ユニット10によれば、各構造物側対向部58、90が建物12の外壁14から離間する方向に変位したとき、シール体66、94によるシール状態を保持可能に構成されるシール構造24−A、24−Bを備える。よって、屋外構造物22の一部が建物12の外壁14から離間する方向に変位したときでも、屋外構造物22と建物12との間から屋根下空間に向かう流体の入り込みを防止できる。 As described above, according to the outdoor structure unit 10 of the present embodiment, when the structure-side facing portions 58 and 90 are displaced in the direction away from the outer wall 14 of the building 12, the sealing state by the sealing bodies 66 and 94 is maintained. It is provided with a seal structure 24-A and 24-B configured to be receivable. Therefore, even when a part of the outdoor structure 22 is displaced in the direction away from the outer wall 14 of the building 12, it is possible to prevent the ingress of fluid from between the outdoor structure 22 and the building 12 toward the space under the roof.

以上、本発明の実施形態の例について詳細に説明した。前述した実施形態は、いずれも本発明を実施するにあたっての具体例を示したものにすぎない。実施形態の内容は、本発明の技術的範囲を限定するものではなく、請求の範囲に規定された発明の思想を逸脱しない範囲において、構成要素の変更、追加、削除等の多くの設計変更が可能である。前述の実施形態では、このような設計変更が可能な内容に関して、「実施形態の」「実施形態では」等との表記を付して説明しているが、そのような表記のない内容に設計変更が許容されないわけではない。また、図面の断面に付したハッチングは、ハッチングを付した対象の材質を限定するものではない。 The examples of the embodiments of the present invention have been described in detail above. All of the above-described embodiments are merely specific examples for carrying out the present invention. The content of the embodiment does not limit the technical scope of the present invention, and many design changes such as changes, additions, and deletions of components are made without departing from the idea of the invention defined in the claims. It is possible. In the above-described embodiment, the contents that can be changed in such a design are described with the notations such as "in the embodiment" and "in the embodiment", but the contents are designed without such notations. It's not that changes aren't tolerated. Further, the hatching attached to the cross section of the drawing does not limit the material of the object to which the hatching is attached.

屋外構造物22は前壁部30と側壁部32とを有する例を説明したが、これらがなくともよいし、前壁部30及び側壁部32の何れか一方のみを有していてもよい。また、屋外構造物22の前壁部30や側壁部32は開閉不能な固定壁でもよいし、透光性の有無は特に問わない。 Although the example in which the outdoor structure 22 has the front wall portion 30 and the side wall portion 32 has been described, these may not be provided, or only one of the front wall portion 30 and the side wall portion 32 may be provided. Further, the front wall portion 30 and the side wall portion 32 of the outdoor structure 22 may be fixed walls that cannot be opened and closed, and the presence or absence of translucency is not particularly limited.

屋外構造物22は門型フレーム40を有する例を説明したが、門型フレーム40を有していなくともよい。門型フレーム40の補助柱フレーム34−Bの下端部は、地盤16中の基礎42内に埋設されることで、基礎42に固定される例を説明した。この補助柱フレーム34−Bの下端部は、基礎42に対する固定方法について特に限られない。たとえば、地盤16中の基礎42にアンカーボルトにより締結することで固定してもよい。 Although the example in which the outdoor structure 22 has the gantry frame 40 has been described, it is not necessary to have the gantry frame 40. An example has been described in which the lower end portion of the auxiliary pillar frame 34-B of the gate type frame 40 is fixed to the foundation 42 by being buried in the foundation 42 in the ground 16. The lower end portion of the auxiliary column frame 34-B is not particularly limited in terms of the fixing method to the foundation 42. For example, it may be fixed to the foundation 42 in the ground 16 by fastening with anchor bolts.

第1シール構造24−Aの第1構造物側対向部58は後屋根体28−Bの上面部であり、第1建物側対向部60は可動部材62の突出壁部62aである例を説明した。第1シール構造24−Aの第1構造物側対向部58と第1建物側対向部60とは上下に対向していればよく、それらの具体的箇所は特に限られない。たとえば、屋外構造物22に後屋根体28−Bがない場合、第1構造物側対向部58は門型フレーム40の補助桁フレーム38−Bの上面部でもよい。また、屋外構造物22に門型フレーム40がない場合、第1構造物側対向部58は前屋根体28の上面部でもよい。また、これらの他にも、第1構造物側対向部58は、屋根体28や門型フレーム40の上面部の他にも、屋根体28や門型フレーム40の下面部でもよい。 An example will be described in which the first structure-side facing portion 58 of the first seal structure 24-A is the upper surface portion of the rear roof body 28-B, and the first building-side facing portion 60 is the protruding wall portion 62a of the movable member 62. did. The first structure-side facing portion 58 and the first building-side facing portion 60 of the first seal structure 24-A may face each other in the vertical direction, and their specific locations are not particularly limited. For example, when the outdoor structure 22 does not have the rear roof body 28-B, the first structure side facing portion 58 may be the upper surface portion of the auxiliary girder frame 38-B of the gate type frame 40. Further, when the outdoor structure 22 does not have the gate type frame 40, the first structure side facing portion 58 may be the upper surface portion of the front roof body 28. In addition to these, the first structure-side facing portion 58 may be a lower surface portion of the roof body 28 or the gate-shaped frame 40 in addition to the upper surface portion of the roof body 28 or the gate-shaped frame 40.

また、第1シール構造24−Aの第1シール体66は、第1建物側対向部60に取り付けられ、第1構造物側対向部58に接触する例を説明した。この他にも、第1シール体66は、第1構造物側対向部58に取り付けられ、第1建物側対向部60に接触してもよい。つまり、第1シール体66は、第1構造物側対向部58と第1建物側対向部60のうちの一方に取り付けられ、他方に接触していればよい。 Further, an example has been described in which the first seal body 66 of the first seal structure 24-A is attached to the first building side facing portion 60 and comes into contact with the first structure side facing portion 58. In addition to this, the first seal body 66 may be attached to the first structure side facing portion 58 and may come into contact with the first building side facing portion 60. That is, the first seal body 66 may be attached to one of the first structure side facing portion 58 and the first building side facing portion 60 and may be in contact with the other.

また、前述の(A)の作用効果を得る観点からは、第1シール体66の前側シール部66cは、弾性的に撓み変形した状態で設けられていなくともよい。たとえば、第1シール体66のシール部は、弾性的に潰れ変形等した状態で設けられていてもよい。つまり、第1シール体66のシール部は、弾性的に変形した状態で設けられていればよい。 Further, from the viewpoint of obtaining the above-mentioned action and effect of (A), the front seal portion 66c of the first seal body 66 may not be provided in a state of being elastically flexed and deformed. For example, the seal portion of the first seal body 66 may be provided in a state of being elastically crushed and deformed. That is, the seal portion of the first seal body 66 may be provided in an elastically deformed state.

また、第1シール構造24−Aは、第1構造物側対向部58が下方に変位したとき、第1建物側対向部60が下方に変位可能に構成される例を説明したが、これに限られない。たとえば、第1建物側対向部60は、建物12の外壁14に対して上下方向での位置が保持されるように構成されてもよい。 Further, the first seal structure 24-A has been described as an example in which the first building side facing portion 60 is configured to be displaceable downward when the first structure side facing portion 58 is displaced downward. Not limited. For example, the first building-side facing portion 60 may be configured to maintain its position in the vertical direction with respect to the outer wall 14 of the building 12.

また、第1シール構造24−Aの可動部材62とガイド部材64とは前述の例に限られない。たとえば、可動部材62は下壁部62cがなくともよいし、ガイド部材64は水切り部64cがなくともよい。 Further, the movable member 62 and the guide member 64 of the first seal structure 24-A are not limited to the above-mentioned examples. For example, the movable member 62 may not have the lower wall portion 62c, and the guide member 64 may not have the draining portion 64c.

第2シール構造24−Bの第2構造物側対向部90は、屋外構造物22の側壁部32の一部であり、第2建物側対向部92は建物12の外壁である例を説明した。第2シール構造24−Bの第2構造物側対向部90と第2建物側対向部92とは前後方向Xに対向していればよく、その具体的箇所は特に限られない。たとえば、屋外構造物22に後側壁部32がない場合、第2構造物側対向部90は門型フレーム40の補助柱フレーム34−Bの一部でもよい。また、この他にも、屋外構造物22の第2突き合わせ部88ではなく、屋外構造物22の第1突き合わせ部56に第2構造物側対向部90が設けられてもよい。 An example was described in which the second structure-side facing portion 90 of the second seal structure 24-B is a part of the side wall portion 32 of the outdoor structure 22, and the second building-side facing portion 92 is the outer wall of the building 12. .. The second structure-side facing portion 90 and the second building-side facing portion 92 of the second seal structure 24-B may face each other in the front-rear direction X, and the specific location thereof is not particularly limited. For example, when the outdoor structure 22 does not have the rear side wall portion 32, the second structure side facing portion 90 may be a part of the auxiliary pillar frame 34-B of the gate type frame 40. In addition to this, the second structure side facing portion 90 may be provided in the first butt portion 56 of the outdoor structure 22 instead of the second butt portion 88 of the outdoor structure 22.

第2シール体94は、シール材96、第2弾性材98、第1硬質材100及び第2硬質材102を有する例を説明した。第2シール体94は、第2弾性材98があればよく、他のシール材96、第1硬質材100、第2硬質材102はなくともよい。 An example in which the second sealing body 94 has a sealing material 96, a second elastic material 98, a first hard material 100, and a second hard material 102 has been described. The second sealing body 94 may include the second elastic material 98, and may not have the other sealing material 96, the first hard material 100, and the second hard material 102.

屋外構造物22は外側覆い部104−Aと内側覆い部104−Bとの二つを有する例を説明したが、これらがなくともよいし、何れか一方のみを有していてもよい。つまり、屋外構造物22は、屋外空間側及び屋根下空間側の何れか一方又は両方からシール体を覆う覆い部を有していればよい。 Although the example in which the outdoor structure 22 has two outer covering portions 104-A and inner covering portion 104-B has been described, these may not be present, or only one of them may be provided. That is, the outdoor structure 22 may have a covering portion that covers the seal body from either one or both of the outdoor space side and the under-roof space side.

以上の実施形態、変形例により具体化される発明を一般化すると、以下の技術的思想が導かれる。以下、発明が解決しようとする課題に記載の態様を用いて説明する。 Generalization of the invention embodied by the above embodiments and modifications leads to the following technical ideas. Hereinafter, the aspects described in the problem to be solved by the invention will be described.

第2態様の屋外構造ユニットは、第1態様において、前記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として、第1構造物側対向部、第1建物側対向部及び第1シール体を有する第1シール構造を含み、前記第1構造物側対向部と前記第1建物側対向部とは上下方向に対向し、前記第1シール体は、前記第1構造物側対向部と前記第1建物側対向部のうちの一方に取り付けられ、前記第1構造物側対向部と前記第1建物側対向部のうちの他方に接触してもよい。
この態様によれば、第1建物側対向部に対して第1構造物側対向部が建物の外壁から離間する方向に変位したとき、第1構造物側対向部と第1建物側対向部のうちの他方に第1シール体を接触させた状態を維持できる。この結果、第1建物側対向部に対する第1構造物側対向部の変位の前後で、第1構造物側対向部と第1建物側対向部との間の第1シール体によるシール状態を保持可能になる。
In the first aspect, the outdoor structure unit of the second aspect has the structure-side facing portion, the building-side facing portion, and the seal body, that is, the first structure-side facing portion and the first building-side facing portion. A first seal structure having a portion and a first seal body is included, the first structure side facing portion and the first building side facing portion face each other in the vertical direction, and the first seal body is the first structure. It may be attached to one of the object-side facing portion and the first building-side facing portion, and may come into contact with the other of the first structure-side facing portion and the first building-side facing portion.
According to this aspect, when the first structure side facing portion is displaced in the direction away from the outer wall of the building with respect to the first building side facing portion, the first structure side facing portion and the first building side facing portion The state in which the first seal body is in contact with the other of them can be maintained. As a result, before and after the displacement of the first structure side facing portion with respect to the first building side facing portion, the sealed state by the first seal body between the first structure side facing portion and the first building side facing portion is maintained. It will be possible.

第3態様の屋外構造ユニットは、第2態様において、前記第1シール構造は、前記第1構造物側対向部が下方に変位したとき、前記第1建物側対向部が下方に変位可能に構成されてもよい。
この態様によれば、第1構造物側対向部の下方への変位の前後で、第1構造物側対向部と第1建物側対向部との間を第1シール体により塞いだ状態を保持でき、これらの間の第1シール体によるシール状態を保持可能になる。
In the second aspect of the outdoor structure unit of the third aspect, the first seal structure is configured such that when the first structure side facing portion is displaced downward, the first building side facing portion can be displaced downward. May be done.
According to this aspect, before and after the downward displacement of the first structure side facing portion, the state in which the space between the first structure side facing portion and the first building side facing portion is closed by the first seal body is maintained. It is possible to maintain the sealed state by the first sealing body between them.

第4態様の屋外構造ユニットは、第2態様または第3態様において、前記第1シール体は、弾性的に変形した状態で設けられるシール部を有し、前記シール部は、前記第1建物側対向部に対して前記第1構造物側対向部が上下方向に相対変位したとき、その変位に追従して復元することで、前記第1構造物側対向部と前記第1建物側対向部とのうちの他方に接触可能に構成されてもよい。
この態様によれば、第1建物側対向部に対する第1構造物側対向部の相対変位の前後で、第1構造物側対向部と第1建物側対向部との間の第1シール体によるシール状態を保持し易くなる。
In the second or third aspect of the outdoor structure unit of the fourth aspect, the first seal body has a seal portion provided in an elastically deformed state, and the seal portion is on the first building side. When the first structure-side facing portion is displaced relative to the facing portion in the vertical direction, the first structure-side facing portion and the first building-side facing portion are restored by following the displacement. It may be configured to be accessible to the other of the two.
According to this aspect, before and after the relative displacement of the first structure side facing portion with respect to the first building side facing portion, the first seal body between the first structure side facing portion and the first building side facing portion is used. It becomes easier to maintain the sealed state.

第5態様の屋外構造ユニットは、第4態様において、前記シール部は、ヒレ状をなしており、弾性的に撓み変形した状態で設けられてもよい。
この態様によれば、第1構造物側対向部と第1建物側対向部との間の第1シール体によるシール状態を保持し易くするうえで、シール部の固定端から自由端までの寸法を長くしつつ、これらの間でシール部が占める上下方向でのスペースを小さくできる。
In the fourth aspect, the outdoor structure unit of the fifth aspect may be provided in a state in which the seal portion has a fin shape and is elastically bent and deformed.
According to this aspect, the dimension from the fixed end to the free end of the seal portion is easy to maintain the sealed state by the first seal body between the first structure side facing portion and the first building side facing portion. The space occupied by the seal portion in the vertical direction can be reduced while increasing the length.

第6態様の屋外構造ユニットは、第2態様から第5態様のいずれかにおいて、前記第1シール構造は、前記外壁から突き出るように設けられるとともに前記第1建物側対向部が設けられる突出壁部と、前記突出壁部の前記外壁側の端部から上向きに延びる上壁部と、を有し、前記外壁に対して移動可能に設けられる可動部材と、前記上壁部を挟んで前記外壁とは反対側に一部が配置され、前記可動部材の上下方向での動きをガイド可能なガイド部材と、を有し、前記ガイド部材は、前記外壁を流下する水を前記外壁から離間する方向に誘導するための水切り部を有してもよい。
この態様によれば、ガイド部材によって可動部材の上下方向での動きをガイドしつつ、建物の外壁とガイド部材との間への水の入り込みを水切り部により防止できる。
In any of the second to fifth aspects, the outdoor structure unit of the sixth aspect is a protruding wall portion in which the first seal structure is provided so as to protrude from the outer wall and the first building side facing portion is provided. A movable member having an upper wall portion extending upward from the end portion of the protruding wall portion on the outer wall side and being movable with respect to the outer wall, and the outer wall portion sandwiching the upper wall portion. Has a guide member which is partially arranged on the opposite side and can guide the movement of the movable member in the vertical direction, and the guide member is in a direction in which water flowing down the outer wall is separated from the outer wall. It may have a drainer for guiding.
According to this aspect, while the guide member guides the movement of the movable member in the vertical direction, the draining portion can prevent water from entering between the outer wall of the building and the guide member.

第7態様の屋外構造ユニットは、第1態様から第6態様のいずれかにおいて、前記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として第2構造物側対向部、第2建物側対向部及び第2シール体を有する第2シール構造を含み、前記第2構造物側対向部と前記第2建物側対向部とは前記外壁に対して近接及び離間する第1水平方向に対向し、前記第2シール体は、前記第1水平方向に弾性的に縮み変形した状態で、前記第2構造物側対向部と前記第2建物側対向部との間に配置される弾性材を有してもよい。
この態様によれば、第2構造物側対向部が第2建物側対向部から離間する方向に変位したときでも、弾性材が第1水平方向に弾性的に縮み変形した状態にあれば、第2シール体によるシール状態を保持可能になる。
In any one of the first to sixth aspects, the outdoor structure unit of the seventh aspect has the seal structure of the structure-side facing portion, the building-side facing portion, and the second structure-side facing portion as the sealing body. A first seal structure including a second building-side facing portion and a second sealing body, and the second structure-side facing portion and the second building-side facing portion are close to and separated from the outer wall. The second seal body faces in the horizontal direction, and is arranged between the second structure-side facing portion and the second building-side facing portion in a state of being elastically contracted and deformed in the first horizontal direction. It may have an elastic material.
According to this aspect, even when the second structure-side facing portion is displaced in the direction away from the second building-side facing portion, if the elastic material is elastically contracted and deformed in the first horizontal direction, the first 2 The sealed state of the sealed body can be maintained.

第8態様の屋外構造ユニットは、第7態様において、前記第2シール体は、前記第2建物側対向部と接触するシール材と、前記シール材と前記弾性材との間に配置される第1硬質材を有し、前記第1硬質材には、前記シール材の一部を収めるシール溝が形成されてもよい。
この態様によれば、未硬化状態の硬化性シール材をシール溝内に吹き付けることで、第1硬質材の定位置にシール材を安定して取り付け易くなる。
In the seventh aspect of the outdoor structure unit of the eighth aspect, the second seal body is arranged between the seal material in contact with the second building-side facing portion and the seal material and the elastic material. It has one hard material, and the first hard material may be formed with a seal groove for accommodating a part of the seal material.
According to this aspect, by spraying the uncured curable seal material into the seal groove, the seal material can be stably attached to the fixed position of the first hard material.

第9態様の屋外構造ユニットは、第7態様又は第8態様において、前記第2シール体は、前記第2構造物側対向部と前記弾性材との間に配置され、前記第2構造物側対向部の一部との嵌め合いにより前記第2構造物側対向部に取り付けられる第2硬質材を有してもよい。
この態様によれば、弾性材を第2構造物側対向部に直接に取り付けるより、簡易かつ安定して第2シール体を第2構造物側対向部に取り付け可能となる。
In the seventh or eighth aspect of the outdoor structure unit of the ninth aspect, the second seal body is arranged between the second structure side facing portion and the elastic material, and the second structure side. It may have a second hard material attached to the facing portion on the second structure side by fitting with a part of the facing portion.
According to this aspect, the second seal body can be easily and stably attached to the second structure side facing portion rather than directly attaching the elastic material to the second structure side facing portion.

第10態様の屋外構造ユニットは、第1態様から第9態様のいずれかにおいて、前記屋外構造物は、前記外壁に対して突き合わせられる突き合わせ部を有し、前記シール体は、前記突き合わせ部と前記外壁との間に配置され、前記屋外構造物は、前記屋外構造物の周囲の屋外空間側及び前記屋外構造物の屋根下空間側の何れか一方又は両方から前記シール体を覆う覆い部を有してもよい。
この態様によれば、屋外空間又は屋根下空間の何れかからシール体を見たとき、屋外構造物の覆い部によってシール体が見え難くなり、良好な意匠性を得られる。
In any of the first to ninth aspects of the outdoor structure unit of the tenth aspect, the outdoor structure has a butt portion that is abutted against the outer wall, and the seal body has the butt portion and the abutting portion. Arranged between the outer wall and the outdoor structure, the outdoor structure has a covering portion covering the seal body from either one or both of the outdoor space side around the outdoor structure and the under-roof space side of the outdoor structure. You may.
According to this aspect, when the seal body is viewed from either the outdoor space or the under-roof space, the cover portion of the outdoor structure makes it difficult to see the seal body, and good design can be obtained.

第11態様の屋外構造ユニットは、第1態様から第10態様のいずれかにおいて、前記屋外構造物は、屋根体と、前記屋根体の下方の屋根下空間を前記外壁に沿った第2水平方向から覆う側壁部と、を有し、前記側壁部は、壁パネルと、前記壁パネルが内側に収められる外枠体と、を有し、前記外枠体は、前記外枠体の前記外壁との突き合わせ箇所に設けられる縦枠を有し、前記縦枠は、前記壁パネルの端辺部が内側に収められる内枠部材と、前記内枠部材の外周側に配置される外枠部材とを有してもよい。
建物の外壁に屋外構造物と干渉し得る凸部がある場合を考える。この場合に、この態様によれば、縦枠の外枠部材を切り欠くことで、建物の外壁の凸部との干渉を避けられる。よって、縦枠の一部を切り欠く必要がある場合に、縦枠の内枠部材を切り欠かずに外枠部材を切り欠くことで、壁パネルの端辺部を収めた内枠部材に漏気箇所となり得る継ぎ目が生じるのを防止できる。
The outdoor structure unit of the eleventh aspect is the one of the first to tenth aspects, wherein the outdoor structure has a roof body and a space under the roof below the roof body in a second horizontal direction along the outer wall. The side wall portion has a wall panel and an outer frame body in which the wall panel is housed, and the outer frame body includes the outer wall portion of the outer frame body. The vertical frame has an inner frame member in which the end edge portion of the wall panel is housed inside, and an outer frame member arranged on the outer peripheral side of the inner frame member. You may have.
Consider the case where the outer wall of a building has a protrusion that can interfere with an outdoor structure. In this case, according to this aspect, by cutting out the outer frame member of the vertical frame, it is possible to avoid interference with the convex portion of the outer wall of the building. Therefore, when it is necessary to cut out a part of the vertical frame, the outer frame member is cut out without cutting out the inner frame member of the vertical frame, so that the inner frame member containing the end edge of the wall panel leaks. It is possible to prevent the occurrence of seams that can be air spots.

10…屋外構造ユニット、12…建物、14…外壁、22…屋外構造物、24…シール構造、24−A…第1シール構造、24−A…第2シール構造、28…屋根体、32…側壁部、56…第1突き合わせ部、58…第1構造物側対向部、60…第1建物側対向部、62…可動部材、62a…突出壁部、62b…上壁部、64…ガイド部材、64c…水切り部、66…第1シール体、76…壁パネル、78…外枠体、82…縦枠、88…第2突き合わせ部、90…第2構造物側対向部、92…第2建物側対向部、94…第2シール体、96…シール材、98…第2弾性材、100…第1硬質材、100b…シール溝、102…第2硬質材、104…覆い部、106…屋外空間、108…屋根下空間、110…内枠部材、112…外枠部材。 10 ... outdoor structure unit, 12 ... building, 14 ... outer wall, 22 ... outdoor structure, 24 ... seal structure, 24-A ... first seal structure, 24-A ... second seal structure, 28 ... roof body, 32 ... Side wall, 56 ... 1st abutting part, 58 ... 1st structure side facing part, 60 ... 1st building side facing part, 62 ... Movable member, 62a ... Protruding wall part, 62b ... Upper wall part, 64 ... Guide member , 64c ... drainage part, 66 ... first seal body, 76 ... wall panel, 78 ... outer frame body, 82 ... vertical frame, 88 ... second butt part, 90 ... second structure side facing part, 92 ... second Building side facing portion, 94 ... second seal body, 96 ... seal material, 98 ... second elastic material, 100 ... first hard material, 100b ... seal groove, 102 ... second hard material, 104 ... cover part, 106 ... Outdoor space, 108 ... Under-roof space, 110 ... Inner frame member, 112 ... Outer frame member.

Claims (9)

建物の外壁に対して屋外側に配置される屋外構造物と、
前記屋外構造物の一部に設けられる構造物側対向部と、前記建物の一部に設けられるとともに前記構造物側対向部と対向する建物側対向部と、前記建物側対向部と前記構造物側対向部との間をシールするシール体とを有するシール構造と、を備え、
前記シール構造は、前記構造物側対向部が前記外壁から離間する方向に変位したとき、前記シール体によるシール状態を保持可能に構成され
記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として、第1構造物側対向部、第1建物側対向部及び第1シール体を有する第1シール構造を含み、
前記第1構造物側対向部と前記第1建物側対向部とは上下方向に対向し、
前記第1シール体は、前記第1構造物側対向部と前記第1建物側対向部のうちの一方に取り付けられ、前記第1構造物側対向部と前記第1建物側対向部のうちの他方に接触し
記第1シール構造は、
前記外壁から突き出るように設けられるとともに前記第1建物側対向部が設けられる突出壁部と、前記突出壁部の前記外壁側の端部から上向きに延びる上壁部と、を有し、前記外壁に対して移動可能に設けられる可動部材と、
前記上壁部を挟んで前記外壁とは反対側に一部が配置され、前記可動部材の上下方向での動きをガイド可能なガイド部材と、を有し、
前記ガイド部材は、前記外壁を流下する水を前記外壁から離間する方向に誘導するための水切り部を有することを特徴とする屋外構造ユニット。
Outdoor structures placed on the outdoor side of the outer wall of the building,
A structure-side facing portion provided in a part of the outdoor structure, a building-side facing portion provided in a part of the building and facing the structure-side facing portion, a building-side facing portion and the structure. A seal structure having a seal body that seals between the side facing portions, and the like.
The seal structure is configured to be able to maintain the sealed state by the seal body when the structure-side facing portion is displaced in a direction away from the outer wall .
Before Symbol seal arrangement, the structure-side facing portion, as the building-side facing portion and the sealing member, the first structure side facing portion, a first seal structure having a first building-side facing portion and a first seal member Including
The facing portion on the first structure side and the facing portion on the first building side face each other in the vertical direction.
The first seal body is attached to one of the first structure-side facing portion and the first building-side facing portion, and the first structure-side facing portion and the first building-side facing portion. and contact with the other,
The first seal structure before Symbol is,
The outer wall has a protruding wall portion that is provided so as to protrude from the outer wall and is provided with the first building-side facing portion, and an upper wall portion that extends upward from the end of the protruding wall portion on the outer wall side. Movable members that are movable with respect to
It has a guide member that is partially arranged on the side opposite to the outer wall with the upper wall portion interposed therebetween and can guide the movement of the movable member in the vertical direction.
The guide member has an outdoor structural unit, characterized in that the perforated draining portion for guiding the water flowing down the outer wall in a direction away from the outer wall.
前記第1シール構造は、前記第1構造物側対向部が下方に変位したとき、前記第1建物側対向部が下方に変位可能に構成される請求項に記載の屋外構造ユニット。 The outdoor structure unit according to claim 1 , wherein the first seal structure is configured such that when the first structure-side facing portion is displaced downward, the first building-side facing portion can be displaced downward. 前記第1シール体は、弾性的に変形した状態で設けられるシール部を有し、
前記シール部は、前記第1建物側対向部に対して前記第1構造物側対向部が上下方向に相対変位したとき、その変位に追従して復元することで、前記第1構造物側対向部と前記第1建物側対向部とのうちの他方に接触可能に構成される請求項又はに記載の屋外構造ユニット。
The first seal body has a seal portion provided in an elastically deformed state, and has a seal portion.
When the first structure-side facing portion is displaced relative to the first building-side facing portion in the vertical direction, the seal portion is restored by following the displacement, so that the first structure-side facing portion faces the first structure. The outdoor structure unit according to claim 1 or 2 , which is configured so as to be in contact with the other of the portion and the first building-side facing portion.
前記シール部は、ヒレ状をなしており、弾性的に撓み変形した状態で設けられる請求項に記載の屋外構造ユニット。 The outdoor structure unit according to claim 3 , wherein the seal portion has a fin shape and is provided in a state of being elastically bent and deformed. 前記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として第2構造物側対向部、第2建物側対向部及び第2シール体を有する第2シール構造を含み、
前記第2構造物側対向部と前記第2建物側対向部とは、前記外壁に対して近接及び離間する第1水平方向に対向し、
前記第2シール体は、前記第1水平方向に弾性的に縮み変形した状態で、前記第2構造物側対向部と前記第2建物側対向部との間に配置される弾性材を有する請求項1からのいずれかに記載の屋外構造ユニット。
The seal structure includes a second seal structure having a structure-side facing portion, a building-side facing portion, and a second structure-side facing portion, a second building-side facing portion, and a second sealing body as the sealing body.
The second structure-side facing portion and the second building-side facing portion face each other in the first horizontal direction approaching and separating from the outer wall.
The second seal body has an elastic material that is arranged between the second structure-side facing portion and the second building-side facing portion in a state of being elastically contracted and deformed in the first horizontal direction. Item 4. The outdoor structure unit according to any one of Items 1 to 4 .
建物の外壁に対して屋外側に配置される屋外構造物と、
前記屋外構造物の一部に設けられる構造物側対向部と、前記建物の一部に設けられるとともに前記構造物側対向部と対向する建物側対向部と、前記建物側対向部と前記構造物側対向部との間をシールするシール体とを有するシール構造と、を備え、
前記シール構造は、前記構造物側対向部が前記外壁から離間する方向に変位したとき、前記シール体によるシール状態を保持可能に構成され
記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として第2構造物側対向部、第2建物側対向部及び第2シール体を有する第2シール構造を含み、
前記第2構造物側対向部と前記第2建物側対向部とは、前記外壁に対して近接及び離間する第1水平方向に対向し、
前記第2シール体は、前記第1水平方向に弾性的に縮み変形した状態で、前記第2構造物側対向部と前記第2建物側対向部との間に配置される弾性材を有し
記第2シール体は、
前記第2建物側対向部と接触するシール材と、
前記シール材と前記弾性材との間に配置される第1硬質材を有し、
前記第1硬質材には、前記シール材の一部を収めるシール溝が形成されることを特徴とする屋外構造ユニット。
Outdoor structures placed on the outdoor side of the outer wall of the building,
A structure-side facing portion provided in a part of the outdoor structure, a building-side facing portion provided in a part of the building and facing the structure-side facing portion, a building-side facing portion and the structure. A seal structure having a seal body that seals between the side facing portions, and the like.
The seal structure is configured to be able to maintain the sealed state by the seal body when the structure-side facing portion is displaced in a direction away from the outer wall .
Before Symbol seal structure includes the structure side facing portion, the second structure-side facing portion as a building-side facing portion and the sealing member, the second seal structure having a second building side facing portion and the second seal member ,
The second structure-side facing portion and the second building-side facing portion face each other in the first horizontal direction approaching and separating from the outer wall.
The second seal body has an elastic material arranged between the second structure-side facing portion and the second building-side facing portion in a state of being elastically contracted and deformed in the first horizontal direction. ,
Before Symbol the second seal member,
A sealing material that comes into contact with the facing portion on the second building side,
It has a first hard material arranged between the sealing material and the elastic material, and has
Wherein the first hard material, outdoor structural unit, wherein a seal groove to accommodate a portion of the sealing material is formed.
建物の外壁に対して屋外側に配置される屋外構造物と、
前記屋外構造物の一部に設けられる構造物側対向部と、前記建物の一部に設けられるとともに前記構造物側対向部と対向する建物側対向部と、前記建物側対向部と前記構造物側対向部との間をシールするシール体とを有するシール構造と、を備え、
前記シール構造は、前記構造物側対向部が前記外壁から離間する方向に変位したとき、前記シール体によるシール状態を保持可能に構成され
記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として第2構造物側対向部、第2建物側対向部及び第2シール体を有する第2シール構造を含み、
前記第2構造物側対向部と前記第2建物側対向部とは、前記外壁に対して近接及び離間する第1水平方向に対向し、
前記第2シール体は、前記第1水平方向に弾性的に縮み変形した状態で、前記第2構造物側対向部と前記第2建物側対向部との間に配置される弾性材を有し
記第2シール体は、前記第2構造物側対向部と前記弾性材との間に配置され、前記第2構造物側対向部の一部との嵌め合いにより前記第2構造物側対向部に取り付けられる第2硬質材を有することを特徴とする屋外構造ユニット。
Outdoor structures placed on the outdoor side of the outer wall of the building,
A structure-side facing portion provided in a part of the outdoor structure, a building-side facing portion provided in a part of the building and facing the structure-side facing portion, a building-side facing portion and the structure. A seal structure having a seal body that seals between the side facing portions, and the like.
The seal structure is configured to be able to maintain the sealed state by the seal body when the structure-side facing portion is displaced in a direction away from the outer wall .
Before Symbol seal structure includes the structure side facing portion, the second structure-side facing portion as a building-side facing portion and the sealing member, the second seal structure having a second building side facing portion and the second seal member ,
The second structure-side facing portion and the second building-side facing portion face each other in the first horizontal direction approaching and separating from the outer wall.
The second seal body has an elastic material arranged between the second structure-side facing portion and the second building-side facing portion in a state of being elastically contracted and deformed in the first horizontal direction. ,
Before Stories second sealing member, the second is disposed between the structural side opposite portion and the elastic member, the second structure side opposite the fitting with a portion of the second structure-side facing portion outdoor structural unit, wherein the Turkey of having a second rigid member attached to the part.
建物の外壁に対して屋外側に配置される屋外構造物と、
前記屋外構造物の一部に設けられる構造物側対向部と、前記建物の一部に設けられるとともに前記構造物側対向部と対向する建物側対向部と、前記建物側対向部と前記構造物側対向部との間をシールするシール体とを有するシール構造と、を備え、
前記シール構造は、前記構造物側対向部が前記外壁から離間する方向に変位したとき、前記シール体によるシール状態を保持可能に構成され
記シール構造は、前記構造物側対向部、前記建物側対向部及び前記シール体として第2構造物側対向部、第2建物側対向部及び第2シール体を有する第2シール構造を含み、
前記第2構造物側対向部と前記第2建物側対向部とは、前記外壁に対して近接及び離間する第1水平方向に対向し、
前記第2シール体は、前記第1水平方向に弾性的に縮み変形した状態で、前記第2構造物側対向部と前記第2建物側対向部との間に配置される弾性材を有し
記屋外構造物は、前記外壁に対して突き合わせられる突き合わせ部を有し、
前記第2シール体は、前記突き合わせ部と前記外壁との間に配置され、
前記屋外構造物は、前記屋外構造物の周囲の屋外空間側及び前記屋外構造物の屋根下空間側の何れか一方又は両方から前記第2シール体を覆う覆い部を有することを特徴とする屋外構造ユニット。
Outdoor structures placed on the outdoor side of the outer wall of the building,
A structure-side facing portion provided in a part of the outdoor structure, a building-side facing portion provided in a part of the building and facing the structure-side facing portion, a building-side facing portion and the structure. A seal structure having a seal body that seals between the side facing portions, and the like.
The seal structure is configured to be able to maintain the sealed state by the seal body when the structure-side facing portion is displaced in a direction away from the outer wall .
Before Symbol seal structure includes the structure side facing portion, the second structure-side facing portion as a building-side facing portion and the sealing member, the second seal structure having a second building side facing portion and the second seal member ,
The second structure-side facing portion and the second building-side facing portion face each other in the first horizontal direction approaching and separating from the outer wall.
The second seal body has an elastic material arranged between the second structure-side facing portion and the second building-side facing portion in a state of being elastically contracted and deformed in the first horizontal direction. ,
Before SL outdoor structure, it has a butt portion to be butted against the outer wall,
The second seal body is arranged between the abutting portion and the outer wall, and is arranged.
The outdoor structure, characterized and Turkey which having a cover portion from one or both of the roof space below the side covering the second seal member in an outdoor space side and the outdoor structures around the outdoor structure Outdoor structure unit.
前記屋外構造物は、屋根体と、前記屋根体の下方の屋根下空間を前記外壁に沿った第2水平方向から覆う側壁部と、を有し、
前記側壁部は、壁パネルと、前記壁パネルが内側に収められる外枠体と、を有し、
前記外枠体は、前記外枠体の前記外壁との突き合わせ箇所に設けられる縦枠を有し、
前記縦枠は、前記壁パネルの端辺部が内側に収められる内枠部材と、前記内枠部材の外周側に配置される外枠部材とを有する請求項1からのいずれかに記載の屋外構造ユニット。
The outdoor structure has a roof body and a side wall portion that covers the under-roof space below the roof body from a second horizontal direction along the outer wall.
The side wall portion has a wall panel and an outer frame body in which the wall panel is housed.
The outer frame body has a vertical frame provided at a portion where the outer frame body abuts with the outer wall.
The vertical frame according to any one of claims 1 to 8 , wherein the vertical frame has an inner frame member in which the end edge portion of the wall panel is housed inside, and an outer frame member arranged on the outer peripheral side of the inner frame member. Outdoor structure unit.
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