JP6193756B2 - Solar shading device - Google Patents

Description

本発明は、窓等に設けられる日射遮蔽装置に関する。   The present invention relates to a solar radiation shielding device provided on a window or the like.

窓に設けられる日射遮蔽装置が特許文献１に開示されている。
この日射遮蔽装置は、窓の開口方向に移動する複数のフレーム部材を備え、各フレーム部材は第１縦部材、第２縦部材と、第１縦部材と第２縦部材とに渡って上下方向に間隔を置いて取り付けた複数の板状部材とを有している。隣接した２つのフレーム部材の板状部材は上下方向位置がずれ、２つのフレーム部材を、板状部材が重なり合うように収納できる。 A solar radiation shielding device provided in a window is disclosed in Patent Document 1.
The solar shading device includes a plurality of frame members that move in the opening direction of the window, and each frame member extends in the vertical direction across the first vertical member, the second vertical member, and the first vertical member and the second vertical member. And a plurality of plate-like members attached at intervals. The plate members of the two adjacent frame members are displaced in the vertical direction, and the two frame members can be stored so that the plate members overlap each other.

特開２０１２−１９７６４６号公報JP 2012-197646 A

特許文献１に開示した日射遮蔽装置は、フレーム部材を収納した状態から日射遮蔽のために展開するには、先端側のフレーム部材を引き出し方向に移動することで、他のフレーム部材が順次引き出しされ、フレーム部材が展開するようにしている。
このために、先端側のフレーム部材の板状部材に溝部材を形成し、他のフレーム部材の板状部材には溝部と凸部を形成し、凸部を溝部に嵌合することで、先端側のフレーム部材が引き出し方向に移動することにより、溝部の端部が次のフレーム部材の凸部と干渉し、次のフレーム部材が先端側のフレーム部材とともに引き出しされる。
展開した状態のフレーム部材を収納する場合も同様である。 In the solar shading device disclosed in Patent Document 1, in order to deploy the solar shading from the state in which the frame member is housed, the other frame members are sequentially pulled out by moving the distal end side frame member in the pulling direction. The frame member is developed.
For this purpose, a groove member is formed on the plate-like member of the frame member on the front end side, a groove portion and a convex portion are formed on the plate-like member of the other frame member, and the convex portion is fitted into the groove portion, thereby When the frame member on the side moves in the pulling direction, the end of the groove part interferes with the convex part of the next frame member, and the next frame member is pulled out together with the frame member on the tip side.
The same applies to the case where the expanded frame member is stored.

特許文献１に開示した日射遮蔽装置は、前述のようにフレーム部材の板状部材の溝部と凸部が形成してあるので、フレーム部材を展開した状態で溝部と凸部が著しく目立つから、展開した状態での意匠性に難がある。   The solar radiation shielding device disclosed in Patent Document 1 is formed with the groove portion and the convex portion of the plate member of the frame member as described above. There is difficulty in the design in the state.

本発明の目的は、展開した状態での意匠性が良い日射遮蔽装置とすることである。   The objective of this invention is setting it as the solar radiation shielding apparatus with the design property with the expand | deployed state.

本発明は、上レールと下レールに移動自在に支持された複数の日射遮蔽部材を備え、
それぞれの前記日射遮蔽部材は、第１縦部材と第２縦部材とに渡って複数の板状部材を上下方向に間隔を置いて取り付け、前記第１縦部材は板状部材の幅方向一方側の長さ方向一方側に取り付けられ、前記第２縦部材は板状部材の幅方向他方側の長さ方向他方側に取り付けられたものとし、
それぞれの前記第１縦部材は板状部材の幅方向一方側において一列状に配置され、それぞれの前記第２縦部材は板状部材の幅方向他方側において一列状に配置され、
それぞれの前記日射遮蔽部材を収納方向に移動する際、前記板状部材同士が上下方向に重ね合わせられると共に、前記第１縦部材および第２縦部材が互いに近づく方向に移動され、
それぞれの前記日射遮蔽部材を展開方向に移動する際、前記第１縦部材及び第２縦部材が互いに離れる方向に移動される日射遮蔽装置であって、
前記日射遮蔽部材のうち戸先側に配置した日射遮蔽部材以外の日射遮蔽部材には、前記板状部材の下面にストッパ受部材を取り付け、
前記日射遮蔽部材のうち戸尻側に配置した日射遮蔽部材の第２縦部材以外の第２縦部材には、前記ストッパ受部材に当接するようにストッパ部材を取り付け、
前記ストッパ部材がストッパ受部材に当接して複数の日射遮蔽部材は一体となって展開方向に移動するようにしたことを特徴とする日射遮蔽装置である。 The present invention comprises a plurality of solar shading members supported movably on the upper rail and the lower rail,
Each of the solar shading members has a plurality of plate-like members attached at intervals in the vertical direction across the first vertical member and the second vertical member, and the first vertical member is one side in the width direction of the plate-like member. The second vertical member is attached to the other side in the length direction on the other side in the width direction of the plate-shaped member,
Each of the first vertical members is arranged in a row on one side in the width direction of the plate member, and each of the second vertical members is arranged in a row on the other side in the width direction of the plate member,
When the respective solar radiation shielding members are moved in the storage direction, the plate-like members are overlapped in the vertical direction, and the first vertical member and the second vertical member are moved in a direction approaching each other,
When moving each of the solar shading members in the deployment direction, the solar shading device is moved in a direction in which the first vertical member and the second vertical member are separated from each other,
In the solar radiation shielding member other than the solar radiation shielding member arranged on the door end side among the solar radiation shielding members, a stopper receiving member is attached to the lower surface of the plate-shaped member,
A stopper member is attached to the second vertical member other than the second vertical member of the solar radiation shielding member arranged on the door bottom side of the solar radiation shielding member so as to contact the stopper receiving member,
The solar shading device is characterized in that the stopper member abuts against the stopper receiving member, and the plurality of solar shading members move together in a deployment direction.

本発明は、前記ストッパ受部材は、前記板状部材のうち最も下部に配置した板状部材に取り付けられ、
前記ストッパ部材は、第２縦部材の下部に取り付けるようにできる。
このようにすれば、日射遮蔽部材を展開した状態であってもストッパ部材、ストッパ受部材がさらに目立つことがなく、展開した状態での意匠性が良い日射遮蔽装置とすることができる。 In the present invention, the stopper receiving member is attached to a plate-like member arranged at the lowest of the plate-like members,
The stopper member can be attached to a lower portion of the second vertical member.
If it does in this way, even if it is the state which developed the solar radiation shielding member, a stopper member and a stopper receiving member do not stand out more, and it can be set as the solar radiation shielding apparatus with the good design property in the developed state.

本発明は、前記戸先側の日射遮蔽部材以外の日射遮蔽部材における板状部材は、下面に開口した凹部を長さ方向に連続して有し、前記凹部を有した板状部材の下面における展開側にストッパ受部材を、そのストッパ受部材が凹部内に突出するように取り付け、
前記戸尻側の日射遮蔽部材の第２縦部材以外の第２縦部材に、前記ストッパ受部材に当接するようにストッパ部材を取り付け、
前記ストッパ部材のストッパ部が凹部に沿って移動し、ストッパ部がストッパ受部材のストッパ受部に当接して複数の日射遮蔽部材は一体となって展開方向に移動するようにできる。
このようにすれば、ストッパ部材のストッパ部と凹部とで、第２縦部材の下部と下部の板状部材が室内外側方向に振れ動くことを抑制できる。 In the present invention, the plate-like member in the solar shading member other than the solar shading member on the door end side has a concave portion opened in the lower surface continuously in the length direction, and in the lower surface of the plate-like member having the concave portion. Attach the stopper receiving member to the deployment side so that the stopper receiving member protrudes into the recess,
A stopper member is attached to the second vertical member other than the second vertical member of the solar radiation shielding member on the door bottom side so as to contact the stopper receiving member,
The stopper portion of the stopper member moves along the recess, the stopper portion abuts against the stopper receiving portion of the stopper receiving member, and the plurality of solar radiation shielding members can move together in the deployment direction.
If it does in this way, it can control that the lower plate-like member of the 2nd vertical member, and the lower plate-like member swing in the indoor outside direction with the stopper part and the crevice of a stopper member.

本発明は、それぞれの前記日射遮蔽部材の第１縦部材の上部と第２縦部材の上部を、上レールに走行自在に吊り下げ支持し、
それぞれの前記日射遮蔽部材の第１縦部材の下部を、下レールに室内外側方向に振れ動きを抑制して支持し、
前記戸尻側の日射遮蔽部材の第２縦部材の下部を、下レールに室内外側方向に振れ動きを抑制して支持することができる。
このようにすれば、各日射遮蔽部材を展開方向及び収納方向に移動するときに室内外側方向に振れ動くことを抑制できる。 The present invention suspends and supports the upper part of the first vertical member and the upper part of the second vertical member of each of the solar radiation shielding members so as to run freely on the upper rail,
The lower part of the first vertical member of each solar radiation shielding member is supported on the lower rail while suppressing the swinging movement in the indoor exterior direction,
The lower part of the second vertical member of the solar radiation shielding member on the door bottom side can be supported on the lower rail while suppressing the swinging motion in the indoor outside direction.
If it does in this way, when moving each solar radiation shielding member to an expansion | deployment direction and a storage direction, it can suppress swinging to the indoor outside direction.

本発明は、前記下レールは、下向きに開口したガイド溝を有し、
それぞれの前記日射遮蔽部材の第１縦部材の下部に第１下ガイドを取り付け、
前記戸尻側の日射遮蔽部材の第２縦部材の下部に第２下ガイドを取り付け、
前記第１下ガイド及び第２下ガイドを下レールのガイド溝に挿入して室内外側方向の振れ動きを抑制し、
前記下レールに、前記第２下ガイド、または前記戸尻側の日射遮蔽部材の第１縦部材の第１下ガイドが当接して戸尻側の日射遮蔽部材の展開方向への移動を規制するストッパ受を取り付けできる。
このようにすれば、各日射遮蔽部材の下部の室内外側方向の振れ動きを抑制できると共に、戸尻側の日射遮蔽部材が所定位置よりも展開方向に移動しないようにできる。 In the present invention, the lower rail has a guide groove opened downward,
A first lower guide is attached to the lower part of the first vertical member of each solar radiation shielding member,
A second lower guide is attached to the lower part of the second vertical member of the solar shading member on the door bottom side,
Inserting the first lower guide and the second lower guide into the guide groove of the lower rail to suppress the swinging movement in the indoor outside direction,
The second lower guide or the first lower guide of the first vertical member of the solar radiation shielding member on the door butt side comes into contact with the lower rail to restrict the movement of the solar radiation shielding member on the door butt side in the deployment direction. A stopper holder can be attached.
If it does in this way, while swinging movement of the lower part of each solar shading member in the indoor outside direction can be controlled, the solar shading member on the door bottom side can be prevented from moving in a deployment direction from a predetermined position.

本発明は、前記上レールは躯体の窓開口の上縁に沿った室外側に取り付けると共に、前記下レールは躯体の窓開口の下縁に沿った室外側に取り付けることで、展開状態の日射遮蔽部材が窓開口を覆い、収納状態の日射遮蔽部材は窓開口を開放するように構成し、
前記戸先側の日射遮蔽部材の第１縦部材に錠杆を備えた錠を取り付け、前記躯体の窓開口の展開側の室外側に錠受を取り付け
前記錠の錠杆を錠受に係止することで、展開状態の前記戸先側の日射遮蔽部材の第１縦部材を施錠できるようにできる。
このようにすれば、各日射遮蔽部材で窓開口を覆ったり、開放できる。
また、窓開口を覆った状態で施錠できるから、防犯上好ましい。 In the present invention, the upper rail is attached to the outdoor side along the upper edge of the window opening of the housing, and the lower rail is attached to the outdoor side along the lower edge of the window opening of the housing, so The member covers the window opening, and the stored solar radiation shielding member is configured to open the window opening,
A lock provided with a lock hook is attached to the first vertical member of the solar shading member on the door end side, and a lock holder is attached to the outdoor side of the opening side of the window opening of the casing. The lock hook of the lock is locked to the lock holder. By doing so, the 1st vertical member of the solar radiation shielding member by the side of the door in the deployment state can be locked.
If it does in this way, each solar radiation shielding member can cover or open a window opening.
Moreover, since it can lock in the state which covered the window opening, it is preferable on crime prevention.

本発明は、前記錠は、錠本体と錠杆と操作摘みを備え、操作摘みを操作することで錠杆が錠本体の展開側に突出した施錠状態及び収納側に突出した施錠状態となり、錠杆を錠本体の展開側に突出することで錠受に係止し、
前記戸先側の日射遮蔽部材の第１縦部材に補助錠を第１位置と第２位置とに渡って移動自在に取り付け、
前記補助錠が第１位置のときは錠の錠杆が錠本体の展開側に突出可能で、補助錠が第２位置のときは錠の錠杆が錠本体の収納側に突出不可能となるようにできる。
このようにすれば、補助錠を第２位置とすれば、錠の操作摘みを操作して解錠できないので、防犯性がより向上する。 According to the present invention, the lock includes a lock body, a lock rod, and an operation knob. By operating the operation knob, the lock rod is in a locked state in which the lock rod protrudes toward the deployment side and a lock state in which the lock lever protrudes toward the storage side. Lock the hook into the lock holder by projecting it toward the unfolded side of the lock body,
Auxiliary lock is attached to the first vertical member of the solar radiation shielding member on the door end side so as to be movable between the first position and the second position,
When the auxiliary lock is in the first position, the lock lock can be protruded toward the unfolded side of the lock body, and when the auxiliary lock is in the second position, the lock lock cannot be protruded toward the storage side of the lock body. You can
In this way, if the auxiliary lock is in the second position, the lock cannot be unlocked by operating the operation knob of the lock, so the crime prevention property is further improved.

本発明によれば、第２縦部材に取り付けたストッパ部材を板状部材の下面に取り付けたストッパ受部材に当接することで、複数の日射遮蔽部材が一体となって移動するようにしたので、展開した状態であってもストッパ部材、ストッパ受部材が目立つことがなく、展開した状態での意匠性が良い日射遮蔽装置とすることができる。   According to the present invention, since the stopper member attached to the second vertical member is brought into contact with the stopper receiving member attached to the lower surface of the plate-like member, the plurality of solar shading members are moved together. Even in the unfolded state, the stopper member and the stopper receiving member are not conspicuous, and the solar radiation shielding device having a good design in the unfolded state can be obtained.

日射遮蔽部材の概略斜視図である。It is a schematic perspective view of a solar radiation shielding member. ２つの日射遮蔽部材を収納した状態の概略斜視図である。It is a schematic perspective view of the state which accommodated two solar radiation shielding members. 日射遮蔽装置の実施の形態を示す展開状態の概略外観図である。It is a general | schematic external view of the unfolding state which shows embodiment of a solar radiation shielding apparatus. 図３の横断面図である。It is a cross-sectional view of FIG. 日射遮蔽装置の実施の形態を示す収納状態の概略外観図である。It is a schematic external view of the accommodation state which shows embodiment of a solar radiation shielding apparatus. 図５の横断面図である。It is a cross-sectional view of FIG. 図４のＡ部拡大詳細図である。It is the A section enlarged detail drawing of FIG. 図４のＢ部拡大詳細図である。It is the B section enlarged detail drawing of FIG. 図３のＣ−Ｃ拡大詳細断面図である。It is CC expanded detailed sectional drawing of FIG. 図３のＤ−Ｄ拡大詳細断面図である。It is DD expanded detailed sectional drawing of FIG. 図４のＥ−Ｅ拡大詳細断面図である。It is EE expansion detailed sectional drawing of FIG. 図１１のＦ部拡大図である。It is the F section enlarged view of FIG. 図１２の平面図である。FIG. 13 is a plan view of FIG. 12. ストッパ受部材とストッパ部材を取り付けた部分の斜視図である。It is a perspective view of the part which attached the stopper receiving member and the stopper member. ストッパ受部材とストッパ部材の斜視図である。It is a perspective view of a stopper receiving member and a stopper member. 錠の正面図である。It is a front view of a lock. 第２の実施の形態を示す展開側の錠部分の横断面図である。It is a cross-sectional view of the lock | rock part of the expansion | deployment side which shows 2nd Embodiment. 補助錠が第１位置にある状態を示す錠と補助錠の正面図である。It is a front view of the lock and auxiliary lock which show the state where an auxiliary lock exists in the 1st position. 補助錠が第２位置にある状態を示す錠と補助錠の正面図である。It is a front view of the lock and auxiliary lock which show the state where an auxiliary lock exists in the 2nd position. 補助錠が第２位置にある状態を示す錠と補助錠の側面図である。It is a side view of the lock and auxiliary lock which show the state where an auxiliary lock exists in the 2nd position.

本発明の日射遮蔽装置を構成する日射遮蔽部材（従来のフレーム部材）を図１を参照して説明する。なお、日射遮蔽部材の移動方向を長さ方向とし、日射遮蔽部材の移動方向と直交する方向を幅方向として説明する。
図１に示すように、日射遮蔽部材１は、第１縦部材２と、第２縦部材３と、第１縦部材２と第２縦部材３に渡って上下方向に間隔を置いて取り付けた複数の板状部材４を備えている。
第１縦部材２と第２縦部材３は長さ方向及び幅方向に位置がずれている。
第１縦部材２は長さ方向一方側で、幅方向一方側に位置する。
第２縦部材３は長さ方向他方側で、幅方向他方側に位置する。
板状部材４は、長さ方向一方側の第１端部４ａと、長さ方向他方側の第２端部４ｂと、幅方向一方側の第３端部４ｃと、幅方向他方側の第４端部４ｄの４つの端部を有した平面形状が幅狭で長尺な長方形状である。 A solar radiation shielding member (conventional frame member) constituting the solar radiation shielding apparatus of the present invention will be described with reference to FIG. In addition, the moving direction of the solar shading member is described as the length direction, and the direction orthogonal to the moving direction of the solar shading member is described as the width direction.
As shown in FIG. 1, the solar radiation shielding member 1 is attached at intervals in the vertical direction across the first vertical member 2, the second vertical member 3, and the first vertical member 2 and the second vertical member 3. A plurality of plate-like members 4 are provided.
The positions of the first vertical member 2 and the second vertical member 3 are shifted in the length direction and the width direction.
The first vertical member 2 is located on one side in the length direction and on one side in the width direction.
The second vertical member 3 is located on the other side in the length direction and on the other side in the width direction.
The plate-like member 4 includes a first end 4a on one side in the length direction, a second end 4b on the other side in the length direction, a third end 4c on the one side in the width direction, and a first end 4c on the other side in the width direction. The planar shape having four end portions of the four end portions 4d is a narrow and long rectangular shape.

第１縦部材２は、その幅方向他方側の取付部２ａを、各板状部材４の第３端部４ｃにおける第１端部４ａ寄りに取り付け、第１縦部材２は各板状部材４よりも幅方向一方側に張り出している。
第２縦部材３は、その幅方向一方側の取付部３ａを、各板状部材４の第４端部４ｄにおける第２端部４ｂ寄りに取り付け、第２縦部材３は各板状部材４よりも幅方向他方側に張り出している。
実施の形態では、第１縦部材２と各板状部材４の第１端部４ａは面一で、第２縦部材３と各板状部材４の第２端部４ｂは面一である。
これに限ることはない。例えば、第１縦部材２を板状部材４の第１端部４ａより長さ方向一方側に張り出したり、第１端部４ａを第１縦部材２より長さ方向一方側に張り出しても良い。
また、第２縦部材３を板状部材４の第２端部４ｂより長さ方向他方側に張り出したり、第２端部４ｂを第２縦部材３より長さ方向他方側に張り出しても良い。 The first vertical member 2 has an attachment portion 2a on the other side in the width direction attached to the third end portion 4c of each plate-like member 4 closer to the first end portion 4a, and the first vertical member 2 corresponds to each plate-like member 4. It protrudes to one side in the width direction.
The second vertical member 3 has an attachment portion 3a on one side in the width direction attached to the fourth end portion 4d of each plate-like member 4 closer to the second end portion 4b, and the second vertical member 3 is attached to each plate-like member 4. It protrudes to the other side in the width direction.
In the embodiment, the first vertical member 2 and the first end 4a of each plate-like member 4 are flush with each other, and the second vertical member 3 and the second end 4b of each plate-like member 4 are flush with each other.
This is not a limitation. For example, the first vertical member 2 may protrude from the first end 4a of the plate-like member 4 to the one side in the length direction, or the first end 4a may protrude from the first vertical member 2 to the one side in the length direction. .
Further, the second vertical member 3 may protrude from the second end 4 b of the plate-like member 4 to the other side in the length direction, or the second end 4 b may extend from the second vertical member 3 to the other side in the length direction. .

日射遮蔽部材１は前述のとおりであるから、日射遮蔽部材１の長さ方向他方側で幅方向一方側及び、日射遮蔽部材１の長さ方向一方側で幅方向他方側には縦部材が存在しない。   Since the solar radiation shielding member 1 is as described above, there is a vertical member on one side in the width direction on the other side in the length direction of the solar radiation shielding member 1 and on the other side in the width direction on the other side in the length direction of the solar radiation shielding member 1. do not do.

隣接した２つの日射遮蔽部材における一方の日射遮蔽部材１（１ａ）の板状部材４と、他方の日射遮蔽部材１（１ｂ）の板状部材４とは上下方向に位置がずれ、一方の日射遮蔽部材１（１ａ）の板状部材４が他方の日射遮蔽部材１（１ｂ）の上下の板状部材４の上下中間に位置し、他方の日射遮蔽部材１（１ｂ）の板状部材４が一方の日射遮蔽部材１（１ａ）の上下の板状部材４の上下中間に位置している。   The position of the plate-like member 4 of one solar-shielding member 1 (1a) and the plate-like member 4 of the other solar-shielding member 1 (1b) in the two adjacent solar-shielding members are shifted in the vertical direction, and one solar-irradiation member The plate-like member 4 of the shielding member 1 (1a) is positioned between the upper and lower plate-like members 4 of the other solar radiation shielding member 1 (1b), and the plate-like member 4 of the other solar radiation shielding member 1 (1b) is located. One solar radiation shielding member 1 (1a) is positioned between the upper and lower plate-like members 4 in the middle.

このようであるから、一方の日射遮蔽部材１（１ａ）を矢印ａ方向に移動することで、第２縦部材３の取付部３ａが他方の日射遮蔽部材１（１ｂ）の板状部材４の第４端部４ｄに沿って移動し、板状部材４の第３端部４ｃが他方の日射遮蔽部材１（１ｂ）の第１縦部材２の取付部２ａに沿って移動し、２つの日射遮蔽部材１（１ａ），１（１ｂ）は図２に示す収納状態となる。   Since it is like this, by moving one solar radiation shielding member 1 (1a) to the arrow a direction, the attaching part 3a of the 2nd vertical member 3 of the plate-shaped member 4 of the other solar radiation shielding member 1 (1b) The third end portion 4c of the plate-like member 4 moves along the fourth end portion 4d, and moves along the attachment portion 2a of the first vertical member 2 of the other solar radiation shielding member 1 (1b). The shielding members 1 (1a) and 1 (1b) are in the stored state shown in FIG.

図２に示す収納状態であると、一方の日射遮蔽部材１（１ａ）の板状部材４と他方の日射遮蔽部材１（１ｂ）の板状部材４とが重なり合い、一方の日射遮蔽部材１（１ａ）の第１縦部材２、他方の日射遮蔽部材１（１ｂ）の第１縦部材２と一列状に連続し、第２縦部材３相互も一列状に連続する。   In the housed state shown in FIG. 2, the plate-like member 4 of one solar shading member 1 (1a) and the plate-like member 4 of the other solar shading member 1 (1b) overlap, and one solar shading member 1 ( The first vertical member 2 of 1a) and the first vertical member 2 of the other solar radiation shielding member 1 (1b) are continuous in a row, and the second vertical members 3 are also continuous in a row.

本発明の日射遮蔽装置の実施の形態を説明する。
図３と図４に示すように、日射遮蔽装置５は複数の日射遮蔽部材１と、上レール６と、下レール７とを備えている。
実施の形態では、戸先側の第１の日射遮蔽部材１（１−１）と、戸尻側の第２の日射遮蔽部材１（１−２）と、戸先側と戸尻側との間の中間の第３の日射遮蔽部材１（１−３）とを有している。 An embodiment of a solar shading device of the present invention will be described.
As shown in FIGS. 3 and 4, the solar radiation shielding device 5 includes a plurality of solar radiation shielding members 1, an upper rail 6, and a lower rail 7.
In the embodiment, the first solar radiation shielding member 1 (1-1) on the door end side, the second solar radiation shielding member 1 (1-2) on the door edge side, the door edge side and the door edge side. The intermediate solar radiation shielding member 1 (1-3) in between.

なお、以下の説明において、第１の日射遮蔽部材１−１の第１縦部材２を（２−１）、第２縦部材３を（３−１）、板状部材４を（４−１）とし、第２の日射遮蔽部材１−２の第１縦部材２を（２−２）、第２縦部材３を（３−２）、板状部材４を（４−２）とし、第３の日射遮蔽部材１−３の第１縦部材２を（２−３）、第２縦部材３を（３−３）、板状部材４を（４−３）として説明する。   In the following description, the first vertical member 2 of the first solar radiation shielding member 1-1 is (2-1), the second vertical member 3 is (3-1), and the plate-like member 4 is (4-1). ), The first vertical member 2 of the second solar shading member 1-2 is (2-2), the second vertical member 3 is (3-2), the plate-like member 4 is (4-2), The description will be made assuming that the first vertical member 2 of the solar radiation shielding member 1-3 is (2-3), the second vertical member 3 is (3-3), and the plate-like member 4 is (4-3).

第２の日射遮蔽部材１−２の上下に隣接した板状部材（４−２）間に、第３の日射遮蔽部材１−３の１つの板状部材（４−３）及び第１の日射遮蔽部材１−１の１つの板状部材（４−１）が入り込むようにしてある。
つまり、各日射遮蔽部材１−１，１−２，１−３の板状部材（４−１），（４−２），（４−３）の上下間隔は同一である。第１の日射遮蔽部材１−１の板状部材（４−１）と第３の日射遮蔽部材１−３の板状部材（４−３）は、板状部材４の上下の間隔の１／３だけ上下にずれている。第３の日射遮蔽部材１−３の板状部材（４−３）と第２の日射遮蔽部材１−２の板状部材（４−２）は板状部材４の上下の間隔１／３だけ上下にずれている。 One plate-like member (4-3) of the third solar radiation shielding member 1-3 and the first solar radiation are disposed between the plate-like members (4-2) adjacent to the upper and lower sides of the second solar radiation shielding member 1-2. One plate-like member (4-1) of the shielding member 1-1 enters.
That is, the vertical intervals of the plate-like members (4-1), (4-2), and (4-3) of the solar radiation shielding members 1-1, 1-2, and 1-3 are the same. The plate-like member (4-1) of the first solar shading member 1-1 and the plate-like member (4-3) of the third solar shading member 1-3 are 1 / of the vertical distance of the plate-like member 4. It is shifted up and down by 3. The plate-like member (4-3) of the third solar shading member 1-3 and the plate-like member (4-2) of the second solar shading member 1-2 are only the upper and lower intervals 1/3 of the plate-like member 4. It is shifted vertically.

上レール６は、躯体８における窓開口９の上縁９ａに沿って取り付けてある。
下レール７は、躯体８における窓開口９の下縁９ｂに沿って取り付けてある。
上レール６、下レール７は躯体８の室外側に取り付けられ、上レール６、下レール７は室外側に突出している。
これにより、各日射遮蔽部材１−１，１−２，１−３は躯体８の室外側に取り付けてある。 The upper rail 6 is attached along the upper edge 9 a of the window opening 9 in the housing 8.
The lower rail 7 is attached along the lower edge 9 b of the window opening 9 in the housing 8.
The upper rail 6 and the lower rail 7 are attached to the outdoor side of the housing 8, and the upper rail 6 and the lower rail 7 protrude to the outdoor side.
Thereby, each solar radiation shielding member 1-1, 1-2, 1-3 is attached to the outdoor side of the housing 8.

各日射遮蔽部材１−１，１−２，１−３の第１縦部材２の上部及び第２縦部材３の上部は上レール６に沿って移動自在に支持され、第１縦部材２の下部及び第２の日射遮蔽部材１−２の第２縦部材（３−２）の下部は下レール７に沿って移動自在に支持されている。   The upper part of the first vertical member 2 and the upper part of the second vertical member 3 of each solar radiation shielding member 1-1, 1-2, 1-3 are supported movably along the upper rail 6, and The lower part and the lower part of the second vertical member (3-2) of the second solar shading member 1-2 are supported movably along the lower rail 7.

図３と図４は、各日射遮蔽部材１−１，１−２，１−３が展開した状態で、各日射遮蔽部材１−１，１−２，１−３が窓開口９を覆っている。
各日射遮蔽部材１−１，１−２，１−３の第１縦部材２が室内側寄りで、第２縦部材３が室外側寄りで、第１縦部材２が展開側で、第２縦部材３が収納側である。
第１の日射遮蔽部材１−１の第２縦部材（３−１）と第３の日射遮蔽部材１−３の第１縦部材（２−３）が室内外側方向に重なり合う。
第３の日射遮蔽部材１−３の第２縦部材（３−３）と第２の日射遮蔽部材１−２の第１縦部材（２−２）が室内外側方向に重なり合う。
各板状部材４は一直線状に連続する。 3 and 4 show that the solar radiation shielding members 1-1, 1-2, 1-3 are unfolded and the solar radiation shielding members 1-1, 1-2, 1-3 cover the window openings 9. Yes.
The first vertical member 2 of each solar radiation shielding member 1-1, 1-2, 1-3 is closer to the indoor side, the second vertical member 3 is closer to the outdoor side, the first vertical member 2 is the deployment side, and the second The vertical member 3 is the storage side.
The 2nd vertical member (3-1) of the 1st solar radiation shielding member 1-1 and the 1st vertical member (2-3) of the 3rd solar radiation shielding member 1-3 overlap in the indoor exterior direction.
The 2nd vertical member (3-3) of the 3rd solar radiation shielding member 1-3 and the 1st vertical member (2-2) of the 2nd solar radiation shielding member 1-2 overlap in the indoor exterior direction.
Each plate-like member 4 continues in a straight line.

上レール６と下レール７の長さ方向の一端部は窓開口９の一方の縦縁９ｃとほぼ同一位置で、長さ方向の他端部は窓開口９の他方の縦縁９ｄより突出している。
図５と図６は、各日射遮蔽部材１−１，１−２，１−３を収納した状態で、各日射遮蔽部材１−１，１−２，１−３は上レール６、下レール７の長さ方向他方側において、板状部材４が上下に重なり合うように収納され、各日射遮蔽部材１−１，１−２，１−３は窓開口９の他方の縦縁９ｄよりも躯体８側に突出している。
各日射遮蔽部材１−１，１−２，１−３の第１縦部材２は室内側寄りにおいて移動方向に一列状に連続し、第２縦部材３は室外側寄りにおいて一列状に連続する。
これにより、窓開口９は全開放する。 One end in the length direction of the upper rail 6 and the lower rail 7 is substantially at the same position as one vertical edge 9c of the window opening 9, and the other end in the length direction protrudes from the other vertical edge 9d of the window opening 9. Yes.
5 and 6 show that the solar shading members 1-1, 1-2, 1-3 are housed, and the solar shading members 1-1, 1-2, 1-3 are the upper rail 6 and the lower rail. 7, the plate-like member 4 is accommodated so as to overlap each other, and the solar radiation shielding members 1-1, 1-2, 1-3 are framed more than the other vertical edge 9 d of the window opening 9. It protrudes to the 8th side.
The first vertical members 2 of the solar radiation shielding members 1-1, 1-2, and 1-3 are continuous in a line in the moving direction near the indoor side, and the second vertical members 3 are continuous in a line near the outdoor side. .
Thereby, the window opening 9 is fully opened.

実施の形態の日射遮蔽装置５は、図１、図２に示す日射遮蔽部材１を窓開口９の室外側に取り付け、日射遮蔽部材１（板状部材４）の幅方向が室内外側方向に向かう。日射遮蔽部材１の幅方向一方側が室内側で、幅方向他方側が室外側である。
日射遮蔽部材１（板状部材４）の長さ方向は窓開口９の左右方向に向かう。 In the solar shading device 5 of the embodiment, the solar shading member 1 shown in FIGS. 1 and 2 is attached to the outdoor side of the window opening 9, and the width direction of the solar shading member 1 (plate-like member 4) is directed to the indoor outside direction. . One side in the width direction of the solar radiation shielding member 1 is the indoor side, and the other side in the width direction is the outdoor side.
The length direction of the solar radiation shielding member 1 (plate-like member 4) is directed in the left-right direction of the window opening 9.

次に各部の詳細を説明する。なお、日射遮蔽部材１の幅方向を室内外側方向とし、幅方向一方側を室内側、幅方向他方側を室外側とし、長さ方向を左右方向として説明する。
図７に示すように、第１縦部材２は、第１縦材２０と第２縦材２１を取り付け、取り外し自在に連結してある。
第１縦材２０は、左右方向に延びる取付壁２０ａと、取付壁２０ａの左右方向両端部に室内側に向けて設けた一対の側壁２０ｂとで室内側に向けて開口した断面コ字状の長尺材である。
一対の側壁２０ｂの突出端に係合部２２が形成してある。
第２縦材２１は、左右方向に対向し室内外側方向に延びる一対の第１壁２１ａと、室内外側方向に対向し左右方向に延びる一対の第２壁２１ｂとで矩形断面の長尺材である。
一対の第１壁２１ａの室内側に係合受部２３を有している。
第１縦材２０と第２縦材２１は係合部２２と係合受部２３を係合することで連結される。
第２縦材２１を取り外した状態で、第１縦材２０の取付壁２０ａ（室外側壁）を板状部材４の第３端部（室内側部）４ｃに接し、ビス２４で固着することで、第１縦部材２に板状部材４を取り付ける。
この後、第１縦材２０に第２縦材２１を嵌め込み、係合受部２３を係合部２２に係合することで、第１縦材２０と第２縦材２１を連結し、第１縦部材２とする。 Next, details of each part will be described. In addition, the width direction of the solar radiation shielding member 1 is defined as the indoor outside direction, one side in the width direction is defined as the indoor side, the other side in the width direction is defined as the outdoor side, and the length direction is described as the left-right direction.
As shown in FIG. 7, the 1st vertical member 2 attaches the 1st vertical member 20 and the 2nd vertical member 21, and is connected so that removal is possible.
The first vertical member 20 has a U-shaped cross-section opened toward the indoor side by a mounting wall 20a extending in the left-right direction and a pair of side walls 20b provided at both ends in the left-right direction of the mounting wall 20a toward the indoor side. It is a long material.
An engaging portion 22 is formed at the protruding end of the pair of side walls 20b.
The second vertical member 21 is a long material having a rectangular cross section composed of a pair of first walls 21a facing in the left-right direction and extending in the indoor outside direction, and a pair of second walls 21b facing in the indoor outside direction and extending in the left-right direction. is there.
An engagement receiving portion 23 is provided on the indoor side of the pair of first walls 21a.
The first vertical member 20 and the second vertical member 21 are connected by engaging the engaging portion 22 and the engagement receiving portion 23.
With the second vertical member 21 removed, the attachment wall 20 a (outdoor wall) of the first vertical member 20 is in contact with the third end (inside side) 4 c of the plate-like member 4 and fixed with screws 24. The plate-like member 4 is attached to the first vertical member 2.
Thereafter, the first vertical member 20 is connected to the first vertical member 20 by fitting the second vertical member 21 into the first vertical member 20 and engaging the engagement receiving portion 23 with the engaging portion 22. 1 vertical member 2.

このようであるから、第１縦部材２を板状部材４にビス２４で強固に取り付けできると共に、そのビス２４が見えないようにできる。
図７は第１の日射遮蔽部材１−１の第１縦部材（２−１）を示しているが、第２・第３の日射遮蔽部材１−２，１−３の第１縦部材（２−２），（２−３）も同じである。 Since it is like this, the 1st vertical member 2 can be firmly attached to the plate-shaped member 4 with the screw 24, and the screw 24 can be made invisible.
FIG. 7 shows the first vertical member (2-1) of the first solar shielding member 1-1, but the first vertical members (second and third solar shielding members 1-2, 1-3) ( The same applies to (2-2) and (2-3).

図８に示すように、第２縦部材３は第１縦材３０と第２縦材３１を取り付け、取り外し自在に連結してある。
第１縦材３０は第１縦部材２の第１縦材２０と同一で、取付壁３０ａと一対の側壁３０ｂとで室外側に開口した断面コ字状の長尺材である。
第２縦材３１は第１縦部材２の第２縦材２１と同じで、一対の第１壁３１ａと一対の第２壁３１ｂとで矩形断面の長尺材である。
第１縦材３０の取付壁３０ａを板状部材４の第４端部４ｄにビス３４で固着して取り付け、第１縦材３０に第２縦材３１を嵌め込み、係合受部３３と係合部３２を係合することで第１縦材３０と第２縦材２１を連結する。
つまり、第２縦部材３は第１縦部材２と同一で、幅方向に反転して板状部材４の第４端部４ｄに取り付ける。
図８は第２の日射遮蔽部材１−２の第２縦部材（３−２）を示しているが、第１・第３日射遮蔽部材１−１，１−３の第２縦部材（３−１），（３−３）も同じである。 As shown in FIG. 8, the 2nd vertical member 3 attaches the 1st vertical member 30 and the 2nd vertical member 31, and is connected so that removal is possible.
The first longitudinal member 30 is the same as the first longitudinal member 20 of the first longitudinal member 2, and is a long material having a U-shaped cross section that is open to the outdoor side by an attachment wall 30a and a pair of side walls 30b.
The second vertical member 31 is the same as the second vertical member 21 of the first vertical member 2, and is a long material having a rectangular section with a pair of first walls 31 a and a pair of second walls 31 b.
The attachment wall 30a of the first longitudinal member 30 is fixedly attached to the fourth end 4d of the plate-like member 4 with screws 34, the second longitudinal member 31 is fitted into the first longitudinal member 30, and the engagement receiving portion 33 is engaged. The first vertical member 30 and the second vertical member 21 are connected by engaging the joint portion 32.
That is, the second vertical member 3 is the same as the first vertical member 2, is reversed in the width direction, and is attached to the fourth end 4 d of the plate-like member 4.
FIG. 8 shows the second vertical member (3-2) of the second solar radiation shielding member 1-2, but the second vertical member (3 of the first and third solar radiation shielding members 1-1, 1-3). The same applies to (-1) and (3-3).

図９に示すように、板状部材４は上壁４０と下壁４１と一端壁４２と他端壁４３とで中空形状で、内部に上壁４０と下壁４１に接する補強材４４が設けてあると共に、内部に一端壁４２と上壁４０、下壁４１に接する第１挿入片４５と、他端壁４３と上壁４０、下壁４１に接する第２挿入片４６が設けてある。
第１縦部材２からビス２４を一端壁４２に螺合して取り付ける。つまり、一端壁４２が第３端部（室内側）４ｃである。
第２縦部材３からビス３４を他端壁４３に螺合して取り付ける。つまり、他端壁４３が第４端部（室内側）４ｄである。 As shown in FIG. 9, the plate-like member 4 has a hollow shape with an upper wall 40, a lower wall 41, one end wall 42, and the other end wall 43, and a reinforcing material 44 in contact with the upper wall 40 and the lower wall 41 is provided inside. In addition, a first insertion piece 45 in contact with the one end wall 42, the upper wall 40, and the lower wall 41 and a second insertion piece 46 in contact with the other end wall 43, the upper wall 40, and the lower wall 41 are provided inside.
Screws 24 from the first vertical member 2 are attached to one end wall 42 by screwing. That is, the one end wall 42 is the third end (inside the room) 4c.
A screw 34 is screwed onto the other end wall 43 from the second vertical member 3 and attached. That is, the other end wall 43 is the fourth end (inside the room) 4d.

図９に示すように、上レール６は第１レール６０と第２レール６１を有し、第１レール６０が室内側で、第２レール６１が室外側である。
各日射遮蔽部材１−１，１−２，１−３の第１縦部材２の上部に第１吊車６２が取り付けてある。第１吊車６２は第１レール６０に走行自在に接し、各第１縦部材２は上レール６で走行自在に吊り下げ支持されている。
各日射遮蔽部材１−１，１−２，１−３の第２縦部材３の上部に第２吊車６３が取り付けてある。第２吊車６３は第２レール６１に走行自在に接し、各第２縦部材３は上レール６で走行自在に吊り下げ支持されている。
このようであるから、各日射遮蔽部材１−１，１−２，１−３は共通の上レール６に走行自在に吊り下げ支持されている。 As shown in FIG. 9, the upper rail 6 has a first rail 60 and a second rail 61, where the first rail 60 is on the indoor side and the second rail 61 is on the outdoor side.
The 1st suspension wheel 62 is attached to the upper part of the 1st vertical member 2 of each solar radiation shielding member 1-1, 1-2, 1-3. The first suspension wheel 62 is in contact with the first rail 60 so as to be able to run, and the first vertical members 2 are supported by the upper rail 6 so as to be able to run.
The 2nd suspension wheel 63 is attached to the upper part of the 2nd vertical member 3 of each solar radiation shielding member 1-1, 1-2, 1-3. The second suspension wheel 63 is in contact with the second rail 61 so as to be able to travel, and each second vertical member 3 is suspended and supported by the upper rail 6 so as to be capable of traveling.
Since it is like this, each solar radiation shielding member 1-1, 1-2, 1-3 is suspended and supported by the common upper rail 6 so that driving | running | working is possible.

上レール６は、本体６４を備えている。本体６４は上壁６４ａと下壁６４ｂと取付壁６４ｃと連結壁６４ｄを有し、取付壁６４ｃが躯体８に固着したブラケット６５に固着してある。
下壁６４ｂの室内外側方向中間に、第１レール溝６６を有し、下壁６４ｂの室外側に第２レール溝６７を有している。
下壁６４ｂに第１レール部材６８をビスで固着して取り付け、第１レール部材６８のレール溝６８ａと第１レール溝６６が相対向し、第１レール６０を形成している。
下壁６４ｂに第２レール部材６９をビスで固着して取り付け、第２レール部材６９のレール溝６９ａと第２レール溝６７が相対向し、第２レール６１を形成している。
つまり、第１レール６０と第２レール６１は室内外側方向に対向した一対のレール溝を有している。 The upper rail 6 includes a main body 64. The main body 64 has an upper wall 64a, a lower wall 64b, a mounting wall 64c, and a connecting wall 64d, and the mounting wall 64c is fixed to a bracket 65 fixed to the housing 8.
A first rail groove 66 is provided in the middle of the lower wall 64b in the room outside direction, and a second rail groove 67 is provided on the outdoor side of the lower wall 64b.
The first rail member 68 is fixedly attached to the lower wall 64b with screws, and the rail groove 68a of the first rail member 68 and the first rail groove 66 are opposed to each other to form the first rail 60.
The second rail member 69 is fixedly attached to the lower wall 64b with screws, and the rail groove 69a and the second rail groove 67 of the second rail member 69 face each other to form the second rail 61.
That is, the 1st rail 60 and the 2nd rail 61 have a pair of rail groove which opposed in the room outside direction.

第１吊車６２は一対の吊車６２ａを有し、一対の吊車６２ａが第１レール６０の一対のレール溝に接して吊り下げられる。
第２吊車６３は一対の吊車６３ａを有し、一対の吊車６３ａが第２レール６１の一対のレール溝に接して吊り下げられる。
このようであるから、各日射遮蔽部材１−１，１−２，１−３を室内外側方向に振れ動くことがないように、安定して吊り下げ支持できる。
第１吊車６２、第２吊車６３を吊り下げるときは、第１・第２レール部材６８，６９を取り外し、一方の吊車６２ａ、吊車６３ａを一方のレール溝に接した後に、第１・第２レール部材６８，６９を取り付けて一対の吊車６２ａ，６３ａを吊り下げ支持する。 The first suspension wheel 62 has a pair of suspension wheels 62 a, and the pair of suspension wheels 62 a is suspended in contact with the pair of rail grooves of the first rail 60.
The second suspension wheel 63 has a pair of suspension wheels 63 a, and the pair of suspension wheels 63 a is suspended in contact with the pair of rail grooves of the second rail 61.
Since it is like this, each solar radiation shielding member 1-1, 1-2, 1-3 can be stably suspended and supported so that it may not shake to the indoor outside direction.
When suspending the first suspension vehicle 62 and the second suspension vehicle 63, the first and second rail members 68 and 69 are removed, and the first and second suspension members 62a and 63a are brought into contact with one rail groove, Rail members 68 and 69 are attached to suspend and support the pair of suspension wheels 62a and 63a.

図１０に示すように、下レール７はガイド縦溝７０を有している。ガイド縦溝７０は下向きに開口し、下レール７の長さ方向に連続している。
ガイド縦溝７０の室内側と室外側とにガイド片７１を室内外側方向に相対向して設けてある。 As shown in FIG. 10, the lower rail 7 has a guide vertical groove 70. The guide vertical groove 70 opens downward and continues in the length direction of the lower rail 7.
Guide pieces 71 are provided on the indoor side and the outdoor side of the guide vertical groove 70 so as to face each other in the indoor outside direction.

下レール７は第１レール部材７２と第２レール部材７３を備えている。
第１レール部材７２は縦壁７２ａと横壁７２ｂで鉤形状で、縦片７２ａを躯体８に固着して取り付ける。
横壁７２ｂの下向片７２ｂ−１に第２レール部材７３をビス７４で固着して取り付け、第２レール部材７３と第１レール部材７２の縦壁７２ａとで縦ガイド溝７０を形成している。
第２レール部材７３のガイド縦溝７０より上にストッパ受７５がビス７６で固着して取り付けてある。 The lower rail 7 includes a first rail member 72 and a second rail member 73.
The first rail member 72 has a vertical shape with a vertical wall 72 a and a horizontal wall 72 b, and the vertical piece 72 a is fixedly attached to the frame 8.
The second rail member 73 is fixedly attached to the downward piece 72b-1 of the horizontal wall 72b with a screw 74, and the vertical guide groove 70 is formed by the second rail member 73 and the vertical wall 72a of the first rail member 72. .
A stopper receiver 75 is fixedly attached with a screw 76 above the guide vertical groove 70 of the second rail member 73.

図４、図１１に示すように、各第１縦部材２の下端部に第１下ガイド７７が室内側に向けて水平に取り付けてある。
各第１下ガイド７７は、横向片７７ａと、横向片７７ａの室内側に設けた上向片７７ｂを有し、横向片７７ａの室外側を第１縦部材２の下端面にビス７７ｃで固着して取り付け、上向片７７ｂを縦ガイド溝７０に下から上に向けて挿入してある。
これにより、各第１縦部材２の下端部は第１下ガイド７７により下レール７の縦ガイド溝７０に沿って走行自在に支持され、第１縦部材２の下端部が室内外側方向に振れ動くことを抑制している。
実施の形態の第１下ガイド７７は、平板７７−１と鉤形板７７−２に分割し、平板７７−１に鉤形板７７−２を室内外側方向に移動自在に取り付けてあるので、上向片７７ｂの室内外側方向の位置を調整できる。これに限ることはなく、第１下ガイド７７は一体であっても良い。 As shown in FIGS. 4 and 11, a first lower guide 77 is horizontally attached to the lower end portion of each first vertical member 2 toward the indoor side.
Each first lower guide 77 has a lateral piece 77a and an upward piece 77b provided on the indoor side of the lateral piece 77a, and the outdoor side of the lateral piece 77a is fixed to the lower end surface of the first longitudinal member 2 with screws 77c. Thus, the upward piece 77b is inserted into the vertical guide groove 70 from the bottom to the top.
Thereby, the lower end part of each 1st vertical member 2 is supported by the 1st lower guide 77 so that driving | running | working is possible along the vertical guide groove 70 of the lower rail 7, and the lower end part of the 1st vertical member 2 shakes in the indoor exterior direction. Suppressing movement.
The first lower guide 77 of the embodiment is divided into a flat plate 77-1 and a bowl-shaped plate 77-2, and the bowl-shaped plate 77-2 is attached to the flat plate 77-1 so as to be movable in the indoor outside direction. The position of the upward piece 77b in the indoor outside direction can be adjusted. However, the present invention is not limited to this, and the first lower guide 77 may be integrated.

本発明の日射遮蔽装置５は、各日射遮蔽部材１−１，１−２，１−３の第１縦部材２の上部及び第２縦部材３の上部を上レール６で吊り下げ支持し、各第１縦部材２の下部を下レール７で室内外側方向に振れ動くことがないように支持したので、各日射遮蔽部材１−１，１−２，１−３をスムーズに展開、収納することができる。   The solar shading device 5 of the present invention suspends and supports the upper part of the first vertical member 2 and the upper part of the second vertical member 3 of the solar shading members 1-1, 1-2, and 1-3 by the upper rail 6, Since the lower portion of each first vertical member 2 is supported by the lower rail 7 so as not to swing outward in the room, each solar radiation shielding member 1-1, 1-2, 1-3 is smoothly deployed and stored. be able to.

図４、図１０に示すように、第２の日射遮蔽部材１−２の第２縦部材（３−２）の下端部に第２下ガイド７８が室内側に向けて水平に取り付けてある。
第２下ガイド７８は横向片７８ａと、横向片７８ａの室内側に設けた上向片７８ｂを有し、横向片７８ａの室外側を第２縦部材３の下端面にビス７８ｃで固着して取り付け、上向片７８ｂを縦ガイド溝７０に下から上に向けて挿入してある。
上向片７８ｂの上部はストッパ受７５とほぼ同一高さで、上向片７８ｂの上部はストッパ受７５と干渉するようにしてある。
なお、第１下ガイド７７の上向片７７ｂの上部はストッパ受７５より低く、上向片７７ｂはストッパ受７５と干渉することがない。また、第２の日射遮蔽部材１−２の第１縦部材（２−２）の下端部に取り付けた第１下ガイド７７の上向片７７ｂの上部をストッパ受７５とほぼ同一高さにして、ストッパ受７５と干渉させるようにしても良い。この場合ストッパ受７５は、図４に示す第２の日射遮蔽部材１−２の第１縦部材（２−２）よりも展開側の位置の下レール７に取り付ければ良い。 As shown in FIGS. 4 and 10, the second lower guide 78 is horizontally attached to the lower end portion of the second vertical member (3-2) of the second solar shading member 1-2 toward the indoor side.
The second lower guide 78 has a lateral piece 78a and an upward piece 78b provided on the indoor side of the lateral piece 78a, and the outer side of the lateral piece 78a is fixed to the lower end surface of the second vertical member 3 with screws 78c. The upper piece 78b is inserted into the vertical guide groove 70 from the bottom to the top.
The upper part of the upward piece 78b is substantially the same height as the stopper receiver 75, and the upper part of the upward piece 78b interferes with the stopper receiver 75.
The upper part of the upper piece 77 b of the first lower guide 77 is lower than the stopper receiver 75, and the upper piece 77 b does not interfere with the stopper receiver 75. In addition, the upper portion of the upward piece 77b of the first lower guide 77 attached to the lower end portion of the first vertical member (2-2) of the second solar shading member 1-2 is made substantially the same height as the stopper receiver 75. Alternatively, it may be made to interfere with the stopper receiver 75. In this case, the stopper receiver 75 may be attached to the lower rail 7 at a position closer to the development side than the first vertical member (2-2) of the second solar radiation shielding member 1-2 shown in FIG.

これにより、第２の日射遮蔽部材１−２の第２縦部材（３−２）は、第２下ガイド７８で下レール７の縦ガイド溝７０に沿って走行自在に支持され、第２縦部材３の下端部が室内外側方向に振れ動くことを抑制している。
つまり、第２の日射遮蔽部材１−２の第２縦部材（３−２）は第１縦部材（２−２）と左右方向に離隔しているので、第２の日射遮蔽部材１−２の第２縦部材（３２）寄り部位は支持されていないから、室内外側方向に振れ動き易い。
このために、第２下ガイド７８で第２縦部材（３−２）の下端部を下レール７で支持し、第２の日射遮蔽部材１−２の第２縦部材（３−２）寄り部位の振れ動きを抑制している。 Accordingly, the second vertical member (3-2) of the second solar radiation shielding member 1-2 is supported by the second lower guide 78 so as to be able to travel along the vertical guide groove 70 of the lower rail 7, and the second vertical member (3-2) is supported. The lower end portion of the member 3 is prevented from swinging in the indoor outside direction.
That is, since the 2nd vertical member (3-2) of the 2nd solar radiation shielding member 1-2 is spaced apart from the 1st vertical member (2-2) in the left-right direction, the 2nd solar radiation shielding member 1-2. Since the portion near the second vertical member (32) is not supported, the second vertical member (32) tends to swing in the direction of the indoor exterior.
For this purpose, the lower end of the second vertical member (3-2) is supported by the lower rail 7 with the second lower guide 78, and closer to the second vertical member (3-2) of the second solar radiation shielding member 1-2. The movement of the part is suppressed.

第２下ガイド７８は第１下ガイド７７と同様に、平板７８−１と鉤形片７８−２に分割し、平板７８−１に鉤形片７８−２を室内外側方向に移動自在に取り付けてあるので、上向片７８ｂの室内外側方向の位置を調整できる。
これに限ることはなく、第２下ガイド７８は一体であっても良い。 Similar to the first lower guide 77, the second lower guide 78 is divided into a flat plate 78-1 and a bowl-shaped piece 78-2, and the bowl-shaped piece 78-2 is attached to the flat plate 78-1 so as to be movable in the indoor exterior direction. Therefore, the position of the upward piece 78b in the indoor outside direction can be adjusted.
However, the second lower guide 78 may be integrated.

第１・第２下ガイド７７，７８を下レール７に支持するときは、第２レール部材７３を第１レール部材７２から取り外し、第１・第２下ガイド７７，７８の上向片７７ｂ，７８ｂを第１レール部材７２の内に収容させる。
この状態で第２レール部材７３を第１レール部材７２にビス７４で固着して取り付け、縦ガイド溝７０を形成する。 When the first and second lower guides 77 and 78 are supported on the lower rail 7, the second rail member 73 is removed from the first rail member 72, and the upper pieces 77 b and the first and second lower guides 77 and 78 are moved upward. 78 b is accommodated in the first rail member 72.
In this state, the second rail member 73 is fixedly attached to the first rail member 72 with a screw 74 to form the vertical guide groove 70.

このようにすることで、第１・第２下ガイド７７，７８を下レール７の縦ガイド溝７０に簡単に挿入することができる。
このことと、前述の上レール６に吊車を簡単に支持できることにより、各日射遮蔽部材１−１，１−２，１−３を上レール６と下レール７に簡単に支持することができる。 In this way, the first and second lower guides 77 and 78 can be easily inserted into the vertical guide groove 70 of the lower rail 7.
This and the ability to easily support the suspension vehicle on the upper rail 6 described above makes it possible to easily support the solar radiation shielding members 1-1, 1-2, and 1-3 on the upper rail 6 and the lower rail 7.

図４、図１２、図１３、図１４に示すように、第２の日射遮蔽部材１−２の最下部の板状部材４−２、第３の日射遮蔽部材１−３の最下部の板状部材４−３は、下向きに開口した凹部８０を左右方向（つまり、長さ方向）に連続して有している。
実施の形態では、最下部の板状部材４−２，４−３は、図１２に示すように、上壁４０と下壁４１と一端壁４２と他端壁４３とで中空形状で、上壁４０と下壁４１とに渡って室内外側方向一対の縦壁４７が一体に設けてある。下壁４１の一対の縦壁４７間に左右方向に連続した開口部４８を有している。
一対の縦壁４７は対向した凹条溝４７ａを有し、各凹条溝４７ａにガイド片４９をそれぞれ左右方向に連続して取り付けてある。
開口部４８と一対のガイド片４９とで下向きに開口した凹部８０としてある。 As shown in FIGS. 4, 12, 13, and 14, the lowermost plate member 4-2 of the second solar shading member 1-2 and the lowermost plate of the third solar shading member 1-3. The shaped member 4-3 has a concave portion 80 opened downward in the left-right direction (that is, in the length direction).
In the embodiment, as shown in FIG. 12, the lowermost plate-like members 4-2 and 4-3 are formed in a hollow shape with an upper wall 40, a lower wall 41, one end wall 42, and the other end wall 43. A pair of vertical walls 47 in the indoor exterior direction are integrally provided across the wall 40 and the lower wall 41. Between the pair of vertical walls 47 of the lower wall 41, there is an opening 48 that is continuous in the left-right direction.
The pair of vertical walls 47 have concave grooves 47a facing each other, and guide pieces 49 are continuously attached to the respective concave grooves 47a in the left-right direction.
The opening 48 and the pair of guide pieces 49 form a recess 80 that opens downward.

最下部の板状部材４−２の左右一方側の端部の下面（第３の日射遮蔽部材１−３の第２縦部材３−３側の端部における下面）と、最下部の板状部材４−３の左右の一方側の端部の下面（第１の日射遮蔽部材１−１の第２縦部材３−１側の端部における下面）にストッパ受部材８１をそれぞれ取り付ける。左右方向一方側は展開側で、左右方向他方側は収納側である。
ストッパ受部材８１は取付部８１ａとストッパ受部８１ｂを有し、取付部８１ａを板状部材４−２，４−３の下壁４１にビス８２で固着して取り付けてある。
ストッパ受部材８１のストッパ受部８１ｂは凹部８０内に突出している。 The lower surface of the left and right ends of the lowermost plate member 4-2 (the lower surface of the end of the third solar shading member 1-3 on the second vertical member 3-3 side) and the lowermost plate shape The stopper receiving members 81 are respectively attached to the lower surfaces of the left and right ends of the member 4-3 (the lower surfaces of the first solar shading members 1-1 on the second vertical member 3-1 side). One side in the left-right direction is the deployment side, and the other side in the left-right direction is the storage side.
The stopper receiving member 81 has an attaching portion 81a and a stopper receiving portion 81b, and the attaching portion 81a is attached to the lower wall 41 of the plate-like members 4-2 and 4-3 by screws 82.
The stopper receiving portion 81 b of the stopper receiving member 81 protrudes into the recess 80.

ストッパ受部材８１は、図１５に示すように、プレート８３の中間部位を切り起こして立上り片８４とし、プレート８３に孔８５を形成してある。プレート８３の孔８５からビス８２を下壁４１に螺合してプレート８３を下壁４１に取り付けることで、立上り片８４を凹部８０内に突出している。   As shown in FIG. 15, the stopper receiving member 81 cuts and raises an intermediate portion of the plate 83 to form a rising piece 84, and a hole 85 is formed in the plate 83. The rising piece 84 protrudes into the recess 80 by screwing the screw 82 into the lower wall 41 from the hole 85 of the plate 83 and attaching the plate 83 to the lower wall 41.

第１の日射遮蔽部材１−１の第２縦部材（３−１）の下部及び第３の日射遮蔽部材１−３の第２縦部材（３−３）の下部にストッパ部材９０をそれぞれ取り付けてある。
ストッパ部材９０は、取付部９０ａとストッパ部９０ｂを有し、取付部９０ａを第２縦部材３の下部に固着して取り付け、ストッパ部９０ｂが最下部の板状部材４−２，４−３の凹部８０内に突出し、ストッパ部９０ｂがストッパ受部材８１のストッパ受部８１ｂに当接する。 Stopper members 90 are respectively attached to the lower part of the second vertical member (3-1) of the first solar radiation shielding member 1-1 and the lower part of the second vertical member (3-3) of the third solar radiation shielding member 1-3. It is.
The stopper member 90 has an attachment part 90a and a stopper part 90b, and the attachment part 90a is fixedly attached to the lower part of the second vertical member 3, and the stopper part 90b is the lowermost plate member 4-2, 4-3. The stopper portion 90 b comes into contact with the stopper receiving portion 81 b of the stopper receiving member 81.

ストッパ部材９０の取付部９０ａは、図１５に示すように、左右方向に延びる第１片９１と、第１片９１の左右方向両端に室外側に向けて一体に設けた一対の第２片９２とでコ字形状で、取付部９０ａを第２縦部材３（３−１），（３−３）に嵌合し、一対の第２片９２をビス９３で固着して取り付ける。
ストッパ部９０ｂは、第１片９１と連続し室内側に向けて設けた横向片９４と、横向片９４と連続した上向片９５を有し、上向片９５がストッパ部９０ｂである。 As shown in FIG. 15, the attachment portion 90 a of the stopper member 90 includes a first piece 91 extending in the left-right direction and a pair of second pieces 92 provided integrally at both ends in the left-right direction of the first piece 91 toward the outdoor side. And the mounting portion 90a is fitted to the second vertical members 3 (3-1) and (3-3), and the pair of second pieces 92 are fixedly attached by screws 93.
The stopper portion 90b includes a lateral piece 94 that is continuous with the first piece 91 and is provided toward the indoor side, and an upward piece 95 that is continuous with the lateral piece 94. The upward piece 95 is the stopper portion 90b.

このようであるから、図５、図６に示す収納状態から図３、図４に示す展開状態とするために、第１の日射遮蔽部材１−１の第１縦部材（２−１）を展開方向に移動したときは、第２縦部材（３−１）に取り付けたストッパ部材９０のストッパ部９０ｂが第３の日射遮蔽部材１−３の板状部材（４−３）の凹部８０に沿って移動する。これにより、ストッパ部９０ｂが板状部材（４−３）に取り付けたストッパ受部材８１のストッパ受部８１ｂに当接する。   Since it is like this, in order to change from the stowed state shown in FIGS. 5 and 6 to the unfolded state shown in FIGS. 3 and 4, the first vertical member (2-1) of the first solar shading member 1-1 is When moved in the unfolding direction, the stopper portion 90b of the stopper member 90 attached to the second vertical member (3-1) becomes the concave portion 80 of the plate-like member (4-3) of the third solar shading member 1-3. Move along. Thereby, the stopper part 90b contact | abuts to the stopper receiving part 81b of the stopper receiving member 81 attached to the plate-shaped member (4-3).

第１の日射遮蔽部材１−１の第１縦部材（２−１）を展開方向にさらに移動すると、第１の日射遮蔽部材１−１と第３の日射遮蔽部材１−３が展開方向に移動し、第２縦部材（３−３）に取り付けたストッパ部材９０のストッパ部９０ｂが第２の日射遮蔽部材１−２の板状部材（４−２）の凹部８０に沿って移動することで、ストッパ部９０ｂが板状部材（４−２）に取り付けたストッパ受部材８１のストッパ受部８１ｂに当接する。
これにより、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３は順次引き出しされた展開状態となる。 When the first vertical member (2-1) of the first solar radiation shielding member 1-1 is further moved in the deployment direction, the first solar radiation shielding member 1-1 and the third solar radiation shielding member 1-3 are deployed in the deployment direction. The stopper portion 90b of the stopper member 90 that moves and is attached to the second vertical member (3-3) moves along the concave portion 80 of the plate-like member (4-2) of the second solar radiation shielding member 1-2. Thus, the stopper portion 90b comes into contact with the stopper receiving portion 81b of the stopper receiving member 81 attached to the plate-like member (4-2).
Thereby, the 1st, 2nd, 3rd solar radiation shielding member 1-1, 1-2, 1-3 will be in the unfolded state pulled out one by one.

第１の日射遮蔽部材１−１の第１縦部材（２−１）を展開方向にさらに移動すると、第１の日射遮蔽部材１−１と第３の日射遮蔽部材１−３と第２の日射遮蔽部材１−２が一体となって展開方向に移動し、図３に示すように窓開口９を覆う。
このとき、第２の日射遮蔽部材１−２の第２縦部材３の下端部に取り付けた第２下ガイド７８の上向片７８ｂがストッパ受７５に当接し、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３が展開方向に移動しないように規制する。 When the first vertical member (2-1) of the first solar radiation shielding member 1-1 is further moved in the deployment direction, the first solar radiation shielding member 1-1, the third solar radiation shielding member 1-3, and the second solar radiation shielding member 1-1 are moved. The solar radiation shielding member 1-2 integrally moves in the deployment direction and covers the window opening 9 as shown in FIG.
At this time, the upward piece 78b of the second lower guide 78 attached to the lower end portion of the second vertical member 3 of the second solar shading member 1-2 abuts against the stopper receiver 75, and the first, second and third The solar radiation shielding members 1-1, 1-2, 1-3 are regulated so as not to move in the deployment direction.

このようであるから、第１の日射遮蔽部材１−１を展開方向に移動することで、第３の日射遮蔽部材１−３、第２の日射遮蔽部材１−２を順次展開方向に移動して展開状態とすることができる。   Since it is like this, the 3rd solar radiation shielding member 1-3 and the 2nd solar radiation shielding member 1-2 are moved to a deployment direction one by one by moving the 1st solar radiation shielding member 1-1 to a deployment direction. Can be set to the expanded state.

しかも、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３を展開した状態とし、各日射遮蔽部材１−１，１−２，１−３を一体として展開方向に移動することができる。
このようであるから、図３、図４に示すように窓開口９を完全に覆うことができると共に、図５、図６に示すように窓開口９を完全に開放することができる。 Moreover, the first, second, and third solar shading members 1-1, 1-2, and 1-3 are in a deployed state, and the solar shading members 1-1, 1-2, and 1-3 are deployed as a unit. Can move in the direction.
Thus, the window opening 9 can be completely covered as shown in FIGS. 3 and 4, and the window opening 9 can be completely opened as shown in FIGS.

凹部８０は最下部の板状部材（４−３），（４−２）の下壁４１に開口し、その下壁４１にストッパ受部材８１を取り付けたので、凹部８０、ストッパ受部材８１が展開した状態で目立つことがない。
ストッパ部材９０は第２縦部材（３−１），（３−３）の下部に取り付けられ、板状部材（４−３），（４−２）の真下に位置しているから、ストッパ部材９０が目立つことがない。
これにより、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３が展開した状態での意匠性が良い。 The recess 80 opens in the lower wall 41 of the lowermost plate-like members (4-3) and (4-2), and the stopper receiving member 81 is attached to the lower wall 41. Therefore, the recess 80 and the stopper receiving member 81 are It does not stand out in the unfolded state.
The stopper member 90 is attached to the lower part of the second vertical members (3-1) and (3-3), and is located directly below the plate-like members (4-3) and (4-2). 90 does not stand out.
Thereby, the design property in the state which the 1st, 2nd, 3rd solar radiation shielding member 1-1, 1-2, 1-3 was developed is good.

図７に示すように、第１の日射遮蔽部材１−１の第１縦部材（２−１）に錠１００が取り付けてある。
図７に示すように、躯体８の窓開口９の一方の縦縁９ｃ寄り、つまり展開側及び図８に示すように躯体８の窓開口９の他方の縦縁９ｄ寄り、つまり収納側に錠受１１０がそれぞれ取り付けてある。
錠１００は、図１６に示すように錠本体１０１と、錠本体１０１に設けた錠杆１０２と、錠本体１０１に設けた操作摘み１０３とを備えている。
操作摘み１０３を図１６に示すように錠本体１０１の下方に移動すると、錠杆１０２は実線で示すように、錠本体１０１の左右方向の一方側（つまり、展開側）に突出し、錠１００は施錠状態となる。
操作摘み１０３を上方に移動すると、錠杆１０２は仮想線で示すように錠本体１０１の左右方向の他方側（つまり、収納側）に突出し、錠１００は施錠状態となる。 As shown in FIG. 7, the lock 100 is attached to the first vertical member (2-1) of the first solar radiation shielding member 1-1.
As shown in FIG. 7, it locks toward one vertical edge 9c of the window opening 9 of the casing 8, that is, on the unfolded side and toward the other vertical edge 9d of the window opening 9 of the casing 8, as shown in FIG. Each of the receptacles 110 is attached.
As shown in FIG. 16, the lock 100 includes a lock body 101, a lock rod 102 provided on the lock body 101, and an operation knob 103 provided on the lock body 101.
When the operation knob 103 is moved below the lock body 101 as shown in FIG. 16, the lock rod 102 protrudes to one side of the lock body 101 in the left-right direction (that is, the unfolding side) as shown by the solid line, and the lock 100 is It becomes locked.
When the operation knob 103 is moved upward, the lock rod 102 protrudes to the other side (that is, the storage side) of the lock body 101 in the left-right direction as indicated by a virtual line, and the lock 100 is locked.

錠１００は図７に示すように、錠本体１０１を第１縦部材（２−１）の室内側面（第２縦材２１の第２壁２１ｂ）に、操作摘み１０３が室内側に向かうように取り付けてある。
錠受１１０は、図７、図８に示すように、基端片１１１と、基端片１１１に連結した先端片１１２を備え、基端片１１１が躯体８に固着具で取り付けてある。
先端片１１２は室内外側方向に延びる第１片１１２ａと、第１片１１２ａの先端に左右方向に向けて設けた第２片１１２ｂとで鉤形状で、第２片１１２ｂの先端に室内側に向けて錠受片１１２ｃを設けてある。 As shown in FIG. 7, the lock 100 is arranged so that the lock main body 101 faces the indoor side surface (the second wall 21 b of the second vertical member 21) of the first vertical member (2-1) and the operation knob 103 faces the indoor side. It is attached.
As shown in FIGS. 7 and 8, the lock holder 110 includes a base end piece 111 and a front end piece 112 connected to the base end piece 111, and the base end piece 111 is attached to the housing 8 with a fastener.
The tip piece 112 has a bowl shape with a first piece 112a extending in the indoor exterior direction and a second piece 112b provided in the left-right direction at the tip of the first piece 112a, and toward the inside of the tip of the second piece 112b. A lock receiving piece 112c is provided.

図７に示すように、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３が展開状態のときに、第１縦部材（２−１）に取り付けた錠１００の一方側に、展開側に取り付けた錠受１１０が位置する。
錠１００の操作摘み１０３を下方位置とすることで、錠杆１０２が錠本体１０１の一方側に突出し、錠受１１０の錠受片１１２ｃに係止することで、展開した状態の日射遮蔽部材を収納方向に移動しないように施錠する。 As shown in FIG. 7, when the first, second and third solar radiation shielding members 1-1, 1-2 and 1-3 are in the unfolded state, the lock attached to the first longitudinal member (2-1). On one side of 100, a lock holder 110 attached to the deployment side is located.
By setting the operation knob 103 of the lock 100 to the lower position, the lock rod 102 protrudes to one side of the lock body 101, and is locked to the lock receiving piece 112c of the lock receiver 110, so that the solar radiation shielding member in the expanded state is provided. Lock it so that it does not move in the storage direction.

図６に示すように、第１・第２・第３の日射遮蔽部材１−１，１−２，１−３が収納状態のときに、第１縦部材（２−１）に取り付けた錠１００の他方側に、収納側に取り付けた錠受１１０が位置する。
錠１００の操作摘み１０３を上方に移動して上方位置とすることで、錠杆１０２が錠本体１０１の他方側に突出し、錠杆１０２が錠受１１０の錠受片１１２ｃに係止し、収納した状態の日射遮蔽部材を展開方向に移動しないように施錠する。 As shown in FIG. 6, when the first, second and third solar shading members 1-1, 1-2 and 1-3 are stored, the lock attached to the first longitudinal member (2-1). On the other side of 100, a lock holder 110 attached to the storage side is located.
By moving the operation knob 103 of the lock 100 upward to the upper position, the lock rod 102 protrudes to the other side of the lock body 101, and the lock rod 102 is locked to the lock receiving piece 112c of the lock holder 110 for storage. The solar radiation shielding member in a state of being locked is locked so as not to move in the deployment direction.

錠と錠受の第２の実施の形態を図１６〜図１８を参照して説明する。
錠１００は、錠本体１０１と錠杆１０２と操作摘み１０３を備え、前述の第１の実施の形態の錠１００と同一である。
錠受１１０は、取付部１１３の室外側に設けた中空部１１４を有し、中空部１１４は室内外側方向に延びる第１壁１１４ａ、第２壁１１４ｂと、左右方向に延びる室内側の第３壁１１４ｃ、室外側の第４壁１１４ｄで矩形中空形状で、第２壁１１４ｂが第１の日射遮蔽部材１−１の第１縦部材（２−１）と隣接している。その第２壁１１４ｂに錠受プレート１１５が固着してある。
錠１００の操作摘み１０３を下方に移動することで、錠杆１０２が錠本体１０１の一方側に突出し、錠受プレート１１５に係止することで施錠する。つまり、この実施の形態は、展開側に取り付けた状態である。 A second embodiment of the lock and lock receiver will be described with reference to FIGS.
The lock 100 includes a lock body 101, a lock rod 102, and an operation knob 103, and is the same as the lock 100 of the first embodiment described above.
The lock holder 110 has a hollow portion 114 provided on the outdoor side of the attachment portion 113, and the hollow portion 114 has a first wall 114a and a second wall 114b extending in the indoor outside direction, and a third on the indoor side extending in the left-right direction. The wall 114c and the fourth wall 114d on the outdoor side have a rectangular hollow shape, and the second wall 114b is adjacent to the first vertical member (2-1) of the first solar radiation shielding member 1-1. The lock receiving plate 115 is fixed to the second wall 114b.
By moving the operation knob 103 of the lock 100 downward, the lock rod 102 protrudes to one side of the lock body 101 and is locked by being locked to the lock receiving plate 115. That is, this embodiment is in a state of being attached to the deployment side.

このように、錠杆１０２と錠受１１０（錠受プレート１１５）との係止部は、中空部１１４の第１壁１１４ａ、第３壁１１４ｃ、第４壁１１４ｄ及び取付部１１３で覆われて隠蔽されているので、室外側から錠杆１０２と錠受１１０との係止部を目視し難い。
しかも、錠本体１０１、操作摘み１０３は錠受１１０で隠蔽され、室外側から目視し難い。
これらが相俟って、室外側から錠１００の存在を視認できないので、室外側から故意に解錠して日射遮蔽部材を収納方向に移動することを防止でき、防犯上好ましい。 As described above, the locking portion between the lock rod 102 and the lock holder 110 (lock receiving plate 115) is covered with the first wall 114a, the third wall 114c, the fourth wall 114d, and the mounting portion 113 of the hollow portion 114. Since it is concealed, it is difficult to visually check the locking part between the lock rod 102 and the lock holder 110 from the outdoor side.
In addition, the lock body 101 and the operation knob 103 are concealed by the lock holder 110 and are difficult to see from the outdoor side.
Together, the presence of the lock 100 cannot be visually recognized from the outdoor side, so that it is possible to prevent the solar radiation shielding member from being intentionally unlocked from the outdoor side and moving in the storage direction, which is preferable for crime prevention.

第１縦部材（２−１）の室内側面に補助錠１２０が取り付けてある。
補助錠１２０は、取付部１２１と錠部１２２を備え、取付部１２１は第１縦部材（２−１）の室内側面に上下方向に移動自在に取り付けられ、補助錠１２０は第１位置と第２位置とに渡って上下方向に移動する。錠部１２２は錠１００の錠本体１０１の他方側に位置している。 An auxiliary lock 120 is attached to the interior side surface of the first vertical member (2-1).
The auxiliary lock 120 includes an attachment portion 121 and a lock portion 122, and the attachment portion 121 is attached to the interior side surface of the first vertical member (2-1) so as to be movable in the vertical direction. The auxiliary lock 120 has a first position and a first position. Moves up and down over 2 positions. The lock part 122 is located on the other side of the lock body 101 of the lock 100.

補助錠１２０が第１位置であると、錠部１２２は錠１００の錠杆１０２と上下方向に位置がずれ、錠杆１０２は錠本体１０１の他方側に突出可能である。
補助錠１２０が第２位置であると、錠部１２２は錠１００の錠杆１０２と同一高さで、錠１００の操作摘み１０３を操作して錠杆１０２を錠本体１０１の他方側に突出しようとしたときに錠杆１０２が錠部１２２に当接し、錠杆１０２が錠本体１０１の他方側に突出できないようにする。 When the auxiliary lock 120 is in the first position, the lock portion 122 is displaced in the vertical direction with respect to the lock hook 102 of the lock 100, and the lock hook 102 can project to the other side of the lock body 101.
When the auxiliary lock 120 is in the second position, the lock portion 122 is at the same height as the lock hook 102 of the lock 100, and the lock knob 102 of the lock 100 is operated to project the lock hook 102 to the other side of the lock body 101. The lock rod 102 comes into contact with the lock portion 122 so that the lock rod 102 cannot protrude to the other side of the lock body 101.

このようであるから、錠１００の操作摘み１０３を操作し、錠杆１０２を錠本体１０１の一方側に突出して錠受１１０（錠受プレート１１５）に係止して施錠した状態で、補助錠１２０を第２位置に移動することにより、錠杆１０２が錠部１２２で錠本体１０１の他方側に突出できないから、操作摘み１０３を操作して錠杆１０２を錠本体１０１の他方側に突出することができない。つまり、錠杆１０２を錠受１１０（錠受プレート１１５）から外して解錠できない。
したがって、第１の日射遮蔽部材１−１の室外側から板状部材（４−１）間に手を入れて操作摘み１０３を操作することで解錠できないので、防犯上好ましい。 Thus, the auxiliary lock 103 is operated in such a manner that the operation knob 103 of the lock 100 is operated, the lock rod 102 protrudes to one side of the lock body 101 and is locked to the lock holder 110 (lock receiving plate 115). By moving 120 to the second position, the lock rod 102 cannot protrude to the other side of the lock body 101 at the lock portion 122, so that the operation knob 103 is operated to protrude the lock rod 102 to the other side of the lock body 101. I can't. That is, the lock 102 cannot be unlocked by removing it from the lock holder 110 (lock receiving plate 115).
Therefore, since it cannot be unlocked by putting the hand between the plate-like members (4-1) from the outdoor side of the first solar radiation shielding member 1-1 and operating the operation knob 103, it is preferable in terms of crime prevention.

補助錠１２０は、左右方向に延びる第１プレート１２３と、第１プレート１２３の左右方向の他方縁に設けた室内側に延びる第２プレート１２４を備え、第２プレート１２４は第１プレート１２３よりも下方に突出している。
第１プレート１２３は左右方向一対の縦溝１２５を有し、縦溝１２５の下部に左右方向に向かう切欠部１２６が形成してある。
第１プレート１２３を第１縦部材（２−１）の室内側面に接し、縦溝１２５からビス１２７を第１縦部材（２−１）の室内側面に螺合することで、補助錠１２０は第１位置と第２位置とに渡って上下方向に移動自在に取り付ける。つまり、第１プレート１２３が取付部１２１である。
第２プレート１２４は錠本体１０１よりも他方側に位置している。つまり、第２プレート１２４が錠部１２２である。 The auxiliary lock 120 includes a first plate 123 that extends in the left-right direction, and a second plate 124 that extends to the indoor side provided at the other edge of the first plate 123 in the left-right direction. The second plate 124 is more than the first plate 123. It protrudes downward.
The first plate 123 has a pair of left and right vertical grooves 125, and a notch 126 extending in the left and right direction is formed below the vertical groove 125.
The auxiliary lock 120 is formed by contacting the first plate 123 to the inner side surface of the first vertical member (2-1) and screwing the screw 127 from the vertical groove 125 to the inner side surface of the first vertical member (2-1). Attached so as to be movable in the vertical direction across the first position and the second position. That is, the first plate 123 is the attachment portion 121.
The second plate 124 is located on the other side of the lock body 101. That is, the second plate 124 is the lock portion 122.

図１８に示すように、第１プレート１２３の縦溝１２５の切欠部１２６をビス１２７に接することで、補助錠１２０は第１位置となる。
第２プレート１２４は錠本体１０１の錠杆１０２が出没する開口部１０１ａより上に位置し、錠杆１０２は錠本体１０１の他方側に突出可能である。 As shown in FIG. 18, the auxiliary lock 120 is in the first position by contacting the notch 126 of the longitudinal groove 125 of the first plate 123 with the screw 127.
The second plate 124 is located above the opening 101 a where the lock rod 102 of the lock body 101 protrudes and retracts, and the lock rod 102 can project to the other side of the lock body 101.

図１９、図２０に示すように、第１プレート１２３の縦溝１２５の上端部をビス１２７に当接することで、補助錠１２０は第２位置となる。
第２プレート１２４は錠本体１０１の開口部１０１ａと対向して開口部１０１ａを閉じ、開口部１０１ａから錠杆１０２が突出しないようにする。 As shown in FIGS. 19 and 20, the auxiliary lock 120 is in the second position by abutting the upper end portion of the longitudinal groove 125 of the first plate 123 with the screw 127.
The second plate 124 faces the opening 101a of the lock body 101 and closes the opening 101a so that the lock 102 does not protrude from the opening 101a.

実施の形態は、展開側であるが、収納側の場合には錠受１１０と補助錠１２０を左右反転して取り付けすれば良い。   The embodiment is on the unfolding side, but in the case of the storage side, the lock holder 110 and the auxiliary lock 120 may be reversed and attached.

実施の形態は、３つの日射遮蔽部材１−１，１−２，１−３を有しているが、日射遮蔽部材は２つでも良いし、４つ以上でも良い。
つまり、戸先側の第１の日射遮蔽部材１−１と戸尻側の第２の日射遮蔽部材１−２とで２つの日射遮蔽部材を有している日射遮蔽装置とする。
戸先側の第１の日射遮蔽部材１−１と、戸尻側の第２の日射遮蔽部材１−２と、複数の中間の第３日射遮蔽部材１−３とで４つ以上の日射遮蔽部材を有している日射遮蔽装置とする。 Although the embodiment has three solar radiation shielding members 1-1, 1-2, and 1-3, the number of solar radiation shielding members may be two, or four or more.
That is, it is set as the solar radiation shielding apparatus which has two solar radiation shielding members by the 1st solar radiation shielding member 1-1 by the door end side, and the 2nd solar radiation shielding member 1-2 by the door bottom side.
Four or more solar radiation shields with the first solar radiation shielding member 1-1 on the door end side, the second solar radiation shielding member 1-2 on the door bottom side, and a plurality of intermediate third solar radiation shielding members 1-3. It is assumed that the solar radiation shielding device has a member.

下レール７を第２縦部材３まで室外側に突出する形状とし、第１縦部材２の下部と第３縦部材３の下部を下レール７で支持するようにしても良い。   The lower rail 7 may be shaped to protrude to the outdoor side up to the second vertical member 3, and the lower portion of the first vertical member 2 and the lower portion of the third vertical member 3 may be supported by the lower rail 7.

１…日射遮蔽部材、１−１…戸先側の第１の日射遮蔽部材、１−２…戸尻側の第２の日射遮蔽部材、１−３…中間の第３の日射遮蔽部材、２…第１縦部材、３…第２縦部材、４…板状部材、５…日射遮蔽装置、６…上レール、７…下レール、７５…ストッパ受、７７…第１下ガイド、７８…第２下ガイド、８０…凹部、８１…ストッパ受部材、８１ｂ…ストッパ受部、９０…ストッパ部材、９０ｂ…ストッパ部、１００…錠、１０１…錠本体、１０２…錠杆、１０３…操作摘み、１１０…錠受、１２０…補助錠、１２１…取付部、１２２…錠部。   DESCRIPTION OF SYMBOLS 1 ... Solar radiation shielding member, 1-1 ... 1st solar radiation shielding member by the door end side, 1-2 ... 2nd solar radiation shielding member by the door bottom side, 1-3 ... 3rd intermediate solar radiation shielding member, 2 ... 1st vertical member, 3 ... 2nd vertical member, 4 ... Plate-shaped member, 5 ... Solar radiation shielding device, 6 ... Upper rail, 7 ... Lower rail, 75 ... Stopper receptacle, 77 ... First lower guide, 78 ... First 2 Lower guide, 80 ... Recessed part, 81 ... Stopper receiving member, 81b ... Stopper receiving part, 90 ... Stopper member, 90b ... Stopper part, 100 ... Lock, 101 ... Lock body, 102 ... Lock lever, 103 ... Operation knob, 110 ... Lock receiver, 120 ... Auxiliary lock, 121 ... Mounting part, 122 ... Lock part.

Claims (7)

上レールと下レールに移動自在に支持された複数の日射遮蔽部材を備え、
それぞれの前記日射遮蔽部材は、第１縦部材と第２縦部材とに渡って複数の板状部材を上下方向に間隔を置いて取り付け、前記第１縦部材は板状部材の幅方向一方側の長さ方向一方側に取り付けられ、前記第２縦部材は板状部材の幅方向他方側の長さ方向他方側に取り付けられたものとし、
それぞれの前記第１縦部材は板状部材の幅方向一方側において一列状に配置され、それぞれの前記第２縦部材は板状部材の幅方向他方側において一列状に配置され、
それぞれの前記日射遮蔽部材を収納方向に移動する際、前記板状部材同士が上下方向に重ね合わせられると共に、前記第１縦部材および第２縦部材が互いに近づく方向に移動され、
それぞれの前記日射遮蔽部材を展開方向に移動する際、前記第１縦部材及び第２縦部材が互いに離れる方向に移動される日射遮蔽装置であって、
前記日射遮蔽部材のうち戸先側に配置した日射遮蔽部材以外の日射遮蔽部材には、前記板状部材の下面にストッパ受部材を取り付け、
前記日射遮蔽部材のうち戸尻側に配置した日射遮蔽部材の第２縦部材以外の第２縦部材には、前記ストッパ受部材に当接するようにストッパ部材を取り付け、
前記ストッパ部材がストッパ受部材に当接して複数の日射遮蔽部材は一体となって展開方向に移動するようにしたことを特徴とする日射遮蔽装置。 A plurality of solar shading members supported movably on the upper rail and the lower rail,
Each of the solar shading members has a plurality of plate-like members attached at intervals in the vertical direction across the first vertical member and the second vertical member, and the first vertical member is one side in the width direction of the plate-like member. The second vertical member is attached to the other side in the length direction on the other side in the width direction of the plate-shaped member,
Each of the first vertical members is arranged in a row on one side in the width direction of the plate member, and each of the second vertical members is arranged in a row on the other side in the width direction of the plate member,
When the respective solar radiation shielding members are moved in the storage direction, the plate-like members are overlapped in the vertical direction, and the first vertical member and the second vertical member are moved in a direction approaching each other,
When moving each of the solar shading members in the deployment direction, the solar shading device is moved in a direction in which the first vertical member and the second vertical member are separated from each other,
In the solar radiation shielding member other than the solar radiation shielding member arranged on the door end side among the solar radiation shielding members, a stopper receiving member is attached to the lower surface of the plate-shaped member,
A stopper member is attached to the second vertical member other than the second vertical member of the solar radiation shielding member arranged on the door bottom side of the solar radiation shielding member so as to contact the stopper receiving member,
The solar shading device characterized in that the stopper member abuts against the stopper receiving member and the plurality of solar shading members move together in the deployment direction. 前記ストッパ受部材は、前記板状部材のうち最も下部に配置した板状部材に取り付けられ、
前記ストッパ部材は、第２縦部材の下部に取り付けてある請求項１記載の日射遮蔽装置。 The stopper receiving member is attached to a plate-like member arranged at the lowest among the plate-like members,
The solar radiation shielding device according to claim 1, wherein the stopper member is attached to a lower portion of the second vertical member. 前記戸先側の日射遮蔽部材以外の日射遮蔽部材における板状部材は、下面に開口した凹部を長さ方向に連続して有し、前記凹部を有した板状部材の下面における展開側にストッパ受部材を、そのストッパ受部材が凹部内に突出するように取り付け、
前記戸尻側の日射遮蔽部材の第２縦部材以外の第２縦部材に、前記ストッパ受部材に当接するようにストッパ部材を取り付け、
前記ストッパ部材のストッパ部が凹部に沿って移動し、ストッパ部がストッパ受部材のストッパ受部に当接して複数の日射遮蔽部材は一体となって展開方向に移動するようにした請求項２記載の日射遮蔽装置。 The plate-like member in the solar radiation shielding member other than the solar radiation shielding member on the door end side has a concave portion opened in the lower surface continuously in the length direction, and a stopper on the development side in the lower surface of the plate-like member having the concave portion. Attach the receiving member so that the stopper receiving member protrudes into the recess,
A stopper member is attached to the second vertical member other than the second vertical member of the solar radiation shielding member on the door bottom side so as to contact the stopper receiving member,
The stopper part of the said stopper member moves along a recessed part, a stopper part contact | abuts to the stopper receiving part of a stopper receiving member, and the some solar radiation shielding member moved integrally in the expansion | deployment direction. Solar shading device. それぞれの前記日射遮蔽部材の第１縦部材の上部と第２縦部材の上部を、上レールに走行自在に吊り下げ支持し、
それぞれの前記日射遮蔽部材の第１縦部材の下部を、下レールに室内外側方向に振れ動きを抑制して支持し、
前記戸尻側の日射遮蔽部材の第２縦部材の下部を、下レールに室内外側方向に振れ動きを抑制して支持した請求項３記載の日射遮蔽装置。 The upper part of the first vertical member and the upper part of the second vertical member of each solar radiation shielding member are suspended and supported so as to be able to run on the upper rail,
The lower part of the first vertical member of each solar radiation shielding member is supported on the lower rail while suppressing the swinging movement in the indoor exterior direction,
The solar radiation shielding apparatus of Claim 3 which supported the lower part of the 2nd vertical member of the solar radiation shielding member by the side of the door bottom on the lower rail, suppressing swinging movement to the indoor outer side direction. 前記下レールは、下向きに開口したガイド溝を有し、
それぞれの前記日射遮蔽部材の第１縦部材の下部に第１下ガイドを取り付け、
前記戸尻側の日射遮蔽部材の第２縦部材の下部に第２下ガイドを取り付け、
前記第１下ガイド及び第２下ガイドを下レールのガイド溝に挿入して室内外側方向の振れ動きを抑制し、
前記下レールに、前記第２下ガイド、または前記戸尻側の日射遮蔽部材の第１縦部材の第１下ガイドが当接して戸尻側の日射遮蔽部材の展開方向への移動を規制するストッパ受を取り付けた請求項４記載の日射遮蔽装置。 The lower rail has a guide groove that opens downward,
A first lower guide is attached to the lower part of the first vertical member of each solar radiation shielding member,
A second lower guide is attached to the lower part of the second vertical member of the solar shading member on the door bottom side,
Inserting the first lower guide and the second lower guide into the guide groove of the lower rail to suppress the swinging movement in the indoor outside direction,
The second lower guide or the first lower guide of the first vertical member of the solar radiation shielding member on the door butt side comes into contact with the lower rail to restrict the movement of the solar radiation shielding member on the door butt side in the deployment direction. The solar radiation shielding device according to claim 4, wherein a stopper receiver is attached. 前記上レールは躯体の窓開口の上縁に沿った室外側に取り付けると共に、前記下レールは躯体の窓開口の下縁に沿った室外側に取り付けることで、展開状態の日射遮蔽部材が窓開口を覆い、収納状態の日射遮蔽部材は窓開口を開放するように構成し、
前記戸先側の日射遮蔽部材の第１縦部材に錠杆を備えた錠を取り付け、前記躯体の窓開口の展開側の室外側に錠受を取り付け
前記錠の錠杆を錠受に係止することで、展開状態の前記戸先側の日射遮蔽部材の第１縦部材を施錠できるようにした請求項１〜５いずれか１項記載の日射遮蔽装置。 The upper rail is attached to the outdoor side along the upper edge of the window opening of the enclosure, and the lower rail is attached to the outdoor side along the lower edge of the window opening of the enclosure, so that the solar radiation shielding member in the deployed state is opened to the window opening. The solar radiation shielding member in the stored state is configured to open the window opening,
A lock provided with a lock hook is attached to the first vertical member of the solar shading member on the door end side, and a lock holder is attached to the outdoor side of the opening side of the window opening of the casing. The lock hook of the lock is locked to the lock holder. The solar radiation shielding apparatus of any one of Claims 1-5 which enabled it to lock the 1st vertical member of the solar radiation shielding member of the said door-end side of the deployment state by doing. 前記錠は、錠本体と錠杆と操作摘みを備え、操作摘みを操作することで錠杆が錠本体の展開側に突出した施錠状態及び収納側に突出した施錠状態となり、錠杆を錠本体の展開側に突出することで錠受に係止し、
前記戸先側の日射遮蔽部材の第１縦部材に補助錠を第１位置と第２位置とに渡って移動自在に取り付け、
前記補助錠が第１位置のときは錠の錠杆が錠本体の展開側に突出可能で、補助錠が第２位置のときは錠の錠杆が錠本体の収納側に突出不可能となるようにした請求項６記載の日射遮蔽装置。 The lock includes a lock body, a lock rod, and an operation knob. By operating the operation knob, the lock rod is in a locked state in which the lock rod protrudes toward the unfolded side of the lock body and a lock state in which the lock rod protrudes toward the storage side. Locks to the lock holder by protruding to the deployment side,
Auxiliary lock is attached to the first vertical member of the solar radiation shielding member on the door end side so as to be movable between the first position and the second position,
When the auxiliary lock is in the first position, the lock lock can be protruded toward the unfolded side of the lock body, and when the auxiliary lock is in the second position, the lock lock cannot be protruded toward the storage side of the lock body. The solar radiation shielding apparatus of Claim 6 which was made to do.

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