JP2764243B2 - Vertical frame connection structure of composite window sash - Google Patents
Vertical frame connection structure of composite window sashInfo
- Publication number
- JP2764243B2 JP2764243B2 JP6008181A JP818194A JP2764243B2 JP 2764243 B2 JP2764243 B2 JP 2764243B2 JP 6008181 A JP6008181 A JP 6008181A JP 818194 A JP818194 A JP 818194A JP 2764243 B2 JP2764243 B2 JP 2764243B2
- Authority
- JP
- Japan
- Prior art keywords
- vertical
- outdoor
- vertical frame
- piece
- mounting
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Door And Window Frames Mounted To Openings (AREA)
- Bay Windows, Entrances, And Structural Adjustments Related Thereto (AREA)
Description
【０００１】[0001]
【産業上の利用分野】本発明は、半外付けサッシを用い
て連窓サッシ、出窓サッシ等の複合窓サッシを構成する
際に隣接する半外付けサッシの縦枠相互を連結する構造
に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure for connecting vertical frames of adjacent semi-external sashes when a composite window sash such as a continuous window sash or a bay window sash is constructed using a semi-external sash.
【０００２】[0002]
【従来の技術】複合窓サッシの隣接する半外付けサッシ
の縦枠相互を連結する構造としては種々のものが知られ
ている。例えば、実開昭６３−１３８３９０号公報に示
すように、半外付けサッシの縦枠１における躯体への取
付片２を中間係合突片３を残して除去し、この縦枠１の
中間係合突片３を連結用縦材４の中間溝部５に係合する
と共に、縦枠１の室外側係合突片６を連結用縦材４の室
外側溝部７に係合し、かつ縦枠１の室内側突出片８を連
結用縦材４の室内側支持片９に接してビス止めして縦枠
相互を連結用縦材を介して連結したものが知られてい
る。（図１参照）2. Description of the Related Art Various structures are known for connecting vertical frames of adjacent semi-external sashes of a composite window sash. For example, as shown in Japanese Utility Model Laid-Open Publication No. 63-138390, the mounting piece 2 to the frame in the vertical frame 1 of the semi-external sash is removed except for the intermediate engaging projection 3, and the intermediate member of the vertical frame 1 is removed. The abutment piece 3 is engaged with the intermediate groove 5 of the connecting vertical member 4, and the outdoor engagement protrusion 6 of the vertical frame 1 is engaged with the outdoor groove 7 of the connecting vertical member 4, and It is known that one indoor-side projecting piece 8 is in contact with the indoor-side supporting piece 9 of the connecting vertical member 4 and is screwed to connect the vertical frames to each other via the connecting vertical member. (See Fig. 1)
【０００３】[0003]
【発明が解決しようとする課題】かかる縦枠相互の連結
構造であると、縦枠１の取付片２の除去端面にバリが発
生し、そのバリが連結用縦材４の外面に干渉して中間係
合突片３が中間溝部５に正しく係合しないことがあって
縦枠１と連結用縦材４を正しく強固に連結できない。With such a structure for connecting the vertical frames, burrs are generated on the removed end surface of the mounting piece 2 of the vertical frame 1, and the burrs interfere with the outer surface of the connecting vertical member 4. In some cases, the intermediate engaging projection 3 does not correctly engage with the intermediate groove 5, so that the vertical frame 1 and the connecting vertical member 4 cannot be correctly and firmly connected.
【０００４】そこで、本発明は前述の課題を解決できる
ようにした複合窓サッシの縦枠連結構造を提供すること
を目的とする。Accordingly, an object of the present invention is to provide a vertical window connecting structure of a composite window sash which can solve the above-mentioned problems.
【０００５】[0005]
【課題を解決するための手段】半外付けサッシを構成す
る縦枠１０を、縦板１１に室内側に向いた室外側係合突
片１２及び室内側に向いた中間係合突片１３を有する取
付片１４並びに室内側突出片１６を一体的に設けた形状
とし、連結用縦材２０を、取付縦板２１に室外側に開口
した室外側溝部２２と室外側に開口した中間溝部２５を
有するものとし、前記縦枠１０の取付片１４における中
間係合突片１３より突出側部分を除去し、その中間係合
突片１３と室外側係合突片１２を前記連結用縦材２０の
室外側溝部２２と中間溝部２５に係合し、かつ縦枠１０
の室内側部を連結用縦材２０の室内側部にビスで連結し
た複合窓サッシの縦枠連結構造において、前記連結用縦
材２０の取付縦板２１の外面２１ｂにおける中間溝部２
５を構成する面外方向中間部に凹陥部２３を形成し、そ
の凹陥部２３より室内寄り外面と室外寄り外面を面一と
し、前記取付片１４の縦板１１から中間係合突片１３ま
での突出長さと前記室内側突出片１６の縦板１１からの
突出長さをほぼ同一としたことを特徴とする複合窓サッ
シの縦枠連結構造。Means for Solving the Problems A vertical frame 10 constituting a semi-external sash is provided on a vertical plate 11 with an outdoor engaging projection 12 facing the indoor side and an intermediate engaging projection 13 facing the indoor side. The connecting vertical member 20 is formed in the mounting vertical plate 21 by an outdoor groove portion 22 opened on the outdoor side and an intermediate groove portion 25 opened on the outdoor side. A portion of the mounting piece 14 of the vertical frame 10 that protrudes from the intermediate engaging projection 13 is removed, and the intermediate engaging projection 13 and the outdoor engagement projection 12 are connected to the connecting vertical member 20. The vertical groove 10 is engaged with the outdoor groove 22 and the intermediate groove 25.
In the vertical frame connection structure of the composite window sash in which the indoor side portion of the connecting vertical member 20 is connected to the indoor side portion of the connecting vertical member 20 with a screw, the intermediate groove 2 in the outer surface 21b of the mounting vertical plate 21 of the connecting vertical member 20 is provided.
5, a concave portion 23 is formed at an intermediate portion in the out-of-plane direction, the outer surface closer to the room and the outer surface closer to the outdoor are flush with the concave portion 23, and from the vertical plate 11 of the mounting piece 14 to the intermediate engaging protrusion 13. The vertical frame connecting structure of the composite window sash, wherein the length of the protrusion from the vertical plate 11 of the indoor-side protruding piece 16 is substantially the same as the length of the protrusion.
【０００６】[0006]
【作 用】縦枠１０の取付片１４における中間係合突
片１３より突出部を除去し、その中間係合突片１３を連
結用縦材２０の取付縦板２１の中間溝部２５に係止した
際に、その取付片１４の除去端面が取付縦板２１の外面
２１ｂにおける凹陥部２３と対向して両者が離隔するか
ら、前記取付片１４の除去端面にバリがあっても中間係
合部突片１３と中間溝部２５を確実に係合して縦枠１０
と連結用縦材２０を強固に連結できる。また、連結用縦
材２０の取付縦板２１の外面２１ｂにおける凹陥部２３
より室内寄りと室外寄りが面一であるし、取付片１４の
縦板１１から中間係合突片１３までの突出長さと室内側
突出片１６の縦板１１からの突出長さがほぼ同一である
から、縦枠１０の室内側突出片１６を連結用縦材２０の
取付縦板２１の外面２１ｂにおける凹陥部２３より室内
寄りに当接して室内側に移動して縦枠１０を連結用縦材
２０に連結する際に、その縦枠１０の中間係合突片１３
が前記取付縦板２１の外面２１ｂにおける室外寄りに当
接することで縦枠１０が連結用縦枠２０側に倒れること
を規制して室外側係合突片１２が常に室外側溝部２２と
係合可能なるように対向する。したがって、縦枠１０の
室内側突片１６を連結用縦材２０の取付縦板２１の外面
２１ｂに沿って室内側に移動して連結する際に室外側係
合突片１２を室外側溝部２２に確実に係合できるから、
その連結作業が容易となる。[Operation] The protruding portion of the mounting piece 14 of the vertical frame 10 is removed from the intermediate engaging protruding piece 13, and the intermediate engaging protruding piece 13 is engaged with the intermediate groove 25 of the mounting vertical plate 21 of the connecting vertical member 20. When the mounting piece 14 is removed, the removed end face of the mounting piece 14 faces the recessed portion 23 on the outer surface 21b of the mounting vertical plate 21 and is separated from the recessed part. The projection 13 and the intermediate groove 25 are securely engaged with each other to
And the connecting vertical member 20 can be firmly connected. In addition, the concave portion 23 on the outer surface 21 b of the mounting vertical plate 21 of the connecting vertical member 20.
The indoor side and the outdoor side are more flush, and the protruding length of the mounting piece 14 from the vertical plate 11 to the intermediate engaging protruding piece 13 and the protruding length of the indoor side protruding piece 16 from the vertical plate 11 are substantially the same. Accordingly, the indoor-side protruding piece 16 of the vertical frame 10 is brought into contact with the interior of the vertical plate 21 of the connecting vertical member 20 closer to the room than the recessed portion 23 on the outer surface 21b of the mounting vertical plate 21 to move the vertical frame 10 to the indoor side. When connecting to the material 20, the intermediate engaging projection 13 of the vertical frame 10 is used.
Abuts on the outer surface 21b of the mounting vertical plate 21 toward the outdoor side, thereby restricting the vertical frame 10 from falling to the connecting vertical frame 20 side, so that the outdoor-side engaging projection 12 is always engaged with the outdoor-side groove portion 22. Oppose as possible. Therefore, when the indoor side projecting piece 16 of the vertical frame 10 is moved to the indoor side along the outer surface 21 b of the mounting vertical plate 21 of the connecting vertical member 20 to be connected, the outdoor side engaging projecting piece 12 is moved to the outdoor side groove 22. Can be securely engaged,
The connection work becomes easy.
【０００７】[0007]
【実 施 例】複合窓サッシは、図２に示すように一対
の半外付けサッシＡを躯体開口部Ｂに直線状に連結した
連窓サッシ、図３に示すように３つの半外付けサッシＡ
を躯体開口部Ｂに台形状に連結した出窓サッシ、図４に
示すように一対の半外付けサッシＡを躯体開口部Ｂに直
線状に離隔して取付け、その一対の半外付けサッシＡ，
Ａ間に３つの半外付けサッシＡを台形状に連結した出窓
サッシ、図５に示すように一対の半外付けサッシＡを躯
体開口部ＢにＶ字状に連結した出窓サッシ、図６に示す
ように一対の半外付けサッシＡを躯体開口部Ｂに直線状
に離隔して取付け、その一対の半外付けサッシＡ，Ａ間
に一対の半外付けサッシＡをＶ字状に連結した出窓サッ
シ、図７に示すように３つの半外付けサッシＡを躯体開
口部Ｂにコ字状に取付けた出窓サッシ等がある。[Example] As shown in FIG. 2, a composite window sash is a continuous window sash in which a pair of semi-external sashes A are linearly connected to a frame opening B as shown in FIG. A
A bay window sash having a trapezoidal shape connected to the frame opening B, and a pair of semi-external sashes A are linearly spaced apart from the frame opening B as shown in FIG.
A bay window sash in which three semi-external sashes A are connected in a trapezoidal shape between A, a bay window sash in which a pair of semi-external sashes A are connected in a V-shape to a frame opening B as shown in FIG. 5, and FIG. As shown, a pair of semi-external sashes A are linearly spaced and attached to the frame opening B, and a pair of semi-external sashes A are connected in a V-shape between the pair of semi-external sashes A. There is a bay window sash, such as a bay window sash in which three semi-external sashes A are attached to a frame opening B in a U-shape as shown in FIG.
【０００８】前記半外付けサッシＡが構成する縦枠１０
は図８に示すように、面外方向に向う縦板１１の外面室
外端部に鉤形で室内側に向いた室外側係合突片１２を一
体的に設け、前記縦板１１の外面面外方向中間部に、長
手方向中間部に室内側に向いた中間係合突片１３を備え
た取付片１４を一体的に設け、その取付片１４における
中間係合突片１３部分に除去用の溝部１５が形成してあ
り、その溝部１５より先端部１４ａが単窓時の取付片と
なる。前記縦板１１の外面室内側寄りに室内側突出片１
６を一体的に設け、その室内側突出片１６は取付基片部
１６ａとコ字状片部１６ｂより成ってそのコ字状片部１
６ｂが面内方向に幅広で室外側に開口した嵌合突部１７
を構成しており、前記縦板１１の内面面外方向室内側寄
りと室外側寄りに室内側内向突片１８と室外側内向突片
１９が一体的に設けてある。The vertical frame 10 formed by the semi-external sash A
As shown in FIG. 8, a hook-shaped outdoor-side engaging protrusion 12 is integrally provided at the outer surface outdoor end portion of the vertical plate 11 facing the out-of-plane direction. At the middle part in the outer direction, a mounting piece 14 provided with a middle engaging projection 13 facing the indoor side at the middle part in the longitudinal direction is integrally provided. A groove 15 is formed, and the tip 14a of the groove 15 serves as a mounting piece for a single window. An indoor-side projecting piece 1 is provided on the outer side of the vertical plate 11 near the indoor side.
6 is provided integrally, and the indoor side protruding piece 16 is composed of a mounting base piece 16a and a U-shaped piece 16b.
6b is a fitting projection 17 which is wide in the in-plane direction and opened to the outdoor side.
An indoor-side inward projecting piece 18 and an outdoor-side inward projecting piece 19 are integrally provided on the inner side and the outer side of the vertical plate 11 on the indoor side and on the outdoor side.
【０００９】次に各複合窓サッシにおける隣接する半外
付けサッシの縦枠相互を連結する構造について説明す
る。 （図２のＤ部の連結構造）図９に示すように連結用縦材
２０は一対の取付縦板２１，２１を備え、この取付縦板
２１の室外側端部に室外側に開口した室外側溝部２２が
形成され、取付縦板２１における面外方向中間部２１ａ
は内側に向けてコ字状に折曲して取付縦板２１の外面２
１ｂにおける面外方向中間部に凹陥部２３を有し、前記
取付縦板２１の外面２１ｂにおける凹陥部２３の室内寄
りには鉤形で室外側に向いた鉤片２４が一体的に設けら
れて外面２１ｂの凹陥部２３とで室外側に開口した中間
溝部２５を構成し、取付縦板２１の室内側端部には室内
側支持片２６が側方に向けて一体的に設けられ、この室
内側支持片２６の突出端部２６ａは室外側に向て折曲し
て室内側支持片２６と取付縦板２１の外面２１ｂとで室
内側に突出した幅広なる嵌合凹部２７を構成してある。Next, a structure for connecting the vertical frames of the adjacent semi-external sashes in each composite window sash will be described. (Connecting structure of D part in FIG. 2) As shown in FIG. 9, the connecting vertical member 20 has a pair of mounting vertical plates 21 and 21, and the outdoor vertical end of the mounting vertical plate 21 is open to the outdoor. A side groove portion 22 is formed, and an out-of-plane direction intermediate portion 21 a of the mounting vertical plate 21 is formed.
Is the outer surface 2 of the mounting vertical plate 21 which is bent in a U-shape toward the inside.
1b, a concave portion 23 is provided at an intermediate portion in an out-of-plane direction, and a hook-shaped hook piece 24 is provided integrally with the concave portion 23 on the outer surface 21b of the mounting vertical plate 21 near the room. The recessed portion 23 of the outer surface 21b forms an intermediate groove portion 25 that opens to the outside of the room, and an indoor side support piece 26 is integrally provided at the indoor side end of the mounting vertical plate 21 toward the side. The protruding end portion 26a of the inner support piece 26 is bent toward the outside of the room to form a wide fitting recess 27 protruding toward the inside of the room by the inside support piece 26 and the outer surface 21b of the mounting vertical plate 21. .
【００１０】前記取付縦板２１の外面２１ｂにおける中
間溝部２５を構成する凹陥部２３よりも面外方向室外側
部分と面外方向室内側部分は同一面となり、前記室外側
溝部２２の開口縁部２２ａは室外側に向けて漏斗状に拡
開し、中間部２２ｂは幅狭で、奥部２２ｃはほぼ円形と
なってシール材２８が装着され、前記一対の取付縦板２
１，２１は室外側連結板２９と室内側連結板３０で一体
的に連結されて連結用縦材２０は中空形状となってい
る。図９において、右側の縦枠１０は連結した状態で、
左側の縦枠１０は連結の若干手前の状態となっている。The outer side portion and the outer side portion of the outer surface 21b of the mounting vertical plate 21 are flush with the recess 23 forming the intermediate groove portion 25 on the outer surface 21b. 22a is expanded in a funnel shape toward the outside of the room, the middle part 22b is narrow, and the back part 22c is substantially circular, and a seal member 28 is attached.
Reference numerals 1 and 21 are integrally connected by an outdoor-side connecting plate 29 and an indoor-side connecting plate 30, and the connecting vertical member 20 has a hollow shape. In FIG. 9, the right vertical frame 10 is connected,
The left vertical frame 10 is slightly before the connection.
【００１１】次に縦枠１０を連結用縦材２０に連結する
動作を説明する。図１０に示すように、半外付けサッシ
Ａの縦枠１０における取付片１４を溝部１５で切断又は
はぎ取って除去し、室内側突出片１６を取付縦板２１の
外面２１ｂにおける凹陥部２３より室内寄りに当接して
縦枠１０を室内側に向けて矢印ａで示すように移動す
る。この時、縦枠１０は連結用縦材２０に向けて矢印ｂ
で示すように倒れるが、縦枠１０の取付片１４の中間係
合突片１３（取付片１４の切断又ははぎとり部分）が連
結用縦材２０の取付縦板２１の外面２１ｂにおける凹陥
部２３より室外寄りに当接して縦枠１０の倒れを規制す
るので、縦枠１０の室外側係合突片１２が図１０の仮想
線で示すように連結用縦材２０の室外側溝部２２を越え
るまで縦枠１０が倒れることがなく、その室外側係合突
片１２は室外側溝部２２と対向した位置（係合可能なる
位置）に維持される。Next, the operation of connecting the vertical frame 10 to the connecting vertical member 20 will be described. As shown in FIG. 10, the mounting pieces 14 in the vertical frame 10 of the semi-external sash A are cut or peeled off by the groove portions 15 and removed. The vertical frame 10 is moved toward the room side as shown by the arrow a in contact with the side. At this time, the vertical frame 10 is moved toward the connecting vertical member 20 by an arrow b.
, The intermediate engaging projection 13 of the mounting piece 14 of the vertical frame 10 (the cut or stripped portion of the mounting piece 14) is formed by the recess 23 on the outer surface 21 b of the mounting vertical plate 21 of the connecting vertical member 20. Since the contact of the vertical frame 10 against the outdoor is restricted to prevent the vertical frame 10 from falling, the outdoor engagement projection 12 of the vertical frame 10 exceeds the outdoor groove 22 of the connecting vertical member 20 as shown by a virtual line in FIG. The vertical frame 10 does not fall over, and the outdoor-side engaging projection 12 is maintained at a position facing the outdoor-side groove 22 (a position where the vertical frame 10 can be engaged).
【００１２】つまり、縦枠１０の中間係合突片１３と室
内側突出片１６の縦板１１よりの突出長さが同一とな
り、連結用縦材２０の縦板２１の外面２１ｂにおける凹
陥部２３より室内側部分と室外側部分は同一面となって
いるから、縦枠１０の室内側突出片１６と中間係合突片
１３を連結用縦材２０の縦板２１の外面２１ｂに当接す
ることで室外側係合突片１２が室外側溝部２２の開口幅
内に位置する。That is, the length of the intermediate engaging projection 13 of the vertical frame 10 and the length of the indoor-side projection 16 protruding from the vertical plate 11 are the same, and the concave portion 23 on the outer surface 21 b of the vertical plate 21 of the connecting vertical member 20 is formed. Since the indoor side portion and the outdoor side portion are on the same plane, the indoor side protruding piece 16 and the intermediate engaging protruding piece 13 of the vertical frame 10 abut on the outer surface 21 b of the vertical plate 21 of the connecting vertical member 20. Thus, the outdoor-side engaging projection 12 is located within the opening width of the outdoor-side groove 22.
【００１３】縦枠１０を更に室内側に向けて移動すると
図１１に示すように中間係合突片１３が中間溝部２５に
係合し始める。この時室外側係合突片１２は室外側溝部
２２に係合していないが、中間係合突片１３が鉤片２４
に係合して縦枠１０は連結用縦材２０より離れる方向
（矢印ｃ）に倒れることがなく、室外側係合突片１２が
図１１の仮想線で示すように室外側溝部２２より外れた
位置に移動することがない。When the vertical frame 10 is further moved toward the indoor side, the intermediate engaging projection 13 starts engaging with the intermediate groove 25 as shown in FIG. At this time, the outdoor engagement protrusion 12 is not engaged with the outdoor groove 22, but the intermediate engagement protrusion 13 is
And the vertical frame 10 does not fall in the direction away from the connecting vertical member 20 (arrow c), and the outdoor engagement protrusion 12 is disengaged from the outdoor groove 22 as shown by a virtual line in FIG. Does not move to the position
【００１４】前述の状態より縦枠１０を更に室内側に移
動すると図１２に示すように室外側係合突片１２が室外
側溝部２２に正確に係合し始め、更に縦枠１０を室内側
に移動して図９の左側に示すように室外側係合突片１２
が室外側溝部２２に係合すると、中間係合突片１３（取
付片１４の切断又ははぎとり部分）が凹陥部２３に臨
み、その部分にばり等があっても中間係合突片１３を中
間溝部２５に正確に係合できる。When the vertical frame 10 is further moved to the indoor side from the above-described state, the outdoor engagement protrusion 12 starts to accurately engage with the outdoor groove 22 as shown in FIG. To move to the outside engagement protrusion 12 as shown on the left side of FIG.
Engages with the outdoor groove portion 22, the intermediate engaging projection 13 (the cut or stripped portion of the mounting piece 14) faces the recessed portion 23, and even if there is a burr or the like, the intermediate engaging projection 13 is The groove 25 can be accurately engaged.
【００１５】前述の状態で縦枠１０を更に室内側に移動
して図９の右側に示すように、室外側係合突片１２を室
外側溝部２２に完全に係合し、嵌合突部１７を嵌合凹部
２７に嵌合し、室内側支持片２６と室内側突出片１６を
ビス３１で連結して縦枠１０と連結用縦材２０を連結す
る。これによって室外側係合突片１２を室外側溝部２２
に装着したシール材２８に圧着してその係合部をシール
して室外側より雨水が浸入しないようにしてある。ま
た、縦枠１０の幅広なる嵌合突部１７と連結用縦材２０
の幅広なる嵌合凹部２７が嵌合しているから、その接触
面積が大きく縦枠１０と連結用縦材２０を強固にしか
も、縦枠１０を連結用縦材２０に引き寄せて位置決めし
て連結できる。In the above-described state, the vertical frame 10 is further moved to the indoor side, and as shown on the right side of FIG. The fitting 17 is fitted into the fitting recess 27, and the indoor supporting piece 26 and the indoor protruding piece 16 are connected by screws 31 to connect the vertical frame 10 and the connecting vertical member 20. As a result, the outdoor-side engaging protrusions 12 are connected to the outdoor-side groove portions 22.
Is pressed against the sealing material 28 mounted on the outside to seal the engaging portion so that rainwater does not enter from the outside of the room. The wide fitting projection 17 of the vertical frame 10 and the connecting vertical member 20
Is fitted, the contact area is large, the vertical frame 10 and the connecting vertical member 20 are firmly connected, and the vertical frame 10 is drawn to the connecting vertical member 20 for positioning and connection. it can.
【００１６】図１３は第２実施例を示し、連結用縦材２
０の室内側支持片２６を直線状として縦枠１０の室内側
突出片１６を当接してビス３１で連結してある。この場
合には連結用縦材２０の室内側支持片２６と縦枠１０の
室内側突出片１６とで縦枠１０を連結用縦材２０に引き
寄せて位置決めして連結できないが、室外側係合突片１
２と室外側溝部２２の係合部、中間係合部突片１３と中
間溝部２６の係合部により位置決め連結できる。FIG. 13 shows a second embodiment, in which the connecting longitudinal member 2 is used.
The indoor side supporting piece 26 of the vertical frame 10 is linearly connected to the indoor side supporting piece 16 of the vertical frame 10 and connected by a screw 31. In this case, the vertical frame 10 cannot be pulled and positioned by the indoor side supporting piece 26 of the connecting vertical member 20 and the indoor side protruding piece 16 of the vertical frame 10 to be connected to the connecting vertical member 20, but the outdoor outside engagement is required. Protruding piece 1
Positioning and connection can be performed by an engaging portion between the second and outdoor-side groove portions 22 and an engaging portion between the intermediate engaging portion protrusion 13 and the intermediate groove portion 26.
【００１７】図１３において、連結用縦材２０の室内側
連結板３０には受けブロック４０が取付けられ、この受
けブロック４０の一対の係合受片４１，４１にカバー４
２の一対の係合片４３，４３が係合してカバー４２が取
付けてあり、そのカバー４２の両端部に装着した断熱材
４４が縦枠１０に接している。In FIG. 13, a receiving block 40 is mounted on the indoor side connecting plate 30 of the connecting vertical member 20, and a cover 4 is attached to a pair of engaging receiving pieces 41, 41 of the receiving block 40.
The cover 42 is attached by engagement of the pair of two engagement pieces 43, 43, and the heat insulating material 44 attached to both ends of the cover 42 is in contact with the vertical frame 10.
【００１８】図３，図４のＦ部、図４，図６のＧ部、図
５，図６のＨ部のように半外付けサッシＡをある角度で
連結する場合には連結用縦材２０の一対の縦板２１，２
１をその角度に合せて連結した連結用縦材２０を用いれ
ば良い。When connecting the semi-external sash A at a certain angle as shown in FIG. 3, FIG. 4, F section, FIG. 4, FIG. 6, G section, and FIG. 20 pairs of vertical plates 21 and
What is necessary is just to use the connection vertical member 20 which connected 1 according to the angle.
【００１９】[0019]
【発明の効果】縦枠１０の取付片１４における中間係合
突片１３より突出部を除去し、その中間係合突片１３を
連結用縦材２０の取付縦板２１の中間溝部２５に係止し
た際に、その取付片１４の除去端面が取付縦板２１の外
面２１ｂにおける凹陥部２３と対向して両者が離隔する
から、前記取付片１４の除去端面にバリがあっても中間
係合部突片１３と中間溝部２５を確実に係合して縦枠１
０と連結用縦材２０を強固に連結できる。また、連結用
縦材２０の取付縦板２１の外面２１ｂにおける凹陥部２
３より室内寄りと室外寄りが面一であるし、取付片１４
の縦板１１から中間係合突片１３までの突出長さと室内
側突出片１６の縦板１１からの突出長さがほぼ同一であ
るから、縦枠１０の室内側突出片１６を連結用縦材２０
の取付縦板２１の外面２１ｂにおける凹陥部２３より室
内寄りに当接して室内側に移動して縦枠１０を連結用縦
材２０に連結する際に、その縦枠１０の中間係合突片１
３が前記取付縦板２１の外面２１ｂにおける室外寄りに
当接することで縦枠１０が連結用縦枠２０側に倒れるこ
とを規制して室外側係合突片１２が常に室外側溝部２２
と係合可能なるように対向する。したがって、縦枠１０
の室内側突片１６を連結用縦材２０の取付縦板２１の外
面２１ｂに沿って室内側に移動して連結する際に室外側
係合突片１２を室外側溝部２２に確実に係合できるか
ら、その連結作業が容易となる。According to the present invention, the projecting portion of the mounting piece 14 of the vertical frame 10 is removed from the intermediate engaging projection 13 and the intermediate engaging projection 13 is engaged with the intermediate groove 25 of the mounting vertical plate 21 of the connecting vertical member 20. When the mounting piece 14 is stopped, the removed end face of the mounting piece 14 faces the concave portion 23 on the outer surface 21b of the mounting vertical plate 21 and is separated from the recessed part. The projection 13 and the intermediate groove 25 are securely engaged with each other to
0 and the connecting vertical member 20 can be firmly connected. In addition, the concave portion 2 on the outer surface 21 b of the mounting vertical plate 21 of the connecting vertical member 20.
3, the indoor side and the outdoor side are flush with each other.
The projecting length from the vertical plate 11 to the intermediate engaging projecting piece 13 and the projecting length of the indoor projecting piece 16 from the vertical plate 11 are substantially the same, so that the indoor projecting piece 16 of the vertical frame 10 is Lumber 20
When the vertical frame 10 is connected to the connecting vertical member 20 by moving toward the indoor side by contacting the interior of the recess 23 on the outer surface 21b of the mounting vertical plate 21 and connecting the vertical frame 10 to the connecting vertical member 20, the intermediate engaging projection of the vertical frame 10 1
3 is in contact with the outer surface 21b of the mounting vertical plate 21 toward the outdoor side, so that the vertical frame 10 is prevented from falling down to the connecting vertical frame 20 side, and the outdoor-side engaging projection 12 is always in the outdoor-side groove portion 22.
And so as to be able to engage with. Therefore, the vertical frame 10
When the indoor projecting piece 16 is moved to the indoor side along the outer surface 21b of the mounting vertical plate 21 of the connecting vertical member 20 to be connected, the outdoor engaging projecting piece 12 is securely engaged with the outdoor groove 22. Since the connection work can be performed, the connection work becomes easy.
【図１】従来例の断面図である。FIG. 1 is a sectional view of a conventional example.
【図２】複合窓サッシの概略平面図である。FIG. 2 is a schematic plan view of a composite window sash.
【図３】複合窓サッシの概略平面図である。FIG. 3 is a schematic plan view of a composite window sash.
【図４】複合窓サッシの概略平面図である。FIG. 4 is a schematic plan view of a composite window sash.
【図５】複合窓サッシの概略平面図である。FIG. 5 is a schematic plan view of a composite window sash.
【図６】複合窓サッシの概略平面図である。FIG. 6 is a schematic plan view of a composite window sash.
【図７】複合窓サッシの概略平面図である。FIG. 7 is a schematic plan view of a composite window sash.
【図８】本発明の第１実施例を示す縦枠の断面図であ
る。FIG. 8 is a sectional view of a vertical frame showing the first embodiment of the present invention.
【図９】図２のＤ部連結構造を示す横断面図である。FIG. 9 is a cross-sectional view showing a D-part connection structure of FIG. 2;
【図１０】縦枠の連結作業説明図である。FIG. 10 is an explanatory diagram of a connection operation of a vertical frame.
【図１１】縦枠の連結作業説明図である。FIG. 11 is an explanatory diagram of a connection operation of a vertical frame.
【図１２】縦枠の連結作業説明図である。FIG. 12 is an explanatory diagram of a connection operation of a vertical frame.
【図１３】本発明の第２実施例を示す連結状態の横断面
図である。FIG. 13 is a cross-sectional view of a connection state according to the second embodiment of the present invention.
１０…縦枠、１１…縦板、１２…室外側係合突片、１３
…中間係合突片、１４…取付片、１６…室内側突出片、
２０…連結用縦材、２１…縦板、２２…室外側溝部、２
３…凹陥部、２４…鉤片、２５…中間溝部、２６…室内
側支持片、２９…室外側連結板、３０…室内側連結板、
３１…ビス。10 vertical frame, 11 vertical plate, 12 outdoor engagement projection, 13
... intermediate engagement projections, 14 ... mounting pieces, 16 ... indoor projection pieces,
Reference numeral 20: connecting vertical member, 21: vertical plate, 22: outdoor groove portion, 2
3 recessed portion, 24 hook piece, 25 intermediate groove portion, 26 indoor support piece, 29 outdoor connection plate, 30 indoor connection plate,
31 ... Screw.
Claims (1)
縦板１１に室内側に向いた室外側係合突片１２及び室内
側に向いた中間係合突片１３を有する取付片１４並びに
室内側突出片１６を一体的に設けた形状とし、連結用縦材２０を、取付縦板２１に 室外側に開口した室
外側溝部２２と室外側に開口した中間溝部２５を有する
ものとし、 前記縦枠１０の取付片１４における中間係合突片１３よ
り突出側部分を除去し、その中間係合突片１３と室外側
係合突片１２を前記連結用縦材２０の室外側溝部２２と
中間溝部２５に係合し、かつ縦枠１０の室内側部を連結
用縦材２０の室内側部にビスで連結した複合窓サッシの
縦枠連結構造において、 前記連結用縦材２０の取付縦板２１の外面２１ｂにおけ
る中間溝部２５を構成する面外方向中間部に凹陥部２３
を形成し、その凹陥部２３より室内寄り外面と室外寄り
外面を面一とし、前記取付片１４の縦板１１から中間係
合突片１３までの突出長さと前記室内側突出片１６の縦
板１１からの突出長さをほぼ同一としたことを特徴とす
る複合窓サッシの縦枠連結構造。1. A vertical frame 10 constituting a semi-external sash,
The vertical plate 11 is integrally formed with a mounting piece 14 having an outdoor-side engaging projection 12 facing the indoor side and an intermediate engaging projection 13 facing the indoor side, and an indoor-side projecting piece 16 . The vertical member 20 has an outdoor groove portion 22 opened to the outdoor side and an intermediate groove portion 25 opened to the outdoor side in the mounting vertical plate 21, and projects from the intermediate engaging projection 13 in the mounting piece 14 of the vertical frame 10. The side portion is removed, and the intermediate engaging projection 13 and the outdoor engaging projection 12 are engaged with the outdoor groove 22 and the intermediate groove 25 of the connecting vertical member 20, and the indoor side of the vertical frame 10 is removed. In the vertical frame connection structure of the composite window sash in which the connecting vertical member 20 is connected to the indoor side portion of the connecting vertical member 20 with a screw, an intermediate portion in the outer surface 21b of the outer surface 21b of the mounting vertical plate 21 of the connecting vertical member 20 is formed. Recessed part 23
The outer surface closer to the room and the outer surface closer to the outside of the recess 23 are flush with each other.
Projection length up to the collision piece 13 and vertical length of the indoor side projection piece 16
A vertical frame connecting structure for a composite window sash, wherein the projecting lengths from the plate 11 are substantially the same .
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6008181A JP2764243B2 (en) | 1994-01-28 | 1994-01-28 | Vertical frame connection structure of composite window sash |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP6008181A JP2764243B2 (en) | 1994-01-28 | 1994-01-28 | Vertical frame connection structure of composite window sash |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH07217317A JPH07217317A (en) | 1995-08-15 |
| JP2764243B2 true JP2764243B2 (en) | 1998-06-11 |
Family
ID=11686148
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP6008181A Expired - Fee Related JP2764243B2 (en) | 1994-01-28 | 1994-01-28 | Vertical frame connection structure of composite window sash |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2764243B2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101045292B1 (en) * | 2008-10-02 | 2011-06-29 | 알루텍 (주) | Installation structure of insulating gasket provided in sliding window |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0747588Y2 (en) * | 1987-03-04 | 1995-11-01 | 立山アルミニウム工業株式会社 | Composite window sash structure |
| JP2566774Y2 (en) * | 1991-10-18 | 1998-03-30 | 東洋電機製造株式会社 | Iron core structure of linear induction motor |
-
1994
- 1994-01-28 JP JP6008181A patent/JP2764243B2/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JPH07217317A (en) | 1995-08-15 |
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