JPS5921263Y2 - Right angle connection device for edges of doors etc. - Google Patents
Right angle connection device for edges of doors etc.Info
- Publication number
- JPS5921263Y2 JPS5921263Y2 JP1978165863U JP16586378U JPS5921263Y2 JP S5921263 Y2 JPS5921263 Y2 JP S5921263Y2 JP 1978165863 U JP1978165863 U JP 1978165863U JP 16586378 U JP16586378 U JP 16586378U JP S5921263 Y2 JPS5921263 Y2 JP S5921263Y2
- Authority
- JP
- Japan
- Prior art keywords
- edge
- members
- edge member
- face
- glass plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Landscapes
- Joining Of Corner Units Of Frames Or Wings (AREA)
Description
【考案の詳細な説明】
本考案は扉、引戸、窓枠等に適用するアルミニウム又は
その合金製面縁の新規な接続装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a novel connecting device for aluminum or aluminum alloy surface edges applied to doors, sliding doors, window frames, etc.
上記扉等においてその扉枠等の内周に沿って縦横に配設
される面縁は、この扉枠内に嵌装されるガラス板の周縁
部を把持して該ガラス板を扉枠に固定的に取付ける働き
を威すものであるが、面縁は扉枠コーナ部等において縦
横の面縁相互を直角に接続する必要があり、従来では接
続すべき面縁の端部をそれぞれ斜め４５°に角度切りし
たのち両面縁の角度切り端部同士を額縁状に突き合わせ
接合し、しかして両面縁を該接合個所でビス止めしてい
る。In the above-mentioned doors, etc., the surface edges arranged vertically and horizontally along the inner periphery of the door frame grip the peripheral edge of the glass plate fitted into the door frame and fix the glass plate to the door frame. However, it is necessary to connect the vertical and horizontal edges at right angles at door frame corners, etc., and conventionally, the ends of the edges to be connected are diagonally 45 degrees. After cutting at an angle, the angularly cut ends of the edges on both sides are butt-jointed together to form a picture frame, and the edges on both sides are secured with screws at the joining points.
しかし、面縁端部の角度切り精度に狂いがある場合には
両面縁の端部突き合わせ境界に隙間が生じ外観上不体裁
であるばかりか、水蜜性が損なわれる難点がある。However, if the angular cutting accuracy of the surface edge ends is inconsistent, a gap is created at the end abutment boundary of both sides of the edges, which is not only unsightly in appearance, but also has the disadvantage of impairing the smoothness.
また、面縁の直角切り加工が比較的簡単であるのに対し
角度切り加工が困難であることから一般に面縁はその両
縁を角度切りした状態で工場から出荷されるが、施工現
場で此等面縁を組立て接続するにあたって扉外枠の寸法
等に合わせて該面縁の寸法修正を施さねばならない場合
、施工現場での寸法修正作業が簡単に実施できない難点
があった。In addition, while it is relatively easy to cut a face edge at right angles, cutting it at an angle is difficult, so generally face edges are shipped from the factory with both edges cut at an angle. When assembling and connecting equal-surface edges, it is necessary to modify the dimensions of the same-surface edges in accordance with the dimensions of the door frame, etc., and there is a problem in that the dimension correction work cannot be easily carried out at the construction site.
本考案は、かかる不都合を解消すると共に、面縁を上記
ガラス板取付は状態において扉等の外枠に対し着脱自在
とし従って面縁を外枠から取外せばガラス板を扉枠の分
解操作を要することなく交換できるようにした面縁の直
角接続装置を提供することを目的とする。The present invention eliminates such inconveniences, and also makes it possible to attach and detach the face edge from the outer frame of a door etc. when the glass plate is attached.Therefore, when the face edge is removed from the outer frame, the glass plate can be removed from the door frame. It is an object of the present invention to provide a right angle connection device for face edges that can be replaced without needing to be replaced.
以下、本考案の一実施例を図面に基づき説明すると、第
１図は本考案に係る面縁直角接続装置を有する扉１を示
し、該層１は縦枠２ａ、２ｂおよび横枠３ａ、３ｂを相
互接続してその内部に此等２ａ 、２ ｂ 、３ ａ
、３ ｂによって囲繞された多数のガラス板嵌装部４が
構成され、各ガラス板嵌装部４の内周に上記２ａ、２ｂ
、３ａ、３ｂに沿って且つ此等枠２ａ、２ｂ、３ａ、３
ｂに着脱自在である内側及び外側一対の面縁部材５，６
が方形枠状に配設され、該面縁部材５，６の後記するガ
ラス板嵌着溝８を利用してガラス板７が嵌装されている
。Hereinafter, one embodiment of the present invention will be explained based on the drawings. Fig. 1 shows a door 1 having a face-edge right angle connection device according to the present invention, and the layer 1 has vertical frames 2a, 2b and horizontal frames 3a, 3b. 2a, 2b, 3a inside it.
, 3b are constructed, and each glass plate fitting part 4 has the above-mentioned 2a, 2b on its inner periphery.
, 3a, 3b and along these frames 2a, 2b, 3a, 3
A pair of inner and outer side edge members 5, 6 that can be attached and detached to b.
are arranged in the shape of a rectangular frame, and a glass plate 7 is fitted therein using glass plate fitting grooves 8 (to be described later) of the edge members 5 and 6.
上記一対の面縁部材５，６はガラス板７を挾んでその内
側及び外側にそれぞれ配置され、此等面縁部材５，６は
上記縦枠２ａ、２ｂ、および横枠３ ａ 、３ ｂに対
し着脱自在とされている。The pair of face edge members 5, 6 are arranged on the inside and outside of the glass plate 7, respectively, and these face edge members 5, 6 are attached to the vertical frames 2a, 2b and the horizontal frames 3a, 3b. However, it is said to be removable.
即ち、一方の面縁部材５は前記したガラス板嵌着溝８の
底壁となる底壁部９と、この底壁部９の一側端から直角
に起立されたガラス板対接壁部（対向壁部）１０と、こ
のガラス板対接壁部１０の起立頂点から逆方向に折返し
形成された傾斜壁部１１とを有し、この傾斜壁部１１の
裾部遊端に縦枠２ａ等との係合用段部１２が形成される
と共に、上記底壁部９の他端縁に他方の面縁部材６との
係合用爪部１３が形成されている。That is, one side edge member 5 has a bottom wall portion 9 that serves as the bottom wall of the glass plate fitting groove 8 described above, and a glass plate contacting wall portion ( 10, and a sloped wall 11 formed by folding back in the opposite direction from the upright apex of the glass plate facing wall 10, and a vertical frame 2a etc. at the free end of the bottom of the sloped wall 11. A stepped portion 12 for engagement with the bottom wall portion 9 is formed, and a claw portion 13 for engagement with the other side edge member 6 is formed on the other end edge of the bottom wall portion 9.
他方の面縁部材６はガラス板対接壁部１４と、このガラ
ス板対接壁部１４に接続壁部１５を介し連設された外壁
部１６を有し、外壁部１６の遊端に縦枠３ａ等との係合
用段部１７が形成されると共に、ガラス板対接壁部１４
の遊端に面縁部材５の底壁部９に重合する保合用爪部１
８が形成されている。The other side edge member 6 has a glass plate contacting wall portion 14 and an outer wall portion 16 connected to the glass plate contacting wall portion 14 via a connecting wall portion 15. A stepped portion 17 for engagement with the frame 3a etc. is formed, and a glass plate contacting wall portion 14 is formed.
A retaining claw portion 1 overlapping the bottom wall portion 9 of the face edge member 5 at the free end of the
8 is formed.
此等面縁部材５，６は第３図に示すように面縁部材５の
係合用段部１２を縦枠２ａ、２ｂ、横枠３ａ、３Ｍ）肩
部フランジ１９に弾性的に係嵌させ、また面縁部材６の
係合用段部１７を縦枠２ａ、２ｂ、横枠３ａ、３ｂ（７
）肩部フランジ１９に弾性的に係嵌させることによって
此等縦枠２ ａ 、２ ｂおよび横枠３ ａ 、３ ｂ
に取付けられ、この取付は状態で両面縁部材５，６の係
合用爪部１３．１８相互が係合されて両者が一体固定さ
れ、且つ両面縁部材５，６のガラス板対接壁部１０．１
４間に前記ガラス板嵌着用溝８が形成される。As shown in FIG. 3, these surface edge members 5 and 6 are configured such that the engagement step 12 of the surface edge member 5 is elastically engaged with the shoulder flange 19 of the vertical frames 2a, 2b, horizontal frames 3a, 3M). , and the engagement step part 17 of the surface edge member 6 is attached to the vertical frames 2a, 2b and the horizontal frames 3a, 3b (7).
) By elastically engaging the shoulder flanges 19, these vertical frames 2 a , 2 b and horizontal frames 3 a , 3 b
In this installation, the engaging claws 13 and 18 of the double-sided edge members 5 and 6 are engaged with each other and both are integrally fixed, and the glass plate facing wall portions 10 of the double-sided edge members 5 and 6 are fixed together. .1
The glass plate fitting groove 8 is formed between the holes 4 and 4.
そして、ガラス板７はその周縁部をこのガラス板嵌着用
溝８内に嵌着させることで把持され、且つ此等面縁部材
５，６を介し縦枠３ａ等に固定される。The glass plate 7 is held by fitting its peripheral edge into the glass plate fitting groove 8, and is fixed to the vertical frame 3a etc. via the surface edge members 5 and 6.
また、面縁部材６は上記取付は状態がら係合用段部１７
と肩部フランジ１９との係合および係合用爪部１３，１
８内士の保合を脱する方向に入力を加えて引抜けば簡単
に取外せるので、該取外しに伴いガラス板嵌着溝８に嵌
着されているのでガラス板７の把持力が開放されると共
に、面縁部材６の取外しに伴いガラス板嵌着溝８の一側
面が開放されるので該ガラス板７を縦枠２ ａ 、２
ｂおよび横枠３ａ、３ｂを分解することなく他方の面縁
部材５ともども取外せるから、ガラス板７の交換が簡単
に実施できる。In addition, the surface edge member 6 is attached to the engaging step portion 17 in the above-mentioned installation state.
and the shoulder flange 19 and the engagement claw portion 13,1
It can be easily removed by applying an input in the direction to release the inner lock 8 and pulling it out, so that the gripping force of the glass plate 7 is released since it is fitted into the glass plate fitting groove 8. At the same time, since one side of the glass plate fitting groove 8 is opened with the removal of the face edge member 6, the glass plate 7 is attached to the vertical frames 2a, 2.
b and the horizontal frames 3a, 3b can be removed together with the other side edge member 5 without disassembling, so the glass plate 7 can be easily replaced.
此等縦枠の面縁部材５と５を接続するにあたっては、両
面縁部材５，５のうち第６図の如く一方の面縁部材５の
端部において傾斜壁部１１が裾部と内奥側頂部との間を
裾部側程前方に突出する斜め４５°姿勢に角度切りされ
て斜角端縁２０に形成され、同時にこの斜角端縁２０の
内角部が面取り加工され、鉄面取り加工によって斜角端
縁２０が図に見られるように尖鋭化されると共に、上記
内角部に相手側面縁部材５の傾斜壁部１１外面に密接す
るところの尖鋭斜面２１が形成される。In connecting the face edge members 5 and 5 of these vertical frames, as shown in FIG. A beveled edge 20 is formed by cutting at an angle of 45 degrees between the side top and the hem to protrude forward, and at the same time, the inner corner of this beveled edge 20 is chamfered to form an iron chamfer. As a result, the beveled edge 20 is sharpened as shown in the figure, and a sharp slope 21 is formed at the inner corner portion to be in close contact with the outer surface of the sloped wall portion 11 of the opposite side edge member 5.
また、ガラス板対接壁部１０の端部は斜角端縁２０の切
断頂点がら垂直に切断されて切除され、該切除によって
底壁部９と傾斜壁部１１との間に相手側面縁部材５の傾
斜壁部１１とガラス板対接壁部１０とが突入する切欠孔
２２が形成される。Further, the end portion of the glass plate contact wall portion 10 is cut vertically from the cutting apex of the beveled edge 20, and as a result of the cutting, there is a gap between the bottom wall portion 9 and the inclined wall portion 11 of the opposite side edge member. A notch hole 22 is formed into which the inclined wall portion 11 of No. 5 and the glass plate contacting wall portion 10 enter.
また底壁部９は、この切欠孔２２内に相手側面縁部材５
の傾斜壁部１１およびガラス板対接壁部１０が突入され
た姿勢において該相手側面縁部材５の底壁部９に略達す
る長さを残して切断される。Further, the bottom wall portion 9 has a mating side edge member 5 in this notch hole 22.
The inclined wall portion 11 and the glass plate contacting wall portion 10 are cut leaving a length that approximately reaches the bottom wall portion 9 of the mating side edge member 5 in the plunged posture.
これに対し相手側面縁部材５の端部は角度切りを施さな
い直角端部２３とされ、しかして上記角度切り端部２４
が直角端部２３に被嵌される。On the other hand, the end of the mating side edge member 5 is a right-angled end 23 that is not cut at an angle, and the end 24 is cut at an angle.
is fitted onto the right-angled end 23.
かく威せば、縦横両面縁部材５，５が同一断面形状の型
材から構成されているがら上記被嵌姿勢において角度切
り端部２４の斜角端縁２０は直角端部２３の傾斜壁部側
面にぴったりと添着され、両面縁部材５，５が正確に且
つ直角に接合され、両面縁部材５，５間にガタッキが発
生しない。In this way, although the longitudinal and lateral double-sided edge members 5, 5 are constructed from sections having the same cross-sectional shape, the beveled edge 20 of the angled end portion 24 is aligned with the side surface of the inclined wall portion of the right-angled end portion 23 in the above-mentioned fitted position. The double-sided edge members 5, 5 are joined accurately and at right angles, and no looseness occurs between the double-sided edge members 5, 5.
更に角度切り端部２４と直角端部２３とが相互嵌合され
ているから、角度切り端部２４の角度切り精度に誤差が
あっても該接合部に隙間が生じない。Further, since the angled end portion 24 and the right angled end portion 23 are fitted to each other, even if there is an error in the angular cutting accuracy of the angled end portion 24, no gap will be created at the joint.
また、斜角端縁２０は面取り加工によって尖鋭化されて
尖鋭斜面２１に形成されているため、上記接合状態にお
いて尖鋭斜面２１が直角端部２３の傾斜壁部１１外面に
密接されるので、角度切り端部２４と直角端部２３との
継目部に段部が生じないと共に、両端部２３．２４の接
触面積が尖鋭斜面２１の幅だけ増大して両面縁部材５，
５の接合力が向上される。In addition, since the beveled edge 20 is sharpened by chamfering and formed into a sharp slope 21, the sharp slope 21 is brought into close contact with the outer surface of the slope wall 11 of the right-angled end 23 in the above-mentioned joined state, so that the angle No step is formed at the joint between the cut end 24 and the right-angled end 23, and the contact area between the ends 23 and 24 is increased by the width of the sharp slope 21, resulting in a double-sided edge member 5,
The bonding force of No. 5 is improved.
このように面縁部材５と５を接続するにあたり、従来の
ように接続すべき両面縁部材をいずれも角度切りして突
き合わせるのではなく、一方の面縁部材５の端部のみを
角度切りし且つ他方面縁部材５の端部を直角端部として
此等を相互嵌合させるものであるから、第５図に示すよ
うに４辺の面縁部材５・・・・・・を方形枠状に接続し
てゆくに、各面縁部材は一端を角度切り端部２４、他方
を直角端部２３とすれば良く、両端を４５°に角度切り
する必要がない、従って施工現場で面縁部材５・・・・
・・を縦枠３ａ等に取付けて組立てるにあたり、例えば
縦枠２ａの寸法誤差に合わせて此等面縁部材５・・・・
・・の寸法修正を施す必要がある場合、直角端部２３側
を所要長さ分遣角切りすれば、困難な角度切りを実施す
ることなく寸法修正が実施できる。In connecting the edge members 5 and 5 in this way, instead of cutting both edge members on both sides to be connected at an angle and butting them together as in the conventional method, only the end of one edge member 5 is cut at an angle. In addition, since the ends of the other side edge member 5 are made to be right-angled ends and these are to be fitted together, the four side edge members 5 are formed into a rectangular frame as shown in FIG. In order to connect each face edge member in a shape, one end of each face edge member needs to be cut at an angle 24 and the other end is a right angle end 23, and there is no need to cut both ends at an angle of 45 degrees. Part 5...
When assembling by attaching ... to the vertical frame 3a etc., for example, the surface edge member 5... should be adjusted according to the dimensional error of the vertical frame 2a.
If it is necessary to make dimensional corrections, the dimensions can be corrected without making difficult angular cuts by cutting the right-angled end portion 23 to the required length.
縦横の面縁部材６と６の接合にたっては、第７図のよう
に両面縁部材６，６の端面を直角に切断された直角端部
２５．２６とされ、一方の面縁部材６の直角端部２５を
他方面縁部材６の接続壁部２６に直角に当てつけて実行
は接合する。When joining the vertical and horizontal edge members 6 and 6, as shown in FIG. The right-angled end 25 is brought into contact with the connection wall 26 of the other side edge member 6 at a right angle to join.
該実行は接合を行えば、前記したようにガラス板７の交
換にあたって面縁部材６，６を縦横２ａ等から取外す場
合、両面縁部材６，６が相互係合されていないので該取
外しが簡単に行える。If this is carried out by joining, when the face edge members 6, 6 are removed from the vertical and horizontal directions 2a etc. when replacing the glass plate 7 as described above, the removal is easy because the double face edge members 6, 6 are not engaged with each other. can be done.
また、各面縁部材６，６は直角端部２５．２６を形成す
るものであるから、前記面縁部材５，６と同様に施工現
場での寸法修正が容易となる。Furthermore, since each of the edge members 6, 6 forms a right-angled end portion 25, 26, the dimensions can be easily corrected at the construction site similarly to the edge members 5, 6.
更に面縁部材６，６はその端面を直角に切断されたもの
であり、この直角切断が加工上比較的簡単であるから、
面縁部材６と６との接合部に隙間か′生しにくいが、仮
に隙間か′生じたとしてもガラス板７を挾んでその反対
側に面縁部材５，５が存するので、室内外にわたる空気
流通や透視を阻止することができる。Furthermore, the end faces of the edge members 6, 6 are cut at right angles, and cutting at right angles is relatively easy to process.
Although it is difficult for a gap to form at the joint between the edge members 6 and 6, even if a gap does occur, the edge members 5, 5 exist on the opposite side of the glass plate 7, so that it can be used both indoors and outdoors. It can block air circulation and see-through.
以上詳述したように本考案は、内外の面縁部材のうち内
側又は外側に存する縦横の面縁部材相互を実行は接合し
ており、この実行は接合のための面縁部材端部の直角角
度切り加工が容易であることから、該実行は接合による
縦横面縁部材の継目部に隙間か生じに〈＜、また仮に隙
間か生じても力゛ラス板を挾んで反対側に配置される縦
横面縁部材によりその隙間の内外にわたる空気流通や透
視が阻止できることになり従ってこの場合には上記反対
側に配置される縦横面縁部材を扉等の表側の面縁部材と
すればその隙間の生ずる側の面縁部材が扉等の裏側に位
置するためその隙間によって外観上の体裁が損なわれる
ことがない。As described in detail above, the present invention connects the vertical and horizontal side edge members on the inside or outside of the inner and outer side edge members, and this execution is carried out at right angles of the edges of the edge members for joining. Since the angle cutting process is easy, it is possible to do this without creating gaps at the joints of the vertical and horizontal edge members due to joining, and even if a gap does occur, it will be necessary to place the glass plate on the opposite side with the glass plate in between. The vertical and horizontal edge members can prevent air circulation and see-through between the inside and outside of the gap. Therefore, in this case, if the vertical and horizontal edge members placed on the opposite side are used as the front side edge members of the door etc., the gap can be blocked. Since the surface edge member on the side to be generated is located on the back side of the door etc., the appearance is not spoiled by the gap therebetween.
また外側又は内側に存する縦横の面縁部材相互は、従来
の所謂大留継ぎのようにそれぞれの面縁部材端部を角度
切りしてこの角度切りした端部相互を突き合わせ接合す
るのではなく、一方の面縁部材の端部のみを角度切りし
、他方面縁部材の端部は角度切りを施さない直角端部と
して、この直角端部に対し角度切り端部を被嵌させて接
合するものであるから、角度切り精度に誤差があっても
両面縁部材の継目部に隙間が発生することがない。In addition, the vertical and horizontal side edge members on the outside or inside are not joined by cutting the edges of each side edge member at an angle and butting the edges of each other, as in the conventional so-called large miter joint. Only the end of one surface edge member is cut at an angle, and the end of the other surface edge member is a right-angled end that is not cut at an angle, and the angle-cut end is fitted over and joined to the right-angled end. Therefore, even if there is an error in the angle cutting accuracy, no gap will occur at the joint between the double-sided edge members.
しかも角度切りされた面縁部材ではその斜角端縁内角部
を面取りして該斜角端縁を尖鋭斜面に形成しているため
、両面縁部材の継目部に段部が生ぜず、外観上の体裁が
向上すると共に、直角端部への角度切り端部の被嵌時に
は尖鋭斜面が面接触的に相手側傾斜壁部外面に密接する
から両面縁部材の接合力が飛躍的に向上される。Moreover, in the case of an angled edge member, since the inner corner of the beveled edge is chamfered to form the beveled edge into a sharp slope, there is no step at the joint of the double-sided edge member, which improves the appearance. In addition to improving the appearance of the edge member, when the angled end is fitted to the right-angled end, the sharp slope comes into close contact with the outer surface of the other inclined wall, dramatically improving the bonding force of the double-sided edge member. .
また、上記したように角度切り端部と直角端部との接合
によって面縁部材同士が接続されてゆくものであるから
、個々の面縁部材は実施例で詳細に述べたように一端を
角度切り端部に、他端を直角端部に成形でき、従って施
工現場で面縁部材の寸法修正を施す必要が生じた場合は
直角端部側を所要量切りつめれば良く、従って施工現場
での角度切り作業が不要となり、作業性が向上し且つ面
縁部材の寸法修正が容易となる。Furthermore, as mentioned above, since the face edge members are connected to each other by joining the angled end and the right angle end, each face edge member has one end cut at an angle as described in detail in the embodiment. The cut end can be formed into a right-angled end, and therefore, if it becomes necessary to modify the dimensions of the face edge member at the construction site, all you have to do is trim the right-angled end by the required amount. Angle cutting work is no longer necessary, workability is improved, and dimensions of the face edge member can be easily corrected.
これは実行は接合される面縁部材についても云えること
ができる。This can also be said about the face and edge members to be joined.
外部側又は内部側の縦横の面縁部材相互を角度切り端部
と直角端部との係合によって接合するのに対し、内部側
又は外部側の縦横の面縁部材同士に実行は接合している
ので、この実行は接合されている縦横面縁部材の外枠に
対する着脱は簡単に実施でき、内外面縁部材に把持され
ているガラス板の交換が容易におこなえる。In contrast to joining the vertical and horizontal side edge members on the external or internal side by engaging the angular cut ends and right-angled ends, the vertical and horizontal side edge members on the internal or external side are joined together. Therefore, it is easy to attach and detach the joined vertical and horizontal edge members to and from the outer frame, and the glass plate held by the inner and outer edge members can be easily replaced.
第１図は本考案にかかる面縁直角接続構成を適用した扉
の正面図、第２図は第１図矢視Ａ部の拡大図、第３図は
第２図の平面図、第４図は第２図イーイ線矢視切断図、
第５図は面縁部材の接続配置関係図、第６図および第７
図は内外面縁部材の接合方法を示す分解図である。
５，６・・・・・・面縁部材、８・・・・・・ガラス板
嵌着溝、１０・・・・・・内外面縁部材の対向壁部、１
１・・・・・・傾斜壁部、２０・・・・・・斜角端縁、
２１・・・・・・尖鋭斜面、２４・・・・・・角度切り
端部。Fig. 1 is a front view of a door to which the face-edge right angle connection structure according to the present invention is applied, Fig. 2 is an enlarged view of section A in Fig. 1, Fig. 3 is a plan view of Fig. 2, Fig. 4 is a cutaway view taken along the line E in Figure 2.
Figure 5 is a diagram showing the connection and arrangement of the face edge members, Figures 6 and 7.
The figure is an exploded view showing a method of joining the inner and outer edge members. 5, 6...Face edge member, 8...Glass plate fitting groove, 10...Opposing wall portion of inner and outer edge member, 1
1... Slanted wall portion, 20... Beveled edge,
21...Sharp slope, 24...Angle cut end.
Claims (1)
るにあたり、各面縁を、ガラス板嵌装部を形成する外枠
に対しそれぞれ着脱可能な内側及び外側の一対の面縁部
材で構成すると共に、これら一対の面縁部材の対向壁部
間にガラス板嵌着溝を形成せしめ、内側又は外側の縦横
の面縁部材の夫々の端部は該面縁部材長手方向に対し直
角に切断して直角端部と威し、これら直角端部相互を実
行は接合し、一方、外側又は内側の縦横の面縁部材は上
記対向壁部に連設する傾斜壁部を備えた同一断面形状の
型材で構成し、この傾斜壁部を備えた縦横の面縁部材の
うち、一方の面縁部材の傾斜壁部端部を該面縁部材長手
方向に対し斜交するよう角度切りして斜角端縁に形成す
ると共にこの斜角端縁の内角部を他方の面縁部材の傾斜
壁部外面に面接触すべく面取り加工して尖鋭斜面に形成
し、且つ上記一方の面縁部材の対向壁部端部を上記斜角
端縁の頂点から垂直に切断して該対向壁部端部を切除せ
しめ、また他方の面縁部材の端部は該面縁部材長手方向
に直角に切断して直角端部と威し、而して上記一方の面
縁部材の傾斜壁部端部を他方の面縁部材の傾斜壁部端部
に被嵌して戊る扉等における面縁の直角接続装置。In connecting vertical and horizontal double-sided edges made of aluminum or its alloy at right angles, each edge is configured with a pair of inner and outer edge members that are removable from the outer frame forming the glass plate fitting part, and A glass plate fitting groove is formed between the opposing walls of the pair of face edge members, and each end of the inner or outer vertical and horizontal face edge members is cut at right angles to the longitudinal direction of the face edge members. These right-angled ends are joined to each other, while the outer or inner vertical and horizontal surface edge members are made of shaped members having the same cross-sectional shape and having inclined walls connected to the opposing wall. Then, among the vertical and horizontal edge members provided with the inclined wall portions, the end of the inclined wall portion of one of the edge members is cut at an angle obliquely to the longitudinal direction of the edge member to form a beveled edge. At the same time, the inner corner of the beveled edge is chamfered to form a sharp slope so as to come into surface contact with the outer surface of the inclined wall of the other side edge member, and the end of the opposing wall of the one side edge member is cut perpendicularly from the apex of the beveled edge to remove the opposing wall end, and the end of the other face edge member is cut at right angles to the longitudinal direction of the face edge member to form a right-angled end. and a right angle connection device for a face edge in a door or the like, in which the end of the inclined wall part of one face edge member is fitted over the end of the inclined wall part of the other face edge member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1978165863U JPS5921263Y2 (en) | 1978-11-30 | 1978-11-30 | Right angle connection device for edges of doors etc. |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1978165863U JPS5921263Y2 (en) | 1978-11-30 | 1978-11-30 | Right angle connection device for edges of doors etc. |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5580478U JPS5580478U (en) | 1980-06-03 |
| JPS5921263Y2 true JPS5921263Y2 (en) | 1984-06-22 |
Family
ID=29164632
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1978165863U Expired JPS5921263Y2 (en) | 1978-11-30 | 1978-11-30 | Right angle connection device for edges of doors etc. |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5921263Y2 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6019674U (en) * | 1983-07-19 | 1985-02-09 | 株式会社 川口技研 | Mounting structure of picture frame material for building opening frame |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5331127A (en) * | 1976-07-26 | 1978-03-24 | Yeda Res & Dev | Focusing screen and method of producing same |
| JPS5351755A (en) * | 1976-10-21 | 1978-05-11 | Canon Inc | Preparing apparatus for speckle diffusion plate |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS554475Y2 (en) * | 1975-05-12 | 1980-02-01 |
-
1978
- 1978-11-30 JP JP1978165863U patent/JPS5921263Y2/en not_active Expired
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5331127A (en) * | 1976-07-26 | 1978-03-24 | Yeda Res & Dev | Focusing screen and method of producing same |
| JPS5351755A (en) * | 1976-10-21 | 1978-05-11 | Canon Inc | Preparing apparatus for speckle diffusion plate |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS5580478U (en) | 1980-06-03 |
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