JP2019070304A - Multilayer glass heat insulation wall mounting method - Google Patents
Multilayer glass heat insulation wall mounting method Download PDFInfo
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- JP2019070304A JP2019070304A JP2017206626A JP2017206626A JP2019070304A JP 2019070304 A JP2019070304 A JP 2019070304A JP 2017206626 A JP2017206626 A JP 2017206626A JP 2017206626 A JP2017206626 A JP 2017206626A JP 2019070304 A JP2019070304 A JP 2019070304A
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- insulation wall
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Abstract
Description
本発明はガラスで造る透過性の高い多層断熱ガラス壁に関する技術分野である。 The present invention is a technical field relating to highly permeable multilayer insulating glass walls made of glass.
ゼロエネルギー住宅などの温熱性能の高い住宅建築は、熱損失の大きな開口部を小さく設計するなど採光面積が小さくなる傾向にあり、開口部に変わる採光性と断熱性を兼ね備えた壁体の技術が必要である。 Residential buildings with high thermal performance, such as zero energy homes, tend to have smaller lighting areas, such as smaller openings with large heat loss, so the technology of the wall that combines lighting and insulation to change to the openings is necessary.
本発明は多層ガラス断熱壁であり、窓などの開口部とは一線を画すもので、ガラスの静止空気層を多層化する事で温熱のロスを防ぐ事ができるが、内部に湿気を侵入させないで製作する困難さとガラス多層化は、重量が極めて重く、搬送、施工及び耐震性に劣る課題がある。 The present invention is a multilayer glass heat insulating wall, which is distinct from the opening of a window or the like, and although the static air layer of glass can be multilayered to prevent the loss of heat, it does not allow moisture to penetrate inside. The difficulty in manufacturing at the same time and glass multi-layering are extremely heavy in weight, and suffer from poor transport, construction and earthquake resistance.
本発明に類似する技術として特許文献１、特許文献２、特許文献３が公知であるが、いずれも耐震対応や施工精度が確立していない。
また、特許文献４は、割れ易いガラス以外の素材を前提にしたものであり、現実に現場施工が困難であり、本発明はこれらの課題を解決している。Although patent documents 1, patent documents 2, and patent documents 3 are known as art similar to the present invention, earthquake-proof correspondence and construction accuracy have not been established in each.
Moreover, patent document 4 presupposes materials other than the glass which is easy to be broken, and on-site construction is actually difficult, and this invention solves these subjects.
本発明は、透過性の高いガラスを空気が静止する間隔で多層化する手段を用いる。
外部ガラス▲１▼と内部ガラス▲２▼の間は、乾燥剤入りスペーサー▲４▼を挟んだガラス▲３▼で多層にする。当該多層ガラスはシール材▲５▼で包まれて一体を為し多層ガラス断熱壁▲１３▼となる。これを整備された工場で製作する手段を講じている。
当該多層ガラス断熱壁▲１３▼は、クッション材▲８▼を装着した内部突起付き木製枠▲７▼に外側から挿入される。挿入された多層ガラス断熱壁▲１３▼は、固定クッション材▲６▼で押さえ、内部突起付き木製枠▲７▼に外側から固定ビス▲１０▼によってビス止めされた固定部材▲９▼と一緒に防水シーリング材▲１２▼で接着固定される。固定部材▲９▼の外側には防水キャップ▲１１▼が施工される。The present invention uses a means of layering highly permeable glass at air static intervals.
The outer glass (1) and the inner glass (2) are multilayered with the glass (3) sandwiching the desiccant-containing spacer (4). The multilayer glass is wrapped in a sealing material (5) to form an integral multilayer insulating wall (13). We have taken measures to make this at a well-maintained factory.
The multilayer glass heat insulation wall {circle over (13)} is inserted from the outside into the internally projecting wooden frame {circle over (7)} on which the cushion material {circle over (8)} is mounted. The inserted multi-layer glass
本発明は、以上の形状となっており、整備された工場で多層ガラス断熱壁の加工が出来るため、安定した品質で断熱性能が向上し、断熱材と同等の多層ガラス断熱壁を構成する事が出来る。 The present invention has the above-mentioned shape, and can process multi-layer glass heat insulation wall in a well-maintained factory, so the heat insulation performance is improved with stable quality, and multi-layer glass heat insulation wall equivalent to heat insulation material is constructed. Can do.
本発明は、ガラスなので透過性の高い断熱透明壁を構成しており、かつ、固定クッション材と同厚のクリアランスが出来、そのクリアランスで地震などの構造の揺れや歪みを吸収する効果がある。 Since the present invention is a glass, it has a highly transparent heat insulating transparent wall, and has a clearance equal to the thickness of the fixed cushion material, and the clearance has the effect of absorbing shaking or distortion of a structure such as an earthquake.
本発明は、重量のあるガラスなので、あえて１ｍ未満の小型ガラスを用いており、外部から容易に挿入施工と、取り換えなどのメンテナンスも簡単に出来る効果がある。 Since the present invention is a heavy glass, a small glass of less than 1 m is intentionally used, and there is an effect that insertion maintenance and maintenance such as replacement can be easily performed from the outside.
多層ガラス断熱壁を挿入する枠材は、熱損失の少ない木製となっており、多層ガラス断熱壁部だけでなく、枠からの熱損失も極力抑える構造となっている。 The frame material into which the multilayer glass heat insulating wall is inserted is made of wood with little heat loss, and has a structure that minimizes the heat loss from the frame as well as the multilayer glass heat insulating wall.
以下、本発明の実施の形態を図１に基づいて説明する。
図１は本発明の平面断面図である。
内側にクッション材▲８▼の付いた内部突起付き木製枠▲７▼に多層ガラス断熱壁▲１３▼を外側から挿入し、固定クッション材▲６▼で押さえ、固定部材▲９▼を内部突起付き木製枠▲７▼に固定部材▲９▼を固定ビス▲１０▼にてビス止めして、固定部材▲９▼と一緒に防水シーリング材▲１２▼で接着固定され、防水キャップ▲１１▼で覆う事で完全防水する形態となる。Hereinafter, an embodiment of the present invention will be described based on FIG.
FIG. 1 is a plan sectional view of the present invention.
Multilayer glass thermal insulation wall ▲ 13 外側 is inserted from the outside into the wooden frame 77 内部 with an internal projection with a cushion ▲ 8 内側 inside, pressed by the fixed cushion ▲ 6 、, and the fixing member 99 付 き with an internal projection Fixing member ▲ 9 木製 is fixed to wooden frame 7 7 に て with fixing screw 10 10 、 and adhesively fixed together with fixing member 9 9 で with waterproof sealing material 12 12 、 and covered with waterproof cap 11 11 ▼ It becomes the form completely waterproofed by things.
外部ガラス▲１▼に防火、耐火、防犯等の機能ガラスを用いた本発明の実施例。 An embodiment of the present invention using a fireproof, fireproof, crime prevention, etc. functional glass for the external glass (1).
内部ガラス▲２▼に強度の高い強化ガラスを用いた本発明の実施例。 The embodiment of the present invention using a high-strength tempered glass as the internal glass (2).
内部突起付き木製枠▲７▼に、樹脂などとの合成木材を耐火加工した素材を用いた本発明の実施例。 An embodiment of the present invention using a material obtained by fireproofing synthetic wood with resin or the like in a wooden frame with internal protrusions (7).
ガラス▲３▼を、重量の軽い特殊シートを用いた本発明の実施例。 Example of the present invention using a special sheet of light weight and a glass (3).
外部ガラス▲１▼に遮熱機能を付けたガラスを用いた本発明の実施例。 The embodiment of the present invention using a glass having a heat shielding function to the external glass (1).
乾燥剤入りスペーサー▲４▼に、樹脂製素材を用いた本発明の実施例。 Example of the present invention using a resin material for the desiccant-containing spacer (4).
内部突起付き木製枠▲７▼と防水キャップ▲１１▼をカラーコーディネートした本発明の実施例。 The embodiment of the present invention in which the wooden frame with internal protrusion 77 と and the waterproof cap 1111 カ ラ ー are color coordinated.
▲１▼外部ガラス
▲２▼内部ガラス
▲３▼ガラス
▲４▼乾燥剤入りスペーサー
▲５▼シール材
▲６▼固定クッション材
▲７▼内部突起付き木製枠
▲８▼クッション材
▲９▼固定部材
▲１０▼固定ビス
▲１１▼防水キャップ
▲１２▼防水シーリング材
▲１３▼多層ガラス断熱壁(1) external glass (2) internal glass (3) glass (4) spacer containing desiccant (5) sealing material (6) fixed cushion material (7) wooden frame with internal protrusion (8) cushion material (9) fixed member 10 10 ▼ Fixing screw 11 11 ▼ Waterproof cap 12 12 ▼
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017206626A JP2019070304A (en) | 2017-10-06 | 2017-10-06 | Multilayer glass heat insulation wall mounting method |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2017206626A JP2019070304A (en) | 2017-10-06 | 2017-10-06 | Multilayer glass heat insulation wall mounting method |
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| JP2019070304A true JP2019070304A (en) | 2019-05-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110748057A (en) * | 2019-11-22 | 2020-02-04 | 江苏广源幕墙装饰工程有限公司 | Noise-reduction heat-preservation multi-layer curtain wall |
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- 2017-10-06 JP JP2017206626A patent/JP2019070304A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110748057A (en) * | 2019-11-22 | 2020-02-04 | 江苏广源幕墙装饰工程有限公司 | Noise-reduction heat-preservation multi-layer curtain wall |
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