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    • 1. 发明专利
    • タイル張り工法及び外壁
    • 层状方法和外墙
    • JP2015010453A
    • 2015-01-19
    • JP2013138923
    • 2013-07-02
    • 株式会社竹中工務店Takenaka Komuten Co Ltd
    • YOSHIDA SHIGEJITACHIKAWA JOJIMATSUBARA MICHIHIKOSHINCHI MASATOSHIOKAMOTO HAJIMETAKAHASHI HIROMUYAMAMOTO MASATOTOMIOKA YUICHI
    • E04F13/21
    • 【課題】下地モルタル層からタイルまでの間に形成される積層構造の一体不可分性の向上を図り、たとえ積層構造中の何れかの界面で部分的な剥離が生じても剥落へと繋がり難くすることができるタイル張り工法及び外壁を提供すること。【解決手段】下地モルタル層2の外側に、張付モルタル層3と、タイル4とを順に配するタイル張り工法であって、前記張付モルタル層3の形成は、前記下地モルタル層2の表面に張付モルタル3aを塗布し、塗布した張付モルタル3aが硬化しない間に、該張付モルタル3aに対してネット3bを伏せ込むと共に該ネット3bを被覆するようにさらに張付モルタル3aを塗布することによって行う。【選択図】図1
    • 要解决的问题:为了提供即使在层叠结构的任何界面中发生部分剥离也难以导致剥离的瓦片铺设方法和外壁,通过提高形成在层叠结构中的层叠结构的集成的不可分割性 从背衬砂浆层中腾出一块瓷砖。解决方案:铺设铺砖方法用于在背衬砂浆层2的外侧依次布置粘结砂浆层3和砖4,并且形成粘着砂浆层3 通过在背衬砂浆层2的表面上涂布粘结砂浆3a,将粘结砂浆3a中的网3b向下转动,并进一步涂覆粘着砂浆3a以覆盖网3b。
    • 5. 发明专利
    • Electronic member fixing structure
    • 电子会员固定结构
    • JP2013004695A
    • 2013-01-07
    • JP2011133628
    • 2011-06-15
    • Takenaka Komuten Co Ltd株式会社竹中工務店Saint-Gobain Kkサンゴバン株式会社Telasys Co Ltd株式会社テラシス
    • YAMAMOTO SHUICHIFUKAO KOZOYUKAWA MASAHIRONAKAI MASAYOSHIMIKI SHIGETOOKAMOTO HAJIMEHASEGAWA KANTAKAHASHI HIROMUOGAWA TOMOKAZUYOSHIDA SHINGOMURAKAMI NOBUNAOMARCEL DERIEKATHERINE M SAHLINKANBAYASHI MASAYOSHISUGIURA KOSUKEYAO YUTAKA
    • H01L31/042
    • Y02B10/12Y02E10/50
    • PROBLEM TO BE SOLVED: To obtain an electronic member fixing structure which suppresses the distortion of an electronic member due to expansion/contraction of a base, and prevents the breakage of the electronic member.SOLUTION: An electronic member fixing structure 10 includes a film material expanding/contracting in a surface direction, a sheet-shaped solar battery module 14 disposed on a surface of the film material 12 and having flexibility, and a frame edge material 16 fixed on the surface of the film material 12 and movably supporting peripheral edge portions of the solar battery module 14. The frame edge material 16 is a member with a C-shaped cross section which is bilaterally symmetrically disposed, and the peripheral edge portions on both sides of the solar battery module 14 are inserted in the frame edge material 16. An adhesive 24 for preventing the coming-off of the solar battery module 14 is filled in the frame edge material 16. When the film material 12 expands/contracts in the surface direction, the peripheral edge portions of the solar battery module 14 and the frame edge material 16 are relatively moved, and the solar battery module 14 does not follow the expansion/contraction of the film material 12.
    • 解决的问题:为了获得抑制由于基座的伸缩而引起的电子部件变形的电子部件固定结构,并且防止电子部件的断裂。 解决方案:电子部件固定结构10包括在表面方向上扩展/收缩的薄膜材料,设置在薄膜材料12的表面上并具有柔性的片状太阳能电池模块14和框架边缘材料16 固定在薄膜材料12的表面上并且可移动地支撑太阳能电池模块14的周缘部分。框架边缘材料16是具有C形横截面的构件,其横向对称设置,并且两边缘部分 太阳能电池模块14的侧面插入框架边缘材料16中。用于防止太阳能电池模块14的脱落的粘合剂24被填充在框架边缘材料16中。当薄膜材料12在 太阳能电池模块14的周边部分和框架边缘材料16相对移动,并且太阳能电池模块14不跟随扩展/收缩 电影材料12.版权所有(C)2013,JPO&INPIT
    • 7. 发明专利
    • Exterior method
    • 外部方法
    • JP2013032675A
    • 2013-02-14
    • JP2011202263
    • 2011-09-15
    • Takenaka Komuten Co Ltd株式会社竹中工務店Konishi Co Ltdコニシ株式会社
    • YAMAMOTO MASATOOKAMOTO HAJIMETAKAHASHI HIROMUYOSHIDA SHINGOISHIBASHI YUKIMITSUMATSUBARA MICHIHIKOSUGITA KEITAROKATSUTA YOSHINOBUKUSUKI KOJIYAMAZOE HIROTOMOIIJIMA YOSHIHITO
    • E04F13/21
    • PROBLEM TO BE SOLVED: To provide an exterior method which is capable of sticking an exterior material to an uneven base with excellent adhesion and followability, and is excellent in workability.SOLUTION: The exterior method includes: a step X of forming an unevenness adjustment layer by applying, to at least a part of a base material surface, a composition for unevenness adjustment, for which a viscosity A measured at a rotation speed 1 r/min under a temperature condition of 23°C based on JIS K6833-1 using a B type viscometer is in a range of 1000 Pa s to 3000 Pa s, a viscosity ratio (A/B) of the viscosity A and a viscosity B measured at a rotation speed 10 r/min is 6 or higher, and for dumbbell physical properties measured based on JIS A5557 indicated by a hardened object obtained by being hardened, the maximum tensile strength is 0.4 N/mmto 2.0 N/mm, and an elongation percentage at rupture is 40% to 200%; and a step Y of applying a reaction curable adhesive onto a base material where the unevenness adjustment layer is formed, and then sticking the exterior material.
    • 要解决的问题:提供一种能够将外部材料粘附到具有优异的粘合性和随动性的不均匀基体上并且加工性优异的外部方法。 外部方法包括:通过向基材表面的至少一部分施加用于不均匀调整的组合物形成不均匀调整层的步骤X,以组合物1的转速1测量的粘度A 在使用B型粘度计的基于JIS K6833-1的23℃的温度条件下,r / min在1000Pa·s〜3000Pa·s的范围内,粘度A的粘度比(A / B)和粘度 以10r / min的转速测定的B为6以上,通过硬化得到的硬化物所表示的JIS A5557测定的哑铃物理特性,最大拉伸强度为0.4N / mm 2 至2.0N / mm 2 ,断裂伸长率为40%〜200%; 以及将反应性固化性粘合剂涂布在形成有凹凸调整层的基材上,然后粘贴外部材料的步骤Y。 版权所有(C)2013,JPO&INPIT