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A platform for research: civil engineering, architecture and urbanism
HOLDING STRUCTURE FOR SOLAR CELL CABLE, AND MOUNTING STRUCTURE FOR OUTSIDE MEMBER
PROBLEM TO BE SOLVED: To provide a holding structure for a solar cell cable, capable of easily holding the cable extending from a solar cell module or the like, and to provide a mounting structure for an outside member.SOLUTION: The holding structure for the solar cell cable includes a mounting member 1 to be fixed to a protrusion part 51 formed by an external material 5 constituting an external face 5, a communication material 6A mounted on the mounting member 1, and a supporting material 6B fixed to the communication material 6A for holding the cable extending from a solar cell panel, the mounting member 1 including an upper face part 21 located above the protrusion part 51, a mounting horizontal piece 26 extending outward from the edge of the upper face part 21, and a mounting oblique piece 27 formed by bending the side end thereof obliquely upward, the communication material 6A including a mounted part 61 located at the upper end, and a receiving surface part 62 extending downward from the mounted part 61, the mounted part 61 of the communication material 6A being arranged and mounted into an engaging groove 271 of the mounting oblique piece 27 of the mounting member 1, the supporting material being fixed to the receiving surface part 62 of the communication material 6A.SELECTED DRAWING: Figure 2
【課題】太陽電池モジュール等から延在するケーブルを容易に保持することができる太陽電池ケーブルの保持構造及び外設部材の取付構造を提供する。【解決手段】外装面５を構成する外装材５にて形成される凸状部５１に固定する取付部材１と、取付部材１に取り付ける連絡材６Ａと、連絡材６Ａに固定して太陽電池パネルから延在するケーブルを保持する受け材６Ｂとからなる太陽電池ケーブルの保持構造であって、取付部材１は、凸状部５１の上方に位置する上面部２１と、上面部２１の端縁から外方へ延在する取付横片２６と、その側端を傾斜状に折り上げた取付傾斜片２７と、を備え、連絡材６Ａは、上端に位置する取付部６１と、取付部６１から下方へ延在する受面部６２と、を備え、連絡材６Ａの取付部６１を、取付部材１の取付傾斜片２７の係合溝２７１に配置して取り付けると共に、受け材を連絡材６Ａの受面部６２に固定した。【選択図】図２
HOLDING STRUCTURE FOR SOLAR CELL CABLE, AND MOUNTING STRUCTURE FOR OUTSIDE MEMBER
PROBLEM TO BE SOLVED: To provide a holding structure for a solar cell cable, capable of easily holding the cable extending from a solar cell module or the like, and to provide a mounting structure for an outside member.SOLUTION: The holding structure for the solar cell cable includes a mounting member 1 to be fixed to a protrusion part 51 formed by an external material 5 constituting an external face 5, a communication material 6A mounted on the mounting member 1, and a supporting material 6B fixed to the communication material 6A for holding the cable extending from a solar cell panel, the mounting member 1 including an upper face part 21 located above the protrusion part 51, a mounting horizontal piece 26 extending outward from the edge of the upper face part 21, and a mounting oblique piece 27 formed by bending the side end thereof obliquely upward, the communication material 6A including a mounted part 61 located at the upper end, and a receiving surface part 62 extending downward from the mounted part 61, the mounted part 61 of the communication material 6A being arranged and mounted into an engaging groove 271 of the mounting oblique piece 27 of the mounting member 1, the supporting material being fixed to the receiving surface part 62 of the communication material 6A.SELECTED DRAWING: Figure 2
【課題】太陽電池モジュール等から延在するケーブルを容易に保持することができる太陽電池ケーブルの保持構造及び外設部材の取付構造を提供する。【解決手段】外装面５を構成する外装材５にて形成される凸状部５１に固定する取付部材１と、取付部材１に取り付ける連絡材６Ａと、連絡材６Ａに固定して太陽電池パネルから延在するケーブルを保持する受け材６Ｂとからなる太陽電池ケーブルの保持構造であって、取付部材１は、凸状部５１の上方に位置する上面部２１と、上面部２１の端縁から外方へ延在する取付横片２６と、その側端を傾斜状に折り上げた取付傾斜片２７と、を備え、連絡材６Ａは、上端に位置する取付部６１と、取付部６１から下方へ延在する受面部６２と、を備え、連絡材６Ａの取付部６１を、取付部材１の取付傾斜片２７の係合溝２７１に配置して取り付けると共に、受け材を連絡材６Ａの受面部６２に固定した。【選択図】図２
HOLDING STRUCTURE FOR SOLAR CELL CABLE, AND MOUNTING STRUCTURE FOR OUTSIDE MEMBER
太陽電池ケーブルの保持構造、及び外設部材の取付構造
FUNAKI MOTOKATSU (author) / KITAMURA KOICHI (author) / NISHIDA KAZUTOMO (author) / ASAKURA DAISUKE (author) / KUWABARA TAKESHI (author)
2016-05-16
Patent
Electronic Resource
Japanese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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