Fixing member

Abstract

Disclosed is a fixing member which is able to fix a solar cell module in an appropriate position on roofing material, can be widely used with standard solar cell modules, and has a small number of components. A fixing member (1) comprises: a flat plate shaped base section (10); a flat plate shaped top-plate section (40) which is supported by a pair of top-plate support sections (20) which are erected on the base section; an elongated hole section (41) which passes through the top-plate section and both ends of which are closed ends; a shaft section (52) which is of a size that will pass through the elongated hole section; and a head section (51) which is of a size that will not pass through the elongated hole section. The fixing member is further provided with: a bolt (50) which, when the head section is positioned lower than the top-plate section, both inserts the shaft section into the elongated hole section, and inserts the shaft section into a support hole disposed on a support member for a solar cell module; a head section insertion hole (42) which perforates the top-plate section at a size through which the head section can pass through, and which is connected with the elongated hole section at one end of said elongated hole section; and a fixing hole section (15) which perforates the base section and is positioned on a line which is the central axis line (N) of the elongated hole section projected on the base section.

Description

technical field [0001] The present invention relates to a fixing member used to fix a member supporting a solar battery module to a roof material when installing a solar battery module on a roof. Background technique [0002] In the case of installing the solar battery module on the roof of the building, generally, a long wooden board material is installed on the roof material to form a well-shaped truss, and the solar battery module is fixed on the roof material through the wooden board material. top material. This has the advantage of being able to adjust the spacing of the wood boards to match the size of the solar cell module by adjusting the position where the wood boards extending in one direction intersect with the wood boards extending in the other direction. On the other hand, since the wood board material is long, there is a problem that much labor and time are required to adjust the position. In addition, since a large number of board materials are required to f...

AI Technical Summary

Problems solved by technology

On the other hand, since the board material is long, there is a problem that much labor and time are required to adjust the position.

In addition, since a large number of wood board materials are required to form a well-shaped truss, there is a problem that the number of parts is large and the cost is high.

[0003] On the other hand, if the fixing member for installing the solar cell module is directly attached to the roof material, there are restrictions on the position where the member is attached to the roof material such as slate tiles, so there are positions where the fixing member should be installed. Due to the relationship between the size of the solar cell module and the pitch of the roof material, it overlaps with the position that cannot be installed in the roof material, and the fixing part cannot be installed.

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