EAVES INSTALLATION TYPE SNOW MELTING PANEL

To provide an eaves installation type snow melting panel capable of efficiently melting snow in spite of a low installation cost by arranging snow melting roof panels in a row on a roof side and at an eaves part, although it is not as good as a snow melting roof panel that covers the entire roof.SOL...

Full description

Saved in:
Bibliographic Details
Main Author MORISHITA KAZUYA
Format Patent
LanguageEnglish
Japanese
Published 26.01.2023
Subjects
Online AccessGet full text

Cover

Loading…
More Information
Summary:To provide an eaves installation type snow melting panel capable of efficiently melting snow in spite of a low installation cost by arranging snow melting roof panels in a row on a roof side and at an eaves part, although it is not as good as a snow melting roof panel that covers the entire roof.SOLUTION: There is provided an eaves installation type snow melting panel assembly 10 in which a plurality of snow melting panels is arranged in rows on a roof side of an eaves which is a part of the roof and protrudes outside the outer wall of a building to melt snow by making a heat medium pass through the inside. The eaves installation type snow melting panel assembly 10 includes a plurality of snow melting panel bodies 40 each having a heat medium inlet and a heat medium outlet, a heat medium outgoing pipe 50 connected to the heat medium inlet, a heat medium return piping connected to the heat medium outlet, and a gap forming member on the lower side of the snow melting roof panel bodies 40 in order to provide a gap between the roof and the snow melting panel bodies.SELECTED DRAWING: Figure 1 【課題】屋根側であって軒の部位に融雪屋根パネルを一列状に配置することで、屋根全体に融雪屋根パネルを覆う態様の融雪屋根パネルには及ばないものの、設置コストが低いにも関わらず、効率的に融雪を行うことができる軒設置型融雪パネルを提供すること。【解決手段】屋根の一部であって建物の外壁の外側に突き出している部分である軒の屋根側に列状に複数の融雪パネルを並べて設置し、内部に熱媒体を通過させることにより融雪を行う軒設置型融雪パネル集合体10であって、熱媒体導入口と熱媒体排出口を備えた複数の融雪パネル本体40と、熱媒体導入口に連結する熱媒体往き配管50と、熱媒体排出口に連結する熱媒体戻り配管と、屋根と前記融雪パネル本体との間に隙間を設けるため、融雪屋根パネル本体40の下側に隙間形成部材を備えることを特徴とする軒設置型融雪パネル集合体10とした。【選択図】図1
Bibliography:Application Number: JP20210117907