A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SNOW MELTING BLOCK AND SNOW MELTING ROADBED
PROBLEM TO BE SOLVED: To provide a snow melting block with abundant heat generating amount and a better heat storing capacity by radiation heat as well as a better heat insulation capacity, high permeability and high compressive strength and a snow melting roadbed configured by this snow melting block in which: heat radiated from a heat generating body is easily transmitted to a surface of a second layer or a third layer (exposed surface) which is a top layer and in addition snow accumulation or icing are easily melted by supplying abundant heat generating amount to its surface (exposed surface) as a better insulation in the first layer is performed and a heat is easily stored inside of the second layer and these snow accumulation or icing can be melted continuously as water caused by melting of these snow accumulation or icing is not accumulated on its surface (exposed surface) and is impregnated inside sequentially and flows into ground.SOLUTION: A predetermined first layer 2 and a predetermined second layer 3 are provided and a reinforcement material 51 in mesh shape and a heat generating body 52 are provided on a contact surface of the first layer 2 and the second layer 3 or in vicinity of the contact surface.SELECTED DRAWING: Figure 2
【課題】発熱体から発せられた熱が最上層である第二層または第三層の表面（露出面）に伝導しやすいとともに、第一層にてしっかりと断熱して第二層内部に蓄熱されやすいことからその表面（露出面）の積雪や着氷に豊富な熱量を供給して融解させやすく、また、それら積雪や着氷が融解して生じた水がその表面（露出面）に溜まらずに順次内部へ浸透して地中へ流れることからそれら積雪や着氷を連続的に融解することを可能とする、断熱性に優れるとともに発熱量が豊富で輻射熱による蓄熱に優れ、透水性が高く、かつ、圧縮強度が高い融雪ブロックおよびこの融雪ブロックから構成される融雪路盤を提供する。【解決手段】所定の第一層２と、所定の第二層３とを備え、第一層２と第二層３との接面または接面の近傍にメッシュ状の補強材５１と発熱体５２を備える。【選択図】図２
SNOW MELTING BLOCK AND SNOW MELTING ROADBED
PROBLEM TO BE SOLVED: To provide a snow melting block with abundant heat generating amount and a better heat storing capacity by radiation heat as well as a better heat insulation capacity, high permeability and high compressive strength and a snow melting roadbed configured by this snow melting block in which: heat radiated from a heat generating body is easily transmitted to a surface of a second layer or a third layer (exposed surface) which is a top layer and in addition snow accumulation or icing are easily melted by supplying abundant heat generating amount to its surface (exposed surface) as a better insulation in the first layer is performed and a heat is easily stored inside of the second layer and these snow accumulation or icing can be melted continuously as water caused by melting of these snow accumulation or icing is not accumulated on its surface (exposed surface) and is impregnated inside sequentially and flows into ground.SOLUTION: A predetermined first layer 2 and a predetermined second layer 3 are provided and a reinforcement material 51 in mesh shape and a heat generating body 52 are provided on a contact surface of the first layer 2 and the second layer 3 or in vicinity of the contact surface.SELECTED DRAWING: Figure 2
【課題】発熱体から発せられた熱が最上層である第二層または第三層の表面（露出面）に伝導しやすいとともに、第一層にてしっかりと断熱して第二層内部に蓄熱されやすいことからその表面（露出面）の積雪や着氷に豊富な熱量を供給して融解させやすく、また、それら積雪や着氷が融解して生じた水がその表面（露出面）に溜まらずに順次内部へ浸透して地中へ流れることからそれら積雪や着氷を連続的に融解することを可能とする、断熱性に優れるとともに発熱量が豊富で輻射熱による蓄熱に優れ、透水性が高く、かつ、圧縮強度が高い融雪ブロックおよびこの融雪ブロックから構成される融雪路盤を提供する。【解決手段】所定の第一層２と、所定の第二層３とを備え、第一層２と第二層３との接面または接面の近傍にメッシュ状の補強材５１と発熱体５２を備える。【選択図】図２
SNOW MELTING BLOCK AND SNOW MELTING ROADBED
融雪ブロックおよび融雪路盤
SUDO MASAYOSHI (author) / ONO HIROMI (author)
2018-11-15
Patent
Electronic Resource
Japanese