A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SNOW ACCRETION REDUCING MACHINE AND SNOW ACCRETION REDUCING TUBULAR STRUCTURE
To provide a snow accretion reducing machine which reduces snow accretion on steel pipe poles to prevent snow from falling off as large chunks of snow and has high weather resistance, and a snow accretion reducing tubular structure equipped therewith on a tubular structure.SOLUTION: A snow accretion reducing machine 10 that can be fixed to the top curved surface of a tubular structure 20 to reduce snow accretion on the tubular structure 20 includes a base 1 for fixing the machine to the top curved surface of the tubular structure 20, and a snow cut plate 2 that is a plate fixed to the base 1 and divides snow fallen on the end surface of the plate. The snow cut plate 2 is mainly made of silicone rubber. The base 1 has a top part 6 on the opposite side to the bottom part 4 that is fixed to the top curved surface, and the snow cut plate 2 is erected on the top part 6, and the base 1 has a slope 5 extending from the fixed part with the snow cut plate 2 to the bottom part 4. A snow accretion reducing tubular structure 30 includes the snow accretion reducing machine 10 on the tubular structure 20.SELECTED DRAWING: Figure 4
【課題】鋼管柱上の着雪を低減して大きな塊のまま落雪することを防ぐと共に、耐候性の高い着雪低減機器、およびそれを管状構造体に備える着雪低減管状構造体を提供する。【解決手段】本発明は、管状構造体２０の頂部曲面に固定して管状構造体２０への着雪を低減可能な着雪低減機器１０であって、管状構造体２０の頂部曲面に固定するための台座１と、台座１に固定される板であって、降雪を当該板の端面にて分けるための雪切板２とを備え、雪切板２は、主にシリコーンゴムから構成され、台座１は、頂部曲面に固定される底部４と反対側に頂部６を備えると共に、頂部６に雪切板２を立設しており、台座１は、雪切板２との固定部分から底部４に至る斜面５を備える着雪低減機器１０、およびそれを管状構造体２０に備える着雪低減管状構造体３０に関する。【選択図】図４
SNOW ACCRETION REDUCING MACHINE AND SNOW ACCRETION REDUCING TUBULAR STRUCTURE
To provide a snow accretion reducing machine which reduces snow accretion on steel pipe poles to prevent snow from falling off as large chunks of snow and has high weather resistance, and a snow accretion reducing tubular structure equipped therewith on a tubular structure.SOLUTION: A snow accretion reducing machine 10 that can be fixed to the top curved surface of a tubular structure 20 to reduce snow accretion on the tubular structure 20 includes a base 1 for fixing the machine to the top curved surface of the tubular structure 20, and a snow cut plate 2 that is a plate fixed to the base 1 and divides snow fallen on the end surface of the plate. The snow cut plate 2 is mainly made of silicone rubber. The base 1 has a top part 6 on the opposite side to the bottom part 4 that is fixed to the top curved surface, and the snow cut plate 2 is erected on the top part 6, and the base 1 has a slope 5 extending from the fixed part with the snow cut plate 2 to the bottom part 4. A snow accretion reducing tubular structure 30 includes the snow accretion reducing machine 10 on the tubular structure 20.SELECTED DRAWING: Figure 4
【課題】鋼管柱上の着雪を低減して大きな塊のまま落雪することを防ぐと共に、耐候性の高い着雪低減機器、およびそれを管状構造体に備える着雪低減管状構造体を提供する。【解決手段】本発明は、管状構造体２０の頂部曲面に固定して管状構造体２０への着雪を低減可能な着雪低減機器１０であって、管状構造体２０の頂部曲面に固定するための台座１と、台座１に固定される板であって、降雪を当該板の端面にて分けるための雪切板２とを備え、雪切板２は、主にシリコーンゴムから構成され、台座１は、頂部曲面に固定される底部４と反対側に頂部６を備えると共に、頂部６に雪切板２を立設しており、台座１は、雪切板２との固定部分から底部４に至る斜面５を備える着雪低減機器１０、およびそれを管状構造体２０に備える着雪低減管状構造体３０に関する。【選択図】図４
SNOW ACCRETION REDUCING MACHINE AND SNOW ACCRETION REDUCING TUBULAR STRUCTURE
着雪低減機器および着雪低減管状構造体
IGUCHI YUKA (author) / KOMORI ATSUSHI (author)
2024-07-31
Patent
Electronic Resource
Japanese
IPC:
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
SNOW ACCRETION REDUCING MACHINE AND SNOW ACCRETION REDUCING TUBULAR STRUCTURE EQUIPPED THEREWITH
| European Patent Office | 2024
SNOW ACCRETION REDUCTION APPARATUS AND SNOW ACCRETION REDUCTION TUBULAR STRUCTURAL BODY
| European Patent Office | 2024
SNOW ACCRETION PREVENTION AND SNOW SLIDING FILM OR SHEET
| European Patent Office | 2018