A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a freezing facility capable of preventing frost heave, while eliminating necessity of excavation of the ground in construction.SOLUTION: A freezing facility 100 includes a floor 11, a wall 12, and a ceiling 13, and a freezing storage 30 is disposed in a storage space S formed by these. A wall space 16 is formed between a side surface 31 and the wall 12 of the freezing storage 30, a ceiling space 17 is formed between a top end surface 32 and the ceiling 13 of the freezing storage 30, a lower space 19 is formed below the freezing storage 30, and the plurality of freezing storages 30 is disposed via a separation space 18 in the storage space S. The wall space 16, the ceiling space 17, the separation space 18 and the lower space 19 are communicated and form a flow passage 25 for fluid. An air supply port 14 is provided on the wall 12, and an exhaust port 20 is provided at an end part of the lower space 19. In the flow passage 25, a fan 40 is provided which circulates the fluid in the lower space 19 from the wall space 16 through the ceiling space 17 and the separation space 18.SELECTED DRAWING: Figure 1
【課題】建設に際して地盤の掘削を不要としながら、凍上を防止することのできる冷凍施設を提供すること。【解決手段】床１１と、壁１２と、天井１３とを備え、これらにより形成される収容空間Ｓに冷凍庫３０が配設されている冷凍施設１００であり、冷凍庫３０の側面３１と壁１２の間に壁空間１６が形成され、冷凍庫３０の天端面３２と天井１３の間に天井空間１７が形成され、冷凍庫３０の下方に下方空間１９が形成され、収容空間Ｓには分離空間１８を介して複数の冷凍庫３０が配設されており、壁空間１６と天井空間１７と分離空間１８と下方空間１９は連通して流体の流通路２５を形成しており、壁１２に給気口１４が設けられ、下方空間１９の端部に排気口２０が設けられており、流通路２５において、壁空間１６から天井空間１７及び分離空間１８を経て、下方空間１９に流体を流通させるファン４０が設けられている。【選択図】図１
To provide a freezing facility capable of preventing frost heave, while eliminating necessity of excavation of the ground in construction.SOLUTION: A freezing facility 100 includes a floor 11, a wall 12, and a ceiling 13, and a freezing storage 30 is disposed in a storage space S formed by these. A wall space 16 is formed between a side surface 31 and the wall 12 of the freezing storage 30, a ceiling space 17 is formed between a top end surface 32 and the ceiling 13 of the freezing storage 30, a lower space 19 is formed below the freezing storage 30, and the plurality of freezing storages 30 is disposed via a separation space 18 in the storage space S. The wall space 16, the ceiling space 17, the separation space 18 and the lower space 19 are communicated and form a flow passage 25 for fluid. An air supply port 14 is provided on the wall 12, and an exhaust port 20 is provided at an end part of the lower space 19. In the flow passage 25, a fan 40 is provided which circulates the fluid in the lower space 19 from the wall space 16 through the ceiling space 17 and the separation space 18.SELECTED DRAWING: Figure 1
【課題】建設に際して地盤の掘削を不要としながら、凍上を防止することのできる冷凍施設を提供すること。【解決手段】床１１と、壁１２と、天井１３とを備え、これらにより形成される収容空間Ｓに冷凍庫３０が配設されている冷凍施設１００であり、冷凍庫３０の側面３１と壁１２の間に壁空間１６が形成され、冷凍庫３０の天端面３２と天井１３の間に天井空間１７が形成され、冷凍庫３０の下方に下方空間１９が形成され、収容空間Ｓには分離空間１８を介して複数の冷凍庫３０が配設されており、壁空間１６と天井空間１７と分離空間１８と下方空間１９は連通して流体の流通路２５を形成しており、壁１２に給気口１４が設けられ、下方空間１９の端部に排気口２０が設けられており、流通路２５において、壁空間１６から天井空間１７及び分離空間１８を経て、下方空間１９に流体を流通させるファン４０が設けられている。【選択図】図１
FREEZING FACILITY
冷凍施設
HONMA MIZUKI (author)
2021-10-07
Patent
Electronic Resource
Japanese
EXTERIOR WALL SYSTEM FOR FREEZING AND REFRIGERATING FACILITY
| European Patent Office | 2022