A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
BASE MEMBER SET, PARTITIONING SUPPORT MEMBER AND HEATING/COOLING SYSTEM
To provide a base member set which can distribute a radiation heat medium while suppressing increase in burden at the time of a construction, a partitioning support member and a heating/cooling system.SOLUTION: A base member set comprises first square steel pipes 10 which are arranged in contact with or in proximity of each other from a back side of a heating/cooling objective space R, and second square steel pipes 30 which are arranged in contact with opposite faces 13 of the first square steel pipes 10 and so as to intersect with the first square steel pipes 10. Communication holes 28 providing communication between the inside of the first square steel pipes 10 and the inside of the second square steel pipes 30 are formed at positions where the first and second square steel pipes contact with each other by intersection, inlet ports for a gaseous heat medium are formed in the first square steel pipes 10 and/or the second square steel pipes 30, a plurality of exit ports 15 for the gaseous heat medium are formed in opposing faces 11 of the first square steel pipes 10 at prescribed intervals, where the flow-out ports 15 reach adjacent faces 12. Partitioning support members 50 are attached to the square steel pipes 10 to support a partitioning plate. A heating/cooling system comprises the base member set and a temperature adjuster.SELECTED DRAWING: Figure 2
【課題】施工時の負担の増大を抑制しながら輻射用の熱媒体を分配可能な下地部材セット、仕切支持部材及び冷暖房システムを提供する。【解決手段】下地部材セットは、冷暖房対象空間Ｒの裏側から接触又は近接させて配置される第１の角形鋼管１０と、第１の角形鋼管１０の反対面１３に接触して第１の角形鋼管１０に対して交差して配置された第２の角形鋼管３０とを備える。第１及び第２の角形鋼管１０、３０が交差により接触する位置に両者の内部を連絡する連絡孔２８が形成され、第１の角形鋼管１０及び／又は第２の角形鋼管３０に気体の熱媒体の流入口が形成されており、第１の角形鋼管１０の対向面１１に気体の熱媒体の流出口１５が所定の間隔をあけて複数形成されており、流出口１５は隣接面１２に及んでいる。仕切支持部材５０は、角形鋼管１０に取り付けられて仕切板を支持する。冷暖房システムは、下地部材セットと、温度調節機とを備える。【選択図】図２
BASE MEMBER SET, PARTITIONING SUPPORT MEMBER AND HEATING/COOLING SYSTEM
To provide a base member set which can distribute a radiation heat medium while suppressing increase in burden at the time of a construction, a partitioning support member and a heating/cooling system.SOLUTION: A base member set comprises first square steel pipes 10 which are arranged in contact with or in proximity of each other from a back side of a heating/cooling objective space R, and second square steel pipes 30 which are arranged in contact with opposite faces 13 of the first square steel pipes 10 and so as to intersect with the first square steel pipes 10. Communication holes 28 providing communication between the inside of the first square steel pipes 10 and the inside of the second square steel pipes 30 are formed at positions where the first and second square steel pipes contact with each other by intersection, inlet ports for a gaseous heat medium are formed in the first square steel pipes 10 and/or the second square steel pipes 30, a plurality of exit ports 15 for the gaseous heat medium are formed in opposing faces 11 of the first square steel pipes 10 at prescribed intervals, where the flow-out ports 15 reach adjacent faces 12. Partitioning support members 50 are attached to the square steel pipes 10 to support a partitioning plate. A heating/cooling system comprises the base member set and a temperature adjuster.SELECTED DRAWING: Figure 2
【課題】施工時の負担の増大を抑制しながら輻射用の熱媒体を分配可能な下地部材セット、仕切支持部材及び冷暖房システムを提供する。【解決手段】下地部材セットは、冷暖房対象空間Ｒの裏側から接触又は近接させて配置される第１の角形鋼管１０と、第１の角形鋼管１０の反対面１３に接触して第１の角形鋼管１０に対して交差して配置された第２の角形鋼管３０とを備える。第１及び第２の角形鋼管１０、３０が交差により接触する位置に両者の内部を連絡する連絡孔２８が形成され、第１の角形鋼管１０及び／又は第２の角形鋼管３０に気体の熱媒体の流入口が形成されており、第１の角形鋼管１０の対向面１１に気体の熱媒体の流出口１５が所定の間隔をあけて複数形成されており、流出口１５は隣接面１２に及んでいる。仕切支持部材５０は、角形鋼管１０に取り付けられて仕切板を支持する。冷暖房システムは、下地部材セットと、温度調節機とを備える。【選択図】図２
BASE MEMBER SET, PARTITIONING SUPPORT MEMBER AND HEATING/COOLING SYSTEM
下地部材セット、仕切支持部材及び冷暖房システム
TSUNODA TADASHI (author) / SATO TOMONORI (author) / TSUMURA FUMIHARU (author)
2023-06-06
Patent
Electronic Resource
Japanese
COMPARTMENT MEMBER, COMPARTMENT MEMBER UNIT, AND HEATING/COOLING SYSTEM
| European Patent Office | 2024