A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
POWER-GENERATING FLOOR MATERIAL
PROBLEM TO BE SOLVED: To provide a power-generating floor material which: reliably and equally transmits pressure fluctuation generated on a surface thereof to one or more pressure sensitive power generation device stored inside the same, to improve power-generating efficiency of the pressure sensitive power-generating device as a whole; and can protect the pressure sensitive power generation device from excessive pressure or impulsive pressure fluctuation (load) while enabling a user to comfortably walk thereon in a manner that prevents an upper surface body from being unevenly sunk or locally deflected when the user walks thereon.SOLUTION: A power-generating floor material comprises: an upper surface body 1; a lower surface body 2; a connection wall 3 which connects the upper surface body 1 and the lower surface body 2; and one or more pressure sensitive power-generating device 5 arranged in a storage section 4 formed by the upper surface body 1, the lower surface body 2 and the connection wall 3. The upper surface body 1 has a flexible region FT on a peripheral side thereof.SELECTED DRAWING: Figure 2
【課題】床材内部に収納された一以上の感圧発電装置に、床材表面に生じた圧力変動を確実且つ均等に伝達して、感圧発電装置全体としての発電効率を高めると共に、歩行による上面体の不等な沈み込みや撓みが局所的に生じないようにして良好な歩行感を付与し、過大な圧力や衝撃的な圧力変動（負荷）から感圧発電装置を保護することができる発電床材を提供する。【解決手段】上面体１と、下面体２と、該上面体１と該下面体２を接合する接合壁３と、該上面体１と該下面体２と該接合壁３とで形成される収納部４に配置された一以上の感圧発電装置５とを備えた発電床材であって、前記上面体１の周縁側に可撓領域ＦＴが形成された構成とする。【選択図】図２
POWER-GENERATING FLOOR MATERIAL
PROBLEM TO BE SOLVED: To provide a power-generating floor material which: reliably and equally transmits pressure fluctuation generated on a surface thereof to one or more pressure sensitive power generation device stored inside the same, to improve power-generating efficiency of the pressure sensitive power-generating device as a whole; and can protect the pressure sensitive power generation device from excessive pressure or impulsive pressure fluctuation (load) while enabling a user to comfortably walk thereon in a manner that prevents an upper surface body from being unevenly sunk or locally deflected when the user walks thereon.SOLUTION: A power-generating floor material comprises: an upper surface body 1; a lower surface body 2; a connection wall 3 which connects the upper surface body 1 and the lower surface body 2; and one or more pressure sensitive power-generating device 5 arranged in a storage section 4 formed by the upper surface body 1, the lower surface body 2 and the connection wall 3. The upper surface body 1 has a flexible region FT on a peripheral side thereof.SELECTED DRAWING: Figure 2
【課題】床材内部に収納された一以上の感圧発電装置に、床材表面に生じた圧力変動を確実且つ均等に伝達して、感圧発電装置全体としての発電効率を高めると共に、歩行による上面体の不等な沈み込みや撓みが局所的に生じないようにして良好な歩行感を付与し、過大な圧力や衝撃的な圧力変動（負荷）から感圧発電装置を保護することができる発電床材を提供する。【解決手段】上面体１と、下面体２と、該上面体１と該下面体２を接合する接合壁３と、該上面体１と該下面体２と該接合壁３とで形成される収納部４に配置された一以上の感圧発電装置５とを備えた発電床材であって、前記上面体１の周縁側に可撓領域ＦＴが形成された構成とする。【選択図】図２
POWER-GENERATING FLOOR MATERIAL
発電床材
HIRAMATSU YUJO (author) / NISHIOKA JUNICHI (author)
2016-07-25
Patent
Electronic Resource
Japanese
High floor purified water-based power generating apparatus
| European Patent Office | 2015