Energy分配能量 | 仿生科技產業化資料庫

肌腱儲存能量 (Tendons Store Energy)

poweruser — Tue, 09 Aug 2022 20:02:16 +0000

#獲取、吸收或濾過能量

#儲存能量

#分配能量

#Capture, Absorb, or Filter Energy

#Store Energy

#Distribute Energy

肌腱儲存能量 (Tendons Store Energy)

嬰猴的腿通過將能量儲存在肌腱中，使其能夠跳躍十二倍於身體長度的長度。
(The legs of the bushbaby allow it to jump twelve times its body length by storing energy in tendons.)

生物策略表

〈肌腱儲存能量 (Tendons Store Energy)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

三層裝甲外殼保護免受天敵危害 (Triple layered armored shell protects from predators)

poweruser — Thu, 06 Jan 2022 18:25:45 +0000

#分配能量 #保護免受動物危害 #應付撞擊 #應付擠壓

#防止破裂/斷裂

#Distribute energy #Protect from animals #Manage impact

#Manage compression #Prevent fracture/rupture

三層裝甲外殼保護免受天敵危害 (Triple layered armored shell protects from predators)

鱗角腹足蝸牛外殼以特殊的三層組成防止受到攻擊
(The shell of the golden-scale snail protects from attack with a specialized tri-layered composition)

生物策略表

〈三層裝甲外殼保護免受天敵危害 (Triple layered armored shell protects from predators)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

腳在跳躍過程中同步化 (Legs synchronize during jumps)

poweruser — Thu, 06 Jan 2022 17:16:04 +0000

#在氣體中移動 #分配能量

#Move in/Through Gases #Distribute Energy

腳在跳躍過程中同步化 (Legs synchronize during jumps)

葉蟬後腳的機械聯動裝置提供強而有力的同步跳躍
(Hind legs of planthoppers produce powerful synchronized jumps thanks to a mechanical linkage.)

生物策略表

〈腳在跳躍過程中同步化 (Legs synchronize during jumps)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

葉子形狀使陽光吸收最佳化 (Leaf shapes optimize sunlight)

Tam Billy — Mon, 22 Feb 2021 03:49:09 +0000

#適應外表型

#獲取、吸收、或過濾能量

#分配能量

#改變大小/形狀/質量/體積

#Adapt phenotype

#Capture, absorb, or filter energy

#Distribute energy

#Modify size/shape/mass/volume

葉子形狀使陽光吸收最佳化 (Leaf shapes optimize sunlight)

橄欖樹透過的特化形狀及適應性的葉片應對不斷變化的環境條件，使陽光吸收最佳化
(Leaves of olive trees optimize sunlight harvesting by differing in shape and being flexible to changing conditions)

生物策略表

〈葉子形狀使陽光吸收最佳化 (Leaf shapes optimize sunlight)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

林下耐陰的卷柏發展出巨大和特殊結構的葉綠體 (Gigantic chloroplasts, including bizonoplasts, are common in shade-adapted species of Selaginellaceae)

Tam Billy — Sat, 20 Feb 2021 09:48:26 +0000

#改變大小/形狀/質量/體積

#獲取、吸收、或過濾能量

#分配能量

#Modify size/shape/mass/volume

#Capture, absorb, or filter energy

#Distribute energy

林下耐陰的卷柏發展出巨大和特殊結構的葉綠體 (Gigantic chloroplasts, including bizonoplasts, are common in shade-adapted species of Selaginellaceae)

杯狀或二裂狀巨大葉綠體和其特化的多層膜微細結構有利於吸收光線
(Gigantic cupped or bilobed chloroplasts with multilayered ultrastructure help capture light)

生物策略表

〈林下耐陰的卷柏發展出巨大和特殊結構的葉綠體 (Gigantic chloroplasts, including bizonoplasts, are common in shade-adapted species of Selaginellaceae)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

海獸脂吸熱 (Blubber absorbs heat)

Tam Billy — Fri, 19 Feb 2021 06:51:29 +0000

#獲取、吸收、或過濾能量

#分配能量

#儲存能量

#Capture, absorb, or filter energy

#Distribute energy

#Store energy

海獸脂吸熱 (Blubber absorbs heat)

寬吻海豚的海獸脂通過作為相變材料以吸熱
(The blubber of the bottlenose dolphin absorbs heat by acting as a phase change material)

生物策略表

〈海獸脂吸熱 (Blubber absorbs heat)〉這篇文章最早發佈於《仿生科技產業化資料庫》。

藉由晶體吸收光線進入植物體內 (Crystals draw sunlight into plant)

Tam Billy — Fri, 19 Feb 2021 03:58:09 +0000

#獲取、吸收、或過濾能量

#分配能量

#Capture, absorb, or filter energy

#Distribute energy

藉由晶體吸收光線進入植物體內 (Crystals draw sunlight into plant)

五十鈴玉的柱狀葉可藉由過濾陽光進入一系列草酸晶體以促進光合作用
(The pillar-like leaves of window plants enhance photosynthesis by filtering sunlight down a series of translucent crystals of oxalic acid.)

生物策略表

〈藉由晶體吸收光線進入植物體內 (Crystals draw sunlight into plant)〉這篇文章最早發佈於《仿生科技產業化資料庫》。