key and patch 中文意思是什麼

key and patch 解釋
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  • key : n 1 鑰匙。2 要害,關口,要沖。3 關鍵,線索,秘訣;解法。4 (外國書的)直譯本,圖例,題解,圖解,...
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • patch : n 1 補釘,補片;金屬補片。2 (軍服上表示所屬部隊的布制)臂章。3 飾顏片,美人斑〈17、18世紀時女人...
  1. These actions include things like depressing a key noteon, releasing a key noteoff, changing a synthesizer program or patch setting and movement of a pitch wheel to alter a note s pitch

    這樣的操作包括按鍵( noteon ) ,釋放鍵件( noteoff ) ,更換合成器程序或者修補輪的設置或者移動輪來改變音符的音調。
  2. The key techniques for reverse engineering based on ct image are introduced. 3d reconstructed surface model does n ' t possess full geometry and topology information as solid geometry model. this dissertation presents an algorithm for rebuilding solid model from triangulated patch surface mod

    介紹了基於ct圖象反求的主要技術;針對重建三維表面模型不具備象實體幾何模型的數據那樣的完備信息的特點,提出一種基於ct圖象的反求技術的實體幾何造型方法,將重建模型轉換為邊界表示的實體模型,並將其作為本研究所開發的特徵造型系統3dmodeler中的一種反求工程實體造型手段。
  3. Local buckling capacity of steel composite beam subjected to combined bending, shear and patch loading is one of key problem in steel structures design. the computational formula for local stability of web was based on the assumption of infinite - elastic perfect plates in the steel structures design code ( gbj17 - 88 ). but in the revised code ( gb50017 - 2003 ), this formula was made big change with reference to british code ( bs5950, partl ) and australian code ( as4100 ), the related research result of our country was included as well. in the modified formula, influence of early geometric imperfection and elastic - plastic buckling stage were considered, which is compatible with both actual circumstance of engineering and the strength formula of beams under bending stresses ( considering partial plasticity of the section ). in this paper, the preceding problem is deeply analyzed and studied, considering the effects of various geometric parameters and stress combinations on buckling critical stress of web, the revised local buckling correlative formula for transverse and longituded stiffened web panels under combined stresses is analyzed and verified by finite element method

    組合鋼梁腹板在彎、剪及局壓復合應力作用下的局部屈曲承載能力是鋼結構設計中需考慮的問題,新的《鋼結構設計規范》 ( gb50017 ? 2003 )對此部分內容作了較大改動,原規范中關于腹板局部穩定的計算公式是基於無限彈性的完善板假定;新的規范則參考了英國規范( bs5950 part1 )及澳大利亞規范( as4100 )並結合我國相關研究成果,考慮了屈曲進入彈塑性階段以及初始幾何缺陷的影響。這不僅與工程實際情況相符,而且也與鋼梁在彎曲應力作用下允許截面部分進入塑性的計算公式相協調。
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