frameless 中文意思是什麼

frameless 解釋
無框的
  1. The corrugated steel, frameless structure proved to be most blast-resistant of those tested.

    槽紋鋼板無架結構經事實證明是試驗中最能抗爆震波影響的。
  2. Jdy - 002 full frameless glass door electric bolt delayed time : 0s, 3s, 6s, 9s monitor output point no nc, automatically cut off the detection point after 14s when locked working voltage : 12vdc start current : 0. 85a, working current : 0. 25a features : voltage range : 9 15v with led, no noise bright silver cover left - opened type and right - opened type can be widen more than12mm dimension : 205 x 55 x 40mm weight : 1260g right - opened type left - opened type yiwu qimingxing computer company copy right

    Jdy - 002全無框玻璃門電插鎖此款為右開門此款為左開門可調試延時啟動時間: 0 3 6 9秒監視接點輸出no nc信號,門上鎖后14秒自動切斷感應點使用電壓12vdc ,啟動電流0 . 85a ,持續工作電流0 . 25a特點:具指示燈,無噪音適應電壓寬度9 - 15vdc可夾玻璃門寬度為12mm亮銀色面板,分為左右兩款外形尺寸: 205 x 55 x 40mm重量: 1260g
  3. The experimental research on the frameless registration based on the digital subtraction angiography

    基於數字血管減影的無框架配準演算法的實驗研究
  4. The background of rapidly developed uhsm ( ultra high speed machining ) technology is introduced and the key function of the uhs ( ultra high speed ) motorized spindle to uhsm is discussed in the thesis. after analyzing international technology status and trend of the uhs motorized spindle study, we research the core technologies related to the uhs motorized spindle in detail, such as optimized design of the motorized spindle structure, high speed bearing technologies, oil - gas lubication technologies, precision machining and assembly technologies, design and manufacture technologies of the built - in frameless motor etc. then the digital simulation of the motorized spindle sensor - less vector control system is studied thoroughly

    本文從超高速加工技術飛速發展的背景出發,討論了超高速電主軸對超高速加工技術發展的重要作用和意義;分析了超高速電主軸研究的國內外現狀及發展趨勢;詳細論述了超高速電主軸的關鍵技術,包括電主軸結構優化設計、高速軸承技術、油氣潤滑技術、精密加工與精密裝配技術以及內裝式電機設計製造技術等,並深入研究了超高速電主軸無速度傳感器矢量控制系統的數字模擬技術。
  5. Frameless implanting hard passage technique in treatment of the severe traumatic epidural hematomas

    無頭架硬通道置入技術治療重型創傷性硬膜外血腫中的應用價值
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