dividing device 中文意思是什麼

dividing device 解釋
分度裝置
  • dividing : adj. 起劃分[區分、分割]作用的。 a dividing line 分界線。
  • device : n. 1. 設計,計劃;方法,手段。2. 〈pl. 〉意志,慾望。3. 謀略,策略,詭計。4. 器具,器械,設備,裝置。5. 圖案,圖樣;花樣;紋章;標記,商標;(紋章上的)題銘。
  1. Carton device is mainly assigned into : paper - dividing machine, full - automatic color process printing and slotting machine, and binding machine

    紙箱裝置主要分:分紙機全自動套色印刷加開槽機及裝訂機。
  2. Based on researching the function of every kind of eliminating arc loop, new concept was brought up in this paper, and the protective device for eliminating arc and overvoltage was researched and manufactured. when the arc light connecting the ground emerges, the chip synthesizing controller control the vacuum contacter which can be operated with dividing phase and make its fault phase earthed so that the arc light can be dissolved thoroughly

    本文在研究各種消弧線圈的基礎上,提出全新的概念,研製出了消弧及過電壓保護裝置,該裝置在出現弧光接地時,通過單片機綜合控制器控制一組可以分相操作的真空接觸器,使故障相接地,達到徹底消除弧光的目的。
  3. This scheme of dividing area makes the network and borders between systems clear, and will help to install the security devices. in dispatch center, security devices such as firewall, physical partition device are installed, and between dispatch centers, encrypting devices will be installed

    具體地說,在同一地點的不同安全區之間採用防火墻、隔離裝置等邊界防護設備進行橫向隔離以抵禦非法訪問、拒絕服務等類型的攻擊,不同地點同一安全區之間採用加密認證等手段,以抵禦數據在野外傳輸時可能遭遇的竊聽、偽造、篡改等類型的攻擊。
  4. With the vacuum air flow transferring theory, the machine has a frame of stainless steel, which takes it easy to installing and uninstalling. pulse puffin reverse device was set in the machine in order to increase the efficiency of dividing materials, to control automatically the transferring and feeding various kings of powder materials, it is suitable for matching the plastic injector or extruder, which requests high for the height of feeding, long distance of feeding and big quantity of feeding

    本機採用真空氣流輸送原理,不銹鋼組合結構,裝拆簡單,維修方便,內藏脈沖反吹裝置,物料分離率高,可對各種粉料自動控制輸送加料,適用於上料高度較高,輸送距離較遠及上料量大的注塑機及擠出機的直接配套使用。
  5. It has been playing an important role in equipping all kinds of arms and services for campaigns, tactical exercises and emergent actions etc. based on the detailed analysis of the exchange ' s architecture and implementing, this thesis points out some disadvantages of the device, such as too many absolute components, not very high enough reliability and security, very large size and weight, operating and maintaining difficultly. considering low power requirement and man - machine interface optimizing design at the same time, the thesis come up with an integrated design scheme to the previous device based on " mcu + cpld / fpga architecture " : ( 1 ) signal frequency dividing, timing frequency producing, 20 customers " led states controlling are implemented in cpld ; ( 2 ) decoding, latching data and controlling signals are implemented in cpld by bus interface between mcu and cpld ; ( 3 ) chip selecting principles and mcu idle mode design are completed under the consideration of low power requirement ; ( 4 ) operation by chinese lcd menus is adopted in the man - machine interface

    本項目以該交換機為研究對象,在詳細分析原設備的系統結構和功能實現方式的基礎上,指出該機型在使用過程中存在技術相對陳舊、分立元件過多、可靠性和保密性不夠、體積大、重量大、維修困難等問題,同時結合系統的低功耗需求和優化人機介面設計,本文提出基於「單片機+ cpld fpga體系結構」的集成化設計方案:在cpld中實現信號音分頻和計時頻率生成電路、 20路用戶led狀態控制電路; cpld與單片機以總線介面方式實現譯碼、數據和控制信號鎖存功能的vhdl設計;基於低功耗設計的器件選型方案和單片機待機模式設計;人機介面的lcd菜單操作方式。
  6. The device adapts discrete micro - optics and hybrid integrated optics, which are integrated on the same substrate patch to realize the wavelength multiplexing and dividing, and is of great value in the practical application

    採用微光學分立元件和(集成)光波導混合集成在同一塊基片上,實現合波和分路的功能,是一種具實際應用價值的新型多波長合波分路器。
  7. A tablet dividing packing device

    藥品分包裝裝置
  8. In this paper, we firstly introduce the target hardware and software platform. then we make the porting plan beginning with analyzing the cross - platform developing and debugging technologies of embedded system software. later, we research the theory of the boot loader, the architecture of linux kernel and the design of linux device drivers, by dividing hardware dependent section from hardware independent section, esp

    本文從嵌入式系統軟體的交叉開發與調試技術入手,闡述目標軟硬平臺並提出移植方案,同時為本次移植工作建立交叉開發工具鏈;接著研究了系統引導程序的原理, linux內核的體系結構及設備驅動的設計,並將內核中與硬體體系結構相關的、特別是與系統移植相關的部分和體系結構無關的部分區分開來。
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