milling spindle 中文意思是什麼
milling spindle
解釋
銑刀軸-
Specification for the accuracy of machine tools and methods of tests - milling machines, knee and column type, horizontal spindle, universal
機床精度及試驗方法.第5部分:臥式萬能升降臺銑床 -
Specification for the accuracy of machine tools and methods of tests - milling machines, knee and column type, horizontal or vertical spindle plain
機床精度及試驗方法.第3部分:臥式或立式平面升降臺銑床 -
The plain milling machine consists of a boxlike column, which houses the motor and the gears or belt mechanism for driving the spindle and table.
普通銑床有一個箱式立柱（床身），立柱裝有電動機和齒輪或皮帶輪裝置，以驅動主軸和工作臺。 -
In this study, based on bispectrum and bicoherence extraction of vibration acceleration signals at spindle end of a vertical machining center while milling operation, change rules of bispectrum and bicoherence of the signals were analyzed for the progressive wearing process of the flank wear land of the milling cutters
通過提取銑削加工過程中機床主軸端振動加速度信號的雙譜及其雙相干系數，分析了銑刀后刀面漸進磨損過程雙譜及其雙相干系數的變化規律。 -
Inserted blade face milling cutters for internal alignment on spindle noses according to din 2079
第1部分:符合din 2079的軸頭內對中插入式平面銑刀 -
Inserted blade face milling cutters for internal alignment, for combined mounting on spindle - noses no 50 and 60 according to din 2079
組合安裝在din 2079的no 50 and 60主軸頭上內定心 -
Test conditions for boring and milling machines with horizontal spindle - testing of the accuracy - planer type machines with movable column
臥式鏜銑床的驗收條件.精度試驗.第4部分:可移動床身的多刀刨床 -
Machine tools - test conditions for boring and milling machines with horizontal spindle ; testing of the accuracy - part 2 : table - type machines iso 3070 - 2 : 1997
機床.臥式鏜銑床試驗條件.精度測試.第2部分:臺式機床 -
Machine tools - test conditions for boring and milling machines with horizontal spindle ; test of the accuracy - part 4 : planer type machines with movable column iso 3070 - 4 : 1998
機床.臥式鏜銑床試驗條件.精度試驗.第4部分:帶移動立 -
Test conditions for boring and milling machines with horizontal spindle - testing of the accuracy - floor type machines with detached, stationary work - holding table
臥式鏜銑床的驗收條件.精度試驗.第3部分:帶獨立固定工作臺的落地式機床 -
Machine tools - test conditions for boring and milling machines with horizontal spindle ; testing of the accuracy - part 3 : floor - type machines with detached, stationary work - holding table iso 3070 - 3 : 1997
機床.臥式鏜銑床試驗條件.精度測試.第3部分:帶分離試 -
High - speed cnc engraving and milling machine is a high - tech equipment in which cad / cam, image processing, hsm, cnc, precision mechanical design and manufacture, engraving and milling technology, motor driver technology and build - in motor spindle technology are integrated
計算機高速數控雕銑系統是集成cad cam技術、圖像處理技術、高速銑削技術、計算機數控技術、精密機構設計和製造技術、雕銑技術、電機驅動技術和精密高速主軸電機技術為一體發展起來的高新技術設備。 -
Test conditions for boring and milling machines with horizontal spindle - testing of the accuracy part 2 : table type machines
臥式銑鏜床檢驗條件精度檢驗第2部分:臺式機床 -
Test conditions for milling machines with table of variable height - testing of accuracy - part 3 : machines with vertical spindle
升降臺銑床檢驗條件精度檢驗第3部分:立式銑床 -
In chapter 5, thermal characteristics of spindle system with cooling jacket are analyzed on xk717 cnc milling machine by combining 3d finite element model with the temperature model of cooling water between spindle system and water tank. the effect factors to thermal behavior of the main spindle system are studied by analyzing both cooling parameters and structure. finally, the main conclusions and prospects for the future research are presented
第五章建立了xk717數控銑床主軸及主軸箱的三維有限元模型，結合普通水箱進行冷卻時冷卻水溫升的數學模型，對帶有冷卻套冷卻的銑床主軸系統進行熱特性分析，得出了各種參數（如冷卻泵的流量、水箱的大小、散熱狀況及冷卻水的溫度）對主軸熱特性的影響規律;並提出了對主軸冷卻套的布局進行改進的想法，從而為數控銑床的設計提供了理論依據。 -
Auxiliary milling spindle
銑床副軸 -
Test conditions for boring and milling machines with horizontal spindle - testing of the accuracy - table - type machines
臥式主軸的鏜床和銑床的試驗條件.精度試驗.第2部分:臺式機床 -
Test conditions for boring and milling machines with horizontal spindle. testing of the accuracy. part 2 : table - type machines
帶水平主軸的鏜床和銑床的試驗條件.準確度試驗.第2部分:臺式機床 -
Tool shanks for milling spindle noses according to din 2201 - mating dimensions
符合din 2201的銑床軸頭刀具柄.配合尺寸 -
Feasibility of this method is verified by simulation. the vsc by use of the sensorless magnetic bearing is investigated for the first time. the state space model of sensorless amb milling spindle is formulated and a discrete time vsc strategy is presented to stabilize the spindle system
模擬結果表明，採用變結構控制的無傳感器磁懸浮主軸系統對于外擾動及系統模型攝動的魯棒性、以及在變切厚情況下的控制效果均明顯強于pid控制器。
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