cam contour 中文意思是什麼

cam contour 解釋
凸輪廓
  • cam : CAM =computer-aided manufacturing 計算機輔助製造,計算機輔助生產。n. 【機械工程】凸輪,偏心輪;靠模。
  • contour : n 1 外形,輪廓;周線,輪廓線。2 等高線,恆值線;【電視】等場強線(=contour line)。3 概略,大要...
  1. Abstract : the design, manufacturing and measurement method of cam profiling are discussed in this paper by describing cam shaft grinding, fabrication of cam profiling, formation of contour of cam profiling, method of compensative fabrication of cam profiling, and measurement and evaluation of cam profiling

    文摘:從凸輪軸磨床磨削工件凸輪、反靠凸輪靠模的過程,凸輪靠模輪廓曲線的形成,補償反靠凸輪靠模的方法,標準凸輪軸的刮削及補償量的確定,凸輪靠模的檢測與評定等,論述了凸輪靠模的設計、製造與檢測方法。
  2. With the advancement in microsurgery and regional anatomy, wide application of dental implants, distraction osteogenesis, cad / cam, rapid prototyping, the restorative quality after resection of oral and maxillofacial tumors has been greatly improved, especially in the rehabilitation of oral and maxillofacial contour, but much has to be done in dynamic myofunctional reconstruction, sensory reconstruction, speech and deglutition reconstruction

    隨著顯微外科學和局部解剖學的發展,牙種植、牽引成骨、 cad / cam和快速原型製作等技術的廣泛應用,術后缺損重建的質量已獲得明顯提高,尤其在形態恢復方面幾近完美;但在動力性肌功能、感覺功能、吞咽和發音機能恢復方面,仍然有許多問題亟待解決。
  3. The one used the actual locomotor orderliness gained by reverse seeking to amend the contour curve of the cam. the new academic contour curve of the cam and tracks of polar and right angle coordinates of the center of reamer were presented

    第一種是根據反求得到的實際從動件運動規律,修正了開牙凸輪輪廓曲線,給出了新的凸輪理論輪廓曲線和刀具中心極坐標軌跡和直角坐標軌跡。
  4. The other used a similar locomotor orderliness to substitute the original by compare. the new academic and actual contour curve of the cam and tracks of polar and right angle coordinates of the center of reamer were presented, too

    第二種是通過與原開牙凸輪機構從動件運動規律相比較,採用一種相似的運動規律來替代原運動規律,也給出了凸輪理論輪廓曲線、實際輪廓曲線和刀具中心軌跡。
  5. A new type of mortar pump was designed, namely the commutative piston mortar pump, the spirality line of equal velocity was regarded as the contour line of the cam working, and the cam mechanism was analyzed of the movements

    提出了一種新型的砂漿泵? ?互逆活塞式砂漿泵,採用等速螺線作為凸輪工作段廓線,並進行了運動分析。
  6. With the experiment part, the errors of sk - 21 nc machine tool have been measured, and a serial of data is gotten which lead to the error discrimination. ( 3 ) based on the kinematical theory of mbs, the calculation methods for the ideal center envelop curve of grinding wheel on cam grinding, the practical cutter track, inverse contour of cam, ideal nc instructions, precision nc instructions, the inner / outer normal and the fitting criterion of curve have been all discussed in detail in this paper

    ( 3 )通過精密加工的約束條件方程,探討理想刀具路線、逆變數控指令與實際刀具軌跡之間的映射關系,解決誤差補償技術提高加工精度的核心問題? ?當要求數控磨床的砂輪中心準確到達給定的理想點時,精密數控指令值究竟該是多少,如何能夠通過計算,獲得這樣的數控指令值,給出經修正的數控指令計算方法。
  7. This paper introduces a method for calculating accurate coordinates in a cam contour. using a computer program, puts forward a technological process for machining the cam contour with a nc linear cutting machine. both of them are suitable for development of new products and localization of inport products

    介紹運用計算機精確計算凸輪輪廓尺寸的方法及數控線切割機加工凸輪輪廓工藝.其計算過程是:先根據凸輪輪廓尺寸原始數據運用c + +語言編程,然後用計算機精確計算凸輪輪廓尺寸.其加工步驟是:先按數控線切割機的指令格式編程,然後線切割機按程序指令控制鉬絲的運行軌跡
  8. Through calculation of a living example and its result analysis verified that while the vibration amplitude is comparatively small and the sine curve is being adopted, the theoretical contour of cam possesses rather good form closure property and is suitable to be applied for high - speed cam

    通過實例計算和結果分析,表明該凸輪理論廓線採用正弦曲線,在振幅較小時,有較好的形封閉性,適合用於高速凸輪。
  9. Optimization of cam contour by b - spline curve

    樣條曲線優化設計凸輪廓線
  10. On the basis of the known actual contour equation of cam in the disk typed cam mechanism with swinging oblique bottomed follower, this paper expounded another method for determining inversely the track equation of cutter center and the motion law of follower, and three key techniques in numerical inverse seeking were solved successfully by adopting the method of curve matching

    摘要根據已知擺動斜底從動件盤狀凸輪機構的凸輪實際廓線方程,闡述了反求確定刀具中心軌跡方程和從動件運動規律的另一種方法,並採用曲線擬合等方法成功地解決了數值反求中的3個關鍵技術。
  11. The theoretic contour line and actual contour line of compensatory cam was ascertained with " reversal method "

    利用「反轉法」 ,確定了補償凸輪的理論廓線及實際廓線。
  12. This paper provides the general equations of the theoretical contour line and the actual contour line of roller translation follower and roller oscillating follower disc cam in the polar coordinates system and the rectangular coordinates system, respectively. the equations are not only fit for the different layouts of the relative position of follower and cam, but also fit for the different types of cam contour

    分別給出了滾子直動從動件和滾子擺動從動件盤形凸輪的理論廓線及實際廓線在極坐標系與直角坐標系下的通用方程,它們對于從動件與凸輪相對位置的不同布局方式及凸輪輪廓的不同類型均適用
  13. Secondly, to counter contour curve for large sole of rubber overshoes, the way of linear circle arc spline of two dimensions curve fitting has been raised in this paper and autocad has meanwhile been applied in cad / cam integeration system of rubber overshoes mould, and also a whole set of software and hardware technique developed, and the selecting way for optimizing tool path worked out. this way may make nc machining free running minimun

    其次,針對膠鞋大底的輪廓曲線,對圓弧樣條進行了深入研究,提出了二維曲線擬合的線性化圓弧樣條方法;同時將autocad應用於膠鞋模具cad / cam一體化系統中,成功地開發了一整套相應的軟硬體應用技術,提出了刀具軌跡優化的動態選擇法,以便使nc加工的空行程相對極小化。
  14. According to the conclusion, the essential dimensions and contour line of the compensatory cam of ub8. 0 mortar pump was analyzed and ascertained

    並以此為依據實例分析、確定了ub8 . 0型砂漿泵補償凸輪的基本尺寸及其輪廓曲線。
  15. The dynamic response of the cam mechanism fan - out was found with the rule of sinusoid acceleration, and these establish the foundation of the design of the cam contour line, and provide a fire - new idea for the research of the mortar pump

    通過正弦加速度運動規律得到了凸輪機構輸出端的動態響應,為凸輪廓線的沒計-奠定了基礎,為砂漿泵的研究提供了嶄新的思路。
  16. Piston ring is the important accessory of the engine and turning its contour is the key procedure to ensure the performance of piston ring it has great value in economy and society that we develop the nc machining system for outer circle of piston ring to manufacture the high quality piston ring and to replace the import machine according to piston ring contour data provlded by the cad system , it can turn the piston ring contour by controlling the displacement of servomechanism which is controlled by the angle of servo motor it uses the theories of velocity closed loop 、 dlsplacement closed loop and feed forward control to improve the control precision of system on the basis of theories of elastic mechanics and mathematics , the cad system can provide the accurate data required by the nc machine system according to the calculation model and the parameters of piston ring this system integrates the cad cam technology

    系統根據活塞環cad系統生成的介面數據,通過伺服電機的轉角位置控制自主研製的高性能微位移進給機構產生給定的位移,以完成活塞環輪廓的仿型加工。系統採用速度、位置閉環控制及前饋控制理論,以提高系統的控制精度。活塞環cad系統以彈性力學和數學方法為基礎,根據常用的計算模型與活塞環參數自動生成數控加工系統所需的精確的介面數據,實現cad / cam一體化。
  17. The cam contour curves are reconstructed by nurbs, and a rapid reverse design method for spatial cam follower motion specification via motion simulation is also studied

    利用nurbs實現了凸輪輪廓曲線的重構,並給出基於運動模擬實現迅速反求空間凸輪機構從動件運動規律的方法。
  18. By applying the optimal control theory and using the method of multi - designing points to design the cam contour curve with both good dynamic property and strong parametric anti - disturbance force, and the feasibility of this method was verified by a living example

    摘要應用最優控制理論,提出以多設計點法來設計既有良好動態特性且抗參數擾動力強的凸輪輪廓曲線,並以實例驗證了該方法的可行性。
  19. The dimensional globoidal indexing cam mechanism, as a result of the steady movement, accurate, the transmission ceaseless and is suitable for high speed indexing and precise indexing. now it is the most ideal high speed precision indexing mechanism in the world, and it is being widely applied on each kind of automaton and the production line, this mechanisms prospect of application is broad, arouses the people enormous interest. but the examination of the globoidal indexing cam mechanism is a quite weak link, the manufacturers don ’ t give the examination because of the difficulty of the geometry shape error examination of the cam contour

    空間弧面分度凸輪機構,由於運動平穩、準確、傳動無間隙而適用於高速分度和精密分度,是當今世界上最理想的高速精密分度機構,正被廣泛應用於各種自動機和生產線上,該機構應用前景廣闊,引起人們極大的興趣,而弧面分度凸輪機構的檢測是一個比較薄弱的環節,一般生產廠家由於凸輪輪廓幾何形狀誤差檢測困難而不予檢測,因此本試驗臺的研製具有極其重要的意義。
  20. Cam contour grinder

    凸輪仿形磨床
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