走刀方向 的英文怎麼說

中文拼音 [zǒudāofāngxiàng]
走刀方向 英文
vorschubrichtung direction of the feed motion
  • : 動詞1 (人或鳥獸的腳交互向前移動) walk; go 2 (跑) run 3 (移動; 挪動) move 4 (離開; 去) lea...
  • : Ⅰ名詞1 (切、割、削、砍、鍘的工具) knife; sword 2 (形狀像刀的東西) sth shaped like a knife 3 ...
  • : Ⅰ名詞1 (方形; 方體) square 2 [數學] (乘方) involution; power 3 (方向) direction 4 (方面) ...
  • 方向 : direction; orientation
  1. When i was a jackaroo and collected japanese dao many years ago, and i also collect common ming and qing dynasty dao jian. from 2006, i fix on collecting hing ancient weapon ( spend a few money but research a lot ), then i will go on

    幾年前入門的時候以日本開始,這兩年兼及普通明清劍.從06年起,我的收藏確定為高古鐵兵了(花錢不多但研究空間大) ,以後我要沿著這條路
  2. Operations guide : keyboard control, key figures control movement, the space bar brandished a knife, every concern go by the door on the left can

    操作指南:鍵盤控制,鍵控制人物移動,空格鍵揮,每關到門后按上就可以離開
  3. He immediately took out a chopper from a bag he was carrying and placed it on the neck of a staff member. the person - in - charge of the shop and another staff member ran out of the shop and made a report to the police, leaving the culprit and the 62 - year - old male staff member inside

    疑匪隨即在袋中取出菜,架於一名職員的頸項,而店鋪負責人及另一名職員立即離店鋪及報案,餘下疑匪及該名六十二歲男職員在店鋪內。
  4. One has to hit in the direction that the edge is pointing at, so that the contact area would be as small as possible to ensure the generation of a large pressure. hence, the target s surface is penetrated and a cut is made

    要斬進的話,劍必須著鋒口所指的直線,與目標物的接觸面積越小越好,以確保產生出最大的壓力,足夠穿過目標物的表面,造成一次成功的斬擊。
  5. Secondly, in order to improve the effective of machining process, for the tool - path planning, this system come up with a way which both tool arm coordinate the movement in the same time, and used the process pattern of move toward opposite side and cutting in row, avoided the cutting tool interference effectively ; for this tool - path this paper use the way of making the cutter contact data by the second development of solidworks, and gained the cutter location data through the interference check

    其次,為了提高磨削效率,在具路徑規劃面,採用了雙協調運動、相加工的加工式,採取變形的「之」字形模式,從而有效的避免了具干涉,提高了加工效率。並針對上述的加工式,對位軌跡生成演算法進行了研究,根據機構的特性,基於截面法生成具軌跡,通過solidworks的二次開發來獲得牙齒模型的三維表面數據,再利用干涉檢查生成無干涉位點數據。
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