髖軸 的英文怎麼說

中文拼音 [kuānzhóu]
髖軸 英文
hip axis
  • : 名詞(髖部) hip
  • : 軸Ⅰ名詞1. (圓柱形的零件) axle; shaft 2. (對稱部分的直線) axis 3. (圓柱形的纏繞器物) roller; spool Ⅱ量詞(用於纏在軸上的線以及裝裱帶軸子的字畫)
  1. After analyzing the key technique of sprint - wiggling motion, specially analyzing the feature of hipbone motion of sprint - high - speed swing and level motion of having the hip as the axle in process of, the author considered that developing swing specific power be the first and developing general power be the second in power training of sprint surrounding tightly the power of groups of muscles of swing motion, and on the basis of initiatively developing muscle power of hip flexor and the equilibrium and harmony of upper limb power and lower limb power to improve the sprint technique, finally the author afforded the according means of swing specific power in training of sprint

    摘要通過對短跑技術擺動動作的分析,特別是對短跑過程中部動作以的高速擺動平動運動的特徵分析,認為短跑力量訓練應以發展專項擺動力量為主,一般力量訓練為輔,緊緊圍繞擺動動作的肌群力量著手,在優先發展部屈肌肌群力量與上下肢力量均衡協調的基礎上,改進短跑技術,並提供了短跑擺動專項力量訓練的相應手段。
  2. Draw your right hand past your right ear and push it forward, palm out, at eye level. lower your left hand until it comes in front of your left hip, palm up. bring your left foot forward, forming an empty stance, look at your right hand

    挪:身體微向右轉,左腳收回右腳內側,腳尖點地成丁步,同時兩手成抱球狀,左腳向前上步,腳跟先地,重心前移,右腳以腳掌為腳跟向後蹬轉,左手向前挪出,掌心向內與胸同高,右手落至右關節外側。
  3. Standard specification for total hip joint prosthesis and hip endoprosthesis bearing surfaces made of metallic, ceramic, and polymeric materials

    金屬陶瓷和聚合材料制全關節假體和部內用假體承表面的標準規范
  4. With the right palm turned out, bunch your fingertips and turn them down from the wrist to form a hooked hand. 5. turn your body to the left, facing 9 oclock, and take a step forward with your left foot to 8 oclock, heel first

    左野馬分鬃:左腳向左上步,腳跟地,重心前移,右腳以腳掌為腳跟向後蹬轉,同時左手向前分出,手心斜向上,抬至與眼平,目視左手前方,右手落於右關節外側。
  5. According to virtual prototype simulation course, we can get constraint con - dition and receiving strength state of thigh, calf, arm and u fork, consequently carry on modal analysis of thigh and calf as well as arm. then carry in effect the

    最後根據虛擬樣機模擬過程,可以獲得大腿、小腿、大臂、小臂和u型叉的約束條件以及受力狀況,從而對大腿、小腿和大臂、小臂進行模態分析,以及對u型叉、部十字等部件進行應力分析並且提出結構的合理改進。
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