joint of foot 中文意思是什麼
joint of foot
解釋
足部關節-
The foot rectification implement can lighten the function obstacle of thenar skeleton and muscle system, and be used to correct and cure various illness of foot, such as the inflammation, deformity and instability of ankle joint and astragalus, as well as flatfoot, valgus, horse ' s hoof foot and pes arcuatus etc. besides disabled person, the foot illness of the old people especially the old women have become one kind of frequently - occurring and common disease along with the continuous improvement of people ' s life quality and the increasing aging of population in our country
足底矯形器的出現正是康復醫學發展的碩果之一。足底矯形器能減輕足底骨骼肌肉系統的功能障礙，用於矯治足部各種疾患，如踝關節和距骨下關節的炎癥、畸形、不穩定，以及扁平足、外翻足、馬蹄足、弓形足等。隨著我國人民生活質量的不斷提高和人口的日益老齡化，除殘疾人外，老年人特別是老年婦女的足部疾患已成為一種多發病和常見病。 -
Confidence in an unfaithful man in time of trouble is like a broken tooth, and a foot out of joint
19患難時倚靠不忠誠的人，好像破壞的牙，錯骨縫的腳。 -
Buffer the analysis of technology kneeling in the way, draw : while landing and buffering, support foot of leg land change, human body power to make accelerated motion stem from hip joint, swing leg, pelvis, wave arm, etc. muscle go cm at charging the constellation, produce the effort backward to the position of application of force moving in opposite directions, through supporting the sub ground of function, is it to horizontal strength of rear, make human body overcome competence apply the brake, make the motive force forward to make
摘要通過途中跑著地緩沖技術的分析，得出：著地緩沖時，不管支撐腿的腳著地變化情況，人體作加速運動的動力來源於髖關節、擺動腿、骨盆、擺臂等肌肉進行收縮時，對相向運動的施力部位產生向後的作用力，通過支撐作用於地面，取得向後方的水平力，從而使人體克服水平制動，取得向前的動力。 -
Confidence in a treacherous man in time of trouble is like a bad tooth and a foot out of joint
19患難時倚靠奸詐的人，就像依靠壞牙或脫臼的腳。 -
The cycloid function is used to generate the horizontal and vertical foot trajectory respectively, and a modified cycloid function is used to make the acceleration curve of the joint more smooth and successive, the trajectory and drive moment of each joint is calculated by simulation
使用擺線函數分別產生足的水平和垂直方向的運動軌跡，用修正擺線函數使其加速度進一步平滑、連續，對各關節的運動軌跡和關節驅動力矩進行了模擬。
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