1.The portion of the body in the pelvis occupied by urogenital passages and the rectum, bounded in front by the pubic arch, in the back by the coccyx, and laterally by part of the hipbone.
会阴身体上有尿道和直肠口的盆骨里的一个部分，前邻阴道，后临尾骨，再后是臀骨的一部分
2.the side between ribs and hipbone.
肋骨和臀骨之间的侧面。
3.The cup-shaped cavity at the base of the hipbone into which the ball-shaped head of the femur fits.
髋臼髋骨基部杯状的空腔，股骨头部置于其中
4.Going with the social olden, hipbone fracture incidence caused by bone loosen increased, its syndrome is the major reason of elder disability and death.
摘要随着社会老龄化，骨质疏松引起髋部骨折的发生率增高，髋部骨折制动所引起的并发症是老人致残和死亡的主要原因。
5.A loose fit that can be worn low on the hipbone for a casual look.
宽松式样让您能轻松挂在胯部，瞬间营造悠闲慵懒感觉。
6.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.
摘要通过对短跑技术摆动动作的分析，特别是对短跑过程中髋部动作－以髋为轴的高速摆动－平动运动的特征分析，认为短跑力量训练应以发展专项摆动力量为主，一般力量训练为辅，紧紧围绕摆动动作的肌群力量着手，在优先发展髋部屈肌肌群力量与上下肢力量均衡协调的基础上，改进短跑技术，并提供了短跑摆动专项力量训练的相应手段。
7.of or relating to the ischium (or the part of the hipbone containing it).
属于或关于坐骨（或包含坐骨的髋部）。
8.Clinical and X-ray Analysis of Hipbone Fracture of the Aged (Reports of 398 Cases)
398例老年人髋部骨折的临床X线分析
9.Results Based on the statistic theory and standards of evaluating the hipbone made in Beidaihe, the patients have remarkable differences ( P <0.01) before and after the treatment.
结果 按 1 993年北戴河髋关节评价标准评价 ,并进行了统计学处理 ,患者治疗前后得分具有显著性差异 (P <0 .0 1 ) ;
10.The result showed that the inputting moment of anklebone is 2.5 times of the moment of knee joint and 6 times of the moment of hipbone joint, therefore the driving moment of anklebone is one of the decision factors for the entire robot to accomplish the jumping action.
结果表明：踝关节的输入力矩是膝关节的2.5倍，是髋关节的6倍，因此踝关节的驱动力矩是整个机器人完成跳跃的决定因素之一。
