目的探讨指端缺损的急诊修复方法。
Objective to study the way of restoring finger extremity defect in emergency.
结果指端脉搏波能反映健身效果。
Result:The effect on health can be found in the measurement of fingertip-pulse waves.
目的探讨修复指端缺损感觉重建的新方法。
Objective to establish new method to repair fingertip defect and reconstruct sensation.
结果：获得了清晰稳定的指端容积脉搏波。
Results: the clear and steady signals of pulse wave of local blood volume in the finger tip were obtained.
对此指端的抓握提升能力进行了实验研究。
The experiments on grasping and lifting capability are performed.
目的介绍一种指端离断后以皮瓣转移重建指端的方法。
Objective to introduce one method of flap transposition to reconstruct fingertip after fingertip amputation.
目的探讨v - Y推进皮瓣修复指端缺损的临床效果。
Objective To evaluate the clinical efficiency of V-Y advancement of skin flap in repairing fingertip defects.
目的探讨指端组织缺损不同皮瓣修复方案及其临床疗效。
Objective To summarize the clinical efficacy of different flap program in the restore of fingertip tissue defects.
目的：介绍一种甲床部分缺失的指端横断性缺损的修复方法。
Objective: To introduce a repair method for fingertip traverse defect with nail-bed partial defect.
本文介绍了二种取消指端脉搏波中噪声的自适应滤波器结构。
Two adaptive filter structures are proposed for noise cancellation of pulse wave.
目的：介绍半趾甲瓣在指甲、指端缺损急诊修复中的临床运用。
Objective To introduce the emergency treatment of distal segment defect of finger nail and tip with semi skin-nail flap of toes.
结论：静脉危象出现晚的再植手指，经指端放血治疗存活率高。
Conclusion: the later venous crisis occurred, the higher the living rate of the fingers cured by being bled was.
目的：探讨几种手部皮瓣修复拇指指端皮肤缺损的优缺点及疗效。
Objective: To evaluate the merits and demerits of several hand flaps in repairing the thumb tip skin defects.
前言： 目的：探讨一种修复拇指指腹及指端软组织缺损的方法。
Objective: To search for a better method for reconstructing the soft- tissue shortage of the pollical tip and vola.
I姿势是一个长长的直线伸展，从一只手的指端到另一只手的指端。
The gesture for I is a long straight stretch, from the tips of one hand to the other.
手指的指端、指腹、手指腹侧皮肤缺损，以传统的邻指皮瓣为首选。
Skin defects of the finger tip, the digital dorsum often were repaired by skin graft of adjacent finger.
总结逆行指动脉岛状瓣并指神经吻合治疗指端皮肤缺损的临床体会。
To sum up the experience in treating the finger end imperfect skin with reverse finger artery island flap combined with finger nerve anastomose.
结论端侧吻合指神经的指动脉逆行岛状皮瓣修复指端缺损简单有效。
Conclusion digital artery re - verse island flap combined with digital nerve end to side anastomosis is a simple and effective procedure for repair of finger defect.
方法对我院急诊治疗115例指端伤患者的临床资料进行回顾性分析。
Methods The clinical data of 115 cases with fingertip injury were analyzed retrospectively.
目的：评价指端容积脉搏曲线法进行心血管功能监测的准确性和适用性。
Objective:To evaluate the veracity and applicability of the finger volume blood flow pulse method in cardiovascular function monitoring.
结论指动脉背侧支逆行皮瓣修复手指端、指背皮肤缺损可取得满意疗效。
Conclusion it is an ideal method by transfer of the reversed digital arterial dorsal branch island flaps in treatment of the soft tissue and skin defect of the finger.
目的介绍应用带指固有神经背侧支的逆行邻指筋膜蒂皮瓣修复拇指指端缺损。
Objective To present application of a reverse fascial flap from neighboring digital with the dorsal branch of the proper digital nerve for repair thumb tip defect.
目的介绍用指动脉终末背侧支逆行皮瓣修复指端软组织缺损及覆盖裸骨的疗效。
Objective To introduce the treatment outcome of the reverse flap of the end dorsal branches of the digital artery for coverage of fingertip soft tissue loss and exposed digital bone.
五点四白，用双手拇指端先按后揉30次，拇指指腹向下出力，但不宜用力过大。
Five white, with both hands thumb to press knead 30 times, thumbs down output, but not excessive force.
他远道而来，来至这片蓝色的草坪上，他的梦一定像是近在指端，不可能会失手。
He had come a long way to this blue lawn and his dream must have seemed so close that he could hardly fail to grasp it.
目的研究指动脉终末背侧支逆行岛状皮瓣修复指端软组织缺损及覆盖指骨外露的疗效。
Aim To study the effect of reverse flap of the end dorsal branches of digital artery for coverage of fingertip soft tissue loss and exposed digital bone.
由于指端力传感器的结构特点，采用通常六维力静态标定方法较困难，且精度无法保证。
It is difficult to employ the accustomed calibration method for the characteristic of the fingertip force sensor, and the accustomed method is not able to assure the precision.
模仿人的皮肤与肌肉组织，本文提出一种具有电流变流体的机器人手指柔顺指端的结构。
Imitating the skin and muscle of human beings this paper put forward a kind of structure of robotic compliant fingertips possessing electrorheologic fluid.
建立了手指的静力学模型，以此为基础，分析了气动肌肉的输入压力与指端夹持力的关系。
The static model of finger is built, with which the relationship between the input pressure of the pneumatic muscles and the finger grasping force is analyzed.
建立了手指的静力学模型，以此为基础，分析了气动肌肉的输入压力与指端夹持力的关系。
The static model of finger is built, with which the relationship between the input pressure of the pneumatic muscles and the finger grasping force is analyzed.
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