夹骨手术钳结构设计及制造工艺

本文ID：18644

字数:13653.页数:35

机械设计制造及其自动化论文，论文编号:JX1166 论文字数:13653.页数:35

摘要
随着医疗技术水平的快速发展，对各类医疗器械的精度要求越来越来高。夹骨手术钳作为一种医疗器械，其技术水平的高低直接关系到手术的成败，关系病人的身体健康，所以说夹骨手术钳技术的研究至关重要。本文讲述了关于夹骨手术钳研发与设计。首先，依据设计目的和要求，查阅、收集现有资料，手绘手术钳的外形结构图简图；接着，运用CAD软件绘制出其各个零部件的详图；然后，通过计算进行强度校核；再者，依据CAD图编制加工工艺；再使用UG软件画出三维图，进行装配和运动仿真。本夹骨手术钳的亮点是夹起直径在3-10mm的骨头后自锁，并保证骨头不会有损伤，两个中心轴，齿纹的设计和防滑凹槽设计。

关键词：手术钳三维造型加工工艺强度

Abstract
With the rapid development of medical technology level, the requirement towards the precision of various types of medical equipment becomes higher and higher. Bone-folder operating forceps. As a medical device, the level of its technology is directly related to the success of surgery ,and the patients' physical health relationship .So the study of technique of bone-folder operating forceps is essential. This paper describes the research and design of the bone-folder operating forceps. First of all, inspects and collects the available information according to the purpose and requirements. Paints surgical clamp shape structure chart diagrams by hand. Secondly, I use cad software to map out its various detailing parts.Then I check the strength calculation; fomulates processing technique according to CAD Diagram. I use UG software to draw three-dimensional map, assembly and motion simulation. This clip highlights of bone-folder operating forceps is the self-locking after pinching the diameter 3-10mm bones. For ensures no damage to bones, the two central axis, the tooth design and anti-slip groove pattern design.

Key words: Surgical clamp Three-dimensional modeling Process Strength

目录
第一章绪论 1
1.1论文选题的背景和意义 1
1.2国外医疗器械的现状 2
1.3我国医疗器械的状况 3
1.4我国医疗器材发展的优势 4
1.4.1医疗机械的重要性 4
1.4.2国内医疗机械 4
1.4.3手术器械高科技化 4
1.5论文结构 6
第二章手术钳的结构设计 7
2.1手术钳整体结构设计 7
2.1.1手术钳的结构组成部分 7
2.1.2手术钳平面连杆机构原理设计 7
2.2手柄的设计 9
2.3钳口设计 11
2.4连接件设计 13
2.5弹簧片设计 14
2.6自锁件设计 16
2.7手术钳各零件的材料选择 16
2.8夹骨手术钳强度校核 17
第三章夹骨手术钳制造工艺 19
3.1手柄加工工艺 19
3.2钳口加工工艺 19
3.3螺钉的加工工艺 20
3.4弹簧片的加工工艺 21
3.5齿条的加工工艺 22