首页> 外国专利> method and device for connecting two parts within a inplantierungs and / or prothesestruktur.

method and device for connecting two parts within a inplantierungs and / or prothesestruktur.

机译:用于连接植入物和/或义肢结构内的两个部分的方法和装置。

摘要

In the joining of two elements (10, 11) of hard material which are included in an implant structure or prosthetic structure, the elements are disposed towards one another by means of a joint (34) formed by contact surfaces. The elements are adjusted to one another and mutually fixed and welded together by laser equipment (13). Registering circumferential portions of the joint are exposed to two focusing optical devices (14, 15) which emit laser pulses or laser beams for the welding and form part of the laser equipment. The devices are aligned each towards one of two substantially registering, or slightly mutually offset, starting areas. Each respective area includes a section of each respective joint circumferential portion with circumjacent parts on the elements. The laser equipment is energized to emit, via the devices (14, 15), simultaneous or alternating laser pulses or laser beams, and the elements and devices are mutually influenced in respect of their movements such that laser output emission may be effected towards the starting areas and subsequent areas with associated sections of joint circumferential portions and material parts. By such means, a distortion-free joining will be attained.
机译:在包括在植入物结构或假体结构中的硬质材料的两个元件(10、11)的连接中,这些元件通过由接触表面形成的接头(34)彼此相对地设置。这些元件彼此调整,并通过激光设备(13)相互固定并焊接在一起。关节的对准圆周部分暴露于两个聚焦光学装置(14、15),该聚焦光学装置发射用于焊接的激光脉冲或激光束并形成激光设备的一部分。装置分别朝向两个基本对准或略微相互偏移的起始区域之一对准。每个相应的区域包括每个相应的接头圆周部分的一部分,在元件上具有周围部分。激光设备被激励以经由装置(14、15)发射同时或交替的激光脉冲或激光束,并且元件和装置在其运动方面相互影响,使得可以在开始时实现激光输出发射。区域和后续区域,以及关节圆周部分和材料零件的相关部分。通过这种方式,将实现无变形的连接。

著录项

  • 公开/公告号DE68902676D1

    专利类型

  • 公开/公告日1992-10-08

    原文格式PDF

  • 申请/专利权人 NOBELPHARMA AB GOETEBORG SE;

    申请/专利号DE19896002676T

  • 发明设计人 ANDERSSON MATTS S-830 22 FAKER SE;

    申请日1989-04-24

  • 分类号B23K26/02;A61C13/20;

  • 国家 DE

  • 入库时间 2022-08-22 05:25:22

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