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    • 31. 发明授权
    • Adapter, lid and connector for ostomy bags
    • 用于造口袋的适配器,盖子和连接器
    • US07699824B2
    • 2010-04-20
    • US11740783
    • 2007-04-26
    • Robert AxelssonThomas ArnerdalJohan RinmanAnette Johnsson
    • Robert AxelssonThomas ArnerdalJohan RinmanAnette Johnsson
    • A61F5/44
    • A61F5/4407A61F5/448
    • The invention relates to an adapter attached to a human or animal body at a stoma, a detachable lid on the adapter, and a connector for connecting an ostomy bag to the adapter. The adapter includes a protruding section extending from the stoma, and a member for mounting a detachable lid onto the end of the protruding section. The adapter and lid are arranged such that the lid can be slid onto and off the adapter in a direction relatively perpendicular to the axis of the protruding section of the adapter. The connector is arranged to connect the ostomy bag to the adapter and to slide the lid off the adapter. In this way, there is no risk of odors or waste leaking from the adapter or the ostomy bag while the bag is being connected to the adapter.
    • 本发明涉及一种在造口处附接到人体或动物体上的适配器,适配器上的可拆卸盖以及用于将造口袋连接到适配器的连接器。 适配器包括从造口延伸的突出部分和用于将可拆卸盖安装到突出部分的端部上的部件。 适配器和盖被布置成使得盖可以在相对于适配器的突出部分的轴线相对垂直的方向上滑动到适配器上和从其上脱离。 连接器布置成将造口袋连接到适配器并且将盖子从适配器滑出。 这样,当袋子连接到适配器时,没有从适配器或造口袋泄漏的气味或废物的风险。
    • 32. 发明授权
    • Guide tool for cartilage repair
    • 软骨修复指南工具
    • US09439678B2
    • 2016-09-13
    • US14112576
    • 2012-04-20
    • Nina BakeJanarne WetterheimRobert AxelssonMartin Qvänstedt
    • Nina BakeJanarne WetterheimRobert AxelssonMartin Qvänstedt
    • A61F2/46A61B17/56A61B17/17
    • A61B17/56A61B17/1764A61B2017/568A61B2034/105Y10T29/49
    • A method of designing a guide tool for cartilage repair in an articulating surface of a joint, comprising the steps of: I. determining physical parameters for cartilage damage in a joint and generating design parameters for cartilage repair objects and their relative placement in a predetermined pattern, comprising: II. selecting repair objects to fit the individual cartilage damage site wherein the repair objects have: cross sectional areas adapted to fit the surface area of the cartilage damage site, lengths adapted to fit the selected joint and/or type of cartilage damage, and surfaces intended to align with the articular cartilage surface in the joint, based on the healthy surface contour curvature, III. determining, based on obtained image data, positions and angles of the selected cartilage repair objects, wherein the positions and angles are adapted so that the selected repair objects fit the individual cartilage damage site, IV. generating design parameters of the guide tool, for placement of the cartilage repair objects comprising the following steps of: generating the design for an upper part and a lower part of a guide channel in a guide body extending from the positioning body, said guide channel passing through said positioning body and said guide body wherein the angles and positions are generated dependent on and substantially corresponding to the determined angles and positions of the selected cartilage repair objects, and wherein the design for the lower part of all the guide channel is generated dependent on and substantially corresponding to the determined cross sectional areas, of the selected cartilage repair objects.
    • 33. 发明申请
    • MOULDING ARRANGEMENT AND A METHOD FOR PRODUCING AN ARTICLE USING THE MOULDING ARRANGEMENT
    • 模具装配和使用模制装配生产制品的方法
    • US20140239544A1
    • 2014-08-28
    • US14342782
    • 2012-09-05
    • Olof FrankssonRobert Axelsson
    • Olof FrankssonRobert Axelsson
    • B29C45/14B29C45/38B29C45/40
    • B29C45/14467B29C45/1615B29C45/162B29C45/2606B29C45/2681B29C45/38B29C45/401
    • A molding arrangement serves for molding articles at each stroke of an injection-molding machine in which an injection mold is mounted. The articles are composed of components made of different materials in cavities formed in the injection mold, with each cavities corresponding to the shape of a component whereby identical cavities are separated by angular distances and placed at equal distances from a central axis of the injection mold and parts of the cavities are formed in a separately movable section of the movable mold half. The injection molding arrangement includes an operation part for displacing the section to-and-fro between closed and open positions of the injection mold and in open positions to turn the section about the central axis angles corresponding to the angles between the cavities to form whole cavities in the injection mold in closed position.
    • 模制装置用于在其中安装注射模具的注射成型机的每一行程处模制制品。 制品由在注射模具中形成的空腔中由不同材料制成的部件组成,每个空腔对应于部件的形状,由此相同的腔被角距离分开并且与注射模具的中心轴线等距离放置, 空腔的一部分形成在可动半模的可分开移动的部分中。 注射成型装置包括用于使注射模具的闭合位置和打开位置之间的部分移动并在打开位置中的操作部分,以使得围绕与腔之间的角度对应的中心轴线角度的部分形成整个空腔 在注塑模具处于关闭位置。
    • 34. 发明申请
    • GUIDE TOOL FOR CARTILAGE REPAIR
    • 指导工具修复
    • US20140142643A1
    • 2014-05-22
    • US14112576
    • 2012-04-20
    • Nina BakeJanarne WetterheimRobert AxelssonMartin Qvänstedt
    • Nina BakeJanarne WetterheimRobert AxelssonMartin Qvänstedt
    • A61B17/56
    • A61B17/56A61B17/1764A61B2017/568A61B2034/105Y10T29/49
    • A method of designing a guide tool for cartilage repair in an articulating surface of a joint, comprising the steps of: I. determining physical parameters for cartilage damage in a joint and generating design parameters for cartilage repair objects and their relative placement in a predetermined pattern, comprising: II. selecting repair objects to fit the individual cartilage damage site wherein the repair objects have: cross sectional areas adapted to fit the surface area of the cartilage damage site, lengths adapted to fit the selected joint and/or type of cartilage damage, and surfaces intended to align with the articular cartilage surface in the joint, based on the healthy surface contour curvature, III. determining, based on obtained image data, positions and angles of the selected cartilage repair objects, wherein the positions and angles are adapted so that the selected repair objects fit the individual cartilage damage site, IV. generating design parameters of the guide tool, for placement of the cartilage repair objects comprising the following steps of: generating the design for an upper part and a lower part of a guide channel in a guide body extending from the positioning body, said guide channel passing through said positioning body and said guide body wherein the angles and positions are generated dependent on and substantially corresponding to the determined angles and positions of the selected cartilage repair objects, and wherein the design for the lower part of all the guide channel is generated dependent on and substantially corresponding to the determined cross sectional areas, of the selected cartilage repair objects.
    • 一种在关节的关节表面设计用于软骨修复的引导工具的方法,包括以下步骤:I.确定关节中软骨损伤的物理参数,并产生软骨修复对象的设计参数及其以预定图案的相对位置 包括:II。 选择修复对象以适应所述单个软骨损伤部位,其中所述修复对象具有:适合于适应软骨损伤部位的表面积的横截面面积,适合于选择的关节和/或类型的软骨损伤的长度,以及旨在 基于健康的表面轮廓曲率,在关节中与关节软骨表面对齐,III。 基于获得的图像数据确定所选择的软骨修复对象的位置和角度,其中改变位置和角度,使得所选择的修复对象适合于单个软骨损伤部位。 产生导向工具的设计参数,用于放置软骨修复物体,包括以下步骤:产生从定位体延伸的引导体中的引导通道的上部和下部的设计,所述引导通道通过 通过所述定位体和所述引导体,其中所述角度和位置取决于所确定的所选择的软骨修复对象的角度和位置,并且基本对应于所确定的所选择的软骨修复对象的角度和位置,并且其中所有引导通道的下部的设计取决于 并且基本上对应于所选择的软骨修复对象的确定的横截面面积。
    • 35. 发明授权
    • Mechanical interface
    • 机械界面
    • US07997403B2
    • 2011-08-16
    • US12594113
    • 2008-03-27
    • Andreas LarssonMartin DahlbergRobert AxelssonKristofer Karlsson
    • Andreas LarssonMartin DahlbergRobert AxelssonKristofer Karlsson
    • B65G27/04
    • H05K13/0417B65G25/04Y10T403/45Y10T403/7043
    • A mechanical interface for transferring a reciprocating movement from one element to another element releasably mountable thereto. The interface comprises at least three interface points, at least two of which being laterally spaced apart, and at least two of which being longitudinally spaced apart. A motion generator provides a reciprocating movement, which is transferred from the one element to the other element via at least one of the interface points. The interface point(s) transferring the movement includes contact portions having curved contact surfaces, such that the curved contact surfaces are in abutment with opposing contact surfaces of the interface point when the elements are mounted, thereby transferring the reciprocating movement.
    • 用于将往复运动从一个元件传递到可释放地安装到其上的另一元件的机械接口。 该界面包括至少三个界面点,其中至少两个界面点横向隔开,并且其中至少两个纵向间隔开。 运动发生器提供往复运动,该往复运动通过至少一个接口点从一个元件传递到另一个元件。 传递运动的界面点包括具有弯曲接触表面的接触部分,使得当安装元件时,弯曲的接触表面与界面点的相对的接触表面邻接,从而传递往复运动。
    • 37. 发明申请
    • INJECTION-MOULDING SYSTEM
    • 注塑成型系统
    • US20100001436A1
    • 2010-01-07
    • US12375637
    • 2007-08-03
    • Robert Axelsson
    • Robert Axelsson
    • B29C45/78B29C45/26
    • B29C45/332B29C45/1742B29C45/1775B29C45/2602B29C45/36B29C45/376B29C45/401B29C45/7312
    • An injection-moulding system for an injection-moulding machine including a clamping assembly, a temperature-adjusting system, and an ejector. The clamping assembly comprises two horizontal beams for mounting on the platens of the injection-moulding machine and two vertical beams for crosswise mounting on the horizontal beams in multiple positions. The clamping assembly allows dies of various sizes to be clamped in one and the same machine. The temperature-adjusting system includes at least one cooling tube for detachable insertion into a blind hole formed in the die. The cooling tube is attached to coolant conduits which are permanently attached to a source of coolant. Dies can thereby be replaced quickly and easily without spilling any coolant. The ejector is adapted to eject the cooled product after opening of the die. The injector pins are in an inexpensive way glued to the ejector plate. Use of the injection-moulding system provides considerable cost savings over conventional devices.
    • 一种用于注射成型机的注塑系统,其包括夹紧组件,温度调节系统和喷射器。 夹紧组件包括用于安装在注射成型机的压板上的两个水平梁和用于在多个位置上横向安装在水平梁上的两个垂直梁。 夹紧组件允许将各种尺寸的模具夹紧在同一台机器中。 温度调节系统包括至少一个用于可拆卸地插入到模具中形成的盲孔中的冷却管。 冷却管连接到永久地附接到冷却剂源的冷却剂管道。 因此,可以快速,容易地更换模具,而不会溢出任何冷却液。 喷射器适于在打开模具之后喷射冷却的产品。 注射器销以廉价的方式胶合到顶出板。 与常规设备相比,使用注射成型系统可节省大量成本。