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    • 1. 发明授权
    • Apparatus for applying a protective coating to the welded seam of a can
body or the like
    • 用于将保护涂层施加到罐体等的焊缝的装置
    • US4249476A
    • 1981-02-10
    • US903072
    • 1978-05-05
    • Paul OpprechtSiegfried Frei
    • Paul OpprechtSiegfried Frei
    • B05C7/06B05C1/02B05C7/00B05C7/08B05C13/02B05D7/14B23K31/00
    • B05C1/027B05C13/025B05C7/005Y10S118/10
    • An apparatus for applying a protective coating to the inside of the welded seam of cans. When fabricating cans which are provided at their inner surface with a protective coating it is necessary, following the welding operation, to apply to the region of the welding seam the then missing part of the protective coating. Prior techniques were unable to achieve any optimum application of the seam-coating which would reliably cover the welded seam. If the fabricated cans are particularly intended for use for canned foods this then is dangerous to the health of the user. With the apparatus of the invention the protective coating is applied by means of a driven applicator roll to the welded seam. By suitably selecting the outer or jacket surface of the roll and a scraper as well as the rotational speed of the roll it is possible to optimize application of the protective coating.
    • 一种用于将保护涂层施加到罐的焊缝内部的装置。 当制造在其内表面设置有保护涂层的罐时,在焊接操作之后,必须施加到焊缝的区域,然后丢失保护涂层的一部分。 现有技术无法实现可靠地覆盖焊缝的接缝涂层的任何最佳应用。 如果制造的罐头特别用于罐头食品,那么这对使用者的健康构成危险。 利用本发明的装置,通过驱动的涂布辊将保护涂层施加到焊缝。 通过适当地选择辊的外表面或护套表面以及刮刀以及辊的旋转速度,可以优化保护涂层的应用。
    • 4. 发明授权
    • Apparatus for applying a protective coating to the seam of welded can
sleeves
    • 用于在焊接罐套管的接缝上施加保护涂层的装置
    • US4389964A
    • 1983-06-28
    • US322235
    • 1981-11-17
    • Siegfried Frei
    • Siegfried Frei
    • B05C1/08B05C7/06B05C1/02B05C7/08
    • B05C1/0826B05C1/0817B05C7/06
    • In an apparatus for applying a protective substance to a welding seam of a metallic sleeve, including a frame, a container disposed within the frame holding a protective substance, a drivable applicator roller disposed in the container at least in part contact with the protective substance and applying the protective substance to the seam of the metallic sleeve within a substance transfer region, and wherein the sleeve moves towards, past and away from the applicator roller, comprising in combination therewith, a stripper disposed within the transfer region on each side of the seam removing any excess substance leaking away laterally from the seam.
    • 在将保护物质施加到金属套筒的焊缝的装置中,包括框架,设置在保持保护物质的框架内的容器,设置在容器中的可移动的施加器辊至少部分地与保护物质接触, 将所述保护物质施加到物质转移区域内的所述金属套筒的接缝处,并且其中所述套筒朝着所述施加辊移动,过去和远离所述施加器辊,其组合包括设置在所述接缝的每一侧上的转移区域内的剥离器 除去从接缝横向偏离的任何多余的物质。
    • 5. 发明申请
    • Machining Method
    • 加工方法
    • US20090182449A1
    • 2009-07-16
    • US12296205
    • 2007-03-27
    • Siegfried FreiWerner Jahnen
    • Siegfried FreiWerner Jahnen
    • G06F19/00B23Q1/00
    • G06F19/00B23C3/18B23C2215/48B23C2220/366G05B19/4097G05B2219/36499G05B2219/45225Y10T409/303752
    • The invention relates to a machining method for the machining of a workpiece (1) by means of a machining apparatus, including a control and/or regulating unit and a program-controlled data processing unit as well as a manipulator with a machining tool (2) for the manufacture of a three-dimensional structure (3) by machining the workpiece (1) in the region of a curved guide surface (4). In this connection, the machining method includes the steps of storing the geometry and/or the spatial position of the three-dimensional structure (3) to be manufactured in the workpiece (1) in a memory device of the data processing unit; of fixing a spatial coordinate and/or a surface vector of the guide surface (4) while taking account of the geometry and/or the spatial position of the three-dimensional structure (3) to be manufactured in the workpiece (1), with the guide surface (4) being matched to the geometry and to the spatial position of the three-dimensional structure (3) in the workpiece (1) such that the machining tool (2) is not brought into contact with a marginal surface (5) bounding the three-dimensional structure on the machining of the workpiece (1) and the guide surface (4) is not arranged as a parallel surface and/or as an offset surface with respect to any marginal surface (5) and/or any end surface; of guiding the machining tool (2) along the guide surface (4) while machining a machining region (6) of the workpiece (1) pre-set by the guide surface (4) for the formation of the three-dimensional structure (3) in the workpiece (1), with the machining tool (2) being guided along the guide surface (4) at a constant guide angle (α) with respect to a guide axis (7).
    • 本发明涉及一种用于通过包括控制和/或调节单元和程序控制的数据处理单元的加工装置加工工件(1)的加工方法以及具有加工工具的机械手(2 ),用于通过在弯曲的引导表面(4)的区域中加工工件(1)来制造三维结构(3)。 在这方面,加工方法包括以下步骤:将要制造的工件(3)的三维结构(3)的几何形状和/或空间位置存储在数据处理单元的存储装置中; 同时考虑到要在工件(1)中制造的三维结构(3)的几何形状和/或空间位置,固定引导表面(4)的空间坐标和/或表面向量, 引导表面(4)与工件(1)上的三维结构(3)的几何形状和空间位置相匹配,使得加工工具(2)不与边缘表面(5)接触 )在工件(1)和引导表面(4)的加工上界定三维结构不相对于任何边缘表面(5)和/或任何边缘表面(5)被布置为平行表面和/或作为偏移表面 端面; 沿着导向面(4)引导加工工具(2),同时加工由用于形成三维结构(3)的引导表面(4)预定的工件(1)的加工区域(6) ),其中所述加工工具(2)以相对于引导轴线(7)以恒定的引导角(α)沿着所述引导表面(4)被引导。
    • 6. 发明授权
    • Method of and implement for extraction of dental prostheses
    • 牙科假体提取方法及其实施
    • US5411396A
    • 1995-05-02
    • US188086
    • 1994-01-28
    • Siegfried Frei
    • Siegfried Frei
    • A61C3/16A61C3/00
    • A61C3/16A61C3/168
    • A prosthesis which is affixed to at least one tooth can be extracted from the mouth of a patient by an implement employing two discrete substantially disc-shaped jaws which are to be bonded to spaced-apart portions of the external surface of the prosthesis by a rapidly setting adhesive. The jaws are permanently or separably connected to spaced-apart portions of an endless cable or to the end portions of a cable of finite length, and the cable is engaged by a follower of a tool which is used by a dentist to pull the cable and to thus detach the prosthesis from the at least one tooth. The adhesive can be polymerizable in response to exposure to light (such as ultraviolet light) which is transmitted thereto through the jaws by an optical conductor. The jaws are deformed or can be deformed so that one side of each jaw, which confronts a portion of the external surface of the prosthesis to be extracted, has an outline at least substantially conforming to the outline of the respective portion of the external surface.
    • 固定在至少一个牙齿上的假体可以通过使用两个离散的大致圆盘形的爪从患者的口中取出,所述夹爪将通过快速地结合到假体的外表面的间隔开的部分 设定粘合剂。 钳口永久地或可分离地连接到环形缆索的间隔开的部分或有限长度的电缆的端部,并且电缆由工具的从动件与牙科医生使用以拉动电缆并且 从而将假体与至少一个牙齿分离。 粘合剂可以响应于通过光导体通过夹爪传递到其上的光(例如紫外光)而可聚合。 夹爪变形或可以变形,使得每个钳口的面对待假体的外表面的一部分被提取的一侧具有至少基本上符合外表面的相应部分的轮廓的轮廓。
    • 7. 发明授权
    • Apparatus for applying a strip-shaped powder layer onto a weld seam of
containers
    • 用于将带状粉末层施加到容器的焊缝上的装置
    • US4696253A
    • 1987-09-29
    • US844347
    • 1986-03-26
    • Siegfried FreiErnst Hohl
    • Siegfried FreiErnst Hohl
    • B05C7/02B05B5/08B05B5/12B05B13/06B05D1/32B05D7/22B05B5/02
    • B05D1/32B05B13/0618B05B5/12
    • The apparatus for forming and applying a substantially strip-shaped powder layer onto a weld seam of a can body, comprises a spray head including a spray chamber. A powder supply device supplies a powder composed of powder particles transported by a carrier gas and in the form of a substantially bundled powder jet into the spray chamber of the spray head. The spray chamber is provided with a spray opening which is open towards the weld seam and is located opposite the weld seam. Structure is provided for establishing a pressure in the spray chamber which is lower than the pressure of the surrounding stmosphere to ensure retention of the bundled powder jet entering the spray chamber and to prevent formation of a spray cloud of the powder particles of the bundled powder jet composed of the powder transported by the carrier gas. There is also provided structure for diverting at least part of the powder particles of the bundles powder jet from the spray chamber in the direction of the weld seam and for depositing such diverted powder particles onto the weld seam in the form of a substantially strip-shaped powder layer.
    • 用于将基本上带状的粉末层形成并施加到罐体的焊缝上的装置包括包括喷雾室的喷头。 粉末供给装置将由载气输送的粉末颗粒和基本上捆扎的粉末喷射形式的粉末供给到喷头的喷雾室中。 喷雾室设有一个朝向焊缝开口并与焊缝相对的喷射口。 提供了用于在喷雾室中建立低于周围环境压力的结构,以确保进入喷雾室的束入的粉末喷嘴的保留并且防止形成粉末粒子的粉末喷射云 由载气输送的粉末组成。 还提供了用于将束粉末喷射的至少一部分粉末颗粒沿着焊缝的方向转移到喷雾室的结构,并且将这种转移的粉末颗粒以大致条状的形式 粉末层。
    • 8. 发明授权
    • Method and apparatus for applying strip-shaped powder layer to a can
body or the like, and powder-carrying can body
    • 将带状粉末层施加到罐体等的方法和装置以及粉末承载罐体
    • US4661379A
    • 1987-04-28
    • US797919
    • 1985-11-14
    • Siegfried FreiErnst Hohl
    • Siegfried FreiErnst Hohl
    • B05B13/06B05D1/06B05D1/36B05D7/22B05D1/12
    • B05B15/0412B05B5/032B05B5/12B05B7/1486B05D1/12B05D7/222B05B5/047B05D2401/32B05D7/54
    • In order to apply a strip-shaped powder layer onto the inside of a can body to cover a welding seam of the can body in a controlled manner, the can body is moved in a predetermined direction over a spraying head transporting the powder, due to the kinetic energy imparted thereto by a moving air current, to an elongated opening of the spraying head. This elongated opening flow communicates with a spray chamber of the spraying head and is located opposite the welding seam of the can body. While the can body moves past the spraying head there is formed a strip-shaped powder layer at the welding seam without any cloud formation of the powder in the spray chamber. Advantageously, a vacuum action is applied immediately adjacent the outlet opening where the powder conveyed by the moving air current is introduced as a bundled powder jet into the spray chamber of the spraying head, so that the bundled powder jet entering this spray chamber is retained in its jet-like configuration through removal of the air current serving as carrier air for the powder particles. In this way, the powder particles are not deflected out of their intended flight path or trajectory towards the welding seam.
    • 为了将罐形体的粉末层施加到罐体的内部以便以可控的方式覆盖罐体的焊缝,罐体能够在运送粉末的喷涂头上沿预定方向移动,由于 通过移动气流赋予的动能到喷头的细长开口。 该细长的开口流与喷雾头的喷雾室相通,并且与罐体的焊缝相对。 当罐体移动通过喷涂头时,在焊缝处形成带状粉末层,而在喷雾室中不会形成粉末。 有利地,真空作用紧邻出口开口施加,其中通过移动气流输送的粉末作为捆束粉末喷射引入到喷雾头的喷雾室中,使得进入该喷雾室的束入的粉末喷嘴保持在 其喷射状构造通过去除用作粉末颗粒的载气的气流。 以这种方式,粉末颗粒不会偏离其预期的飞行路径或朝向焊缝的轨迹。