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    • 1. 发明授权
    • Method and device for production of a pipe bed
    • 管床生产方法及装置
    • US09109343B2
    • 2015-08-18
    • US13113165
    • 2011-05-23
    • Frank BaldingerHubert Mauz
    • Frank BaldingerHubert Mauz
    • E02F5/02F16L1/028E02F5/10E02D27/46E02F3/04E02F5/14F16L1/036
    • E02F5/10E02D27/46E02F3/045E02F5/145F16L1/036
    • A method and a device for producing a pipe bed or a pipe bed profiling. The method includes: digging a trench, producing a trench floor, producing the pipe bed or pipe bed profiling by a pipe-bed finisher adapted in at least one sub-region of its outer contours to the outer contours of the pipe to be laid, and on its longitudinal sides at least one guide or side element projects laterally on each of its two sides. The device has a pipe-bed finisher, shape-adapted in at least one sub-region of its outer contours to an outer contour of the pipe to be laid. The pipe-bed finisher is constructed either as a pipe profiling arbor that has at least on one front end, a finished guide tip or as a pipe profiling sleeve that has a punch-like, open or closed, concave or convex sleeve end region in the advancing direction.
    • 一种用于生产管床或管床成型的方法和装置。 该方法包括:挖掘沟槽,产生沟槽地板,通过适于其外轮廓的至少一个子区域中的管床整理器产生管床或管床成型,到待铺设的管的外轮廓, 并且在其纵向侧上,至少一个引导件或侧部元件在其两侧的每一侧上横向突出。 该装置具有管床整理器,其形状适应其外轮廓的至少一个子区域到要铺设的管的外轮廓。 管道整理器被构造为具有至少在一个前端,成品导向尖端或具有冲头形,开放或闭合的,凹形或凸起的套筒端部区域的管形成型套筒的管形成型心轴, 前进方向。
    • 2. 发明申请
    • METHOD AND DEVICE FOR PRODUCTION OF A PIPE BED
    • 用于生产管道床的方法和装置
    • US20110286803A1
    • 2011-11-24
    • US13113165
    • 2011-05-23
    • Frank BaldingerHubert Mauz
    • Frank BaldingerHubert Mauz
    • E02F5/02F16L1/028
    • E02F5/10E02D27/46E02F3/045E02F5/145F16L1/036
    • A method and also a device for the production of a pipe bed or a pipe bed profiling. The method provides at least the following processing steps: a) digging of a trench, b) production of a trench floor, c) production of the pipe bed or pipe bed profiling by a pipe-bed finisher that is adapted in at least one sub-region of its outer contours to the outer contours of the pipe to be laid, and on its longitudinal sides at least one guide or side element projects laterally on each of its two sides. The device has a pipe-bed finisher that is shape-adapted in at least one sub-region of its outer contours to an outer contour of the pipe to be laid, it is characteristic that the pipe-bed finisher is constructed either as a pipe profiling arbor that has at least on one front end, a finished guide tip or else is constructed as a pipe profiling sleeve that has a punch-like, open or closed, concave or convex sleeve end region in the advancing direction. A nearly completely automated and thus worker-less pipe bed technology and pipe laying technology with a high quality standard is made possible.
    • 一种用于生产管床或管床成型的方法和装置。 该方法至少提供以下处理步骤:a)挖沟,b)生产沟槽地板,c)通过管床修整机生产管床或管床,其适应于至少一个子 其外轮廓的区域与要铺设的管的外轮廓,并且在其纵向侧上,至少一个引导件或侧元件在其两侧的每一侧上横向突出。 该装置具有在其外轮廓的至少一个子区域中形状适配到待铺设的管的外轮廓的管床修整器,其特征在于,所述管床整修器构造为管 至少具有一个前端的成型心轴,完成的导向尖端,或者构造成在前进方向上具有冲头形,开放或闭合,凹入或凸起的套筒端部区域的管道成型套筒。 可以实现几乎完全自动化,因此无需工人的管床技​​术和高质量标准的管道敷设技术。
    • 3. 发明申请
    • SERVER TUNNEL
    • 服务器隧道
    • US20150009621A1
    • 2015-01-08
    • US14371694
    • 2013-01-08
    • Frank Baldinger
    • Frank Baldinger
    • H05K7/20
    • H05K7/20745E04H9/028E04H9/12E04H9/14E04H9/145E04H2005/005H05K7/20781Y02A50/14Y10T29/49117
    • A computing center module with a module casing and a module area in which electronic devices are arrangeable, at least one access path being provided in the module area. The module area has a hot air outlet region, and the module casing tapers towards the hot air outlet region such that a natural cooling process is allowed. The computing center module is easily and inexpensively produced, requires little surface area, can be cooled efficiently and inexpensively, and offers the possibility to scale the provided module area as needed in a simple manner and to protect against specific environmental risks. The module casing is formed by a pipe which is closeable at the axial ends, and the module casing is provided with at least one movable coupling device for connecting to another computing center module casing such that a common module area is produced when the module casings are connected.
    • 一种具有模块壳体和模块区域的计算中心模块,其中电子设备可布置,在模块区域中提供至少一个访问路径。 模块区域具有热空气出口区域,并且模块壳体朝向热空气出口区域逐渐变细,使得允许自然冷却过程。 计算中心模块易于且低成本地生产,需要很少的表面积,可以有效和廉价地冷却,并且提供了以简单的方式根据需要扩展所提供的模块面积并且防止特定的环境风险的可能性。 模块壳体由在轴向端部可关闭的管道形成,并且模块壳体设置有至少一个可移动联接装置,用于连接到另一计算中心模块壳体,使得当模块壳体为 连接的。