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    • 2. 发明申请
    • FILTER ELEMENT WITH COATING FOR SURFACE FILTRATION
    • 过滤元件用于表面过滤
    • US20090200247A1
    • 2009-08-13
    • US12405731
    • 2009-03-17
    • STEFAN HAJEKUrs HerdingKurt PalzWolfgang RaabeReiner ThuraufBernd Meindl
    • STEFAN HAJEKUrs HerdingKurt PalzWolfgang RaabeReiner ThuraufBernd Meindl
    • B01D39/14B01D46/24B01D37/00
    • B01D39/2079B01D39/163B01D39/1661B01D2239/0485
    • A method for filtering out foreign particles from a cooling lubricant used in a process of machining a workpiece includes providing an inherently stable, flow-porous filter element. The filter element comprises a porous main body made of joined plastics particles and having an afflux surface and a porous coating on the afflux surface for surface filtration. The porous coating first component particles and/or fibres, second component anti-adhesion particles to mitigate the adhesion of filtered out material to the porous coating and to facilitate cleaning of the filter element, with the first component particles and/or fibres and the second component particles being mixed in the porous coating, a solidified inorganic binder, and a set adhesive. The solidified inorganic binder and the set adhesive bind the first component particles and/or fibres and the second component particles to each other and to the porous main body. The cooling lubricant is first passed through the porous coating and thereafter through the porous main body of the filter element.
    • 从用于加工工件的工艺中使用的冷却润滑剂过滤外来颗粒的方法包括提供固有稳定的流动多孔过滤元件。 过滤元件包括由接合的塑料颗粒制成的多孔主体,并且在表面过滤的附着表面上具有粘附表面和多孔涂层。 多孔涂层第一组分颗粒和/或纤维,第二组分抗粘附颗粒以减轻过滤出的材料对多孔涂层的粘附并促进过滤元件与第一组分颗粒和/或纤维的清洁以及第二组分颗粒和/或纤维 在多孔涂层中混合组分颗粒,固化的无机粘合剂和固化粘合剂。 固化的无机粘合剂和固化粘合剂将第一组分颗粒和/或纤维和第二组分颗粒彼此结合并与多孔主体结合。 冷却润滑剂首先通过多孔涂层,然后通过过滤元件的多孔主体。
    • 3. 发明授权
    • Filter element with coating for surface filtration
    • 过滤元件与涂层进行表面过滤
    • US08052878B2
    • 2011-11-08
    • US12405731
    • 2009-03-17
    • Stefan HajekUrs HerdingKurt PalzWolfgang RaabeReiner ThueraufBernd Meindl
    • Stefan HajekUrs HerdingKurt PalzWolfgang RaabeReiner ThueraufBernd Meindl
    • B01D37/00B01D46/00B01D29/62B01D35/22B01D41/04B01D39/14B01D35/00
    • B01D39/2079B01D39/163B01D39/1661B01D2239/0485
    • A method for filtering out foreign particles from a cooling lubricant used in a process of machining a workpiece includes providing an inherently stable, flow-porous filter element. The filter element comprises a porous main body made of joined plastics particles and having an afflux surface and a porous coating on the afflux surface for surface filtration. The porous coating first component particles and/or fibres, second component anti-adhesion particles to mitigate the adhesion of filtered out material to the porous coating and to facilitate cleaning of the filter element, with the first component particles and/or fibres and the second component particles being mixed in the porous coating, a solidified inorganic binder, and a set adhesive. The solidified inorganic binder and the set adhesive bind the first component particles and/or fibres and the second component particles to each other and to the porous main body. The cooling lubricant is first passed through the porous coating and thereafter through the porous main body of the filter element.
    • 从用于加工工件的工艺中使用的冷却润滑剂过滤外来颗粒的方法包括提供固有稳定的流动多孔过滤元件。 过滤元件包括由接合的塑料颗粒制成的多孔主体,并且在表面过滤的附着表面上具有粘附表面和多孔涂层。 多孔涂层第一组分颗粒和/或纤维,第二组分抗粘附颗粒以减轻过滤出的材料对多孔涂层的粘附并促进过滤元件与第一组分颗粒和/或纤维的清洁以及第二组分颗粒和/或纤维 在多孔涂层中混合组分颗粒,固化的无机粘合剂和固化粘合剂。 固化的无机粘合剂和固化粘合剂将第一组分颗粒和/或纤维和第二组分颗粒彼此结合并与多孔主体结合。 冷却润滑剂首先通过多孔涂层,然后通过过滤元件的多孔主体。
    • 7. 发明授权
    • Cable transport system with garaging of carriers
    • 带运输车辆的有线运输系统
    • US4958574A
    • 1990-09-25
    • US438707
    • 1989-11-17
    • Bernd Meindl
    • Bernd Meindl
    • B61B11/00B61B12/02B65G1/06B65G9/00
    • B61B12/022
    • A cable conveyance having a storage region for garaging the carriers whichan be decoupled from the transport cable. The carriers are displaced along a transport rail to the storage regions by a reversible drive and are permitted to move by gravity along storage rails into this region or by positively tilting these storage rails back to the transport rail to return to the cable. Thus within the storage region the displacement of the carriers is by gravity only and there is no need to provide a special drive for entrainment of the carriers along the storage rails.
    • 一种电缆输送装置,其具有用于装载能够与输送电缆分离的载体的存储区域。 载体通过可逆驱动器沿着运输轨道移动到存储区域,并且被允许通过重力沿存储轨移动到该区域中,或者通过将这些存储轨道积极地倾斜回到运输轨道以返回到电缆。 因此,在存储区域内,载体的位移仅由重力引起,并且不需要提供用于沿着存储轨道夹带载体的特殊驱动器。
    • 9. 发明授权
    • System for the transportation of persons and/or goods
    • 运送人员和/或货物的制度
    • US5819668A
    • 1998-10-13
    • US824444
    • 1997-03-26
    • Bernd Meindl
    • Bernd Meindl
    • B61B9/00B61B12/10B61B13/12
    • B61B9/00B61B12/105B61B13/127
    • Persons and/or goods are transported in a plurality of vehicles with runn wheels rolling on a track, such as on rails. A continuously moving, endless traction cable drives the vehicles on the track, and a clamping assembly selectively disconnects the vehicles from and connects the vehicles to the traction cable. The vehicles are disconnected from the traction cable in boarding stations, where deceleration wheels and acceleration wheels come into contact with a contact surface on the underside of the vehicles. The deceleration wheels and acceleration wheels rotate about substantially horizontal axes and they decelerate and accelerate the vehicles, respectively, upon being brought into contact with the contact surface. The deceleration and acceleration wheels are rotatably supported on a free end of swivel arms which are pivotally supported about an axis which extends substantially horizontally and substantially parallel to the track. An adjustment spring bears on each of the swivel arms for forcing the deceleration and acceleration wheels against the contact surface on the underside of the vehicle.
    • 人员和/或货物在轨道上滚动的行驶轮的多个车辆中运输,例如轨道上。 持续移动的无限牵引电缆驱动轨道上的车辆,并且夹紧组件选择性地将车辆断开并将车辆连接到牵引电缆。 车辆与登机站的牵引电缆断开,减速轮和加速轮与车辆底面的接触面接触。 减速轮和加速轮围绕基本上水平的轴线旋转,并且在与接触表面接触时分别使车辆减速和加速。 减速和加速轮被可旋转地支撑在旋转臂的自由端上,旋转臂围绕基本上水平且基本上平行于轨道延伸的轴枢转地支撑。 每个旋转臂上都有一个调节弹簧,用于迫使减速和加速轮抵靠车辆底面的接触表面。
    • 10. 发明授权
    • Cable conveyance
    • 电缆运输
    • US4942823A
    • 1990-07-24
    • US389425
    • 1989-08-03
    • Bernd Meindl
    • Bernd Meindl
    • B61B12/02B61B12/10
    • B61B12/105B61B12/022
    • A cable conveyance has devices for decoupling the passenger carriers from e cable at an upstream side of a station, a device for recoupling the carriers to the cable at a downstream side of the station and a path of the carriers through the station after the carriers have been decoupled from the cable. This path is formed by a roll in which the carriers are guided and includes decelerating and accelerating stretches in which respective driven rollers engage the carriers. At a control stretch the speed of the carriers can be adjusted relative to a normal speed in response to a sensor of the intercarrier interval to maintain a predetermined carrier spacing on recoupling of the carriers to the cable.
    • 电缆输送装置具有用于将乘客载体与站台上游侧的电缆分离的装置,用于在载体的下游侧将载体重新连接到电缆的装置以及在载体具有载波之后载体经过站的路径 与电缆分离。 该路径由其中载体被引导的辊形成,并且包括减速和加速的延伸部分,其中相应的从动辊接合载体。 在控制拉伸中,响应于载波间隔的传感器,可以相对于正常速度调节载波的速度,以便在将载波重新耦合到电缆时保持预定的载波间隔。