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    • 1. 发明申请
    • Device for Foaming Milk, Comprising External Suction Equipment
    • 发泡牛奶装置,包括外部吸入装置
    • US20070240582A1
    • 2007-10-18
    • US11569341
    • 2005-05-17
    • Klaus EimerDieter Patzig
    • Klaus EimerDieter Patzig
    • A47J31/44
    • A47J31/4485
    • The invention relates to a device (15) for foaming milk by means of external suction equipment (35), used as in accessory for espresso machines or similar domestic appliances. Said device comprises a fixed part that can be connected to the steam supply conduit (1) of said machines and an easily interchangeable disposable part (26) containing all parts that come into contact with the milk. The invention is characterised in that components of the disposable parts and in some embodiments of the invention even the entire disposable part consist(s) of thin-walled plastic tubes of the drinking straw type, which can be produced in a cost-effective and environmentally friendly manner by extrusion and subsequent thermoplastic forming. The use of the inventive device obviates the need for the inconvenient cleaning of conventional foaming nozzles and eliminates hygiene problems.
    • 本发明涉及一种用于通过外部抽吸设备(35)发泡牛奶的装置(15),用于咖啡机或类似家用电器的附件中。 所述装置包括可连接到所述机器的蒸汽供应管道(1)的固定部件和容纳可互换的一次性部件(26),其包含与牛奶接触的所有部件。 本发明的特征在于,一次性部件的组件以及在本发明的一些实施例中,甚至整个一次性部件包括饮用吸管型的薄壁塑料管,其可以以成本有效和环境的方式生产 通过挤出和随后的热塑性成形来实现。 使用本发明的装置消除了对常规发泡喷嘴的不便清洁的需要,并消除了卫生问题。
    • 2. 发明授权
    • Device for the mechanical cleansing of fluids
    • 流体机械清洗装置
    • US4904397A
    • 1990-02-27
    • US126029
    • 1987-11-27
    • Klaus EimerHans-Werner SchildmannDetlef TaproggeKlaus-Michael BitzerDieter Patzig
    • Klaus EimerHans-Werner SchildmannDetlef TaproggeKlaus-Michael BitzerDieter Patzig
    • B01D35/02B01D29/05B01D29/23B01D29/33B01D35/16
    • B01D29/055B01D29/23
    • In the cleansing especially of cooling water for a heat exchanger the installation of rotationally symmetric filter bodies in the cooling water feeder pipe and suction of sediments across a suction nozzle rotating on the windward side. Difficulties result therein in the production of a required back-flow through the filter and the avoidance of lateral airfluxes in front of the filter surface, as a certain gap is necessary between filter and suction nozzle for holding the sediments. In order to guarantee problem-free suction it is provided according to the invention that the windward filter surface (2) is subdivided into individual sectors (14) by radial ridges (13) projecting against the direction of flow, whose central angle corresponds maximally to that of the nozzle (6) of the suction device also in the shape of a sector and that the gap between the free ridge edges (13) and the edges of the nozzle (6) circulating at a distance from the ridge edges is bridged by flexible sealing lips of at least the width of the gap.
    • 在特别是用于热交换器的冷却水的清洗中,将冷却水供给管中的旋转对称过滤体的安装和通过在迎风侧旋转的吸嘴的沉积物的吸入。 在过滤器表面的过滤器和吸嘴之间需要一定的间隙,从而导致通过过滤器产生所需的反向流动并避免横向空气流过的困难。 为了保证无故障的抽吸,根据本发明提供了迎风过滤器表面(2)通过朝向流动方向突出的径向脊(13)细分为单独的扇区(14),其中心角最大对应于 抽吸装置的喷嘴(6)也是扇形形状,并且自由脊边缘(13)与喷嘴(6)之间的距离脊边缘一定距离处的边缘之间的间隙被 柔性密封唇至少具有间隙的宽度。
    • 3. 发明授权
    • Ball-joint mounting for a water lance of a water lance blower
    • 水龙头风筒的喷枪的球形接头安装
    • US06907847B2
    • 2005-06-21
    • US10386333
    • 2003-03-11
    • Franz BartelsKlaus EimerStephan Simon
    • Franz BartelsKlaus EimerStephan Simon
    • F16C11/06F16L5/02F28G3/16F28G15/02F28G3/00
    • F16C11/0614F16L5/025F28G3/16F28G15/02Y10T403/32311
    • A bearing system for a water lance of a water lance blower contains a ball joint having a ball with a surface and a diameter. The ball further has a passage, on and/or in which the water lance can be disposed. The bearing system is characterized in that a ball seat is provided and contains two axially interspaced bearing shells each of which has an opening, whereby the ball protrudes at least partially into the openings. A method for operating the bearing system that seals gaps, which can occur as the ball rotates, between the surface of the ball and the spherical contact surface of the at least one bearing shell. The bearing shells enable the bearing system to be easily assembled, and the small contact surfaces reduce the amount of friction during operation. In addition, the bearing system is also suited for use as a seal.
    • 用于喷枪鼓风机的喷枪的轴承系统包括具有表面和直径的球的球形接头。 球还具有通道,可以在其上和/或其上设置喷枪。 所述轴承系统的特征在于,设置球座并且包含两个轴向间隔的轴承壳,每个轴承具有开口,由此所述球至少部分地突出到所述开口中。 一种用于操作轴承系统的方法,其密封球可以在球的表面和至少一个轴承壳的球形接触表面之间发生的间隙。 轴承壳使轴承系统易于组装,并且小的接触表面减少了操作中的摩擦量。 此外,轴承系统也适合用作密封件。
    • 4. 发明授权
    • Compact water lance blower
    • 紧凑型喷水风机
    • US06691646B2
    • 2004-02-17
    • US10237231
    • 2002-09-03
    • Franz BartelsAlois KesselJürgen SchröderStephan SimonKlaus EimerDieter Patzig
    • Franz BartelsAlois KesselJürgen SchröderStephan SimonKlaus EimerDieter Patzig
    • B08B9093
    • F28G15/02F23J3/00F28G3/16
    • A water lance blower for cleaning heat installations is disclosed. A water lance linked with a water feed conduit system is swivel-mounted with its orifice disposed in a hatch. The water lance can blow a jet of water through the heating installation in operation and through which flames and/or flue gases are guided to wall areas that can be reached from the hatch. The water lance blower is provided with a drive system with at least two drive units that control the water lance, and with a holding device that fastens the water lance blower onto the heating installation. Further, parts of the water feed conduit system are integrated onto the holding device, thereby substantially limiting the size of the water lance blower to the swivel range of the water lance.
    • 公开了一种用于清洁热设备的喷淋吹风机。 与供水管道系统连接的水枪旋转安装,其孔口设置在舱口中。 水枪可以通过运行中的加热装置吹入水流,通过该喷射器将火焰和/或烟道气引导到可从舱口到达的壁区域。 喷水风机设有一个驱动系统,至少有两个控制喷枪的驱动单元,以及一个固定装置,用于将喷淋鼓风机固定在加热装置上。 此外,供水管道系统的一部分集成在保持装置上,从而基本上将喷枪鼓风机的尺寸限制在水枪的旋转范围。
    • 6. 发明授权
    • Method and device for cost-orientated operation of a conditioning device
particularly a filter
    • 用于调节装置特别是过滤器的成本导向操作的方法和装置
    • US6009404A
    • 1999-12-28
    • US908646
    • 1997-08-07
    • Klaus Eimer
    • Klaus Eimer
    • B01D29/66B01D29/11B01D35/14B01D37/04B01D46/00B01D46/24B01D46/46G06F17/60
    • B01D46/0086B01D29/117B01D46/46G06Q10/0631G06Q30/0283
    • The invention pertains to a process and a device for cost-oriented monitoring and/or display of the operating state of a replaceable or regenerable, fluid (7) traversed conditioning device (1), particularly a filter (4), in an overall system. According to the invention sensors (9; 10; 11) are used to measure continuously or at intervals at least one measurement value from which of the exhaustion state of the conditioning device is derived according to the following steps: the measurement value is supplied to an evaluation electronic unit (16); the exhaustion state of the conditioning device (1) is determined from the measurement values; by means of the functional dependencies and/or data stored in the evaluation electronic unit (16), the effects of the exhaustion state of the conditioning device (1) on the operating costs of the overall system are at least approximated; by means of the functional dependencies and/or data stored in the evaluation electronic unit (16) the cost of replacing or regenerating the conditioning device (1) is determined and compared with the effects of the exhaustion state on the operating costs; a display instrument (24), in particular a display instrument associated with the conditioning device (1), signals the point in time at which replacement or regeneration is overall more cost-effective than continued operation to the point of complete technical exhaustion of the conditioning device (1).
    • 本发明涉及一种用于成本定向监测和/或显示可替换或可再生流体(7)穿过的调节装置(1),尤其是过滤器(4)在整个系统中的操作状态的方法和装置 。 根据本发明,传感器(9; 10; 11)用于按照以下步骤连续地或间隔地测量调节装置的排气状态中的至少一个测量值:测量值被提供给 评估电子单元(16); 根据测量值确定调节装置(1)的耗尽状态; 通过存储在评估电子单元(16)中的功能依赖性和/或数据,调节装置(1)的耗尽状态对整个系统的操作成本的影响至少近似; 通过存储在评估电子单元(16)中的功能依赖性和/或数据,确定替换或再生调理装置(1)的成本并将其与耗尽状态对运行成本的影响进行比较; 特别是与调节装置(1)相关联的显示器具的显示器具(24)发信号通知在更换或再生整体上比连续操作更符合成本效益的时间点,直到完全技术耗尽调理 装置(1)。
    • 7. 发明授权
    • Filter for separating solid bodies from a fluid stream
    • 用于从流体流中分离固体的过滤器
    • US4305822A
    • 1981-12-15
    • US168752
    • 1980-07-11
    • Klaus EimerHeinz ThalDieter Mindel
    • Klaus EimerHeinz ThalDieter Mindel
    • B01D29/33B01D29/74B01D35/02B01D35/22
    • B01D35/22
    • A filter for separating solid bodies such as fish from a stream of water utilizable as a coolant for a power-generating plant comprises a cylindrical housing, an inlet conduit attached to a cylindrical wall of the housing substantially radially thereto, a first outlet conduit connected to a bottom end of the housing for drawing off filtrate, a second outlet conduit attached to the cylindrical housing wall opposite the inlet conduit for channeling away fish-laden effluent, a filter sieve eccentrically disposed in the housing to form therewith an annular filter chamber including tapered chamber halves extending from the inlet to the second outlet conduit, and an elongate wedge-shaped fluid-guide body extending parallel to the housing symmetry axis and shiftably disposed at the junction of the housing and the inlet conduit for selectively moving into a primary position for dividing an incoming fluid stream into substantially equal portions flowing into respective chamber halves and at least into one secondary position juxtaposed to a vertical side of the inlet conduit for directing the incoming stream into one chamber half to initiate an annular flow about the sieve. The wedge has a cylindrically concave downstream surface which advantageously engages the sieve in the primary wedge position and a pair of cylindrically concave upstream surfaces which engage respective vertical sides of the inlet conduit and housing junction in respective secondary positions of the wedge.
    • 用于从可用作发电设备的冷却剂的水流中分离诸如鱼的固体的过滤器包括圆柱形壳体,基本上径向地附接到壳体的圆柱形壁的入口导管,连接到 用于抽出滤液的壳体的底端,附接到与入口导管相对的圆柱形壳体壁的第二出口导管,用于引导离开含鱼的流出物;偏心地设置在壳体中以与其形成的环形过滤室, 从入口延伸到第二出口管道的腔室半部以及平行于壳体对称轴线延伸并且可移动地设置在壳体和入口管道的接合部处的细长的楔形流体引导体,用于选择性地移动到主要位置 将进入的流体流分成流入相应的室半部和lea的基本相等的部分 并入到入口管道的垂直侧的一个次要位置,用于将进入的流引导到一个室中,以引发围绕筛的环形流。 楔形物具有圆柱形凹入的下游表面,其有利地接合在主楔形位置中的筛子和一对圆柱形凹入的上游表面,其与入口导管的相应垂直侧面和楔形件的相应次级位置接合。
    • 8. 发明授权
    • Cost-orientated control of a regenerable filter
    • 可再生过滤器的成本导向控制
    • US6030525A
    • 2000-02-29
    • US908645
    • 1997-08-07
    • Klaus EimerDieter PatzigHans. W. Schildmann
    • Klaus EimerDieter PatzigHans. W. Schildmann
    • B01D21/24
    • B01D21/24Y10T137/0424
    • A process of cost-optimized control of a mechanical filter that is situated in a flow of cooling water driven by a cooling water pump in a heat exchanger and that can be regenerated by means of a flushing system involves the following steps: at least one measurement value is determined from which the filter's current degree of soiling is derived and this value is fed to a flush command generator; by means of the functional dependencies and/or data stored in the flush command generator a first and a second performance loss are calculated at predeterminable intervals, the first performance loss comprising the performance loss due to the filter's degree of soiling and the second performance loss comprising the performance loss due to a flushing operation at the current degree of soiling; from the progression over time of the first computed performance loss are determined the total performance losses since the last regeneration as a result of the soiling of the filter; a current second energy loss is calculated for each regenerating operation, containing the second performance loss multiplied by the duration of the regenerating operation; each current second energy loss is added in to the currently accumulated total energy loss and the sum is divided by the time expired since the last regeneration, including the time required for a regenerating operation; the progression over time of this quotient is monitored and a regenerating operation is triggered when this quotient has gone through a minimum and is rising again.
    • 一种机械过滤器的成本优化控制的过程,其位于由热交换器中的冷却水泵驱动的冷却水流中并且可以通过冲洗系统再生的机械过滤器包括以下步骤:至少一个测量 确定导出滤波器当前的污染程度的值,并将该值馈送到刷新命令生成器; 通过存储在冲洗命令发生器中的功能依赖性和/或数据,以可预定的间隔计算第一和第二性能损失,所述第一性能损失包括由于过滤器的污染程度引起的性能损失,并且第二性能损失包括 在目前污染程度下冲洗作业造成的性能损失; 从第一次计算的性能损失的随着时间的进展确定由于过滤器的污染而最后再生以来的总性能损失; 对于每个再生操作计算出当前的第二能量损失,其包含第二性能损失乘以再生操作的持续时间; 每个当前的第二能量损失加到当前累积的总能量损失中,并且将总和除以自上次再生以来的时间,包括再生操作所需的时间; 监测该商的随时间变化,并且当该商经过最小值并再次上升时,触发再生操作。
    • 10. 发明授权
    • Device for foaming milk, comprising external suction equipment
    • 用于发泡牛奶的装置,包括外部抽吸设备
    • US07644652B2
    • 2010-01-12
    • US11569341
    • 2005-05-17
    • Klaus EimerDieter Patzig
    • Klaus EimerDieter Patzig
    • A47J31/00
    • A47J31/4485
    • The invention relates to a device (15) for foaming milk by means of external suction equipment (35), used as in accessory for espresso machines or similar domestic appliances. Said device comprises a fixed part that can be connected to the steam supply conduit (1) of said machines and an easily interchangeable disposable part (26) containing all parts that come into contact with the milk. The invention is characterised in that components of the disposable parts and in some embodiments of the invention even the entire disposable part consist(s) of thin-walled plastic tubes of the drinking straw type, which can be produced in a cost-effective and environmentally friendly manner by extrusion and subsequent thermoplastic forming. The use of the inventive device obviates the need for the inconvenient cleaning of conventional foaming nozzles and eliminates hygiene problems.
    • 本发明涉及一种用于通过外部抽吸设备(35)发泡牛奶的设备(15),用于咖啡机或类似家用电器的附件中。 所述装置包括可连接到所述机器的蒸汽供应管道(1)的固定部件和容纳可互换的一次性部件(26),其包含与牛奶接触的所有部件。 本发明的特征在于,一次性部件的组件以及在本发明的一些实施例中,甚至整个一次性部件包括饮用吸管型的薄壁塑料管,其可以以成本有效和环境的方式生产 通过挤出和随后的热塑性成形来实现。 使用本发明的装置消除了对常规发泡喷嘴的不便清洁的需要,并消除了卫生问题。