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    • 1. 发明申请
    • AXIAL-FLOW BLOWER ARRANGEMENT
    • 轴流风机布置
    • US20120227932A1
    • 2012-09-13
    • US13505980
    • 2010-11-19
    • Ralph SchallerHelmut ScheidKlaus EllingerUwe Berger
    • Ralph SchallerHelmut ScheidKlaus EllingerUwe Berger
    • B60H1/24
    • B60H1/00371B60H1/00542B60H1/3227B60H2001/00235
    • An axial-flow blower arrangement for the condenser (28) of a roof-mounted air conditioning installation including two evaporator units (3, 4) and a condenser unit (2) arranged between them comprises at least two blower modules (1), each of which has a box-shaped downwardly open hood (10) which has a cover wall (12) and walls (14, 15, 16, 17) which in the mounted condition extend downwardly from the cover wall and which together with the cover wall enclose an air suction chamber (26), out of which an axial-flow blower (23) mounted under the cover wall sucks air and discharges it into the atmosphere through an air outlet opening (20). The walls of the air suction chamber of each blower module extend in the mounted condition so far downwardly to the horizontally lying condenser (28) which completely covers over the open underside of the hood (10) and so terminate with the condenser that under the action of the axial-flow blower only air which has previously passed through the condenser can pass into the air suction chamber of the blower module.
    • 包括两个蒸发器单元(3,4)和布置在它们之间的冷凝器单元(2)的屋顶安装的空调设备的冷凝器(28)的轴流鼓风机装置包括至少两个鼓风机模块(1),每个 其具有一个盒形的向下开口的罩(10),它具有盖壁(12)和壁(14,15,16,17),它们在安装状态下从盖壁向下延伸,并与盖壁 包围空气吸入室(26),其中安装在盖壁下方的轴流鼓风机(23)吸入空气,并通过出气口(20)将其排放到大气中。 每个鼓风机模块的空气吸入室的壁在安装状态下向下延伸到水平放置的冷凝器(28),该冷凝器完全覆盖在罩(10)的敞开的下侧上,并且因此在冷凝器的作用下终止 只有先前通过冷凝器的轴流鼓风机才能进入吹风机模块的吸气室。
    • 4. 发明授权
    • Steam generator for a household appliance, heatable using a heat accumulator
    • 用于家用电器的蒸汽发生器,可使用蓄热器加热
    • US08285128B2
    • 2012-10-09
    • US12594301
    • 2008-04-10
    • Uwe BergerHartmut DittrichThomas MetzJoerg Vollgraf
    • Uwe BergerHartmut DittrichThomas MetzJoerg Vollgraf
    • A61H33/06F22B37/22
    • F22B1/285
    • A steam generator for a household appliance. The steam generator includes an evaporation chamber having a substantially planar evaporation surface with first and second sections. A water supply line is in fluid communication with the evaporation chamber and a steam discharge line is also in fluid communication with the evaporation chamber. The steam generator includes a heat accumulator configured to heat the evaporation surface. At least one of a valve and a pump is associated with the water supply line and operable to control an introduction of water into the evaporation chamber. An electric controller controls the heating of the heat accumulator by the heater and the introduction of water into the evaporation chamber using the at least one of valve and pump. The first section of the evaporation surface is a starter section that is thermally conductively coupled to the heat accumulator such that heat flow from the heat accumulator to the starter section is limited compared to the second section.
    • 家用电器的蒸汽发生器。 蒸汽发生器包括具有基本平坦的蒸发表面的蒸发室,其具有第一和第二部分。 供水管线与蒸发室流体连通,蒸汽排放管线也与蒸发室流体连通。 蒸汽发生器包括构造成加热蒸发表面的蓄热器。 阀和泵中的至少一个与供水管线相关联并且可操作以控制将水引入蒸发室。 电控制器通过加热器控制蓄热器的加热和使用阀和泵中的至少一个将水引入蒸发室。 蒸发表面的第一部分是与热蓄热器热传导耦合的起动器部分,使得与第二部分相比,从蓄热器到起动器部分的热流受到限制。
    • 5. 发明申请
    • TREATMENT OF RECYCLING GAS FOR DIRECT THERMOCHEMICAL CONVERSION OF HIGH MOLECULAR WEIGHT ORGANIC SUBSTANCES INTO LOW VISCOSITY LIQUID RAW MATERIALS, COMBUSTIBLES AND FUELS
    • US20110185632A1
    • 2011-08-04
    • US12989228
    • 2009-04-24
    • Uwe BergerThomas WillnerWalter Vanselow
    • Uwe BergerThomas WillnerWalter Vanselow
    • C10J3/48C10J3/46
    • C10G1/002C10G1/065C10G1/10C10G2300/1011C10G2300/202Y02P30/20
    • The invention relates to a method for the direct thermochemical conversion of high molecular weight organic starting products into low molecular weight organic products that are liquid with a low viscosity at ambient temperature and can be combusted. Said method consists of the following steps: (1) the starting product, at least one reducing gas and slow-evaporating product fractions are provided in a reactor, (2) the provided starting material is rapidly heated to a reaction temperature, (3) said starting material is converted using the temperature, the reducing effect of the gas and autocatalytical effects of the product fractions in vaporous reaction products and reaction gas, (4) the reaction gas is separated by means of condensation by evacuating the condensed reaction products, said separated reaction gas comprising a mixture of hydrogen, methane and other hydrocarbons and carbon monoxide and carbon dioxide. Said claimed method is characterised by other additional steps: (5) the separated reaction gas is conditioned by (a) removing at least one part of the carbon dioxide or (b) reforming at least one part of the carbon dioxide and the methane and/or other hydrocarbons or one part of the methane and/or other hydrocarbons or (c) removing one part of the carbon dioxide and reforming in parallel at least one part of the carbon dioxide and at least one part of the methane and/or other hydrocarbons or (d) removing one part of the carbon dioxide and subsequently reforming at least one other part of the carbon dioxide and at least one part of the methane and/or other hydrocarbons or (e) reforming one part of the carbon dioxide and at least one part of the methane and/or other hydrocarbons and subsequently removing at least one part of the carbon dioxide and optionally, introducing hydrogen, said conditioning followed by (6) re-injecting the conditioned reaction gas into the reactor for simultaneously producing a hydrating, reducing and stripping effect for converting the starting material. According to the invention, the amount of active gas fractions and its part in the total flow of the reaction gas can be modified in an advantageous manner, thus increasing the effectiveness of the method and leading to an improvement of the target product quality and yield with total lower production costs. The invention also relates to a method for carrying out the claimed method.
    • 8. 发明申请
    • STEAM GENERATOR FOR A HOUSEHOLD APPLIANCE, HEATABLE USING A HEAT ACCUMULATOR
    • 用于家用电器的蒸汽发生器,使用热量累加器加热
    • US20100080540A1
    • 2010-04-01
    • US12594301
    • 2008-04-10
    • Uwe BergerHartmut DittrichThomas MetzJoerg Vollgraf
    • Uwe BergerHartmut DittrichThomas MetzJoerg Vollgraf
    • F22B1/28
    • F22B1/285
    • A steam generator for a household appliance. The steam generator includes an evaporation chamber having a substantially planar evaporation surface with first and second sections. A water supply line is in fluid communication with the evaporation chamber and a steam discharge line is also in fluid communication with the evaporation chamber. The steam generator includes a heat accumulator configured to heat the evaporation surface. At least one of a valve and a pump is associated with the water supply line and operable to control an introduction of water into the evaporation chamber. An electric controller controls the heating of the heat accumulator by the heater and the introduction of water into the evaporation chamber using the at least one of valve and pump. The first section of the evaporation surface is a starter section that is thermally conductively coupled to the heat accumulator such that heat flow from the heat accumulator to the starter section is limited compared to the second section.
    • 家用电器的蒸汽发生器。 蒸汽发生器包括具有基本平坦的蒸发表面的蒸发室,其具有第一和第二部分。 供水管线与蒸发室流体连通,蒸汽排放管线也与蒸发室流体连通。 蒸汽发生器包括构造成加热蒸发表面的蓄热器。 阀和泵中的至少一个与供水管线相关联并且可操作以控制将水引入蒸发室。 电控制器通过加热器控制蓄热器的加热和使用阀和泵中的至少一个将水引入蒸发室。 蒸发表面的第一部分是与热蓄热器导热耦合的起动器部分,使得与第二部分相比,从蓄热器到起动器部分的热流受到限制。
    • 9. 发明授权
    • Method for operating a cooking appliance and device for carrying out said method
    • 用于操作烹饪器具的方法和用于执行所述方法的装置
    • US08766143B2
    • 2014-07-01
    • US10597850
    • 2005-01-24
    • Uwe BergerHartmut DittrichRuediger Hoehn
    • Uwe BergerHartmut DittrichRuediger Hoehn
    • A47J37/00G05D23/19
    • F24C15/022
    • A method for operating a cooking appliance having a cooking appliance control system and a door. The method includes automatically opening the door using the cooking appliance control system when a cooking process is complete, and automatically closing the door when a physical quantity falls below a predetermined threshold value stored in a memory of the cooking appliance control system. In addition, a cooking appliance includes a cooking chamber, a door, a cooking appliance control system having a memory, a sensor disposed in the cooking chamber, a guide device, and a door opening device including a positioning motor and a rod. The cooking appliance control system is configured to actuate the positioning motor as a function of the output signal so as to automatically open the door when a cooking process is complete and automatically close the door when a physical quantity falls below a predetermined threshold value.
    • 一种用于操作具有烹饪器具控制系统和门的烹饪器具的方法。 该方法包括:当烹饪过程完成时,使用烹饪器具控制系统自动打开门,并且当物理量低于存储在烹饪器具控制系统的存储器中的预定阈值时自动关闭门。 此外,烹饪器具包括烹饪室,门,具有存储器的烹饪器具控制系统,设置在烹饪室中的传感器,引导装置和包括定位电动机和杆的门打开装置。 烹饪器具控制系统被配置为根据输出信号致动定位电动机,以便当烹饪过程完成时自动打开门,并且当物理量低于预定阈值时自动关闭门。