会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 53. 发明申请
    • BOILER STRUCTURE
    • 锅炉结构
    • US20110126781A1
    • 2011-06-02
    • US13056219
    • 2009-07-02
    • Hiroshi SuganumaYuichi KanemakiKazuhiro Domoto
    • Hiroshi SuganumaYuichi KanemakiKazuhiro Domoto
    • F24D19/00
    • F22B21/02F22B35/108F22B35/12
    • Provided is a boiler structure that allows for appropriate flow-rate distribution for each furnace wall by using a simple configuration without any moving parts in a wide thermal-load range of a furnace from a partial load to a rated load. In a boiler structure having a furnace water-wall formed of multiple boiler evaporation tubes and configured to generate steam by heating water inside the furnace when the water that is pressure-fed to the boiler evaporation tubes flows inside the tubes, the boiler structure includes a pressure-loss adjusting section, for an internal fluid, provided in an outlet connection tube that connects outlets of water walls obtained by dividing the furnace water-wall into multiple parts.
    • 提供了一种锅炉结构,其允许通过使用简单的构造来允许每个炉壁的适当的流量分布,在炉的宽热负荷范围内没有任何移动部件从部分负载到额定负载。 在具有由多个锅炉蒸发管形成的炉水壁构成的锅炉结构中,在通过加压到锅炉蒸发管的水流入管内时,通过对炉内的水进行加热来生成蒸汽,锅炉结构包括: 用于内部流体的压力损失调节部分,设置在将炉壁水分为多个部分而获得的水壁出口连接的出口连接管中。
    • 54. 发明申请
    • HEATING SYSTEM PRODUCING ELECTRICITY
    • 加热系统生产电力
    • US20110101119A1
    • 2011-05-05
    • US12867132
    • 2009-02-13
    • Gerhard Schilling
    • Gerhard Schilling
    • F24D19/00F24D1/00F25B29/00F01K27/00
    • F24D11/003F01K3/00F01K13/00F01K25/10F24D2200/04F24D2200/14F24H2240/127Y02B10/20Y02B10/70Y02E20/14
    • A heating system for a property has a thermal interconnection (5) between a thermal heat generator (1), in particular a conventional heating system (2), and a plurality of heat consumers (7) for simultaneous production of heat and electricity, the thermal interconnection (5) being controlled by a control unit (12). One of the heat consumers (7) includes a conversion system (11) based on a thermodynamic cycle (10), in particular a water vapor or an ORC or Kalina process, and provided for the conversion of thermodynamic energy into electrical energy. The condensation heat occurring in the thermodynamic cycle (10) is transferred to further heat consumers (7). The heating system is operable in at least one of two modes of operation, wherein in the first mode of operation the heat generated is supplied to the thermodynamic cycle (10) for producing electricity and the residual heat resulting from the thermodynamic cycle (10) is used for heating, and in the second mode of operation electricity is produced independently of the heating demand in that a heat sink (6) absorbs the condensation heat of the thermodynamic cycle (10).
    • 用于特性的加热系统在热发生器(1),特别是常规加热系统(2)和多个用于同时产生热和电的热消耗器(7)之间具有热互连(5), 热互连(5)由控制单元(12)控制。 热消耗器(7)中的一个包括基于热力循环(10)的转换系统(11),特别是水蒸气或ORC或Kalina过程,并且将热力学能量转换成电能。 在热力循环(10)中发生的冷凝热量转移到另外的热消耗器(7)上。 加热系统可在两种操作模式中的至少一种操作中操作,其中在第一操作模式中,产生的热被供应到用于产生电力的热力学循环(10),并且由热力循环(10)产生的剩余热量 用于加热,在第二种运行方式中,独立于加热需求而产生电,因为散热片(6)吸收热力循环(10)的冷凝热。
    • 55. 发明授权
    • Condensation heat exchanger including 2 primary bundles and a secondary bundle
    • 冷凝热交换器包括2个初级束和次级束
    • US07909005B2
    • 2011-03-22
    • US12072913
    • 2008-02-28
    • Joseph Le MerRocco Giannoni
    • Joseph Le MerRocco Giannoni
    • F24D19/00
    • F24H1/43F24H1/46F24H8/00F24H9/122F28D7/024F28F1/02Y02B30/102
    • This exchanger comprises a pair of primary tubular bundles (5a, 5b) surrounding a fuel or gas burner (4a, 4b), and a secondary tubular bundle (6) on which condensation of the steam contained in the burned gases discharged from the primary bundles occurs, wherein the three bundles (5a, 5b, 6) are mounted parallel, side-by-side inside a gas-tight casing (10), and communicate with one another, with means being provided in order to circulate the water to be heated, between the tubes forming the secondary bundle (6) and the tubes forming the primary bundles (5a, 5b); the casing (10) is subdivided at the level of the secondary bundle (6) by a partition (7-70) that extends both inside and outside said bundle (6), with the arrangement being such that a only a circumferential section of the latter is capable of being contacted and traversed by the hot gases coming from one of the two primary bundles (5a), and its remaining section being capable of being contacted and traversed only by the hot gases coming from the other primary bundle (5b).Household or industrial heating installation with high efficiency and low bulk.
    • 该交换器包括围绕燃料或气体燃烧器(4a,4b)的一对主管状管束(5a,5b)和第二管状管束(6),其中包含在从主要管束排放的燃烧气体中的蒸汽冷凝 发生,其中三个束(5a,5b,6)并排安装在气密性壳体(10)内并且彼此连通,提供装置以使水循环成 在形成二次束(6)的管和形成主束(5a,5b)的管之间加热; 壳体(10)通过在所述束(6)内部和外部延伸的分隔件(7-70)在次级束(6)的水平处被细分,其结构使得只有后者的周向部分 能够被来自两个初级束(5a)中的一个的热气体接触和穿过,并且其剩余部分仅能够被来自另一个初级束(5b)的热气体接触和穿过。 家用或工业加热设备,效率高,体积小。
    • 59. 发明申请
    • WATER HEATER WITH PRESSURIZED COMBUSTION
    • 水加热器加压燃烧
    • US20090250017A1
    • 2009-10-08
    • US12419065
    • 2009-04-06
    • Marc W. AkkalaRay O. Knoeppel
    • Marc W. AkkalaRay O. Knoeppel
    • F24H9/20F24D19/00F24H1/00
    • F24H9/1836F24H1/205
    • A water heater includes a sealed combustion chamber and one or more fans for raising pressure in the combustion chamber to increase efficiency of the water heater. The pressure permits a more restrictive baffle to be used in the flue compared to baffles used in atmospheric water heaters. The water heater may include a water temperature sensor that activates the fan without activating the burner if water temperature raises above a desired temperature. The water heater may also include pressure and vapor sensors to ensure the combustion chamber is properly sealed and there are no flammable vapors present prior to igniting the burner. The fans are relatively small and run off the same DC power that runs an electric gas valve. The fans may be, for example, 12 or 24 Volt fans with power inputs of about 10 Watts or less.
    • 热水器包括密封的燃烧室和用于提高燃烧室中的压力的​​一个或多个风扇以提高热水器的效率。 与在大气热水器中使用的挡板相比,压力允许在烟道中使用更多的限制性挡板。 热水器可以包括水温传感器,如果水温升高到所需温度以上,则激活风扇而不启动燃烧器。 热水器还可以包括压力和蒸汽传感器,以确保燃烧室被适当地密封,并且在点燃燃烧器之前不存在易燃的蒸气。 风扇相对较小,运行电动气阀的直流电源相同。 风扇可能是例如具有约10瓦或更小功率输入的12或24伏风扇。