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    • 81. 发明申请
    • Modular regenerative heat exchanger system
    • 模块化再生热交换器系统
    • US20050126746A1
    • 2005-06-16
    • US10501610
    • 2003-01-10
    • Melanius D'Souza
    • Melanius D'Souza
    • F28D17/02F28D17/04F23L15/02
    • F28D17/04F28D17/02
    • A plurality of independently operable regenerative heat exchanger modules (1-5) are provided to regeneratively transfer heat from a hot gas to a cold gas. The regenerative heat exchanger modules are connected to a regenerative heat exchanger system controller (1p-5p) which staggers the operation of each regenerative heat exchanger module to simulate the operation of a rotary regenerative heat exchanger. The regenerative heat exchanger system controller can manually or automatically take selected ones of the regenerative heat exchanger modules off-line while the remaining regenerative heat exchanger modules continue to simulate the operation of the rotary regenerative heat exchanger. Also disclosed are a control system and a method for operating a number of independently operable regenerative heat exchanger modules to simulate the operation of a rotary regenerative heat exchanger.
    • 提供多个可独立操作的再生式热交换器模块(1-5)以将热量从热气体再生传递到冷气体。 再生式热交换器模块连接到再生式热交换器系统控制器(1对5 p),该系统控制器使每个再生式热交换器模块的操作交错,以模拟旋转再生式热交换器的操作。 再生式热交换器系统控制器可以手动或自动地将再生式热交换器模块中的选择的离合器再次离开,而剩余的再生式热交换器模块继续模拟旋转再生式热交换器的操作。 还公开了一种用于操作多个可独立操作的再生热交换器模块以模拟旋转再生式热交换器的操作的控制系统和方法。
    • 82. 发明授权
    • High-temperature gas generator
    • 高温气体发生器
    • US5997292A
    • 1999-12-07
    • US776991
    • 1997-02-06
    • Ryoichi TanakaToshiaki HasegawaJun SudoTsutomu YasudaYukio MizutaniMasashi KatsukiHiroshige Ikebe, deceased
    • Ryoichi TanakaToshiaki HasegawaJun SudoTsutomu YasudaYukio MizutaniMasashi KatsukiHiroshige Ikebe, deceased
    • F23L7/00F23L15/02F24H7/04F28D17/04F28F19/04F27D17/00
    • F23L15/02F23L7/00F23L7/007F24H7/0458F28D17/04F28F19/04Y02E20/344Y02E20/348
    • According to the present invention, gas which contains no impurities and has a high temperature of approximately 700 to 1400.degree. C. can be supplied for a long period with a short preparation time, and fluctuation in the temperature during supply can be reduced. The apparatus according to the present invention includes regenerators 4 and 5 (15 and 16) capable of transmitting sensible heat of the combustion gas to combustion air with high effectiveness by the changing-over operation at short periods and burner apparatuses 2 and 3 for mainly supplying gas fuel for combustion, constitutes a combustion apparatus for accumulating heat in the regenerators 4 and 5 by supplying the combustion air or arbitrary gas to be heated through the regenerators 4 and 5 and exhausting the combustion gas, and is designed so that the arbitrary gas that has reached a predetermined temperature is supplied outside for a predetermined time by interrupting combustion and passing only air or the arbitrary gas through the regenerators 4 and 5 after the regenerators 4 and 5 have reached a predetermined temperature.
    • PCT No.PCT / JP95 / 01603 Sec。 371日期1997年2月6日 102(e)日期1997年2月6日PCT提交1995年8月10日PCT公布。 公开号WO96 / 05474 日期1996年2月22日根据本发明,可以长时间地供给不含杂质且具有约700〜1400℃的高温的气体,其制备时间短,供给时的温度波动 减少 根据本发明的装置包括能够通过短时间的转换操作将燃烧气体向燃烧空气传递高效的再生器4和5(15和16)以及用于主要供应的燃烧器装置2和3 用于燃烧的燃气燃料构成用于通过再生器4和5供给燃烧空气或任意待加热的气体并排出燃烧气体而在再生器4,5中蓄热的燃烧装置,并且被设计成使得任意气体 在再生器4和5达到预定温度之后,通过中断燃烧并仅使空气或任意气体通过再生器4和5而在外部供给预定温度达预定时间。
    • 83. 发明授权
    • Regenerative thermal oxidizer with gate manifold pressurization
    • 具有门歧管加压的再生热氧化器
    • US5309851A
    • 1994-05-10
    • US91268
    • 1993-07-15
    • Richard G. ReimlingerJames L. Nester
    • Richard G. ReimlingerJames L. Nester
    • F23G7/06F27D17/00F28D17/00F28D17/04
    • F23G7/068F27D17/004F27D17/008F28D17/00F27D2017/007Y10T137/5544
    • The present invention involves a regenerative thermal oxidation apparatus for purifying gases by thermal oxidation and for exchange of heat between inleting and outleting gases. The apparatus has a plurality of thermal chamber units, each such unit having a gate with at least one gate orifice movably located in a linear fashion against a base surface so as to alternatively align with various inlet and outlet openings. The improvement involves the use of a plurality of seals located between the gate and the openings with sufficient sealing capabilities between the gate and the openings to maintain each chamber at an elevated pressure, i.e. above atmospheric pressure, and so as to reduce leakage of gases from each of the chambers and reduce condensation during operation. The invention is also directed to the method utilizing this apparatus.
    • 本发明涉及一种再生式热氧化装置,用于通过热氧化净化气体并在入口和排出气体之间交换热量。 该设备具有多个热室单元,每个这样的单元具有门,其具有至少一个栅极孔,该栅极孔以相对于基底表面的线性方式可移动地定位,以便与各种入口和出口开口交替对准。 改进之处在于,使用位于闸门和开口之间的多个密封件,在闸门和开口之间具有足够的密封能力,以保持每个室处于高于大气压力的升高的压力下,从而减少气体泄漏 每个室,并在运行期间减少冷凝。 本发明还涉及利用该装置的方法。
    • 84. 发明授权
    • Regenerative heating systems
    • 再生加热系统
    • US4671345A
    • 1987-06-09
    • US817451
    • 1986-01-09
    • Jeffery MastersRoger J. Webb
    • Jeffery MastersRoger J. Webb
    • F24H7/00F23L1/00F23L15/02F27D17/00F28D17/00F28D17/04
    • F23L15/02F27D17/004F28D17/00Y02E20/348Y10S165/032
    • A regenerative heating system comprises two heat regenerators 1 and 2 of the type which are operable so that while one is being heated by waste gas the other is heating air for the combustion of fuel. The regenerators 1 and 2 communicate with each other adjacent one end to form a chamber 11 into which fuel gas is injected by means of a fuel pipe 3. The waste gas enters its respective regenerator by way of end 8 and passes through the bed 5 of the regenerator which stores the heat. Air travelling in the opposite direction is heated in the bed 5 and entrains the fuel gas. The steps 12 provide a venturi or choke effect on the air causing the pressure in the regenerator heating air to be lower than that in the regenerator being heated by waste gas. Fuel gas is thereby drawn into the air stream for admixture therewith and ignition for combustion by means of a pilot light 14.
    • 再生加热系统包括两个可操作的热交换器1和2,使得当一个被废气加热时,另一个是用于燃烧燃烧的空气。 再生器1和2在相邻的一端相互连通以形成燃料气体通过燃料管3注入燃料气体的腔室11中。废气通过端部8进入其相应的再生器,并通过床5 存储热量的再生器。 沿相反方向行进的空气在床5中被加热并夹带燃料气体。 步骤12在空气中提供文丘里管或扼流圈效应,导致再生器加热空气中的压力低于由废气加热的再生器中的压力。 因此,燃料气体被吸入空气流中以与其混合并通过引燃灯14点火燃烧。