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    • 71. 发明申请
    • HEAT RECOVERY DEVICE AND ALIGNMENT FILM CURING SYSTEM
    • 热回收装置和对准膜固化系统
    • US20160153716A1
    • 2016-06-02
    • US14805528
    • 2015-07-22
    • BOE TECHNOLOGY GROUP CO., LTD.HEFEI XINSHENG OPTOELECTRONICS TECHNOLOGY CO., LTD.
    • Qing TONGYong YANGWeijing LIAO
    • F27D17/00F28D21/00
    • F28D21/001F27D17/004F28D7/08F28F27/02G02F1/1303G02F1/1337
    • A heat recovery device and an alignment film curing system. The heat recovery device can be provided outside a heating device, and it includes a first recovery unit including a first chamber and a first communicating pipe that is provided in the first chamber. The first chamber has a first gas inlet and first gas outlet, a first waste gas inlet and a first waste gas outlet, and the first communicating pipe is arranged in a winding way and connected between the first gas inlet and the first gas outlet in an enclosed way. The first gas inlet is connected to a gas supply pipe of the heating device, the first gas outlet is connected to an intake pipe of the heating device, the first waste gas inlet is connected to an exhaust pipe of the heating device, and the first waste gas outlet is configured to discharge waste gas.
    • 热回收装置和取向膜固化系统。 热回收装置可以设置在加热装置的外部,并且其包括第一回收单元,其包括设置在第一室中的第一室和第一连通管。 第一室具有第一气体入口和第一气体出口,第一废气入口和第一废气出口,并且第一连通管以卷绕方式布置并连接在第一气体入口和第一气体出口之间 封闭的方式。 第一气体入口连接到加热装置的气体供给管,第一气体出口连接到加热装置的进气管,第一废气入口连接到加热装置的排气管,第一气体入口连接到加热装置的排气管, 废气出口配置为排放废气。
    • 74. 发明授权
    • Method for the controlled operation of an industrial oven which is heated in a regenerative manner, control device, and industrial oven
    • 以再生方式加热的工业烤箱的受控操作方法,控制装置和工业烤箱
    • US09242884B2
    • 2016-01-26
    • US13825281
    • 2011-09-21
    • Peter HemmannAndreas BirleThomas SchulzHelmut Heelemann
    • Peter HemmannAndreas BirleThomas SchulzHelmut Heelemann
    • F27D17/00C03B5/237C03B5/235C03B5/24F23L15/02F23N3/00F23N5/00F23N5/20F23N5/24
    • C03B5/237C03B5/235C03B5/24F23L15/02F23N3/002F23N5/003F23N5/006F23N5/203F23N5/242F23N2021/08F23N2023/36Y02E20/348Y02P40/535
    • The invention relates to a method for the controlled operation of an industrial oven which is heated in a regenerative manner and which comprises an oven chamber, in particular a melting tank, in particular for glass, having the following steps: injecting fuel into the oven chamber via at least one fuel injector, which is designed to inject fuel, practically without combustion air in particular, conducting combustion air to the oven chamber in a first period duration and conducting exhaust gas (AG) out of the oven chamber in a second period duration separately from the fuel in a periodically alternating manner by means of a left regenerator and right regenerator which are associated with the at least one fuel injector and which are designed to regeneratively store heat from the exhaust gas and transmit heat to the combustion air. A supply of the combustion air is automatically controlled by means of a control loop. The control loop takes into account an excess air coefficient that is specified in the method as well as the location of the entrance of the excess air upstream, in, or downstream of the air-side regenerator. A corresponding control device and an industrial oven which comprises such a control device and which is heated in a regenerative manner are likewise claimed.
    • 本发明涉及一种以再生方式加热的工业烤箱的受控操作方法,该方法包括一个烘箱,特别是一个熔池,特别是玻璃,具有以下步骤:将燃料喷入烘箱室 通过至少一个燃料喷射器,其被设计成喷射燃料,实际上没有燃烧空气,特别是在第一周期期间内将燃烧空气传导到烘箱,并在第二周期期间内将废气(AG)导出烘箱室 通过与所述至少一个燃料喷射器相关联的左再生器和右再生器以周期性交替的方式与所述燃料分开,并且被设计成再生地存储来自所述废气的热并将热量传递到所述燃烧空气。 燃烧空气的供应通过控制回路自动控制。 控制回路考虑了方法中规定的过量空气系数以及空气侧再生器上游,下游或下游的过量空气的入口位置。 同样要求保护包括这种控制装置并且以再生方式被加热的相应的控制装置和工业烤箱。
    • 77. 发明申请
    • SUPERHEATING OF AN EXPORT GAS USED IN A REDUCTION PROCESS, IN ORDER TO BALANCE OUT AMOUNT FLUCTUATIONS, AND DEVICE
    • 在减少过程中使用的出口气体的超级加氢,以达到平衡溢出量的变化和装置
    • US20150330707A1
    • 2015-11-19
    • US14652511
    • 2013-10-10
    • PRIMETALS TECHNOLOGIES AUSTRIA GMBH
    • Robert MILLNERGerald ROSENFELLNER
    • F27D17/00C21B13/14C21B5/00
    • F27D17/004C21B5/00C21B5/06C21B13/14C21B2100/282F27D17/008Y02P10/122Y02P10/126Y02P10/128Y02P10/136Y02P10/216Y02P10/265Y02P10/283
    • A method and a device for balancing out amount fluctuations while simultaneously increasing the temperature of an export gas (2) used in a reduction process (1). A first partial amount (3) of a recycling gas (4) is cooled in at least one recycling-gas cooler (5) to form a cold recycling gas (6) and the cold recycling gas (6) is fed to the export gas (2) in a pressure-controlled and/or amount-controlled manner in order to balance out amount fluctuations of the export gas (2). A second partial amount of the recycling gas (4) is fed to the export gas (2) as hot recycling gas (7) having a higher temperature than the cold recycling gas (6). Then an export gas mixture (8) of the cold recycling gas (6) and the hot recycling gas (7) is introduced into the reduction process (1), wherein the temperature of the export gas mixture (8) is higher than the temperature of the export gas (2). The temperature of the export gas (2) or of the export gas mixture (8) is set in such a way that temperature is higher than the dew point or dew point temperature of the export gas mixture.
    • 一种用于平衡出量波动同时提高还原过程(1)中使用的出口气体(2)的温度的方法和装置。 再循环气体(4)的第一部分量(3)在至少一个再循环气体冷却器(5)中被冷却以形成冷回收气体(6),并且将冷回收气体(6)供给到出口气体 (2)以压力控制和/或数量控制的方式,以平衡出口气体(2)的量的波动。 再循环气体(4)的第二部分量作为具有比冷再循环气体(6)更高温度的热再循环气体(7)供给到输出气体(2)。 然后将冷再循环气体(6)和热再循环气体(7)的出口气体混合物(8)引入还原过程(1)中,其中出口气体混合物(8)的温度高于温度 的出口气体(2)。 出口气体(2)或出口气体混合物(8)的温度设定为温度高于出口气体混合物的露点或露点温度。
    • 79. 发明授权
    • Vertical/horizontal convertible suspending reduction furnace
    • 垂直/水平可转换式悬挂还原炉
    • US09188391B2
    • 2015-11-17
    • US13982483
    • 2012-10-14
    • Hengjie Li
    • Hengjie Li
    • F27D17/00F27B17/00F27B5/06F27D99/00
    • F27D17/004F27B5/06F27B17/00F27D99/0035
    • A vertical/horizontal convertible suspending reduction furnace, comprises: a metal furnace body (5) of the reduction furnace, a reduction tank (13), a burner (2) and a suspension device. The metal furnace body (5) of the reduction furnace, which is connected with a sealing head (3) at one end, and connected with a fixed flange (20) of the reduction tank at the other end, is distributed with reduction tanks (13) inside uniformly. Burners (2) are provided symmetrically at the circumference of the metal furnace body (5), and a universal hoisting ring (4) is provided at its central point or off-central point. A steel rope (12), both ends of which are obliquely pulled on the suspension device, is hanged on the universal hoisting ring (4).
    • 一种垂直/水平可转换的悬挂还原炉,包括:还原炉的金属炉体(5),还原箱(13),燃烧器(2)和悬挂装置。 还原炉的金属炉体(5)在另一端与一端的密封头(3)连接并与另一端的减压箱的固定法兰(20)连接,与减压箱 13)内均匀。 燃烧器(2)对称地设置在金属炉体(5)的周围,并且在其中心点或偏心点设置有通用提升环(4)。 其两端倾斜地拉在悬挂装置上的钢丝绳(12)悬挂在通用提升环(4)上。