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    • 3. 发明授权
    • Cooling plate for a shaft furnace
    • 竖炉冷却板
    • US06660222B1
    • 2003-12-09
    • US09958384
    • 2002-01-03
    • Peter HeinrichHartmut Hille
    • Peter HeinrichHartmut Hille
    • C21B710
    • C21B7/10F27D1/12F27D2009/004F27D2009/0062
    • A cooling plate for shaft furnaces, in particular, for blast furnaces, provided with a refractory lining, comprising cooling channels loadable with a cooling medium, wherein at least the front side facing the interior of the furnace is comprised of an ingot, produced preferably of copper or a low-alloy copper alloy and provided with grooves for receiving refractory material, is to be further developed such that it can be produced with a minimal material expenditure and a minimal manufacturing expenditure and can be easily mounted, and that with it a higher cooling capacity with reduced cooling medium throughput can be realized, wherein the own heat uptake is limited such that a significantly longer service life can be obtained. For this purpose it is suggested that two through-shaped rolled sections with their domed areas facing outwardly, respectively, are welded together and that bores for receiving the ends of pipe connector pieces are introduced into the backside supplemental section and the ends welded thereto, and that the free ends of the rolled sections are closed off by caps.
    • 一种用于竖炉的冷却板,特别是用于高炉的冷却板,其具有耐火衬层,其包括可用冷却介质装载的冷却通道,其中至少面向炉内的前侧由锭组成, 铜或低合金铜合金,并且设置有用于接收耐火材料的凹槽,将被进一步开发,使得其可以以最小的材料消耗和最小的制造成本制造并且可以容易地安装,并且其具有更高的 可以实现具有降低的冷却介质通量的冷却能力,其中自身的热吸收受到限制,使得可以获得显着更长的使用寿命。 为此目的,建议将两个圆形区域分别面向外的两个通过成形的轧制部分焊接在一起,并将用于接收管连接件的端部的孔引入后侧补充部分和焊接在其上的端部,以及 轧制部分的自由端由盖封闭。
    • 4. 发明授权
    • Bell and hopper for shaft furnaces
    • 钟炉和料斗用于竖炉
    • US06540958B1
    • 2003-04-01
    • US09868947
    • 2001-06-22
    • Peter HeinrichWerner OtrembaHartmut HilleMarko Ricke
    • Peter HeinrichWerner OtrembaHartmut HilleMarko Ricke
    • C21B708
    • C21B7/20
    • In order to configure a bell and hopper for shaft furnaces, in particular, blast furnaces, comprising a charging bin with a feed tube, a rotating chute carrier with rotary drive, a swiveling chute in the interior of the furnace with drive means arranged external to a housing, in a less failure-prone and a wear resistant way, the drive means for the swivel movement of the chute are to comprise: at least one motor (7) which drives by a respective pinion (8) a crown gear (9), wherein the crown gear (9) engages the spindle gear wheels (11) of at least two spindles (13) distributed about the periphery of the bell and hopper external to the rotating chute carrier (3) for generating a lifting and lowering movement of the spindles, as well as means (14, 15, 17, 21) for transmitting this vertical movement of the spindles onto the tilting shafts (22), which penetrate the inner wall (24) of the chute carrier (3) and from which the chute can be suspended, for generating a swivel and tilting movement of the chute.
    • 为了配置用于竖炉的钟形和料斗,特别是高炉,包括具有进料管的充电箱,具有旋转驱动的旋转滑槽架,在炉内部的旋转滑槽,其驱动装置设置在 壳体,以较不易破坏和耐磨损的方式,用于滑槽的旋转运动的驱动装置包括:由相应的小齿轮(8)驱动的至少一个马达(7),冠部齿轮(9) ),其中所述冠齿轮(9)接合分布在所述旋转滑槽架(3)外部的所述钟罩和料斗的周边的至少两个主轴(13)的主轴齿轮(11),用于产生升降运动 的主轴以及用于将所述心轴的垂直运动传递到倾斜轴(22)的装置(14,15,17,21),所述倾斜轴穿过所述滑槽架(3)的内壁(24)并从 滑槽可以悬挂,用于产生旋转和倾斜移动 nt的滑槽。
    • 5. 发明授权
    • Top closing device for shaft furnaces
    • 竖炉顶盖关闭装置
    • US5938432A
    • 1999-08-17
    • US34475
    • 1998-03-04
    • Peter HeinrichHartmut HilleWerner OtrembaMarco Ricke
    • Peter HeinrichHartmut HilleWerner OtrembaMarco Ricke
    • C21B7/00C21B7/20F27B1/10F27B1/20C21B7/08C21B7/18F27D3/10
    • C21B7/20
    • A top closing device for shaft furnaces, particularly blast furnaces, including an inlet hopper with inlet pipe, a rotating, vertically non-adjustable chute carrier with rotary drive, a pivotable chute in the furnace interior with external drive means, and sealing members between the rotating and stationary components. The rotating chute carrier is mounted with a gear ring attached to a flange in a ball bearing slewing rim arranged on a catch basket. The rotary movement of the rotating chute carrier is effected outside of the furnace space by an electric motor drive with pinion. The catch basket is arranged on the furnace support ring of the gas seal hood. The pivoting or tilting movement of the chute relative to the furnace axis within the rotating chute carrier is effected by a hydraulic or electromechanical drive outside of the furnace space. An annular sealing member for sealing relative to the rotating chute carrier is mounted on the furnace support ring next to the flange of the catch basket. An annular sealing member for sealing relative to the stationary inlet pipe is mounted on the inner flange of the chute carrier.
    • 用于竖炉,特别是高炉的顶部关闭装置,包括具有入口管的入口料斗,具有旋转驱动的旋转的,垂直不可调节的滑槽架,具有外部驱动装置的炉内部的可枢转滑槽,以及密封构件 旋转和静止部件。 旋转滑槽架安装有齿轮环,齿轮环安装在设置在抓篮上的滚珠轴承回转轮缘中的凸缘上。 通过具有小齿轮的电动机驱动器,旋转滑槽架的旋转运动在炉空间外部进行。 抓篮布置在气密封罩的炉支撑环上。 滑槽相对于旋转斜槽载体内的炉轴的枢转或倾斜运动通过在炉空间外的液压或机电驱动来实现。 用于相对于旋转斜槽承载件密封的环形密封构件安装在紧靠着卡盘的凸缘的炉支撑环上。 用于相对于固定入口管密封的环形密封构件安装在滑槽托架的内凸缘上。
    • 10. 发明授权
    • Error processing circuit for a receiving location of a data transmission system
    • 用于数据传输系统的接收位置的错误处理电路
    • US06374374B1
    • 2002-04-16
    • US09330475
    • 1999-06-11
    • Peter Heinrich
    • Peter Heinrich
    • H03M1300
    • H04L25/06
    • An error processing circuit for a receiving location of a system for transferring binary data in the form of pulse sequences, wherein the system has a number of receiving locations connected via a double-line bus having a first line and a second line. The circuit includes a data output, a decoder having three decoder outputs, of which a first decoder output associated with both lines delivers a first decoder output signal dependent on the difference between the potential values of both lines, a second decoder output associated with the first line delivers a second decoder output signal dependent on the difference between the potential value of the first line and a first mean potential value, and a third decoder output associated with the second line delivers a third decoder output signal dependent on the difference between the potential value of the second line and a second mean potential value. A line condition detector circuit detects error-free line conditions, line errors of the first line, and line errors of the second line, depending on the decoder output signals, and changeover control signals can be delivered to a changeover switch to deliver properly decoded data, depending on the particular detection result.
    • 一种用于以脉冲序列的形式传送二进制数据的系统的接收位置的错误处理电路,其中该系统具有经由具有第一行和第二行的双线总线连接的多个接收位置。 电路包括数据输出端,具有三个解码器输出的解码器,其中与两条线相关联的第一解码器输出根据两行的电位值之间的差异传送第一解码器输出信号,第二解码器输出与第一 取决于第一行的电位值和第一平均电位值之间的差异,第二解码器输出信号提供第二解码器输出信号,并且与第二行相关联的第三解码器输出传送取决于电位值之间的差的第三解码器输出信号 的第二线和第二平均电位值。 线路条件检测电路根据解码器输出信号检测无错线路状况,第一线路线路误差以及第二线路线路误差,并且切换控制信号可以被传送到转换开关以递送适当解码的数据 ,具体取决于具体的检测结果。