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    • 2. 发明授权
    • Hydrogen sulfide removal process
    • 硫化氢去除工艺
    • US06627110B1
    • 2003-09-30
    • US09439500
    • 1999-11-12
    • James W. SmithSilvano MeffePeter S. WaltonDavid T. R. Ellenor
    • James W. SmithSilvano MeffePeter S. WaltonDavid T. R. Ellenor
    • C09K300
    • C10L3/102B01D53/1468B01D53/1493B01D53/52B01D2257/304C01B17/05C10L3/10
    • Hydrogen sulfide is removed from gas streams by reaction with sulfur dioxide to produce sulfur. The reaction is effected in a reaction medium comprising a non-aqueous Lewis base with a pKb value of about 6 to about 11. The reaction medium possesses a specific combination of properties: a) absorbs sulfur dioxide and reacts chemically therewith, the reaction medium containing hydrogen sulfide, sulfur and water to form complex sulfur-oxide species, including sulfate and polythionate species, whereby the resulting solution exhibits no or an insignificant sulfur dioxide vapor pressure; b) absorbs hydrogen sulfide; c) removes the hydrogen sulfide from the gas stream through contact of the gas stream with the reaction medium in the presence of the complex sulfur-oxide species; d) acts as a catalyst for the overall reaction of the hydrogen sulfide with sulfur dioxide to produce sulfur; and (e) has the capacity to absorb sulfur dioxide in sufficient quantity to remove substantially all the hydrogen sulfide from the gas stream, notwithstanding short term variations in the stoichiometric balance between the hydrogen sulfide and the sulfur dioxide in the reaction medium. The reaction medium may be preloaded with sulfur dioxide, whereby the complex sulfur-oxide species are preformed in the reaction medium before contacting with the gas stream.
    • 通过与二氧化硫反应从硫气中除去硫化氢以产生硫。 反应在包含pKb值为约6至约11的非水路易斯碱的反应介质中进行。反应介质具有以下特性的特定组合:a)吸收二氧化硫并与其反应,含有 硫化氢,硫和水,以形成复合的硫氧化物物质,包括硫酸盐和多硫酸盐物质,由此所得溶液表现出无或不显着的二氧化硫蒸汽压力; b)吸收硫化氢; c)从气流中除去硫化氢 通过在复合硫氧化物存在下气流与反应介质的接触; d)充当硫化氢与二氧化硫总体反应产生硫的催化剂; 和(e)尽管在反应介质中硫化氢和二氧化硫之间的化学计量平衡的短期变化,但是能够以足够的量吸收二氧化硫以从气流中除去基本上所有的硫化氢。反应介质 可以预先装入二氧化硫,由此在与气流接触之前,在反应介质中预处理复合硫氧化物。
    • 3. 发明授权
    • Replaceable tip for a nozzle
    • 可更换喷头
    • US6145764A
    • 2000-11-14
    • US430523
    • 1999-10-29
    • Daniel GonzalezJames W. SmithDonald R. Rutherford
    • Daniel GonzalezJames W. SmithDonald R. Rutherford
    • F23D1/00B05B15/08
    • F23D1/00F23D2201/101
    • A nozzle assembly includes a readily replaceable nozzle tip which is replaced within a firnace adjacent an installed furnace-side end of a supply nozzle. The nozzle tip is provided with a pair of opposed, spring-loaded pivot pins which snap into apertures in the wall of a stationary nozzle conduit to removably secure the tip to the conduit. The pivot pin connection permits tilting of the tip relative to the stationary conduit in a vertical plane about a horizontal axis extending through both pivot pins. A link arm used for tilting the nozzle tip has a hook-shaped end which connects to a pin extending from the nozzle tip. The hook-shaped end of the link arm permits removal of the nozzle tip without having to remove the link arm from a lever assembly.
    • 喷嘴组件包括易于更换的喷嘴尖端,其在与供应喷嘴的安装的炉侧端相邻的烟囱内被替换。 喷嘴尖端设置有一对相对的弹簧加载的枢轴销,其卡入到固定喷嘴导管的壁中的孔中,以可移除地将尖端固定到导管。 枢轴销连接件允许尖端相对于固定导管在垂直平面中绕延伸穿过两个枢轴销的水平轴线倾斜。 用于使喷嘴尖端倾斜的连杆臂具有连接到从喷嘴尖延伸的销的钩形端。 连接臂的钩形端部允许移除喷嘴尖端,而不必从杠杆组件移除连杆臂。
    • 9. 发明授权
    • Automatically configuring wireless PBX system
    • 自动配置无线PBX系统
    • US5265150A
    • 1993-11-23
    • US647943
    • 1991-01-30
    • David J. HelmkampJames W. Smith
    • David J. HelmkampJames W. Smith
    • H04B7/26H04M3/42H04Q3/58H04W16/26H04W84/16H04M11/00H04B1/00H04B7/15
    • H04W84/16H04B7/2606H04W16/26
    • A wireless PBX system provides ease of installation without site engineering or trial-and-error placement of components within the system. In its basic form, the wireless PBX system consists of only two types of components: a control unit including an radio frequency transceiver; and fixed location terminals, such as telephones and voice/data stations, which also include radio frequency transceivers. Portable handsets are optionally included in the system to allow for customer mobility. Installation of the PBX system is achieved simply by placing the system components in the desired locations at a premises, plugging them into line power, and performing some simple programming steps including a final step of initiating an automatic configuring process. Through this process, the system automatically configures itself for optimum operation in view of the radio environment and placement of components within the system at the customer premises. In the operation of this process, the control unit exchanges various radio messages with the terminals, decides which terminals should also serve as repeaters for linking those more distantly located terminals, and determines the appropriate frame structure for the system. A positive display indication at the control unit, following the end of the automatic configuring process, shows that all terminals have been linked and that the system is operating normally.
    • 10. 发明授权
    • Radio communication system having autonomously selected transmission
frequencies
    • 具有自主选择的传输频率的无线电通信系统
    • US4872205A
    • 1989-10-03
    • US87725
    • 1987-08-21
    • James W. Smith
    • James W. Smith
    • H04B7/26H04B1/7156H04Q7/28H04Q7/36
    • H04B1/7156H04B2001/71563
    • When the disclosed frequency-hopping communication system is initially enabled, it detects another system operating within range by listening for a predefined radio frequency of a fixed duration. When that particular frequency is detected, the system knows that a master system is operating within range and is utilizing a first predetermined group of communication frequencies and, consequently, selects a second, third, etc. predetermined group of communication frequencies. If the particular radio frequency is not detected, the system becomes the master system, selects the first predetermined group of communication frequencies for intra-system communication and begins transmitting the predefined radio frequency to indicate its master status.
    • 当所公开的跳频通信系统最初启用时,它通过监听固定持续时间的预定射频来检测在范围内工作的另一系统。 当检测到该特定频率时,系统知道主系统在范围内工作,并且正在利用第一预定的通信频率组,并且因此选择第二,第三等预定通信频率组。 如果没有检测到特定的射频,则系统成为主系统,选择用于系统内通信的第一预定通信频率组,并开始发送预定的射频以指示其主状态。