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    • 3. 发明授权
    • Hypochlorous acid process
    • 次氯酸过程
    • US5037627A
    • 1991-08-06
    • US424681
    • 1989-10-25
    • James K. MeltonJohn H. ShafferGarland E. HilliardJohn A. Wojtowicz
    • James K. MeltonJohn H. ShafferGarland E. HilliardJohn A. Wojtowicz
    • C01B11/04
    • C01B11/04
    • A process for producing hypochlorous acid by reacting an aqueous solution of an alkali metal hydroxide in droplet form with gaseous chlorine to produce hypochlorous acid vapor and solid alkali metal chloride particles in which the improvement comprises employing molar ratios of gaseous chlorine to the alkali metal hydroxide of at least about 22:1.The process achieves high yields of hypochlorous acid by minimizing side reactions including the formation of chlorate as an impurity in the alkali metal chloride particles produced.The hypochlorous acid solution produced contains from about 35 to about 60 percent by weight of HOCl, a dissolved chlorine concentration of less than about 2 percent by weight, and is substantially free of alkali metal ions and chloride ions.
    • 通过使液滴形式的碱金属氢氧化物的水溶液与气态氯反应以产生次氯酸蒸气和固体碱金属氯化物颗粒来生产次氯酸的方法,其中改进包括使用气态氯与碱金属氢氧化物的摩尔比 至少约22:1。 该方法通过最小化副反应(包括在所生产的碱金属氯化物颗粒中形成作为杂质的氯酸盐)来实现次高氯酸的高产率。 产生的次氯酸溶液含有约35至约60重量%的HOCl,溶解的氯浓度小于约2重量%,并且基本上不含碱金属离子和氯离子。
    • 5. 发明授权
    • Method and apparatus for the enhanced disaster survivability of a networked computer server
    • 联网计算机服务器的灾难生存能力提高的方法和装置
    • US07916487B2
    • 2011-03-29
    • US11544415
    • 2006-10-10
    • Yosef BittonJohn H. ShafferKenneth D. Aaker
    • Yosef BittonJohn H. ShafferKenneth D. Aaker
    • H05K7/20
    • G06F21/78G06F21/70G11B33/022G11B33/1406
    • An apparatus for protecting a digital electronic data processor or stored digital data from damage includes a digital data unit comprising a data storage medium, a protective housing having side, top, and bottom walls defining a closed compartment which contains the digital data unit to shield the digital data therein from environmental damage. Active and passive protection from overheating and data encryption provides further data protection. The housing has at least one access port for supplying electrical power or for information transfer to or from the data unit therein. The port is sealed to prevent the introduction of environmental substances into the housing in the event of potential damage from an environmental disaster or other cause. The invention thus makes possible the safe storage of digital information in a computer data storage system which therefore has substantially increased capacity to survive disasters such as fires, floods, earthquakes, and theft, as well as more common computer problems such as disk drive failures. The invention can employ multiple computer network data access mechanisms that store digital data, including but not limited to Microsoft Windows File Sharing, Common Internet File Systems (CIFS), Network File Systems (NFS), Novell Netware File Systems, iSCSI, Storage Area Network Protocol, and Network SQL Database Mechanism or other data processing units.
    • 用于保护数字电子数据处理器或存储的数字数据免受损害的装置包括数字数据单元,包括数据存储介质,保护壳体,其具有限定封闭隔室的侧壁,顶壁和底壁,所述封闭隔室包含数字数据单元以屏蔽 数字资料中的环境破坏。 主动和被动保护免受过热和数据加密,从而进一步提供数据保护。 壳体具有至少一个用于向其中的数据单元提供电力或用于向其传送数据单元的信息的接入端口。 港口密封,以防止在环境灾难或其他原因造成潜在损害的情况下将环境物质引入住房。 因此,本发明使数字信息在计算机数据存储系统中的安全存储成为可能,因此其具有显着增加的能力,以便在诸如火灾,洪水,地震和盗窃等灾害中幸存下来,以及更常见的计算机问题,例如磁盘驱动器故障。 本发明可以采用存储数字数据的多个计算机网络数据访问机制,包括但不限于Microsoft Windows文件共享,公共Internet文件系统(CIFS),网络文件系统(NFS),Novell Netware文件系统,iSCSI,存储区域网络 协议和网络SQL数据库机制或其他数据处理单元。
    • 8. 发明授权
    • Process for producing concentrated hypochlorous acid solutions
    • 生产浓缩次氯酸溶液的方法
    • US5322677A
    • 1994-06-21
    • US5855
    • 1993-01-15
    • John H. ShafferJames K. MeltonJoseph Borcz
    • John H. ShafferJames K. MeltonJoseph Borcz
    • C01B11/04C01D3/04C01B11/00
    • C01B11/04C01D3/04
    • A process for producing an aqueous hypochlorous acid solution reacts droplets of an alkali metal hydroxide solution containing greater than 50 percent by weight of the alkali metal hydroxide with chlorine gas. The reaction produces a gaseous mixture of dichlorine monoxide, chlorine, hypochlorous acid vapor and water vapor, and solid particles of alkali metal chloride. The solid particles of alkali metal chloride are separated and the gaseous mixture condensed at a temperature in the range of from about -33.degree. C. and about -5.degree. C. to produce the aqueous hypochlorous acid solution. The process of the invention results in increased yields of hypochlorous acid and provides an economic basis for increased production capacity. The aqueous hypochlorous acid solutions produced are highly pure and as a result have significantly improved stability.
    • 产生次氯酸水溶液的方法使含有大于50重量%碱金属氢氧化物的碱金属氢氧化物溶液的液滴与氯气反应。 该反应产生二氯一氧化物,氯,次氯酸蒸气和水蒸气的气体混合物,以及碱金属氯化物的固体颗粒。 将碱金属氯化物的固体颗粒分离,气体混合物在约-33℃至约-5℃的温度范围内冷凝,产生次氯酸水溶液。 本发明的方法导致次氯酸的产量增加,并为提高生产能力提供经济基础。 产生的次氯酸水溶液是高纯度的,因此具有显着提高的稳定性。
    • 9. 发明授权
    • Process for calcium hypochlorite
    • 次氯酸钙的处理
    • US4487751A
    • 1984-12-11
    • US504704
    • 1983-06-15
    • Craig A. FosterJohn H. Shaffer
    • Craig A. FosterJohn H. Shaffer
    • C01B11/06
    • C01B11/064
    • A process for producing calcium hypochlorite comprises wetting lime with an aqueous slurry of fine basic calcium hypochlorite crystals in a mixing zone to form an aqueous lime slurry. The aqueous lime slurry is reacted with a calcium hypochlorite solution in a crystallizing zone to produce a slurry of basic calcium hypochlorite crystals. The slurry of basic calcium hypochlorite crystals is separated in a first separation means into a slurry of fine basic calcium hypochlorite crystals and a slurry of coarse basic calcium hypochlorite crystals. The slurry of fine basic calcium hypochlorite crystals is returned to said mixing zone. The slurry of coarse basic calcium hypochlorite is conveyed to a second separation means to separate coarse crystals of basic calcium hypochlorite from a calcium hypochlorite mother liquor. Coarse crystals of basic calcium hypochlorite are admixed with lime and an alkali metal hypochlorite in a third mixing zone to form a mixed alkali slurry. The mixed alkali slurry is reacted with chlorine to form a paste of calcium hypochlorite dihydrate which is separated into a cake of calcium hypochlorite dihydrate and a paste liquor. The paste liquor is fed to the crystallizing zone. The cake of calcium hypochlorite dihydrate is dried to produce granular calcium hypochlorite.The novel process of the present invention produces crystalline basic calcium hypochlorite slurries having high filtration rates. In addition, the process provides improved crystal growth control and effectively prevents excess nucleation in the crystallization of the basic calcium hypochlorite.
    • 一种生产次氯酸钙的方法包括在混合区中用碱性次氯酸钙细晶体的含水浆液润湿石灰,以形成含水的石灰浆料。 水结石灰浆与结晶区中的次氯酸钙溶液反应,生成碱式次氯酸钙晶体的浆液。 碱性次氯酸钙晶体的浆液在第一分离装置中分离成碱性次氯酸钙细晶体和粗碱性次氯酸钙晶体的浆液。 细碱性次氯酸钙晶体的浆液返回到所述混合区。 将粗碱性次氯酸钙的浆液输送到第二分离装置,以从次氯酸钙母液中分离碱性次氯酸钙的粗晶体。 在第三混合区中碱性次氯酸钙的粗晶体与石灰和碱金属次氯酸盐混合以形成混合碱浆。 将混合的碱浆与氯反应形成次氯酸钙二水合物的糊状物,将其分离成次氯酸钙二水合物和糊状液。 将糊状液送入结晶区。 将次氯酸钙的二水合物的滤饼干燥以产生颗粒状次氯酸钙。 本发明的新方法产生具有高过滤速率的结晶碱性次氯酸钙浆料。 此外,该方法提供改进的晶体生长控制,并且有效地防止碱式次氯酸钙的结晶中的过量成核。