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    • 3. 发明授权
    • Sacrificial anode apparatus
    • 牺牲阳极装置
    • US4251343A
    • 1981-02-17
    • US82388
    • 1979-10-05
    • Marvin L. PetersonOrwin G. Maxson
    • Marvin L. PetersonOrwin G. Maxson
    • C23F13/02E02B17/00C23F13/00
    • E02B17/0026C23F13/02
    • A sacrificial anode apparatus for providing cathodic protection of metal structures, a portion of which is in water is disclosed. The anode apparatus comprises:(a) a perforated subsurface container for anode material,(b) sacrificial anode material in continuous form extending through a conduit into the container from a source of supply located on the metal structure above water level,(c) a continuous source of supply for said anode material,(d) an electrical connection between the anode and the metal structure, and,(e) a device for feeding the anode material to the container in response to the electrochemical potential requirement of the structure being protected.
    • 公开了一种用于提供金属结构的阴极保护的牺牲阳极设备,其一部分在水中。 阳极装置包括:(a)用于阳极材料的穿孔的下表面容器,(b)连续形式的牺牲阳极材料,其从位于水平面上方的金属结构上的供应源延伸穿过导管进入容器,(c) 用于所述阳极材料的连续供应源,(d)阳极和金属结构之间的电连接,以及(e)响应于被保护的结构的电化学电势要求将阳极材料供给到容器的装置 。
    • 4. 发明授权
    • Preparation of furan compounds
    • 呋喃化合物的制备
    • US4172838A
    • 1979-10-30
    • US935389
    • 1978-08-21
    • Donald I. GarnettMarvin L. Peterson
    • Donald I. GarnettMarvin L. Peterson
    • B01J27/06B01J27/08C07D307/36
    • C07D307/36Y02P20/582
    • A process for preparing a furan compound by the catalytic oxidation of a diolefin such as butadiene or a halo-substituted alkene is provided. In this process the starting material is contacted with an aqueous medium having a pH less than about 2 containing (1) iodide ion, (2) a mixture of cuprous and cupric ions, and (3) a solubilizing agent for cuprous ion such as an alkali metal halide. Optionally, an oxygen-containing gas such as air can also be contacted with the aqueous medium. In one embodiment, the starting material is contacted with an aqueous solution of the aforesaid ingredients in one reaction zone to prepare furan and a portion of the solution is passed to a second reaction zone where curpous ion is oxidized to cupric ion with air and then the air-treated solution returned to the first reaction zone.
    • {PG,1]提供了通过二烯烃如丁二烯或卤代烯烃的催化氧化制备呋喃化合物的方法。 在该方法中,起始材料与含有(1)碘离子的pH小于约2的水性介质接触,(2)亚铜和铜离子的混合物,和(3)用于亚铜离子的增溶剂,例如 碱金属卤化物。 任选地,诸如空气的含氧气体也可以与水性介质接触。 在一个实施方案中,将原料与上述成分的水溶液在一个反应​​区中接触以制备呋喃,并将一部分溶液通入第二反应区,其中将螯合离子用空气氧化成铜离子,然后 空气处理的溶液返回到第一反应区。
    • 5. 发明授权
    • Personnel transfer gangway
    • 人员转运舷梯
    • US4011615A
    • 1977-03-15
    • US631016
    • 1975-11-12
    • Orwin G. MaxsonMarvin L. Peterson
    • Orwin G. MaxsonMarvin L. Peterson
    • B63B27/14E01D15/24E01D1/00
    • B63B27/14E01D15/24E02B17/027B63B2017/0072B63B2027/141
    • A gangway for transferring personnel between a ship and a fixed structure is formed by first and second mating extensible members which are arranged to form a platform. Springs are mounted inside the platform which permit the first and second members to elongate or shorten about a neutral point in order to accommodate a movement of the ship during heavy seas. Attaching devices are provided in each end of the gangway to secure it to the ship and to the fixed structure, respectively. An elastic tread can be placed on the gangway so that, when the gangway elongates or shortens, personnel walking on the gangway will not be injured or lose footing. A plurality of hoops can be attached along the gangway with elastic material stretched between the hoops and covering same so that, should personnel momentarily lose their footing, they will not be thrown overboard.
    • 用于在船舶和固定结构之间转运人员的通道由布置成形成平台的第一和第二配合可扩展构件形成。 弹簧安装在平台内,允许第一和第二构件在中性点附近伸长或缩短,以便容纳在大海中的船的运动。 在舷梯的每一端设有安装装置,以分别将其固定在船舶和固定结构上。 舷梯上可以放置一个弹性的踏板,使得当舷梯伸长或缩短时,在舷梯上行走的人员不会受伤或失去基础。 可以沿着通道将弹性材料沿着舷梯连接在一起,弹性材料在箍之间延伸并覆盖,使得如果人员瞬间失去基础,则它们不会被淹没。
    • 8. 发明授权
    • Preparation of furan compounds
    • 呋喃化合物的制备
    • US4268421A
    • 1981-05-19
    • US128112
    • 1980-03-07
    • Donald I. GarnettMarvin L. Peterson
    • Donald I. GarnettMarvin L. Peterson
    • B01J27/08C07D307/36B01J27/10
    • B01J27/08C07D307/36Y02P20/582
    • A process for preparing a furan compound by the catalytic oxidation of a diolefin such as butadiene or a halo-substituted alkene is provided. In this process, the starting material is contacted with an aqueous medium having a pH less than about 2 containing (1) iodide ion, (2) a mixture of cuprous and cupric ions, and (3) a solubilizing agent for cuprous ion such as an alkali metal halide. Optionally, an oxygen-containing gas such as air can also be contacted with the aqueous medium. In one embodiment, the starting material is contacted with an aqueous solution of the aforesaid ingredients in one reaction zone to prepare furan and a portion of the solution is passed to a second reaction zone where cuprous ion is oxidized to cupric ion with air and then the air-treated solution returned to the first reaction zone.
    • 提供了通过二烯烃如丁二烯或卤代烯烃的催化氧化制备呋喃化合物的方法。 在该方法中,使原料与含有(1)碘离子的pH小于约2的水性介质接触,(2)亚铜和铜离子的混合物,和(3)用于亚铜离子的增溶剂,例如 碱金属卤化物。 任选地,诸如空气的含氧气体也可以与水性介质接触。 在一个实施方案中,将原料与上述成分的水溶液在一个反应​​区中接触以制备呋喃,并将一部分溶液通入第二反应区,其中亚硝酸根被空气氧化成铜离子,然后 空气处理的溶液返回到第一反应区。