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    • 2. 发明授权
    • Flame-spraying powdery repair mixture
    • 火焰喷涂粉末修复混合物
    • US06322622B1
    • 2001-11-27
    • US09424650
    • 1999-11-26
    • Hisahiro MatsunagaMasato KumagaiYasumasa Fukushima
    • Hisahiro MatsunagaMasato KumagaiYasumasa Fukushima
    • C23C410
    • F27D1/1647C23C4/11
    • A flame spray mending material effective for applying a dense thermal spray mending layer to a silica brick wall of an industrial furnace, having a high crystallization ratio immediately after thermal spraying in a broad thermal spray condition, having an oxide concentration of 89% by weight or more of SiO2, more than 2.0 to 4.0% by weight of Na2O and/or more than 0.2 to 4.0% by weight of Li2O, having a 80% or more crystallization ratio after thermal spraying and 200 kgf/cm2 or more compression strength. A slight amount of CaO may be present to make a flame spray mending material with an oxide concentration of 89% by weight or more of SiO2, more than 2.0 to 5.0% by weight of CaO, 0.5 to 4.0% by weight of Na2O and/or more than 0.2 to 4.0% by weight of Li2O, and 1.0% by weight of less of Al2O3.
    • 一种火焰喷涂修补材料,其有效地将致密的热喷涂修补层施加到工业炉的硅砖壁上,其具有在宽热喷涂条件下热喷涂之后立即具有高结晶率,其氧化物浓度为89重量%,或 更多的SiO 2,大于2.0至4.0重量%的Na 2 O和/或大于0.2至4.0重量%的Li 2 O,热喷涂后具有80%以上的结晶比和200kgf / cm 2以上的压缩强度。 可能存在少量的CaO以使氧化物浓度为SiO 2重量比为89重量%,CaO为2.0-5.0重量%,Na 2 O为0.5-4.0重量%和/ 或大于0.2至4.0重量%的Li 2 O和1.0重量%的较少的Al 2 O 3。
    • 4. 发明授权
    • Method for processing chromium oxide-containing substances in large quantities, method for utilizing the processed substances, and products comprising the processed substances
    • 用于大量处理含铬氧化物的物质的方法,用于处理物质的方法以及包含处理物质的产品
    • US06336967B1
    • 2002-01-08
    • US09047411
    • 1998-03-25
    • Hisahiro MatsunagaMasato KumagaiHiroyuki ToboYasuo KishimotoToshikazu Sakuraya
    • Hisahiro MatsunagaMasato KumagaiHiroyuki ToboYasuo KishimotoToshikazu Sakuraya
    • C04B1814
    • C22B7/006C22B5/08C22B7/04C22B34/32Y02P10/234
    • A method of rapidly reducing chromium oxide-containing slag and the like in large quantities, in a simplified manner and without requiring high temperatures. Chromium oxides are reduced with at least one of elementary sulfur and compounds of sulfur having a valence less than 6. For an aqueous solution of the sulfur component, desirably, its sulfur content is more than 0.03% by weight. As the sulfur source, preferred is blast furnace slag (e.g., non-aged, gradually-cooled blast furnace slag) that is discharged in large quantities in the iron industry. Cr6+ in chromium oxides is reduced in one of the following ways: (a) Chromium oxide-containing substances are sprayed with or immersed in blast furnace slag-released water that has been used in cooling blast furnace slag. (b) Chromium oxide-containing substances are mixed with blast furnace slag, and then kept in an air atmosphere. Optionally, the mixture is sprayed with blast furnace slag-released water. (c) Chromium oxide-containing substances are mixed with blast furnace slag, and then steamed. (d) Prior to the reduction treatment, chromium oxide-containing substances are preferably steamed. 100 parts by weight of reduced chromium oxide-containing compounds are mixed with from 0.1 to 90 parts by weight of sulfur-containing slag, and used in various civil engineering works.
    • 以简化的方式大量快速还原含铬氧化物的炉渣等的方法,而不需要高温。 氧化铬与元素硫和价态小于6的硫化合物中的至少一种一起还原。对于硫成分的水溶液,理想的是其硫含量大于0.03重量%。 作为硫源,优选在铁工业中大量排放的高炉矿渣(例如,未老化,逐渐冷却的高炉渣)。 铬氧化物中的Cr6 +以下列方式之一进行还原:(a)将含氧化铬的物质喷洒或浸入已用于冷却高炉矿渣的高炉排渣水中。 (b)将含氧化铬的物质与高炉矿渣混合,然后保存在空气中。 任选地,混合物用高炉渣释放的水喷洒。 (c)将含氧化铬的物质与高炉矿渣混合,然后蒸。 (d)在还原处理之前,优选蒸去含氧化铬的物质。 将100重量份的含还原氧化铬的化合物与0.1至90重量份的含硫渣混合,并用于各种土木工程中。
    • 7. 再颁专利
    • Apparatus for controlling a throttle valve electronically in an internal combustion engine
    • 用于在内燃机中以电子方式控制节流阀的装置
    • USRE40382E1
    • 2008-06-17
    • US11585994
    • 2006-10-25
    • Hisaaki SatoIkuo MogiMasato KumagaiMunehiro KudoKeiichi Kai
    • Hisaaki SatoIkuo MogiMasato KumagaiMunehiro KudoKeiichi Kai
    • F02D11/10
    • F02D11/10F02D2011/102
    • An apparatus for controlling a throttle valve electronically in an internal combustion engine. The actuator 2 is supported on a body 1A by fixing a base plate 7 to a flange 1B of the body 1A with a bolt 6, and an elastic member 9 is fixed at an outer surface of a cylindrical projection 2C which is positioned on one end 2B of the body of the actuator 2. The inner surface of a case 1C of the body 1A covers cylindrical projection 2C. One end 2B of the body of the actuator 2, opposite the actuator output end, is thus supported by the body 1A via elastic member 9. Therefore, it is not necessary to provide a heavy wall thickness of the flange by which the actuator 2 is supported or of the body of the actuator, and increase the strength of the internal structure of the actuator, and increase weight, size, and cost of the actuator.
    • 一种用于在内燃机中以电子方式控制节流阀的装置。 将致动器2通过用螺栓6将基板7固定在本体1A的凸缘1B上而被支撑在主体1A上,弹性部件9固定在圆柱形突起部2C的外表面 位于致动器2的主体的一端部2B上。主体1A的壳体1C的内表面覆盖圆柱形突出部2C。致动器2的主体的一端部2B与致动器输出端相对 ,因此通过弹性构件9被主体1A支撑。因此,不需要提供致动器2被支撑的凸缘或致动器的主体的厚壁厚度,并且增加其强度 执行器的内部结构,并且增加致动器的重量,尺寸和成本。