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    • 3. 发明授权
    • Method and apparatus for treating sumps
    • 治疗池的方法和装置
    • US4028240A
    • 1977-06-07
    • US406349
    • 1973-10-15
    • Frank Manchak, Jr.
    • Frank Manchak, Jr.
    • B09B1/00B09B3/00C02F11/00C02F11/18C04B2/06C09K17/06C09K17/50E02F1/00E02F3/52E02F3/60C02B1/18
    • F26B3/32B09B1/00B09B3/0041C02F11/008C02F11/18C04B2/066C09K17/06C09K17/50E02F1/00E02F3/52E02F3/60Y02W30/20Y10S588/901
    • Lime, preferably as calcium oxide, is mixed with the contents of sumps, such as oil well sumps, and these generally have a pasty or plastic consistency. The calcium oxide reacts with the materials present and also dehydrates the contents of the sump, causing the sump contents to stiffen. This mixing is performed by a drag line scoop that carries calcium oxide through the sump contents, mixing and blending the oxide and contents as it moves because of the unique construction of the mixing scoop. Once the mixing and blending is complete and reaction of the calcium oxide and the contents is complete, the sump contents are dredged and deposited on high ground to dry by the combined action of sun and air. Drying periods may range from several days to several weeks and the material thereupon becomes a dry, hard and stable type of soil suitable for fill purposes and which, when neutralized with acid, also may be suitable for agricultural purposes.
    • 石灰,优选作为氧化钙,与油水池中的油料混合,这些油通常具有糊状或塑性稠度。 氧化钙与存在的材料发生反应,并使贮槽的内容物脱水,导致贮槽内容物变硬。 这种混合是通过拖曳线勺进行的,该铲斗通过贮槽内容物携带氧化钙,混合和混合氧化物和内容物,因为混合勺的独特结构。 一旦混合和共混完成,氧化钙和内容物的反应完成,则通过太阳和空气的联合作用将贮槽内容物疏浚并沉积在高地面上以干燥。 干燥期可以从几天到几周的范围内变化,并且其材料成为适合于填充目的的干燥,坚硬和稳定的土壤类型,并且当用酸中和时也可适用于农业目的。
    • 4. 发明授权
    • Biaxial casting method and apparatus for isolating radioactive waste
    • 用于分离放射性废物的双轴铸造方法和设备
    • US5075045A
    • 1991-12-24
    • US614285
    • 1990-11-16
    • Frank Manchak, Jr.Frank Manchak, III
    • Frank Manchak, Jr.Frank Manchak, III
    • G21F9/00G21F9/34G21F9/36
    • G21F9/008G21F9/34G21F9/36
    • Hazardous radioactive waste is compacted and cast into safely handled monolithic castings having a radiation barrier wall completely enclosing the radioactive waste by centrifugal casting processes in which the barrier wall may be either a pre-formed shell transported to the jobsite or it may be formed by biaxial centrifugal casting and curing of the barrier wall in a mold. When a pre-formed shell is used, means provided for thickening the radiation barrier if necessary by biaxial casting of additional barrier material inside of the shell. Castable radioactive material is cast inside the barrier wall before removal of the casting mold from the finished cast monolith. The cast monolith is supported for rotation as the mold is removed therefrom so that additional impact resisting and radiation barrier material can also easily be applied to the exterior surface monolith if radiation leakage exceeds tolerance levels.
    • 危险的放射性废物被压实并投入安全处理的整体式铸件中,其具有通过离心铸造工艺完全包围放射性废物的辐射屏障壁,其中阻挡壁可以是运输到现场的预制外壳,或者可以通过双轴 模具中的隔离墙的离心铸造和固化。 当使用预先形成的壳时,如果必要,通过在壳体内部双轴向铸造另外的阻挡材料来增加辐射屏障的装置。 将铸造的放射性材料浇铸在阻挡壁内,然后从成品铸造的整料中取出铸模。 当模具从中移出时,铸造整料被支撑为旋转,使得如果辐射泄漏超过公差水平,则附加的抗冲击和辐射阻挡材料也可以容易地施加到外表面整料。
    • 9. 发明授权
    • Apparatus for treating sumps
    • 处理垃圾场的装置
    • US4184958A
    • 1980-01-22
    • US803794
    • 1977-06-06
    • Frank Manchak, Jr.
    • Frank Manchak, Jr.
    • B09B3/00C02F11/00C04B2/06C09K17/06C09K17/50E02F3/52E02F3/60B01F3/14
    • E02F3/52B09B3/0041C02F11/008C04B2/066C09K17/06C09K17/50E02F3/60Y02W30/20
    • Lime, preferably as calcium oxide, is mixed with the contents of sumps, such as oil well sumps, and these generally have a pasty or plastic consistency. The calcium oxide reacts with the materials present and also dehydrates the contents of the sump, causing the sump contents to stiffen. This mixing is performed by a drag line scoop that carries calcium oxide through the sump contents, mixing and blending the oxide and contents as it moves because of the unique construction of the mixing scoop. Once the mixing and blending is complete and reaction of the calcium oxide and the contents is complete, the sump contents are dredged and deposited on high ground to dry by the combined action of sun and air. Drying periods may range from several days to several weeks and the material thereupon becomes a dry, hard and stable type of soil suitable for fill purposes and which, when neutralized with acid, also may be suitable for agricultural purposes.
    • 石灰,优选作为氧化钙,与油水池中的油料混合,这些油通常具有糊状或塑性稠度。 氧化钙与存在的材料发生反应,并使贮槽的内容物脱水,导致贮槽内容物变硬。 这种混合是通过拖曳线勺进行的,该铲斗通过贮槽内容物携带氧化钙,混合和混合氧化物和内容物,因为混合勺的独特结构。 一旦混合和共混完成,氧化钙和内容物的反应完成,则通过太阳和空气的联合作用将贮槽内容物疏浚并沉积在高地面上以干燥。 干燥期可以从几天到几周的范围内变化,并且其材料成为适合于填充目的的干燥,坚硬和稳定的土壤类型,并且当用酸中和时也可适用于农业目的。
    • 10. 发明授权
    • Biaxial casting apparatus for isolating radioactive waste
    • 用于分离放射性废物的双轴铸造设备
    • US5156818A
    • 1992-10-20
    • US717540
    • 1991-06-19
    • Frank Manchak, Jr.Frank Manchak, III
    • Frank Manchak, Jr.Frank Manchak, III
    • G21F9/00G21F9/34G21F9/36
    • G21F9/008G21F9/34G21F9/36B29C2033/207
    • Hazardous radioactive waste is compacted and cast into safely handled monolithic castings having a radiation barrier wall completely enclosing the radioactive waste by centrifugal casting processes in which the barrier wall may be either a pre-formed shell transported to the jobsite or it may be formed by biaxial centrifugal casting and curing of the barrier wall in a mold. When a pre-formed shell is used, means are provided for thickening the radiation barrier if necessary by biaxial casting of additional barrier material inside of the shell. Castable radioactive material is cast inside the barrier wall before removal of the casting mold from the finished cast monolith. The cast monolith is supported for rotation as the mold is removed therefrom so that additional impact resisting and radiation barrier material can also easily be applied to the exterior surface monolith if radiation leakage exceeds tolerance levels.
    • 危险的放射性废物被压实并投入安全处理的整体式铸件中,其具有通过离心铸造工艺完全包围放射性废物的辐射屏障壁,其中阻挡壁可以是运输到现场的预制外壳,或者可以通过双轴 模具中的隔离墙的离心铸造和固化。 当使用预先形成的壳体时,如果需要通过在壳体内部的另外的阻挡材料的双轴向铸造来提供用于增厚辐射屏障的装置。 将铸造的放射性材料浇铸在阻挡壁内,然后从成品铸造的整料中取出铸模。 当模具从中移出时,铸造整料被支撑为旋转,使得如果辐射泄漏超过公差水平,附加的抗冲击和辐射阻挡材料也可以容易地施加到外表面整料。