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    • 47. 发明授权
    • Method of and apparatus for pelletizing radioactive waste powder
    • 造粒放射性废粉的方法和设备
    • US4755332A
    • 1988-07-05
    • US850667
    • 1986-04-11
    • Hiroko MizunoMakoto KikuchiShin TamataSatoru OhashiTadashi Sakuraoka
    • Hiroko MizunoMakoto KikuchiShin TamataSatoru OhashiTadashi Sakuraoka
    • G21F9/30B30B11/02B30B15/00G21F9/00G21F9/34G21C21/00G21F9/36
    • G21F9/34B30B11/025B30B15/0017Y10S100/903Y10S100/906Y10S425/812
    • A method of and apparatus for pelletizing a radioactive waste powder is disclosed. The apparatus includes a pelletizing section, and a pelletizing die which has one end facing a powder receiving cavity formed in the pelletizing section and the other end exposed to the atmosphere, and a through bore is so formed in the die as to pass from the one end to the other end. A first pelletizing rod can be inserted into and pulled out of the through bore from the one end of the die through the cavity, and a second pelletizing rod can be inserted into a pulled out of the through bore from the other end of the die. The first and second rods are arranged such that, when the second rod takes a predetermined position in the through bore, the first rod is inserted through the receiving cavity into the through bore, thereby enabling the pelletizing operation of the powder within the through bore. The structure is adopted for allowing air compressed in the through bore to be discharged into the cavity without causing the compressed air to leak into the atmosphere during the pelletizing operation.
    • 公开了一种用于造粒放射性废粉的方法和装置。 该设备包括造粒部分和造粒模具,其一端朝向形成在造粒部分中的粉末容纳腔,而另一端暴露于大气,并且通孔如此形成在模具中以从一个 结束对方 第一颗粒棒可以从模具的一端插入并从通孔中拉出,并且第二颗粒棒可以从模具的另一端插入从通孔中拉出。 第一杆和第二杆被布置成使得当第二杆在通孔中采取预定位置时,第一杆通过接收腔插入通孔中,从而使得粉末在通孔内的造粒操作。 采用该结构,使得在通气孔中压缩的空气能够在造粒操作期间将压缩空气泄漏到大气中。
    • 48. 发明授权
    • Process and apparatus for solidification of radioactive waste
    • 放射性废物固化的工艺和设备
    • US4671897A
    • 1987-06-09
    • US697384
    • 1985-02-01
    • Kazuhide MoriShin TamataMakoto Kikuchi
    • Kazuhide MoriShin TamataMakoto Kikuchi
    • G21F9/16G21F9/00G21F9/06G21F9/30
    • G21F9/06G21F9/302
    • Radioactive waste is first converted into hardly water-soluble powder (including a water-insoluble powder) and then solidified with a hydraulic solidifier in a solidification vessel. The radioactive waste may be powdered (including granulated and encapsulated) by incorporating the radioactive waste with a substance which is capable of reacting with the water-soluble salt contained in the radioactive waste to form a hardly water-soluble salt (including a water-insoluble salt) and then powdering the mixture with drying, or by powdering the radioactive waste with drying, granulating the powder with drying and then microencapsulating the granules with a hardly water-soluble substance (including water-insoluble substance). The hardly water-soluble salts are preferably calcium salts, and the additives are preferably calcium hydroxide solution or solvent of combination of dichloromethane solution and hexane.
    • 首先将放射性废物转化为几乎不溶于水的粉末(包括水不溶性粉末),然后用固化容器中的液压固化器固化。 放射性废物可以通过将放射性废物与能够与放射性废物中所含的水溶性盐反应形成几乎不溶于水的盐的物质(包括不溶于水的盐) 盐),然后干燥粉碎混合物,或通过干燥粉碎放射性废物,干燥制粒粉碎,然后用几乎不溶于水的物质(包括水不溶性物质)将颗粒微胶囊化。 难溶的水溶性盐优选为钙盐,添加剂优选氢氧化钙溶液或二氯甲烷溶液与己烷组合的溶剂。