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    • 22. 发明专利
    • SUPERCONDUCTING LIFT
    • JPS63310498A
    • 1988-12-19
    • JP14510187
    • 1987-06-12
    • HITACHI LTD
    • FUKUSHI YOSHISHIGENAGAI MATAOMIYAO HIROSHISATO TAKANORITSUTSUMI YASUYUKI
    • B66B9/02B66B9/00B66F3/00H01F6/00H01L39/00H02N15/04
    • PURPOSE:To simplify the structure by combining a cylinder made of superconducting material and annular superconducting floats where magnets for producing magnetic field are arranged around the superconducting cylinder. CONSTITUTION:When a cylinder 2 made of superconducting material is erected vertically and coolant 6 having temperature lower than the critical temperature of superconducting material is fed through a coolant inlet/outlet 4 at the lower end, the portion of the superconducting cylinder 2 contacting with the coolant 6 is brought into superconducting condition. When power is fed to a magnet 1 under this condition and flux is produced, flux is confined in the cylinder 2 and rises to non-superconducting portion of the cylinder 2(portion not contacting with the coolant 6) and spreads to the outside of the cylinder 2. When an annular superconductor(containing coolant 6 at the inside) is fitted over the cylinder 2 and moved downward, floating force is produced through repulsion against the flux at the portion where the flux spreads to the outside of the cylinder, and the annular superconductor 5 stops in place. Then the coolant 6 id taken in/out of the cylinder 2 so as to vary the level of coolant 6 thus varying the floating height of the superconductor 5.
    • 24. 发明专利
    • CRYOSTAT
    • JPS61210603A
    • 1986-09-18
    • JP5048785
    • 1985-03-15
    • HITACHI LTD
    • FUKUSHI YOSHISHIGENAGAI MATAO
    • F25D3/10F04B37/08F17C3/08H01F6/00H01F6/04H01L39/04
    • PURPOSE:To make a manufacture easy and to contrive the improvement of reliability by adhering an inner tank made of FRP to an outer tank made of FRP both of which are integrally formed with pressure inserting a glass mat, a glass nonwoven fabric, etc. impregnated with adhesives. CONSTITUTION:Between the flanges 2, 4 of an inner tank 13 and an outer tank 14 both of which are made of FRP, a material 15 placed with a glass fiber such as a glass mat 18, a glass nonwoven fabric 19, etc. impregnated with adhesives at random is provided and the adhesives are hardened by pressing. Since the glass mat 18, the glass nonwoven fabric 19, etc. have no continuous fiber in the radial direction, the effect of the reduction of the transmittance of a gas due to the mixing of glass fiber can be obtained. Even if the inner and the outer flanges have somewhat deformation or roughness, these are absorbed by the elasticity of the glass mat or the glass nonwoven fabric and a highly reliable adhesive structure can be obtained. This enables to obtain a cryostat made of FRP which is easy in manufacture and has good airtightness and high reliability.
    • 25. 发明专利
    • Cryogenic acoustic detecting sensor
    • 低温声学检测传感器
    • JPS59159507A
    • 1984-09-10
    • JP3279283
    • 1983-03-02
    • Hitachi Ltd
    • NAGAI MATAOYONEYAMA TAKAOKADOTANI KENZOUSATOU ICHIYA
    • H01F6/00H01F6/02H01L39/00
    • PURPOSE:To stably measure by mounting an acoustic detecting sensor with a material having a thermal shrinkage similar to the thermal shrinkage of an article to be measured, thereby preventing the sensor from exfoliating due to the thermal shrinkage stress difference in cryogenic atmosphere. CONSTITUTION:A sensor element is fastened by a fillter 9, and contained in a case 11. An insulator 12 is interposed between a sensor 10 an a flange 6 of an article to be measured, and they are bonded with an adhesive 13 containing inorganic material. As the materials of the case 11, the insulator 12 and the adhesive 13 a material having thermal shrinkage similar to that of the flange 6 of the article to be measured is used.
    • 目的:通过使用具有类似于被测量物品的热收缩的热收缩的材料安装声学检测传感器来稳定地测量,从而防止传感器由于低温气氛中的热收缩应力差而脱落。 构成:传感器元件由填充器9紧固并容纳在壳体11中。绝缘体12插入在传感器10和被测量物品的凸缘6之间,并且它们与含有无机材料的粘合剂13 。 作为壳体11的材料,使用绝缘体12和粘合剂13,其具有与要测量的制品的凸缘6相似的热收缩的材料。
    • 26. 发明专利
    • Superconductive solenoid coil and manufacture thereof
    • 超级电磁线圈及其制造
    • JPS59151405A
    • 1984-08-29
    • JP2464983
    • 1983-02-18
    • Hitachi Ltd
    • KADOTANI KENZOUFUKUSHI YOSHISHIGENAGAI MATAO
    • G01R33/381H01F6/06H01F41/12
    • H01F6/06
    • PURPOSE:To prevent the disorder of the superconductive wire and to obtain the uniform magnetic field by a method wherein the superconductive wire is wound around a cylindrical coil bobbin in the axial direction tightly at uniform pitch to be in solenoidal manner and to form a layer, and a surface of the layer is coated with resin to be leveled thereby repeating formation of the predetermined layers. CONSTITUTION:The superconductive wire is wound around a cylindrical coil bobbin 2 in the axial direction tightly at uniform pitch to be solenoidal manner and to form a first layer 4A. When the first layer 4A is formed, its surface is coated with resin 6a to be leveled, after which the winding operation by the similar method is repeated for predetermined times to form a second layer 4B- fourth layer 4C. Also the resin 6 in which inorganic powder 7 is mixed is coated and recesses among the superconductive wires 4 are made to be inorganic substance 7 and the resin 6 is formed in the deeper portion. Viscosity of the resin 6 is increased to facilitate the formation of even planes. Thus the solenoid coil, which prevents disorder of the superconductive wire and offers uniform magnetic field, can be manufactured.
    • 目的:为了防止超导线的紊乱,并且通过以下方法获得均匀的磁场,其中超导线以均匀的间距以轴向方向绕轴向缠绕在圆柱形线圈架上,以形成一层, 并且该层的表面涂覆有要平整的树脂,从而重复形成预定层。 构成:将超导线以均匀的间距紧密地缠绕在圆筒形线圈架2上,以螺线管的方式,并形成第一层4A。 当第一层4A形成时,其表面涂覆有要平整的树脂6a,之后通过类似方法的缠绕操作重复预定时间以形成第二层4B-第四层4C。 另外,涂布有无机粉体7混合的树脂6,超导丝4之间的凹部被制成无机物质7,树脂6形成在较深的部分。 增加树脂6的粘度以便于平面的形成。 因此,可以制造防止超导线无序并提供均匀磁场的螺线管线圈。
    • 28. 发明专利
    • Coil
    • 线圈
    • JPS5743404A
    • 1982-03-11
    • JP4651681
    • 1981-03-31
    • Hitachi Ltd
    • NAGAI MATAOKADOTANI KENZOUSATOU TAKANORIFUNAHATA KAZUYUKIYAMAURA KANJI
    • H01F5/06
    • PURPOSE:To improve the electric characteristics of a coil against mechanical strength resistance by winding a lumped mica prepreg and a film prepreg as well as a flake mica prepreg and disposing the film prepreg at the closest side of a conductor. CONSTITUTION:An insulating layer 3 formed of a semicurable type insulating tape wound and solidified around a coil conductor 2 is composed by simultaneously winding a glass-backing lumped mica prepreg, glass-backing flake mica prepreg and polyimide film prepreg in such a manner that the polyimide film prepreg is disposed at the nearest side of the conductor. In this manner, the insulating breakdown strength characteristics of the coil against the bending strain can be improved.
    • 目的:通过卷绕云母半固化片和薄膜预浸料以及薄片云母预浸料,并将薄膜预浸料放置在导体最靠近的一侧,以提高线圈的电气特性,抵抗机械强度的阻力。 构成:由缠绕在线圈导体2周围并固化的半固化型绝缘带形成的绝缘层3通过以下列方式同时卷绕玻璃背衬集中的云母预浸料,玻璃背衬薄片云母预浸料和聚酰亚胺膜预浸料, 聚酰亚胺膜预浸料布置在导体的最近侧。 以这种方式,可以提高线圈相对于弯曲应变的绝缘击穿强度特性。