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    • 94. 发明申请
    • 真空断熱構造体及びその製造方法
    • 真空热绝缘结构及其制造方法
    • WO2009031623A1
    • 2009-03-12
    • PCT/JP2008/065990
    • 2008-09-04
    • 日本合成化学工業株式会社中島 寛幸
    • 中島 寛幸
    • F16L59/06
    • E04B1/803F25D2201/14Y02A30/242Y02B80/12
    •  本発明は、優れた断熱性能を示し、更に、伸縮や屈曲に対する耐性に優れ、長期間使用した際にもクラックやピンホールが生じにくく断熱性能の低下しない真空断熱構造体及びその製造方法を提供する。具体的には、本発明は、金属或いは金属酸化物が蒸着されたポリオレフィン系フィルム(A)と、金属或いは金属酸化物が蒸着されたガスバリア性フィルム(B)を含む多層フィルムと断熱性材料を含む真空断熱構造体であって、該ポリオレフィン系フィルム(A)の金属或いは金属酸化物が蒸着された面と該ガスバリア性フィルム(B)の金属或いは金属酸化物が蒸着された面が向き合うように積層されて、且つ、該多層フィルムが断熱性材料を密封包装していることを特徴とする真空断熱構造体を提供する。
    • 具有优异的隔热性能,耐膨胀/收缩挠曲性优异的真空隔热结构,即使长期使用也不易产生裂纹或针孔,绝热性能下降 ; 以及该结构的制造方法。 真空隔热结构包括:包含其上蒸镀有金属或金属氧化物的聚烯烃膜(A)和气相沉积金属或金属氧化物的阻气膜(B)的多层膜; 和绝热材料。 其特征在于,聚烯烃膜(A)和阻气膜(B)已经层压,使得具有气相沉积金属或金属氧化物的膜(A)的该侧面向该膜的侧面 B),其具有气相沉积的金属或金属氧化物,并且绝热材料与多层膜气密包装。
    • 95. 发明申请
    • INSULATING PIPE FIXING SYSTEM
    • 绝缘管固定系统
    • WO2007094593A2
    • 2007-08-23
    • PCT/KR2007000747
    • 2007-02-12
    • KIM SUKYOON
    • KIM SUKYOON
    • F16L59/06
    • F16L59/143F16L59/065
    • The invention relates to a fixing system for an insulating pipe of a dual insulating pipe type used for feeding liquefied LNG or liquid nitrogen, comprising an inner pipe through which the material for feeding passes, insulating material surrounding the inner pipe, and an outer pipe for protecting the insulating material surrounding the inner pipe. The insulating pipe fixing system for inserting and fixing an insulating pipe according to the invention is characterized in that the body of the fixing system is provided with a vacuum area for insulation. Therefore, according to the invention, it is easy to connect and disconnect pipes and this invention can be widely applied to connections of dual insulating pipes. Since the inside of the body is provided with an insulating section, the inner pipe area which is not surrounded by the insulating material can be insulated, so that overall insulation effect can be maximized.
    • 本发明涉及一种用于供给液化LNG或液氮的双重绝热管类型的绝热管的固定系统,包括供给供给材料通过的内管,围绕内管的绝热材料以及用于供给液体的外管 保护内管周围的绝缘材料。 根据本发明的用于插入和固定绝缘管的绝缘管固定系统的特征在于,固定系统的主体设置有用于绝缘的真空区域。 因此,根据本发明,管道的连接和分离容易,并且本发明可以广泛地应用于双重绝缘管的连接。 由于主体内部设置有绝缘部分,所以未被绝缘材料包围的内管区域可以被绝缘,从而可以最大化整体绝缘效果。
    • 97. 发明申请
    • DETERMINATION OF THE GAS PRESSURE IN AN EVACUATED THERMAL INSULATING BOARD (VACUUM PANEL) BY USING A HEAT SINK AND TEST LAYER THAT ARE INTEGRATED THEREIN
    • IN A抽空隔热板(真空板)气体压力BY BUILT-IN散热器和TEST LAYER
    • WO03085369A8
    • 2004-02-26
    • PCT/EP0302482
    • 2003-03-11
    • VA Q TEC AGCAPS ROLAND
    • CAPS ROLAND
    • G01L21/14G01L21/10G01M3/00G01N25/18F16L59/06G01M3/26
    • G01L21/10G01M3/002G01N25/18
    • The invention relates to the determination of the gas pressure in an evacuated thermal insulating board (9) having an insulating core (1) covered by a film (2). The inventive device comprises an assembly, which is integrated between the insulating core and the covering film of the thermal insulating board and which has a body that acts as a heat sink (3) (Al, Co, Fe, ceramic), and the body's thermal conductivity and thermal capacity relative to volume are greater than those of the insulating core. Said assembly also comprises a test layer (4) (0.3 mm nonwoven fabric made of plastic and glass fibers), which is arranged between the heat sink and the covering film and has a defined thermal conductivity that changes according to the gas pressure inside the evacuated thermal insulating board. From the exterior, a sensor device is applied to or pressed against the test device, which is placed inside the evacuated thermal insulating board and which is covered by the covering film. Said sensor device comprises a body (5) (coppered steel 78 DEG C, thermoelement (6)) having a distinctly different temperature than that of the test device (heat sink) whereby creating a heat flux, which is influenced by the thermal conductivity of the test layer, said thermal conductivity varying according to the gas pressure inside the thermal insulating board, and the magnitude of this heat flux is metrologically determined. The heat sink (3) can be provided in the form of a bottom part of a container for a getter material.
    • 确定在抽空隔热板(9)包围的膜(2)的绝缘芯(1)中的一个的气体压力。 该装置包括一个内置的绝缘板组件,其包括一个作为散热器的绝缘芯和包层膜(3)之间的(Al,钴,铁,陶瓷),其作用机构,其热导率和体积相关的热容量都大于绝缘芯的各自的尺寸,并与所述间 散热器和外壳膜布置样品层(4)(0.3 mm,非织造织物由塑料,玻璃纤维),其具有如在抽空隔热板的气体压力的函数而变化的定义的热导率。 设置在上方的在绝缘板抽真空,通过包装薄膜样品设备所覆盖被施加,从外部或-gepresst,一个主体上的传感器装置(5)(镀铜的钢,78 <0> C,热电偶,6)具有显著温度差给该取样装置( 散热片),以使得通过根据热绝缘板上的测试层的热流的热导率内的气体压力的变影响造成的,其大小由测量来确定。 散热器(3)可以被设计为用于吸气剂材料的容器的底部。
    • 100. 发明申请
    • SINGLE FLOW OR MULTIPLE FLOW COUPLING FOR VACUUM-INSULATED CONDUITS OF HOSE PIPES
    • ON或多流离合器真空绝热管道或软管线路
    • WO01051845A1
    • 2001-07-19
    • PCT/EP2000/013117
    • 2000-12-21
    • F16L59/18F17C5/02B60S5/02F16L39/00F16L59/06
    • F16L59/065F16L59/18
    • The invention relates to a coupling for vacuum-insulated conduits or hose pipes which are provided for guiding one or more cryogen media. The inventive coupling consists of a single-core or multi-core coupler plug (S). The cryogen medium/media is/are supplied or discharged to or from said plug by means of a single-core or multi-core supply line (7) or by means of several supply lines. The inventive coupling also comprises a coupler socket (D). A conduit pipe (8) of the coupler plug (S) is designed in the axial direction and in such a way that said conduit pipe can move in relation to the coupler plug. Said conduit pipe (8) extends over the parting plane and into the coupler socket (D) when the coupling is in the coupled state. According to the invention, the supply line/s (7) is/are laterally connected to the coupler plug (S) or can be connected thereto. The invention enables essentially shorter overall lengths of such couplings, in addition to a reduction of the weight thereof and better operation of said couplings. Moreover, the torque exerted on the fixing of the coupling half that faces the vehicle can be reduced.
    • 它描述了一种耦合用于真空绝热管或软管,其被设置用于引导一个或多个低温介质,包括一个单层或多层的导体耦合插头(S)中,或由单层或多层导体供电线的装置(7) 或一个或多个低温介质被馈送或通过若干供给线装置排出,和一联接器插座(D),(5)形成的,其中在联接插头的耦合条件(8)的导管在轴向方向上移动到所述联接器插头(S), 关于另外的分型面(T),所述联接器插座(D)延伸。 根据本发明,并且是电源线(S)(7)横向地在所述联接插头(S)连接或可连接于此。 本发明使得能够例如联轴器显著较短的长度,从而减少它们的重量和改进的可用性。 此外,扭矩能够被降低到车辆侧联接半部的附接。