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    • 1. 发明授权
    • Method for producing an insulated vessel
    • 隔热容器的制造方法
    • US06536089B1
    • 2003-03-25
    • US09684306
    • 2000-10-06
    • Yasuhiko KomiyaMasashi YamadaAtsuhiko TanakaSeiichi Ito
    • Yasuhiko KomiyaMasashi YamadaAtsuhiko TanakaSeiichi Ito
    • B65D2518
    • B65D81/3806A47J41/0072F16L59/06Y10T29/49879Y10T29/49885
    • The present invention relates to an insulated vessel which may be produced at low cost, has superior insulating capabilities and excellent volumetric efficiency, and which may be suitably employed in a thermos, cooler, icebox, insulated cup, thermal insulated lunch box, thermal insulated electric pot, heat retaining rice cooker, refrigerator or freezer box insulating material, or as an insulating layer in a bath tub. The insulated vessel of the present invention is characterized in the formation of an insulating layer in the space interval between the inner vessel and the outer vessel of a double walled vessel which is filled with a low thermoconductive gas consisting of at least one the gases of xenon, krypton, and argon, and in the disposition of a metallic heat radiation preventing material at the insulating layer.
    • 本发明涉及一种绝缘容器,其可以低成本生产,具有优异的绝缘性能和优异的体积效率,并且可以适用于保温瓶,冷却器,冰箱,隔热杯,隔热饭盒,热绝缘电 锅,保温电饭煲,冰箱或冷冻箱绝缘材料,或作为浴缸中的绝缘层。 本发明的绝缘容器的特征在于在双壁容器的内部容器和外部容器之间的空间间隔内形成绝缘层,该双壁容器填充有由至少一种氙气体组成的低导热气体 ,氪和氩,以及在绝缘层处设置金属防辐射材料。
    • 2. 发明授权
    • Insulated vessel and method of production therefor
    • 绝缘船及其生产方法
    • US06179155B2
    • 2001-01-30
    • US08890701
    • 1997-07-11
    • Yasuhiko KomiyaMasashi YamadaAtsuhiko TanakaSeiichi Ito
    • Yasuhiko KomiyaMasashi YamadaAtsuhiko TanakaSeiichi Ito
    • F16L5905
    • B65D81/3806A47J41/0072F16L59/06Y10T29/49879Y10T29/49885
    • The present invention relates to an insulated vessel which may be produced at low cost, has superior insulating capabilities and excellent volumetric efficiency, and which may be suitably employed in a thermos, cooler, icebox, insulated cup, thermal insulated lunch box, thermal insulated electric pot, heat retaining rice cooker, refrigerator or freezer box insulating material, or as an insulating layer in a bath tub. The insulated vessel of the present invention is characterized in the formation of an insulating layer in the space interval between the inner vessel and the outer vessel of a double walled vessel which is filled with a low thermoconductive gas consisting of at least one the gases of xenon, krypton, and argon, and in the disposition of a metallic heat radiation preventing material at the insulating layer.
    • 本发明涉及一种绝缘容器,其可以低成本生产,具有优异的绝缘性能和优异的体积效率,并且可以适用于保温瓶,冷却器,冰箱,隔热杯,隔热饭盒,热绝缘电 锅,保温电饭煲,冰箱或冷冻箱绝缘材料,或作为浴缸中的绝缘层。 本发明的绝缘容器的特征在于在双壁容器的内部容器和外部容器之间的空间间隔内形成绝缘层,该双壁容器填充有由至少一种氙气体组成的低导热气体 ,氪和氩,以及在绝缘层处设置金属防辐射材料。
    • 3. 发明授权
    • Thermally insulated container and production process therefor
    • 隔热容器及其生产工艺
    • US5846371A
    • 1998-12-08
    • US843759
    • 1997-04-21
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi Ito
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi Ito
    • A47J41/00B65D8/16B32B11/00B65B31/04
    • A47J41/0077
    • A thermally insulated container of the present invention is a double-walled container in an integral body in which an inner casing is arranged in an outer casing so as to maintain a space therebetween, wherein the space is charged with a gas having a low thermal conductivity, and an opening having a diameter of 0.1 to 3 mm for charging gas in a wall of either of the inner casing and the outer casing is sealed. In a production process of the present invention, a double-walled container is obtained by arranging an inner casing in an outer casing so as to maintain a space therebetween, and by joining them into an integral body, a wall of either of the inner casing and the outer casing being provided with an opening for charging gas; then, the double-walled container is placed in a thermostatic chamber, a charging-evacuating tube which is switchably disposed to a vacuum evacuation apparatus and to a source of a gas having a low thermal conductivity is connected to the opening for charging gas, the space between the walls of the inner and outer casings is subjected to vacuum evacuation at a predetermined temperature, and thereafter a gas having a low thermal conductivity is introduced; and then, the opening for charging gas is sealed.
    • 本发明的隔热容器是一体式的双壁容器,其中内壳体设置在外壳体中以便在其间保持间隙,其中空间装有导热性低的气体 并且密封了用于在内壳和外壳中的任一个的壁中充入气体的直径为0.1至3mm的开口。 在本发明的制造方法中,通过将内壳体配置在外壳中以便保持其间的空间,并且通过将内壳体连接成一体而获得双壁容器,内壳体 并且所述外壳设置有用于充气的开口; 然后,将双壁容器放置在恒温室中,将切换设置在真空排气装置和具有低热导率的气体源的充电排气管连接到用于充气的开口, 在预定温度下对内壳和外壳的壁之间的空间进行真空排气,然后引入导热性低的气体; 然后将充气气体的开口密封。
    • 4. 发明授权
    • Thermally insulated container
    • 隔热容器
    • US5678725A
    • 1997-10-21
    • US565807
    • 1995-11-30
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi Ito
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi Ito
    • A47J41/00B65D8/16B65D81/18
    • A47J41/0077
    • A thermally insulated container of the present invention is a double-walled container in an integral body in which an inner casing is arranged in an outer casing so as to maintain a space therebetween, wherein the space is charged with a gas having a low thermal conductivity, and an opening having a diameter of 0.1 to 3 mm for charging gas in a wall of either of the inner casing and the outer casing is sealed. In a production process of the present invention, a double-walled container is obtained by arranging an inner casing in an outer casing so as to maintain a space therebetween, and by joining them into an integral body, a wall of either of the inner casing and the outer casing being provided with an opening for charging gas; then, the double-walled container is placed in a thermostatic chamber, a charging-evacuating tube which is switchably disposed to a vacuum evacuation apparatus and to a source of a gas having a low thermal conductivity is connected to the opening for charging gas, the space between the walls of the inner and outer casings is subjected to vacuum evacuation at a predetermined temperature, and thereafter a gas having a low thermal conductivity is introduced; and then, the opening for charging gas is sealed.
    • 本发明的隔热容器是一体式的双壁容器,其中内壳体设置在外壳体中以便在其间保持间隙,其中空间装有导热性低的气体 并且密封了用于在内壳和外壳中的任一个的壁中充入气体的直径为0.1至3mm的开口。 在本发明的制造方法中,通过将内壳体配置在外壳中以便保持其间的空间,并且通过将内壳体连接成一体而获得双壁容器,内壳体 并且所述外壳设置有用于充气的开口; 然后,将双壁容器放置在恒温室中,将切换设置在真空排气装置和具有低热导率的气体源的充电排气管连接到用于充气的开口, 在预定温度下对内壳和外壳的壁之间的空间进行真空排气,然后引入导热性低的气体; 然后将充气气体的开口密封。
    • 5. 发明授权
    • Thermally-insulated double-walled synthetic-resin container
    • 绝热双层合成树脂容器
    • US5769262A
    • 1998-06-23
    • US827928
    • 1996-05-02
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi ItohHidefumi Kamachi
    • Masashi YamadaYasuhiko KomiyaAtsuhiko TanakaSeiichi ItohHidefumi Kamachi
    • B65D81/38A47G19/22A47J41/00B65D81/18
    • A47J41/0077A47G19/2288
    • A thermally-insulated double-walled container is disclosed made of synthetic resin which is formed by joining together an inner container and an outer container in a unitary fashion to form a space therebetween; wherein a thermoinsulating layer is formed in the space between the inner container and the outer container by filling the space with at least one low thermoconductive gas selected from the group consisting of xenon, krypton, and argon; and wherein the inner container and the outer container are multilayer molded from different synthetic resin materials. The container provides an excellent gas-barrier capacity without requiring plating of the outer surface of the inner container or the inner surface of the outer container in the double walled container and maintains its mechanical strength over a long period of time and having an excellent thermoinsulating capacity. The container is suitable as a thermos, cooler box, ice cooler, thermoinsulated cup, insulated lunch box, or the like.
    • 公开了一种由合成树脂制成的绝热双壁容器,其通过以一体方式将内部容器和外部容器接合在一起而形成的空间形成; 其中通过用选自由氙,氪和氩组成的组中的至少一种低热传导性气体填充所述空间,在所述内部容器和所述外部容器之间的空间中形成绝热层; 并且其中所述内部容器和所述外部容器由不同的合成树脂材料多层模制。 该容器提供了优异的阻气能力,而不需要在双壁容器内镀覆内容器的外表面或外容器的内表面,并且在长时间内保持其机械强度并且具有优异的隔热能力 。 该容器适用于保温瓶,冷藏箱,冰冷却器,隔热杯,隔热饭盒等。