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    • 21. 发明申请
    • Self-heating pre-moistened wipe(s) package
    • 自加热预湿擦拭包装
    • US20050224388A1
    • 2005-10-13
    • US11120944
    • 2005-05-04
    • Jerko SaricIvan Sestak
    • Jerko SaricIvan Sestak
    • A47K10/32F24V30/00B65D1/34B65D6/04
    • F24V30/00A47K2010/3266A47K2010/3293
    • A package for storing and heating a product includes a first sealable envelope having a region located inside the first sealable envelope, the region containing a first agent. The package further includes a sealed bag located inside the first sealable envelope and containing a second agent. The sealed bag is capable of being breached at a section allowing the second agent to react with the first agent generating heat within a heating region. The package further includes a second sealable envelope comprising a region for containing the product. A portion of the second sealable envelope is located within the heating region and the heat from the reaction heats the product located in the heating region. The first sealable envelope is compressible about the section of the sealed bag and contents of the first sealable envelope about the section of the sealed bag are flexible.
    • 用于存储和加热产品的包装件包括具有位于第一可密封外壳内部的区域的第一可密封外壳,该区域包含第一代理。 所述包装还包括位于所述第一可密封外壳内并包含第二剂的密封袋。 密封袋能够在允许第二试剂与在加热区域内产生热量的第一试剂反应的部分破裂。 包装还包括第二可密封外壳,其包括用于容纳产品的区域。 第二可密封外壳的一部分位于加热区域内,并且来自反应的热量加热位于加热区域中的产品。 第一可密封信封围绕密封袋的部分是可压缩的,并且第一可密封信封围绕密封袋的部分的内容物是柔性的。
    • 24. 发明授权
    • Self-contained temperature-change container assemblies
    • 独立温度变化的容器组件
    • US06877504B2
    • 2005-04-12
    • US10613322
    • 2003-07-03
    • H. Joshua SchreffMassimiliano Rizzi
    • H. Joshua SchreffMassimiliano Rizzi
    • A47J27/00A47J27/022A47J36/28F24V30/00F25D5/02F24J1/00
    • F25D5/02A47J27/002A47J27/022A47J36/28F24V30/00F25D2400/36
    • A container assembly heats or cools a product inside an inner container. An outer jacket at least partially surrounds the inner container, with a first internal volume and a second internal volume in the space between the outer jacket and the inner container. A first temperature-change reagent is contained inside the first internal volume, and a second temperature-change reagent is held in the second internal volume, with a reagent separator between the two. Several penetrators are disposed to penetrate the reagent separator to produce openings through the separator and through which the two reagents can mix. Steel wool inside the first internal volume acts as a steam condenser. The outer jacket includes a jacket top ring secured around an upper surface of a standard can, a jacket body secured to the jacket top, and a flexible jacket bottom that carries several spikes molded onto the jacket bottom.
    • 容器组件加热或冷却内部容器内的产品。 外护套至少部分地围绕内部容器,在外护套和内容器之间的空间中具有第一内部容积和第二内部容积。 第一温度变化试剂包含在第一内部体积内,第二温度变化试剂保持在第二内部体积中,其间具有试剂分离器。 多个穿透器被设置成穿透试剂分离器以产生通过分离器的开口,并且两种试剂可以通过该混合物混合。 第一内部容积内的钢丝绒作为蒸汽冷凝器。 外护套包括围绕标准罐的上表面固定的护套顶环,固定到护套顶部的护套主体和承载模制到护套底部上的若干钉的柔性护套底部。
    • 28. 发明授权
    • Superconducting heat transfer medium
    • 超导传热介质
    • US6132823A
    • 2000-10-17
    • US957148
    • 1997-10-24
    • Yuzhi Qu
    • Yuzhi Qu
    • F28F21/08B32B9/00B32B15/04B32B33/00C09K5/00C09K5/14F24V30/00F28D15/02F28F3/00F28F13/00F28F13/18H01L23/373H01L23/427
    • F28D15/00C09K5/00C09K5/14F24J1/00F28F13/00F28F13/18H01L23/373H01L23/3735H01L23/427H01L2924/0002H01L2924/09701Y02P20/124Y10S165/905Y10T428/1317
    • A superconducting heat transfer medium that has three basic layers, the first layer being various combinations of sodium, beryllium, a metal such as manganese or aluminum, calcium, boron and dichromate radical; the second layer formed over the first layer and being various combinations of cobalt, manganese, beryllium, strontium, rhodium, copper, .beta.-titanium, potassium, boron, calcium, a metal such as manganese or aluminum and the dichromate radical; and the third layer formed over the second layer and being various combinations of rhodium oxide, potassium dichromate, radium oxide, sodium dichromate, silver dichromate, monocrystalline silicon, beryllium oxide, strontium chromate, boron oxide, .beta.-titanium and a metal dichromate, such as manganese dichromate or aluminum dichromate. The three layers can be applied to a conduit and then heat polarized to form a superconducting heat transfer device that transfers heat without any net heat loss, or can be applied to a pair of plates having a small cavity relative to a large surface area to form a heat sink that can immediately disperse heat from a heat source.
    • 具有三个基本层的超导传热介质,第一层是钠,铍,金属如锰或铝,钙,硼和重铬酸根的各种组合; 第二层形成在第一层上并且是钴,锰,铍,锶,铑,铜,β-钛,钾,硼,钙,诸如锰或铝的金​​属和重铬酸根的各种组合; 并且形成在第二层上的第三层,并且是氧化铑,重铬酸钾,氧化镭,重铬酸钠,重铬酸银,单晶硅,氧化铍,铬酸锶,氧化硼,β-钛和金属重铬酸盐的各种组合, 作为重铬酸锰或重铬酸铝。 三层可以施加到导管上,然后热偏振以形成传导热量而没有任何净热损失的超导传热装置,或者可以施加到具有相对于大表面积的小空腔的一对板以形成 可以立即散热来自热源的散热器。
    • 30. 发明授权
    • Portable heat generating device
    • 便携式发热装置
    • US6062210A
    • 2000-05-16
    • US18769
    • 1998-02-04
    • Clifford G. Welles
    • Clifford G. Welles
    • F24V30/00A61F7/00F24J1/00
    • F24J1/00
    • A portable heat generating device in which fuel vapor and an oxygen supply (e.g. air) are directed through channels contained within a thin, flexible and compliant elastomeric sheet of material. Elongated catalytic heat elements, placed strategically within the channels, spontaneously interact with the fuel-air stream liberating heat energy. Means and methods are defined that permit flameless catalytic combustion to be uniformly extended over the length of each heat element, lowering power density but maintaining the overall power generated, permitting the use of many types of low temperature materials like plastics, polymers, and elastomers in the construction of the heater. The heat generation process is started by pumping an air stream into a reservoir containing a fuel source (e.g. methanol) thereby saturating the air stream with fuel vapor. The fuel vapor is mixed with a another stream of air to achieve a particular fuel/air ratio and directed into channels within the elastomeric sheet, reacting with the catalytic heat elements to produce flameless combustion. The warm exhaust gas is directed to a thermally controlled diverter valve. The valve senses the temperature of the liquid fuel supply and diverts some or all of the warm exhaust gas, as necessary, to heat the fuel and keep its temperature within a specified range. Exhaust by-products are passed into a miniature scrubber module adjacent to the fuel module. The scrubber absorbs any noxious components in the exhaust stream that may occur during start-up or rapid changes in operating condition.
    • 一种便携式发热装置,其中燃料蒸气和氧气供应(例如空气)被引导通过容纳在薄的,柔性和柔顺的弹性材料片材内的通道。 战略上放置在通道内的细长的催化热元件与释放热能的燃料 - 空气流自发地相互作用。 定义了方法和方法,其允许无焰催化燃烧在每个热元件的长度上均匀地延伸,降低功率密度,但是保持产生的总功率,允许使用许多类型的低温材料,如塑料,聚合物和弹性体 加热器的施工。 通过将空气流泵送到包含燃料源(例如甲醇)的储存器中来开始发热过程,从而使空气流与燃料蒸气饱和。 燃料蒸气与另一个空气流混合以实现特定的燃料/空气比并且引导到弹性体片材内的通道中,与催化加热元件反应以产生无焰燃烧。 热的废气被引导到热控制的转向阀。 阀门检测液体燃料供应的温度,并根据需要转移部分或全部热排气,以加热燃料并将其温度保持在指定范围内。 排气副产品被传递到与燃料模块相邻的微型洗涤器模块中。 洗涤器吸收排气流中可能在启动期间或运行状态快速变化时发生的任何有害成分。