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    • 3. 发明授权
    • Inflammable cleaning fluid heating apparatus
    • 易燃清洗液加热装置
    • US6128438A
    • 2000-10-03
    • US164240
    • 1998-09-30
    • Song Il Kim
    • Song Il Kim
    • F24H7/04F24H1/20
    • F24H7/0433
    • Inflammable cleaning fluid heating apparatus are disclosed. The disclosed apparatus safely heat a cleaning fluid such as an inflammable solvent to a predetermined temperature. One of the disclosed inflammable cleaning fluid heating apparatus includes a main body for storing a heat transfer oil; a heater mounted inside the main body for heating the heat transfer oil; a cleaning fluid path mounted inside the main body having an inlet and an outlet; a temperature sensor for sensing a temperature of the heat transfer oil; and a controller for selectively switching the heater between anon state and an off state.
    • 公开了易燃清洁液加热装置。 所公开的装置将诸如可燃溶剂的清洁流体安全地加热至预定温度。 所公开的易燃清洗液加热装置中的一个包括用于储存传热油的主体; 安装在主体内的加热传热油的加热器; 安装在主体内部的具有入口和出口的清洁流体通道; 用于感测传热油的温度的温度传感器; 以及控制器,用于在加热器的非正常状态和关闭状态之间选择性地切换加热器。
    • 4. 发明授权
    • Continuously cleaned pressureless water heater with immersed copper
fluid coil
    • 连续清洗无压热水器,浸入铜流体线圈
    • US5838879A
    • 1998-11-17
    • US579424
    • 1995-12-27
    • Howard Harris
    • Howard Harris
    • F24H1/20F24H7/04F24H1/22
    • F24H9/165F24H1/202F24H7/0433
    • A pressureless electric water heater for domestic use has a cylindrical double-walled tank for holding a quantity of a heat transfer liquid such as water. Cold water enters a copper coil immersed in the heat transfer liquid. The heat transfer liquid is heated by an electric heating element which extends down from a hinged tank top. Cold water flowing through the immersed coil is heated by the heat transfer liquid and exits the coil as hot water. The hinged top allows easy access to the interior of the tank and to the heating element, further easing access and replacement thereof. Sedimentation in the tank is minimized because the tank water is rarely replaced. Sedimentation in the coil is reduced because pressurized water flows through the coil when hot water is required and continuously cleanses the tubing.
    • 用于家用的无压电热水器具有用于保持一定数量的传热液体如水的圆筒形双壁罐。 冷水进入浸入传热液体中的铜线圈。 传热液体通过从铰接的罐顶向下延伸的电加热元件加热。 流经浸没的线圈的冷水由传热液体加热,作为热水离开线圈。 铰链顶部允许容易地进入罐和加热元件的内部,进一步简化其进入和更换。 罐中的沉淀被最小化,因为槽水很少被更换。 线圈中的沉淀减少,因为当需要热水时加压水流过线圈,并连续地清洁管道。
    • 6. 发明授权
    • Double loop heat storage space heating furnace using an air-to-air heat
exchanger
    • 双回路蓄热空间加热炉采用空气 - 空气换热器
    • US5201024A
    • 1993-04-06
    • US618267
    • 1990-11-26
    • Paul J. Steffes
    • Paul J. Steffes
    • F24H7/04
    • F24H7/0416
    • A double loop heat storage space heating furnace has a housing with an upper heat storage section containing an electrically heated heat storage brick portion and a lower section containing an air-to-air heat exchanger having first and second air flow passages. The furnace has two separate flow courses. The first flow course uses a room air fan to circulate room air through the first passages of the heat exchanger. The second flow course has a recirculating fan in the lower housing section for recirculating air in a continuous closed loop through the heat storage brick portion to be heated and the second flow passages of the heat exchanger so that heat is delivered from the heated recirculated air and the room air in the heat exchanger. The upper housing section includes a cooling air space surrounding the heat storage brick portion through which the room air fan circulates a portion of the room air to maintain the furnace housing at a temperature similar to that of the room air.
    • 双回路蓄热空间加热炉具有壳体,该壳体具有包含电加热储热砖部分的上部储热部分和包含具有第一和第二空气流动通道的空气 - 空气热交换器的下部分。 炉具有两个独立的流程。 第一流程使用室内空气风扇将室内空气循环通过热交换器的第一通道。 第二流程在下壳体部分中具有循环风扇,用于使空气在连续的闭环中循环通过要加热的储热砖部分和热交换器的第二流动通道,使得热量从加热的再循环空气输送, 室内空气在热交换器中。 上壳体部分包括围绕储热砖部分的冷却空气空间,室内空气风扇使室内空气的一部分循环,以将炉壳保持在与室内空气相似的温度。
    • 7. 发明授权
    • Electric thermal storage boosted heat pump air heating apparatus
    • 电热储存提升了热泵空气加热装置
    • US5086493A
    • 1992-02-04
    • US478211
    • 1990-02-09
    • Paul J. Steffes
    • Paul J. Steffes
    • F24D11/02F24H7/04G05D23/20
    • F24D11/0257F24H7/0425G05D23/1923G05D23/20Y02B10/70Y02B30/126
    • An electric thermal storage heater with a heat storage brick assembly enclosed within an insulating sheath and an outer shell or housing; there is a space between the outer shell and the insulating sheath through which low temperature air is passed; the brick assembly has air flow openings therethrough into which the electric heating elements may be slipped during installation, and the openings communicate with entrance and exit passages which supply air to and through the brick assembly; air valving is provided to close and modulate the air flowing through the brick assembly and through the low temperature air path; the heating elements maintain the temperature of the bricks between 500.degree. F. and 1300.degree. F., depending upon the expected heating load; and air ducts and a fan move air from the storage heater to the duct system of a heat pump or similar forced air heating device.
    • 一种具有封闭在绝缘护套内的储热砖组件和外壳或壳体的电热存储加热器; 在外壳和绝缘护套之间有一个空间,低温空气通过该空间通过; 砖组件具有穿过其中的气流开口,电加热元件在安装期间可能滑入其中,并且开口与供给空气并通过砖组件的入口和出口通道连通; 提供空气阀以关闭和调节流过砖组件并通过低温空气通道的空气; 根据预期的加热负荷,加热元件将砖的温度保持在500°F至1300°F之间。 并且风道和风扇将空气从储存加热器移动到热泵或类似的强制空气加热装置的管道系统。
    • 8. 发明授权
    • Portable cordless electric hair dressing appliance utilizing stored heat
    • 便携式无电电烫发器具利用储热
    • US4757183A
    • 1988-07-12
    • US865257
    • 1986-05-20
    • Hans KareyAnette Berg
    • Hans KareyAnette Berg
    • H05B3/46A45D20/10F24H7/04H05B3/00
    • A45D20/10
    • A cordless portable hand held hair dressing appliance has a housing provided with a pistol-grip handle and containing a battery operated electric fan arranged to draw air into the housing through an air inlet for flow through a heat structure to be heated prior to discharge from a housing air outlet. The heater structure includes air elongated heat accumulator member of high specific heat penetrated in the longitudinal direction by a plurality of air ducts each having an intake communicating with the housing inlet and an outlet communicating with a mixing chamber connected to the housing outlet. The heat accumulator member is formed of a ceramic, e.g., Al.sub.2 O.sub.3 and MgO, and is adapted to be heated to store heat therein by an electrical heating conductor structure formed by a layer of electrical resistance material on the wall of each duct. The fan battery is rechargeable and the handle is provided with a detachable electric plug contacts for connecting the heating conductor structure to an external power source for preheating prior to use and for connecting the rechargeable battery to a batter charger.
    • 无绳便携式手持式发型器具具有壳体,其具有手枪把手并且容纳电池供电的电风扇,其布置成通过空气入口将空气吸入到壳体中,以便通过待加热的热结构在从 房屋出风口。 加热器结构包括通过多个空气管道沿长度方向穿透高比热的空气细长蓄热构件,每个空气管道具有与壳体入口连通的入口和与连接到壳体出口的混合室连通的出口。 蓄热构件由陶瓷例如Al 2 O 3和MgO形成,并且适于通过在每个管道的壁上由电阻材料层形成的电加热导体结构加热以将热量存储在其中。 风扇电池是可再充电的,并且手柄设有可拆卸的电插头触点,用于将加热导体结构连接到用于在使用之前进行预热的外部电源并将可再充电电池连接到电池充电器。
    • 9. 发明授权
    • Regenerative heating apparatus
    • 再生加热装置
    • US4742868A
    • 1988-05-10
    • US845868
    • 1986-03-28
    • Akio MitaniKoroku Endo
    • Akio MitaniKoroku Endo
    • F24D11/00F24H7/04F25B17/08F28D20/00F28D21/00
    • F25B17/08F24H7/0416Y02B30/62Y02B30/64
    • A regenerative heating apparatus includes a radiating container and an adsorbent contained in the container. The adsorbent adsorbs vapor to generate heat when touched by the vapor, and releases the adsorbed vapor when heated. A heater for heating the adsorbent is disposed in the container. The vapor released from the adsorbent is condensed by a condensor and then fed into a liquid tank, thereby a dried adsorbent is produced. In a heating operation, the liquid in the tank is fed to an evaporator by a pump and evaporated thereby. The resultant vapor is fed to the dried adsorbent, and the adsorbent adsorbs the vapor to generate heat, thereby heating air around the container.
    • 再生加热装置包括容纳在容器内的散热容器和吸附剂。 吸附剂吸附蒸气以在被蒸汽接触时产生热量,并在加热时释放吸附的蒸气。 用于加热吸附剂的加热器设置在容器中。 从吸附剂释放的蒸汽被冷凝器冷凝,然后进料到液体罐中,从而产生干燥的吸附剂。 在加热操作中,罐中的液体被泵送入蒸发器并蒸发。 将所得的蒸气送入干燥后的吸附剂,吸附剂吸附蒸汽发生热量,从而加热容器周围的空气。