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    • 6. 发明公开
    • Installations de chauffage à usage domestique
    • Raumheizungsanlagen。
    • EP0034136A2
    • 1981-08-19
    • EP81870012.2
    • 1981-02-11
    • Pesenti, Pietro
    • Pesenti, Pietro
    • F24B9/04F24H1/00F24B1/18
    • F24B1/183F24B1/199F24H1/0063
    • Installation de chauffage à usage domestique chauffée au moyen de combustibles solides et pouvant alimenter en eau chaude une série de radiateurs et/ou un réseau de distribution d'eau sanitaire, qui comporte une porte étanche (21), mobile ou amovible.
      L'installation comporte au moins un corps de chauffe contournant l'intérieur du foyer et comportant une partie tubulaire, ladite partie tubulaire formant une grille (7) horizontale sur laquelle est posé le combustible solide ainsi qu'un clapet commandé (20) permettant d'assurer soit une évacuation directe (B) des fumées vers la cheminée, soit une circulation vers le haut (A) de ces fumées vers la partie restante (8) dudit corps de chauffe.
      Application à la réalisation d'un appareil de chauffage économique et compact permettant la transformation au choix en un foyer ouvert ou en une chaudière.
    • 1.由固体可燃物体加热并且能够用热水供应一系列散热器和/或卫生分配网络的家用加热设备,该安装包括可能可移除的紧密门(21),至少一个加热元件,其具有 管状部分,形成固体可燃物所在的水平炉排(7)的管状部分和控制的捕集器(20),确保烟气的直接逸出(B)到其循环(A)的烟囱到 所述加热元件的剩余部分(8)的特征在于,所述加热元件包括辅助部件(8),所述补充部件(8)在炉壁的内部完全通过,同时沿其两个侧壁上升并且在其顶部重新接合 炉。
    • 8. 发明公开
    • Heat storage device
    • 用于储热的装置。
    • EP0004058A1
    • 1979-09-19
    • EP79100657.0
    • 1979-03-05
    • Van der Maas, Robert E.
    • Van der Maas, Robert E.
    • F24J3/00F28D17/00
    • F28D20/0056F24B1/18F24B1/183F24B1/1885F24H7/04F24H7/0416F24H7/0483Y02E60/142Y02E70/30
    • A heat storing fireplace including a fire-box (14) surrounded by a heat storage medium which is either an enclosure (18) containing a material (20) having a high specific heat such as sand or gravel or a large number of heat conducting bags containing a high specific heat material. Exhaust gases are conveyed from the fire-box (14) to an exhaust outlet (24) by several conduits (22) extending through the heat storage medium in a circuitous path in order to transfer heat from the exhaust gases to the heat storage medium. Heat is further distributed through the storage material by a heat conducting lattice (26) fastened to the conduits (22) and extending through the storage medium in a circuitous path. Combustion air enters the bottom of the fire box (14) through a combustion air inlet jacket (28) surrounding the exhaust outlet (24) in order to simultaneously prewarm the combustion air while thermally insulating the exhaust outlet (24) from its support structure. A draft is created through the fire-box (14) by an exhaust fan (32) mounted in the exhaust outlet (24). Although the heat storage medium is primarily heated by burning fuel in the fire- box (14), it may also be heated by either an electric grill or solar heat exchanger embedded in the heat storage medium. The upper portion of the storage medium is covered by a ventilating plenum (38) which allows heat to escape from the enclosure (18). The plenum (38) has a pair of ventilated I sidewalls (40,42) separated from each other by a baffle (44). A fan (48), which may be thermostatically controlled, is positioned in an opening in the baffle in order to selectively produce air flow through the plenum (38). Heat in the storage medium may also be utilized by placing a hot water heating heat exchanger in the storage medium.