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    • 3. 发明公开
    • Heat exchanger and water heater
    • 换热器和热水器
    • EP2754988A3
    • 2014-12-10
    • EP13196068.4
    • 2013-12-06
    • Noritz Corporation
    • Oohigashi, Takeshi
    • F28F1/32F24H1/14F24H9/00
    • F28F1/24F24H1/43F24H8/006F24H9/0031F28D1/0477F28F1/325Y02B30/106
    • A fin (13) includes a cut and raised slit (13b) and a cut and raised wall portion (13a). The cut and raised slit (13b) is formed in a region (RA) adjacent to at least one through hole (13ca) of a plurality of through holes (13ca) in a first direction (DA) and has a tunnel-shaped hole (13ba1, 13bb1, 13bc1) extending in a second direction (DB) intersecting the first direction (DA). The cut and raised wall portion (13a) is located in the second direction (DB) of the cut and raised slit (13b), protrudes toward a main surface (MS) of the fin (13), and extends along the first direction (DA). Thus, a heat exchanger and a water heater capable of sufficiently conducting an amount of heat of a combustion gas to a heat conduction pipe even in a blind spot of a flow of the combustion gas of the heat conduction pipe and suppressing noise can be realized.
    • 翅片(13)包括切割并凸起的狭缝(13b)和切割并升高的壁部分(13a)。 该切起槽(13b)形成在与第一方向(DA)上的多个通孔(13ca)中的至少一个通孔(13ca)相邻的区域(RA)中,并且具有隧道形状的孔 (DB)上延伸,所述第二方向(DB)与所述第一方向(DA)相交。 切开立起壁部13a位于切出立起缝隙13b的第二方向DB,向翅片13的主面MS侧突出并沿第一方向(第一方向) DA)。 因此,能够实现即使在导热管的燃烧气体的流动的死角中也能够将燃烧气体的热量充分导入导热管并抑制噪音的热交换器和热水器。
    • 6. 发明公开
    • Heat exchanger and water heater
    • Wärmetauscherund Wassererhitzer
    • EP2754988A2
    • 2014-07-16
    • EP13196068.4
    • 2013-12-06
    • Noritz Corporation
    • Oohigashi, Takeshi
    • F28F1/32F24H1/14F24H9/00
    • F28F1/24F24H1/43F24H8/006F24H9/0031F28D1/0477F28F1/325Y02B30/106
    • A fin (13) includes a cut and raised slit (13b) and a cut and raised wall portion (13a). The cut and raised slit (13b) is formed in a region (RA) adjacent to at least one through hole (13ca) of a plurality of through holes (13ca) in a first direction (DA) and has a tunnel-shaped hole (13ba1, 13bb1, 13bc1) extending in a second direction (DB) intersecting the first direction (DA). The cut and raised wall portion (13a) is located in the second direction (DB) of the cut and raised slit (13b), protrudes toward a main surface (MS) of the fin (13), and extends along the first direction (DA). Thus, a heat exchanger and a water heater capable of sufficiently conducting an amount of heat of a combustion gas to a heat conduction pipe even in a blind spot of a flow of the combustion gas of the heat conduction pipe and suppressing noise can be realized.
    • 翅片(13)包括切割和凸起的狭缝(13b)和切割和升高的壁部分(13a)。 在与第一方向(DA)上的多个通孔(13ca)中的至少一个通孔(13ca)相邻的区域(RA)中形成切割和升高的狭缝(13b),并且具有隧道形孔 13ba1,13bb1,13bc1)沿与第一方向(DA)相交的第二方向(DB)延伸。 切割和升高的壁部分(13a)位于切割和升高的狭缝(13b)的第二方向(DB)上,朝向翅片(13)的主表面(MS)突出,并沿着第一方向 DA)。 因此,即使在导热管的燃烧气体的流动的盲点中也能够对导热管充分地进行燃烧气体的热量的热交换器和热水器的抑制噪声。
    • 7. 发明公开
    • Control apparatus for water heater
    • SteuervorrichtungfürWassererhitzer
    • EP2728266A1
    • 2014-05-07
    • EP13189722.5
    • 2013-10-22
    • Noritz Corporation
    • Yano, YuikoOkamoto, Shinichi
    • F24D19/00G05B19/042F24H9/20
    • F24H9/2035F24D19/0095F24H1/124F24H8/006G05B19/0421Y02B30/106Y02B30/762
    • The present invention becomes possible to employ a main microprocessor with a relatively lower number of input ports, whereby while maintaining the performance and function of a water heater, the cost of a control apparatus is cut down. Some of sensors, adapted for measurement of various parameters which are for use in operational control of the water heater and in need of immediate response, are connected to a main microprocessor (31). The other sensors that are not in need of an immediate response, such as an ambient temperature sensor (36), are connected only to a sub microprocessor (32) if the main microprocessor (31) does not have any extra analog signal input port. The sub microprocessor converts an analog signal from the sensor (36) which is connected only to the sub microprocessor into digital data. And the sub microprocessor transmits the digital data to the main microprocessor through communication therewith.
    • 本发明可以采用具有相对较少数量的输入端口的主微处理器,由此在保持热水器的性能和功能的同时,降低了控制装置的成本。 适于测量用于热水器的操作控制和需要立即响应的各种参数的一些传感器连接到主微处理器(31)。 如果主微处理器(31)没有任何额外的模拟信号输入端口,则不需要立即响应的其它传感器(例如环境温度传感器(36))仅连接到副微处理器(32)。 子微处理器将仅与子微处理器连接的传感器(36)的模拟信号转换为数字数据。 并且副微处理器通过与其通信来将数字数据发送到主微处理器。