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    • 14. 发明专利
    • Heating device of washer liquid
    • 洗衣液加热装置
    • JP2012144194A
    • 2012-08-02
    • JP2011005277
    • 2011-01-13
    • Murakami Corp株式会社村上開明堂
    • SATO HIDENORIKOBAYASHI MASAKI
    • B60S1/48
    • B60S1/488F24H1/009F24H1/102F24H1/202F24H9/0021
    • PROBLEM TO BE SOLVED: To provide a heating device that is capable of quickly raising a temperature of a washer liquid by a relatively low electric current, capable of heating the washer liquid of relatively large capacity, and capable of keeping a state of warming the washer liquid for a little while after cutting off a power supply.SOLUTION: This heating device 10 includes a structure for storing a small heating chamber 14 in an inside space 13 of a heat reserving hot water storage chamber 12 and storing an electric heater 16 in an inside space 15 of the small heating chamber 14. The heat reserving hot water storage chamber 12 has a heat insulation structure. The small heating chamber 14 has proper thermal conductivity. The washer liquid fed from a washer tank 72 is supplied to the small heating chamber 14 by passing through the heat reserving hot water storage chamber 12, and is heated by a heater 16, and is injected from a washer nozzle. Heat of the washer liquid in the small heating chamber 14 is thermally conducted in a wall surface of the small heating chamber 14, and is transmitted to the washer liquid in the heat reserving hot water storage chamber 12.
    • 解决问题的方案:提供一种能够通过相对低的电流快速提高洗涤液的温度的加热装置,能够加热相对大容量的洗涤液,并且能够保持 切断电源后,加热洗涤液一会儿。 解决方案:该加热装置10包括用于在蓄热热水存储室12的内部空间13中存储小型加热室14并将电加热器16存储在小型加热室14的内部空间15中的结构 蓄热蓄热室12具有隔热结构。 小加热室14具有适当的导热性。 从清洗槽72供给的洗涤液通过储热水储存室12被供给至小加热室14,被加热器16加热,从洗涤喷嘴喷射。 小型加热室14内的洗涤液的热量在小型加热室14的壁面热传导,并被传送到储热水储存室12内的洗涤液。(C) 2012年,JPO&INPIT
    • 15. 发明专利
    • Instantaneous electric water heter
    • 瞬时电水加热器
    • JPS6196355A
    • 1986-05-15
    • JP21973984
    • 1984-10-18
    • Matsushita Electric Ind Co Ltd
    • KAMIMURA MASAHITOTANAHASHI TAKASHITAKAI MITSUO
    • F24H1/20F24H1/10
    • F24H1/102
    • PURPOSE:To obtain the delivery hot water temperature characteristics with small temperature difference and at the same time obtain the hot water with a temperature, which is proper and stable at all times, even if the fluctuation of flow rate due to the change of the pressure of inflowing water and the change of the temperature of inflowing water during summer and winter may occur, by a structure wherein an inflowing water chamber and a delivery hot water chamber are provided in a boiler body. CONSTITUTION:Water flows within an inflowing water pipe 1, passes through a first valve 2 and a second valve 3, puts a pressure switch 4 into actuation, flows around a sheathed heater 6 arranged at an inflowing water pipe 13 side, which is separated by a partition plate 5 in a boiler body 12, and finally flows in a delivery hot water chamber 14 in order to flow off from a shower head 9 through a delivery hot water pipe 8. The delivery hot water temperature is kept at the proper value by on-off-controlling the sheathed heater 6 by means of a temperature control circuit 16 based upon the temperature of hot water at the inflowing water chamber 13 side detected with a heat-sensitive element 15. In addition, the high temperature portion and low temperature portion of hot water, both of which are produced due to the ON-OFF control, are brought into an agitated state in the interior of the delivery hot water chamber 14, resulting in flowing out in the form of hot water with a temperature, which is adequate and stable with the uniform distribution of temperature within the hot water.
    • 目的:获得具有较小温差的输送热水温度特性,同时获得始终适当稳定的温度的热水,即使压力变化引起的流量波动 通过在锅炉主体中设置有流入水室和输送热水室的结构,可能发生夏季和冬季的流入水和流入水的温度变化。 构成:在流入的水管1内的水流过第一阀2和第二阀3,将压力开关4置于致动状态,围绕布置在流水管13侧的护套加热器6流动, 锅炉主体12中的分隔板5,最后在输送热水室14中流动,以通过输送热水管8从喷头9流出。输送热水温度通过 根据由感热元件15检测的流入水室13侧的热水的温度,通过温度控制电路16对包覆的加热器6进行开 - 关控制。此外,高温部和低温 这两者都是由ON-OFF控制而产生的,在输送热水室14的内部处于搅拌状态,导致以温度的热水流出 ch在热水中的温度均匀分布是足够和稳定的。
    • 16. 发明专利
    • Electric tap controlled water heater
    • 电动水龙头控制水加热器
    • JPS59215538A
    • 1984-12-05
    • JP9003583
    • 1983-05-24
    • Tohoku Metal Ind Ltd
    • KOGO MASANORITSUDA BUNSHIROU
    • F24H1/10
    • F24H1/102
    • PURPOSE:To contrive miniaturization and simplification of structure, by combining an annular magnetic core type transformer and a heating unit having a positive resistance temperature coefficient with each other. CONSTITUTION:As a case made of copper wrapping in the external circumference, the top and the bottom of an annular magnetic core 1 and covers 5, 6 correspond to a roll of secondary coil winding, voltage V1 to be applied to a primary coil winding 2 from a commercial electric power source turns into secondary voltage V2 which has been turned into low voltage. The secondary voltage V2 is applied to a heating unit 3 and heating corresponding to electric power P of P=V2XI2=V2 /RT is made through a current I2. Hereupon the RT is a resistance of the heating unit. In addition to the above, when cold water (a) is poured into a tap controlled water heater through a pouring opening 10, a large current is applied to the heating unit as the resistance of the heating unit is low and the cold water is turned into hot water through a calorific value.
    • 目的:通过将环形磁芯式变压器和具有正电阻温度系数的加热单元相结合,来实现结构的小型化和简化。 构成:作为外周的铜包装的情况,环状磁芯1和盖5,6的顶部和底部对应于一次次级线圈绕组,施加到初级线圈绕组2的电压V1 从商用电源变成已经变成低电压的次级电压V2。 次级电压V2被施加到加热单元3,并且通过电流I2来对应于P = V2XI2 = V2 / 2 / RT的电力P进行加热。 因此,RT是加热单元的电阻。 除了上述之外,当通过倾倒开口10将冷水(a)注入龙头控制的热水器中时,随着加热单元的阻力低并且冷水被转动,大的电流被施加到加热单元 通过热值进入热水。
    • 17. 发明专利
    • Heater for hot water
    • 热水加热器
    • JPS58200949A
    • 1983-11-22
    • JP8342582
    • 1982-05-17
    • Matsushita Electric Ind Co Ltd
    • TAKAHASHI YUTAKAKOGA RIYOUICHI
    • F24H1/10F24H1/18F24H1/20
    • F24H1/102
    • PURPOSE:To control the temperature of hot water discharged with excellent accuracy by providing a heating flow path, in which a forced convection is formed on the passage of water and a natural convection on the non-passage of water, and a heating flow path for controlling the temperature of hot water. CONSTITUTION:A cylindrical heating element 14, which is provided with first and second heating resistors 17, 18 and to upper and lower sections thereof heating sections 20, 21 are formed, is erected in a hot-water storage chamber 27, and a heat exchanger 22 in which the first and second heating flow paths 23, 24 are each made correspond to the heating sections 21, 20 is set up to the outer circumference of the heating element 14. A downward cold-water supply nozzle 25 is fitted at the upper end of the first heating flow path 23 and an induction port 26 is formed to a side wall, an outflow port 28 is formed to the side wall of a lower end, the second heating flow path 24 is positioned upward, and an inflow port 31 is formed to the side wall of a lower section and communicated with the upper section of the hot-water storage chamber 27 by a pipe 30. On the non-passage of water, only the heating section 21 is heat-generated, and water is convected naturally by the first heating flow path 23. On the passage of water from the nozzle 25, water is convected forcedly by the passage of water, the heating section 20 is also heat-generated in response to the temperature of hot water discharged, and hot water is flowed through a hot-water outflow path 5 from a flow path in the heating element 14.
    • 目的:通过提供一种加热流路来控制排出的热水的温度,该加热流路在水通过时形成强制对流,在不通过水时形成自然对流,以及加热流路 控制热水的温度。 构成:设置有第一和第二加热电阻器17,18及其上部和下部的加热部分20,21的圆柱形加热元件14竖立在热水储存室27中,并且热交换器 如图22所示,第一和第二加热流路23,24分别对应于加热部21,20设置在加热元件14的外周。向下的冷水供给喷嘴25安装在上部 第一加热流路23的端部和吸入口26形成在侧壁上,在下端侧壁形成有流出口​​28,第二加热流路24位于上方,流入口31 形成在下部的侧壁上,并且通过管道30与热水储存室27的上部连通。在不通过水的情况下,只有加热部21被热产生,水是 由第一加热流路2自然地对流 在喷嘴25的水通过时,水通过水而强制对流,加热部20也根据排出的热水的温度而被热生成,热水流过热水, 水流出通道5从加热元件14中的流动路径。