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    • 21. 发明申请
    • Gas control valve in water heater
    • 热水器中的气体控制阀
    • US20010022198A1
    • 2001-09-20
    • US09808871
    • 2001-03-15
    • PALOMA INDUSTRIES, LIMITED
    • Tatsuo KuriyamaAtsushi Tanahashi
    • F16K011/16
    • F23N1/087F16K11/14F16K31/52416F23N5/04F23N5/10F23N2035/20Y10T137/1516Y10T137/87016Y10T137/87024
    • A gas control valve in a water heater is provided for improving the ease of assembling, minimizing the size and the cost, and decreasing the limitation of layout design. For example, in a flame-retention, storage type closed vessel gas water heater for automatically controlling the temperature of hot water in a tank to a predetermined temperature, a cam member 3 having a pilot cam surface 3b, a main cam surface 3a, and an extinction cam surface 3c thereof arranged along one track is fixedly mounted on an ignition operating shaft 2 equipped with an ignition knob 1 for turning together and also arranged for direct engagement with the proximal end 13a of the valve pin 13 which has a pilot valve V1 fixedly mounted on the distal end thereof, a main valve V slidably mounted thereon below the pilot valve V1, and a main valve opening collar plate 14 fixedly mounted thereon below the main valve V as spaced by a given distance nullanull from the same so that the valve pin 13 can be shifted forward and backward by a predetermined sequence of actions of the cam member 3 to open and close the pilot valve V1 and the main valve V aligned along the axis of the valve pin 13 in response to the movement of the ignition knob 1 for controlling the supply of fuel gas to turn on and off the combustion of the water heater.
    • 提供了一种热水器中的气体控制阀,用于提高组装的容易性,最小化尺寸和成本,并减少布局设计的局限性。 例如,在用于将罐中的热水温度自动控制到预定温度的保温储存型密闭容器气体热水器中,具有先导凸轮表面3b的凸轮构件3,主凸轮表面3a和 沿着一个轨道布置的消光凸轮表面3c固定地安装在点火操作轴2上,该点火操作轴2装备有用于转动在一起的点火旋钮1,并且还布置成与具有先导阀V1的阀销13的近端13a直接接合 固定安装在其远端上,主导阀V可滑动地安装在先导阀V1下方,主阀开启套环板14固定地安装在主阀V下面,与主阀V隔开一定距离“a” 阀销13可以通过凸轮构件3的预定的动作顺序向前和向后移动,以打开和关闭沿着阀销13的轴线对准的先导阀V1和主阀V 响应于点火旋钮1的运动,用于控制燃料气体的供应以打开和关闭热水器的燃烧。
    • 22. 发明申请
    • Gas control valve in water heater
    • 热水器中的气体控制阀
    • US20010022190A1
    • 2001-09-20
    • US09809415
    • 2001-03-15
    • PALOMA INDUSTRIES, LIMITED
    • Tatsuo KuriyamaAtsushi Tanahashi
    • F23D005/16
    • F23D14/725F23N5/10F23N2025/08F23N2041/04Y10T137/1516
    • A gas control valve in a water heater is provided with a unipolar overheat prevention terminal of which the connection structure is simplified in the magnetic circuit. In a flame-retention, storage type closed vessel gas water heater for automatically controlling the temperature of hot water in a tank to a desired level, the unipolar overheat prevention terminal 7 is mounted in the main body of an ignition/extinction unit A as held with a retaining projection 15 provided integrally on a cover 14 of the ignition/extinction unit so that it can hardly be detached while being separated from a gas shut off magnetic valve MV mounted at the upstream side of a gas flow passage 1. As the unipolar overheat prevention terminal 7 is arranged connectable with a burner flame detecting thermocouple TC, the burner flame detecting thermocouple TC and the gas shut off magnetic valve MV in the magnetic circuit are connected to each other by the unipolar overheat prevention terminal 7.
    • 热水器中的气体控制阀设置有单极过热防止端子,其连接结构在磁路中简化。 在用于将罐中的热水温度自动控制到期望水平的保温储存型密闭容器燃气热水器中,单极过热防止端子7安装在点火/消光单元A的主体中,保持 其具有一体地设置在点火/消光单元的盖14上的保持突起15,使得在与安装在气体流路1的上游侧的气体切断电磁阀MV分离时几乎不能拆卸。作为单极 过热防止端子7可与燃烧器火焰检测热电偶TC连接,燃烧器火焰检测热电偶TC和磁路中的气体截止电磁阀MV由单极过热防止端子7相互连接。
    • 23. 发明申请
    • Fryer
    • 炸锅
    • US20020046657A1
    • 2002-04-25
    • US10003945
    • 2001-10-23
    • PALOMA INDUSTRIES, LIMITED
    • Akito Takahashi
    • A47J037/12
    • A47J37/1223Y10S210/08
    • The invention provides a fryer wherein the tasks of supplying and disposing oil are both simple and safe. An oil supply pipe 41 branches off from an oil pipe 34 between an oil tank 31 and an oil pump 33 of a fryer 1, and an oil supply valve 42 is provided at that connection portion for switching the intake route of the oil pump 33 between the oil tank 31 and the oil supply pipe 41. An oil disposal pipe 44 branches off from the oil pipe 34between the oil pump 33 and an oil vat 11, and an oil disposal valve 45 is provided at that connection portion for switching the outflow route of the oil pump 33 between the oil vat 11 and the oil disposal pipe 44. Then, the valves are operated with an oil supply valve lever 43 and an oil disposal valve lever 46, and driving the oil pump 33, the tasks of supplying and discarding oil are carried out automatically.
    • 本发明提供一种油炸锅,其中提供和处理油的任务既简单又安全。 供油管41从油箱31和油炸锅1的油泵33之间的油管34分支,在该连接部分设置有供油阀42,用于将油泵33的进气路径切换到 油箱31和供油管41.油处理管44从油泵33和油桶11之间的油管34分支,并且油排出阀45设置在该连接部分处,用于切换流出路径 在油桶11和油处理管44之间的油泵33的后部,通过供油阀杆43和排油阀杆46操作阀,驱动油泵33,供给和 废油自动进行。
    • 24. 发明申请
    • Fryer
    • 炸锅
    • US20020002911A1
    • 2002-01-10
    • US09864893
    • 2001-05-24
    • PALOMA INDUSTRIES, LIMITED
    • Iwao Tateyama
    • A47J037/12A23L001/00A47J027/00
    • A47J37/1266Y10S210/08
    • A discrepancy in the model setting between controllers is defitely detected. When it is judged at S4 that the setting is a split vat model, the procedure then goes to S5 for determining the cooking menu at the right oil vat, S6 for processing data to be transmitted to a burner controller, and S7 for processing data received from the burner controller. When it is judged at S8 that the setting of the burner controller is a full vat model because the temperature of a thermistor at the right oil vat received from the burner controller is an FFFFH level (equivalent to 3609null C.), the discrepancy in the setting is displayed for notification at S9. Then, the burner controller is instructed at S10 for extinction.
    • 控制器之间的模型设置的差异被剔除。 当在S4判断出设定为分离缸模式时,过程然后进入S5以确定正确的油桶上的烹饪菜单,S6用于处理要发送到燃烧器控制器的数据,以及用于处理收到的数据的S7 从燃烧器控制器。 当在S8判断燃烧器控制器的设置是全缸模型时,因为从燃烧器控制器接收到的右油桶的热敏电阻的温度是FFFFH水平(相当于3609℃),所以在 在S9显示设置以通知。 然后,在S10熄灭时,指示燃烧器控制器。