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    • 3. 发明申请
    • FLUID INSTRUMENT INFORMATION PROVIDING DEVICE
    • 液体仪表信息提供装置
    • US20150128721A1
    • 2015-05-14
    • US14394905
    • 2013-04-16
    • Panasonic Intellectual Property Management Co.,Ltd
    • Mitsuo YokohataMotoyuki Nawa
    • G01F3/22
    • G01F3/22F23N5/26F23N2023/38F23N2031/20F23N2031/30F23N2037/02G01F15/061G01F15/066G01F15/075G01F15/0755H01M8/04425H01M8/04776
    • A fluid instrument information providing device comprises a gas usage amount integrating section for integrating the usage amount of a gas for each of the kinds of gas instruments which is determined by a gas instrument determiner section, based on a change in the flow of the gas which is measured by the flow measuring section; an instrument information generating section for generating a plurality of gas instrument information including charge information relating to the gas instrument corresponding to the integrated usage amount for each kind of the gas instrument which is integrated by the gas usage amount integrating section, based on the integrated usage amount; an information selecting section operated by a user to select gas instrument information from among the gas instrument information generated by the gas instrument information generating section; and an output section for outputting instrument information selected by the information selecting section.
    • 流体仪器信息提供装置包括气体使用量积分部分,用于根据气体流量的变化来整合由气体仪器确定部分确定的每种气体仪器的气体的使用量, 由流量测量部测量; 乐器信息生成部件,用于根据积分使用量产生多个气体乐器信息,所述多个气体乐器信息包括与由气体使用量积分部分积分的各种气体乐器相对应的气体乐器相关的费用信息 量; 由用户操作的信息选择部分,从气体仪器信息生成部生成的气体仪器信息中选择气体仪器信息; 以及输出部,用于输出由信息选择部选择的乐器信息。
    • 5. 发明申请
    • Safeguard for furnace draft system
    • 炉膛系统保护
    • US20020048738A1
    • 2002-04-25
    • US09976180
    • 2001-10-12
    • Carrier Corporation
    • Duane David GarlochMerle Dana Sears
    • F23N005/00
    • F23N5/245F23L17/005F23N5/26F23N2025/10F23N2031/26F23N2033/02
    • A draft safeguard apparatus for use in a multi-poised furnace having an inducer housing for receiving flue gases from a heat exchanger. The furnace flue pipe is attached to the inducer housing by an elbow that is rotatably connected to the inducer housing. An elongated sensor housing is mounted upon the elbow. The housing provides a flow channel so that the inlet section of the elbow communicates with the surrounding ambient. A limit switch is mounted in the housing to sense the temperature in the flow passing through the housing. When the furnace is operating normally, ambient air is drawn into the vent system through the sensor housing. If the vent system becomes restricted, the flow through the housing is reversed and the limit switch is opened when the reverse flow temperature exceeds a given limit. A baffle that includes a flat, rectangular-shaped top plate is mounted inside the elbow to form a chamber over the entrance to the sensor housing which directs the flue gas flow over the entrance when the vent system is unblocked and directs the flue gas flow into the gas sensor housing in the event that the vent system becomes blocked.
    • 一种用于具有用于接收来自热交换器的烟道气的诱导器壳体的多重炉中的吃水保护装置。 炉烟道通过可旋转地连接到诱导器壳体的弯头附接到诱导器壳体。 细长的传感器外壳安装在肘部上。 壳体提供流动通道,使得弯头的入口部分与周围环境连通。 限位开关安装在壳体中以感测通过壳体的流动中的温度。 当炉正常运行时,环境空气通过传感器外壳被吸入通风系统。 如果通风系统受到限制,则当反向温度超过给定极限时,通过外壳的流量反转,限位开关打开。 包括平坦的矩形顶板的挡板安装在弯头内部,以在传感器壳体的入口上形成一个室,当排气系统被阻挡时,烟道气流导入入口,并引导烟气流入 在排气系统被堵塞的情况下,气体传感器壳体。
    • 6. 发明授权
    • Safeguard for furnace draft system
    • 炉膛系统保护
    • US06305369B1
    • 2001-10-23
    • US09691418
    • 2000-10-18
    • Duane David Garloch
    • Duane David Garloch
    • F24H300
    • F23N5/245F23L17/005F23N5/26F23N2025/10F23N2031/26F23N2033/02
    • A draft safeguard apparatus for use in a multi-poised furnace having an inducer housing for receiving flue gases from a heat exchanger. The furnace flue pipe is attached to the inducer housing by an elbow having a first linear inlet section that is rotatably connected to the inducer housing and a second linear outlet section that is connected to the flue pipe. A bend section connects the inlet and outlet section of the elbow. An elongated sensor housing is mounted upon the inlet section of the elbow. The housing provides a flow channel so that the inlet section of the elbow communicates with the surrounding ambient. A limit switch is mounted in the housing to sense the temperature in the flow passing through the housing. When the furnace is operating normally, ambient air is drawn into the vent system through the sensor housing. If the vent system becomes restricted, the flow through the housing is reversed and the limit switch is opened when the reverse flow temperature exceeds a given limit.
    • 一种用于具有用于接收来自热交换器的烟道气的诱导器壳体的多重炉中的吃水保护装置。 炉烟道通过具有可旋转地连接到诱导器壳体的第一线性入口部分和连接到烟道管的第二线性出口部分的弯头附接到诱导器壳体。 弯头部分连接肘部的入口和出口部分。 细长的传感器壳体安装在肘部的入口部分上。 壳体提供流动通道,使得弯头的入口部分与周围环境连通。 限位开关安装在壳体中以感测通过壳体的流动中的温度。 当炉正常运行时,环境空气通过传感器外壳被吸入通风系统。 如果通风系统受到限制,则当反向温度超过给定极限时,通过外壳的流量反转,限位开关打开。