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    • 1. 发明授权
    • Power vent and control for furnace
    • 电炉通风和控制
    • US4752210A
    • 1988-06-21
    • US588723
    • 1984-03-12
    • Bryan O. Trent
    • Bryan O. Trent
    • F23N1/06F23N5/18F23N3/00
    • F23N1/062F23N2033/02F23N5/18
    • An improved power vent and associated control system for a heating apparatus such as a furnace. The invention utilizes a vent blower and a flow control orifice device permitting the use of a single size air moving device and motor with different size furnaces. The control is arranged to discontinue delivery of fuel to the furnace in the event of a blockage of the furnace flue or a failure of the air moving structure. In one form of the invention, a pressure condition is sensed downstream of the air moving structure to detect the failure conditions. In another form of the invention, the control utilizes structure to sense the speed of the air moving device. The invention comprehends the use of a motor for driving the air moving device which varies in speed substantially between the unloaded and loaded conditions. The air moving device preferably unloads under high discharge pressure conditions, such as by a blocked flue. In a preferred form of the invention, a closure closes the orifice during periods when the vent blower is not operating. The closure is responsive to fluid movement through the orifice to move automatically to an open condition.
    • 一种用于加热装置(例如炉)的改进的动力通风口和相关联的控制系统。 本发明利用通风鼓风机和流量控制孔装置,允许使用具有不同尺寸炉的单一尺寸空气移动装置和电动机。 该控制设置为在炉烟道堵塞或空气移动结构的故障的情况下停止将燃料输送到炉中。 在本发明的一种形式中,在空气移动结构的下游感测压力状况,以检测故障状况。 在本发明的另一种形式中,该控制利用结构来感测空气移动装置的速度。 本发明理解使用用于驱动空气移动装置的马达,其基本上在卸载和加载条件之间变化。 空气移动装置优选在高排出压力条件下,例如通过堵塞的烟道卸载。 在本发明的优选形式中,当通风鼓风机不工作时,封闭件关闭孔口。 闭合件响应于通过孔的流体运动以自动移动到打开状态。
    • 2. 发明授权
    • Heat pipe central furnace
    • 热管中心炉
    • US4577615A
    • 1986-03-25
    • US685711
    • 1984-12-24
    • Ronald S. Tomlinson
    • Ronald S. Tomlinson
    • F24H3/08F24H3/00
    • F24H3/087F28D15/0275
    • A heat pipe heat transfer structure for use in a furnace wherein individual heat pipes are arranged in a series for successive heat transfer association with the hot products of combustion of the furnace. The heat transfer enclosure defines successively a combustion chamber portion, an acoustic decoupling portion, and an input heat transfer chamber portion. The heat transfer chamber portion, in turn, is divided into first and second portions. The first portion of the input heat transfer chamber portion, in the illustrated embodiment, decreases in cross sectional area in a direction away from the burner. The final portion of the input heat transfer chamber portion, in the illustrated embodiment, has a constant cross sectional area. The heat pipes are arranged in a folded series row, with the direction of the products of combustion being reversed in entering the first portion from the combustion chamber and in passing from the first portion to the second portion before being discharged to the vent pipe of the furnace. The construction provides improved uniform loading of the heat pipes and acoustic decoupling of the burner from the input heat transfer chamber portion.
    • 一种在炉中使用的热管传热结构,其中各个热管串联布置,以与炉的燃烧热产生连续的热传递关联。 传热罩连续地限定了燃烧室部分,声学解耦部分和输入传热室部分。 传热室部分又分成第一和第二部分。 在所示实施例中,输入传热室部分的第一部分在远离燃烧器的方向上的横截面面积减小。 在所示实施例中,输入传热室部分的最后部分具有恒定的横截面面积。 热管被布置成折叠的排列,燃烧产物的方向在从燃烧室进入第一部分时反转,并且在从第一部分流到第二部分之前被排放到通气管 炉。 该结构提供了改进的热管的均匀负载和燃烧器与输入传热室部分的声学解耦。
    • 4. 发明授权
    • Terminal block and capacitor mount for blower
    • 接线端子和电机座用于鼓风机
    • US4390219A
    • 1983-06-28
    • US244159
    • 1981-03-16
    • Richard F. Beehler
    • Richard F. Beehler
    • H02K5/22H02K17/30H01R4/66H02K11/00
    • H02K17/30H02K11/40H02K5/225H02K2211/03
    • A terminal block and capacitor mount for use in an apparatus, such as a blower, having a drive motor. The terminal block is arranged to provide connections to the windings of the motor and to a capacitor secured to the terminal block. The assembly is arranged to be mounted to a support wall associated with the blower. Terminals are exposed through opposite faces of the housing of the assembly. The housing is secured to the support wall with one face exposed through the support wall opening to permit connection to the terminals therethrough. In the illustrated embodiment, the terminals to which the motor supply leads and power supply leads are connected are exposed through the support wall opening. Grounding straps are provided for grounding the capacitor case to the support wall as a result of the mounting of the capacitor to the assembly. The assembly permits the use of any one of a plurality of different size motors with any one of a plurality of different size capacitors through suitable connection to the terminals thereof.
    • 一种用于具有驱动电动机的诸如鼓风机的装置中的端子块和电容器座。 端子块被布置成提供到电动机的绕组和固定到端子块的电容器的连接。 组件布置成安装到与鼓风机相关联的支撑壁上。 端子通过组件外壳的相对面露出。 壳体被固定到支撑壁上,一个面通过支撑壁开口暴露,以允许通过其与终端的连接。 在图示的实施例中,连接有电动机供应引线和电源引线的端子通过支撑壁开口露出。 提供接地带,用于将电容器壳体连接到支撑壁上,这是由于将电容器安装到组件上。 该组件通过适当地连接到其端子,允许使用多个不同尺寸的电动机中的任何一个与多个不同尺寸的电容器中的任何一个电容器一起使用。
    • 5. 发明授权
    • Damper mechanism for fresh air intake
    • 新鲜空气吸入器的阻尼机构
    • US4200117A
    • 1980-04-29
    • US921841
    • 1978-07-03
    • Richard M. AndersonRichard F. Beehler
    • Richard M. AndersonRichard F. Beehler
    • F16K15/03
    • F16K15/038Y10T137/7839Y10T137/7898
    • A fluid flow device having a biased closure structure for selectively closing an opening in a flow conducting structure. The closure includes a pair of closure members pivoted relative to a transverse axis of the opening and biased to the closed position by a spring which is maintained spaced from the closure members in the closed position thereof. The spring has a midportion which is brought into engagement with the closure members as an incident of the movement thereof to and beyond a preselected position intermediate the closed and fully opened positions of the closure members. The spring acts to resiliently bias the closure members toward the closed position as result of the spring tension between the closed position and the intermediate position and the abutment of the midportion of the spring with the closure members at and beyond the intermediate position permits the closure members to be swung toward the fully open position with a decreased force.
    • 一种具有偏压闭合结构的流体流动装置,用于选择性地关闭导流结构中的开口。 封闭件包括一对闭合件,该封闭件相对于开口的横向轴线枢转,并通过一弹簧偏压到关闭位置,该弹簧在关闭位置处与封闭件保持间隔开。 弹簧具有中间部分,该中部部分作为其运动的入射而与闭合部件接合并且在闭合部件的闭合和完全打开位置之间的预选位置之上。 弹簧用于将闭合件向闭合位置弹性地偏置,这是由于闭合位置和中间位置之间的弹簧张力,并且弹簧中部与闭合件在中间位置之间和之间的抵接允许封闭件 以较小的力向全开位置方向摆动。
    • 6. 发明授权
    • Air conditioner control
    • 空调控制
    • US4045973A
    • 1977-09-06
    • US645285
    • 1975-12-29
    • Richard M. AndersonRobert S. McGill, IIIRobert W. Ramsey
    • Richard M. AndersonRobert S. McGill, IIIRobert W. Ramsey
    • F24F11/00F25B49/02F25B49/00
    • F25B49/02F24F11/0009F24F11/0012F25B2500/26F25B2600/23
    • A control system for a central air conditioner. The air conditioner includes an outdoor condensing unit including a refrigerant compressor, an indoor evaporator unit, an indoor thermostat responsive to the indoor temperature for controlling the air conditioner, and a control system for protecting the air conditioner and indicating to the user certain malfunctions in the air conditioner should they occur. The malfunction indication may be by means of signal lights and a manually operable reset control is provided permitting the user to reset the control system. The malfunction indicator and reset control are disposed adjacent the thermostat for facilitated determination of the system operating condition. The control system includes an improved control portion for starting of the compressor motor which is arranged to prevent operation of the system in the event of a low power supply voltage condition. The control system provides a minimum "Off" reset time before permitting the air conditioner to automatically attempt to restart regardless of the condition causing stopping of the air conditioner. The control system further includes a current sensing control which determines the compressor motor current a preselected time after the closing of the compressor motor switch and is arranged to discontinue operation of the compressor motor in the event the current is above a preselected high value. Clock pulses are used to facilitate operation of the current sensing control. Improved accuracy in the timing of the control system is obtained by means of coordinated use of clock pulses and R-C time delays.
    • 中央空调的控制系统。 空调机包括室外冷凝单元,其包括制冷剂压缩机,室内蒸发器单元,响应于用于控制空调的室内温度的室内恒温器,以及用于保护空调器并向用户指示某些故障的控制系统 空调应该会发生。 故障指示可以通过信号灯进行,并且提供允许用户复位控制系统的可手动复位控制。 故障指示器和复位控制设置在恒温器附近,以便于确定系统运行状态。 控制系统包括用于启动压缩机电动机的改进的控制部分,该压缩机电动机被布置成在电源电压低的情况下防止系统的操作。 控制系统在允许空调自动尝试重新启动之前提供最小的“关闭”复位时间,而不管造成停机的情况如何。 控制系统还包括电流检测控制,其在压缩机电动机开关闭合之后的预选时间确定压缩机电动机电流,并且被布置成在电流高于预选的高值的情况下停止压缩机电动机的操作。 时钟脉冲用于促进电流感测控制的操作。 通过协调使用时钟脉冲和R-C时间延迟获得控制系统定时精度的提高。
    • 7. 发明授权
    • Service thermostat
    • 维修恒温器
    • US4942613A
    • 1990-07-17
    • US279419
    • 1988-12-02
    • Gregory A. Lynch
    • Gregory A. Lynch
    • G05B23/02G05D23/19
    • G05D23/1905
    • The present invention is a diagnosis and testing system for a temperature control system which includes a communication bus, a control processor, and a service thermostat. The communication bus is coupled to substantially all of the components of the system. The control processor initiates communication between components by sending a bus address over the bus. The control processor includes an address decoder for recognizing various bus address signals, including a normal thermostat bus address and a service thermostat bus address. The service thermostat has a switch, a processor, and a bus interface unit. The switch selects the operating mode of the service thermostat, e.g. either normal or service modes. The bus interface unit communicates over the bus for the service thermostat processor. The service thermostat processor operates the service thermostat and is adapted to communicate over the bus using a bus address according to the operating mode which is determined by the switch.
    • 本发明是一种用于温度控制系统的诊断和测试系统,其包括通信总线,控制处理器和服务恒温器。 通信总线被耦合到系统的基本上所有的组件。 控制处理器通过总线发送总线地址来启动组件之间的通信。 控制处理器包括用于识别各种总线地址信号的地址解码器,包括正常恒温器总线地址和服务恒温器总线地址。 服务恒温器具有开关,处理器和总线接口单元。 开关选择服务恒温器的工作模式,例如 正常或服务模式。 总线接口单元通过总线通信服务恒温器处理器。 服务恒温器处理器操作服务恒温器,并且适于根据由开关确定的操作模式使用总线地址通过总线进行通信。
    • 9. 发明授权
    • Lanced fin condenser for central air conditioner
    • 中央空调冷凝器
    • US4691768A
    • 1987-09-08
    • US813863
    • 1985-12-27
    • Charles B. Obosu
    • Charles B. Obosu
    • F28F1/32F28D1/04
    • F28F1/325Y10S165/503
    • An improved fin configuration is provided for use in central air conditioning unit heat exchangers in which heat transfer takes place between a first fluid, typically a refrigerant, flowing inside a nested plurality of tubes and a second fluid, typically air, flowing between the tubes and through a plurality of heat conducting fins attached to and arrayed between the tubes. Lanced pairs of streamwise adjacent bridge-like formations, one out each side of a generally corrugated fin surface, provide numerous leading edges to generate a plurality of reforming velocity and heat transfer boundary layers which leads to an increase in flow turbulence for enhanced heat transfer between the fins and the second fluid. By strategic location of a pair of such formations between tubes, with the upstream one of the pair at a positive angle of attack to the flow, air flow is directed through the fin to mix with flow on the other side of the fin and hence the heat transfer rate is improved. The provision of a shallow conical annular fin region around each collar attaching a fin to a tube, preferably with a 6.degree. inclination of the conical surface to a plane orthogonal to the collar axis, provides additional enhancement to the heat transfer between the fin and the second fluid.
    • 提供了一种改进的翅片配置,用于中央空调单元热交换器,其中在嵌套的多个管内流动的第一流体(通常为制冷剂)和在管之间流动的第二流体(通常为空气)之间进行热传递 通过附接到并排列在管之间的多个导热翅片。 沿着一条流体相邻的桥状地层,一条通常波纹的翅片表面的每一侧的一对,提供了许多前缘,以产生多个重整速度和传热边界层,这导致流动湍流的增加, 翅片和第二流体。 通过在管之间的一对这样的结构的战略位置,其中上游的一对以对流的正角度攻击,空气流被引导通过翅片以与鳍的另一侧上的流体混合,因此 传热速率提高。 在每个凸缘周围设置浅的圆锥形环形翅片区域,其将翅片附接到管件,优选地具有锥形表面的6度倾斜度与垂直于套管轴线的平面,从而提供了翅片和 第二流体。