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    • 3. 发明申请
    • COFFEE BREWING SYSTEM
    • 咖啡烧烤系统
    • US20110088559A1
    • 2011-04-21
    • US12759442
    • 2010-04-13
    • William Alexis DahmenThomas J. PfeiferTimothy D. Gantt
    • William Alexis DahmenThomas J. PfeiferTimothy D. Gantt
    • A47J31/44A47J31/46A47J31/56A47J31/50
    • A47J31/007A47J31/057A47J31/50
    • A coffee brewing system comprises: a housing defining an interior cavity for storing a volume of water; a fill valve for controlling flow of water into the interior cavity through an inlet pipe; a plurality of liners housed within the interior cavity and surrounded by the water in the interior cavity; one or more heating elements positioned within the interior cavity to heat and maintain the temperature of the water; a plurality of brew baskets, each of which is received in one of the plurality of liners and configured for holding a quantity of coffee grounds; a plurality of pivoting spray arm assemblies, each said pivoting spray arm assembly configured for pivotal movement relative to the housing; one or more pumps, each said pump for conveying water from the interior cavity of the housing to a respective pivoting spray arm assembly, which then delivers the water to a selected brew basket for making brewed coffee; and a control system for controlling operation of each said pump, each said heating element, and said fill valve.
    • 咖啡冲泡系统包括:限定用于存储一定体积的水的内部空腔的壳体; 用于通过入口管控制水流入内腔的填充阀; 多个衬里,其容纳在所述内部空腔内并被所述内部空腔中的水包围; 定位在内腔内的一个或多个加热元件以加热和保持水的温度; 多个冲泡篮,其中的每一个都被接收在所述多个衬垫中的一个衬里中并且被构造成用于容纳一定数量的咖啡渣; 多个枢转喷射臂组件,每个所述枢转喷射臂组件被配置为相对于所述壳体枢转运动; 一个或多个泵,每个所述泵用于将水从所述壳体的内部空腔输送到相应的枢转喷射臂组件,然后将所述水输送到选定的冲泡篮以制造冲泡的咖啡; 以及用于控制每个所述泵,每个所述加热元件和所述填充阀的操作的控制系统。
    • 4. 发明授权
    • Wet-base, down-fired water heater
    • 湿碱,燃烧式热水器
    • US5699756A
    • 1997-12-23
    • US727258
    • 1996-10-08
    • David O. RossDale A. SoutherlandTimothy D. Gantt
    • David O. RossDale A. SoutherlandTimothy D. Gantt
    • F24H1/20F22B5/00
    • F24H1/206
    • A fuel-fired, forced draft, down-fired water heater is provided with an improved combustion product flow path that permits the heater to operate with improved fuel efficiency, lowered CO and NOx emissions, and an improved water heat input distribution along the vertical length of the heater. The water heater includes a vertically oriented tank with a vent plenum structure formed at the top end of the tank interior and having an outlet passage connectable to an external combustion product vent pipe. A centrally positioned submerged vertical burner tube extends downwardly from the vent plenum and has an open lower end extending into a submerged turn bowl disposed at the bottom end of the tank interior. Extending upwardly from the turn bowl within the tank interior, and symmetrically arranged about the centrally disposed burner tube, are a plurality of vertical flue tubes that communicate the interiors of the turn bowl and the vent plenum. A suitable fuel burner is disposed within the burner tube and is supplied with a throughflow of a pressurized fuel/air mixture which is ignited to create a downwardly directed flame and associated hot combustion products. During operation of the water heater, the hot combustion products are sequentially flowed downwardly through the burner tube into the submerged turn bowl, upwardly through the flue tubes into the vent plenum, and then outwardly through the vent plenum outlet passage.
    • 燃料燃烧的强制通风,下燃式热水器设置有改进的燃烧产物流动路径,其允许加热器以改进的燃料效率,降低的CO和NOx排放进行操作,以及沿垂直长度改善的水热输入分布 的加热器。 热水器包括垂直取向的罐,其具有形成在罐内部的顶端处的排气通风结构,并且具有可连接到外部燃烧产物通风管的出口通道。 中心定位的浸没式垂直燃烧器管从通风室向下延伸,并且具有延伸到设置在罐内部底端的浸没式转向碗的敞开的下端。 从罐内部的转盘向上延伸并且围绕中心设置的燃烧器管对称地布置有多个垂直烟道管,其连通转盘和排气室的内部。 合适的燃料燃烧器设置在燃烧器管内并且被供应加压的燃料/空气混合物的通流,其被点燃以产生向下指向的火焰和相关联的热燃烧产物。 在热水器的操作期间,热燃烧产物依次通过燃烧器管道向下流动到浸没的转盘中,向上通过烟道管进入通风室,然后通过排气通风出口通道向外流动。
    • 6. 发明授权
    • Molded polymeric fluid storage tank, and associated fabrication methods
    • 成型聚合物流体储罐及相关制造方法
    • US5923819A
    • 1999-07-13
    • US881674
    • 1997-06-24
    • David O. RossTimothy D. GanttDavid C. Poole
    • David O. RossTimothy D. GanttDavid C. Poole
    • F24H1/18
    • F24H1/181B29C65/561B29C65/58B29C66/1122B29C66/1142B29C66/54B29C66/543B29C66/55B29C66/128B29C66/5432B29C66/71B29C66/8322B29L2024/00B29L2024/006B29L2031/7126B29L2031/7156F24H1/182
    • The body structure of a fluid storage apparatus, which may be used for both liquids and gases, is formed from a coaxially and sealingly joined series of one-piece molded polymeric body sections including opposite end sections having closed outer ends. Each one piece molded polymeric body section has tubular inner and outer shell portions that are coaxial with one another and radially separated by a circumferentially spaced series of radially extending ribs molded integrally therewith and defining therebetween a circumferentially extending series of arcuate insulation spaces. In the assembled body structure the inner shell portions entirely define in the apparatus an internal fluid storage vessel portion that is useful in storing both liquids and gases. The interior fluid storage vessel is outwardly enveloped by the insulation spaces and structurally reinforced, via the integral ribs, by the outer shell sections. The apparatus is representatively a water heater storage tank with suitable inlet and outlet piping operatively communicated with the interior of the vessel, and water disposed in the internal storage vessel portion thereof may be selectively heated by one or more electric resistance type heating elements operatively mounted on the water heater body structure.
    • 可用于液体和气体两者的流体存储装置的主体结构由同轴且密封连接的一体式模制聚合物主体部分形成,包括具有封闭外端的相对端部。 每个单件模制的聚合物主体部分具有管状的内部和外部壳体部分,其彼此同轴并且由与其一体模制的周向间隔开的一系列径向延伸的肋部径向分开,并且在其间限定周向延伸的一系列弧形绝缘空间。 在组装的本体结构中,内壳部分在设备中完全限定了可用于储存液体和气体的内部流体存储容器部分。 内部流体存储容器由绝缘空间向外包围,并通过整体肋结构地由外壳部分加强。 该装置代表性地是具有合适的入口和出口管道的热水器储存罐,其与容器的内部可操作地连通,并且设置在容器的内部储存容器部分中的水可以通过一个或多个电阻型加热元件选择性加热, 热水器体结构。
    • 7. 发明授权
    • Water heater having molded plastic storage tank and associated
fabrication methods
    • 具有模制塑料储罐和相关制造方法的热水器
    • US5668922A
    • 1997-09-16
    • US558680
    • 1995-11-16
    • David O. RossTimothy D. GanttDavid C. Poole
    • David O. RossTimothy D. GanttDavid C. Poole
    • F24H1/18
    • F24H1/181B29C65/561B29C65/58B29C66/1122B29C66/1142B29C66/54B29C66/543B29C66/55B29C66/128B29C66/5432B29C66/71B29C66/8322B29L2024/00B29L2024/006B29L2031/7126B29L2031/7156F24H1/182
    • An electric water heater has a body structure formed in a manner eliminating the need for a separate metal water storage tank therein. The body structure is formed from a coaxially and sealingly joined series of one-piece molded plastic body sections including opposite end sections having closed outer ends. Each one piece molded plastic body section has tubular inner and outer shell portions that are coaxial with one another and radially separated by a circumferentially spaced series of radially extending ribs molded integrally therewith and defining therebetween a circumferentially extending series of arcuate insulation spaces. In the assembled body structure the inner shell portions entirely define in the water heater an internal water storage vessel portion that is outwardly enveloped by the insulation spaces and structurally reinforced, via the integral ribs, by the outer shell sections. Suitable inlet and outlet piping is operatively communicated with the interior of the body structure, and water disposed in the internal storage vessel portion thereof may be selectively heated by one or more electric resistance type heating elements operatively mounted on the water heater body structure.
    • 电热水器具有以不需要单独的金属储水箱的方式形成的主体结构。 主体结构由同轴且密封连接的一体式模制塑料体部分形成,包括具有封闭外端的相对端部。 每个单件模制塑料体部分具有管状的内部和外部壳体部分,其彼此同轴并且由与其一体模制的周向间隔开的一系列径向延伸的肋部径向分开,并且在其间限定周向延伸的一系列弧形绝缘空间。 在组装的主体结构中,内壳部分在热水器中完全限定内部储水容器部分,该内部储水容器部分由绝缘空间向外包围,并且通过整体肋由外壳部分结构地加强。 合适的入口和出口管道与主体结构的内部可操作地连通,并且设置在其内部储存容器部分中的水可以由可操作地安装在热水器主体结构上的一个或多个电阻型加热元件选择性加热。