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    • 2. 发明授权
    • Monitoring, controlling and reducing vampire power using a central controller in a network of power switch routers
    • 使用电力交换路由器网络中的中央控制器监控,控制和减少吸血力
    • US09454217B1
    • 2016-09-27
    • US13039749
    • 2011-03-03
    • Rafael Gomez
    • Rafael Gomez
    • G06F1/32
    • G06F1/3287G06F1/3203
    • A system and method are disclosed for monitoring, controlling and reducing power in electronic devices and appliances, specifically the standby or vampire power. The system includes a central controller and one or more power switch routers (PSR). The one or more PSRs are networkable and the controller and one or more PSRs communicate by a wireless connection. The central controller and the one or more PSRs may be coupled in a network, where the network may be either a star network or a mesh network, or a combination of a star and mesh network. The resulting network is a scalable AC power switch network that may be remotely or locally controlled with advanced metering telemetry. To reduce vampire power, the PSRs are able to accurately measure the power consumption, measuring the neutral power line, and communicate information to the central controller.
    • 公开了用于监测,控制和减少电子设备和设备中的功率,特别是待机或吸血力的系统和方法。 该系统包括一个中央控制器和一个或多个电源交换路由器(PSR)。 一个或多个PSR是可联网的,并且控制器和一个或多个PSR通过无线连接进行通信。 中央控制器和一个或多个PSR可以耦合在网络中,其中网络可以是星形网络或网状网络,或星形网格和网状网络的组合。 最终的网络是可扩展的交流电源交换机网络,可以通过高级计量遥测来远程或本地控制。 为了减少吸血力,PSR能够精确测量功耗,测量中性线,并将信息传送给中央控制器。
    • 3. 发明授权
    • Biosensor and related method
    • 生物传感器及相关方法
    • US07435579B2
    • 2008-10-14
    • US10825413
    • 2004-04-15
    • Rashid BashirRafael Gomez
    • Rashid BashirRafael Gomez
    • C12M1/34
    • G01N33/56911G01N33/5438
    • A microscale biosensor for use in the detection of target biological substances includes a detection chamber disposed on the substrate and defining a volume between 1 pico-liter and 1 micro-liter. The detection chamber is adapted to confine a composition containing microorganisms. Specimen concentration componentry is connected to the detection chamber for rapidly concentrating the microorganisms in the detection chamber. A heater is operatively connected to the substrate to heat the composition in the detection chamber. Electrodes are mounted on the substrate in communication with the detection chamber to identify AC impedance changes within the detection chamber from bacterial metabolism of the microorganisms of the composition over time.
    • 用于检测目标生物物质的微型生物传感器包括设置在基板上并且限定1微升和1微升之间的体积的检测室。 检测室适于限制含有微生物的组合物。 样品浓度组分连接到检测室,用于将微生物快速浓缩在检测室中。 加热器可操作地连接到基底以加热检测室中的组合物。 电极安装在与检测室连通的基板上,以识别检测室内的AC阻抗变化与组合物微生物随着时间的细菌代谢。
    • 4. 发明授权
    • Air purification system for a central air conditioning unit
    • 中央空调机组空气净化系统
    • US06761756B1
    • 2004-07-13
    • US10127809
    • 2002-04-23
    • Sandy GomezRafael Gomez
    • Sandy GomezRafael Gomez
    • B01D4702
    • F24F3/16B01D47/021F24F2003/1617Y02A50/21
    • An air purification system for a central air conditioning unit for effectively purifying air for central air conditioning systems. The air purification system for a central air conditioning unit includes a pan assembly including a pan member having bottom and side walls, and also having a plurality of ports being spaced about and being disposed through the bottom wall with the pan member being adapted to hold water and to be disposed in a duct for a central air conditioning system; and also includes a plurality of air intake members being disposed in the ports of the pan member; and further includes cap assemblies including a plurality of tubular cap members being spaced above and disposed about the air intake members.
    • 一种中央空调机组的空气净化系统,可有效净化中央空调系统的空气。 用于中央空调单元的空气净化系统包括一个盘组件,其包括具有底壁和侧壁的盘构件,并且还具有多个端口,所述多个端口间隔开并设置成穿过底壁,盘构件适于容纳水 并设置在中央空调系统的管道中; 并且还包括设置在盘构件的端口中的多个进气构件; 并且还包括盖组件,其包括多个管状盖构件,所述多个管状盖构件在空气进入构件周围上方并且布置在其周
    • 8. 发明申请
    • High-pressure shaping system
    • 高压成型系统
    • US20070125145A1
    • 2007-06-07
    • US11603919
    • 2006-11-22
    • Rafael Gomez
    • Rafael Gomez
    • B21D26/00
    • B21D26/039B21D26/035B21D26/041
    • A high-pressure system for hydroshaping a hollow workpiece has a lower die and an upper die vertically shiftable above the lower die and forming therewith a cavity shaped to hold the workpiece. An upper actuating element bears downward via a vertically compressible hydraulic operating cylinder on the upper die. A spring-loaded pressure-storing cylinder is connected by a hydraulic line to the operating cylinder and to the workpiece. Downward shifting of the actuating element first closes the dies together, then internally pressurizes the workpiece via the line from the operating cylinder such that the workpiece deforms and shapes itself to the cavity, and then fills the spring-loaded pressure-storing cylinder. Subsequent upward shifting of the actuating element at first allows the pressure-storing cylinder to empty, and then entrains the upper die upward off the workpiece by the actuating element.
    • 用于加氢成形中空工件的高压系统具有下模和可在下模上方垂直移位的上模,并且形成有用于保持工件的形状的空腔。 上致动元件通过上模上的可垂直压缩的液压操作缸向下支撑。 一个弹簧加压储存缸通过液压管路连接到工作缸和工件上。 致动元件的向下移动首先将模具封闭在一起,然后通过来自操作缸的管线对工件进行内部加压,使得工件变形并将其自身变形成空腔,然后填充弹簧加载的储存缸。 起动元件的随后的向上移动首先允许储存储存缸被排空,然后通过致动元件将上模向上离开工件。