Abstract: A lightweight water treatment system which can be easily distributed and employed by disaster survivors for treating locally available freshwater sources. The water treatment system includes an internal storage volume for maintaining a predetermined volume of water, a water fill port in communication with the internal storage volume provided at a first end of the elongated container for receiving the predetermined volume of water, a sealing member disposed at about the first end of the elongated container for maintaining the volume of water within the internal storage volume, a second end of the elongated container for receiving sediment settling out of the predetermined volume of water and a discharge port disposed superjacent to the second conically-shaped end for controllably releasing at least a portion of the water maintained within the internal storage volume of the elongated container.
Type:
Grant
Filed:
April 5, 2009
Date of Patent:
October 16, 2012
Assignee:
California Polytechnic Corporation
Inventors:
Trygrve J Lundquist, Patricia M. Compas
Abstract: A system and method of identifying a reference standard library for thermoplastic content includes preparing a plurality of samples of each one of a plurality of known ratios of virgin thermoplastic/recycled thermoplastic, analyzing each of the plurality of samples of each one of the plurality of known ratios of virgin thermoplastic/recycled thermoplastic with at least one of a group of analyses consisting of: a differential scanning calorimetry analysis; a physical thickness analysis; an ultraviolet-visible spectroscopy analysis; an attenuated total reflectance Fourier transform infrared spectroscopy analysis; a mechanical analysis; or a plasma atomic emission spectroscopic analysis.
Type:
Grant
Filed:
September 22, 2009
Date of Patent:
November 22, 2011
Assignee:
California Polytechnic Corporation
Inventors:
Keith Vorst, Greg Curtzwiler, Jeffrey Danes, Phil Costanzo
Abstract: A system and method of an atomic tile including an elemental symbol for a corresponding element and a dot representation of at least one valance electron of the corresponding element. The dot representation are proximate to corresponding edges of the octagonal shape.
Abstract: A splint includes a first container capable of being wrapped about an item to be supported and a second container capable of containing a multiple part mixture during a mixing operation. The second container being capable of delivering the mixture into the first container, wherein the mixture hardens to form a support structure. A method for using the splint is also disclosed.
Abstract: A multiphase buck DC to DC converter with an input-output LC tank. The multiphase buck DC to DC converter with an input-output LC tank includes multiple synchronous buck DC to DC converter cells. Each one of the synchronous buck DC to DC converter cells having an input node, an output node and a control node. The synchronous buck DC to DC converter cells are arranged in a parallel configuration including having the input nodes of each one of the synchronous buck DC to DC converter cells connected together at a common input node. The synchronous buck DC to DC converter cells are also arranged in pairs of synchronous buck DC to DC converter cells. The output nodes of each one of the pairs of the synchronous buck DC to DC converter cells are connected to corresponding pair output node.
Type:
Grant
Filed:
September 22, 2008
Date of Patent:
August 24, 2010
Assignee:
California Polytechnic Corporation
Inventors:
Taufik, Dodi Garinto, Ian O. Waters, Kay K. Ohn
Abstract: A method for identifying a reusable plastic container (RPC) includes attaching a durable RFID tag and a separate sticker-label to the RPC. The separate sticker-label including printed information relating to the RPC. The RPC can be filled with a selected contents and the durable RFID scanned. A sanitation cycle can be applied to the RPC. The sanitation cycle includes removing the separate sticker-label. The separate sticker-label being optimized for removal during the sanitation cycle. The durable RFID tag being optimized to remain functional and attached to the RPC through a selected number of multiple sanitation cycles.