Farrow
Adam Farrow, Miranda AU
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20120186722 | ROOF AND WALL COVER SYSTEM - A covering of a damaged or uncompleted building; the covering including a film of heat shrinkable material stretched over damaged or uncompleted portions of the building; the film formed as a sheet comprising an assembly of lengths of the heat shrinkable material applied to surfaces of the building. | 07-26-2012 |
Andrew Farrow, London CA
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20100101151 | WEATHER STRIP INSTALLATION DEVICE - A weather strip installation device for mechanically installing weather strip along the opening of a vehicle door is disclosed. The device includes a frame outlining said opening, and a plurality of contact pads enclosing the frame. A selectively movable unit is disposed between the frame and the contact pads, wherein the selectively movable unit is operable to push each of the contact pads outwardly from the frame. In the first preferred embodiment the movable unit is a plurality of expandable bladders disposed between the contact pads and the peripheral edge of the frame. In the second preferred embodiment, the movable unit is an extensible arm rotatably attached to the frame. The extensible arm includes a roller disposed between the frame and contact pads that presses against the contact pads thereby installing the weather strip along the opening of the door as the extensible arm rotates about the frame. | 04-29-2010 |
David Farrow, Ontario CA
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20110097788 | NANO AND MICRO-TECHNOLOGY VIRUS DETECTION METHOD AND DEVICE - The invention relates to methods and devices for detecting the presence of a particle of interest (hereinafter an analyte particle) in a fluid. A detection device exemplary of the present invention filters a sample of the fluid to remove particles larger than the analyte particles. A reagent solution, containing reagent particles smaller than the analyte particles, is then added to the sample. The reagent particles will react with the analyte particles, if any are present, to form reagent-analyte complexes which are larger than the analyte particles. The sample is then filtered a second time to remove particles the same size as or smaller than the analyte particles. The sample is then tested for the presence of reagent-analyte complexes to detect the presence of the analyte particle in the fluid. | 04-28-2011 |
Heath S. Farrow, Kelowna CA
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20150119139 | SELECTIVE CACHING OF INTERACTIVE OBJECTS - The present disclosure may take the form of a method for enhancing performance of interactive content. The method includes analyzing by a processing element a user actuated object of the interactive content, predicting action of the user actuated object in a proceeding frame of the interactive content, using the predicted action, determining by the processing element if the user actuated object can be cached for the proceeding frame, if the user actuated object can be cached, saving the user actuated object as a bitmap object and display the bitmap object in the proceeding frame and if the user actuated object cannot be cached, rendering a vector graphic of the user actuated object in the proceeding frame. | 04-30-2015 |
John Farrow, Waterford AU
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20130126004 | METHOD, SYSTEM AND DEVICE FOR REDUCING FRICTION OF VISCOUS FLUID FLOWING IN ACONDUIT - A device is disclosed for improving flow of a viscous fluid in a fluid transport conduit. The device includes a porous conduit having a passage through which the viscous fluid may pass between upstream and downstream sections of the fluid transport conduit and a casing member having a wall which extends around the porous conduit. The device is configured such that, when it is in situ, a fluid transfer chamber having at least one fluid inlet is defined between the casing member wall and porous conduit. A lubricating fluid may pass under pressure through the inlet(s) into the fluid transfer chamber and through the porous conduit into the passage to lubricate the flow of the viscous fluid being transported. | 05-23-2013 |
20140305509 | METHOD, SYSTEM AND DEVICE FOR REDUCING FRICTION OF VISCOUS FLUID FLOWING IN A CONDUIT - There is disclosed a device for improving flow of a viscous fluid in a fluid transport conduit, the device comprising: a porous conduit having a passage through which the viscous fluid may pass between upstream and downstream sections of the fluid transport conduit; and a casing member having a wall which extends around the porous conduit, the device being configured such that, when it is in situ, a fluid transfer chamber having at least one fluid inlet is defined between the casing member wall and porous conduit, whereby lubricating fluid may pass under pressure through the inlet(s) into the fluid transfer chamber and through the porous conduit into the passage to lubricate the flow. | 10-16-2014 |
Robb Farrow, Lacombe CA
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20120112484 | PIPE PILE SLING - A sling for securing a pipe pile to a pipe pile driving apparatus so that the pipe pile is suspended substantially vertical from the pipe pile driving apparatus is provided. The sling includes a sleeve clamp configured to encircle and clamp against the sleeve for conjoint movement therewith. A pipe pile clamp configured to encircle and clamp against the pipe pile for conjoint movement therewith. First and second pawls are pivotally supported by the pipe pile clamp. The pawls are diametrically opposed and confronting each other and being configured to receive the pipe pile between them. A first suspension tether is connected to and extends between the sleeve clamp and the first pawl. A second suspension tether is connected to and extends between the sleeve clamp and the second pawl, wherein the first and the second pawls pivot in a direction towards each other to clamp against opposing surfaces of a pipe pile positioned between the first and the second pawls when the first and second suspension tethers are tensioned. | 05-10-2012 |