Dermot

Dermot Brake, Bowmanville CA

Patent application number	Description	Published
20100224628	BEVERAGE CAN ASSEMBLY - A beverage can assembly, for precluding contamination of a beverage contained there within on opening of the beverage can assembly and during distribution of the beverage from the beverage can assembly, includes a beverage can, a tab and a spout. The beverage can is adapted to store the beverage there within. The beverage can includes an opening configured on a top cover portion thereof. The tab is disposed on the top cover portion of the beverage can. The tab, in a closed position thereof, is adapted to cover the opening. The spout is removably coupled to an underside portion of the tab. The spout is adapted to be positioned within the beverage can, in the closed position of the tab. Further, the spout is adapted to be moved out of the opening for distribution of the beverage, in the open position of the tab.	09-09-2010

Patent application number	Description	Published
20090307600	System and Method for Effecting Control of Remote Computers - The invention describes a system and methodology for controlling multiple devices simultaneously from one control device. The control device is provided with a display having a plurality of windows, each having a visual representation related to the activity of the multiple devices. By relaying commands effected at the control device through a intermediary server, it is possible to simultaneously effect a corresponding processing of the same commands at each of the multiple devices. On effecting a command the multiple devices relay back, through the server, an image representative of the result of the processing of that command to the control device for display.	12-10-2009

Patent application number	Description	Published
20110114566	PROCESS AND APPARATUS FOR SEPARATING HYDROCARBONS FROM PRODUCED WATER - A process for removing hydrocarbons such as oil from produced water entrains high concentrations of very small gas bubbles within produced water inside a vertically-oriented primary separation tank by means of aerators immersed in the water inside the tank. Oil droplets coat the gas bubbles which form a buoyant oil-rich froth phase overlying a gas-rich liquid phase. The froth phase flows out through a discharge port in a preferably conical upper section of the primary tank, for disposal or recovery of oil as appropriate. Solid contaminants not borne by the froth phase may be intermittently settled out of the liquid phase and removed for treatment or disposal through a discharge port in a preferably conical lower section of the primary tank. Clean processed water is drawn a medial region of the primary tank for re-use as appropriate. In a preferred embodiment, the froth phase passes into a secondary separation tank for further separation of contaminants by means of gravity and/or supplemental aeration.	05-19-2011