Gordon C.

Gordon C. Burns, Ii, Missoula, MT US

Patent application number	Description	Published
20100149906	Liquid Accelerator and Chemical Mixing Apparatus and Method - The liquid accelerator and chemical mixing system apparatus is a means for generating a velocity head differential to a current of liquid in a liquid environment or liquid containment means or a natural water body. The generating means includes a venturi eductor, having a motive liquid distribution housing and at least one venturi nozzle. The venturi eductor functions by motive liquid introduced from a remote motive liquid source, received via the motive liquid attachment means passing through a motive liquid main pipe or cylinder, through the liquid distribution housing, which is circumferentially attached to the eductor tube. The generated velocity head differential induces and accelerates the current of liquid, enabling the venturi eductor to discharge a current of liquid to move objects within the liquid environment by directing the current of liquid and to induce and mix chemicals in a liquid containment means.	06-17-2010

Patent application number	Description	Published
20100191771	SYSTEM AND METHOD FOR DEFINING RUN BOOKS - In a computing environment, metadata may be used to define common aspects such as verbs, policies, categories and variables of run book procedures. Variable data of the procedures may be stored in application files. A procedure may be generated by retrieving a pre-defined metadata definition of a procedure from a metadata database and an application file for the procedure that contains the variable data for the procedure. The metadata and the variable data may be formatted into a procedure which may be incorporated into a run book and/or transmitted to an external machine for execution of the procedure.	07-29-2010

Patent application number	Description	Published
20100223200	INTEGRATED ELECTRONIC EXCHANGE OF STRUCTURED CONTRACTS WITH DYNAMIC RISK-BASED TRANSACTION PERMISSIONING - A computer implemented method for negotiating contracts between a plurality of participants is provided. An order is received from a first participant of the plurality of participants. Position risk of the first participant is calculated by accessing data regarding the first participant and using the data regarding the first participant in a parametric variable equation modified by control values from a simulation model, to calculate the position risk of the first member. The order is blocked, if the position risk of the first participant is in a first condition for the first participant. The order is made available for forming into a contract, if the position risk of the first participant is in a second condition for the first participant.	09-02-2010