Abstract: An example system can comprise a closed group of member financial institution servers. The system can comprise a data feed manager configured to communicate amongst the closed group of member financial institution servers over a network. The system can comprise a data aggregator configured to aggregate data related to transactions conducted by the closed group of member financial institution servers. The aggregated data can comprise an aggregated interest from the transactions. The system can comprise a distribution manager configured to determine one or more distribution levels for the member financial institutions and one or more seeding entities based on the aggregated data.

Abstract: An example system can comprise a closed group of member financial institution servers. The system can comprise a data feed manager configured to communicate amongst the closed group of member financial institution servers over a network. The system can comprise a data aggregator configured to aggregate data related to transactions conducted by the closed group of member financial institution servers. The aggregated data can comprise an aggregated interest from the transactions. The system can comprise a distribution manager configured to determine one or more distribution levels for the member financial institutions and one or more seeding entities based on the aggregated data.

Abstract: An example system can comprise a closed group of member financial institution servers. The system can comprise a data feed manager configured to communicate amongst the closed group of member financial institution servers over a network. The system can comprise a data aggregator configured to aggregate data related to transactions conducted by the closed group of member financial institution servers. The aggregated data can comprise an aggregated interest from the transactions. The system can comprise a distribution manager configured to determine one or more distribution levels for the member financial institutions and one or more seeding entities based on the aggregated data.

Abstract: A gas mitigation system for use in connection with a subsurface pump includes a shroud hanger that has one or more orifices that permit the passage of fluids through the shroud hanger. A canister connected to the shroud hanger has an open upper end. An intake tube connected to the tubing string extends into the canister. The canister is sized and configured to cause fluids passing around the outside of the canister to accelerate, thereby encouraging the separation of gas and liquid components. The open shroud hanger and open upper end of the canister allow heavier liquid components to fall into the canister, where the liquid-enriched fluid can be drawn into the subsurface pump.

Abstract: An example system can comprise a closed group of member financial institution servers. The system can comprise a data feed manager configured to communicate amongst the closed group of member financial institution servers over a network. The system can comprise a data aggregator configured to aggregate data related to transactions conducted by the closed group of member financial institution servers. The aggregated data can comprise an aggregated interest from the transactions. The system can comprise a distribution manager configured to determine one or more distribution levels for the member financial institutions and one or more seeding entities based on the aggregated data.

Abstract: A gas mitigation system for use in connection with a subsurface pump includes a shroud hanger that has one or more orifices that permit the passage of fluids through the shroud hanger. A canister connected to the shroud hanger has an open upper end. An intake tube connected to the tubing string extends into the canister. The canister is sized and configured to cause fluids passing around the outside of the canister to accelerate, thereby encouraging the separation of gas and liquid components. The open shroud hanger and open upper end of the canister allow heavier liquid components to fall into the canister, where the liquid-enriched fluid can be drawn into the subsurface pump.

Abstract: An example system can comprise a closed group of member financial institution servers. The system can comprise a data feed manager configured to communicate amongst the closed group of member financial institution servers over a network. The system can comprise a data aggregator configured to aggregate data related to transactions conducted by the closed group of member financial institution servers. The aggregated data can comprise an aggregated interest from the transactions. The system can comprise a distribution manager configured to determine one or more distribution levels for the member financial institutions and one or more seeding entities based on the aggregated data.

Abstract: A method and apparatus for verifying the complete cut through of a tubular member by a fluid cut through device. A follower runs in the kerf created in the tubular member by the fluid cut through device until the follower encounters an incomplete cut, or hanger. The follower rotates away from the fluid cut through device when the follower encounters a hanger, thereby disengaging a switch to interrupt the fluid cut through device.

Abstract: A display device for holding and displaying a document constituted by a thin sheet, the display device being composed of: a frame member enclosing a display area; at least one holding element for holding the document so that at least a portion of the document is visible in the display area; and support elements for supporting the frame member in an upright orientation on a horizontal support surface, wherein the at least one holding element is integral with the frame member.

Abstract: A method and device for creating a suntan tattoo utilizing an applique is disclosed. The method includes cutting the applique from a two-ply blank formed of a flexible film sheet and a backing sheet. The flexible film has an adhesive coating on one side. Excess film is removed from the backing sheet. A transfer sheet having an adhesive coating is affixed over the applique and the backing sheet. The transfer sheet is then used to remove the applique from the backing sheet and apply the applique to the desired portion of the body. The transfer sheet is then removed from the skin, leaving the applique on the skin for exposure to tanning rays. After exposure to the tanning rays, the applique is removed, thus providing a precise suntan tattoo.