Abstract: A system for managing organization dataflows is disclosed, comprising a database configured to store a plurality of data related to a project scope, personnel, and historical data. An artificial intelligence system receives the plurality of data provide the plurality of data to a machine learning module to determine one or more suggested steps for completing the project. A scheduling module in operable communication with the machine learning module to receive scheduling information and compare the scheduling information with the historical data to determine a timeframe for completing the project for at least one of a plurality of users.

Abstract: A system for managing organization dataflows is disclosed, comprising a database configured to store a plurality of data related to a project scope, personnel, and historical data. An artificial intelligence system receives the plurality of data provide the plurality of data to a machine learning module to determine one or more suggested steps for completing the project. A scheduling module in operable communication with the machine learning module to receive scheduling information and compare the scheduling information with the historical data to determine a timeframe for completing the project for at least one of a plurality of users.

Abstract: A device has a canister with a bulk wick occupying at least most of the canister, and a lid affixed to the canister and in contact with the bulk wick. The lid defines an opening exposing a portion of the bulk wick for lighting.

Abstract: The newly created device outlined above is a fluid filled, optical lens able to change its magnification depending on the pressure of the fluid contained in the lens. This device has few moving parts, decreasing the cost and/or complexity of repair and manufacture. The device is so simple it can be created in the average household with common materials. Since the lens has its own magnification control, it doesn't need a separate assembly for magnification control. This both reduces the complexity and maintenance needed for any optical instrument the lens is installed in.

Abstract: A device has a canister with a bulk wick occupying at least most of the canister, and a lid affixed to the canister and in contact with the bulk wick. The lid defines an opening exposing a portion of the bulk wick for lighting.

Abstract: A device has a canister with a bulk wick occupying at least most of the canister, and a lid affixed to the canister and in contact with the bulk wick. The lid defines an opening exposing a portion of the bulk wick for lighting.

Abstract: A torch burner cap includes a wick holder, an indention defined in the cap and surrounding the wick holder, and a mesh insert at least partially situated within the indention in the cap and surrounding the wick holder.

Abstract: A device has a canister with a bulk wick occupying at least most of the canister, and a lid affixed to the canister and in contact with the bulk wick. The lid defines an opening exposing a portion of the bulk wick for lighting.

Abstract: An insect repellant torch is disclosed. The torch has at least one repellant pad having an insect repellant contained therein that is dispersed by heat. At least one metallic plate is in contact with the repellant pad. The metallic plate is heated by a heat source and by contact with the repellant pad heats the insect replant thereby dispersing the insect repellant into the air.

Abstract: An insect repellant torch is disclosed. The torch has at least one repellant pad having an insect repellant contained therein that is dispersed by heat. At least one metallic plate is in contact with the repellant pad. The metallic plate is heated by a heat source and by contact with the repellant pad heats the insect replant thereby dispersing the insect repellant into the air.