Abstract: Multi-electrode ablation systems, methods, and controllers are described. In one example, a power supply is configured to be coupled to a plurality of electrodes. A controller includes a touchscreen display configured to display at least a graphical representation of each electrode of the ablation system. The controller is configured to receive an interactive input for each respective electrode to select and deselect the electrode for activation, during which power may be supplied thereto, by touching the graphical representation of the respective electrode on the touchscreen display. This may occur during a diagnostic mode and/or an ablation procedure run mode of the system.

Abstract: A receptacle for receiving smoking waste includes a canister and a cap disposed on the canister. The cap includes a flow-inhibiting surface for affecting gas flow into the canister and a container member forming a containing area disposed horizontally inward of the flow-inhibiting surface for receiving smoke rising from the collection area. The cap can have at least one snuffing area for snuffing smoking material and at least one depositing area for depositing smoking waste into the canister. The opening for depositing smoking waste can allow for 360 degrees access to the user.

Abstract: The cart comprises a platform supported on wheels. A plurality of vertical supports support a frame member at a spaced distance from the platform. The frame member defines a first opening disposed over a compartment. A door closes the opening to allow a user to isolate the compartment from the external environment. The door pivots from the closed position to the open position about two axes such that the door can be opened and the compartment accessed from different positions around the cart. In one open position the door is stopped in an upstanding, substantially vertical position such that the door is easily opened and closed. In a second open position the door extends downward against the side of the cart such that the door does not obstruct access to the compartment.

Abstract: A tank transport system consisting of a wheeled cart having compartments for holding tanks includes a hose compartment that stores the hoses for the tanks and other associated equipment. The hose compartment includes a flip down door that, in its open position, is disposed substantially horizontally and contains a number of storage slots for holding equipment. A hose storage rack is provided interior of the hose storage compartment for storing the hoses in a wound state. A number of storage areas are also included within the compartment including a bin formed within the hose rack. A pivotable handle is provided that is used to roll the cart on the wheels. Other storage compartments may also be provided external to the hose compartment.

Abstract: A tank jacket that has a top portion and a body portion made of a durable flexible material such as nylon is dimensioned to fit over the outside of a storage tank. The top portion includes a hole for receiving the regulator assembly. Specifically, the regulator assembly is removed from the tank, typically by unscrewing the assembly from the tank, and the jacket is fit over the tank so that the hole aligns with the tank's fill/dispense port. The regulator assembly is then reattached to the tank to retain the jacket on the tank. The tank jacket supports a hose support assembly for storing the supply hose and a plurality of pockets for retaining various accessories and tools.