Abstract: Methods, systems, and apparatus, including food waste removal system employed to eliminate food waste from trash for food permitted establishment. In one aspect, a method for evacuating food waste from a food permitted establishment includes providing a sealable container, the sealable container comprising a vessel and a lid, the vessel comprising a base portion and a vertical sidewall forming a closed bottom, an inner surface, and an open top, the inner surface having been exposed to a chemical to form a coating resistant to molecule permeation, the lid configured to form a seal preventing oxygen from entering, distributing the sealable container within the food permitted establishment, filling the vessel with the food waste, sealing the vessel with the lid to form the seal, placing the sealable container on a delivery vehicle, and removing the sealable container filled with food wastes from the food permitted establishment with the delivery vehicle.

Abstract: A mobile rover has a navigation receiver receiving radio positioning data from radio positioning entities. The mobile rover can report its position to a mobile controller unit or another entity so that the location of the mobile unit can be tracked based on the radio positioning data received by the mobile rover. The radio positioning data can be processed by processing systems within the mobile rover, mobile controller, or other entities such as a position determination entity or a position determination entity proxy. The processing systems can also perform calculations to augment the radio positioning data to provide more accurate estimates of the position of the mobile controller and/or the mobile rover. The mobile controller and/or the mobile rover may be cellular telephones within a cellular network.

Abstract: A mobile rover has a navigation receiver receiving radio positioning data from radio positioning entities. The mobile rover can report its position to a mobile controller unit or another entity so that the location of the mobile unit can be tracked based on the radio positioning data received by the mobile rover. The radio positioning data can be processed by processing systems within the mobile rover, mobile controller, or other entities such as a position determination entity or a position determination entity proxy. The processing systems can also perform calculations to augment the radio positioning data to provide more accurate estimates of the position of the mobile controller and/or the mobile rover. The mobile controller and/or the mobile rover may be cellular telephones within a cellular network.

Abstract: A mobile rover has a navigation receiver receiving radio positioning data from radio positioning entities. The mobile rover can report its position to a mobile controller unit or another entity so that the location of the mobile unit can be tracked based on the radio positioning data received by the mobile rover. The radio positioning data can be processed by processing systems within the mobile rover, mobile controller, or other entities such as a position determination entity or a position determination entity proxy. The processing systems can also perform calculations to augment the radio positioning data to provide more accurate estimates of the position of the mobile controller and/or the mobile rover. The mobile controller and/or the mobile rover may be cellular telephones within a cellular network.

Abstract: A connector for mounting a processor card on a motherboard includes a base and an upper support chassis. The base is electrically and structurally coupled to a motherboard and the upper support chassis is mounted on the base. A processor card is received within the upper support chassis for mounting of the card to the motherboard. When the card is received within the upper support chassis, the processor card is positioned substantially parallel to the motherboard.