Abstract: Systems and methods are described for rules-based scheduling and calendaring of property maintenance tasks based on manual data inputs by a property owner or manager and external data source inputs from public records databases. A dynamic calendar of maintenance tasks may be generated and updated in real time in response to changes to the rules resulting from changing user preferences or external database updates. In preferred embodiments, the invention described herein is useful for the seamless scheduling of property maintenance tasks according to local requirements and climate and weather data and fulfillment of scheduled tasks in a timely manner. A system of the present invention ideally comprises a graphical user interface useful for data entry and calendar visualization. The methods described herein include initiating a call to action using the system, vendor selection, vendor assignments and invoicing and payment functions.

Abstract: The present invention will provide a medical device that can properly regulate the working pressure of a highly pressurized gas for delivering therapeutic agents at a relatively constant flow rate during the entire course of infusion while also maintaining the integrity of the operating room and reducing risks involved with therapeutic agents. This is accomplished utilizing a pressure control assembly along with a syringe assembly or self-contained fluid chamber to administer therapeutic agents to patents in a controlled and safe manner by incorporating pressurized gas.

Abstract: The present invention will provide a medical device that can properly regulate the working pressure of a highly pressurized gas for delivering therapeutic agents at a relatively constant flow rate during the entire course of infusion while also maintaining the integrity of the operating room and reducing risks involved with therapeutic agents. This is accomplished utilizing a pressure control assembly along with a syringe assembly or self-contained fluid chamber to administer therapeutic agents to patents in a controlled and safe manner by incorporating pressurized gas.

Abstract: Liquid supply or reservoir therefore having multiple compartments, each compartment to hold a distinct liquid, comprising multiple liquid outlets, each fluidically connected to one of the compartments, multiple clearance cut outs disposed at a pitch equal to a pitch of the compartments to accommodate protrusions of a dispenser, and at least one latch protruding outwards from a supply wall.

Abstract: In one example, a group of printing fluid cartridges in which each cartridge includes: a reservoir; a printing fluid outlet from the reservoir; multiple electrical contacts arranged next to one another across the cartridge with an interface along the cartridge between each pair of adjacent electrical contacts; and multiple guideways next to the electrical contacts lengthwise and configured to align the cartridge to a receiver when the cartridge is installed in the receiver. Each of the guideways spans exactly one of the interfaces widthwise and is configured to simultaneously align the electrical contacts to corresponding electrical contacts on a receiver and to discriminate the cartridge from other printing fluid cartridges to prevent the cartridge from being inserted incorrectly into a receiver.

Abstract: In one example, a group of printing fluid cartridges in which each cartridge includes: a reservoir; a printing fluid outlet from the reservoir; multiple electrical contacts arranged next to one another across the cartridge with an interface along the cartridge between each pair of adjacent electrical contacts; and multiple guideways next to the electrical contacts lengthwise and configured to align the cartridge to a receiver when the cartridge is installed in the receiver. Each of the guideways spans exactly one of the interfaces widthwise and is configured to simultaneously align the electrical contacts to corresponding electrical contacts on a receiver and to discriminate the cartridge from other printing fluid cartridges to prevent the cartridge from being inserted incorrectly into a receiver.

Abstract: Liquid supply or reservoir therefore having multiple compartments, each compartment to hold a distinct liquid, comprising multiple liquid outlets, each fluidically connected to one of the compartments, multiple clearance cut outs disposed at a pitch equal to a pitch of the compartments to accommodate protrusions of a dispenser, and at least one latch protruding outwards from a supply wall.

Abstract: Liquid supply or reservoir therefore having multiple compartments, each compartment to hold a distinct liquid, comprising multiple liquid outlets, each fluidically connected to one of the compartments, multiple clearance cut outs disposed at a pitch equal to a pitch of the compartments to accommodate protrusions of a dispenser, and at least one latch protruding outwards from a supply wall.

Abstract: Liquid supply or reservoir therefore having multiple compartments, each compartment to hold a distinct liquid, comprising multiple liquid outlets, each fluidically connected to one of the compartments, multiple clearance cut outs disposed at a pitch equal to a pitch of the compartments to accommodate protrusions of a dispenser, and at least one latch protruding outwards from a supply wall.

Abstract: Overload of a source included in a network is prevented. Each packet of a plurality of packets is transmitted, via the network, between at least one source and at least one intended destination. The network is interfaced between each of the at least one source and each of the at least one intended destination. Each packet of at least a subset of packets of the plurality of packets is intercepted at the interfacing. For each intercepted packet, it is determined whether the intercepted packet is transmitted from one source to one intended destination or is transmitted from one intended destination to one source. For each of the at least one intended destination, each intercepted packet transmitted thereto or received therefrom is accounted based on the determining. An action is taken based on the accounting.

Abstract: In one example, a printing fluid cartridge includes a reservoir, an outlet from the reservoir, multiple electrical contacts arranged next to one another, and an alignment slot next to and spanning only one interface between two of the electrical contacts. The alignment slot is configured to align the cartridge to a receiver when the cartridge is installed in the receiver.

Abstract: The present invention will provide an endoscopic biomaterial applicator used during laparoscopic surgical procedures that utilizes pressurized gas to facilitate the spray application of a biomaterial while safely and automatically venting the additional volume of gas introduced into the abdominal cavity by endoscopic biomaterial applicator. This is accomplished utilizing a manifold, a plurality of channels, an elongated housing, a spray tip, a cannula gasket, and a gas release valve.

Abstract: The present invention will provide an endoscopic biomaterial applicator used during laparoscopic surgical procedures that utilizes pressurized gas to facilitate the spray application of a biomaterial while safely and automatically venting the additional volume of gas introduced into the abdominal cavity by endoscopic biomaterial applicator. This is accomplished utilizing a manifold, a plurality of channels, an elongated housing, a spray tip, a cannula gasket, and a gas release valve.

Abstract: A print cartridge comprises an ink housing 500 having at least one interior compartment 110 with a print head mounted at the base of the housing in fluid communication with the compartment via a passageway 180 having an entrance above the bottom of the compartment. A compressed foam block 300 substantially fills the compartment above the passageway entrance so as to leave a free space laterally adjacent to the passageway. A rib 198 extends upwardly along one wall of the compartment from the free space partially to the top of the foam block, the foam block not conforming fully to the cross-section of the rib to leave an air vent channel along at least one side of the rib.

Abstract: A portable, non-motorized automatic lift and transport apparatus allows users to lift and transport a small, powered vehicle with minimal physical exertion and without the need for secondary power source. The apparatus is comprised of a base and platform connected to a gear housing. The gear housing telescopically engages and moves vertically within a vehicle mount via a gear system. The drive wheels of the small, powered vehicle to be transported power the gear system attached to the gear housing to rotate the gear system and subsequently lift the to-be-transported vehicle using its own power source. A storage position is provided that can be used without disengaging a transmission.

Abstract: A print cartridge comprises an ink housing 500 having at least one interior compartment 110 with a print head mounted at the base of the housing in fluid communication with the compartment via a passageway 180 having an entrance above the bottom of the compartment. A compressed foam block 300 substantially fills the compartment above the passageway entrance so as to leave a free space laterally adjacent to the passageway. A rib 198 extends upwardly along one wall of the compartment from the free space partially to the top of the foam block, the foam block not conforming fully to the cross-section of the rib to leave an air vent channel along at least one side of the rib.

Abstract: A portable, non-motorized automatic lift and transport apparatus allows users to lift and transport a small, powered vehicle with minimal physical exertion and without the need for secondary power source. The apparatus is comprised of a base and platform connected to a gear housing. The gear housing telescopically engages and moves vertically within a vehicle mount via a gear system. The drive wheels of the small, powered vehicle to be transported power the gear system attached to the gear housing to rotate the gear system and subsequently lift the to-be-transported vehicle using its own power source. A storage position is provided that can be used without disengaging a transmission.

Abstract: A portable pet bowl system and methods for using the same are provided. In one exemplary embodiment, the system can includes a collar that is adapted to be worn by a pet, and a support structure that can be stored in the collar and that can be removed to mate to the collar for holding a bag in an open position. The system can also include a bag that is adapted to mate to the collar, and/or a storage container that is also matable to the collar.