Abstract: An accelerator device includes a first processing unit to access a structure of a graph dataset, and a second processing unit coupled with the first processing unit to perform computations based on data values in the graph dataset.

Abstract: An interstitial fluid accumulation chamber is configured to be implanted in a mammal for use as a protective environment for transplanted cells. The interstitial fluid accumulation chamber includes opposed first and second members, a cell isolation chamber, and a plurality of spaced-apart members. The opposed first and second members are disposed in spaced-apart relation. The cell isolation chamber is disposed within and in-between the opposed first and second members. The cell isolation chamber includes a filter which contains pores sized to allow interstitial fluid to enter the cell isolation chamber while preventing cells within the cell isolation chamber from leaving the cell isolation chamber. The plurality of spaced-apart members are disposed within and between the opposed first and second members. The plurality of spaced-apart members form a tortuous path which is configured to prevent tissue from growing within the interstitial fluid accumulation chamber.

Abstract: An interstitial fluid accumulation chamber is configured to be implanted in a mammal for use as a protective environment for transplanted cells. The interstitial fluid accumulation chamber includes opposed first and second members, a cell isolation chamber, and a plurality of spaced-apart members. The opposed first and second members are disposed in spaced-apart relation. The cell isolation chamber is disposed within and in-between the opposed first and second members. The cell isolation chamber includes a filter which contains pores sized to allow interstitial fluid to enter the cell isolation chamber while preventing cells within the cell isolation chamber from leaving the cell isolation chamber. The plurality of spaced-apart members are disposed within and between the opposed first and second members. The plurality of spaced-apart members form a tortuous path which is configured to prevent tissue from growing within the interstitial fluid accumulation chamber.

Abstract: The disclosure provides an implanted device that promotes the protection and maintenance of transplanted cells in a host body. The implanted device provides the transplanted cells with a safe, nutritious environment for survival and removes waste products generated by the cells.

Abstract: A system for redistributing interstitial fluid within a mammal is disclosed. The system comprises an implantable accumulation chamber, a confined flow passageway such as a catheter in communication with the accumulation chamber, and a liquid transfer pump for dispensing accumulated interstitial fluid from the accumulation chamber to a predetermined body site via the confined flow passageway.

Abstract: The disclosure provides an implanted device that promotes the protection and maintenance of transplanted cells in a host body. The implanted device provides the transplanted cells with a safe, nutritious environment for survival and removes waste products generated by the cells.

Abstract: A system for redistributing interstitial fluid within a mammal is disclosed. The system comprises an implantable accumulation chamber, a confined flow passageway such as a catheter in communication with the accumulation chamber, and a liquid transfer pump for dispensing accumulated interstitial fluid from the accumulation chamber to a predetermined body site via the confined flow passageway.

Abstract: A system for redistributing interstitial fluid within a mammal is disclosed. The system comprises an implantable accumulation chamber, a confined flow passageway such as a catheter in communication with the accumulation chamber, and a liquid transfer pump for dispensing accumulated interstitial fluid from the accumulation chamber to a predetermined body site via the confined flow passageway.

Abstract: A system for redistributing interstitial fluid within a mammal is disclosed. The system comprises an implantable accumulation chamber, a confined flow passageway such as a catheter in communication with the accumulation chamber, and a liquid transfer pump for dispensing accumulated interstitial fluid from the accumulation chamber to a predetermined body site via the confined flow passageway.

Abstract: This invention provides an implantable infusion port which comprises a non planar septum, a fluid reservoir of a substantially spherical shape, inlet means to access the reservoir, and optimized outlet means from the reservoir. The present invention provides for a reservoir that precludes angular junctions between portions of the reservoir which can lead to eddies, countercurrents, and stagnation, thereby creating a more laminar and efficient flow pattern within the reservoir.

Abstract: A system for redistributing interstitial fluid within a mammal is disclosed. The system comprises an implantable accumulation chamber, a confined flow passageway such as a catheter in communication with the accumulation chamber, and a liquid transfer pump for dispensing accumulated interstitial fluid from the accumulation chamber to a predetermined body site via the confined flow passageway.

Abstract: An implantable infusion port comprising a non planar septum, a fluid reservoir of a substantially spherical shape, inlet means to access the reservoir, and optimized outlet means from the reservoir. The present invention provides for a reservoir that precludes angular junctions between portions of the reservoir which can lead to eddies, countercurrents, and stagnation, thereby creating a more laminar and efficient flow pattern within the reservoir.

Abstract: A vascular access port having a novel septum design that while allowing for larger septum access area and larger degree of access allows for an overall small profile. The present invention further provides for a novel septum and reservoir design that eliminates angular junctions.

Abstract: The present invention provides an implanted device that promotes the protection and maintenance of transplanted cells in a host body.

Abstract: An implantable infusion port comprising a non planar septum, a fluid reservoir of a substantially spherical shape, inlet means to access the reservoir, and optimized outlet means from the reservoir. The present invention provides for a reservoir that precludes angular junctions between portions of the reservoir which can lead to eddies, countercurrents, and stagnation, thereby creating a more laminar and efficient flow pattern within the reservoir.

Abstract: A vascular access port having a novel septum design that while allowing for larger septum access area and larger degree of access allows for an overall small profile. The present invention further provides for a novel septum and reservoir design that eliminates angular junctions.

Abstract: The port includes an elastomeric hollow port body having a first end and a second end, a first port end portion sealingly attached to the first end of the port body and a second port end portion attached to the second end of the port body. The second port end portion includes an outlet for fluid communication with a fluid delivery tube. The elastomeric hollow port body also includes an inner surface and an outer surface, the inner surface forming a lumen for receiving fluid.

Abstract: A fluid delivery device for delivering fluid to a patient includes a fluid delivery tube, a needle in communication with the fluid delivery tube, a base connected adjacent a distal portion of the fluid delivery tube and a flexible shield connected at one end to the base. The shield includes an adhesive portion located on an outer surface, wherein in an insertion configuration the needle fits through a shield aperture and the adhesive portion contacts a target skin region, and when in a protection configuration a needle tip contacts a portion of an inner surface of the shield spaced apart from the shield aperture when the fluid delivery device is removed from the skin region.

Abstract: The invention provides a subcutaneous infusion device including a delivery tube having a central lumen and a closed first end and an open second end. The device further includes a support base attached adjacent a first end of the delivery tube; and a plurality of needles extending substantially perpendicular to the support base and in communication with the central lumen of the delivery tube. A method for hydrating a patient in accordance with the invention includes pressing a support base against a skin surface of the patient and inserting a plurality of needles into a subcutaneous skin layer responsive to the pressing. The method further includes delivering a saline fluid to the subcutaneous skin layer through the needles via a delivery tube.

Abstract: A needle safety and protection device that automatically caps the used tip of a needle the instant the needle is withdrawn from the patient to protect the user against infection risks. A spiral type cut safety shield remains relaxed until the device comes in contact with the patient's skin. The safety shield attaches to the patent's skin through an adhesive component creating a tensile force once the needle is withdrawn, extending the safety disk out of its relaxed position. Under tension, the safety disk creates a cone around the needle, forming a protective shield for the needle, without any assistance by the user. The tip of the needle then engages a portion of the shield, which prevents the tip from being re-inserted into the skin of the patient or the user of the needle.