Abstract: A system and method for manufacturing a heat exchanger is disclosed. In some embodiments, the heat exchanger comprises a casing with a serpentine pathway, a membrane enclosed by the casing, an inlet tube or value for fluid to enter the heat exchanger, and an outlet tube or value for fluid to exit the heat exchanger. In other embodiments, the method comprises attaching a plurality of tubes or valves to a flexible container, creating an asymmetric passage in a rigid shell, enclosing the flexible container within the shell, and sealing the shell.

Abstract: A system and method for injecting a fluid into a patient is disclosed. In some embodiments, the system comprises a plurality of sensors that measure a characteristic of the fluid, a first temperature regulator that biases the fluid temperature to a desired temperature range, a second temperature regulator that refines the temperature of the fluid, and logic coupled to the first and second temperature regulators and configured to dynamically adjust the first and second temperature regulators based, at least in part, on feedback from the plurality of sensors.

Abstract: Packaging a hot-swappable server module (server blade) in a computer network appliance with shared, hot-swappable power, network, and management modules to provide highly available computer capacity. Distributing power between hot-swappable modules using single DC input voltage.

Abstract: A method of mounting a hot-swappable module in a computer network appliance, the module comprising a hot swap connector including ground pins, power pins and signal pins, the computer network appliance including a backplane board having hot swap mating connectors, the method comprising connecting the ground pins of the hot swap connector of the module with corresponding ground elements of a hot swap mating connector of the backplane board; connecting the power pins of the hot swap connector of the module with corresponding power elements of the hot swap mating connector of the backplane board after the ground pins have made contact; and connecting the signal pins of the hot swap connector of the module with corresponding signal elements of the hot swap mating connector of the backplane board after the power pins have made contact. The computer network appliance further comprises a hot-swappable CPU module, a hot-swappable power module, and a hot-swappable ethernet switch module.