Abstract: An adjustable cradle for transporting and launching a first maritime vehicle via a second maritime vehicle. The adjustable cradle includes a platform configured to receive and support an underside of the first maritime vehicle, a base configured to be removably secured to the second maritime vehicle, and a lift mechanism connecting the platform and the base such that the platform is movable relative to the base between a launch position and a transport position. The adjustable cradle also includes an actuator assembly coupled to the lift mechanism and configured to cause the lift mechanism to move between a raised position corresponding to the launch position of the platform and a lowered position corresponding to the transport position of the platform. The adjustable cradle further includes an energy absorber secured to the base and configured to substantially absorb shocks and vibrations associated with operation of the second maritime vehicle.

Abstract: A tow assembly for a maritime vehicle and a maritime vehicle including a hull, a first opening formed in the hull, and the tow assembly, the tow assembly coupled to the hull. The tow assembly includes a housing disposed in the first opening of the hull, the housing defining a cavity recessed relative to an exterior surface of the hull. The two assembly also includes a bar coupled to the housing at a position within the cavity, such that the bar is recessed relative to the exterior surface of the hull. The bar defines one or more tow points for the maritime vehicle.

Abstract: A camera module for a maritime vehicle. The camera module includes a frame comprising first and second openings, first and second windows disposed in the frame immediately adjacent the first and second openings, respectively, a retention plate coupled to the frame and configured to retain the first and second windows in the frame immediately adjacent the first and second openings, a stereo camera disposed within the frame, the stereo camera disposed immediately adjacent the first opening, and an infrared (IR) camera disposed within the frame, the IR camera disposed immediately adjacent the second opening.

Abstract: A retention assembly for retaining a power source in a maritime vehicle includes at least one strap member and a buckle. The at least one strap member includes a first end, a second end, and an elongated length therebetween. The buckle is operably coupled with a portion of the elongated length of the at least one strap member and includes a quick release mechanism movable between a first, disengaged position and a second, engaged position. The second, engaged position is adapted to generate a tension in the at least one strap member to retain the power source within a cavity.

Abstract: A micro-keel cooler for cooling a coolant flowing through a heat-generating component of a maritime vehicle. The cooler includes an inlet adapted to receive the coolant at a first temperature and an outlet adapted to output the coolant at a second temperature less than the first temperature. The cooler further includes a plurality of tubes fluidly coupled to an inlet mixing chamber of the inlet and an outlet chamber of the outlet and configured to direct the coolant from the inlet mixing chamber to the outlet mixing chamber, and a plate coupled to the inlet and the outlet and disposed adjacent to the tubes, the plate configured to direct a fluid over at least a portion of the tubes to cool the coolant flowing from the inlet mixing chamber to the outlet mixing chamber, the fluid having a cooling temperature that is less than the first temperature.

Abstract: An autonomous maritime surface vehicle (AMSV) that includes a hull and a cap removably coupled to the hull (e.g., via a plurality of latches). The cap is movable between a first configuration, in which the cap is coupled to and sealingly encloses an entirety of an interior of the hull, and a second configuration in which the cap is at least partially decoupled from the hull, thereby permitting access to the interior of the hull. The AMSV also includes a single pick point coupled to a top, exterior surface of the cap, such that the AMSV can be easily and efficiently picked up and carried via the single pick point.

Abstract: A jet pump assembly for causing a maritime vehicle to traverse a body of water, and a maritime vehicle including such a jet pump assembly. The jet pump assembly includes a jet pump drive system including an impeller and a motor operatively coupled to the impeller. The jet pump assembly also includes a transom assembly that includes a transom plate including a first aperture facing the motor, a transom housing coupled to the transom plate, thereby enclosing the first aperture, and a transom box coupled to the transom plate and including a second aperture aligned with the first aperture. The jet pump assembly further includes a bottom plate coupled to and disposed perpendicular to the transom plate. The bottom plate includes a base and an opening formed through the base, wherein the opening is enclosed by the transom housing. The impeller is at least partially disposed within the transom box.

Abstract: A shower attachment to keep steam within a bathroom shower includes a plurality of telescopic rods, a first dome panel, a second dome panel, at least one inner fastener, and at least one outer fastener. The plurality of telescopic rods is mounted opposite of each other and functions as a framing structure. The first dome panel and the second dome panel are slidably positioned offset of each other to fit within opposing walls of a bathroom shower. The first dome panel and the second dome panel are terminally mounted to each other by the at least one inner fastener and the at least one outer fastener so that the first dome panel and the second dome panel can position atop the plurality of telescopic rods. Resultantly, the first dome panel and the second dome panel are able to trap the steam vapor within a bathroom shower.

Abstract: A shower attachment to keep steam within a bathroom shower includes a plurality of telescopic rods, a first dome panel, a second dome panel, at least one inner fastener, and at least one outer fastener. The plurality of telescopic rods is mounted opposite of each other and functions as a framing structure. The first dome panel and the second dome panel are slidably positioned offset of each other to fit within opposing walls of a bathroom shower. The first dome panel and the second dome panel are terminally mounted to each other by the at least one inner fastener and the at least one outer fastener so that the first dome panel and the second dome panel can position atop the plurality of telescopic rods. Resultantly, the first dome panel and the second dome panel are able to trap the steam vapor within a bathroom shower.

Abstract: In various embodiments, a personal emergency detection, notification, coordination and response method and system for individuals is disclosed. A monitoring device, for example a digital smart watch, is configured to identify an emergency using built-in sensors. The sensors are operable to perform spectral analysis of skin tissues. Example sensors include: LEDs and optical detectors for heart rate monitoring, blood perfusion checking, and tissue oxygenation checking; acceleration sensing to sense falls and accidents; and a GPS system for reporting the location of the wearer to interested parties. A communication chip with an associated antenna, and an audio chip are also included. Deviations in vital signs are used to detect health anomalies. By aggregating data that is anonymously collected from multiple users, the system constructs models that are compared with data from a specific user, to warn the user before an emergency occurs, for certain classes of health incidents.

Abstract: A life alert system which continually monitors a subject's heart rate via a wearable device such as a smart watch and automatically alerts call center personnel to engage emergency responders in the event of a cardiac incident, and provide the location of the subject. In response to measured physiological parameters, besides alerting the call center the watch attempts to communicate with the subject. After an emergency responder has been dispatched, the watch also displays medical information about the subject, providing an electronic “medic alert” bracelet function.

Abstract: A health care practice management system is used to store, update and access data regarding patients of practitioners such as doctors and staff. The health care practice management system provides access to collections of data for research by data miners based on such aspects as type of patient condition, patient class, or type of patient treatment. The health care practice management system also provides a vehicle to message targeted groups of individuals, namely, practitioners, patients, and miners of the practice data. The health care practice management system can be distributed to users through a reduced cost arrangement that is support through contributions from third parties by sponsoring messages to be displayed through the system to users.

Abstract: A health care practice management system is used to store, update and access data regarding patients of practitioners such as doctors and staff. The health care practice management system provides access to collections of data for research by data miners based on such aspects as type of patient condition, patient class, or type of patient treatment. The health care practice management system also provides a vehicle to message targeted groups of individuals, namely, practitioners, patients, and miners of the practice data. The health care practice management system can be distributed to users through a reduced cost arrangement that is support through contributions from third parties by sponsoring messages to be displayed through the system to users.