Abstract: A computing device includes a housing and a display assembly having a screen. The housing at least partially circumvents the screen so that the screen is viewable. The computing device further includes a set of touch sensors to receive user input. A processor is provided within the housing to detect the user input via the set of touch sensors, and to cycle a brightness of the screen of the display assembly in response to the user input. For example, the brightness of the screen may correspond with a contrast level of the screen and/or an illumination intensity of one or more light sources used to illuminate the screen.

Abstract: A computing device includes a housing and a display assembly having a screen. The housing at least partially circumvents the screen so that the screen is viewable. A first touch sensor is provided with a first portion of the housing. For example, the first touch sensor may be provided on a sidewall, a front surface, or a back surface of the housing. A processor is provided within the housing to detect a first user interaction and a second user interaction with the first touch sensor. The first user interaction corresponds with a user making contact with the first touch sensor, and the second user interaction corresponds with the user releasing contact with the first touch sensor. The processor further executes a first set of instructions in response to detecting the second user interaction.

Abstract: A computing device includes a housing and a display assembly having a screen. The housing at least partially circumvents the screen so that the screen is viewable. A touch sensor is provided with a portion of the housing having a different planar orientation than a remainder of the housing. For example, the touch sensor may be provided with a portion of the housing that is off-plane with the screen of the display assembly. A processor is provided within the housing to detect a first user interaction with the touch sensor, and to interpret the first user interaction as a first user input. The processor further executes one or more instructions in response to the first user input.

Abstract: An object tracking system includes a wireless device having a first antenna, a first transceiver coupled to the first antenna, and a sensor coupled to the first transceiver and configured to monitor a parameter of the vehicle. The parameter is related to an operational state of the vehicle. The object tracking system also includes a mobile communication device having a second antenna, a second transceiver coupled to the second antenna and configured to communicate with the wireless device, and a processor coupled to the second transceiver. The processor is operable to generate a first list of objects when the vehicle is in a first operational state, generate a second list of wireless when the vehicle is in a second operational state, and compare the second list of objects to the first list of objects.

Abstract: A method for generating rotational movement including supporting an output shaft for rotational movement wherein the output shaft includes at least two one-way clutch mechanisms attached thereat; positioning an infton assembly, having a weighted member and an inflatable bladder, in association with each one-way clutch mechanism such that each infton assembly is surrounded by a buoyancy fluid; and controlling inlet and outlet valves of the infton assembly such that each inlet valve is opened to facilitate flow of a filling fluid having a density less than that of the buoyancy fluid into the respective inflatable bladder as the respective weighted member reaches a lower limit of travel and each outlet valve is opened to facilitate exhausting of the filling fluid within the respective inflatable bladder as the respective weighted member reaches an upper limit of travel.

Abstract: A method for generating rotational movement including supporting an output shaft for rotational movement wherein the output shaft includes at least two one-way clutch mechanisms attached thereat; positioning an infton assembly, having a weighted member and an inflatable blader, in association with each one-way clutch mechanism such that each infton assembly is surrounded by a buoyancy fluid; and controlling inlet and outlet valves of the infton assembly such that each inlet valve is opened to facilitate flow of a filling fluid having a density less than that of the buoyancy fluid into the respective inflatable bladder as the respective weighted member reaches a lower limit of travel and each outlet valve is opened to facilitate exhausting of the filling fluid within the respective inflatable bladder as the respective weighted member reaches an upper limit of travel.

Abstract: A device for generating rotational movement which includes an output shaft supported for rotational movement and at least two one-way clutch mechanisms attached to the output shaft. An inflatable piston (“infton”) assembly is associated with each one-way clutch mechanism and includes a weighted member, an inflatable bladder associated with the weighted member, at least one inlet valve associated with an interior of the inflatable bladder, at least one outlet valve associated with the interior of the inflatable bladder, and a chain associated with the weighted member and extending over and drivingly engaging the respective one-way clutch mechanism. A source of filling fluid supplies each inlet valve. The filling fluid has a density less than that of a buoyancy fluid surrounding the infton assembly. A control system is configured to control the inlet and outlet valves to facilitate filling and discharging of the inflatable bladders.

Abstract: Foldable container for transporting and/or storing goods, of the type comprising a rigid base structure (1) and a container element (2) which contains the goods. Container element (2) is made up of a foldable bag (3), made from a foldable laminar material, which at its bottom end is closely joined to rigid base structure (1), so that the latter defines, either directly or through the laminar material being embedded forming the bag (3), a rigid base (4) intended to directly support the goods contained in bag (3). Thanks to its foldable material condition, when bag (3) is empty it is suitable for adopting a completely refolded position on said rigid structure (1) and at least one upright position wherein it has at least one loading mouth (5) that opens directly for introducing goods.

Abstract: A system of computer input devices, such as a keyboard and a mouse, is disclosed. The input device comprises a plurality of keys, a housing coupled to the keys, and a dock formed in the housing. The dock is configured to receive a second input device; and contains a mechanical coupling mechanism for temporarily coupling the second input device to the first input device via the dock.

Abstract: An input device is disclosed. The input device includes an outer housing, a sensor assembly configured to sense a position of the input device relative to a work surface, a wireless transmitter coupled to the sensor assembly, and a cable comprising a cable connector configured to connect to a data port in a computer on one end of the cable. The cable has both data and power lines, and the input device is capable of operating in both a wired and a wireless mode.