Abstract: A backpack includes a base, a harness, a hinge mechanism, a first cartridge and a second cartridge. The harness is coupled to the base and is configured to be removably worn by a person. The hinge mechanism is coupled to the base. The first cartridge is configured to removably store at least one piece of sporting equipment, such as a golf club, and is rotatably coupled to the base by the hinge mechanism. The second cartridge is configured to removably store at least one other piece of sporting equipment, such as a golf club, and is rotatably coupled to the base by the hinge mechanism. The hinge mechanism is configured to allow each of the first and second cartridges to be rotated between an upright position and a cross position.

Abstract: A sanitation device is disclosed. The sanitation device includes a housing, one or more reflective panels, one or more bulb assemblies, and an access door. The one or more reflective panels and the access door define a chamber. The one or more bulb assemblies are positioned within the chamber.

Abstract: An overpressure indicator is defined by a housing sized and configured for attachment within a compartment interior, such as an aircraft nacelle. A pressure sensing element disposed within the housing is coupled to an indicator element and is configured to detect a pressure differential between the interior and exterior of the compartment. The indicator element is caused to move in response to a predetermined change in pressure exceeding a threshold pressure differential. The indicator element includes a distal end that is moved to a position exterior of the housing and the compartment, providing a visual indication of an overpressure condition. A reset feature provided on the indicator can only be accessed by first opening the compartment in which the indicator has been mounted. A spring can be provided to assist in the triggering of the indicator member after the threshold pressure differential has been detected.

Abstract: An overpressure indicator is defined by a housing sized and configured for attachment within a compartment interior, such as an aircraft nacelle. A pressure sensing element disposed within the housing is coupled to an indicator element and is configured to detect a pressure differential between the interior and exterior of the compartment. The indicator element is caused to move in response to a predetermined change in pressure exceeding a threshold pressure differential. The indicator element includes a distal end that is moved to a position exterior of the housing and the compartment, providing a visual indication of an overpressure condition. A reset feature provided on the indicator can only be accessed by first opening the compartment in which the indicator has been mounted. A spring can be provided to assist in the triggering of the indicator member after the threshold pressure differential has been detected.

Abstract: A power supply includes a bottom case, a top cover, a circuit board and a heat-dissipating fan. In this case, the bottom case and the top cover are fitted together to delimit an accommodating space. The circuit board is mounted on the bottom case and located within the accommodating space. The heat-dissipating fan includes a supporting frame, a driving module provided on the supporting frame, and a fan blade set covering the driving module and being driven by the driving module to rotate. The supporting frame is provided with a main body for the driving module and the fan blade set to be installed, as well as a plurality of supporting posts respectively connected to the main body and fixed on the circuit board, and the heat-dissipating fan is not provided with a barrier wall around the fan blade set.

Abstract: A power supply includes a bottom case, a top cover, a circuit board and a heat-dissipating fan. In this case, the bottom case and the top cover are fitted together to delimit an accommodating space. The circuit board is mounted on the bottom case and located within the accommodating space. The circuit board is provided thereon with a plurality of electronic components and a plurality of heat-dissipating elements, each heat-dissipating element being provided correspondingly to one of the electronic components and allowed to conduct heat, respectively. Each of the heat-dissipating elements is provided with a mounting hole. The heat-dissipating fan includes a supporting frame, a driving module provided on the supporting frame, and a fan blade set covering the driving module and being driven by the driving module to rotate. Moreover, the heat-dissipating fan is not provided with a barrier wall around the fan blade set.

Abstract: A power supply includes a bottom case, a top cover, a circuit board and a heat-dissipating fan. In this case, the bottom case and the top cover are fitted together to delimit an accommodating space. The circuit board is mounted on the bottom case and located within the accommodating space. The heat-dissipating fan includes a supporting frame, a driving module provided on the supporting frame, and a fan blade set covering the driving module and being driven by the driving module to rotate. The supporting frame is provided with a main body for the driving module and the fan blade set to be installed, as well as a plurality of supporting posts respectively connected to the main body and fixed on the circuit board, and the heat-dissipating fan is not provided with a barrier wall around the fan blade set.

Abstract: A power supply includes a bottom case, a top cover, a circuit board and a heat-dissipating fan. In this case, the bottom case and the top cover are fitted together to delimit an accommodating space. The circuit board is mounted on the bottom case and located within the accommodating space. The circuit board is provided thereon with a plurality of electronic components and a plurality of heat-dissipating elements, each heat-dissipating element being provided correspondingly to one of the electronic components and allowed to conduct heat, respectively. Each of the heat-dissipating elements is provided with a mounting hole. The heat-dissipating fan includes a supporting frame, a driving module provided on the supporting frame, and a fan blade set covering the driving module and being driven by the driving module to rotate. Moreover, the heat-dissipating fan is not provided with a barrier wall around the fan blade set.

Abstract: A method and system for real-time monitoring of processes to obtain job data of jobs running on different non-compatible platforms with a Java monitoring agent, then saving, reporting and making the job data available at any time for viewing by a system administrator on a single display monitor.

Abstract: A method and system for real-time monitoring of processes to obtain job data of jobs running on different non-compatible platforms with a Java monitoring agent, then saving, reporting and making the job data available at any time for viewing by a system administrator on a single display monitor.