Abstract: The present disclosure relates to a pressure gauge for an inflatable article. The pressure gauge comprises a housing. The pressure gauge comprises an indicating chamber defined within the housing. The pressure gauge comprises a resilient diaphragm located within the housing. The diaphragm is configured to expand upon an increase in pressure within the inflatable article. The diaphragm has a first surface and a second, opposing surface. The first surface of the diaphragm is configured to be in fluid communication with the interior of the inflatable article and the second surface of the diaphragm defines a boundary of the indicating chamber. The pressure gauge further comprises an indicating element located within the indicating chamber. The pressure gauge is configured so that the indicating element is moveable, by an expansion of the diaphragm, in a first direction away from a first position.

Abstract: A method of managing resources of a network comprising a profile mapping step and an orchestration step. The profile mapping step comprises assigning a profile to an end user device, and the orchestration step comprising using the profile to apply rules to network elements to manage resources of the network available to the end user device.

Abstract: A hockey goal frame and a hockey goal frame with a mesh net assembly are disclosed. The hockey goal frame includes two vertical posts joined by a crossbar that defines a forward frame. The forward frame is supported by a lower supporting member. The forward frame and lower supporting member have attachments wires for accepting an attachment tab from a mesh net in order to attach the mesh net to the frame. The attachment tabs have two complimentary hook-and-loop fasteners that are coupled to surround the attachment tab around the attachment wires.

Abstract: A hockey goal frame and a hockey goal frame with a mesh net assembly are disclosed. The hockey goal frame includes two vertical posts joined by a crossbar that defines a forward frame. The forward frame is supported by a lower supporting member. The forward frame and lower supporting member have attachments wires for accepting an attachment tab from a mesh net in order to attach the mesh net to the frame. The attachment tabs have two complimentary hook-and-loop fasteners that are coupled to surround the attachment tab around the attachment wires.

Abstract: A process for producing composite structures having a core between resin-impregnated composite layers, and composite structures formed by such a process. The process uses non-impregnated fabric layers and a core layer placed on a mold such that the core layer is between at least two fabric layers, a first of which is disposed between the mold surface and a first surface of the core layer, and a second of which is disposed at a second surface of the core layer. The second fabric layer is then infused with a resin, which flows through holes in the core layer into the first fabric layer, such that the first and second fabric layers are uniformly impregnated with the resin and the core layer is not. The resin is then cured to cause the impregnated first and second fabric layers to bond to the core layer.

Abstract: A system, method, and information processing system manage policy rules. A first unique identifier (121) associated with a first policy rule (120) is compared to at least a second unique identifier (130) associated with a second policy rule (202) in a set of policy rules (128). The first policy rule (120) and each policy rule in the set of policy rules (128) are associated with at least one common characteristic. The set of policy rules (128) are updated to include the policy rule (120) in response to the first unique identifier (121) failing to substantially match the at least second unique identifier (130). A notification (422) indicating a potential policy rule conflict exits between the policy rule (120) and the set of policy rules (128) is generated in response to the first unique identifier (121) substantially matching the at least second unique identifier (130).

Abstract: A vehicle includes a high assurance processing system including a plurality of data processors coupled in parallel, a bridge coupled to the input/output processor, and an input/output processor coupled to the bridge for coupling to a sensor and an effector. Sensor data passes to the bridge through the input/output processor for processing by the parallel data processors, which generate redundant effector data for comparison by the bridge to detect errors. If data matches are found, data is transmitted to the effector.

Abstract: A high assurance processing system includes a plurality of data processors coupled in parallel, a bridge coupled to the input/output processor, and an input/output processor coupled to the bridge for coupling to a sensor and an effector. Sensor data passes to the bridge through the input/output processor for processing by the parallel data processors, which generate redundant effector data for comparison by the bridge to detect errors. If data matches are found, data is transmitted to the effector.

Abstract: Methods, systems, and mediums for enabling clients to traverse firewall and Network Address Translation (NAT) installations by using probe packets between servers and clients to communication the addresses modified by the NAT.