Abstract: Exemplary embodiments of the present disclosure directed towards an artificial intelligence system and method for performing settlements based on activity, user groups, and set of virtual/physical entities. The artificial intelligence system comprises artificial intelligence settlement engine configured to enable users for activity and provide activity templates to the artificial intelligence settlement engine from the computing device by the users. Customize the activity templates fully/partially based on dynamic needs and then provide the customized activity templates to the artificial intelligence settlement engine. The artificial settlement engine configured to integrate settlement process steps and/or rules into the settlement process sequence on the artificial intelligence settlement engine and then map settlement process steps and/or rules with the activity templates by the artificial intelligence settlement engine.

Abstract: Exemplary embodiments of the present disclosure directed towards an artificial intelligence system and method for performing settlements based on activity, user groups, and set of virtual/physical entities. The artificial intelligence system comprises artificial intelligence settlement engine configured to enable users for activity and provide activity templates to the artificial intelligence settlement engine from the computing device by the users. Customize the activity templates fully/partially based on dynamic needs and then provide the customized activity templates to the artificial intelligence settlement engine. The artificial settlement engine configured to integrate settlement process steps and/or rules into the settlement process sequence on the artificial intelligence settlement engine and then map settlement process steps and/or rules with the activity templates by the artificial intelligence settlement engine.

Abstract: Exemplary embodiments of the present disclosure are directed towards a system and method for processing virtual objects in a computing environment. The method includes hiding a plurality of virtual objects at a plurality of user navigating virtual locations. The hided plurality of virtual objects is dynamically generated in response to the plurality of user navigating virtual locations associated with a plurality corresponding real-time locations. The method includes collecting the dynamically generated plurality of virtual objects by a user and dynamically generates the plurality of virtual objects at the plurality of user navigating virtual locations. The user enabled to use a plurality of virtual game objects for collecting the plurality of dynamically generated virtual objects within the plurality of user navigating virtual locations.

Abstract: Systems and methods are presented for detecting an action intent within received content, identifying an action completion bot for carrying out the corresponding action, and initiating the action through an action request to the action completion bot. An action delegation agent executing on a computer system, receives notice of received content, where the action delegation agent is not the target of the received content. An analysis of the received content is conducted to identify an action intent of the received content. Based on the action intent, an action registry is consulted to identify a corresponding action completion bot for carrying out the intended action. A request is submitted to the action completion hot to carry out the action.

Abstract: Exemplary embodiments of the present disclosure are directed towards a system and method for processing virtual objects in a computing environment. The method includes hiding a plurality of virtual objects at a plurality of user navigating virtual locations. The hided plurality of virtual objects is dynamically generated in response to the plurality of user navigating virtual locations associated with a plurality corresponding real-time locations. The method includes collecting the dynamically generated plurality of virtual objects by a user and dynamically generates the plurality of virtual objects at the plurality of user navigating virtual locations. The user enabled to use a plurality of virtual game objects for collecting the plurality of dynamically generated virtual objects within the plurality of user navigating virtual locations.

Abstract: A hockey skate includes a composite boot form having a rigid lower portion and a less rigid upper portion. The upper portion may be made of a thermoformable material that conforms to the shape of a wearer's foot and ankle. The construction of the boot form—particularly the lower portion of the boot form—may be varied across different size ranges by, for example, varying the fiber angles in the composite material. Varying the stiffness of the lower portion of the boot form in this manner allows the flexibility of different sized boots to be substantially equalized. A skate quarter and other skate-boot features may readily be attached to the upper portion of the boot form via stitching, rivets, or other connectors. The boot form also may include an integral toe cap having a flange or other element to which the skate tongue and other elements may be connected.

Abstract: A hockey skate includes a composite boot form having a rigid lower portion and a less rigid upper portion. The upper portion may be made of a thermoformable material that conforms to the shape of a wearer's foot and ankle. The construction of the boot form—particularly the lower portion of the boot form—may be varied across different size ranges by, for example, varying the fiber angles in the composite material. Varying the stiffness of the lower portion of the boot form in this manner allows the flexibility of different sized boots to be substantially equalized. A skate quarter and other skate-boot features may readily be attached to the upper portion of the boot form via stitching, rivets, or other connectors. The boot form also may include an integral toe cap having a flange or other element to which the skate tongue and other elements may be connected.

Abstract: Unique composite structures are disclosed that include focused adjustably weighted end plugs, co-molded focused weighted and non-weighted logo/branding components and/or dimple arrays. A representative composite hockey stick having a tubular hollow shaft, a blade, and a weight-adjustable end-plug is disclosed. The blade includes one or more weighted regions in the form of a focused weight system co-molded to an external surface of the blade. The blade may also include one or more co-molded non-weighted logo/branding components and/or one or more dimple arrays on the front and/or back face of the blade. Methods and suitable materials for constructions of the various components and composite constructs are also disclosed.

Abstract: Method and apparatus for manufacturing void free products using vacuum transfer molding. The method comprises evacuating gas from a preheated resin mixture in an injection accumulator assembly before injection into a mold. The apparatus includes a fixed upper platen assembly supporting an injection accumulator assembly having appended thereto a gas exhausting means and a feed material holding canister on its upper surface and an upper match mold portion on its lower surface. The movable lower platen assembly supports a lower match mold portion on its upper surface and is supported by a plurality of hydraulic cylinders of a bottom plate assembly. The platen assemblies include a sandwich of a press plate, an insulating fiber board and an internally heated platen.