Abstract: What is disclosed is a system to enable a user with an associated user device to receive a context dependent transportation experience, further wherein said system comprises a framework comprising one or more components, wherein said one or more components are coupled to each other and the user device via one or more interconnections; wherein said framework determines at least one context associated with said user and said user device; and wherein based on said determined context, said framework performs one or more actions.

Abstract: The present invention provides an integrity monitoring method and/or system for collecting and monitoring wagering information on at least one selected event, e.g., the actual stakes, odds and potential payouts, and accordingly determine the probability of suspicious betting behavior. The integrity monitoring method and/or system collects wagering information via a communication link from bookmaker operators. The collected wagering information is normalized and converted to a standardized format and subsequently is aggregated and stored in a centralized database, where it is subjected to statistical analysis to determine suspicious betting behavior.

Abstract: What is disclosed is a system to enable a user with an associated user device to receive a context dependent transportation experience, further wherein said system comprises a framework comprising one or more components, wherein said one or more components are coupled to each other and the user device via one or more interconnections; wherein said framework determines at least one context associated with said user and said user device; and wherein based on said determined context, said framework performs one or more actions.

Abstract: The present invention provides an integrity monitoring method and/or system for collecting and monitoring wagering information on at least one selected event, e.g., the actual stakes, odds and potential payouts, and accordingly determine the probability of suspicious betting behavior. The integrity monitoring method and/or system collects wagering information via a communication link from bookmaker operators. The collected wagering information is normalized and converted to a standardized format and subsequently is aggregated and stored in a centralized database, where it is subjected to statistical analysis to determine suspicious betting behavior.

Abstract: The present invention is directed toward system for the detection of a condition present in the hull of a marine asset disposed in a marine environment. The system comprises a plurality of transmitter disposed adjacent the marine asset for delivery of delivery of electrical current to the marine environment toward the marine asset. The system may include a sensor array for measuring fluid current and electro-magnetic fields. In a preferred embodiment, each end of the sensor array is affixed to a survey vessel that travels alongside the marine asset.

Abstract: A system and method for detecting and remotely assessing a vehicle incident and dispatching assistance to a motorist. The system includes an in-car device for detecting vehicular incidents such as mechanical failures and collisions. The system transmits an incident notification to a remote monitoring station. A camera associated with the device transmits images to the station, where an operator can view and assess the nature of the incident, communicate by voice and/or video with the occupant of the vehicle via a cellular telephone connection, and dispatch assistance. Assistance may include sending a replacement vehicle.

Abstract: Embodiments of the present invention relate to an article of footwear having a unitary upper and midsole referred to as a midsole-upper. The midsole-upper includes both a midsole portion and an upper portion. An outsole may be coupled to the midsole portion to provide a ground contacting surface. Additionally, a bootie may be coupled to the interior of the midsole-upper. A reinforcement may be utilized in conjunction with the midsole-upper and/or the bootie to resist lasting deformation of apertures formed into the midsole-upper for a lacing structure. The reinforcement may be coupled to the bootie, the midsole-upper, or other portions of the shoe. In an embodiment, the reinforcements are constructed from a material different from that which the midsole-upper is formed. Consequently, a traditional crisscross lacing pattern may be utilized while still realizing benefits of having a unitary upper and midsole.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: Embodiments of the present invention relate to an article of footwear having a unitary upper and midsole referred to as a mupper. The mupper includes both a midsole portion and an upper portion. An outsole may be coupled to the midsole portion to provide a ground contacting surface. Additionally, a bootie may be coupled to the interior of the mupper. A reinforcement may be utilized in conjunction with the mupper and/or the bootie to resist lasting deformation of apertures formed into the mupper for a lacing structure. The reinforcement may be coupled to the bootie, the mupper, or other portions of the shoe. In an embodiment, the reinforcements are constructed from a material different from that which the mupper is formed. Consequently, a traditional crisscross lacing pattern may be utilized while still realizing benefits of having a unitary upper and midsole.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: A putting training device. The device comprises a surface over which a golfer executes a putting stroke, an electric field generator, an electric field detector, a plurality of electrodes responsive to the electric field generator each for producing an electric field and wherein as the golfer executes the putting stroke one or more of the electric fields is perturbed, and wherein the electric field detector detects the perturbed electric field to determine parameters related to putter head movement.

Abstract: A snap-on tab assembly for electrically grounding a fluid separation device comprising a main body having a first surface for securing the main body to the separation device without the aid of a tool and a second surface for maintaining the main body in continuous electrical contact with the separation device and a tab extending from the main body to provide a grounding connection for discharging static electricity from the separation device.