Abstract: A system and method for establishing a private exchange for electronic sports events includes establishing consolidated odds for one or more electronic sports events, each electronic sports event including a multi-player video game, the consolidated odds being established based on a history of each player in the multi-player video game. A method includes subscribing one or more bettors on each electronic sports event to a private betting exchange established for each of the one or more electronic sports event, and receiving a books offer to lay each private betting exchange based on the consolidated odds established for each of the one or more electronic sports event. A method includes opening a matching period to match bets submitted by each subscribed bettor for selected ones of the of one or more electronic sports events, and matching the bets based on the consolidated odds.

Abstract: An electronic sports betting system and method includes a betting extension in a browser of a client computer, communicating with an odds modeling engine of a betting platform. The betting platform defines a tournament structure of an electronic sports tournament comprising teams performing the electronic sports tournament on a computer network, and generates a module for each of a number of distinct parts of the tournament structure. The betting platform successively simulates each module to generate a model for the electronic sports tournament, the model representing possible actions and outcomes by the teams performing each of a number of distinct parts of the tournament structure. The betting platform then models team behavior of each of the teams based on the model, and generates odds of the possible actions and outcomes of the electronic sports tournament based on the successive simulation of each module.

Abstract: The present invention is directed to an expandable spinal fusion intervertebral implant and a method for surgically implanting said implant that provides for maintaining and creating lordosis in the human spine that can be filled with biologics while in situ to encourage spinal fusion. A threaded rod that traverses an insertion/injection handle can be rotated to operate a screw within the interbody cage that displaces opposing vertical tapped sliding wedges, causing them to converge towards each other. Such contact causes the operation of a horizontal wedge that acts as a lift to expand the interbody cage to one of various dimensions in a preferred range. In its expanded height, the overall length of the interbody cage is maintained.

Abstract: The present invention is directed to an expandable spinal fusion intervertebral implant that provides for maintaining and creating lordosis in the human spine that can be filled with biologics while in situ to encourage spinal fusion. A threaded rod that traverses an insertion/injection handle can be rotated to operate a screw within the interbody cage that displaces opposing vertical tapped sliding wedges, causing them to converge towards each other. Such contact causes the operation of a horizontal wedge that acts as a lift to expand the interbody cage to one of various dimensions in a preferred range. At its desired expansion, the spinal fusion implant of the present invention is sized to fit within the disc space between two vertebral bodies and fill all voids left while the vertical and horizontal wedges operate within, due to the biologics being contained within the interbody cage.

Abstract: A plurality of elements are disposed on a continuous sheet of coiled paper product. The elements are repeated with a repetition rate determined by the use for the paper product. In the application to an examining room table, the repetition rate is determined by the length of the table.

Abstract: A plurality of elements are disposed on a continuous sheet of coiled paper product. The elements are repeated with a repetition rate determined by the use for the paper product. In the application to an examining room table, the repetition rate is determined by the length of the table.

Abstract: A plurality of elements are disposed on a continuous sheet of coiled paper product. The elements are repeated with a repetition rate determined by the use for the paper product. In the application to an examining room table, the repetition rate is determined by the length of the table.