Abstract: The present invention has a purpose of improving mountability of a brake system capable of performing slip control operation of a front wheel and a rear wheel to a motorcycle. The present invention further has a purpose of obtaining a motorcycle that includes such a brake system. In a front-wheel braking section (20), a friction force, which is applied to a front wheel (3) by a first friction application device (21), varies according to a hydraulic pressure of a brake fluid in a master cylinder (22) during service braking and varies by control of a hydraulic pressure adjustment mechanism (32, 33, 36, and the like) by a controller (60) during the slip control operation. In a rear-wheel braking section (40), a friction force, which is applied to a rear wheel (4) by a second friction application device (50), varies by control of an actuator (41) by the controller (60) during the service braking and during the slip control operation.

Abstract: A modular tank system for a liquid reducing agent includes three modules. A first module has a tank with a first opening and an opposite second opening. A second module has a cap element for holding at least one discharge tube. A third module has a sump element. The cap element is disposed in the first opening and the sump element is disposed in the second opening. A motor vehicle having the modular tank system is also provided.

Abstract: A system and methods are presented for allowing single or multi-player interaction at multiple intermediate states between the initiation and conclusion states of a game of chance or skill. In certain embodiments, each player may choose to terminate their participation in the game at an intermediate state by accepting an early payout option. In another aspect of the invention, multiple players may participate in single version of a game, where a system keeps track of the individual decisions of each player and independently applies subsequent changes in game states to the decisions of each player.

Abstract: The present invention relates to the preparation of coated textile fabrics using an aqueous binder dispersion containing(A) 100 parts by weight of a polymeric binder (calculated as solid) and(B) additives comprising, per 100 parts by weight of binder (A),(i) about 3 to about 12 parts by weight of fat, oil, and/or wax, and(ii) about 50 to about 100 parts by weight of cellulose.