Abstract: A coolant control valve includes an electric actuator and a valve housing having a first housing and a second housing. The first housing includes a first fluid chamber, at least one inlet, and at least one outlet. The second housing includes a second fluid chamber, at least one inlet and at least one outlet. A rotary ball valve is disposed within the first fluid chamber and actuated about a first axis by the electric actuator. A rotary disc valve, having at least one fluid opening, is disposed within the second fluid chamber and non-rotatably coupled to the rotary ball valve.

Abstract: The present invention is directed to a lid for use on a drinking container. The lid is capable of being releasably sealably engaged with a top end of the container. The lid can be secured to the container in a manner to resist displacement of the lid if the container is dropped or tipped. The lid includes a tab portion, which is capable of being depressed by a user's mouth, tongue or lip so as to provide an opening in the lid. The tab portion is also biased so as to return to a closed position to close the opening upon removal of pressure against the tab portion. The tab portion can have a perimeter larger in at least one dimension than the opening to resist fluid discharge when in the closed position.

Abstract: Aspects of the present invention relate to systems and methods for design and use of web-based applications for account management. Some aspects relate to design tools that enable the use of a virtual agent or avatar as part of an account collection or management web application. Some aspects relate to applications, utilities and tools for node-based web resource design.

Abstract: An electric coolant or water pump with a housing including and a housing sleeve adapted to receive a bearing assembly. An integral shaft bearing assembly is mounted inside the housing sleeve. The integral shaft bearing assembly includes a shaft, an outer bearing ring, and at least one bearing located between the shaft and the outer bearing ring. An impeller is connected to the shaft and located in the pump chamber. An electric motor is mounted to the housing, with the electric motor including a stator connected to an outside of the housing sleeve and a rotor mounted to the shaft on an opposite end from the impeller. The rotor is located opposite from and rotatable relative to the stator.

Abstract: An articulated sun shade apparatus including a fan member disposed endwise upon an elongate telescopic arm portion, said arm portion rotationally connected at a first pivot point slidingly securable along the length of an elongate base portion, wherein said arm portion is securable between a stowed position, disposed in contact and parallel with the base portion, and a deployed position, pivoted away from said base portion, whereby the fan member is moveable between a collapsed situation and a flared situation to position a plurality of blade members adjacently within a circular section appropriate to cast shade with precision, as desired.

Abstract: A switchable drive pulley system that allows driving engagement or disengagement of a pulley from the shaft of an accessory drive. The pulley is mounted to the shaft by a bearing having an inner ring that rotates with the shaft and an outer ring that rotates with the pulley. A friction disk is arranged adjacent to the bearing inner and outer ring. When axial pressure is applied to the friction disk, relative motion between the inner and outer bearing rings is stopped, allowing transfer of torque from the pulley to the shaft to drive the accessory drive, with the pulley and shaft rotating at the same speed. When pressure is removed from the friction disk, the pulley and the outer bearing ring can spin independently of the inner ring and shaft. The shaft can therefore remain stationary while the pulley continues to turn driven by the accessory belt drive.

Abstract: A switchable drive pulley system that allows driving engagement or disengagement of a pulley from the shaft of an accessory drive is provided. The pulley is mounted to the shaft by a bearing having an inner ring that rotates with the shaft and an outer ring that rotates with the pulley. A friction disk is arranged adjacent to the bearing inner ring and outer ring. When axial pressure is applied to the friction disk, relative motion between the inner and outer bearing rings is stopped, allowing the transfer of torque from the pulley to the shaft in order to drive the accessory drive, with the pulley and shaft rotating at the same speed. When pressure is removed from the friction disk, the pulley and the outer bearing ring can spin independently of the inner ring and shaft. The shaft can therefore remain stationery while the pulley continues to turn driven by the accessory belt drive.