Abstract: A single sign-on methodology across web sites and web services is provided. The method is also a single sign-on (SSO) system, so the user's identification information interacts across the web sites and the back end web services. The user can enter each various web site after taking one entrance procedure, and access surely the back end service of web site by the identity oneself at various web site. The present disclosure can make the web service to identify directly and control the terminal user and achieve the control by the identity authority of the terminal user. This system can be deployed rapidly into a organized system under the prerequisite of reserving prior system as the one to deploy the system which has possessing the SSO system of the web site or web service, because the present disclosure takes the foundation of the prior SSO solution.

Abstract: The present invention relates to a heat-dissipation module of a light-emitting device, which includes a cooling unit, at least a cooling fan and at least a light-emitting device. The light-emitting device is preferably an LED and is directly bonded to the cooling unit through a heat-conductor. The cooling unit and the heat conductor are constituted by a highly heat-conducting metal, e.g. aluminum, copper, gold and silver, or an alloy thereof, so as to absorb the heat of the light-emitting device by a heat-conducting means and achieve an ideal heat-dissipation performance by using the cooling fan to accelerating the air convection around the cooling unit.

Abstract: A combined backlighting and heat-dissipating module for a flat panel display includes a heat-dissipating plate, a cover plate and a cross-flow fan system. The heat-dissipating plate has a rear surface to form a plurality of thermal-exchanging channels and heat-dissipating fins. Each of the thermal-exchanging channels is formed between any two of the adjacent fins. The cover plate is provided on the rear surface of the heat-dissipating plate to cover the thermal-exchanging channels. The cross-flow fan system is arranged at inlet ends of the thermal-exchanging channels. In heat-dissipating operation, the cross-flow fan system drives a cooling airflow to enter the inlet ends of the thermal-exchanging channels and to exhaust it from outlet ends of the thermal-exchanging channels.

Abstract: A heat-dissipating backlighting module includes a heat-dissipating plate to combine with a back light unit. The heat-dissipating plate has an assembling space provided on a first side, and a vertically extended air-cooling structure provided on a second side. The vertically extended air-cooling structure includes a plurality of vertically extended fins and a plurality of vertically extended air-circulating channels. In assembling, the assembling space of the heat-dissipating plate receives the heat back light unit having a light source that projects light on a flat panel display. The vertically extended fins and vertically extended air-circulating channels can guide airflows running upwardly in a vertical direction so as to dissipate heats from the vertically extended fins and the vertically extended air-circulating channels.