Abstract: A method for users to share personal and qualifying information with a plurality of third parties. Authenticated users may share personal and qualifying information obtained from a plurality of data repositories comprising of credit data, motor vehicle data, insurance data, criminal data, sex offender data, occupancy data and employment data. The personal and qualifying information may be viewed by a plurality of third parties until the user revokes access at any time. Neither user nor third parties are allowed to alter data. However, users have the option to supply supplemental explanations for data. The method facilitates the development of trust necessary for transactions between two parties comprising of securing housing, obtaining loans, securing employment, etc.

Abstract: The present invention relates to a method and system for aggregating advertising pricing data and providing that data to one or more clients. This data may be provided to the client in the form of various reports that allow a client to gauge the advertisement market more accurately and make a better informed decision when deciding to purchase advertisements. In one embodiment, a client is also able to access forecasting reports that predict the future of the advertisement market so that the client can more accurately make a decision about purchasing advertisement slots in advance.

Abstract: A thermoelectric apparatus for adjusting the shape or position of a mirror y application of pressure from a device which changes dimensionally with changes in temperature. The device is a metallic or non-metallic generally tubular member having a heat pump mounted thereon which in turn has a thermal connection to a controllable heat source. A temperature sensor is also mounted on the device and both the temperature sensor and the heat pump are electrically connected to a controller.

Abstract: A built-up glass mirror structure of the type having front and rear plates eld in spaced relation by spacer walls arranged in a cellular pattern has temperature gradients reduced by inclusion of highly reflective coating, such as silvering, of the spacer wall surfaces in each cell in combination with the inwardly facing surfaces at opposite ends of the cells being relatively highly emissive and absorptive of radiant thermal energy.