Abstract: A method for multimedia interaction between viewers and a broadcaster, a computer program product for executing the method for multimedia interaction, and a method for attracting additional subscribers to network service providers through use of this method. The method for multimedia interaction includes the steps of establishing a communication link between a plurality of viewers and broadcaster and choosing at least one viewer to appear on a broadcast. Once chosen, the viewer or viewer receives digital image and audio, or video, information from the broadcaster and transmits digital image and audio, or video, information back to the broadcaster. At least a portion of the video information transmitted to the broadcaster is included in the broadcast, which is then transmitted to at least the plurality of viewers from which the chosen viewer or viewers were chosen via digital picture with live information via Internet.

Abstract: The invention is an apparatus and method for drying and de-wrinkling an article of clothing, which includes a housing having an upper compartment, a lower compartment, and a dividing wall separating the compartments. An exhaust hole is disposed through one side of the upper compartment of the housing, and an intake hole and an outflow hole are disposed through the dividing wall. A mechanical assembly is disposed within the upper compartment and includes a fan, heater, thermostat and humidity sensor. An exhaust fan is in fluid communication with the exhaust hole and is adapted to control a flow of air through the exhaust hole in the side of the housing. A control system is disposed within the upper compartment and accepts an input from a user, a temperature input, and a humidity input, and controls the heater, the fan and the exhaust fan based upon the temperature input and the humidity input.

Abstract: An apparatus and method for drying and de-wrinkling an article of clothing; including a housing having an upper compartment, a lower compartment, and a dividing wall separating the compartments. An exhaust hole is disposed through one side of the upper compartment of the housing, and an intake hole and an outflow hole are disposed through the dividing wall. A mechanical assembly is disposed within the upper compartment and includes a fan, heater, thermostat and humidity sensor. An exhaust fan is in fluid communication with the exhaust hole and is adapted to control a flow of air through the exhaust hole in the side of the housing. A control system is disposed within the upper compartment and accepts an input from a user, a temperature input, and a humidity input, and controls the heater, the fan and the exhaust fan based upon the temperature input and the humidity input.