Abstract: Preferred embodiments include a method and apparatus for generating customized product documentation for a furniture item having a plurality of surface material options. A computer receives a plurality of images of surface materials which may be applied to a furniture item and stores the images into a computer database. Label information describing each of the plurality of images and the furniture item is also received into the database. Surface material images are electronically displayed and an image is selected for application to the furniture item. The computer maps the selected surface material onto an image depicting the furniture item. An electronic document is generated which includes an image of the furniture item having the selected surface material mapped thereon and the label information associated with the selected surface material and the furniture item.

Abstract: Preferred embodiments include a method and apparatus for generating customized product documentation for a furniture item having a plurality of surface material options. A computer receives a plurality of images of surface materials which may be applied to a furniture item and stores the images into a computer database. Label information describing each of the plurality of images and the furniture item is also received into the database. Surface material images are electronically displayed and an image is selected for application to the furniture item. The computer maps the selected surface material onto an image depicting the furniture item. An electronic document is generated which includes an image of the furniture item having the selected surface material mapped thereon and the label information associated with the selected surface material and the furniture item.

Abstract: Preferred embodiments include a method and apparatus for generating customized product documentation for a furniture item having a plurality of surface material options. A computer receives a plurality of images of surface materials which may be applied to a furniture item and stores the images into a computer database. Label information describing each of the plurality of images and the furniture item is also received into the database. Surface material images are electronically displayed and an image is selected for application to the furniture item. The computer maps the selected surface material onto an image depicting the furniture item. An electronic document is generated which includes an image of the furniture item having the selected surface material mapped thereon and the label information associated with the selected surface material and the furniture item.

Abstract: Preferred embodiments include associating surface material samples with a business entity within one or more computer databases wherein at least one of the surface material samples are labeled with information specified by the business entity. Data requests are received for at least one of the surface material samples and include an identifier of the business entity. A response to the data request includes at least one of the surface material samples and associated label information. The response to the data request may be layered based upon supply chain layer.

Abstract: Preferred embodiments include associating surface material samples with a business entity within one or more computer databases wherein at least one of the surface material samples are labeled with information specified by the business entity. Data requests are received for at least one of the surface material samples and include an identifier of the business entity. A response to the data request includes at least one of the surface material samples and associated label information. The response to the data request may be layered based upon supply chain layer.

Abstract: A distributed bandwidth metering system (200) uses trusted elements throughout the system to collect and process usage data. The trusted elements in the distributed bandwidth metering system include subscriber units (210), at least one network controller (230), and at least one billing center (250). When subscriber unit (210) requests and obtains bandwidth from the system, subscriber unit (210) monitors its own usage and sends usage data to a network controller (230) in a predetermined manner. Network controller (230) assembles the data for a particular session and sends the data to a billing center. The billing center generates the billing and invoicing data using the session data.

Abstract: A master routing hub (50, FIG. 1 ) selects a communications path which enables subscriber units (10, 140) using disparate networks to communicate with each other. The master routing hub (50) receives a quality of service indicator (FIG. 4, 410) from a subscriber unit (FIG. 1, 10) as well as cost information from alternate communications networks and terrestrial communications networks. The master routing hub (50) selects an appropriate communications path in accordance with the quality of service indicator and thus provides the best available quality of service at the lowest cost to the subscribers (10, 140). The master routing hub (50) also provides the protocol conversion in order to enable the disparate communications networks to communicate with each other.