Abstract: A printer, such as an ink-jet or laser printer is provided with a demonstration and activation member to illustrate operability of the printer. The print out is randomly, sequentially or a combination selected by a selection device to contain one or more selected value additions such as coupons for discount pricing for the printer itself, peripheral and the like, whereby the demonstration user keeps, rather than discards the print out.

Abstract: A method, system and computer program product for generating a coverage model to describe a testing scheme for a simulated system are disclosed. In a preferred embodiment, a simulated system is tested with a testing simulation program. A simple event database is generated with the testing simulation program. Results of a checker analysis from the testing with the testing simulation program are obtained, and coverage data is created from a coverage model configuration file, the simple event database and the results of the checker analysis.

Abstract: A printer, such as an ink-jet or laser printer is provided with a demonstration and activation member to illustrate operability of the printer. The print out is randomly, sequentially or a combination selected by a selection device to contain one or more selected value additions such as coupons for discount pricing for the printer itself, peripheral and the like, whereby the demonstration user keeps, rather than discards the print out.

Abstract: A printer, such as an ink-jet or laser printer is provided with a demonstration and activation member to illustrate operability of the printer. The print out is randomly, sequentially or a combination selected by a selection device to contain one or more selected value additions such as coupons for discount pricing for the printer itself, peripheral and the like, whereby the demonstration user keeps, rather than discards the print out.

Abstract: A configurable connector between two or more devices with at least one of the devices being capable of programming the connector through an interface therewith. The connector contains programmable electronic circuitry capable of being instructed by the device whereby the connector assumes a desired connecting configuration and/or function. In one embodiment the connector is programmed to inquire and determine the configuration of the device to which it is connected. With the results of its analysis the connector adapts the necessary timing, pin-outs, voltages, and other parameters to assure proper communication between the connected devices. In other embodiments the connector contains electronic components to add specific functions for data exchange, such as data buffering, data encryption and the like. In addition, the connector is programmable with interchangeable pin designations thereby obviating the need for rewiring for different applications and physical connections.

Abstract: A connector interface for enabling multiple conversions between first and second data handling systems wherein the data in the first system is arranged in a first type of format and the data in the second system is arranged in a second type of format, includes a connector housing with first and second sets of electrical contact elements exposed at different portions of the housing. Circuitry contained entirely within the housing operates to convert data transmitted to the first set of contact elements from the first data handling system into corresponding data in the second type of format for transmission to the second data handling system through the second set of contact elements, and to convert data transmitted to the second set of contact elements from the second data handling system into corresponding data in the first format for transmission to the first data handling system.

Abstract: A connector interface for enabling communications between first and second data handling systems wherein the data in the first system is arranged in a first type of format and the data in the second system is arranged in a second type of format, includes a connector housing with first and second sets of electrical contact elements exposed at different portions of the housing. Circuitry contained entirely within the housing operates to convert data transmitted to the first set of contact elements from the first data handling system into corresponding data in the second type of format for transmission to the second data handling system through the second set of contact elements, and to convert data transmitted to the second set of contact elements from the second data handling system into corresponding data in the first format for transmission to the first data handling system.