Abstract: A cellular telephone protocol adaptive printing system includes a mobile device protocol logic configured to transmit a print job from a cellular telephone to an image forming device, pursuant to a print data transmission protocol; and a content transforming logic configured to process a print item into the print job pursuant to the print data transmission protocol supported by the mobile device protocol logic.

Abstract: A cellular telephone protocol adaptive printing system includes a mobile device protocol logic configured to transmit a print job from a cellular telephone to an image forming device, pursuant to a print data transmission protocol; and a content transforming logic configured to process a print item into the print job pursuant to the print data transmission protocol supported by the mobile device protocol logic.

Abstract: A cellular telephone protocol adaptive printing method is provided. An example method may include identifying a cellular telephone print item to print, identifying a print data transmission protocol for transmitting from a cellular telephone to an image forming device via a wireless communication link, identifying print job elements to process according to the print data transmission protocol, selectively processing the print job elements according to the print data transmission protocol, and processing the print job elements into a print job. In one example, the method includes transmitting the print job to an image forming device. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the application. It is submitted with the understanding that it will not be employed to interpret or limit the scope or meaning of the claims 37 CFR 1.72(b).

Abstract: In one embodiment, a print control system is provided for use in a cellular telephone. A printing logic is configured to generate printer-ready data from a selected data to be printed. A viewing logic is configured to interpret and display the printer-ready data to simulate a printed state of the printer-ready data.

Abstract: In a method and a device for redundant transmission of protection commands between remote tripping devices (1, 8), useful information which represents a protection command or a rest signal is transmitted by a first remote tripping device (1) in at least two time slots via a first interface (2) to a first multiplexer (3), and is transmitted via different transmission paths (4, 5) by the multiplexer (3) based on the time slots. A second multiplexer (6) receives the useful information via the different transmission paths (4, 5), and transmits each useful information item via a time slot, which is allocated to the respective transmission path (4, 5), in a second interface (7) to a second remote tripping device (8).

Abstract: In one embodiment, a method is provided for a wireless mobile device where data is received over a wireless data connection indicative of presence of compatible components and a selection of the compatible components are displayed. Data is continued to be received further identifying the compatible components. The displayed selection of compatible components is changed in accordance with a convention and based on the continued receipt of data where the method is performed automatically by a wireless mobile device.

Abstract: The present invention is concerned with the transmission of protection commands to a remote tripping device over an analog signal link with a limited number of tones or frequencies (F1, F2, F3, F4). Different operating principles involve a number of frequency detectors (41, 42, 43, 44) depending on the number of commands (A, B, C, D) that are to be transmitted either alone or in combination. In order to transmit a maximum number of protection commands with a minimum number of tones/detectors, two of the abovementioned distinct operating principles are assigned at least one common tone. A prioritizing mechanism is established for preferring certain related protection commands belonging to a common application. Upon reception of a signal coding a combination of protection commands, it is possible to detect individual protection commands in accordance with different minimum safety and/or security values. A protection command can thus always be transmitted optimally for the intended application, i.e.

Abstract: In order to receive protection commands in a remote tripping device, one or more signals is or are received, protection commands and combinations of protection commands are coded by means of an individual signal or by means of a predetermined combination of signals, and each protection command is allocated a predetermined minimum safety and/or security value.

Abstract: A print controller for a cellular telephone is provided. The print controller includes a memory configured to store a state associated with processing print data. The print controller also includes a print control logic configured to control the cellular telephone in (re)processing print data.

Abstract: A cellular telephone protocol adaptive printing method is provided. An example method may include identifying a cellular telephone print item to print, identifying a print data transmission protocol for transmitting from a cellular telephone to an image forming device via a wireless communication link, identifying print job elements to process according to the print data transmission protocol, selectively processing the print job elements according to the print data transmission protocol, and processing the print job elements into a print job. In one example, the method includes transmitting the print job to an image forming device.

Abstract: In one embodiment, a print control system is provided for use in a cellular telephone. A printing logic is configured to generate printer-ready data from a selected data to be printed. A viewing logic is configured to interpret and display the printer-ready data to simulate a printed state of the printer-ready data.

Abstract: A cellular telephone printing system is provided. The print system includes a discovery logic configured to identify an image forming device with which the system may interact, a content transforming logic configured to prepare content for delivery to the image forming device in a form useable by the image forming device, and a print managing logic configured to manage providing the content to the image forming device.

Abstract: In one embodiment, a system includes a search logic for a mobile device. The search logic is configured to perform a discovery process that causes a radio frequency transceiver to discover electronic devices having a compatible radio frequency transceiver. The search logic is configured to execute asynchronously with one or more different processes. A display logic is configured to display a device identifier for each of the electronic devices that are discovered.

Abstract: In one embodiment, a system includes a search logic for a mobile device. The search logic is configured to perform a discovery process that causes a radio frequency transceiver to discover electronic devices having a compatible radio frequency transceiver. The search logic is configured to execute asynchronously with one or more different processes. A display logic is configured to display a device identifier for each of the electronic devices that are discovered.

Abstract: In one embodiment, a system includes a search logic for a mobile device. The search logic is configured to perform a discovery process that causes a radio frequency transceiver to discover electronic devices having a compatible radio frequency transceiver. The search logic is configured to execute asynchronously with one or more different processes. A display logic is configured to display a device identifier for each of the electronic devices that are discovered.

Abstract: In one embodiment, a system includes a search logic for a mobile device. The search logic is configured to perform a discovery process that causes a radio frequency transceiver to discover electronic devices having a compatible radio frequency transceiver. The search logic is configured to execute asynchronously with one or more different processes. A display logic is configured to display a device identifier for each of the electronic devices that are discovered.

Abstract: In a method and a device for redundant transmission of protection commands between remote tripping devices (1, 8), useful information which represents a protection command or a rest signal is transmitted by a first remote tripping device (1) in at least two time slots via a first interface (2) to a first multiplexer (3), and is transmitted via different transmission paths (4, 5) by the multiplexer (3) based on the time slots. A second multiplexer (6) receives the useful information via the different transmission paths (4, 5), and transmits each useful information item via a time slot, which is allocated to the respective transmission path (4, 5), in a second interface (7) to a second remote tripping device (8).

Abstract: In order to receive protection commands in a remote tripping device, one or more signals is or are received, protection commands and combinations of protection commands are coded by means of an individual signal or by means of a predetermined combination of signals, and each protection command is allocated a predetermined minimum safety and/or security value.

Abstract: The present invention provides a method and apparatus for visually presenting the access frequency of a two dimensional image. The method includes the steps of: determining which defined regions of the image are accessed; determining the frequency that the plurality of defined regions is accessed; creating a graphical representation corresponding to the plurality of defined regions for the image, wherein the x axis of the graphical representation corresponds to the x axis of the image and the y axis of the graphical representation corresponds to the y axis of the image; and combining the graphical representation with an access frequency indicator to create an access frequency output that corresponds to the plurality of defined regions. From the access frequency output, the user can see the access patterns of the image and can easily visualize how frequently small portions of the image are accessed.