Abstract:
A method for customizing a print device to a specific user including prompting a user of the device to indicate whether the device is intended for a first type of use or a second, different type of use, receiving an indication of intended use and, in response to the indication, automatically establishing at least one device default setting.

Description:
CROSS REFERENCES TO RELATED APPLICATIONS 
     None. 
     STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT 
     None. REFERENCE TO SEQUENTIAL LISTING, ETC. 
     None. 
     BACKGROUND 
     1. Field of the Invention 
     The present application relates to a system and method for customizing a print device and, more particularly, a system and method for customizing the default settings of a print device for either home or office use. 
     2. Description of the Related Art 
     All-in-one printing devices (AIOs) have become commonplace in the world of computer-related hardware. AIOs typically provide printing, copying, scanning and/or fax capabilities in a single device. A typical AIO may integrate two basic components: a document scanner and a print engine. Printing and scanning may each be carried out utilizing just one component of the device, while copying may be performed utilizing both components. 
     AIOs have been modified and expanded to include additional subsystems and components such as complex photo printing features, various card readers, USB keys and the like. Although such improved subsystems and components offer a wide range of capabilities to the end user, such improved features have complicated the programming and configuration of AIOs. 
     Historically, AIOs have been marketed to and purchased by individuals solely for home use. However, as the productivity and capability of AIOs continues to increase (e.g., higher printing speeds and improved printing quality), AIOs are also being purchased for use by small-sized and medium-sized businesses. 
     AIO manufacturers have recognized that business users utilize AIOs in a different way than home users. For example, home users may prefer to forego printing speed for improved print quality. In contrast, business users may be willing to accept reduced print quality for increased printing speed due to the higher volume of printing taking place in the business or office environment. 
     Thus, AIO manufacturers have provided AIOs with various options. For example, an AIO may have a print quality option that enables a user to indicate a priority for higher printing speed (i.e., “draft mode”) or improved print quality (i.e., “quality mode”). A business user may select the draft mode, while the home user may select the quality mode. 
     Prior art AIOs typically defaulted such options to typical home user preferences. For example, prior art AIOs were packaged with the print quality option defaulted to quality mode. 
     However, as AIO manufacturers target business users, AIO manufacturers must choose between establishing default settings for the home user and establishing default settings for the business user. The option of selling two different models of the same AIO device (i.e., one with business user default settings and one with home user default settings) is impractical. 
     Accordingly, there is a need for a system and method for customizing the default settings of a print device for either home or office use. 
     SUMMARY 
     In one aspect, the default settings customization system provides a method for customizing a print device to a specific user including prompting a user of the device to indicate whether the device is intended for a first type of use or a second, different type of use, receiving an indication of intended use and, in response to the indication, automatically establishing at least one device default setting. 
     In another aspect, the default settings customization system provides a method for customizing a print device having at least one option to a user. The method includes providing the print device with at least two potential default settings for the option, wherein at least one of the potential default settings is directed to a home user and at least one of the potential default setting is directed to a business user, prompting the user to identify whether the device is intended for use as a home device or as a business device, receiving an indication of intended use, selecting one of the potential default settings in response to the indication, and establishing the selected potential default setting as a default setting for the option. 
     In another aspect, the default settings customization system provides a print device including a print engine having at least one option associated therewith and a user interface adapted to prompt a user whether the print device will be used as home device or as a business device, wherein a default setting is established for the option based upon the user&#39;s response to the prompt. 
     Other aspects of the default settings customization system will become apparent from the following description, the accompanying drawings and the appended claims. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
         FIG. 1  is a block diagram of a print device according to a first aspect of the default settings customization system; and 
         FIG. 2  is a flow diagram according to a second aspect of the default settings customization system. 
     
    
    
     DETAILED DESCRIPTION 
     As shown in  FIG. 1 , a print device according to a first aspect of the default settings customization system, generally designated  10 , may include a processor  12  in communication with a print engine  14 , a scanner  16 , a user interface  18  and a communication subsystem  20 . The processor  12  may coordinate the functions and intercommunications of the print engine  14 , the scanner  16 , the user interface  18  and the communication subsystem  20  to allow the device  10  to process various jobs (e.g., print, copy and scan jobs). 
     The print engine  14  may be adapted to receive print data from the processor  12  and convert the print data into a printed image (e.g., ink on paper). Two substrate storage trays  22 ,  24  may be in communication with the print engine  14  to provide the print engine  14  with a supply of printing substrate (e.g., paper). In one aspect, low quality (e.g., draft) paper may be provided in tray  22  and high quality (e.g., bond or letterhead) paper may be provided in tray  24 . In another aspect, both trays  22 ,  24  may be provided with the same type of paper. 
     The scanner  16  may be adapted to scan a document or image and generate electronic data based on the scanned document or image. The scanner  16  may include a flat bed scanning window  26  and/or an automatic document feeder  28 . The window  26  and feeder  28  may provide an interface for a user to present the document or image to be scanned. 
     The user interface  18  may be a graphical user interface or the like and may include a display  30  and/or a control panel  32 . The display  30  may be a monitor, an LCD display, a touch screen or the like and may be capable of displaying various text and/or images for viewing by a user. The control panel  32  may be a series of buttons, a keyboard, a mouse or the like and may allow a user to select and manipulate various programs, options, settings and operations. In the alternative, the display  30  may be a personal computer connected to the device  10  by a USB network or wireless connection. 
     The communication subsystem  20  may allow the device  10  to communicate with external devices such as computers, other print devices, networks, fax machines and the like. The communication subsystem  20  may include a fax modem  34  and/or a network connection  36 . In one aspect, the communication subsystem  20  may wirelessly communicate with other devices. In another aspect, the communication subsystem  20  may communicate with other devices via a hard-wired connection (e.g., a wire, cord or cable). 
     It should be understood that device  10  according to the default settings customization system may be or function as an AIO device, a multi-function peripheral (MFP), a standard ink-jet printer or the like. Furthermore, it should be understood that the device  10  according to the default settings customization system may include some or all of the components and subsystems discussed above (i.e., the print engine  14 , the scanner  16 , the user interface  18  and the communication subsystem  20 ) and may also include additional components and subsystems not discussed above, such as, but not limited to, photo printing features, various card readers, USB keys/ports and sound features. 
     Each component and subsystem of the device  10  may be adapted to work in concert with the other components and subsystems via, for example, the processor  12 . For example, when a user requests a copy job, a document may be inserted into the automatic document feeder  28  where it is feed to the scanner  16  and scanned. The processor  12  may then send the scan data to the print engine where the scan data is converted into a printed image, thereby creating a copy of the original document. 
     Each component or subsystem may include one or more associated options. The options may relate to the performance and/or configuration of various aspects of the device  10 . In one aspect, the print engine  14  may include a tray linking option and a smart copy (or print quality) option, the processor  12  may include a power save option and the communication subsystem  20  may include a junk fax blocking option. It should be understood that various other options are within the scope of the default settings customization system. 
     The tray linking option provides a link between the two or more substrate storage trays  22 ,  24  such that the trays  22 ,  24  effectively operate as a single tray. Tray linking allows the user to store the same type of paper in each tray  22 ,  24  and, when one tray (e.g., tray  22 ) is empty, the print engine  14  automatically begins to pull paper from the second tray (e.g., tray  24 ). The tray linking option may be defaulted to “on” or “off.” A business user may prefer the tray linking option defaulted to “on,” while the home user may prefer the tray linking option defaulted to “off.” 
     The smart copy option takes advantage of the trade-off between printing speed and print quality. A typical print engine  14  may have increased printing speed with a corresponding reduction in print quality. Likewise, the typical print engine  14  may have improved print quality at the expense of printing speed. The smart copy option allows a user to forego printing speed for print quality. Thus, a business user may prefer the smart copy option defaulted to “off” to accommodate higher printing volume, while the home user may prefer the smart copy option defaulted to “on” to obtain higher quality printed images and documents. 
     The power save option, when active, may automatically power-down the device  10  after a predetermined amount of time has elapsed. The predetermined amount of time may be preprogrammed onto the device or may be set by the user. The power save option may include various default settings. For example, the power save option may be defaulted to “off,” “power down after 20 minutes non-use” or “power down after 1 hour non-use.” A business user may prefer the power save option defaulted to “off” or a power down after an extended period of time, while the home user may prefer the power save option defaulted to a power down after a shorter amount of time. 
     The junk fax blocking option may be used to filter the faxes being received by the device. In one aspect, the junk fax blocking option filters out faxes sent from unknown senders using a caller-id-based sender recognition system. An unknown sender may be a sender that is not listed in a pool of acceptable senders. Alternatively, an unknown sender may be a sender listed in a “do not receive” list. Still alternatively, an unknown sender may be a sender that cannot be identified by the caller-id-based sender recognition system. Thus, the junk fax blocking option may be defaulted to “off” for business use due to the higher volume of faxes received in the business environment, while the junk fax blocking option may be defaulted to “on” for home use. 
     According to the default settings customization system, the default settings of at least one option of the device  10  may be tailored to a specific end user (i.e., a home user or an office user) during the initial or, alternatively, each power-up (or boot-up) of the device  10 , as shown by box  50  of the flowchart of  FIG. 2 . According to one aspect, the user may be prompted with a single question via the user interface  18  during the initial power-up of the device  10 , as shown in box  52 . For example, the device  10  may ask “Will this device be used in a home for personal use or as a business machine.” Based on the user&#39;s response to the question (via the user interface  18 ), the device  10  may establish a default setting for at least one option, wherein the default setting is tailored to either home or business use, as shown in boxes  54 ,  56 , respectively. If the user indicates that the device  10  will be used at home, the device  10  may establish default settings tailored to the home user (e.g., tray linking “off,” smart copy “on,” power save “on” and junk fax blocking “on”). If the user indicates that the device  10  will be used as a business machine, the device  10  may establish default settings tailored to the business user (e.g., tray linking “on,” smart copy “off,” power save “off” and junk fax blocking “off”). 
     In one aspect, the default settings may be customized, as shown in  FIG. 2 , only during the initial (i.e., first) power-up of the device  10 . All subsequent power-ups may skip the customizing steps (see boxes  52 ,  54  and  56  of  FIG. 2 ) and apply the default setting (i.e., either home user or business user preferences) established during the initial power-up. In another aspect, the device  10  may run through the customizing steps (see boxes  52 ,  54  and  56  of  FIG. 2 ) during each power-up of the device  10 . 
     Although the default settings customization system has been shown and described with respect to certain aspects, it is obvious that modifications will occur to those skilled in the art upon reading the specification. The default settings customization system includes all such modifications and is limited only by the scope of the claims.