Patent Grant
8705058
1. Field of the Invention
The present disclosure relates to a print/copy control system which is arranged to promote use of print/copy conditions of non-standard functions of an image forming device when starting execution of a printing or copying process.
2. Description of the Related Art
In the existing office environment, if a print job of a document from a client computer, such as a PC (personal computer), is input to an image forming device, such as an MFP (multi-function peripheral), a printing process is performed by the image forming device according to the input print job. Or, if a user brings a document to the installation site of an image forming device and inputs a copy job to the image forming device, a copying process is performed by the image forming device according to the input copy job.
Usually, when one of a plurality of sets of print/copy conditions of the image forming device is selectable, a standard set of print/copy conditions (default set) is preferentially displayed in a printing dialog box of the client computer or an operation panel of the image forming device. If execution of the printing/copying process is requested without changing the contents of the standard set, the printing or copying process is immediately performed using the standard set of print/copy conditions.
There are several sets of print/copy conditions with respect to non-standard functions of the image forming device which are not included in the standard set of the print/copy conditions, such as duplex, collective mode, finishing, etc., and some users are unaccustomed to the non-standard functions of the image forming device. Hence, in many cases, the printing/copying process is performed by using the standard set of the print/copy conditions.
For example, even if the use of the non-standard function of duplex or collective mode will result in the saving of the number of sheets, the amount of toner or the amount of electric power, which can ultimately reduce the amount of carbon dioxide (CO2) emission, the user is not positively urged to select the non-standard function.
On the other hand, Japanese Laid-Open Patent Publication No. 2005-310029 discloses a method of a print control for facilitating the setting of print conditions. In this print control method, the user is urged to select one of several printing categories, including “ecology”, “bookbinding”, “security” and “simple”, the print setting items related to the selected printing category are extracted, and the excerpt of the print setting items is merely displayed. Hence, the user is requested to select final print setting items from the excerpt of the print setting items displayed, and this does not provide a sufficient support for the user who is unaccustomed to the non-standard functions.
In one aspect, the present disclosure provides a print/copy control system which is capable of promoting selection of non-standard sets of print/copy conditions of an image forming device when starting execution of a printing/copying process.
In an embodiment which solves or reduces one or more of the above-mentioned problems, the present disclosure provides a print/copy control system including a processing unit, the processing unit including: a first unit to receive a set of print/copy conditions selected by a user; a second unit to receive a standard set of print/copy conditions of an image forming device designated by the user; a third unit to receive other selectable sets of print/copy conditions of the image forming device; and a display unit to display a listing of each of the standard set of print/copy conditions of the image forming device, the set of print/copy conditions selected by the user, and the other selectable sets of print/copy conditions of the image forming device for comparison.
In an embodiment which solves or reduces one or more of the above-mentioned problems, the present disclosure provides an image forming device including a processing unit, the processing unit including: a response unit to transmit a standard set of print conditions and other selectable sets of print conditions in response to a request received from an external device; a first unit to receive a set of copy conditions selected by a user at a time of a document copying setting; a second unit to receive a standard set of copy conditions; a third unit to receive other selectable sets of copy conditions; and a display unit to display a listing of each of the standard set of copy conditions, the set of copy conditions selected by the user and the other selectable sets of copy conditions for comparison.
In an embodiment which solves or reduces one or more of the above-mentioned problems, the present disclosure provides a print/copy control method for use in a print/copy control system including a processing unit, the method including: receiving, by a first unit of the processing unit, a set of print/copy conditions selected by a user; receiving, by a second unit of the processing unit, a standard set of print/copy conditions of an image forming device designated by the user; receiving, by a third unit of the processing unit, other selectable sets of print/copy conditions of the image forming device; and displaying, by a display unit of the processing unit, a listing of each of the standard set of print/copy conditions of the image forming device, the set of print/copy conditions selected by the user, and the other selectable sets of print/copy conditions of the image forming device for comparison.
Other objects, features and advantages of the present disclosure will become more apparent from the following detailed description when read in conjunction with the accompanying drawings.
A description will be given of embodiments of the present disclosure with reference to the accompanying drawings.
In the print/copy control system shown in
Each client computer 12 (one of the client computers 12A, 12B, . . . ) includes an input unit 121, a display unit 122, a control unit 123, and a communication part 128. The control unit 123 is provided with a print processing part 124, an information generation/display part 125, a CO2 integrated amount managing part 126, and a credit/point managing part 127. The information generation/display part 125 generates and displays setting comparison information, result information, advice information, and CO2 information.
The input unit 121 includes a keyboard and a mouse and receives an input operation from a user. The display unit 122 includes a display monitor and displays a display screen, such as a printing dialog box, on the display monitor, which is presented to a user.
The control unit 123 includes a CPU (central processing unit), a memory, etc. and performs a main control process of the client computer 12 according to a computer program read from the memory.
The print processing part 124 includes an application program which is configured to perform generation and renewal of a document, and a printer driver. The print processing part 124 sends a printing request and printing data to the image forming device 13 (one of the image forming devices 13A, 13B, . . . ,) which is arranged in the network 11.
The information generation/display part 125 generates setting comparison information, result information, advice information, and CO2 information at a time of selecting print conditions of a document, and displays the listing of the respective items of the setting comparison information, the result information, the advice information, and the CO2 information on the display unit 122.
The setting comparison information is information for giving a user the listing of the standard set of print conditions of the image forming device 13 designated by the user, a set of print conditions of the image forming device 13 selected by the user, and other selectable print conditions (non-standard print conditions) of the image forming device 13, in order to allow the comparison by the user. The setting items of the print conditions include use color, duplex/simplex, collective mode, finishing (bookbinding, etc.), the number of sheets, scaling, etc. The setting comparison information is generated as follows. The set of print conditions selected by the user is acquired from the input unit 121 (which is the default set if an input operation on the input unit 121 is not performed positively), the standard set of print conditions and the non-standard sets of print conditions which are selectable are acquired from the image forming device 13, and the setting comparison information is generated by arranging the corresponding items of these sets of print conditions on a setting-item basis. Alternatively, the setting comparison information may contain the print conditions which are selectable in other image forming devices 13 connected to the network 11, and acquired from such image forming devices 13 via the network 11.
The result information is reference information for the user, which indicates the result of a printing process when performed by using the corresponding print conditions. The amount of reduction of consumption of consumables, such as recording sheets and toner, the amount of reduction of electric power, etc. are contained in the result information. Regarding the information which is represented by a numerical value, a predetermined formula for computing the numerical value is held internally in the client computer 12, and the numerical value is computed based on the formula. Regarding the information which is represented as a message, the message is associated with the print conditions and held internally in the client computer 12, and the message corresponding to the print conditions is acquired. The result information in which a numerical value and a message coexist uses both the contents of the numerical value and the message. For example, in a case in which the number of sheets in the standard set (in which no collective mode is used) is equal to “20” and the number of sheets in the collective mode “2 in 1” is equal to “10”, the amount of reduction of the number of sheets in this case is set to 10 (=20−10) and a message indicating “the number of sheets will be reduced by ten sheets from the standard set” is contained in the result information.
The advice information is reference information for the user, which calls a user's attention when starting a printing process by using the corresponding print conditions. The scaling of text and image after the printing process is contained in the advice information. Regarding the information which is represented by a numerical value, a predetermined formula for computing the numerical value is held internally in the client computer 12, and the numerical value is computed based on the formula. Regarding the information which is represented as a message, the message is associated with the print conditions and held internally in the client computer 12, and the message corresponding to the print conditions is acquired. The advice information in which a numerical value and a message coexist uses both the contents of the numerical value and the message. For example, in a case of the collective mode “2 in 1” when no collective mode is used in the standard set, a message indicating “the scaling of text and image is reduced by 71%” is contained in the advice information.
The CO2 information contains both the amount of CO2 emissions when a printing process is performed by using the corresponding print conditions, and the amount of CO2 reduction which indicates the decrement from the amount of CO2 emissions when a printing process is performed by using the standard set of print conditions. The amount of CO2 emissions is computed based on the basic data (including a theoretical value and an experimental value) with respect to a standard document, depending on the use of color/monochrome, the number of surfaces being printed, the paper size, etc.
The CO2 integrated amount managing part 126 computes the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction, corresponding to the print conditions which are finally selected by the user and used to perform the printing process, on a daily basis, a weekly basis, a monthly basis, a yearly basis, etc. (or simply computes the total thereof) and displays the results of the computations on the display unit 122.
The credit/point managing part 127 notifies the manufacturer system 3 of the integrated amount of CO2 emissions or the amount of CO2 reduction from the CO2 integrated amount managing part 126 as a formal effective value of carbon offset (specified by a governmental organization, etc.). The credit/point managing part 127 receives from the manufacturer system 3 a notice of a carbon offset credit or point in accordance with the notified effective value of carbon offset and displays the received carbon offset credit or point on the display unit 122. Alternatively, the credit/point managing part 127 may send a notice of a formal effective value of carbon offset to a system of a specific organization instead of the manufacturer system 3. A carbon offset credit is a right which can be diplomatically asserted as the right for CO2 emission limitation target. For example, the CER (certified emission reduction) may be used as the carbon offset credit. A carbon offset point is an alternative to a predetermined carbon offset credit as defined by the manufacturer of the image forming device 13, and can be exchanged for a certain target product. Alternatively, the carbon offset point may be replaced by a coupon that allows the user to purchase a specific product.
The communication part 128 performs a data communication of the client computer 12 with the network 11.
Moreover, in the print/copy control system of
The communication part 1301 performs a data communication of the image forming device 13 with the network 11. The input unit 1302 includes a set of buttons, a touch panel, etc., and receives an input operation from a user. The display unit 1303 includes a liquid crystal display (LCD) panel and displays a setting screen on the LCD panel, which is presented to a user.
The control unit 1304 includes a CPU, a memory, etc. and performs a main control process of the image forming device 13 according to a computer program read from the memory.
The print/copy processing part 1305 performs a control process of printing of a document based on a print job received from the client computer 12, and performs a control process of a copying process based on a copy job received from the image forming device 13.
The print/copy conditions managing part 1306 manages the standard set of print/copy conditions of the image forming device 13, and manages other selectable sets of print/copy conditions. The print/copy conditions managing part 1306 sends a notice of the standard set of print conditions of the image forming device 13 and the other selectable sets of print conditions to the client computer 12 in response to an inquiry received from the client computer 12.
The information generation/display part 1307 generates setting comparison information, result information, advice information, and CO2 information at a time of selecting copy conditions of a document, and displays the listing of the respective items of the setting comparison information, the result information, the advice information, and the CO2 information on the display unit 122.
The setting comparison information is information for giving a user the listing of the standard set of copy conditions of the image forming device 13 designated by the user, a set of copy conditions of the image forming device 13 selected by the user, and other selectable copy conditions (non-standard copy conditions) of the image forming device 13, in order to allow the comparison by the user. The setting items of the copy conditions include use color, duplex/simplex, collective mode, finishing (bookbinding etc.), the number of sheets, scaling, etc. The setting comparison information is generated as follows. The set of copy conditions selected by the user is acquired from the input unit 1302 (which is the default set if an input operation on the input unit 1302 is not performed positively), the standard set of copy conditions and the non-standard sets of copy conditions which are selectable are acquired from the print/copy conditions managing part 1306, and the setting comparison information is generated by arranging the corresponding items of these sets of copy conditions on a setting-item basis.
The result information is reference information for the user, which indicates the result of a copying process when performed by using the corresponding copy conditions. The amount of reduction of consumption of consumables, such as recording sheets and toner, the amount of reduction of electric power, etc. are contained in the result information. Regarding the information which is presented by a numerical value, a predetermined formula for computing the numerical value is held internally in the image forming device 13, and the numerical value is computed based on the formula. Regarding the information which is represented as a message, the message is associated with the copy conditions and held internally in the image forming device 13, and the message corresponding to the copy conditions is acquired. The result information in which a numerical value and a message coexist uses both the contents of the numerical value and the message.
The advice information is reference information for the user, which calls a user's attention when starting a copying process by using the corresponding copy conditions. The scaling of text and image after the copying process is contained in the advice information. Regarding the information which is represented by a numerical value, a predetermined formula for computing the numerical value is held internally in the image forming device 13, and the numerical value is computed based on the formula. Regarding the information which is represented as a message, the message is associated with the copy conditions and held internally in the image forming device 13, and the message corresponding to the copy conditions is acquired. The advice information in which a numerical value and a message coexist uses both the contents of the numerical value and the message.
The CO2 information contains both the amount of CO2 emissions when a copying process is performed by using the corresponding copy conditions, and the amount of CO2 reduction which indicates the decrement from the amount of CO2 emissions when a copying process is performed by using the standard set of copy conditions. The amount of CO2 emissions is computed based on the basic data (including a theoretical value and an experimental value) with respect to a standard document, depending on the use of color/monochrome, the number of surfaces being printed, the paper size, etc.
The CO2 integrated amount managing part 1308 computes the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction corresponding to the copy conditions which are finally selected by the user and used to perform the copying process, on a daily basis, a weekly basis, a monthly basis, a yearly basis, etc. (or simply computes the total thereof) and displays the results of the computations on the display unit 1303.
The credit/point managing part 1309 notifies the manufacturer system 3 of the integrated amount of CO2 emissions or the amount of CO2 reduction from the CO2 integrated amount managing part 1308 as a formal effective value of carbon offset (specified by a governmental organization, etc.). The credit/point managing part 1309 receives from the manufacturer system 3 a notice of a carbon offset credit or point in accordance with the notified effective value of carbon offset and displays the received carbon offset credit or point on the display unit 1303. Alternatively, the credit/point managing part 1309 may send a notice of a formal effective value of carbon offset to a system of a specific organization instead of the manufacturer system 3. A carbon offset credit is a right which can be diplomatically asserted as the right for CO2 emission limitation target. For example, the CER (certified emission reduction) may be used as the carbon offset credit. A carbon offset point is an alternative to a predetermined carbon offset credit as defined by the manufacturer of the image forming device 13, and can be exchanged for a certain target product. Alternatively, the carbon offset point may be replaced by a coupon that allows the user to purchase a specific product.
When a specific product purchased by the user is placed in the main part of the image forming device 13 and an input operation is manually performed by the user (or the input operation is automatically performed), the credit/point managing part 1309 records a message that the cost of the carbon offset credit has been added to the image forming device 13, and notifies the message to the manufacturer system 3. Thereby, the carbon offset credits of the purchased products can be managed in a unified manner by the credit/point managing part 1309.
The printing part 1310 includes a printer engine, an image scanner, etc., and performs printing and copying processes.
Moreover, in the print/copy control system of
The customer-basis credit/point managing part 311 receives notices of the integrated amounts of CO2 emissions or the amounts of CO2 reduction from the client computers 12 and the image forming devices 13 respectively, and manages each of the integrated amounts of CO2 emissions or the amounts of CO2 reduction on a customer basis. Alternatively, the customer-basis credit/point managing part 311 may manage each of the integrated amounts of CO2 emissions or the amounts of CO2 reduction on a client-computer basis or on an image-forming-device basis. The customer-basis credit/point managing part 311 sends a notice of a carbon offset credit or point in accordance with the received effective value of carbon offset to a corresponding one of the client computers 12 or the image forming devices 13. A carbon offset credit or point corresponding to the cost of carbon offset assigned to the products (a photo conductor, a development unit, toner, etc.) purchased by the customer may be included in the carbon offset credit or point notified to the corresponding one of the client computers 12 or the image forming devices 13.
The provider-basis credit managing part 312 manages the carbon offset credit or point which the manufacturer has purchased from a carbon offset provider 4, on a carbon-offset-provider basis.
The printing process of
As shown in
Subsequently, when an input (selection) of a set of print conditions is performed by the input unit 121 by clicking a corresponding button in the printing dialog box, the print processing part 124 receives the selection of the set of print conditions (step S104). An example of the screen in which a selection of setting items in the collective mode is input by the user is shown in
Subsequently, as shown in
Subsequently, the information generation/display part 125 generates the setting comparison information, the result information and the advice information based on the print conditions of the image forming device 13 selected by the user and the other selectable print conditions of the other image forming devices (step S106).
The information generation/display part 125 generates the CO2 information with respect to each of the set of print conditions of the image forming device 13 selected by the user and the other selectable sets of print conditions of the other image forming devices (step S107).
Subsequently, the information generation/display part 125 displays the listing of the respective items of the setting comparison information, the result information, the advice information, and the CO2 information on the display unit 122 (step S108).
An example of the screen of the listing displayed in the client computer 12 at this time is shown in
Another example of the screen of the listing displayed in the client computer 12 at this time is shown in
Referring back to
Subsequently, as shown in
Thereby, the print processing part 124 transmits the printing request including the document data to the corresponding image forming device 13 through the communication part 128 and the network 11 (step S111). When the printing request is received at the image forming device 13 through the communication part 1301, the control unit 1304 of the image forming device 13 performs the printing process by using the printing part 1310.
Subsequently, the CO2 integrated amount managing part 126 of the client computer 12 computes and records the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction corresponding to the set of print conditions which has been used to perform the printing process (step S112). The CO2 integrated amount managing part 126 manages the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction on a daily basis, a weekly basis, a monthly basis, and a yearly basis, and displays the results of the computations automatically or in response to a displaying request input from the user. An example of the CO2 integrated amount displayed in the client computer 12 at this time is shown in
Subsequently, the printing process of
The copying process of
Subsequently, as shown in
Subsequently, the information generation/display part 1307 receives the selectable sets of copy conditions of the image forming device 13 from the print/copy conditions managing part 1306, and generates the setting comparison information, the result information, and the advice information based on the set of copy conditions selected by the user and the other selectable sets of copy conditions of the other image forming devices (step S204).
The information generation/display part 1307 generates the CO2 information with respect to each of the set of copy conditions selected by the user and the other selectable sets of copy conditions of the other image forming devices (step S205).
Subsequently, the information generation/display part 1307 displays the listing of the respective items of the setting comparison information, the result information, the advice information, and the CO2 information on the display unit 1303 (step S206).
An example of the screen of the listing displayed in the image forming device 13 at this time is shown in
Another example of the screen of the listing displayed in the image forming device 13 at this time is shown in
Subsequently, as shown in
Subsequently, as shown in
Subsequently, the CO2 integrated amount managing part 1308 computes and records the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction corresponding to the set of copy conditions which has been used to perform the copying process (step S210). The CO2 integrated amount managing part 1308 manages the integrated amount of each of the amount of CO2 emissions and the amount of CO2 reduction on a daily basis, a weekly basis, a monthly basis, and a yearly basis, and displays the results of the computations automatically or in response to a displaying request input from the user.
Subsequently, the copying process of
As shown in
The customer-basis credit/point managing part 311 of the customer data managing device 31 computes a carbon offset credit or point in accordance with the received effective value of carbon offset (step S302).
The customer-basis credit/point managing part 311 records the computed carbon offset credit or point and the received effective value of carbon offset (step S303), and transmits the computed carbon offset credit or point to the client computer 12 (step S304). Separately from the step S304, the manufacturer is enabled to receive the formal effective value of carbon offset by notifying the amount to the carbon offset provider 4.
When the carbon offset credit or point is received, the client computer 12 causes the credit/point managing part 127 to record the carbon offset credit or point internally for the management of the carbon offset credit or point (step S305). The credit/point managing part 127 displays the carbon offset credit or point automatically or in response to a displaying request input from the user.
On the other hand, as shown in
The customer-basis credit/point managing part 311 of the customer data-managing device 31 computes a carbon offset credit or point in accordance with the received effective value of carbon offset (step S312). The customer-basis credit/point managing part 311 records the computed carbon offset credit or point and the received effective value of carbon offset (step S313), and transmits the computed carbon offset credit or point to the image forming device 13 (step S314). Separately from the step S314, the manufacturer is enabled to receive the formal effective value of carbon offset by notifying the amount to the carbon offset provider 4. A carbon offset credit or point corresponding to the cost of carbon offset assigned to the products purchased by the customer can be included in the carbon offset credit or point notified.
When the carbon offset credit or point is received, the image forming device 13 causes the credit/point managing part 1309 to record the carbon offset credit or point internally for the management of the carbon offset credit or point (step S315). The credit/point managing part 1309 displays the carbon offset credit or point automatically or in response to a displaying request input from the user.
As described above, the print/copy control system of the present embodiment provides the following advantages.
(1) Because the listing of each of the non-standard sets of print/copy conditions, the standard set of print/copy conditions of the image forming device and the set of print/copy conditions currently selected by the user for comparison is presented to the user at a time of print/copy setting, the user can recognize that there are various patterns of a printing/copying process, and it is possible to promote use of the printing/copying process by the non-standard sets of print/copy conditions.
(2) Because the listing of other selectable sets of print conditions of image forming devices other than the default printer is presented to the user at a time of print setting on the client computer, the range of selection of print conditions can be expanded.
(3) Because the result information of a result of a printing/copying process for comparison is presented to the user at a time of selecting the print/copy conditions, the user can easily recognize how much saving of the consumables or electric power relative to the case of the standard set of print/copy conditions is attained.
(4) Because the advice information of a printing/copying process is presented to the user at a time of print/copy setting, it is possible to reduce the waste of resources or the futility by re-printing, re-copying, etc.
(5) Because the listing of the integrated value of CO2 emissions and the amount of CO2 reduction for comparison is presented to the user at a time of selecting the print/copy conditions, an opportunity to choose the non-standard set of print/copy conditions with few CO2 emissions can be increased and CO2 reduction activities can be promoted.
(6) Because the integrated value of CO2 emissions or the amount of CO2 reduction is notified to an external device, such as a manufacturer, via a network as an effective value of carbon offset, it is possible to promote CO2 reduction activities. The integrated amount of CO2 emissions and the amount of CO2 reduction can be treated as a formal effective value of carbon offset, which facilitates the computation of the formal effective value of carbon offset.
(7) Because the carbon offset credit or point according to the effective value of carbon offset is given from the manufacturer to the customer, the incentive to CO2 reduction activities can be given to the customer.
(8) Because the carbon offset credit or point corresponding to the cost of carbon offset assigned to the purchased products is given to the customer, the formal record of the carbon offset credit can be given to the customer and the consciousness of participation in CO2 reduction activities can be evoked.
According to the print/copy control system of the present disclosure, it is possible to take appropriate measures for performing a printing/copying process and increase an opportunity to select the non-standard sets of print/copy conditions of an image forming device.
The present disclosure is not limited to the specifically disclosed embodiments, and variations and modifications may be made without departing from the scope of the present disclosure.
The present application is based upon and claims the benefit of priority of the prior Japanese patent application No. 2010-148130, filed on Jun. 29, 2010, the contents of which are incorporated herein by reference in their entirety.
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