JP5055068B2 - Printing apparatus, control method thereof, and program - Google Patents

Description

The present invention relates to a printing apparatus that prints an image based on print data received from a host apparatus , a control method thereof, and a program .

  In recent years, an increasing number of mobile terminals such as mobile phones are connected to a printing apparatus using a wireless interface such as Bluetooth or IrDA to perform printing.

  However, when connecting and printing via these wireless interfaces, it is usually necessary to perform print settings after making print settings on the printing apparatus side, or perform print settings from a portable terminal.

  However, since direct printing is used, the character size cannot be specified in the print settings except for some xHTML-Prints. Therefore, in most cases, as a result, the text will be printed in a fixed size, and the text will be printed or printed in a pre-registered template frame, which is printed differently from the screen display of a mobile phone, etc. Very difficult to read. This is the same even if it is set using Style Sheet.

  Therefore, even if a decorative character is used in consideration of the line feed timing in accordance with the character size on the screen, it is often the case that text is always printed with the same size character or printed on a template. For this reason, there is no affinity between the mail image when viewed on the screen and the print result, and there is a great sense of incongruity.

  In particular, in the case of a mobile phone, the screen display method is often individually changed according to the age and gender of the user. For example, in younger generations, the size of characters that can be displayed on the screen is the smallest and the display capability is often maximized. Conversely, for older users, the size and thickness of characters are emphasized. However, there is a tendency to prioritize legibility rather than per-screen information.

  However, in the conventional printing method, even if the setting is changed on the mobile phone side, the printing result is the same, and the affinity between the screen display and the printing result is poor, which is very inconvenient.

  In other words, the printing device cannot obtain the character size and thickness information set on the mobile phone, and the font size and line thickness of the printing device are There is no means for the telephone side to know. Therefore, the printing apparatus performs character printing with only a predetermined character size.

  It is known that mobile phones, mobile terminals, and digital cameras set in advance the type of paper to be printed, the print layout, etc., depending on the file format, such as the extension of the transmitted data, in a printing device that is directly connected wirelessly. (For example, see Patent Document 1). In this way, printing can be easily performed without performing complicated settings for each printing.

  In addition, it is known that a print layout number is designated in advance in a memo field that can be described by the telephone book function during vCard direct printing (see, for example, Patent Document 2). In this way, when vCard data is transmitted, the template corresponding to the designated layout number is read from the layout collection incorporated in the printing apparatus from the beginning, and is poured into the read data for printing. Can do.

In either case, the print settings for the transmitted data are simply printed according to a predetermined layout.
JP 2004-358672 A JP-A-2005-47253

  In recent years, a mobile terminal represented by a mobile phone can create a mail or a memo by itself and print it directly without using a PC.

  However, unlike printing from a PC that can be freely laid out, printing from a mobile phone results in simple text printing, and it may be printed in a fixed layout that is predefined by the printer, and may feel uncomfortable. There's a problem.

  That is, the conventional printing apparatus is designed to perform printing in accordance with the screen image of a general-purpose operation system.

An object of the present invention is to provide a printing apparatus, a control method thereof, and a program that allow a user to determine a line feed position of text .

The printing apparatus according to the present invention includes a receiving unit that receives print data corresponding to text from a host device, and the text when the text is printed when the receiving unit receives print data corresponding to the text. A determination unit that determines whether the information for determining the appearance of the print data is included in the print data, and the determination unit determines that the print data does not include the information. Display control means for causing the display device to display a display for causing the user to determine the line break position of the text to be determined, and the line break position of the text is determined according to a user instruction based on the display by the display control means. Printing means for printing the text so that a line break is made at the line feed position.

According to the present invention, when the print data does not include information for determining the text appearance, the user can determine the line feed position of the text .

  The best mode for carrying out the invention is the following embodiment.

  The first embodiment uses a mobile phone that is most familiar as a mobile terminal and uses Bluetooth that is installed in many mobile phones in recent years as a wireless interface.

  Recent cellular phones and PDAs are equipped with a PIM function, which is an indispensable application in recent years, and a mail function, and have a wireless function capable of directly transmitting such information to a printing apparatus. It is also a dominant host. An effective host in the embodiment is only required to have portability, and is not limited to a mobile phone but may be a PDA, a mobile PC, or the like.

  FIG. 1 is a diagram illustrating a printing system 100 including a printing apparatus PR1 that is Embodiment 1 of the present invention.

  The printing apparatus PR1 can wirelessly communicate with the digital camera 1, the mobile phone 3, and the mobile terminal 4.

  When printing directly from the mobile terminal 4, the mobile phone 3 normally searches for a connectable device and selects a printing device to be connected from among the devices.

  For example, the digital camera 1 is connected to the printing apparatus PR1 via a USB cable or the like. A mobile phone 3 and a mobile terminal 4 having an interface that can be connected to other devices are connected to the printing apparatus PR1 by using wireless such as Bluetooth.

  In recent years, there are many products on which such devices can be connected to each other by wireless or USB cable and can exchange information. Among these, printing apparatuses that can be directly connected to the HOST and perform direct printing without using a PC are becoming mainstream. In the first embodiment, printing can be easily performed by directly connecting the HOST to the printing apparatus PR1 without using a computer.

  When printing from a computer, there is usually a print setting utility that provides a general-purpose operation system such as Windows (registered trademark) as a basic function. When printing from a computer, there is a print setting utility that sets printing conditions and the like according to what is printed independently. Further, in the printing apparatus PR1 that can be printed directly without using a computer, the print setting can be made on the main body side of the printing apparatus PR1.

  FIG. 2 is a diagram illustrating a setting screen 10 that displays possible print setting items that can be set on the printing apparatus PR1 side in the first embodiment.

  Of the setting screen 10 showing rough items in the print settings, the selection screen and the input information of the Q & A method are displayed on the liquid crystal panel or the like equipped in the printing apparatus PR1, and these are set while confirming the input. To do.

  The paper size 13 is an item for setting the size of the paper to be printed out, and the paper type 14 is an item for setting the quality of paper such as glossy paper for exclusive use of photographs, OHP sheet, plain paper, etc. Mode 15 is an item for setting the texture when printing. In the print layout 12, a shadow portion (a portion in which a plurality of horizontal lines are described at narrow intervals) shown in FIG. 2 is a portion to be printed, and an output image thereof is shown in order to set the state of the print layout. In normal printing, the print layout (A) shown in FIG.

  Since the display contents on the direct printing setting screen 10 are originally based on a function for printing data of the digital camera 1, the layout of the printing result is often main. Therefore, in direct printing, before printing, the print layout 12 is performed on the printing apparatus PR1 side in accordance with the contents of the print data, and then the connected portable terminal 4 or digital camera 1 transmits the print data. Then, the printing apparatus PR1 performs printing.

  Usually, when printing e-mail or Web from a mobile terminal, the HTML format is used. Also, in recent years, by making print settings that can specify print decoration in HTML formats typified by Stylesheet, font type settings, character size settings, block margin settings, line spacing, etc. Can be specified. In this way, there are some devices in which the print setting of the printing apparatus PR1 can be performed on the portable terminal 4 side. However, in particular, the portable terminal 4 connected wirelessly often does not employ the function of performing the print layout 12 after taking the printing function of the connected printing device PR1 from the printing device PR1. Therefore, when direct printing is performed from the portable terminal 4 using radio, the setting is made on the printing apparatus PR1 side as described above.

  FIG. 3 is a block diagram illustrating a configuration of the printing apparatus PR1.

  The printing device PR1 includes a communication control program 21, a screen display control device 22, a print setting value control device 23, a print data analysis storage device 24, and an error extraction & storage device 25. The printing apparatus PR1 includes a wireless interface 26, a wired interface 27, a CPU 28, an LCD display device 29, a key input device 30, and a print control device 31.

  The wireless interface 26 and the wired interface 27 are interfaces that connect the printing apparatus PR1 and the HOST. The CPU 28 performs overall control. The LCD display device 29 displays print settings, errors that occur in the control, and the like. The key input device 30 is a device for inputting various setting values to the user. The print control device 31 performs printing by the printing device PR1.

  The communication control program 21 performs communication control for inputting / outputting HOST and control codes and data. The screen display control device 22 uses the LCD display device 29 to interface with the user. The print setting value control device 23 controls the print control device 31 in order to control various print setting values necessary for printing using a user designation or default values.

  The print data analysis storage device 24 is a device that analyzes the data received from the HOST and creates print data. The error extraction & storage device 25 is a device that checks, stores, and analyzes errors that occur during printing.

  The CPU 28 is an example of an identification unit. That is, the CPU 28 determines whether or not the print request and the print data are received from the mobile terminal when the mobile terminal represented by the mobile phone is connected to the printing device and receives the print request and the print data. The device ID is identified by using the DeviceID notified by both parties at the time of connection.

  The key input device 30 is an example of a designation unit that can designate a print character size and the number of characters in one line when the identification unit identifies that the key input device 30 has been received from the portable terminal.

  The print control device 31 is an example of a printing unit that prints in a strip shape corresponding to the screen image of the mobile terminal when the character size of printing and the number of characters in one line are designated.

  If the HOST connected to the printing apparatus is a mobile phone, it is identified whether CSS is included in the received data. The CSS is normally used for designating printing decoration in HTML printing, and is a Cascading StyleSheet setting that can specify font family settings, character size settings at points, block margin settings, line spacing settings, and the like. Hereinafter, Cascading StyleSheet setting that can specify font family setting, character size setting at point, block margin setting, line spacing setting, etc. will be referred to as Style Sheet.

  In addition, when the StyleSheet setting has been made, there is means for confirming to the user whether or not to print in accordance with the StyleSheet setting.

  Furthermore, printing is performed based on the character size of printing specified through the specifying means and the number of characters in one line, without matching with the StyleSheet.

  In addition, the designation means is a means capable of temporarily stopping printing and designating the character size of printing, the number of characters in one line, the thickness of characters, and the color of characters.

  And it has a display means for creating and displaying a print image in accordance with the specified contents.

  The designation means is means for redesignating at least one of a character size, thickness, and color for the print image displayed by the display means.

  FIG. 4 is a diagram illustrating a result of printing by setting printing on the printing apparatus PR1 side, sending an email from the mobile phone 3, and printing.

  On the screen 41 of the mobile phone 3, a text of an email to be printed is displayed. The print results 42 and 43 are results of printing the text displayed on the screen 41 of the mobile phone 3 from the mobile phone 3 to the printing apparatus PR1 using Bluetooth.

  In the print result 42, the line break of the sent mail is an apparent line break due to the screen size of the mobile phone 3. In the print result 43, the line break of the sent mail is a line break due to the “line feed code”.

  As described above, the print results 42 and 43 are handled by the current printing apparatus only as text data, except when a photo print request such as JPEG is received. Therefore, the size of the character printed at that time is simply printed as it is, using the font installed in the printing apparatus PR1. Therefore, in the current printing apparatus, as described above, the screen configuration and the size of characters that are easy for the individual to set and that are easy to see for the user and that are set by the mobile phone 3 are not reflected in the print result. In particular, since e-mail is highly private, the same feeling is lost when text printing is far from the appearance image on the mobile phone 3.

  Thus, in the first embodiment, a desirable environment can be provided to the user by performing the following processing.

  Next, the overall operation in the first embodiment will be described.

  FIG. 5 is a flowchart showing the overall operation in the first embodiment.

  In S1, printing is started, the HOST and the printing apparatus PR1 are wirelessly connected, and print data is transmitted from the HOST to the printing apparatus PR1.

  In S2, for example, whether the HOST connected by Bluetooth or the like is the mobile phone 3 is confirmed from the DeviceID at the time of connection or the Device name. If the device makes a print request that does not use StyleSheet, such as a personal computer or PDA, the process proceeds to S4 and the processing of the present invention is performed. If the HOST is the mobile phone 3 in the identification, the process proceeds to S3, and further, it is checked whether Stylesheet is set for HTML printing.

  6A, 6B, and 6C are diagrams illustrating setting item examples and the like on the printing apparatus PR1 side.

  In step S3, it is confirmed whether or not StyleSheet is set. If the result of the check is that there is a setting, a message of the setting item 51 is displayed on the display device of the printing apparatus PR1.

  In recent years, there is a portable terminal 4 that performs print settings on the HOST side. In this case, print settings may be made using StyleSheet. It is known that fonts, character sizes, block margins, and line spacing can be set in HTML using StyleSheet. However, the current StyleSheet cannot be set specifically for the connected printing apparatus PR1. Therefore, even if StyleSheet is set in S5, it is necessary to confirm with the user whether print control according to the first embodiment from S7 onward is performed without following the designation. At this time, a warning message 52 is displayed.

  When the user selects No in S5, the process returns to the control of the first embodiment, and the printing process according to the first embodiment of the present invention is performed regardless of the specified Stylesheet.

  If Yes is selected in S5, printing is performed with the Stylesheet setting.

  Hereinafter, S7 to S13 are the basis of the first embodiment. In S7, the screen 53 is displayed on the display unit of the printing apparatus PR1, thereby allowing the user to select the size of characters for printing. In the mobile phone 3 or the like, the size of characters displayed on the screen can be normally specified. Therefore, when the display screen is small, it is possible to deal with users in a wide age range by changing the size of the characters.

  Also in the first embodiment, since the size of characters to be printed can be selected in accordance with the convenience of the mobile phone 3 as much as possible, the print output result is effective.

  Next, in S8, the screen 54 is displayed and the number of characters per line is designated. At the same time, it is checked whether or not a character size and a print detail item other than the number of characters per line are designated.

  The number of characters per line specified on the screen 54 is set to the number of horizontal characters of the mail displayed on the screen of the mobile phone 3 (11 characters in the communication control program 21), and the size is close to the size of the screen 53. Select the text size. As a result, a print result that looks similar to the screen of the mobile phone 3 can be obtained, and since there is little difference between the text image of the mail viewed on the mobile phone 3 and the print result, the print result does not feel uncomfortable.

  If “Perform detailed setting” is set to Yes on the screen 54, the detailed setting can be further executed, and other detailed settings are performed in S10. An example of the input screen is a screen 55. On the screen 55, a character thickness and a character color are designated.

  Next, in S11, the screen 56 is displayed, and a print layout assumed in the case of actual printing is displayed according to the values set in S7 to S10, and it is asked whether or not to confirm the print output. When printing directly without displaying a print image, the subsequent processing is skipped and the actual printing operation is performed in S14. When displaying a print image, one of the screens 57, 58, and 59 is displayed in S12.

  The screen 57 indicates that two strip-like prints can be made on one sheet of paper, and the screen 58 similarly shows that three strip-like prints can be made on one sheet of paper.

  FIG. 7 is a diagram illustrating a print result when the mobile phone 3 issues a print instruction in the first embodiment.

  FIG. 8 is a diagram illustrating a print result when the mobile phone 3 issues a print instruction in the first embodiment.

  The difference between the print result shown in FIG. 7 and the print result shown in FIG. 8 is the amount of mail text, as can be seen by comparing the screen 72 and the screen 82. On the screen 72, all the contents of the mail are displayed, but on the screen 82, the text of the mail continues below the display screen and cannot be viewed without scrolling.

  If the number of characters per line is the same as the number of characters per line displayed on the mobile phone 3, it is the same as seen on the screen, including parts that cannot be seen on the screen, such as the screen 82. Printing results can be obtained with images.

  The print results 73 and 77 are the results of printing the screen 72 with the number of characters per line matched to the screen display. In either case, the print result conforms to the display on the mobile phone 3, but as can be seen by comparing the print results 74 and 78, the size of the characters is different. The number is different.

  In the print result 77, the size of characters to be printed is small, but the number of mails that can be printed per sheet is large. Conversely, printed characters are small and difficult to read for users who are blind. However, in the detailed setting set in S10, the apparent print result varies greatly depending on the thickness of the character and the color of the character.

  FIG. 9 is a diagram illustrating an example in which there are two strip-shaped printing bands per sheet and an example in which three strips are used according to the character size in the first embodiment.

  When the print result 91 and the print result 92 are compared, the print result 91 is small in the amount of mail that can be printed. However, when the print result 93 and the print result 94 are compared with each other, the print result 93 is easy to see with large characters.

  The print result 93 is more effective than the print result 94 for an elderly user who has designated to display large characters on the small display screen of the mobile phone 3. In addition, the screen 59, 57, and 58 (FIG. 6-3) displayed by the layout confirmation are actually roughly classified into print images 591 to 593, 571 to 573, and 581 to 583, respectively.

  These differences are the size of the character, the number of characters per line, and the thickness of the character. In the case of the screen 59, the strip printing is not two lines, but in some cases, the distance is 594, for example. The space on both sides may be quite vacant.

  Similarly, even when two strips are printed as in the screen 57, a large space may be formed between the right and left rows, such as the distance 574 and the distance 575. The same applies to the case where three rows of strips are printed as in the screen 58, and a considerable space may be vacated as indicated by the distance 584 and the distance 585. In such a case, the size of the character can be further increased, or the character can be printed with a bold character or the like for easier viewing.

  As described above, the printing apparatus PR1 side designates the character size and the number of characters per line, and print setting is performed, so that a strip shape suitable for the screen of the mobile phone 3 can be easily printed. Printing with a sense of unity with the four screens can be performed.

  The first embodiment is an example in which the mobile phone 3 is used, but the mobile terminal 4 can easily perform printing according to the screen layout by the same method as described above.

  That is, in a printing system composed of a terminal having a wireless interface and a printing apparatus, whether or not the connection HOST is the portable terminal 4 when a connection request is issued from the terminal side to the printing apparatus to be connected. To check. If it is the portable terminal 4, it has a means for designating the size of the font to be printed using the display device on the printing apparatus PR1 side and the number of characters per line according to the layout of the display device of the portable terminal 4. Also, based on the setting contents, a print layout image is displayed and the print layout is confirmed. In some cases, the setting is changed, and the screen of the portable terminal 4 is consistent with the purpose of each user. Provide print results.

  For example, by using xHTML-Print or the like as a method for performing print settings on the host side, it is possible to perform printing similar to this, but the portable terminal 4 that can use the xHTML-Print function is limited. . The printing results differ depending on the specifications of the terminal, and in this method, there are cases where the print settings taking into account the specifications of the printing apparatus PR1 may not be performed. Therefore, in order to obtain a unified printing result regardless of the functions of the portable terminal 4 It is necessary to make print settings on the printing apparatus PR1 side.

  Conventionally, when printing from the mobile terminal 4, whatever text is printed, text is printed from the end to the end of the paper, using fixed-size characters, or printed into a specified template. . However, in the above embodiment, the size of the printed characters and the number of characters per line are designated on the printing apparatus PR1 side regardless of the specifications of the portable terminal 4 typified by the cellular phone 3, so the layout of the cellular phone 3 screen and Can be printed in accordance with the user's purpose.

  For example, since the screen layout of the mobile phone 3 is the same, it is possible to print in a strip shape having the same layout as the screen of the mobile phone 3.

  In the conventional example, when printing is performed using a wireless interface, there is often no means for confirming a print layout or a print image before printing. However, in the above embodiment, a print image is created from the specified value and the print layout is displayed on the display device of the printing apparatus PR1, so that it can be confirmed and changed according to the result.

1 is a diagram illustrating a printing system 100 including a printing apparatus PR1 that is Embodiment 1 of the present invention. FIG. FIG. 6 is a diagram illustrating a setting screen 10 that displays possible print setting items that can be set on the printing apparatus PR1 side in the first embodiment. FIG. 2 is a block diagram illustrating a configuration of a printing apparatus PR1. FIG. 6 is a diagram illustrating a result of printing by setting printing on the printing apparatus PR1 side, sending an email from the mobile phone 3, and printing. 3 is a flowchart illustrating an overall operation in the first embodiment. FIG. 4 is a diagram illustrating an example of setting items on the printing apparatus PR1 side. FIG. 4 is a diagram illustrating an example of setting items on the printing apparatus PR1 side. FIG. 4 is a diagram illustrating an example of setting items on the printing apparatus PR1 side. In Example 1, it is a figure which shows the printing result in case the mobile telephone 3 gives a printing instruction | indication. In Example 1, it is a figure which shows the printing result in case the mobile telephone 3 gives a printing instruction | indication. In Example 1, it is a figure which shows the example which is two strip-shaped printing bands per sheet, and the example which is three according to the magnitude | size of a character.

Explanation of symbols

100 ... printing system,
PR1 ... Printing device,
1 ... Digital camera,
3 ... Mobile phone,
4 ... mobile terminal,
10: Print setting screen that can be set on the printing apparatus PR1 side,
28 ... CPU,
29 ... LCD display device,
30 ... Key input device,
31 ... Print control device,
51-61 ... screen.

Claims (9)

Receiving means for receiving print data corresponding to the text from the host device;
Determining means for determining whether the print data includes information for determining the appearance of the text when the text is printed when print data corresponding to the text is received by the receiving means;
Display control means for causing the display device to display a display for allowing the user to determine the line feed position of the text corresponding to the print data when the determination means determines that the information is not included in the print data; ;
Printing means for determining a line feed position of the text in accordance with a user instruction based on display by the display control means and printing the text so that a line break is made at the determined line feed position;
A printing apparatus comprising: In claim 1,
Even if the display control unit determines that the information is included in the print data by the determination unit, the display control unit sets the line feed position of the text corresponding to the print data according to the instruction from the user. The display unit displays a display for determining the line, and the printing unit determines the line feed position of the text in accordance with a user instruction based on the display, and the text is inserted at the determined line break position. printing apparatus characterized by printing a. In claim 1 or 2,
When the determining unit determines that the information is included in the print data, the printing unit causes the text to be broken at a line break position corresponding to the information according to a user instruction. A printing apparatus for printing the text . In claim 3,
The printing unit displays the text on a display device so that a line break is determined at a line break position determined according to a user instruction based on a display by the display control unit, and according to a user instruction based on the display, A printing apparatus for printing the text . In any one of Claims 1 thru | or 4,
An acquisition unit that acquires information indicating a host device that transmits print data to the printing device;
The determination unit determines whether the host device is a specific device that transmits print data including information for determining the text appearance based on the information acquired by the acquisition unit. A printing apparatus, wherein when it is determined that the print apparatus is a specific apparatus, it is determined whether or not the print data received from the host apparatus by the receiving unit includes information for determining text appearance . In claim 5 ,
The printing device, wherein the acquisition unit acquires information indicating the host device when the printing device and the host device are connected . In claim 5 or 6 ,
The printing apparatus, wherein the determination unit determines whether the host device is a mobile phone. Receiving a print data corresponding to the text from the host device;
A determination step of determining whether the print data includes information for determining the appearance of the text when the text is printed when print data corresponding to the text is received in the reception step;
Display that causes the display device to display a display for allowing the user to determine the line feed position of the text corresponding to the print data when it is determined in the determination step that the print data does not include the predetermined print setting A control process;
A printing step of determining a line feed position of the text in accordance with a user instruction based on display in the display control step, and printing the text so that a line break is made at the determined line feed position;
A control method for a printing apparatus, comprising: A program for causing a computer to execute the control method according to claim 8.

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