TW201604763A - N-up printing method of touch sensing electrical device - Google Patents

Abstract

The present invention discloses N-up printing method of touch sensing electrical device including a template building up step, a printing setting step and a printing step. The template building up step provides a template building up interface firstly and saves the separated template building up interface as a template according to a separating operation by an end user on a touch monitor. Then, choosing a template and plural of images such that a preview image is generated in the printing setting step. Finally, printing the preview image in the printing step.

Description

Split printing method of touch type electronic device

The present invention relates to a method of printing a touch-sensitive electronic device, and more particularly to a method of dividing a print which can print a plurality of images into a sheet of paper.

With the development of technology, electronic devices have been popularized to individual users. Common electronic devices include computer mainframes, notebook computers, smart phones, and tablet computers. Among them, touch-sensitive electronic devices such as smart phones and tablet computers Not only is it small in size and easy to carry, but also because the user can operate the finger through the touch mode, the touch-type electronic device is favored by the majority of users.

Each of the touch-type electronic devices has a wireless network module that can be connected to a printing device by using a wireless network, and the user can transmit the image to be printed to the printing device by using the touch-type electronic device. Control the printing device to print the image. In general, a printing device prints an image on a piece of paper.

In response to the development of touch-sensitive electronic devices, various functional application software (APP) has been developed, so that the functions of the touch-sensitive electronic devices are more abundant in response to application software. For example, an application software called "Meitu Xiu Xiu" has been launched on the market, and its function includes retouching the image in the touch-sensitive electronic device, which includes adjusting the color tone and cutting of the image. Cut images and puzzles. The puzzle function can combine multiple images into one template and store them as a preview image, so that the printing device can print the preview image to achieve printing multiple images on the same sheet of paper.

Next, the structure of the above preview image will be briefly explained. Please refer to FIG. 1 , which is a schematic diagram of the formation of a preview image provided by the prior art. 1 shows a first image 102, a second image 103, and a preview image 10 generated by a software application of the prior art. The preview image 10 is composed of a template 101, a first image 102, and a second image 103. The first region 1011 corresponding to the first image 102 and the second region 1012 corresponding to the second image 103 are included, wherein the size and position of the first region 1011 and the second region 1012 are preset to the application of the prior art. In software.

After the application software of the prior art is activated, the user can use the touch screen of the touch-type electronic device to start the puzzle function, so that the plurality of images stored in the touch-type electronic device are displayed on the touch screen. The user can click on the touch screen to select the desired first image 102 and second image 103. Next, the application software of the prior art displays the preset plural template in the touch screen for the user to select. After the user selects the desired template 101 by touching the touch screen, the application software of the prior art places the first image 102 in the first area 1011 and the second image 103 in the second. In area 1012. Since the shape of the first region 1011 is not the same rectangle as the first image 102, only a portion of the first image 102 is displayed in the first region 1011. Similarly, only a portion of the second image 103 is displayed in the second region. In area 1012.

Next, the user can touch the touch screen and drag the first image 102 to adjust the portion of the first image 102 displayed in the first region 1011. The operation of adjusting the second image 103 is also the same. No longer. After the first image 102 and the second image 103 are adjusted, the template 102, the first image 102, and the second image 103 stored at this time are the preview image 10. Finally, the user can transfer the preview image 10 to the printing device to print the preview image 10 so that the first image 102 and the second image 103 can be simultaneously printed on the same sheet of paper.

However, the conventional technology can only provide a preset template form, and cannot meet the needs of various users. Therefore, there is a need for a split printing method for a touch electronic device that allows the user to set a template.

It is an object of the present invention to provide a split printing method for a touch electronic device that allows a user to set a template.

In a preferred embodiment, the present invention provides a method for split printing of a touch-sensitive electronic device, comprising the steps of: a template establishing step, a printing setting step, and a printing step. The template establishing step includes: displaying a template creation interface in a touch screen of one touch type electronic device according to a template creation instruction, and storing the divided template according to one of the template creation interface segmentation operations The interface is created as a template; wherein the template contains a plurality of regions. The printing setting step includes: selecting a plurality of images and the template, and respectively placing one of the selected images into the region of the template to form a preview image. The printing step includes: transmitting the preview image to a printing device, and driving the printing device to print the preview image.

Therefore, it can be seen that the template of the split printing method of the touch type electronic device of the present invention is built. The step first provides a template creation interface, and then stores the divided template creation interface as a template in response to the user splitting the touch screen. In other words, users can create various templates according to their own preferences to meet their own needs. The print setting step and the printing step are then performed to control the printing device to print the preview image, and multiple images can be printed on one sheet of paper. In short, the steps in the split printing method of the touch-sensitive electronic device of the present invention are all performed according to the needs of the user, so the user can establish the style of the template and select how the image is placed in the template. Each area is used to produce images that meet the needs of the user.

2‧‧‧Touch electronic device

10‧‧‧ Preview image

102‧‧‧ first image

103‧‧‧Second image

1011‧‧‧First area

1012‧‧‧Second area

21‧‧‧ housing

22‧‧‧Touch screen

23‧‧‧Split printing software

231, 232‧‧‧ template creation interface

2311, 2322‧‧‧End of operation options

2321‧‧‧block bar

A‧‧‧Template establishment steps

B‧‧‧Printing setup steps

C‧‧‧Printing steps

A1~A2, B1~B2, B1-1~B1-8, B4-1~B4-6, C1~C2‧‧‧ steps

I1~In‧‧‧ images

Ip1, Ip2‧‧‧ preview image

L1, L2‧‧‧ separate line

M1~M5‧‧‧ shape block

P1, P5‧‧‧ template

T1‧‧‧ track

S1~S7‧‧‧ area

FIG. 1 is a schematic diagram showing the formation of a preview image provided by a prior art.

2 is a schematic structural view of a touch control electronic device capable of performing the method of the present invention in a first preferred embodiment.

3 is a flow chart of a method for dividing printing of the touch control electronic device of the present invention.

4 is a flow chart of the step B1 of the split printing method of the touch control electronic device of the present invention in the first preferred embodiment.

5A-5D are schematic diagrams showing a template establishing interface provided by the split printing method of the touch electronic device of the present invention in the first preferred embodiment.

FIG. 6 is a schematic diagram of a plurality of images displayed by the touch control electronic device in the first preferred embodiment.

7 is a split printing method of the touch control electronic device of the present invention in a first preferred embodiment; A schematic diagram of setting a complex image to a template.

FIG. 8 is a schematic diagram of a preview image generated by the split printing method of the touch control electronic device of the present invention in the first preferred embodiment.

FIG. 9 is a flow chart showing the step B1 of the split printing method of the touch control electronic device of the present invention in the second preferred embodiment.

10A-10D are schematic diagrams showing a template establishing interface provided by the split printing method of the touch-sensitive electronic device of the present invention in the second preferred embodiment.

11 is a schematic diagram of a preview image generated by the split printing method of the touch-sensitive electronic device of the present invention in a second preferred embodiment.

In view of the problems of the prior art, the present invention provides a split printing method for a touch electronic device that can solve the conventional technical problems. First, the structure of the touch type electronic device will be described. Please refer to FIG. 2 , which is a structural diagram of a touch control electronic device capable of performing the method of the present invention in a first preferred embodiment. The touch-sensitive electronic device 2 includes a housing 21, a touch screen 22, and a split printing software 23. The touch screen 22 is provided with a finger or a stylus in addition to the function of displaying a screen. The touch screen 22 is triggered in a touch manner to operate the touch electronic device 2. The split print software 23 is displayed on the touch screen 22 in an image form. When the user triggers the split print software 23 by touch, the split print software 23 can be activated to perform the touch electronic device of the present invention. The method of dividing the printing of the device. In the preferred embodiment, the touch-sensitive electronic device 2 is a tablet computer, but not limited thereto. In another preferred embodiment, the touch-sensitive electronic device can also adopt a smart phone.

Next, the steps of the split printing method of the touch control electronic device of the present invention. Please refer to FIG. 3 , which is a flowchart of a method for split printing of a touch electronic device according to the present invention. The split printing method of the touch control electronic device of the present invention comprises a template establishing step A, a printing setting step B and a printing step C. The template establishment step A includes the following steps:

Step A1: Display a template creation interface in the touch screen of the touch-sensitive electronic device according to a template creation instruction.

Step A2: The divided template creation interface is stored as a template containing a plurality of regions according to the segmentation operation of the template creation interface. The print setting step B includes the following steps:

Step B1: Select a complex image and a template.

Step B2: respectively placing the selected image into each of the regions of the template, and forming a preview image of each image in each region. The printing step C includes the following steps:

Step C1: Select a printing device connected to the touch control electronic device.

Step C2: Transfer the preview image to the selected printing device to cause the printing device to print the preview image.

Among them, step A2 consists of the following steps:

Step A2-1: Detecting the track of the touch screen being divided according to the dividing operation.

Step A2-2: Identify the track and establish a separation line corresponding to the track on the template creation interface.

Step A2-3: The detection template establishes a complex area in which the interface is divided by the dividing line.

Step A2-4: It is judged whether or not the dividing operation is continued.

Step A2-5: Store the divided template creation interface as a template.

Step A2-6: The track of the touch screen being detected is detected again according to the split operation.

Please refer to FIG. 4 , which is a flow chart of the step B1 of the split printing method of the touch control electronic device according to the first preferred embodiment of the present invention. Step B1 consists of the following steps:

Step B1-1: Display a plurality of images on the touch screen.

Step B1-2: Selecting a plurality of images in response to a plurality of image selection commands in the plurality of images.

Step B1-3: Recording the number of the plurality of selected images

Step B1-4: Compare whether the number of the plurality of regions in the template stored is the same as the number of the plurality of selected complex images.

Step B1-5: Do not retrieve the template.

Step B1-6: Display a plurality of templates in the touch screen.

Step B1-7: Determine whether all the templates are compared.

Step B1-8: Select a template corresponding to the template selection instruction in response to a template selection instruction.

Step B2 consists of the following steps:

Step B2-1: Each image is placed in one of the regions of the template so that the corresponding image is displayed in each region.

Step B2-2: Move or scale the corresponding image in each area of the template in response to the complex adjustment instruction corresponding to the complex image.

Step B2-3: storing the template and the plurality of images located in the plurality of regions as preview images.

Next, the operation of the split printing method of the touch control electronic device of the present invention will be described. Referring to FIG. 2, FIG. 3 and FIG. 5A to FIG. 5D, FIG. 5A to FIG. 5D are schematic diagrams showing a template establishing interface provided by the split printing method of the touch-sensitive electronic device according to the first preferred embodiment. When the user triggers the split print software 23 by touch, the split print software 23 is activated and provides a template creation option (not shown in the figure). When the user triggers the template creation option by touch, the split is performed. The print software 23 receives a template creation command corresponding to the trigger template creation option to display a template creation interface 231 in the touch screen 22, that is, step A1 is performed, and the template creation interface 231 is displayed in the first color. As shown in Figure 5A. After the template creation interface 231 is displayed on the touch screen 22, the user moves the finger on the touch screen 22 to perform the split operation. On the other hand, the split print software 23 detects the touch screen according to the split operation. The track T1 is divided, that is, step A2-1 is performed, and the track T1 is as shown in FIG. 5B.

After the track T1 is generated, the print software 23 is divided to perform step A2-2: identifying the track T1 and establishing a separation line L1 corresponding to the track T1 on the template creation interface 231, that is, by separating the display on the template creation interface 231. The line T1 is displayed by the line L1, wherein the dividing line L1 is displayed in the second color. Next, the print software 23 is divided to perform step A2-3: detecting the plurality of regions S1 to S2 in which the template creation interface 231 is divided by the separation line L1, and the plurality of regions S1 to S2 and the separation line L1 are as shown in FIG. 5C. After the plurality of areas S1 to S2 and the separation line L1 are generated, the division printing software 23 detects whether the touch screen 22 is continuously divided to determine whether to continue the division operation, that is, to perform step A2-4. When the user stops dividing the touch screen 22, the printing software 23 is divided into steps A2-5. Otherwise, when the user continues to divide the touch screen 22, the printing software 23 is divided into steps A2-6. And after the completion of step A2-6, step A2-1 is performed again. After the separation line L1 is generated, the user continues to divide the touch screen 22, and the divided printing software 23 sequentially performs step A2-6, step A2-1, step A2-2, step A2-3, and step A2-4. And the step A2-5, the separation line L2 and the divided area S3 and the area S4 are generated on the template creation interface 231, wherein the area S3 and the area S4 are separated by the area S2. And the divided template creation interface 231 is stored as a template P1, and the template P1 includes the area S1, the area S3, the area S4, and the separation lines L1 to L2, as shown in FIG. 5D.

The user can establish the template P1 according to the template establishing step A, and store the template P1 in the touch-sensitive electronic device 2, and after the user repeatedly performs the template establishing step A, the touch-type electronic device 2 That is, the complex templates P1 to Pn are stored (templates P2 to Pn are not shown in the figure). Therefore, after the split print software 23 is activated, in addition to providing a template creation option, a selection template option may be provided for the user to select a desired template from the stored plurality of templates P1 to Pn.

There are four special requirements. First, after the separation line L1 is generated, the user stops dividing the touch screen 22, and the generated template includes only the plurality of areas S1 to S2 and The dividing line L1 is formed to form the dividing line L, the area S3, and the area S4, that is, the template generated by performing only one dividing operation includes the plurality of areas S1 to S2 and the dividing line L1. Conversely, when the user repeatedly performs the split operation, the resulting template will contain more areas and dividers. In addition, the split print software 23 can also display an operation end option 2311 on the template creation interface 231. When the operation end option 2311 is triggered, the split print software 23 immediately proceeds to step A2-4, and it is determined that the split operation ends. Secondly, in step A2-3, since the color of the separation line L1 and the template creation interface 231 are different, the division printing software 23 can distinguish the separation line L1 by recognizing the color of the separation line L1 and the template creation interface 231. The template establishes a boundary between the interfaces 231 to generate complex regions S1 to S2.

Thirdly, since the trajectory T1 generated by the user dividing the touch screen 22 by a finger or a stylus is inevitably caused to be skewed or bent, in a preferred method, when the split printing software 23 is detected When the touch screen 22 is divided into the track T1, the split printing software 23 first establishes a dividing line L1 corresponding to the skewed or curved track T1, and then corrects the skewed or curved dividing line L1, and trims the dividing line L1. The edge or straightness causes the dividing line L1 to form a distinct straight line, and helps the dividing printing software 23 to detect the boundary between the dividing line L1 and the complex areas S1 to S2. Fourth, the template P1 includes a plurality of regions S1, S3, and S4, but may be stored as different templates according to different arrangements of the plurality of regions S1, S3, and S4, that is, the template P1 includes only the complex region S1. One of the many templates for S3 and S4.

After the template creation step A is completed, the print software 23 is divided into steps B1-1: the plurality of images I1 to In are displayed on the touch screen 22, and the plurality of images I1 to In are as shown in FIG. 6. When the user selects the images I1~I3 by touch, the split print software 23 receives the image selection command corresponding to the images I1~I3, and selects the plurality of images I1~I3, that is, proceeds to step B1-2. On the other hand, the split printing software 23 performs step B1-3: recording the number of selected complex images I1~I3, and the number of records of the divided print software 23 is 3, that is, the step is performed. Step B1-3. Next, the split printing software 23 compares the number of the complex areas in the stored template P1 with the number of selected plural images (the number of which is 3), that is, proceeds to step B1-4, where the software is divided. When it is determined that the number of the plurality of regions S1 to S3 in the template P1 is the same as the number of records (ie, 3), the segment printing software 23 performs the step B1-6: capturing the template P1 that meets the determination condition, and is in the touch The template P1 is displayed in the screen 22.

After the template P1 is captured, the print software 23 is divided to perform steps B1-7: determining whether all of the templates P1 to Pn are compared. Since the templates P2 to Pn have not been compared with the number of the complex regions contained therein, the split print software 23 sequentially performs steps B1-4 on the templates P2 to Pn. When the split printing software 23 determines that the number of the complex areas in the template P2 is different from the recorded quantity (ie, 3), the split printing software 23 performs the step B1-5: the template P2 is not captured, and is not The template P2 is displayed in the touch screen 22. After the split printing software 23 sequentially performs the step B1-4, the step B1-5, or the step B1-6 on the templates P3 to Pn, the split printing software 23 excludes the template that does not meet the judgment condition, and only displays the matching condition. template.

When the split print software 23 determines in step B1-7 that all of the templates P1 to Pn have been compared, the split print software 23 waits for a template selection command generated in response to the user's operation. When the user clicks the template P1 by touch, the split printing software 23 receives the template selection instruction corresponding to the template P1, and selects the template P1, that is, performs the step B1-8.

After the plurality of images I1 to I3 and the template P1 are selected, the printing software 23 is divided into steps B2-1: the image I1 is placed in the area S1 of the template P1, and the image I2 is placed in the area S2 of the template P1. The image I3 is placed in the region S3 of the template P1. At this time, the regions S1 to S3 in the template P1 respectively display the corresponding images I1 to I3, as shown in FIG. It can be seen from Fig. 7 that the images I1~I3 respectively displayed in the regions S1~S3 do not clearly show the focus of the image (such as a human face), so the user touches and drags the images I1~I3 respectively. Adjust the portion of the image I1~I3 that can be displayed. Touch and drag image I1 according to the user ~I3 operation, the split print software 23 determines that the operation is a complex adjustment command corresponding to the complex image I1~I3, so the corresponding image I1~I3 is moved or scaled in each of the regions S1~S3 of the template P1, That is, step B2-2 is performed. Finally, the split print software 23 stores the template P1 and the adjusted complex images I1 to I3 as the preview image Ip1, that is, proceeds to step B2-3. The content of the preview image Ip1 is as shown in FIG.

In step B2-2, the adjustment commands include functions of reducing the size of the image, enlarging the size, moving the position in the corresponding area, and rotating the angle in the corresponding area. Comparing Fig. 7 in which the adjustment command is not performed and Fig. 8 in which the adjustment command is performed, it can be seen that the image adjusted by the adjustment commands can be displayed according to the user's preference.

Finally, the printing step C is performed. When the user triggers one of the printing options (not shown in the figure) provided by the split printing software 23, the split printing software 23 receives the printing corresponding to one of the printing options. The command displays all the printing devices connected to the touch-sensitive electronic device 2 in the touch screen 22 for the user to select. After the user selects the printing device to be selected by touch in step C1, the split printing software 23 transmits the preview image Ip1 to the selected printing device, so that the printing device prints the preview image Ip1, that is, Go to step C2. The split printing method of the touch type electronic device of the present invention is completed.

Specifically, in the preferred embodiment, the functions of steps B1-3 to B1-7 are to eliminate the number of templates in the complex area from the selected number of complex images to save the user. The time of the template is selected, that is, the method of the preferred embodiment only allows the display of the template of the same number of complex images as the number of selected complex images, but is not limited thereto. In another preferred embodiment, step B1 may also omit steps B1-3 to B1-7 for the user to arbitrarily select the template. Therefore, the following may occur: the user selects three images, and the selection includes The template of the four areas, and one area is blank, the user can also add text or other patterns to the blank area, so that the content of the preview image is more abundant. second, In step C, when only one printing device is connected to the touch-sensitive electronic device 2, the split printing software 23 presets the printing device, and step C1 may be omitted. In another preferred embodiment, a printing device may be set as a preset printing device to omit step C1. That is to say, the step of selecting the printing device can be selected by the user when printing is required, or can be completed by the user in advance.

In addition, the present invention also provides a second preferred embodiment that is different from the first preferred embodiment, and is also illustrated by the touch electronic device 2 of FIG. 2 and the flowchart of FIG. Referring to FIG. 2 and FIG. 3, in the preferred embodiment, the split printing method of the touch control electronic device of the present invention also includes a template establishing step A, a printing setting step B, and a printing step C, and The first preferred embodiment described above differs in that the template establishing step A and the printing setting step B are different, and the template establishing step A will be described first. The template establishment step A includes the following steps:

Step A1: Display a template creation interface in the touch screen of the touch-sensitive electronic device according to a template creation instruction.

Step A3: The divided template creation interface is stored as a template containing a plurality of regions according to the segmentation operation of the template creation interface. Step A1 is the same as the foregoing first preferred embodiment, and is not described again. The preferred embodiment replaces step A2 of the first preferred embodiment with step A3.

Step A3 includes the following steps:

Step A3-1: Provide a complex shape block.

Step A3-2: Detecting the selected shape block.

Step A3-3: Place the shape block on the template creation interface in response to a drag command.

Step A3-4: Detecting the size of the shape block and setting the angle according to a rotation and zooming instruction, so that the shape block forms an area.

Step A3-5: It is judged whether the selection of the complex shape block is ended.

Step A3-6: Store the divided template creation interface as a template.

The print setting step B includes the following steps:

Step B4: Select a plurality of images and a template.

Step B2: respectively placing the selected image into each of the regions of the template, and forming a preview image of each image in each region. Step B2 is the same as the foregoing first preferred embodiment, and is not described again. The preferred embodiment replaces step B1 of the first preferred embodiment with step B4. Referring to FIG. 9, the touch control of the present invention is Step B4 of the split printing method of the electronic device is in the flow chart of the second preferred embodiment. Step B4 consists of the following steps:

Step B4-1: Display a plurality of templates in the touch screen.

Step B4-2: Select a template corresponding to the template selection instruction in response to a template selection instruction.

Step B4-3: Record the number of complex regions in the selected template.

Step B4-4: Display the number of images to be selected on the touch screen.

Step B4-5: Display multiple images on the touch screen.

Step B4-6: Selecting a plurality of images in response to a plurality of image selection commands in the plurality of images.

Next, the operation of the split printing method of the touch control electronic device of the present invention will be described. Please refer to FIG. 2, FIG. 3 and FIG. 10A to FIG. 10D. FIG. 10A to FIG. 10D are schematic diagrams showing a template establishing interface provided by the split printing method of the touch control electronic device according to the second preferred embodiment. When the user triggers the split print software 23 in a touch manner, the split print software 23 is activated and performs the same step A1 as the first preferred embodiment to display a template creation interface 232 on the touch screen. 22, but the template creation interface 232 in the preferred embodiment is different from the template creation interface 231 in the first preferred embodiment, and the template creation interface 232 performs step A3-1: providing a block column 2321, and The block column 2321 displays a plurality of shape blocks M1 to M5, wherein the shape block M1 is circular, the shape block M2 is a square, the shape block M3 is a triangle, and the shape block M4 is a diamond, and the shape area Block M5 is in a love shape, and template creation interface 232 is shown in Figure 10A.

After the template creation interface 232 is displayed on the touch screen 22, the user selects the shape block M1 with the finger on the touch screen 22, and the split print software 23 detects the selected shape area according to the user's selection. Block, and it is known that the shape block M1 is selected, that is, step A3-2. Next, the user continuously touches the shape block M1 and drags the shape block M1 to the desired position on the template creation interface 232, so that the split print software 23 places the shape block M1 in response to the drag instruction corresponding to the drag operation. The desired location on the template creation interface 232, step A3-3. The case where the shape block M1 is placed on the template creation interface 232 is as shown in FIG. 10B. The selection operation of the selected shape block and the drag operation of dragging the shape block to the template creation interface 232 are collectively defined as a split operation.

After the shape block M1 is placed on the template creation interface 232, the user rotates the shape block M1 on the template creation interface 232 to change the set angle of the shape block M1, and scales the shape block M1. And changing the size of the shape block M1, at this time, dividing the printing software 23 to perform step A3-4: detecting the size of the shape block M1 and setting the angle according to a rotation and scaling instruction, and dividing the printing software 23 to define the template The shape block M1 on the interface 232 is created as the area S5, the shape block M1 is formed in the area S5, and the area S5 is formed on the template creation interface 232 as shown in FIG. 10C. Next, the split print software 23 determines whether the selection of the plurality of shape blocks is completed by detecting whether the plurality of shape blocks M1 to M5 displayed by the block field 2321 are selected, that is, performing step A3-5. When the user selects the shape block M3, the split print software 23 determines that the selection of the complex shape block has not been completed, so the steps A3-2 to A3-5 are performed again, so that the template creation interface 232 is in addition to the area S5. There is further included a region S6 corresponding to the shape block M3. The split print software 23 defines the shape block M3 on the template creation interface 232 as the area S6. It should be specially noted that the rotation and scaling commands in step A3-4 can also change the shape of the shape block. For example, the circular shape block M1 can be elongated into an ellipse or a square shape block. M2 is elongated into a rectangle.

When the split printing software 23 does not detect that the plurality of shape blocks M1 to M5 displayed by the block column 2321 are selected after a predetermined period of time (for example, 30 seconds), it is judged that the selection of the plurality of shape blocks has ended, so The split print software 23 is performed in step A3-6: the divided template creation interface 232 is stored as a template P5, wherein the split print software 23 defines the shape block M1 on the template creation interface 232 as the area S5, and the template creation interface 232 is defined. The shape block M3 is the area S6, and the block on the template creation interface 232 except the shape block M1 and the shape block M3 is defined as the area S7. The area S5, the area S6, and the area S7 in the template P5 are as shown in Fig. 10D. The template establishment step A ends.

There is a need for special description. First, in the above preferred embodiment, the split printing software 23 does not detect the complex shape blocks M1 to M5 displayed by the block column 2321 after a predetermined period of time. When selecting, judging that the selection of the complex shape block has ended is only one of many methods, the split print software 23 can also display an operation end option 2322 on the template creation interface 232, and when the operation end option 2322 is triggered, the segmentation The printing software 23 immediately proceeds to step A3-6. In a preferred practice, the user can trigger an operation end option 2322 at any step to end the current step. Secondly, the user can establish the template P5 that meets the requirements through the template establishing step A, and store the template P5 in the touch-sensitive electronic device 2. After the user repeatedly performs the template establishing step A, the touch-type electronic The plurality of templates P1 to Pn are stored in the device 2. Therefore, after the split print software 23 is activated, in addition to providing a template creation option, a selection template option may be provided for the user to select a desired template from the stored plurality of templates P1 to Pn.

After the template creation step A is completed, the printing software 23 is divided into steps B4-1: the templates P1 to Pn are displayed on the touch screen 22, and when the user selects the template P5 by touch, the printing software 23 is divided. The template selection instruction corresponding to the template P5 is received, and the template P5 is selected, that is, step B4-2 is performed. On the other hand, the division of the print software 23 proceeds to step B4-3: The number of the plurality of regions S4 to S6 in the selected template P5 is recorded. At this time, the number of records of the divided print software 23 is three, that is, step B4-3 is performed. Next, the printing software 23 is divided into steps B4-4 and B4-5: the plurality of images I1~In are displayed on the touch screen 22 as shown in FIG. 6, and the display is displayed on the touch screen 22. Select a message with a number of images of 3 to remind the user that 3 images should be selected. When the user selects the images I1~I3 by touch, the split print software 23 receives the image selection command corresponding to the images I1~I3, and selects the plurality of images I1~I3, that is, proceeds to step B4-6.

After the plurality of images I1 to I3 and the template P1 are selected, the divided print software 23 performs the same steps B2-1 to B2-3 as the first preferred embodiment to generate a preview image Ip2, and previews the image Ip2. The content is shown in Figure 11. Finally, in the same printing step C as in the first preferred embodiment, the split printing software 23 transmits the preview image Ip2 to the selected printing device, so that the printing device prints the preview image Ip2. The split printing method of the touch type electronic device of the present invention is completed.

There is a need for special description. First, in the step B4-4 of the preferred embodiment, only the message number of 3 to be selected is displayed, but not limited thereto, the method of the present invention may also adopt a comparison. Good practice: When the user does not select an image, the message that the number of images to be selected is 3 is displayed. When the user selects an image, the displayed number will be changed from 3 to 2. Similarly, when the user selects two images, the displayed quantity will be changed to 1, that is, the number of images that should be selected can be changed instantly to more clearly remind the user. Secondly, in the preferred embodiment, the functions of steps B4-3 to B4-4 are to remind the user that the number of images should be selected, that is, the method of the preferred embodiment only allows the user to select The number of complex images must be the same as the number of complex regions, but not limited to this. In another preferred embodiment, step B4 may also omit step B4-4 for the user to arbitrarily select the number of images, but the maximum number of images that the user can select is 3, in short, the user can follow the steps. Choose one to three images in B4-5, not limited Only three images can be selected.

According to the above, the split printing method of the touch control electronic device of the present invention includes a template establishing step, a printing setting step, and a printing step. The template establishing step first provides a template creating interface, and then responds to the user's touch screen. The split operation is performed to store the divided template creation interface as a template. In other words, users can create various templates according to their own preferences to meet their own needs. The print setting step is then performed to select the desired template and image, and a preview image containing the plurality of images in the template is generated in response to the user's preference. Finally, the printing process is used to control the printing device to print the preview image, and multiple images can be printed on one sheet of paper. The steps in the split printing method of the touch-sensitive electronic device of the present invention are all performed according to the needs of the user, so the user can establish the style of the template and select how the image is placed in each area of the template. To produce images that meet the needs of users.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Therefore, any equivalent changes or modifications made without departing from the spirit of the present invention should be included in the present invention. Within the scope of the patent application.

A‧‧‧Template establishment steps

B‧‧‧Printing setup steps

C‧‧‧Printing steps

A1~A2, B1~B2, C1~C2‧‧‧ steps

Claims (10)

A method for split printing of a touch-sensitive electronic device includes the following steps: a template establishing step, comprising: displaying a template creation interface in a touch screen of a touch-type electronic device according to a template creation instruction; The template creation interface is stored as a template according to a partitioning operation of the template creation interface; wherein the template includes a plurality of regions; a printing setting step includes: selecting a plurality of images and the template; and respectively placing the selected ones And displaying the image to one of the regions of the template to form a preview image; and a printing step of transmitting the preview image to a printing device and causing the printing device to print the preview image. The split printing method of the touch-sensitive electronic device according to claim 1, wherein the template establishing step is to store the divided template creating interface as the template due to the dividing operation of the template creating interface. The step includes the following steps: detecting that the touch screen is divided into one track according to the split operation; identifying the track and establishing a dividing line corresponding to the track on the template establishing interface; detecting that the template establishing interface is The dividing line is divided into the complex area; determining whether to continue the dividing operation; and when determining that the dividing operation is not to be continued, storing the divided template establishing interface as the mode a board; wherein when it is determined that the dividing operation is continued, the trajectory in which the touch screen is divided is detected according to the dividing operation. The method for split printing of the touch-sensitive electronic device according to claim 2, wherein after the step of identifying the track and establishing the dividing line corresponding to the track on the template establishing interface, the method further comprises: correcting The dividing line trims the edge or curvature of the dividing line. The method for split printing of a touch-sensitive electronic device according to claim 2, wherein the step of detecting the plurality of regions in which the template creation interface is divided by the dividing line is performed by identifying the dividing line and the template The color of the interface is established to distinguish the separation line from the plurality of regions; wherein the template creation interface and the plurality of regions are displayed in a first color, and the separation line dividing the template creation interface is displayed in a second color. The split printing method of the touch-sensitive electronic device according to claim 1, wherein the template establishing step is to store the divided template creating interface as the template due to the dividing operation of the template creating interface. The step includes the steps of: providing a plurality of shape blocks; detecting the selected shape block; placing the shape block on the template creation interface according to a drag command; detecting the shape area according to a rotation and zoom instruction The size of the block and the setting angle are such that the shape block forms an area; wherein the shape block is a first area of the plurality of areas, and the area of the template creation interface excluding the shape block is the complex area a second region; determining whether the selection of the complex shape block ends; and when determining that the selection of the complex shape block ends, storing the template creation interface that is divided into the template; When it is determined that the selection of the complex shape block is not completed, the selected shape block is detected again. The method of split printing according to the touch control electronic device of claim 1, wherein the step of selecting the plurality of images and the template comprises: displaying the plurality of images in the touch screen; Selecting the plurality of images in the plurality of image selection commands in the image; displaying the template in the touch screen; and selecting the template corresponding to the template selection command in response to a template selection instruction. The method for split printing of a touch-sensitive electronic device according to claim 6, wherein after the step of selecting the complex image by responding to the plurality of image selection commands in the plurality of images, the following steps are included: Selecting the number of the plurality of images; comparing whether the number of the complex regions in the template stored is the same as the number of the selected plurality of images; and determining the number and selection of the plurality of regions in the template to be stored When the number of the plurality of images is the same, the template is captured and displayed in the touch screen; when it is determined that the number of the plurality of regions in the template stored is different from the number of the selected plurality of images And not determining the template; and determining whether the number of the plurality of regions in the template to be stored is the same as the number of the plurality of selected plural images. The method of split printing according to the touch control electronic device of claim 1, wherein the step of selecting the plurality of images and the template comprises: Displaying the template in the touch screen; selecting the template corresponding to the template selection instruction according to a template selection instruction; displaying the plurality of images on the touch screen; and responding to the plurality of images in the plurality of images Select the command to select the complex image. The split printing method of the touch control electronic device of claim 8, wherein after the step of selecting the template corresponding to the template selection instruction according to the template selection instruction, the following steps are included: recording Selecting the number of the plurality of regions in the template; and displaying the number of images to be selected in the touch screen; wherein the number of images to be selected is the same as the number of the plurality of regions in the template. The method for split printing of a touch-sensitive electronic device according to claim 1, wherein each of the selected images is placed in the region of the template, and the step of forming the preview image comprises: respectively Placing each of the images into one of the regions of the template such that one of the corresponding images is displayed in each of the regions; and each of the regions of the template is corresponding to a plurality of adjustment instructions corresponding to the plurality of images Moving or zooming the corresponding image; and storing the template and the plurality of images located in the plurality of regions as the preview image.