TWI358716B - Electronic album with function of optimizing backg - Google Patents

Description

1358716 __November 10, 2010, Yongzheng Replacement Page VI. Description of the Invention: [Technical Field] [0001] The present invention relates to an electronic photo frame, and more particularly to an electronic photo frame capable of optimizing a background and a method for optimizing a background. [Prior Art] [0002] In the past, people usually only processed and enjoyed digital pictures through a computer.

The emergence of electronic photo frames has changed the situation that must rely on computers to process and enjoy digital pictures. Because of its light weight, easy to carry, easy to operate and self-contained, the electronic photo frame has quickly attracted people's attention since its appearance. [0003] When a digital picture is displayed on an electronic photo frame, < fruit picture 妁 A inch is smaller than display 1 / display area size, there will be a spare display area, the area/domain background color is filled by the system background color, thus There may be an inconsistency between the main color of the picture and the background color of the fill, which affects the appearance. In addition, some digital photo frames already have the function of displaying specific information such as clock/calendar, etc. The apparent color of specific information such as clock/calendar may also be inconsistent with the picture... /7 main color tone

SUMMARY OF THE INVENTION [0004] In view of the above, an electronic photo frame is provided to solve the problem of the inconsistency between the background color and the main color of the picture in the prior art. [0005] The electronic photo frame includes: a processing unit, a display unit, a memory, and an interface unit for connecting an external storage device and an operation panel. The display unit has two display areas, wherein one display area is a main display area of the display picture * a display area other than the main display area is a secondary display area; and the processing unit includes: a picture acquisition mode Group, from the memory 096101417 Form No. A0101 Page 4 / 21 pages 0993405053-0 1358716 November 10, 099 Shuttle is replacing the page body or obtaining picture information from the external storage device through the interface unit; a main display The area color obtaining module obtains the main color from the picture information of the main display area; and an editing module, and edits the background color of the secondary display area according to the acquired main color.

[0006] A method for optimizing a background includes the steps of: acquiring a picture information and transmitting it to a main display area display of a display unit; obtaining a main color of the picture from the main display area picture information; and according to the picture main color editing office The background color of the secondary display area of the display unit; the background color is displayed in the secondary display area. [0007] Therefore, compared with the prior art, the above-mentioned electronic photo frame adjusts the background color according to the main color of the picture, and avoids the inconsistency between the background color and the picture master: the problem of 丨 ...! is convenient.丄__ V7 [Embodiment] [0008] Please refer to FIG. 1 is a schematic diagram of a hardware architecture of a photo frame according to a first embodiment of the present invention. The electronic photo frame 10 is a wheel element 110, a display unit 120, and a memory 140 pirep cone. This memory 140 is used to store picture information. The QlllC electronic photo frame further has an interface unit 130 for connecting to the external storage device 20, wherein the external storage device 20 can be directly connected to the interface unit 130 by a memory card as shown in the figure, or can be a digital camera or a computer. And the like is connected to the interface unit 130 through the data line. The processing unit 110 acquires the picture information in the external storage device 20 or the memory 140, and sends the processed information to the display unit 120 for display. [0009] The operation panel 150 includes a plurality of input units, such as the picture selection input unit 1501, the proportional adjustment input unit 1 502, the orientation adjustment 096101417, the form number A0101, the fifth page, and the 0993405053-0 1358716. The input unit 1501 and the background editing unit 1504 are used to send the image selection information to the processing unit 11〇, and the processing unit 110 receives the image selection information from the image selection information. The external storage device 2 or the memory 140 reads the picture information selected by the user; the ratio adjustment input unit 1502 and the orientation adjustment input unit 1503 are respectively configured to send the adjustment information of the photo display ratio and the display orientation to the processing unit ,0. The processing unit 110 adjusts the display ratio and the display orientation of the picture currently displayed on the display unit 丨2〇 according to the adjustment information, so as to generate a new picture that meets the user's request, and displays it on the display unit 120; the background editing unit 1504 accepts the user operation information. Send control information to edit or not edit the background color. As shown in Fig. 2, the electronic phase shown by circle 1 is a display area division diagram of a display unit in the first 卞 式 。. The display unit 1 includes a main display area 121 and a primary display area 122. Main display area 1213⁄4 A picture display area. In the present embodiment, the main display area 121 refers to a display area that the picture actually occupies each time a picture is displayed, and the sub-display area 122 is a display area other than the picture actually occupied. In the prior art, the color of the fiber is the background color of the system, for example, it is often gray. P: Factory [0010]

FIG. 3 is a block diagram of a processing unit in a first implementation manner of the electronic photo frame shown in FIG. 1. The processing unit 110 includes a picture acquisition module 1101, a detection module 1102, a main display area, a color acquisition module n〇3, and an editing module 1104. The wafer acquisition module 11〇1 receives the information of the picture selection input unit, and obtains picture information from the external storage device 20 from the memory 140 or through the interface unit 13〇, and transmits the picture information to the display unit 70120 for display; The module 1102 detects the actual display area of the picture acquired by the picture acquisition module 11〇1, thereby determining that the display unit 120 is 096101417, form number A0101, page 6/21 pages, 0993405053-0, 1358716, revised correction on November 10, 099 The page has a secondary display area 122; if the detection module 102 detects the presence of the secondary display area 122, the main display area color acquisition module 1103 receives the control signal sent by the background editing unit 1 504 to change the editing state of the background color. The edit status may include "yes" and "no". For example, when the editing state of the current background color is “Yes”, when the main display area color obtaining module 1103 receives the control signal sent by the background editing unit 1 504, the editing state is changed to “No”, and the editing state of the current background color is "No",

When the main display area color obtaining module 1103 receives the background editing unit 1504 to transmit a control signal, the editing status is changed to "Yes". When the editing state is YES, the main display area color obtaining module 1103 acquires the main color of the main display area 121 and sends it to the editing module -1104. The editing module 110 4 edits the main color of the picture according to the acquired picture. The secondary display (the background color of the area 12 2 丨 ' 卜 - f " y . , and the edited background color is sent to a display - display I yuan 10 0 to achieve the display. Among them, the editing module 1104 can choose the main color One or several hexadecimal values, you can also choose to change the editing mode such as monochrome fill, gradient fill, etc. π> π π .

The background color of the sub-region 122. If no, the main display area color obtaining module 11〇3 does not cover the main color of the picture of the film ¥121, so that the secondary display area 122v>v background Hf color is not edited. Among them, the main display area color obtaining module 11 03Getting the main color of the picture includes calculating all the pixels of the main display area and confirming its RGB value. Convert the RGB values of all the pixel points into hexadecimal values according to the color table of the hexadecimal RGB color and count on the statistics. The pixel points in each color are determined to determine the color containing the most pixel points as the main color of the picture. [0011] Please refer to FIG. 4 is a schematic diagram of the hardware architecture of the second embodiment of the electronic picture frame of the present invention. The electronic photo frame 11 and the electronic photo frame 10 are not 096101417 Form No. A0101 Page 7 / Total 21 pages 0993405053-0 1358716 _ November 10, 1099, according to the replacement page, the electronic photo frame 11 further includes a specific information unit 160 and a Specific information display unit 1 505. The specific information unit 160 can be used to provide specific information, such as clock/calendar information, etc. The specific information display unit 1 505 is configured to receive user operation information to control display of specific information. 5 is a display area division diagram of a display unit in the second embodiment of the electronic photo frame shown in FIG. 4. The second embodiment lower display unit 120 still includes a main display area 121 and a secondary display area 122. In the present embodiment, the main display area 121 refers to the actual display area of the picture at each display, and the secondary display area 122 refers to the display area where the specific information is displayed. The display position of the secondary display area 122 can be in FIG. As shown in the figure, the display area of the electronic photo frame 11 can be any .. ''intentional position. ' \ / [0013] FIG. 6 is a second embodiment of the electronic photo frame shown in FIG. The processing unit 111 inside the electronic photo frame 11 is different from the processing unit 110 of the electronic photo frame 10 in that the picture acquiring module 1101 obtains picture information from the memory 14 or through the interface. And display, after the main show celluloid area Yan name won the Mai module 1103 from the main. .j V- :. a y

The image of the display area 121 is obtained in the picture of the display area 121, and the acquired main color I tone is sent to the editing module 1104. In addition, a specific information acquisition module 1105 is also present in the processing unit 111, and the specific information display unit 1505 sends a control. When the information is activated by the specific information display function, the specific information acquisition module 1105 obtains specific information from the specific information unit 160, and obtains information such as the background color and display mode of the specific information from the memory 140, and in the subsequent description, the specific information will be specified. Information such as the background color and display mode of information and specific information is called specific display information. The main display area color obtaining module 1103 receives the control signal sent by the background editing unit 1504, and edits the 096101417 form number Α0101, page 8/21 pages, 0993405053-0, 1358716, 099, and November 10th. When the image is the main color of the main display area 121 and is sent to the editing module 1104, the editing module 1104 edits the background color of the secondary display area 122 according to the main color of the picture, and sends the edited background color to the display unit. 120 realizes display; when the editing state is "No", the main display area color obtaining module 311 does not acquire the main color of the picture of the main display area 121, and does not edit the background color of the secondary display area 122.

Referring to FIG. 7, a flow chart of a method for optimizing a background color using the electronic frame 10 in the first embodiment of the present invention is shown. The picture acquisition module 1101 obtains picture information from the external storage device 20 from the memory 140 or through the interface unit 130, and directly sends the acquired picture information to the display unit 120 for display (step 700); detecting the display area occupied by the mode In order to detect the display of the single-light sub-display/display area 122 (step 710); if the detection module 1102 does not detect the presence of the secondary display area 122, the process ends; if the detection module 1102 detects the secondary display The area 122 exists, the main display area color acquisition module 1103 from the main display area picture information ftctya

Acquiring the main color tone (step 720), according to the acquired main display Proper^ area main color, editing the sub-display area, and displaying the edited sub-display area information on the display unit 120 (step 740). ). Referring to FIG. 8, a flow chart of a method for optimizing a background color by using the electronic frame 11 in the second embodiment of the present invention is shown. The picture acquisition module 1101 acquires picture information from the external storage device 20 from the memory 140 or through the interface unit 130, and directly sends the acquired picture information to the main display area 121 of the display unit 120 for display (step 800); the main display The area color obtaining module 110 3 obtains the main color of the picture from the main display area picture information (step 810); the specific information obtaining module 1105 from the specific information unit 160 and 096101417 form number A0101 page 9 / total 21 page 0993405053-0 1358716 On November 10, 2010, the replacement page memory 14 receives the secondary display area information, that is, the specific display information (step 820); the editing module 1104 edits the secondary display area information, that is, the specific display information according to the acquired main color of the picture. The background color (step 830); the specific information acquisition module 015 transmits the edited secondary display area information, that is, the specific display information, to the display unit 120 for display (step 840) » [Simple Description] [0016] FIG. A hardware architecture diagram of the first embodiment of the electronic photo frame of the present invention. 2 is a view showing a display area of a display unit in the first embodiment of the electronic photo frame shown in FIG. 1. 3 is a first embodiment of the electronic photo frame shown in FIG. 1 , a factory, ν′Λ module diagram of the unit. [0019] FIG. 4 is a schematic diagram of a hardware structure of a second embodiment of the electronic photo frame of the present invention. 6 is a view showing a display area of a display unit of the second embodiment of the electronic picture frame shown in FIG. 4; [0020] FIG. If Ρ ce module diagram [0022] Fig. 7 is a flow chart showing a method for optimizing the background color of the electronic photo frame according to the first embodiment of the present invention. 8 is a flow chart of a method for optimizing a background color of an electronic photo frame according to a second embodiment of the present invention. [Main component symbol description] [0024] Processing unit 110 [0025] Display unit 120 096101417 Form number A0101 Page 10/Total 21 page 0993405053-0 1358716 [0026] Interface unit [0027] Memory [0028] Picture acquisition mode Group [0029] Detection Module [0030] Main Display Area Color Acquisition Module [0031] Editing Module [0032] Picture Selection Input Unit [0033] Background Editing Unit [0034] Electronic Photo Frame [0035] Operation Panel [0036] Proportional adjustment input unit [0037] Azimuth adjustment input unit [0038] External storage device [0039] Main display area [0040] Secondary display area [0041] Specific information unit.

[0042] Specific Information Display Unit [0043] Specific Information Acquisition Module November 10, 2010, Shuttle Replacement Page 130 140 1101 1102 1103 1104 1501 1504

1502 intHflduol

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Office 121 122 160 1505 1105 096101417 Form No. A0101 Page 11 of 21 0993405053-0

Claims (1)

1358716 November 10, 2010, according to the replacement page VII, the patent application scope of an electronic photo frame, including: a processing unit; a display unit; a memory; a interface unit for connecting external image storage devices; and an operation panel; The improvement is that: the display unit has two display areas, wherein one display area is a main display area for displaying a picture, and a display area outside the main display area is a secondary display area, and the main display area is the display unit Displaying an area that the picture actually occupies; and the processing unit includes: a picture acquisition module, obtaining picture information from the external storage device from the memory or through the interface unit;, ', \ /\ ' / : \ , 1 ! \ A main display area color acquisition module, obtained from the picture information of the main relative area of the ιέ: — ' y winner color; and an editing module, according to the main color of the picture to edit the background color of the secondary display area. The electronic photo frame according to claim 1, wherein the electronic frame ', 1 !; _ : i frame further includes a specific information unit for "sending" The secondary display area of the display unit is a specific Zitai area unit including a rir 4 specific information acquisition module for obtaining information provided by a specific information unit. The electronic photo frame of claim 2, wherein the specific information unit is a clock/calendar unit for providing clock/calendar information. The electronic photo frame of claim 2, wherein the operation panel comprises a specific information display unit for controlling display or non-display of specific information. A method for optimizing a background of an electronic photo frame, the electronic photo frame display unit has two display areas, wherein one display area is a main display area for displaying pictures 096101417 Form No. 1010101 Page 12/Total 21 Pages 0993405053-0 1358716 099 On the 10th of the year, the shuttle is replacing the page, and the display area outside the main display area is the secondary display area, and the main display area is the area actually occupied by the picture displayed by the display unit, and the method includes the steps of acquiring a picture information and Sending to a main display area display of a display unit; acquiring a main color of the picture from the main display area picture information; editing a background color of the secondary display area of the display unit according to the main color of the picture; displaying in the secondary display area The background color. 6. The method for optimizing a background according to claim 5, wherein the secondary display area of the display unit is a specific information display area, the method further comprising the steps of: acquiring specific information and transmitting the special information, Information to '^ display area display 7. The superior-chemical-back-view: ^, square ¥, as described in claim 6, wherein the specific information is clock/calendar information. 096101417 Form No. A0101 Page 13 of 21 0993405053-0