CN104935917A - Display method of electronic display device - Google Patents
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- CN104935917A CN104935917A CN201510098256.5A CN201510098256A CN104935917A CN 104935917 A CN104935917 A CN 104935917A CN 201510098256 A CN201510098256 A CN 201510098256A CN 104935917 A CN104935917 A CN 104935917A
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Abstract
The present invention provides a display method of an electronic display device. The display method is used for displaying the images of the electronic display device on a package box, wherein the electronic display device is equipped with a display surface. The package box comprises an accommodating structure, a supporting structure, a transmission and reflection component and a connection structure, the electronic display device is accommodated in the accommodating structure, the first surface of the transmission and reflection component faces the display surface of the electronic display device, the connection end of the transmission and reflection component is connected with the supporting structure via the connection structure, and an included angle between the display surface and the first surface of the transmission and reflection component is less than 90 degrees at display. The display method comprises the following steps of a determination step of determining the electric connection of the package box and the electronic display device; an image processing step of processing the image information that the electronic display device intends to display; and a display step of displaying the images displayed by the electronic display device on the package box.
Description
The application is CN201410106608.2 based on application number, and the applying date is on March 20th, 2014, and denomination of invention is the divisional application of the original Chinese patent application of " display packing of electronic display unit ".
Technical field
The present invention relates to Display Technique field, in particular to a kind of display packing of electronic display unit, on packing box, mainly show the image of electronic display unit display.
Background technology
Existing Display Technique, no matter be 2D display or 3D Display Technique, what usual beholder watched is all the image directly shown by electronic display unit, the image frame of this display mode display must be limited to the restriction of indicator screen frame, especially when the image of 3D display is limited to the restriction of display bezel, have a kind of sense of depression, thus seriously reduce the visual experience of 3D.Such as, when the 3D road surface that display one extends toward screen front, this display image by display bezel restriction, the vision that beholder can be allowed to have a kind of road surface cannot be extended forward by fractureing again is felt, form vision spinning sensation, have a strong impact on the visual experience of 3D rendering.
In addition, the packing box overwhelming majority of conventional example as the electronic display unit such as mobile phone, IPAD is all adopt carton package, and pack, namely is discarded after taking-up electronic product.In addition, also some packing box starts to attempt electronization, such as US8317084 United States Patent (USP) discloses a kind of packing box, this packing box comprises wireless communication unit, described wireless communication unit is for receiving the identifying information of article in the relevant packing box that sent by data transmitter, this packing box also comprises display and processor, described processor is for collecting the identifying information that receives and allowing described display show the identifying information of article in described packing box, and described display, processor and described communication unit are integrated in described packing box.As can be seen here, existing packing box is by identifying that the label of the object in packing box realizes the identification to article in packing box, the object identified is that distributors or manufacturer are used for the relevant information of article in display packing box, so that the information such as change or loss of object in acquisition packing box, and this kind has the packing box of Presentation Function, display only just about the relevant information of article in packing box, realizing does not unpack makes an inventory.And for the user of electronic display unit, once electronic display unit is disassembled out from packing box, then described packing box is just without use value.And this displayable packing box adding record or loss change count function will inevitably increase the cost of packing box usually, this cost will inevitably pass on to consumers, and consumer does not but obtain corresponding use value while paying cost.Finally, the packing box of this kind of form, consumer abandons usually, because this packing box has the parts of the relevant such as electronic correlation such as processor and display, wasting simultaneously and contaminated environment.
Summary of the invention
The present invention just based in the problems referred to above one of at least, propose a kind of display packing of electronic display unit, realize the image showing electronic display unit display on packing box, the image simultaneously shown by electronic display unit on packing box and the surrounding enviroment at packing box place merge, and realize fusion that is virtual and reality.Not only make packing box do not thrown away easily, but also bring preferably Consumer's Experience.
In view of this, the present invention proposes a kind of display packing of electronic display unit, for showing the image of electronic display unit on packing box, described electronic display unit has display surface, described packing box comprises accommodating structure, supporting construction, Transflective component and syndeton, described electronic display unit is contained in described accommodating structure, described Transflective component comprises link and the free end relative with this link, and described Transflective component also comprises first surface and relative with this first surface second, the first surface of described Transflective component is towards the display surface of described electronic display unit, described supporting construction supports described accommodating structure, the link of described Transflective component is connected with described supporting construction by described syndeton, and form the angle being less than 90 ° between described display surface and the first surface of described Transflective component during display, described display packing comprises the following steps:
Confirm step, confirm the electrical connection of packing box and electronic display unit;
Image processing step, processes described electronic display unit image information to display;
Step display, described packing box shows the image of described electronic display unit display.
Further, described image processing step comprises further: Image Reversal treatment step, carries out turning operation to image to display.
Further, described Image Reversal treatment step comprises further: Image semantic classification sub-step, carries out preliminary treatment to image information; Image pixel resets sub-step, rearranges the pixel of the picture after Image semantic classification.
Further, described image processing step comprises further: brightness/contrast regulating step, according to the shading value of described packing box surrounding environment, regulate described electronic display unit will show the brightness/contrast of image, and/or regulate the Gamma value of described electronic display unit.
Further, described display packing is further comprising the steps of between described confirmation step and described image processing step: electronic display unit laying state determining step, determines the laying state of electronic display unit.
Further, described display packing is further comprising the steps of between described confirmation step and described image processing step: the type identifying electronic display unit; Download the image with electronic display unit type matching.
Further, described display packing is further comprising the steps of between described confirmation step and described image processing step: judge whether electronic display unit is 3D display mode; When described electronic display unit is not at 3D display mode, then directly enter described image processing step; When electronic display unit is 3D display mode, further comprising the steps of: the positional information obtaining beholder; Mixing arrangement stereoscopic parallax image pixel.
Further, described display packing is further comprising the steps of after described image processing step: control information packing box showing electronic display unit; Packing box sends control information electronic display unit.
Further, described electronic display unit is bore hole formula stereoscopic display device or eyeglass stereoscopic display device.
Further, described electronic display unit is mobile communication terminal, flat panel display equipment, game device or PC.
The display packing of electronic display unit of the present invention, by processing described electronic display unit image information to display; And on described packing box, show the image of described electronic display unit display.Packing box is not only made not fribbled away, and the image that electronic equipment shows is shown on packing box, the complete new experience of Rimless is brought to user, and the surrounding enviroment at the image shown by electronic display unit on packing box and packing box place merge, and realize fusion that is virtual and reality.
Accompanying drawing explanation
Above-mentioned and/or additional aspect of the present invention and advantage will become obvious and easy understand from accompanying drawing below combining to the description of embodiment, wherein:
Fig. 1 shows the perspective view of the closure state of the display unit of embodiment one.
Fig. 2 shows the perspective view of the open mode of the display unit of embodiment one;
Fig. 3 shows the display unit of embodiment one and the stereochemical structure enlarged diagram of part-structure thereof;
Fig. 4 shows the perspective view of the adjusting angle of the display unit of embodiment one;
The display unit that Fig. 5 shows embodiment one has the perspective view of additional function;
Fig. 6 shows the perspective view of the closure state of the packing box of the display unit of embodiment two;
Fig. 7 shows the perspective view of the open mode of the packing box of the display unit of embodiment two;
Fig. 8 shows the light path schematic diagram under the show state of the display unit of embodiment two;
The packing box that Fig. 9 shows the display unit of embodiment two has the perspective view of additional function;
Figure 10 shows the perspective view of the display unit closure state of embodiment three;
Figure 11 shows the perspective view of the packing box open mode of the display unit of embodiment three;
Figure 12 show under the display unit show state of embodiment three light path schematic diagram;
The packing box that Figure 13 shows the display unit of embodiment three has perspective view during additional function;
Figure 14 shows the perspective view of the closure state of the packing box of the display unit of embodiment four;
Figure 15 shows the perspective view of the packing box open mode of the display unit of embodiment four;
Figure 16 shows the light path schematic diagram under the display unit show state of embodiment four;
The display unit that Figure 17 shows embodiment four has the schematic perspective view of additional function;
Figure 18 shows the perspective view of the display unit closure state of embodiment five;
Figure 19 shows the perspective view of the packing box open mode of the display unit of embodiment five.
Figure 20 shows packing box and electronic display unit electric connection structure schematic diagram in the display unit of the embodiment of the present invention six.
Figure 21 shows the electrical block diagram of the packing box of embodiments of the invention six.
Figure 22 shows the electrical block diagram of the electronic display unit of embodiments of the invention six.
Figure 23 shows the image-forming principle schematic diagram of display unit of the present invention.
Figure 24 a shows the image-forming principle schematic diagram of existing autostereoscopic display apparatus.
Figure 24 b shows the image-forming principle schematic diagram of autostereoscopic display apparatus of the present invention.
Figure 25 shows the image-forming principle schematic diagram of glass-type stereo display device of the present invention.
Figure 26 shows the flow chart of the display packing of the electronic display unit of embodiments of the invention seven.
The electronic display unit that Figure 27 a is embodiments of the invention seven is not carrying out the image shown by Image Reversal process.
Figure 27 b is the image of electronic display unit shown by after adopting Image Reversal process of the present invention of embodiments of the invention seven.
Figure 28 is the flow chart of the display packing of the electronic display unit of embodiments of the invention eight.
Figure 29 is the flow chart of the display packing of the electronic display unit of embodiments of the invention nine.
Figure 30 is the flow chart of the display packing of the electronic display unit of embodiments of the invention ten.
Control information when Figure 31 a is packing box display screen display electronic display unit broadcasting music in the display packing of the electronic display unit of embodiments of the invention ten.
Control information when Figure 31 b is packing box display screen display electronic display unit called in the display packing of the electronic display unit of embodiments of the invention ten.
Control information when Figure 31 c is packing box display screen display electronic display unit display web page in the display packing of the electronic display unit of embodiments of the invention ten.
Figure 32 is the module diagram of the display unit of the embodiment of the present invention 11.
Figure 33 shows the flow chart of the display packing of the electronic display unit of embodiments of the invention 12.
Figure 34 shows the control method being controlled electronic display unit by packing box of embodiments of the invention 13.
Figure 35 shows the control method being controlled electronic display unit by packing box of embodiments of the invention 14.
Figure 36 shows the structural representation being controlled the control device of electronic display unit by packing box of embodiments of the invention 14.
Figure 37 shows the packing box of embodiments of the invention 15 and the method for electronic display unit interactive controlling.
Figure 38 shows the structural representation that the packing box of embodiments of the invention 15 and electronic display unit realize mutual control device.
Embodiment
In order to more clearly understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.
Set forth a lot of detail in the following description so that fully understand the present invention, but the present invention can also adopt other to be different from other modes described here and implement, and therefore, the present invention is not limited to the restriction of following public specific embodiment.
Electronic display unit of the present invention refers to the display device of displayable image, as mobile communication terminal, flat panel display equipment, PC, game station etc.Packing box of the present invention, for packing above-mentioned electronic display unit, plays the above-mentioned electronic display unit of protection and is not easily damaged, and conveniently carried out storing, transporting by above-mentioned electronic display unit.Packing box of the present invention is except all effects playing conventional bag mounted box, the image showing electronic display unit display on packing box can also be realized, the image simultaneously shown by electronic display unit on packing box and the surrounding enviroment at packing box place merge, and realize fusion that is virtual and reality.Especially in stereo-picture electronic display unit, the fusion of the image of electronic display unit display and the surrounding enviroment at packing box place is more true to nature, virtual better with the syncretizing effect of reality, breach the restriction of traditional monitor frame, propose a kind of display theory completely newly.Not only make packing box do not thrown away easily, but also bring brand-new Consumer's Experience, become the part in consumer entertainment life.
Execution mode one
The invention provides a kind of display unit, comprise the electronic display unit and packing box with display surface, described packing box comprises package body, first syndeton, movable connection structure and Transflective component, described package body comprises accommodating structure and supporting construction, described accommodating structure is for holding described electronic display unit, described Transflective component comprises first end and second end relative with this first end, and described Transflective component also comprises first surface and relative with this first surface second, the first end of described Transflective component is connected with described accommodating structure by described first syndeton, second end of described Transflective component is flexibly connected with described supporting construction by described movable connection structure, during described display unit display, the virtual image of the image of described electronic display unit display is formed in second side of described Transflective component.
Further, during described display unit display, described accommodating structure is positioned at the first surface side of described Transflective component, and described supporting construction is positioned at second side of described Transflective component.
Further described first surface towards described accommodating structure, described second towards described supporting construction.
Further, during described display unit display, the image light of described electronic display unit display forms the virtual image of described image after described Transflective component transmittance and reflectance in second side of described Transflective component.
Further, during described display unit display, form certain space between described supporting construction and second of described Transflective component, the described virtual image is arranged in described space.
Further, described accommodating structure comprises link and the free end relative with this link, and the first end of described Transflective component is connected with the link of described accommodating structure by described first syndeton.
Further, described supporting construction comprises and connects plane, link and the free end relative with this link, has described connection plane between the link of described supporting construction and the free end of described supporting construction.Second of described Transflective component towards described connection plane.The free end of described accommodating structure and the link of described supporting construction are positioned at the same side, and the link of described accommodating structure and the free end of described supporting construction are positioned at the same side.
Further, described accommodating structure is parallel with described supporting construction.
Further, described supporting construction is provided with accommodation space, and described accommodation space is for holding the accessory relevant to electronic display unit.
Further, described accommodating structure also comprises the first border end be connected with the link of accommodating structure by the free end of described accommodating structure, described Transflective component comprises the second boundary end be connected with the second link by described first link, the length of the length of the first border end of described accommodating structure and the second boundary end of described Transflective component is equal, described supporting construction comprises the 3rd border end be connected with the link of supporting construction by the free end of described supporting construction, the length of the length of described 3rd border end and the first border end of accommodating structure is equal.Like this, when accommodating structure is covered on described supporting construction, described package body becomes a cube structure.
Further, during described display unit display, the display surface of described electronic display unit and the first surface of described Transflective component form certain angle.Further, the angle ranging from acute angle.Preferably, described angle is between 30 degree to 60 degree.Best, the angle ranging from 45 degree, the ratio of the virtual image now shown is consistent with the ratio of the image that electronic display unit shows.
Further, described Transflective component is transparent when display unit shows.Further, Bao Yuehao got over by described Transflective component, can avoid like this producing because the thickness reason of Transflective component own causes reflecting the ghost image formed.
Further, when described display unit does not show, described accommodating structure can be covered on described Transflective component, and this Transflective component and described accommodating structure are covered on described supporting construction in the lump.
Further, the surface of second acutangulate described supporting construction of described Transflective component is provided with light-absorption layer.The preferred dark colour layer of described light-absorption layer.Further preferably black matte layer, can sponge the light of coming through the transmission of Transflective component substantially like this, thus the light avoiding transmission to come affect contrast and the brightness of the virtual image, virtual images viewing is got up more clear.
Further, described display unit also comprises both view angle adjustment mechanism, and described both view angle adjustment mechanism regulates corresponding visual angle by regulating virtual image forming position.
Further, described package body also comprises power supply unit, circuit linkage unit and communications interface unit, described communications interface unit is connected with described power supply unit by described circuit linkage unit, and described communications interface unit also and between described electronic display unit connects.When described electronic display unit needs charging time, described power supply unit can be electronic display unit charging.And further, described package body also comprises control unit, described control unit is connected with described power supply unit and communications interface unit by described circuit linkage unit.Like this, when electronic display unit is placed in the display of described accommodating structure, the control of described electronic display unit can give described control unit, realizes the operation to electronic display unit by described control unit.
The display of the described display unit of following detailed description and not procedure for displaying.
Be equipped with the described accommodating structure of described electronic display unit under external force, make to form certain space between second of the described Transflective component be connected with described accommodating structure and described supporting construction, thus the image that described electronic display unit display surface is shown forms the virtual image in described space.Because described space is a real scene, the final formed virtual image is then arranged in a real three dimensions, especially when electronic display unit display be 3D rendering time, the combination of this 3D rendering and real scene breaches the frame restriction of electronic display unit, gives the experience of more real 3D scene.Such as, described in background technology, when 3D rendering show be one prolong continuous 3D road without cease time, if show in traditional 3D display unit, the sense of depression then having a kind of road surface cannot extend owing to being subject to the restriction of electronic display unit display bezel and/or spinning sensation, but when this image shows in display unit of the present invention, then can overcome this defect, present the effect that a kind of Rimless is shown, to the reverie space that people is unlimited.Certainly, display unit of the present invention is not limited to display 3D rendering, and it also may be used for display 2D image, by the combination in 2D image and true three-dimension space, improves visual experience.In addition, the electronic display unit in the present invention can be bore hole 3D electronic display unit, also can be spectacle 3D electronic display unit.
When the described described accommodating structure being equipped with described electronic display unit makes described Transflective component fit in described supporting construction under external force, display unit is in non-show state, and now, from the appearance, this display unit is into a single integrated structure.
Certainly, described electronic display unit and described packing box be combined into one product time, also can be described as packing device.The appellation of this change is all in protection scope of the present invention.
Display unit of the present invention technical scheme is specifically illustrated below by way of mode by reference to the accompanying drawings.
Embodiment one
Refer to Fig. 1 to Fig. 4, a kind of display unit 100, comprise the electronic display unit 1 and packing box (figure does not mark) with display surface 11, described packing box comprises package body 2, first syndeton 3, movable connection structure 4 and Transflective component 5, described package body 2 comprises accommodating structure 21 and supporting construction 22, described accommodating structure 21 is for holding described electronic display unit 1, described accommodating structure 21 comprises link 21a and the free end 21b relative with this link 21a, described Transflective component 5 comprises first end 51 and second end 52 relative with this first end 51, and described Transflective component 5 also comprises first surface 53 and second face 54 relative with this first surface 53, described first surface 53 is towards described accommodating structure 21, described second face 54 is towards described supporting construction 22, the first end 51 of described Transflective component is connected with the link 21a of described accommodating structure 21 by described first syndeton 3, second end 52 of described Transflective component 5 is flexibly connected with described supporting construction 22 by described movable connection structure 4, when described display unit 100 is opened, the virtual image of the image of described electronic display unit 1 display is formed in the second side, face 54 of described Transflective component 5.
The accommodating structure 21 of the present embodiment comprises the framework 211 of hollow, and described framework 211 surrounds the receiving space 212 of the described electronic display unit 1 of a collecting, and described receiving space 212 is adaptive with electronic display unit 1.The free end 21b of described accommodating structure 21 offers the opening (figure does not mark) putting into described receiving space 212 for described electronic display unit.Obviously, described accommodating structure 21 is not limited to the shape that the present embodiment provides, it can accommodate this electronic display unit 1, and the display surface 11 of electronic display unit 1 can be exposed and the image light of display can form the virtual image of described image after Transflective component 5 in the second side, face 54 of described Transflective component 5 when showing.
The supporting construction 22 of the present embodiment is a square hollow box, and described supporting construction 22 can be used for other accessories receiving this display unit 100, such as specification, earplug and USB data line etc.Described supporting construction 22 comprises and connects plane 221, link 222 and the free end 223 relative with this link 222, has described connection plane 221 between the link 222 of described supporting construction 22 and the free end 223 of described supporting construction 22.Second face 54 of described Transflective component 5 is towards described connection plane 221.The free end 21b of described accommodating structure 21 and the link 222 of described supporting construction 22 are positioned at the same side, and the link 21a of described accommodating structure 21 and the free end 223 of described supporting construction 22 are positioned at the same side.In the present embodiment, the parallel described supporting construction 22 of described accommodating structure 21.
In the present embodiment, described accommodating structure 21 also comprises two the first border end 21c be connected with the link 21a of accommodating structure 21 by the free end 21b of described accommodating structure 21, described Transflective component 5 comprises two the second boundary end 5a be connected with the second link 52 by described first link 51, the length of the length of two border end 21c of described accommodating structure 21 and the second boundary end 5a of described Transflective component 5 is equal, described supporting construction 22 comprises two the 3rd border end 22a be connected with the link 221 of supporting construction 22 by the free end 223 of described supporting construction 22, the length of the described length of the 3rd border end 22a and the border end 21c of accommodating structure 21 is equal.Like this, described package body 2 one-tenth one cube structure when accommodating structure 21 is covered in described supporting construction 22.
Wherein, the second end 52 of described Transflective component 5 is the links 222 being movably connected on described supporting construction 22.
The movable connection structure 4 of the present embodiment comprises the connection positioning shaft sleeve 42 of the connection locating shaft 41 being located at Transflective component 5 second end 52 sidepiece and the link 222 being located at supporting construction 22, described connection locating shaft 41 is provided with positioning convex 411, the corresponding described positioning convex 411 of described connection positioning shaft sleeve 42 medial surface arranges detent (not shown), described connection locating shaft 41 is inserted in described connection positioning shaft sleeve 42, and described positioning convex 411 is sticked in described detent.Certainly, described connection locating shaft can be arranged in supporting construction, and corresponding described connection positioning shaft sleeve can be arranged at the second end of Transflective component.In addition, positioning convex can be arranged at and connect in positioning shaft sleeve, and corresponding detent can be arranged at and connect on locating shaft.In addition, this kind of movable connection structure is not limited to the structure that the embodiment of the present invention provides, and it can also be the structure of other existing various rotatable location, such as hinge arrangement, because the structure of this kind of rotatable location is common, then this repeats no more other performances.
The first syndeton 3 in the present embodiment is movable connection structure, described first syndeton 3 is arranged at the first end 51 of described Transflective component 5 and the link 21a of described accommodating structure 21, and described first syndeton 3 is identical with movable connection structure 4 structure.Certain first syndeton 3 also can be different with movable connection structure 4.In like manner, this kind first syndeton 3 is not limited to the structure that the embodiment of the present invention provides, and it can also be the structure of other existing various rotatable location, such as hinge arrangement, because the structure of this kind of rotatable location is common, then this repeats no more other performances.
The Transflective component 5 of the present embodiment comprises Transflective device 55 and the fixture 56 for fixing described Transflective device 55, and described fixture 56 is the fixture of transparent material.
To be that surperficial tool is cated environmentally can regulate the device of Transflective rate by light for the Transflective device 55 of the present embodiment.Certainly, when there being power supply to supply, Transflective device 55 also can adopt liquid-crystalline glasses device (also can be described as electrically-controlled liquid crystal glass), in the energized state, regulates light transmittance by regulation voltage, thus the light environment of Adaptive change.
How never display unit in following detailed description the present embodiment show state is transformed into show state.
Accommodating structure 21 under external force, drive described Transflective component 5 interlock, namely described Transflective component 5 is rotated relative to accommodating structure 21 by the first syndeton 3, and described Transflective component 5 is rotated relative to described supporting construction 22 by described movable connection structure 4, thus make to form certain space between the first surface 53 of described accommodating structure 21 and described Transflective component 5, form certain space between described supporting construction 22 and the second face 54 of described Transflective component 5.When the display surface 11 of described electronic display unit 1 accommodated therein and the first surface 53 one-tenth miter angle of described Transflective component 5, and during the connection plane 221 one-tenth miter angle of the second face 54 of described Transflective component 5 with described supporting construction 22, the virtual image formed is consistent with the image size that electronic display unit shows, and display effect is best.In the present embodiment, during show state (as shown in Figure 2), accommodating structure 21 is parallel with supporting construction 22, and the Transflective component 5 connecting this accommodating structure 21 and supporting construction 22 acutangulates with both respectively, so show state is approximate in forward " Z " font or forward " Z " font, and during viewing, described accommodating structure 21 is made to be positioned at the top of described supporting construction 22, therefore, when beholder's viewing, the visual experience of the virtual image is sympathetic can not be reduced owing to being subject to the impact of the display frame light of electronic display unit own.In the present embodiment, accommodating structure 21 and supporting construction 22 are all the square body design of comparatively rule.The structural design of this kind " Z " font, makes whole display unit put more safe and attractive in appearance.Obviously, when the Transflective component of described bag display unit is connected from another symmetry direction with described accommodating structure and described supporting construction, in oppositely similar " Z " character form structure or oppositely " Z " character form structure during described display unit display.In like manner, when described packing box is opened, in oppositely similar " Z " character form structure or oppositely " Z " character form structure.
Optionally, the display unit 100 of the present embodiment also can comprise both view angle adjustment mechanism 6 further, and described both view angle adjustment mechanism 6 is arranged at described supporting construction 22.Described supporting construction 22 comprises Part I 22A and Part II 22B, and described Part I 22A and described Part II 22B fits in a box body, and the link 222 of described supporting construction 22 and described connection plane 221 are arranged at this Part I 22A.Second face 54 of described Transflective component 5 acutangulates with the connection plane 221 of the Part I 22A of described supporting construction 22.The described both view angle adjustment mechanism 6 of the present embodiment is arranged at this Part I 22A and on the face of matching with this Part II 22B, described both view angle adjustment mechanism 6 comprises the slide block 61 be located on Part I 22A, correspondence is arranged at the chute 62 that this Part II 22B coordinates with described slide block 61 and the location structure 63 be arranged in chute 62, wherein said location structure 63 comprise positioning ball (figure do not mark) with by positioning ball be connected bottom chute 62 and the elastic component (not shown) of elastic force be provided, in the present embodiment, described elastic component is spring.The display unit 100 of described preferred embodiment realizes the adjustment at viewing visual angle by described both view angle adjustment mechanism 6, concrete, operate Part I 22A or the Part II 22B of described supporting construction 22, the relatively described Part II 22B of described Part I 22A to be slided certain distance along described chute 62, thus changes viewing visual angle.Certainly, described both view angle adjustment mechanism 6 is not limited to the structure that the present embodiment provides, such as, this both view angle adjustment mechanism can be one and is movably connected on activity adjustment mechanism bottom supporting construction, by operating this activity adjustment mechanism, described supporting construction 22, Transflective component 5 and accommodating structure 21 thereof are rotated relative to this both view angle adjustment mechanism 6, and keep relatively fixing between described supporting construction 22, Transflective component 5 and accommodating structure 21 thereof, thus realize both view angle adjustment function while not affecting virtual image forming space.
Preferably, refer to Fig. 5, the embodiment of the present invention also comprises additional function further, and described additional function comprises: circuit linkage unit 7, power supply unit 8 and communications interface unit 9.Described circuit linkage unit 7 comprises compression type switch (not shown) and connection line (figure does not mark), and described compression type switch-linear hybrid is in described movable connection structure 4 and/or the first syndeton 3.Described power supply unit 8 is connected with described communications interface unit 9 by described circuit linkage unit 7, thus realizes when electronic display unit 1 needs charging, is the function that electronic display unit 1 charges.Described compression type switch at the first surface 53 one-tenth predetermined angular of accommodating structure 21 and Transflective component 5 and the second face 54 of described Transflective component 5 is angled with the connection plane 221 of described supporting construction 22 time, described compression type switch opens, thus described communications interface unit 9 is connected with described power supply unit 8.Communication mould interface unit 9 in the present embodiment is usb interface unit, certainly, also can be the unit that bluetooth unit etc. has communication function.
Further, this display unit 100 also comprises the control member 10 being arranged at supporting construction 22, this control member 10 specifically can be a touch-control structure, described touch-control structure comprises control circuit unit (not shown) and display screen (figure does not mark), described touch-control structure is connected with described power supply unit 8 and usb interface unit by circuit linkage unit 7, and described touch-control structure shows body by the rotating supporting construction 22 being embedded at non-virtual image position of a movable connection structure (not shown), thus make described touch-control structure rotate 180 degree time screen outwardly, when rotating 180 degree again, screen is inner towards supporting construction, thus the screen of protection touch-control structure.Certainly, also can not movable connection structure be set, directly touch-control structure be embedded at the table body of supporting construction and makes screen outwardly, if further contemplate the effect of protection screen, screen surface can be made lower than described table surface.In addition, described control member also can be the button control structure simply with one or more button, the circuit unit of the button correspondence setting corresponding function of the corresponding described button control structure of described circuit linkage unit, thus realizes the control of corresponding function.
Preferred, please refer to Fig. 5, the additional function of the display unit 100 of the present embodiment also comprises image unit F, described image unit F is arranged at the free end 21b side of accommodating structure 21, described image unit F is realized by described circuit linkage unit 7 and described usb interface unit and the connection of electronic display unit 1, and described circuit linkage unit 7 connects described image unit F and power supply unit 8, like this, image unit F can absorb respective image and show the rear one-tenth virtual image in the second side, face 54 of Transflective component 5 by electronic display unit 1.Certainly, described electronic display unit 1 can comprise graphics processing unit further, thus send to electronic display unit 1 after absorbing face or eye image information by image unit F, utilize the graphics processing unit of described electronic display unit 1 to the visual angle of the image regulating electronic display unit to show, thus the picture that electronic display unit is shown can automatically be followed the visual angle of beholder and change.
Embodiment two
Refer to Fig. 6 to Fig. 9, a kind of display unit 100, comprise the electronic display unit 1 and packing box (figure does not mark) with display surface (figure does not mark), described packing box comprises package body 2, first syndeton (not shown), movable connection structure 4 and Transflective component 5, described package body 2 comprises accommodating structure 21 and supporting construction 22, described accommodating structure 21 is for holding described electronic display unit 1, described accommodating structure 21 comprises link 21a and the free end 21b relative with this link 21a, described Transflective component 5 comprises first end 51 and second end 52 relative with this first end 51, and described Transflective component 5 also comprises first surface 53 and second face 54 relative with this first surface 53, described first surface 53 is towards described accommodating structure, described second towards described supporting construction, the first end 51 of described Transflective component 5 is connected by the link 21a of described first syndeton with described accommodating structure 21, second end 52 of described Transflective component 5 is flexibly connected with described supporting construction 22 by described movable connection structure 4, when described display unit 100 shows, the virtual image of the image of described electronic display unit display is formed in the second side, face 54 of described Transflective component 5.
The accommodating structure 21 of the present embodiment is approximate to be square, and comprise the framework 211 of hollow, and described framework 211 surrounds the receiving space 212 of the described electronic display unit 1 of a collecting, described receiving space 212 is adaptive with electronic display unit 1.Obviously, described accommodating structure is not limited to the shape that the present embodiment provides, it can accommodate this electronic display unit, and the display surface of electronic display unit can be exposed and show image light can form described image after the Transflective component virtual image in second of described Transflective component when showing.The display unit of the present embodiment also can comprise a cover closing member E, described cover closing member E coordinates to form a cavity H with described accommodating structure 21 and described Transflective component 5, described cavity H can be a closed housing, also can be the cavity open with the first surface 53 of described Transflective component 5 face in opposite directions.Described cover closing member E can be the transparent body.
The supporting construction 22 of the present embodiment is the Rhizoma Sparganii cone of hollow, and described supporting construction 22 can be used for other accessories receiving this display unit.Described supporting construction 22 comprises and connects plane 221, link 222 and the free end 223 relative with this link 222, has described connection plane 221 between the link 222 of described supporting construction 22 and the free end 223 of described supporting construction 22.Second face 54 of described Transflective component 5 is towards described connection plane 221.The free end 223 of described accommodating structure 22 and the link 222 of described supporting construction 22 are positioned at the same side, and the link 21a of described accommodating structure 21 and the free end 223 of described supporting construction 22 are positioned at the same side.In the present embodiment, during described display unit display, the parallel described supporting construction 22 of described accommodating structure 21.
The supporting construction 22 of the present embodiment also comprises light-absorption layer (not shown), described light-absorption layer is arranged at the surface (namely connecting plane 221 in the present embodiment) of the described supporting construction 22 of side, described Transflective component 5 second face 54, described light-absorption layer is for being absorbed in the light of coming from the transmission of described Transflective component produced in display image process, the light avoiding this fractional transmission to come reflects back again, affect contrast and the brightness of the virtual image, affect visual experience effect.
Described first syndeton of the present embodiment is fixed connection structure, namely the link 21a of described accommodating structure 21 is fixedly connected with described Transflective component 5 by fixed connection structure, and the first surface 53 being contained in the display surface of the electronic display unit of this accommodating structure 21 and described Transflective component 5 is angled, specifically can be acute angle, preferably 30 degree to 60 degree, best 45 degree.Described fixed connection structure can be the various fixed structures such as engaging fixing structure.
The movable connection structure 4 of the present embodiment and the identical of embodiment one, do not repeat them here.
The Transflective component 5 of the present embodiment and the identical of embodiment one, also repeat no more at this.
How never display unit in following detailed description the present embodiment show state is transformed into show state.
Accommodating structure 21 under external force, described Transflective component 5 is driven to rotate relative to described supporting construction 2, namely described Transflective component 5 is rotated by movable connection structure 4 relative support structure 22, thus make to form certain space between the first surface 53 of described accommodating structure 21 and described Transflective component 5, form certain space between described supporting construction 22 and the second face 54 of described Transflective component 5.When first surface 53 one-tenth miter angle with described Transflective component 5 of the display surface 11 of described electronic display unit 1 accommodated therein, and the described supporting construction 22 of the second face 54 of described Transflective component 5 and the second side, face 54 surface is when becoming miter angle, the size of the virtual image formed is consistent with the size of the image that electronic display unit shows, and display effect is best.Accommodating structure 21 side of being body in the present embodiment, supporting construction 22 is Rhizoma Sparganii cone.In the present embodiment, during display, described in be equipped with described electronic display unit described accommodating structure be positioned at the top of described supporting construction, after image light directly injects described Transflective component 5, form the virtual image in the second side, face 54 of Transflective component 5.This kind of structural design, the image light that electronic display unit sends can not affect the visual experience that beholder watches virtual image picture, namely the light that described electronic display unit sends can not disturb beholder to watch the virtual image (affecting contrast and the brightness of virtual image picture), and it is more safe and attractive in appearance that whole display unit is put.
The both view angle adjustment mechanism of the display unit of the present embodiment is realized by movable connection structure 4, by making structure 22 rotation of Transflective component 5 relative support and regulatable vision angle.In addition, can consider directly to arrange both view angle adjustment mechanism in the bottom of supporting construction 22, whole accommodating structure 21, Transflective component 5 and supporting construction 22 are rotated relative to this both view angle adjustment mechanism, and relative position is fixed between accommodating structure 21, Transflective component 5 and supporting construction 22, thus while realizing adjustable visual angle function, do not affect the size in virtual image forming space.
Preferably, the embodiment of the present invention also comprises additional function further, and it is identical that this additional function comprises with embodiment one, do not repeat them here.
Further, described image unit is arranged at the free end 21a of described accommodating structure 21.
Execution mode two
The present invention also provides a kind of display unit, comprises the electronic display unit and packing box with display surface.Described packing box also comprises package body, Transflective component and movable connection structure, described package body comprises accommodating structure and supporting construction, described accommodating structure is for holding described electronic display unit, described Transflective component comprises link and the free end relative with this link, and described Transflective component also comprises first surface and relative with this first surface second, the link of described Transflective component is flexibly connected by movable connection structure and supporting construction, during display unit display, second side of image in described Transflective component after described Transflective component of described electronic display unit display forms the virtual image.
Further, during described display unit display, described supporting construction and described accommodating structure are positioned at the first surface side of described Transflective component.
Wherein, during described display unit display, between the display surface of described electronic display unit and the first surface of described Transflective component, certain space is formed.
Further, during the display of described display unit, the display surface of described electronic display unit and the first surface of described Transflective component angled.Further, the angle ranging from acute angle.Further, the angle ranging from 30 degree to 60 degree, further, the angle ranging from 45 degree.
Wherein, when described display unit does not show, described Transflective component is covered on described package body by described movable connection structure.Further, a box body is become after described Transflective component is covered on described package body.
Further, when described display unit does not show, described Transflective component covers the accommodating structure of described package body.
Further, when described display structure does not show, described Transflective component is covered on the supporting construction of described package body.
Further, described supporting construction is provided with accommodation space, and described accommodation space is for holding the accessory relevant to electronic display unit.
Next by concrete display and not the procedure for displaying display that describes described display unit in detail and the process details that do not show.
Described Transflective component is movable under external force, make to form certain space between the first surface of described Transflective component and the display surface of described electronic display unit, thus the image that described electronic display unit display surface is shown forms the virtual image in described space.Because described space is a real scene, the final formed virtual image is then positioned at a real three dimensions, especially when electronic display unit display be 3D rendering time, the combination of this 3D rendering and real scene can break through the restriction of electronic display unit display interface, gives the experience of more real 3D scene.Such as, described in background technology, when 3D rendering show be one prolong continuous road without cease time, if traditional 3D display unit, the sense of depression then having a kind of road surface cannot extend owing to being subject to electronic display unit display boundary limitation and/or spinning sensation, but when this image shows in display unit of the present invention, then can overcome this defect, present the effect that a kind of non-boundary is shown, to the reverie space that people is unlimited.Certainly, display unit of the present invention is not limited to display 3D rendering, and it also may be used for display 2D image.By the combination in 2D and true three-dimension space, bring brand-new experience to user.
When described Transflective component fits in described package body, display unit is in non-show state, and now, from the appearance, this display unit becomes a box body structure.
Preferably, the embodiment of the present invention also comprises additional function further, and it is identical that this additional function comprises with embodiment one, do not repeat them here.
Certainly, when described electronic display unit becomes to be combined into a product with described packing box, can be described as packing device.The appellation of this change is all in protection scope of the present invention.
Embodiment three
Refer to Figure 10 to Figure 13, a kind of display unit 100, comprise the electronic display unit 1 and packing box (figure does not mark) with display surface (figure does not mark), described packing box comprises package body 2, Transflective component 3 and movable connection structure (not shown), described package body 2 comprises accommodating structure 21 and supporting construction 22, described accommodating structure 21 is for holding described electronic display unit 1, described Transflective component 3 comprises link 31 and the free end 32 relative with this link 31, and described Transflective component 3 also comprises first surface 33 and second face 34 relative with this first surface 33, described second face 34 is towards described accommodating structure 21, the link 31 of described Transflective component 3 is flexibly connected by movable connection structure and supporting construction 22, during display unit display, second face 34 side of the image that described electronic display unit 1 shows in described Transflective component 3 after described Transflective component 3 forms the virtual image.
Wherein, described supporting construction 22 is the box body of a hollow, described supporting construction 22 is provided with the accepting groove of at least one side open, described accommodating structure 21 is the accepting groove of at least one side open be located in this supporting construction 22, thus the image light that the display surface 11 of described electronic display unit 1 is sent can be incident upon Transflective component 3.Described supporting construction 22 comprises link 22a and the free end 22b relative with this link 22a, the link 31 of described Transflective component 3 is connected to the link 22a of described supporting construction 22 by described movable connection structure, when described Transflective component 3 is covered on described supporting construction 22, the free end 32 of described Transflective component 3 and the free end 22b of described supporting construction are positioned at same one end.
Wherein, described Transflective component 3 comprises Transflective device 35 and the fixture 36 for fixing described Transflective device 35, and described fixture 36 is the fixture of transparent material.
To be that surperficial tool is cated environmentally can regulate the device of Transflective rate by light for the Transflective device 35 of the present embodiment.Certainly, when there being power supply to supply, Transflective device 35 also can adopt liquid-crystalline glasses device (also can be described as electrically-controlled liquid crystal glass), in the energized state, regulates light transmittance by regulation voltage, thus the light environment of Adaptive change.
Wherein, the movable connection structure 4 of the present embodiment is identical with the movable connection structure of embodiment one, does not repeat them here.In addition, this kind of movable connection structure is not limited to the structure that the embodiment of the present invention provides, and it can also be the structure of other existing various rotatable location, such as hinge arrangement, because the structure of this kind of rotatable location is common, then this repeats no more other performances.
Next in conjunction with Figure 10 and Figure 12 describe in detail display unit in the present embodiment how never show state be transformed into show state.
Transflective component 3 rotates relative to described supporting construction 22 under external force, thus the first surface 33 of the display surface and described Transflective component 3 that are placed in the electronic display unit 1 in described accommodating structure 21 described in making forms a predetermined angular, the image that such electronic display unit 1 shows then can form the virtual image in the second side, face 34 of described Transflective component 3.In the present embodiment, described predetermined angular is 45 degree.During without the need to showing, described Transflective component 3 is covered on described accommodating structure 21.
Further, the display unit 100 of the present embodiment also comprises both view angle adjustment mechanism 6, and described both view angle adjustment mechanism 6 is identical with embodiment one, does not repeat them here.Certainly, described both view angle adjustment mechanism 6 is not limited to the structure that the present embodiment provides, such as, this both view angle adjustment mechanism can be one and is movably connected on activity adjustment mechanism bottom supporting construction, by operating this activity adjustment mechanism, described supporting construction 22, Transflective component 3 and accommodating structure 21 thereof are rotated relative to this both view angle adjustment mechanism, and keep relatively fixing between described supporting construction 22, Transflective component 3 and accommodating structure 21 thereof, thus realize both view angle adjustment function while not affecting virtual image forming space.
Preferably, the embodiment of the present invention also comprises additional function further, and it is identical that this additional function comprises with embodiment one, do not repeat them here.
Embodiment four
Refer to Figure 14 to Figure 17, a kind of display unit 100, comprise the electronic display unit 1 and packing box with display surface (figure does not mark), described packing box comprises package body 2, Transflective component 3, movable connection structure (not shown), reflecting member 5 and fixed connection structure (not shown), described package body 2 comprises accommodating structure 21 and supporting construction 22, described accommodating structure 21 is for holding described electronic display unit 1, described accommodating structure 21 has the first link 211 and the second link 212, described supporting construction 22 has the first link 221 and the second link 222, second link 222 of described supporting construction 22 is connected by fixed connection structure with the first link 211 of accommodating structure 21, described Transflective component 3 comprises link 31 and the free end 32 relative with this link, and described Transflective component 3 also comprises first surface 33 and second face 34 relative with this first surface 33, the link 31 of described Transflective component 3 is flexibly connected by the first link 221 of movable connection structure and supporting construction 22, described supporting construction 22 is established or be fixedly arranged on to described reflecting member 5 card, and described reflecting member 5 one end is near the first link 211 of described accommodating structure 21, the other end is near the link 31 of described Transflective component 3, described reflecting member 5 and described accommodating structure 21 angled, angle described in the present embodiment is miter angle.When display unit 100 shows, second face 34 side of the image that described electronic display unit 1 shows in described Transflective component 3 after described Transflective component 3 forms the virtual image.
Wherein, the display surface 11 being placed in the electronic display unit 1 of described accommodating structure 21 described in is arranged with described reflecting member 5 one-tenth miter angle.During display, the reflecting surface 33 of described Transflective component 3 is angled with the display surface 11 of described electronic display unit 1, and described certain angle is acute angle, preferably 30 degree to 60 degree, and 45 degree best.
Wherein, described transflector component 3 is identical with the Transflective component of embodiment three, does not repeat them here.
The movable connection structure 4 of the present embodiment is identical with the movable connection structure of embodiment one, also repeat no more in like manner at this, this kind of movable connection structure is not limited to the structure that the embodiment of the present invention provides, it can also be the structure of other existing various rotatable location, such as hinge arrangement, because the structure of this kind of rotatable location is common, then this repeats no more other performances.
How never display unit in following detailed description the present embodiment show state is transformed into show state, and is transformed into non-show state from show state.
Transflective component 3 rotates relative to described supporting construction 22 under external force, thus the first surface 33 of the display surface and described Transflective component 3 that are placed in the electronic display unit 1 in described accommodating structure 21 described in making forms a predetermined angular, the image that such electronic display unit 1 shows then can form the virtual image in the second side, face 34 of described Transflective component 3.During without the need to showing, described Transflective component 3 is covered in described accommodating structure 21 and supporting construction 22 under external force.
Further, the display unit 100 of the present embodiment also comprises both view angle adjustment mechanism 6, and the both view angle adjustment mechanism of the present embodiment is identical with the both view angle adjustment mechanism of embodiment one, does not repeat them here.The both view angle adjustment mechanism of the present embodiment is simple, and the reasonability of vibrational power flow due to entirety, when by both view angle adjustment mechanism adjustable visual angle, do not affect the imaging space of second side of Transflective component.Certainly, described both view angle adjustment mechanism 6 is not limited to the structure that the present embodiment provides, such as, this both view angle adjustment mechanism can be one and is movably connected on activity adjustment mechanism bottom supporting construction, by operating this activity adjustment mechanism, described supporting construction 22, Transflective component 3 and accommodating structure 21 thereof are rotated relative to this both view angle adjustment mechanism, and keep relatively fixing between described supporting construction 22, Transflective component 3 and accommodating structure 21 thereof, thus also can realize both view angle adjustment function while not affecting virtual image forming space.
Preferably, the embodiment of the present invention also comprises additional function further, and it is identical that this additional function comprises with embodiment one, do not repeat them here.
Embodiment five
Refer to Figure 18 and Figure 19, a kind of display unit 100, comprise the electronic display unit 1 and packing box (figure does not mark) with display surface (figure does not mark), described packing box comprises package body 2, Transflective component 3 and movable connection structure 4, described package body 2 comprises accommodating structure 21 and supporting construction 22, described accommodating structure 21 is for holding described electronic display unit 1, described Transflective component 3 comprises link 31 and the free end 32 relative with this link, and described Transflective component 3 also comprises first surface 33 and second face 34 relative with this first surface, the link 31 of described Transflective component 3 is flexibly connected by movable connection structure 4 and supporting construction 22, during display unit display, second face 34 side of the image that described electronic display unit 1 shows in described Transflective component 3 after described Transflective component 3 forms the virtual image.
The accommodating structure 21 of the present embodiment comprises the framework 211 of hollow, and described framework 211 surrounds the receiving space 212 of the described electronic display unit 1 of a collecting, and described receiving space 212 is adaptive with electronic display unit 1.Described accommodating structure comprises link 21a and free end 21b.
Described supporting construction 22 is a hollow box.Described display unit also comprises fixed connection structure (not shown), the link 21a of described accommodating structure 21 is fixed on the link 31 of described Transflective component 3 by fixed connection structure, and described accommodating structure 21 and described Transflective component 3 one-tenth one fixed angles.Described fixed angle is an acute angle, preferably 30 degree to 60 degree, and 45 degree best.
Described Transflective component 3 can drive described accommodating structure 21 to proceed to or produce supporting construction 22 under external force.
The component of Transflective described in the present embodiment 3 is identical with the Transflective component of embodiment three, does not repeat them here.
The movable connection structure 4 of the present embodiment is identical with the movable connection structure of embodiment three, does not repeat them here.In like manner, this kind of movable connection structure is not limited to the structure that the embodiment of the present invention provides, and it can also be the structure of other existing various rotatable location, such as hinge arrangement, because the structure of this kind of rotatable location is common, then this repeats no more other performances.
How never display unit in following detailed description the present embodiment show state is transformed into show state, and is transformed into non-show state from show state.
Transflective component 3 rotates relative to described supporting construction 22 under external force, thus the first surface 33 of the display surface and described Transflective component 3 that are placed in the electronic display unit 1 in described accommodating structure 21 described in making forms a predetermined angular, the image that such electronic display unit 1 shows then can form the virtual image in the second side, face 34 of described Transflective component 3.During without the need to showing, described Transflective component 3 is covered in described supporting construction 22.
The present embodiment also can comprise both view angle adjustment mechanism, and described both view angle adjustment mechanism is described movable connection structure, and namely described movable connection structure had both played the effect being flexibly connected described Transflective component and supporting construction, played again the effect of adjustable visual angle.Concrete, described Transflective component drives described accommodating structure to rotate under the effect of movable connection structure simultaneously, because accommodating structure becomes fixed angle with the first surface of described Transflective component, therefore the virtual image not affecting the image of electronic display unit is formed, just have adjusted the space at the virtual image place of second side of Transflective component, thus reach the object regulating viewing visual angle.In addition, the Transflective component of the present embodiment is the edge being movably connected on supporting construction, in the process of therefore adjustable visual angle, does not substantially affect the virtual image forming space of second side of the saturating component of Transflective.
Preferably, the embodiment of the present invention also comprises additional function further, and it is identical that this additional function comprises with embodiment one, do not repeat them here.
Execution mode three
Embodiment six
Refer to Figure 20 to 22, Figure 20 shows packing box and electronic display unit electric connection structure schematic diagram in the display unit of the embodiment of the present invention six, Figure 21 shows the electrical block diagram of the packing box of embodiments of the invention six, and Figure 22 shows the electrical block diagram of the electronic display unit of embodiments of the invention six.As shown in figure 20, packing box 100 is electrically connected with electronic display unit 200.Packing box 100 and electronic display unit 200 carry out Signal transmissions.The mode that packing box 100 realizes being electrically connected with electronic display unit 200 has multiple, can be that wire directly connects, also can be dedicated radio link, as by Blue-tooth communication method, NFC (near-field communication) mode, WiFi mode, RFID communication mode, it can also be the mode that usb interface module connects.
As shown in figure 21, packing box 100 comprises the first control unit 120, first memory cell 130, first display unit 140 and the first communication unit 150, first control unit 120 is connected with the first memory cell 130, first communication unit 150 and the first display unit 140 respectively.First control unit 120 is for controlling whole packing box, and such as, the first control unit 120 can be CPU (CPU) or digital signal processor.First memory cell 130 is for the information needed for the work of storage package box, comprise a random access memory ram and a read only memory ROM, random access memory ram as working storage, and stores code and the instruction that the first control unit 120 controls whole packing box 100 in ROM.First communication unit 150 is for setting up the communication of packing box 100 and electronic display unit 200 or network, and the first communication unit 150 can be usb interface module, WIFI module, NFC communication module, RFID communication module or bluetooth communication.Preferably, select usb interface module, usb interface module comprises USB control module and USB interface, USB control module controls usb interface module, USB interface is connected with the USB interface of electronic display unit 200, realize transfer of data, also can be used as power interface, utilize the power supply on packing box or external power supply to charge for electronic display unit 200.The control information that first display unit 140 display packing box controls electronic display unit 200.Preferably, the first display unit 140 is touching display screen, and when touching display screen demonstrating the control information controlled electronic display unit 200, user directly at the enterprising line operate of touching display screen, thus can realize the operation to electronic display unit 200.Packing box 100 is powered by external city alternating current or DC power supply.
Further, based on aforementioned any embodiment, in a specific embodiment, as shown in figure 21, packing box also comprises a power supply 110 further, and power supply 110 provides working power for the circuit of whole packing box, in addition, power supply 110 can also as charge power supply, and for electronic display unit 200 charges, thus packing box 200 can use as portable power source.Power supply 110 can be battery, solar cell, fuel cell or energy acquisition equipment.Because packing box 100 can be used as portable power source, like this, improve the experience of user to packing box.
Further, based on aforementioned any embodiment, in a specific embodiment, packing box of the present invention also comprises image unit 160.Image unit 160 for photographic images, and sends the image photographed to electronic display unit 200 or packing box 100.Thus packing box also can be used as camera use, brings brand-new experience to user.
Further, based on aforementioned any embodiment, in a specific embodiment, packing box 100 of the present invention also comprises power amplifying device, and as sound equipment, this power amplifying device is controlled by the first control unit 120.First cell stores of packing box 100 has audio data, and as music etc., owing to being provided with sound equipment, thus packing box 100 can use as music player, also the music play on electronic display unit 200 can be play by packing box 100 in addition.Like this, improve the Consumer's Experience of user to packing box.
Further, based on aforementioned any embodiment, in a specific embodiment, packing box 100 of the present invention also comprises the first graphics processing unit, and this first graphics processing unit is connected with the first control unit 120, processes the image information received; Again image is presented on the first display unit after treatment, or shows on electronic display unit.Such as, when controlling electronic display unit 200 by packing box 100, when packing box 100 receives the control information of electronic display unit transmission, first graphics processing unit is according to this control information, the corresponding user of generation is easy to the icon identified, during as electronic display unit called, control information is sent on packing box, first graphics processing unit is according to this control information, correspondingly generating the common icon of answering and hanging up is presented on the first display unit, if when the first display unit is touching display screen, the corresponding icon of the direct touch-control of user can realize answering or hanging up, of course not during touching display screen, after user sees the icon of display, by external input equipment or arrange button to operate on packing box.Be presented on the first display unit of packing box because the first graphics processing unit generates corresponding icon according to control information, this facilitate that user is controlled electronic display unit by packing box.In addition, the first graphics processing unit also can process electronic display unit image to display, and this function is identical with the function of the graphics processing unit 220 of the electronic display unit mentioned below, and associated description can vide infra.
As shown in figure 22, electronic display unit 200 of the present invention comprises the second control unit 210, second memory cell 230, second display unit 240 and second communication unit 250, second control unit 210 connects the second memory cell 230, second display unit 240 and second communication unit 250 respectively.Second control unit 210 is for controlling whole electronic display unit 200, and such as, the second control unit 210 can be CPU (CPU) or digital signal processor.Second memory cell 230 is for the information needed for the work of store electrons display device, comprise a random access memory ram and a read only memory ROM, random access memory ram as working storage, and stores code and the instruction that the second control unit 210 controls whole electronic display unit 200 in ROM.Second communication unit 250 is for communicating with first communication unit 150 or network of packing box 100, and second communication unit 250 can be usb interface module, WIFI module, NFC communication module, RFID communication module or bluetooth communication.Preferably, select usb interface module, usb interface module comprises USB control module and USB interface, and USB control module controls usb interface module, and USB interface is connected with the USB interface of packing box 100, realizes transfer of data.Second display unit 240 shows image, and as display 2D image or 3D rendering, the second display unit can be liquid crystal display, OLED display, light-emitting diode display etc.
Further, based on aforementioned any embodiment, in a specific embodiment, electronic display unit 200 also comprises graphics processing unit 220, graphics processing unit 220, for processing the second display unit 240 image to display, is transferred to the second display unit 240 and shows after process.The processing mode of concrete graphics processing unit 220 is identical with the image procossing of following description four, does not repeat them here.
Execution mode four
Embodiment of the present invention four is circuit structures of mechanical structure based on the display unit of above-mentioned execution mode one to three and display unit; propose a kind of display packing of electronic display unit; certainly; this display packing is not limited to the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit, for the simple distortion done on the basis of the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit also in protection scope of the present invention.For keeping the succinct of specification, will no longer the mechanical structure of display unit and the circuit structure of display unit be repeated in following examples.
Embodiment seven
First, understand the display packing of electronic display unit of the present invention for convenience, the present invention is based on the structure of the display unit of embodiment one, but the present invention is not limited with the structure of the display unit of embodiment one, the structure of the display unit of other embodiment and the various distressed structures that do on this basis are suitable for too.Next the displaying principle of the image of packing box of the present invention display electronic display unit display is described in conjunction with Figure of description.
Figure 23 shows the image-forming principle schematic diagram of display unit of the present invention.Wherein, electronic display unit can be the mobile phone, computer, game machine, flat panel display equipment etc. that can show 2D picture.Now for mobile phone, as shown in figure 23,101 is the planes at accommodating structure place, and 102 is the planes at Transflective component 12 place, and 103 is the planes at lower support 13 structure place.When mobile phone is positioned on accommodating structure by user, namely mobile phone screen is positioned at 101 planes, the light of this signal strength signal intensity of the representative that on mobile phone screen, arbitrfary point A sends is after the reflection of the Transflective component at 102 plane places enters beholder's eyes, owing to forming the angle being less than 90 degree between accommodating structure and Transflective component, beholder can see the picture of A point by the B point after Transflective component, again because Transflective component has transmission capacity, Transflective component real-world object below and scene also can be seen by beholder, thus define the display effect that a kind of virtual image and real world merge.
Figure 24 a shows the image-forming principle schematic diagram of existing autostereoscopic display apparatus.Figure 24 b shows the image-forming principle schematic diagram of autostereoscopic display apparatus of the present invention.Electronic display unit can be the mobile phone, computer, game machine etc. that can show 3D picture.In Figure 24 a, electronic display device screen is represented with plane 104, a and b represents the point that in actual scene, same point is corresponding in the left view with parallax and right view, c and d represents another point corresponding in the left view with parallax and right view in actual scene.The rays pass through lens array that a point, b point, c point and d point send, parallax obstacle array etc. are any can by after the device of directed for light light splitting, and the left eye of the beholder that leads respectively and right eye, obtain E and F two through brain synthesis and have relief point.In Figure 24 b, parallel with accommodating structure for Transflective component, on the basis of Figure 24 a before plane 104 after parallel placement Transflective minute surface 105, the picture point that the light sent from a point is formed after Transflective minute surface 105 is a ', and in like manner b ', c ', d ' are the picture point of b, c, d respectively.The three-dimensional picture point that beholder is seen by Transflective minute surface 105 becomes E ' and F ', also form third dimension, but compared with original stereo display effect, the E ' that in Figure 24 b, beholder sees and the position of F ' are that in Figure 24 a, beholder sees the image that E and F obtains along horizontal median axis mirror image.In the case, user will see the image showing image inversion with electronic display unit.
As shown in figure 25, user sees by glasses 106 the picture point a ' and b ' that in electronic display unit display screen place plane 101, two have point a and b of parallax after Transflective minute surface 103.If the light that a point sends can enter right eye by right eye eyeglass, the light that b point sends can enter left eye by left eyeglass lens, by arranging the angle between plane 101 and Transflective minute surface 102, the light that a and b is sent reflects into access customer glasses by Transflective minute surface 102, and user's wearing stereoscopic glasses will see by Transflective mirror 102 the three-dimensional picture point E that a ' after minute surface and b ' point is formed.
On the basis that the image-forming principle of the display unit with above-mentioned bore hole formula stereoscopic display device and eyeglass stereoscopic display device illustrates, refer to Figure 26, Figure 26 shows the flow chart of the display packing of the electronic display unit of embodiments of the invention seven.As shown in figure 26, described display packing comprises the following steps:
S1, image processing step, process electronic display unit image information to display.Here image information comprises word, picture and video.
Image processing step specifically comprises following sub-step:
S11, Image Reversal treatment step, carries out turning operation to image to display; Be the mirror image of image of electronic display unit display due to what packing box showed, need to carry out turning operation to image to display, make the image that packing box shows be the image of normal display.
Refer to Figure 27 a and Figure 27 b, the electronic display unit that Figure 27 a is embodiments of the invention seven is not carrying out the image shown by Image Reversal process, and Figure 27 b is the image of electronic display unit shown by after adopting Image Reversal process of the present invention of embodiments of the invention seven.As shown in Figure 27 a and 27b, when not carrying out image procossing, the mode that the geometric figures such as the polygon ABCDEFG of electronic display unit display and trapezoidal HIJK and word TEXT normally show according to existing electronic display unit is carried out, but it will present the picture of left-right reversed on packing box of the present invention, according to image theory, namely the right of trapezoidal HIJK is appeared at the polygon ABCDEFG being originally positioned at the trapezoidal HIJK left side, the A point of polygon ABCDEFG becomes the rightmost of trapezoidal HIJK from trapezoidal HIJK Far Left simultaneously, the word TEXT simultaneously shown carries out left-right reversed by image theory as above, the image of such display is an image put upside down, the Consumer's Experience brought is poor.Need to carry out image procossing to the image of the desired display of electronic display unit, allow the image that packing box shows be the image of normal display, thus improve Consumer's Experience further.Particularly, need according to image information type to display, carry out Image Reversal process targetedly, be processed into as shown in figure 27b by Image Reversal to display for electronic display unit, such user will see the normal image as shown in Figure 27 a on packing box.The concrete steps of Image Reversal process are as follows:
Step one, Image semantic classification sub-step, carries out preliminary treatment to image information; Particularly, this Image semantic classification comprises: recognition image information, and image information comprises word, picture and video; According to different image informations, perform corresponding preliminary treatment.Specifically, when for picture, need not to picture preliminary treatment; When for word, redraw the bitmap picture corresponding with this word; When for video, video is decoded, convert picture frame (namely picture) one by one to.
Step 2, image pixel resets sub-step, rearranges the pixel of the picture after Image semantic classification.The rearrangement of the pixel of picture can be realized in the following ways: assuming that the pixel of a width picture comprises the matrix arrangement of M × N, N number of pixel of the first row is sequentially labeled as 0,1 from left to right, 2,3 ... N-3, N-2, N-1, N, then need order to exchange, be aligned to leftmost pixel 0 place by rightmost pixel N, pixel N-1 be aligned to the position of pixel 1, pixel N-2 is aligned to the position of pixel 2, the like.After above-mentioned sequence, image achieves upset.
According to above-mentioned Image Reversal processing method, the image that electronic display unit is shown can normally show on packing box of the present invention, and user only just need normally can see the image that electronic display unit shows on packing box.User does not need loaded down with trivial details ground open compact, takes out electronic display unit to watch, and user directly can experience various display effect and the functional effect of electronic display unit.
S12, brightness/contrast regulating step, according to the shading value of packing box surrounding environment, regulates electronic display unit will show the brightness/contrast of image and/or regulate the Gamma value of electronic display unit; By regulating display brightness and the contrast of electronic display unit and/or regulating the Gamma value of electronic display unit, the display effect of raising image on packing box.
In a specific embodiment, above-mentioned brightness/contrast regulates and realizes in the following manner:
Electronic display unit or packing box arrange photo-sensitive cell, is obtained the luminance data values of current packing box surrounding environment by photo-sensitive cell; Calculate the difference of luminance data values and default threshold value (luminance data values corresponding when electronic display unit shows in normal circumstances); When difference be on the occasion of time, illustrate that packing box surrounding environment is brighter, be unfavorable for the image display on packing box, now need according on the occasion of size adjustment image brightness/contrast or regulate the Gamma value of electronic display unit; When difference is negative value, now need the size according to negative value, the brightness/contrast of corresponding adjustment image or the Gamma value of adjustment electronic display unit, such as, along with the reduction of packing box surrounding environment brightness, suitably reduce the brightness/contrast of image and regulate the Gamma value of electronic display unit, like this, under guarantee meets normal display effect, reduce further the power consumption of electronic display unit; And for example, along with the reduction of packing box surrounding environment brightness, the brightness/contrast of image and the Gamma value of electronic display unit can not be changed, and the display effect of electronic display unit also can be better.A kind of common way is, environmentally brightness and in requisition for the brightness/contrast of image and the Gamma value of electronic display unit set up a form, in the table by the brightness/contrast of difference and image or regulate the Gamma value of electronic display unit to set up corresponding relation.When obtaining difference, correspondence goes to inquire about the brightness/contrast value of corresponding image or the Gamma value of electronic display unit, then regulates the Gamma value of the brightness/contrast value of current image or the electronic display unit brightness/contrast value of image that extremely above-mentioned difference is corresponding or the Gamma value of electronic display unit.Certainly, also can regulate the brightness/contrast value of image and the Gamma value of electronic display unit according to environmental light brightness simultaneously.
In detail, in a specific embodiment, following concrete steps can be adopted to reach the display effect with ambient brightness adaptation to the Gamma value of the brightness/contrast value and/or electronic display unit that regulate image.
Step one, threshold value when showing under presetting image home; Assuming that this threshold value is 50, and the numerical value under dark room conditions is 0, the numerical value 100 under intense light conditions.
Step 2, the data of Real-time Obtaining photo-sensitive cell; After collecting the data of photo-sensitive cell, convert numerical value to accordingly.
Step 3, asks difference by the numerical value of photo-sensitive cell and threshold value; Assuming that when this difference is β, β > 0, illustrate that ambient light is brighter, β value is larger, then illustrate that ambient light is brighter, then need correspondingly to heighten the brightness/contrast value of image and/or the Gamma value of electronic display unit; During β < 0, illustrate that ambient light is comparatively dark, β value is less, then illustrate that ambient light is darker, then need the corresponding brightness/contrast value of suitable adjustment image and/or the Gamma value of electronic display unit.
As for a sub-picture, can adopt simple gradation of image linear transformation to the adjustment of its brightness/contrast, the computing formula of the adjustment of its brightness/contrast is as follows:
y＝[x-127.5*(1-B)]*k+127.5*(1+B)；
Wherein, x is the pixel value before regulating, and y is the pixel value after regulating.
Wherein B value [-1,1], is used for regulating brightness; K is used for regulating contrast, and arctan (k) value [1,89], so k=tan ((45+44*c)/180* ∏); Wherein c value [-1,1].Usually we arrange contrast by this value.
Especially, as B=0: y=(x-127.5) * k+127.5, at this moment only regulates contrast.As c=0, during k=1, during y=x+255*B, at this moment only regulate brightness.
According to the environmental light brightness around packing box, regulate the brightness/contrast of image and/or regulate the Gamma value of electronic display unit.The picture effect of packing box display image can be improved like this, improve the virtual sense of reality merged with reality simultaneously.
S2, step display, packing box shows the image of electronic display unit display.The image of electronic display unit display after aforementioned image procossing, the image of electronic display unit display realizes showing on packing box according to the structure of aforementioned packing box.
By the display packing of aforesaid electronic display unit of the present invention, realize the image showing electronic display unit display on packing box, the image simultaneously shown by electronic display unit on packing box and the surrounding enviroment at packing box place merge, and realize fusion that is virtual and reality.Not only make packing box do not thrown away easily, but also bring preferably Consumer's Experience.
Embodiment eight
Refer to Figure 28, Figure 28 is the flow chart of the display packing of the electronic display unit of embodiments of the invention eight.As shown in figure 28, the difference of the display packing of the display packing of the electronic display unit of embodiments of the invention eight and the electronic display unit of the embodiment of the present invention seven is: except the step display of step S2, packing box show outside the image of electronic display unit display, further, in one embodiment, also comprised before S2:
S112, determines the laying state of electronic display unit.Specifically, judge whether electronic display unit is in the laying state of packing box assigned address, when electronic display unit placement is in the laying state of packing box assigned address, the image of the electronic display unit display that packing box shows just can be more complete, just can have better image display effect.Further, when electronic display unit is not placed on the laying state of assigned address, send cue, so that electronic display unit is placed on the laying state of assigned address by reminding user.The mode judged has multiple, as adopted multiaxis gyroscope, aspect sensor or utilizing the USB device usb interface module on packing box.Preferably, USB device usb interface module on package selection box, when electronic display unit is placed on packing box, packing box and electronic display unit all in running order under, the USB device usb interface module of electronic display unit realizes being electrically connected with the USB device usb interface module on packing box, now, illustrate that electronic display unit is placed on the position of specifying.In addition, in a variant embodiment, the state of electronic display unit on packing box comprises normal laying state and inversion state, and wherein, normal laying state refers to that electronic display unit is in the laying state of packing box assigned address; And inversion state when referring to that electronic display unit is placed with the phase difference having 180 degree when normally placing, namely electronic display unit there occurs the rotation of 180 degree in same level.
S1 ', process electronic display unit image information to display.Now, the Image Reversal process of original step S11 ' comprising:
S11a, judges that electronic display unit is in normal laying state or inversion state;
S11b, according to the laying state of electronic display unit, carries out turning operation to image to display.When electronic display unit is in normal laying state, overturn according to the mode of Figure 27 a, 27b in embodiment seven; When electronic display unit is in inversion state, similarly, according to image theory, turning operation is carried out to image to display.Similar to the Image Reversal process in embodiment seven, just difference is, now, is order exchanged from top to bottom according to M pixel of first row to the rearrangement of image pixel.Exchange method and to swap left and right method similar, exchange by the first row first pixel and capable 1st pixel of M, the first row second pixel and capable 2nd pixel of M are exchanged, the like.Can also exchange with just row, as the pixel of the first row and the capable pixel of M are carried out, the pixel of the second row and the capable pixel of M-1 are exchanged, and by that analogy, do not repeat them here.
Further, based on aforementioned any embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
S113, identifies the type of electronic display unit.Here, the type of electronic display unit comprises: mobile communication terminal, flat-panel monitor, PC, game device and the operating system of installing separately.Mainly be installed to after on packing box at electronic display unit, the picture format etc. of dissimilar electronic display unit required by it is had any different, as stereoscopic image format is different with common plane picture form, and the display effect of same image on dissimilar electronic display unit also has difference.Such as, be applicable to the picture shown on a mobile communication terminal, when showing on the game device with different operating system, its display effect has difference.
S114, downloads the image with electronic display unit type matching.Electronic display unit is connected to network by existing wired or wireless mode, as downloaded the image with this electronic display unit type matching from a certain application shop.Such as, when the mobile communication terminal with android operating system is connected to network, automatically search the image of this mobile communication terminal applicable, and download on mobile communication terminal and show.The image downloaded can be stored on electronic display unit or on packing box, preferably, is stored on electronic display unit.
Further, based on aforementioned any embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
S115, judges whether electronic display unit is 3D display mode; When electronic display unit is not at 3D display mode, then directly enter step S1; When electronic display unit is 3D display mode, further comprising the steps of:
S116, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
S117, mixing arrangement stereoscopic parallax image pixel.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.Such as, above-mentioned stereoscopic parallax image pixel mixing arrangement specifically comprises the following steps:
Step one, the row's of foundation index of the picture coefficient table.Particularly, left image L and right image R is divided into a width stereo-picture, three sub-pixels are comprised, red sub-pixel value L for current left image L
r, green subpixel values L
g, blue subpixels value L
b, right image R comprises three sub-pixels, red sub-pixel value R
r, green subpixel values R
g, blue subpixels value R
b.Under normal circumstances, the mixed pixel value of one width stereo-picture is only the simple mixing of left and right pixel, there is the stereo display region that comparatively fixing, and when beholder is not in this region, then there will be ghost image, distortions etc. affect the situation of display effect, this just needs the position according to beholder, the proportionality coefficient of the left image of suitable adjustment and right image blend, also namely index of the picture coefficient k is arranged, and arrange index of the picture coefficient k can according to experimental verification, when watching from different angles, when obtaining best stereo-picture, analyze the mixed proportion of left image and right image, thus determine the k value of corresponding viewing angle, multiple k value is combined and forms row's index of the picture coefficient table.Certainly, additive method also can be adopted to determine k value, as adopted the Mathematical Modeling of linear function or nonlinear function.For the determination of row's index of the picture coefficient, also have other multiple prior art to realize, here repeat no more.
Step 2, according to the position of beholder, inquires about the row index of the picture coefficient corresponding with beholder position.Owing to having established beholder position and the one-to-one relationship of arranging index of the picture coefficient in row's index of the picture coefficient table.
Step 3, the sub-pixel of stereo-picture is reset.Such as, the secondary pixel row figure coefficient index table according to setting up realizes according to following formula, obtains the mixed pixel value of new stereo-picture respectively:
N
R＝L
R*k+R
R*(1-k)；
N
G＝L
G*k+R
G*(1-k)；
N
B＝L
B*k+R
B*(1-k)；
Wherein, k is row's index of the picture coefficient, 0≤k≤1.
Below be only a simple example, certainly, stereoscopic parallax image pixel mixing arrangement of the present invention can also adopt other existing methods to realize, and does not repeat them here.
After this, perform step S1.
By the display packing of above-mentioned electronic display unit, improve display effect when to show 3D rendering on packing box.Simultaneously, under the structure of packing box of the present invention, packaging box surrounding environment is a real scene, the final formed virtual image is then positioned at a real three dimensions, especially when electronic display unit display be 3D rendering time, the combination of this 3D rendering and real scene can break through the restriction of electronic display unit display interface, gives the experience of more real 3D scene.Such as, described in background technology, when 3D rendering show be one prolong continuous road without cease time, if traditional 3D display unit, the sense of depression then having a kind of road surface cannot extend owing to being subject to electronic display unit display boundary limitation and/or spinning sensation, but when this image shows in display unit of the present invention, then can overcome this defect, present the effect that a kind of non-boundary is shown, to the reverie space that people is unlimited.Certainly, display unit of the present invention is not limited to display 3D rendering, and it also may be used for display 2D image.By the combination in 2D and true three-dimension space, bring brand-new experience to user.
In addition, in some applications, such as shoot in the game application of class or racing game application, when user moves, after tracking equipment on packing box detects that user observation place or visual angle change, the scene that present of playing can be moved according to the position of user and change, present and be similar to user side and the effect seen and can see more scenes, increase the interest of this packing box display, improve Consumer's Experience.
Embodiment nine
Please refer to Figure 29, Figure 29 is the flow chart of the display packing of the electronic display unit of embodiments of the invention nine.As shown in figure 29, the display packing of the electronic display unit of embodiments of the invention nine comprises the following steps:
S10, confirms step, confirms the electrical connection of packing box and electronic display unit; Wherein, described packing box mainly comprises with the electric connection mode of described display device: wire is connected, and utilize a pair usb interface module to connect, WiFi mode connects, and NFC mode connects, bluetooth approach connects or RFID mode connects.
Described confirmation step specifically comprises following sub-step:
S11, receives sub-step, receives the signal of telecommunication that electronic display unit sends;
S12, confirms sub-step, after packing box receives the signal of telecommunication, returns an answer signal to electronic display unit.By the way, confirm that electronic display unit is electrically connected with packing box.
S20, image processing step, process electronic display unit image information to display.Identical with the step S1 of previous embodiment seven, do not repeat them here.
S30, step display, packing box shows the image of electronic display unit display.Identical with the step S2 of previous embodiment seven, do not repeat them here.
The embodiment of the present invention eight is above-mentioned steps S10 with the difference of embodiment seven, above-mentioned steps S10 is once confirm that electronic display unit is set up with packing box and communicated, then electronic display unit and packing box all can confirm that both sides are in running order, convenient realization, by the control of packing box to electronic display unit, can also be charged to electronic display unit by packing box.
The display packing of the electronic display unit of the invention described above, achieve the image showing electronic display unit display on packing box, make packing box and electronic display unit establish a communications link simultaneously, user is facilitated to know the state of packing box and electronic display unit, with by packing box for electronic display unit charges, such packing box uses as portable power source.Not only make packing box do not thrown away easily, but also bring brand-new Consumer's Experience.
Embodiment ten
Please refer to Figure 30, Figure 30 is the flow chart of the display packing of the electronic display unit of embodiments of the invention ten.As shown in figure 30, the display packing of the electronic display unit of embodiments of the invention ten and the difference of the embodiment of the present invention nine are, except comprising step S10, S20, S30, also comprise:
S40, packing box shows the control information of electronic display unit; Specifically, the box body of packing box is provided with display screen, receive the signal of electronic display unit transmission at packing box after, wherein, containing the information controlled electronic display unit in this signal, the control information to electronic display unit contained, after receiving above-mentioned signal, shows on a display screen by packing box.
S50, packing box sends control information electronic display unit.According to the control information of the electronic display unit that packing box shows, by packing box, control information is sent to electronic display unit, realizes the control to electronic display unit.
The display packing of the electronic display unit in embodiments of the invention ten realizes the control of packing box to electronic display unit by abovementioned steps.Not only can show the image of electronic display unit display like this at the packing box accommodating electronic display unit on packing box, also realize the control to electronic display unit by packing box simultaneously, bring brand-new Consumer's Experience.In addition, due to without the need to directly manipulating electronic display unit, decrease when on the box body that electronic display unit is contained in packing box, user needs to take packing box apart loaded down with trivial detailsly, even damages the problem of packing box.
Particularly, to the application example that display device controls, Figure 31 a, 31b, 31c be please refer to for above-mentioned packing box, control information when Figure 31 a is packing box display screen display electronic display unit broadcasting music in the display packing of the electronic display unit of embodiments of the invention ten.Control information when Figure 31 b is packing box display screen display electronic display unit called in the display packing of the electronic display unit of embodiments of the invention ten.Control information when Figure 31 c is packing box display screen display electronic display unit display web page in the display packing of the electronic display unit of embodiments of the invention ten.As shown in Figure 31 a, when electronic display unit plays music, electronic display unit sends the information controlling music to packing box, after packing box receives the information controlling music, generate the icon that corresponding music controls, and icon is shown on the display screen of packing box, preferably, this display screen is touch display screen, number in the figure be 91 be control the virtual key of music play/pause, number in the figure be 92 be switch the F.F. virtual key of music to next.When user wants to suspend music, touch-control virtual key 91, packing box, after the control information receiving user's input, sends corresponding control command and controls electronic display unit time-out music.When user wants to listen next song, similarly, touch-control virtual key 92, after packing box receives this user instruction, sends corresponding control command control electronic display unit and music is switched to next.
Similarly, as shown in Figure 31 b, when electronic display unit is mobile communication terminal, when this mobile communication terminal called, this mobile communication terminal sends the relevant control information of calling to packing box, packing box forms relevant virtual key 93 and 94 after receiving the relevant control information of calling on touching display screen.Wherein virtual key 93 is Answer Keys, and 94 is hang-up keys.User can according to the needs of oneself, the corresponding virtual key of touch-control, and packing box sends out corresponding control information to electronic display unit, realize answering or hanging up.In addition, further, except above-mentioned virtual key 93 and 94, contact person's essential information such as name of contact person, the telephone number etc. of incoming call also can be sent to packing box by electronic display unit, and packing box demonstrates the essential information of above-mentioned contact person on touching display screen after receiving.Like this, user, when appreciating image packing box showing electronic display unit display, without the need to picking up electronic display unit in a great rush to operate, adds the convenience of user.
Similarly, as shown in Figure 31 c, when user is connected to network browsing news by electronic display unit, packing box shows the webpage of electronic display unit display.Electronic display unit sends the control information of webpage to packing box, after packing box receives the control information of webpage, touching display screen shows corresponding virtual key 95,96,97,98.Wherein 95 is back spacers, and 96 is up keys, and 97 is down key, and 98 is advance keys.Realizing user at browsing page by above-mentioned virtual key 95,96,97,98 is random browsed web content.Further, except above-mentioned virtual key 95,96,97,98, if during display web page, website information etc. can also be sent to packing box by electronic display unit, after packing box receives website information, is presented on touching display screen, wherein, website information comprises network address and web site name etc.User can input the effect that website information etc. realizes holding electronic display unit input on the touching display screen of packing box.Simply, touching display screen shows a network address input field, when user chooses input field, eject dummy keyboard for user's input.By the above-mentioned control method to webpage, for user brings brand-new Consumer's Experience.
Embodiment 11
Corresponding to above-described embodiment seven to above-described embodiment ten, the present invention also provides a kind of display unit, and this display unit comprises packing box and electronic display unit, and this electronic display unit is contained in packing box, and this packing box is for showing the image of electronic equipment display.Refer to Figure 32, Figure 32 is the module diagram of the display unit of the embodiment of the present invention 11, and wherein, this display unit comprises:
Image processing module 310, for the treatment of electronic display unit image information to display.
Electronic display module 320, for showing the image of electronic display unit display on packing box.
Further, in a variant embodiment, this display unit also comprises: confirm module 300, confirms the electrical connection of packing box and electronic display unit.This confirmation module 300 is connected with image processing module 310.
Further, in a variant embodiment, this display unit also comprises: control information display module 330, for showing the control information of electronic display unit on packing box; And control information sending module 340, to send control information electronic display unit for packing box.Annexation is sequentially: confirm that module 300 is connected with image processing module 310, image processing module 310 is connected with electronic display module 320, electronic display module 320 is connected with control information display module 330, and control information display module 330 is connected with control information sending module 340.
Further, this display unit also comprises Executive Module 350, for according to the control information received, performs and operates accordingly.Executive Module 350 is connected with control information sending module 340.
It should be noted that, above-mentioned image processing module 310, electronic display module 320, Executive Module 350 can be arranged in electronic display unit, and above-mentioned confirmation module 300, control information display module 330 and control information sending module 340 can be arranged in packing box.Certainly being not limited to this setup, can also be adopt other set-up mode realizing display unit of the present invention.
Above-mentioned display unit of the present invention, achieves the control of packing box to electronic display unit.Not only can show the image of electronic display unit display like this at the packing box accommodating electronic display unit on packing box, also realize the control to electronic display unit by packing box simultaneously, bring brand-new Consumer's Experience.In addition, due to without the need to directly manipulating electronic display unit, decrease when on the box body that electronic display unit is contained in packing box, user needs to take packing box apart loaded down with trivial detailsly, even damages the problem of packing box.
Embodiment 12
Please refer to Figure 33, Figure 33 shows the flow chart of the display packing of the electronic display unit of embodiments of the invention 12.As shown in figure 33, the display packing of the electronic display unit of embodiments of the invention 12, on the basis of embodiment 11, also comprises further between step S10 and step S20:
S112, determines the laying state of electronic display unit.Specifically, judge whether electronic display unit is in the laying state of packing box assigned address, when electronic display unit placement is in the laying state of packing box assigned address, the image of the electronic display unit display that packing box shows just can be more complete, just can have better image display effect.Further, when electronic display unit is not placed on the laying state of assigned address, send cue, so that electronic display unit is placed on the laying state of assigned address by reminding user.The mode judged has multiple, as adopted multiaxis gyroscope, aspect sensor or utilizing the usb interface module on packing box.Preferably, usb interface module on package selection box, when electronic display unit is placed on packing box, packing box and electronic display unit all in running order under, the usb interface module of electronic display unit and the usb interface module on packing box realize being electrically connected, now, illustrate that electronic display unit is placed on the position of specifying.
Further, based on the previous embodiment of present embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
S113, identifies the type of electronic display unit.Here, the type of electronic display unit comprises: mobile communication terminal, flat-panel monitor, PC, game device and the operating system of installing separately.Mainly be installed to after on packing box at electronic display unit, the picture format etc. of dissimilar electronic display unit required by it is had any different, and the display effect of same image on dissimilar electronic display unit also has difference.Such as, be applicable to the picture shown on a mobile communication terminal, when showing on the flat-panel monitor with different operating system, its display effect has difference.
S114, downloads the image with electronic display unit type matching.Electronic display unit is connected to network by existing wired or wireless mode, as downloaded the image with this electronic display unit type matching from a certain application shop.Such as, when the mobile communication terminal with android operating system is connected to network, automatically search the image of this mobile communication terminal applicable, and download on electronic display unit and show.
Further, based on any embodiment in aforementioned two embodiments of present embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
S115, judges whether electronic display unit is 3D display mode; When electronic display unit is not at 3D display mode, then directly enter step S1; When electronic display unit is 3D display mode, further comprising the steps of:
S116, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
S117, mixing arrangement stereoscopic parallax image pixel.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.
By the display packing of above-mentioned electronic display unit, improve display effect when to show 3D rendering on packing box.Simultaneously, under the structure of packing box of the present invention, the common electronic display unit with three-dimensional display function be taken in display extend the water surface, the road surface image of screen time, owing to there being the limitation of screen outer-border, cause and inconsistent display effect in daily life, having watched of a specified duration will cause visual fatigue.This kind of stereoscopic picture plane is watched by the Transflective minute surface that packing box of the present invention is arranged, transmission function due to Transflective mirror allows observer also see the content of real world, and Transflective mirror does not have frame, serve a kind of effect of transparent display screen of Rimless, there is the effect being not easy to cause visual fatigue.
Execution mode five
Embodiment of the present invention five is circuit structures of mechanical structure based on the display unit of above-mentioned execution mode one to three and display unit; propose a kind of control method being controlled electronic display unit by packing box; certainly; this control method is not limited to the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit, for the simple distortion done on the basis of the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit also in protection scope of the present invention.For keeping the succinct of specification, will no longer the mechanical structure of display unit and the circuit structure of display unit be repeated in following examples.
Embodiment 13
Refer to Figure 34, Figure 34 shows the control method being controlled electronic display unit by packing box of embodiments of the invention 13.As shown in figure 33, the controlling the control method of electronic display unit by packing box and comprise the following steps of embodiments of the invention 13:
S200, confirms step, confirms the electrical connection of described packing box and described electronic display unit;
S210, receiving step, receives the signal that described electronic display unit sends; Containing the control information controlling electronic display unit in the signal received;
S220, step display, according to the signal receiving the transmission of described electronic display unit, the display device of described packing box shows the control information of described electronic display unit;
S230, rate-determining steps, according to the control information of the described electronic display unit of display, controls described electronic display unit.For the detailed description of rate-determining steps, see the introduction of preceding embodiment, can not repeat them here.
Concrete control method embodiment see in Figure 31 a, 31b and 31c, can repeat at this no longer further.
Embodiments of the invention 13, by above control method, achieve the control of packing box to electronic display unit.When accommodating electronic display unit in packing box, user just can realize the control of electronic display unit without the need to taking out electronic display unit, is convenient for users to operate, improves Consumer's Experience.
Embodiment 14
Refer to Figure 35, Figure 35 shows the control method being controlled electronic display unit by packing box of embodiments of the invention 14.As shown in figure 34, being by the packing box control control method of electronic display unit and the difference of the embodiment of the present invention 13 of embodiments of the invention 14, is also comprised further:
Step S240, packing box shows the image of electronic display unit display.
The control method being controlled electronic display unit by packing box of the embodiment of the present invention 14, is not only achieved the control of packing box to electronic display unit, also achieves the image showing electronic display unit on packing box simultaneously.User can realize according to self needing to control electronic display unit by packing box the image that oneself will see.Watch this kind of image by packing box of the present invention, especially during stereo-picture, there is the effect being not easy to cause visual fatigue.
Particularly, in a specific embodiment, when packing box sends the instruction of a movie after electronic display unit, electronic display unit inquires about the film with or without above-mentioned correspondence in its memory module, or electronic display unit is downloaded movies by networking, and play on electronic display unit, and then packing box demonstrates the image of the film that electronic display unit is play.
Further, can also comprise the following steps between step S230 and step S240:
Laying state determining step, determines the laying state of electronic display unit.Specifically, judge whether electronic display unit is in the laying state of packing box assigned address, when electronic display unit placement is in the laying state of packing box assigned address, the image of the electronic display unit display that packing box shows just can be more complete, just can have better image display effect.Further, when electronic display unit is not placed on the laying state of assigned address, send cue, so that electronic display unit is placed on the laying state of assigned address by reminding user.The mode judging whether to be placed on assigned address has multiple, as adopted multiaxis gyroscope, aspect sensor or utilizing the usb interface module on packing box.Preferably, usb interface module on package selection box, when electronic display unit is placed on packing box, packing box and electronic display unit all in running order under, the usb interface module of electronic display unit and the usb interface module on packing box realize being electrically connected, now, illustrate that electronic display unit is placed on the position of specifying.
Further, based on previous embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
Identification step, identifies the type of electronic display unit.Here, the type of electronic display unit comprises: mobile communication terminal, flat-panel monitor, PC, game device and the operating system of installing separately.Mainly be installed to after on packing box at electronic display unit, the picture format etc. of dissimilar electronic display unit required by it is had any different, and the display effect of same image on dissimilar electronic display unit also has difference.Such as, be applicable to the picture shown on a mobile communication terminal, when showing on the flat-panel monitor with different operating system, its display effect has difference.
Download step, downloads the image with electronic display unit type matching.Electronic display unit is connected to network by existing wired or wireless mode, as downloaded the image with this electronic display unit type matching from a certain application shop.Such as, when the mobile communication terminal with android operating system is connected to network, automatically search the image of this mobile communication terminal applicable, and download on electronic display unit and show.
Further, based on any embodiment in aforementioned two embodiments, in a variant embodiment, the control method of electronic display unit of the present invention also comprises further:
Identify display mode step, identify whether electronic display unit is 3D display mode; When electronic display unit is not at 3D display mode, then directly enter step S1; When electronic display unit is 3D display mode, further comprising the steps of:
Position acquisition step, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
Mixing arrangement stereoscopic parallax image pixel step, mixes rear arrangement according to a certain percentage to the left-eye view of stereopsis difference image and the image pixel of right-eye view.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.
By above-mentioned control method, user can control electronic display unit according to oneself needing, and improves user's experience.
Correspondingly, the present invention also proposes the corresponding control device being controlled electronic display unit by packing box of a kind of and above-mentioned control method, and wherein, this packing box holds electronic display unit, and this packing box is for showing the image of electronic display unit display.Refer to Figure 36, Figure 36 shows the structural representation being controlled the control device of electronic display unit by packing box of embodiments of the invention 14.Above-mentioned control device comprises:
Confirm module 400, for confirming the electrical connection of described packing box and described electronic display unit.
Receiver module 410, for receiving the signal that described electronic display unit sends; Containing the control information controlling electronic display unit in the signal received.
Packing box display module 420, receive the signal of described electronic display unit transmission for basis, the display unit of described packing box shows the control information of described electronic display unit.
Control module 430, for the control information of the described electronic display unit according to display, controls described electronic display unit.
Further, in a specific embodiment, control device of the present invention also comprises: display module, for showing the image of electronic display unit display on packing box.
Further, in a specific embodiment, control device of the present invention also comprises: laying state determination module, determines the laying state of electronic display unit.
Further, in a specific embodiment, control device of the present invention also comprises: identification module, for identifying the type of electronic display unit; And download module, download the image with electronic display unit type matching.
Further, in a specific embodiment, control device of the present invention also comprises:
Identify display mode module, for identifying whether electronic display unit is in 3D display mode.
Position acquisition module, during for being in 3D display mode when electronic display unit, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
Mixing arrangement stereoscopic parallax image pixel module, for mixing rear arrangement according to a certain percentage to the left-eye view of stereopsis difference image and the image pixel of right-eye view.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.
The control device being controlled electronic display unit by packing box of the present invention, being made user can control electronic display unit according to oneself needing, improve user's experience.
Execution mode six
Embodiment of the present invention six is circuit structures of mechanical structure based on the display unit of above-mentioned execution mode one to three and display unit, propose a kind of method of packing box and electronic display unit interactive controlling, certainly, this interaction control method is not limited to the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit, for the simple distortion done on the basis of the mechanical structure of the display unit described by above-mentioned execution mode one to three and the circuit structure of display unit also in protection scope of the present invention.For keeping the succinct of specification, will no longer the mechanical structure of display unit and the circuit structure of display unit be repeated in following examples.
Embodiment 15
Refer to Figure 37, Figure 37 shows the packing box of embodiments of the invention 15 and the method for electronic display unit interactive controlling.As shown in figure 37, the packing box of embodiments of the invention 15 and electronic display unit realize mutual control method and comprise the following steps:
S300, confirms step, confirms the electrical connection of described packing box and described electronic display unit;
S310, determines master control equipment step, according to the running status of electronic display unit and packing box, determines that one of electronic display unit and packing box are master control equipment, and another determining electronic display unit and packing box is from control appliance; Wherein, running status refers to the application program of electronic display unit and the current operation of packing box, and whether electronic display unit enters resting state, holding state or wake-up states.When electronic display unit is when running some as application such as film, game, music or incoming calls, then determine that packing box is as master control equipment; When electronic display unit is about to enter resting state, holding state or wake-up states, then determine that electronic display unit is master control equipment.
S320, receives control command step, receives the control command that master control equipment sends;
S330, performs step, performs control command from control appliance, namely performs the operation corresponding to control command from control appliance.From control appliance according to the control command received, perform and operate accordingly.
In the control method that realization is in embodiments of the present invention mutual, master control equipment controls completely to from control appliance, simultaneously master control equipment and be not changeless from control appliance, can according to the needs of reality, using one of packing box and electronic display unit as master control equipment, another is as from control appliance.Be convenient for users to operate so further, improve Consumer's Experience.
In a specific embodiment, when electronic display unit is about to enter holding state, now using electronic display unit as master control equipment, before being about to enter into holding state, send a standby command to as from the packing box of control appliance, packing box performs standby operation after receiving this standby command immediately, and packing box and electronic display unit together enter into holding state.
In a specific embodiment, when electronic display unit plays music, now packing box is as master control equipment, and user sends control command by packing box, controls the broadcasting of music, time-out or advance etc.When packing box is as master control equipment, this is identical with the control mode of execution mode five, does not repeat them here.
In a specific embodiment, when electronic display unit is about to enter resting state, now using electronic display unit as master control equipment, before being about to enter into resting state, send a dormancy instruction to as from the packing box of control appliance, packing box performs sleep operation after receiving this dormancy instruction immediately, and packing box and electronic display unit together enter into resting state.
In a specific embodiment, when electronic display unit enters wake-up states from resting state, now using electronic display unit as master control equipment, after electronic display unit wakes up, send one and wake instruction up to as from the packing box of control appliance, packing box receives after this wakes instruction up, and perform wake operation immediately, packing box and electronic display unit together enter into wake-up states.
In addition, in other embodiments, also can will be about to enter the packing box of resting state, holding state or wake-up states as master control equipment, and electronic display unit is as from control appliance.Like this, when packing box enters into resting state, holding state or wake-up states, according to above-mentioned interaction control method of the present invention, electronic display unit also synchronously enters into resting state, holding state or wake-up states.
Further, it is also further comprising the steps that the packing box in embodiment of the present invention six and electronic display unit realize mutual control method:
Step display, packing box shows the image of electronic display unit display.
In addition, in a variant embodiment, before described step display, also comprise image processing step, described electronic display unit image information to display is processed.
Further, can also comprise the following steps between step S330 and step S340:
Laying state determining step, determines the laying state of electronic display unit.Specifically, judge whether electronic display unit is in the laying state of packing box assigned address, when electronic display unit placement is in the laying state of packing box assigned address, the image of the electronic display unit display that packing box shows just can be more complete, just can have better image display effect.Further, when electronic display unit is not placed on the laying state of assigned address, send cue, so that electronic display unit is placed on the laying state of assigned address by reminding user.The mode judging whether to be placed on assigned address has multiple, as adopted multiaxis gyroscope, aspect sensor or utilizing the usb interface module on packing box.Preferably, usb interface module on package selection box, when electronic display unit is placed on packing box, packing box and electronic display unit all in running order under, the usb interface module of electronic display unit and the usb interface module on packing box realize being electrically connected, now, illustrate that electronic display unit is placed on the position of specifying.
Further, based on previous embodiment, in a variant embodiment, the display packing of electronic display unit of the present invention also comprises further:
Identification step, identifies the type of electronic display unit.Here, the type of electronic display unit comprises: mobile communication terminal, flat-panel monitor, PC, game device and the operating system of installing separately.Mainly be installed to after on packing box at electronic display unit, the picture format etc. of dissimilar electronic display unit required by it is had any different, and the display effect of same image on dissimilar electronic display unit also has difference.Such as, be applicable to the picture shown on a mobile communication terminal, when showing on the flat-panel monitor with different operating system, its display effect has difference.
Download step, downloads the image with electronic display unit type matching.Electronic display unit is connected to network by existing wired or wireless mode, as downloaded the image with this electronic display unit type matching from a certain application shop.Such as, when the mobile communication terminal with android operating system is connected to network, automatically search the image of this mobile communication terminal applicable, and download on electronic display unit and show.
Further, based on any embodiment in aforementioned two embodiments, in a variant embodiment, the control method of electronic display unit of the present invention also comprises further:
Identify display mode step, identify whether electronic display unit is 3D display mode; When electronic display unit is not at 3D display mode, then directly enter step S1; When electronic display unit is 3D display mode, further comprising the steps of:
Position acquisition step, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
Mixing arrangement stereoscopic parallax image pixel step, mixes rear arrangement according to a certain percentage to the left-eye view of stereopsis difference image and the image pixel of right-eye view.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.
By above-mentioned interaction control method, user can control electronic display unit according to oneself needing, and improves user's experience.
Correspondingly, the present invention also proposes the interaction control device of the corresponding packing box of a kind of and above-mentioned interaction control method and electronic display unit, and wherein, this packing box holds electronic display unit, and this packing box is for showing the image of electronic display unit display.Refer to Figure 38, Figure 38 shows the structural representation that the packing box of embodiments of the invention 15 and electronic display unit realize mutual control device.Above-mentioned interaction control device comprises:
Confirm module 500, for confirming the electrical connection of described packing box and described electronic display unit.
Determine master control equipment module 510, for the running status according to electronic display unit and packing box, determine that one of electronic display unit and packing box are master control equipment, another determining electronic display unit and packing box is from control appliance; Wherein, running status refers to the application program of electronic display unit and the current operation of packing box, and whether electronic display unit enters resting state, holding state or wake-up states.When electronic display unit is when running some as application such as film, game, music or incoming calls, then determine that packing box is as master control equipment; When electronic display unit is about to enter resting state, holding state or wake-up states, then determine that electronic display unit is master control equipment.
Receive control command module 520, for receiving the control command that master control equipment sends.
Executive Module 530, for performing the control command from control appliance.That is, from control appliance according to the control command received, Executive Module 530 performs corresponding operation.
Further, in a specific embodiment, control device of the present invention also comprises: display module 540, for showing the image of electronic display unit display on packing box.
Further, in a specific embodiment, control device of the present invention also comprises: laying state determination module, determines the laying state of electronic display unit.
Further, in a specific embodiment, control device of the present invention also comprises: identification module, for identifying the type of electronic display unit; And download module, download the image with electronic display unit type matching.
Further, in a specific embodiment, control device of the present invention also comprises:
Identify display mode module, for identifying whether electronic display unit is in 3D display mode.
Position acquisition module, during for being in 3D display mode when electronic display unit, obtains the positional information of beholder; Particularly, utilize the tracking means that packing box is installed, tracing study person also determines the position of observer.
Mixing arrangement stereoscopic parallax image pixel module, for mixing rear arrangement according to a certain percentage to the left-eye view of stereopsis difference image and the image pixel of right-eye view.Particularly, when determining the positional information of beholder, generate relatively last left-eye view according to positional information and there is the current right-eye view that the current left-eye view of motion parallax and relatively last right-eye view have motion parallax, and utilize current left-eye view and current right-eye view to synthesize described stereo-picture.
The packing box of embodiment of the present invention six and the interaction control device of electronic display unit, master control equipment controls completely to from control appliance, simultaneously master control equipment and be not changeless from control appliance, can according to the needs of reality, using one of packing box and electronic display unit as master control equipment, another is as from control appliance.Be convenient for users to operate so further, bring brand-new Consumer's Experience to user.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations, such as, the part relating to method in the present invention can adopt software to realize, and also can be realized by hardware circuit, and this is common simple change to those skilled in the art; And for example, the display packing of above-mentioned electronic display unit, control in the method for electronic display unit and the method for electronic display unit and packing box interactive controlling by packing box, change the sequencing etc. of step, this is also common simple change to those skilled in the art.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. the display packing of an electronic display unit, for showing the image of electronic display unit on packing box, described electronic display unit has display surface, it is characterized in that, described packing box comprises accommodating structure, supporting construction, Transflective component and syndeton, described electronic display unit is contained in described accommodating structure, described Transflective component comprises link and the free end relative with this link, and described Transflective component also comprises first surface and relative with this first surface second, the first surface of described Transflective component is towards the display surface of described electronic display unit, described supporting construction supports described accommodating structure, the link of described Transflective component is connected with described supporting construction by described syndeton, and form the angle being less than 90 ° between described display surface and the first surface of described Transflective component during display, described display packing comprises the following steps:
Confirm step, confirm the electrical connection of packing box and electronic display unit;
Image processing step, processes described electronic display unit image information to display;
Step display, described packing box shows the image of described electronic display unit display.
2. display packing as claimed in claim 1, it is characterized in that, described image processing step comprises further:
Image Reversal treatment step, carries out turning operation to image to display.
3. display packing as claimed in claim 2, it is characterized in that, described Image Reversal treatment step comprises further:
Image semantic classification sub-step, carries out preliminary treatment to image information;
Image pixel resets sub-step, rearranges the pixel of the picture after Image semantic classification.
4. display packing as claimed in claim 2, it is characterized in that, described image processing step comprises further:
Brightness/contrast regulating step, according to the shading value of described packing box surrounding environment, regulates described electronic display unit will show the brightness/contrast of image, and/or regulates the Gamma value of described electronic display unit.
5. display packing as claimed in claim 1, it is characterized in that, described display packing is further comprising the steps of between described confirmation step and described image processing step:
Electronic display unit laying state determining step, determines the laying state of electronic display unit.
6. display packing as claimed in claim 1, it is characterized in that, described display packing is further comprising the steps of between described confirmation step and described image processing step:
Identify the type of electronic display unit;
Download the image with electronic display unit type matching.
7. display packing as claimed in claim 1, it is characterized in that, described display packing is further comprising the steps of between described confirmation step and described image processing step:
Judge whether electronic display unit is 3D display mode; When described electronic display unit is not at 3D display mode, then directly enter described image processing step; When electronic display unit is 3D display mode, further comprising the steps of:
Obtain the positional information of beholder;
Mixing arrangement stereoscopic parallax image pixel step, mixes rear arrangement according to a certain percentage to the left-eye view of stereopsis difference image and the image pixel of right-eye view.
8. display packing as claimed in claim 1, it is characterized in that, described display packing is further comprising the steps of after described image processing step:
Packing box shows the control information of electronic display unit;
Packing box sends control information electronic display unit.
9. display packing as claimed in claim 1, it is characterized in that, described electronic display unit is bore hole formula stereoscopic display device or eyeglass stereoscopic display device.
10. the display packing as described in claim 1 or 9, is characterized in that, described electronic display unit is mobile communication terminal, flat panel display equipment, game device or PC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510098256.5A CN104935917B (en) | 2014-03-20 | 2014-03-20 | Display method of electronic display device |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510098256.5A CN104935917B (en) | 2014-03-20 | 2014-03-20 | Display method of electronic display device |
| CN201410106608.2A CN103888755B (en) | 2014-03-20 | 2014-03-20 | Display method of electronic display device |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410106608.2A Division CN103888755B (en) | 2014-03-20 | 2014-03-20 | Display method of electronic display device |
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| CN104935917A true CN104935917A (en) | 2015-09-23 |
| CN104935917B CN104935917B (en) | 2017-04-19 |
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| CN201410106608.2A Expired - Fee Related CN103888755B (en) | 2014-03-20 | 2014-03-20 | Display method of electronic display device |
| CN201510097461.XA Expired - Fee Related CN104935916B (en) | 2014-03-20 | 2014-03-20 | Display device |
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| CN201510097461.XA Expired - Fee Related CN104935916B (en) | 2014-03-20 | 2014-03-20 | Display device |
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| JP2019091309A (en) * | 2017-11-15 | 2019-06-13 | 富士通コンポーネント株式会社 | Film and input device |
| CN211506059U (en) * | 2019-08-28 | 2020-09-15 | 北京市商汤科技开发有限公司 | Stereoscopic display device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN103888755A (en) | 2014-06-25 |
| CN103888755B (en) | 2015-04-08 |
| CN104935916A (en) | 2015-09-23 |
| CN104935917B (en) | 2017-04-19 |
| CN104935916B (en) | 2017-03-01 |
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