CN201805478U - Broadband network mobile phone capable of obtaining three-dimensional images - Google Patents
Broadband network mobile phone capable of obtaining three-dimensional images Download PDFInfo
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- CN201805478U CN201805478U CN2010205540821U CN201020554082U CN201805478U CN 201805478 U CN201805478 U CN 201805478U CN 2010205540821 U CN2010205540821 U CN 2010205540821U CN 201020554082 U CN201020554082 U CN 201020554082U CN 201805478 U CN201805478 U CN 201805478U
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- 230000000694 effects Effects 0.000 abstract description 16
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- 239000011521 glass Substances 0.000 description 20
- 239000004744 fabric Substances 0.000 description 15
- 230000000295 complement effect Effects 0.000 description 11
- 239000004973 liquid crystal related substance Substances 0.000 description 7
- 238000005516 engineering process Methods 0.000 description 5
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- 238000003384 imaging method Methods 0.000 description 2
- 230000010354 integration Effects 0.000 description 2
- 230000002452 interceptive effect Effects 0.000 description 2
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Abstract
The utility model relates to a broadband network mobile phone capable of acquiring three-dimensional images, the mobile phone comprises at least two image sensors arranged on the same side of a housing of the mobile phone, the image sensors are arranged on the housing at the maximum distance of the structure of the mobile phone, and the image sensors can move along the direction of a connecting line and rotate within a certain angle. The utility model simultaneously relates to a method of the broadband network mobile phone capable of acquiring the three-dimensional images, which mainly comprises the following steps: carrying out shooting and processing on an object at the same viewpoint from two different angles and different viewpoints, generating the effect of utilizing a plurality of the image sensors of the mobile phone to acquire the three-dimensional images at any time, sending acquired three-dimensional image data to the designated object and displaying through a display screen of a three-dimensional image device, so that the broadband network mobile phone can not only truly reproduce scenes and portraits, but also carry out more vivid and direct popularization on enterprise images, products and the like.
Description
Technical field
The present invention is based on a kind of mobile phone in broadband, and particularly a kind of have a mobile phone that obtains the 3-D view function.
Background technology
Along with society and development of technology, mechanics of communication and application mode also more and more adapt to user's demand, network and mobile phone have entered into the every aspect of life, particularly along with the propelling and the application in broadband network and broadband, the particularly integration of three networks, it is telecommunications industry, the integration of computer industry and wired tv industry, based on such basis, the impression that brings to the user also differs widely, for example, common people's available television remote controller is made a phone call, and sees TV play on mobile phone, select network and terminal with need, as long as draw a line, or wireless access is promptly finished communication, TV, online etc.In addition, have very extensive that the mobile phone of camera used, and can be popularized in the larger context, for now, camera is set on mobile phone also only is aspect the picked-up of using portrait and scenery, also do not open up the purposes or the application of other renewal.
Simultaneously, we also can learn, the mobile phone photography is general, and the image that common mobile phone is taken lacks stereovision, no matter be traditional camera work or modern numeral taking photo technology, the image that is obtained is a plane picture, lack level, can not comprehensively reflect the objective reality of actual object, and 3-D technology can improve in this regard and improve, obtained improving fast and developing in recent years, particularly reach a climax along with the last shadow of film A Fanda, therefore, how in the network that 3-D technology is used, be a developing direction in conjunction with application particularly, particularly solve problem not enough in the prior art field with the broadband mobile phone.
Summary of the invention
Purpose of the present invention is exactly in order to overcome the above problems, and a kind of network mobile phone that can obtain 3-D view is provided, and the image that is obtained can be sent to the object or the network data base of appointment by network.
The present invention realizes by such method and apparatus:
A kind of broadband network mobile phone that obtains 3-D view, this mobile phone has imageing sensor: have two imageing sensors at least, and be arranged on the homonymy of handset shell.
Further, described imageing sensor is on same horizontal line, or on the equivalent same horizontal line.
Further, described imageing sensor is arranged on the housing of handset structure ultimate range.
Further, described imageing sensor can be movable.
Further, described imageing sensor is to move along transducer line direction.
Further, described imageing sensor can rotate in certain angle.
In addition, also has a kind of method of obtaining the broadband network mobile phone of 3-D view, comprise shooting mobile phone, special-purpose software, take with the mobile phone that has two imageing sensors at least, before shooting, choose viewpoint and visual angle, respectively from two different angles, different points of view is taken the object of same viewpoint, so just can obtain the image of same object two width of cloth different angles, the image of these two width of cloth different angles is handled accordingly by special-purpose software, software processes mainly is that the same area with two width of cloth images aligns, and shows the image that the left and right sides is different in turn on screen.
Further, when the above-mentioned image that takes turns to show is observed, the glasses of being worn are a kind of liquid crystal light valve glasses, its two eyeglasses are independently, can carry out opening and closing respectively in the different time, when the liquid crystal light valve eyes are opened, present transparent state, when the liquid crystal light valve eyes were closed, what present was dark state.
Further, special-purpose software or machine video card can produce a synchronizing signal and offer the observation glasses, can reach corresponding observation glasses by various output interfaces, connecting line or wireless signal.
Further, when the above-mentioned different images that obtains is observed, earlier respectively left and right sides image being carried out colour filter and handle, is a kind of red green mirror of the shape that is translucent and observe glasses, and two kinds of colors complementary color each other.
The present invention has following advantage and effect:
This network mobile phone that can obtain 3-D view, can utilize the camera of self to obtain 3-D view at any time, and can be sent to appointed object, or the database on the network, and show by three-dimensional display apparatus, not only can true reappearance scenery and portrait, also can do more lively and direct promotional for corporate image, product etc.
Description of drawings
Fig. 1 is the three-dimensional imaging principle schematic of the broadband network mobile phone that obtains 3-D view proposed by the invention;
Fig. 2 is the broadband network mobile phone Facad structure schematic diagram that obtains 3-D view proposed by the invention;
Fig. 3 is the broadband network mobile phone structure schematic diagram that obtains 3-D view proposed by the invention;
Fig. 4 is the user mode schematic diagram of the broadband network mobile phone that obtains 3-D view proposed by the invention;
Illustrate among the figure:
The 1-mobile phone body is called for short mobile phone
2-first imageing sensor is equal to camera
3-second imageing sensor
The 4-rangefinder
Embodiment
Below in conjunction with accompanying drawing system and method for the present invention is further detailed.
For realizing purpose of the present invention, mainly be to use mobile phone to obtain 3-D view, therefore, the relative points explanation in this elder generation with 3-D view.
The basic principle of simple explanation three-dimensional imaging once here, people's eyes are when watching attentively object, because the distance between left eye and the pupil of right eye, this distance is approximately 5cm, left eye and right eye will produce the image of the identical viewpoint of different visual angles to an object (same viewpoint in other words conj.or perhaps), these two different visual image signals, the acceptance of process brain and processing have just formed the 3D vision effect of a three-dimensional, just we the image of the actual object of seeing, so, form the effect of the image of a three-dimensional, will allow two eyes receive the image of the identical viewpoint of different visual angles of object simultaneously.The related basic principle of this invention also is like this, the taken same viewpoint of imageing sensor, two width of cloth images of different angles in the mobile phone 1, the imageing sensor here comprises first imageing sensor 2 and second imageing sensor 3, as long as the angle of selecting is suitable, these two imageing sensors just are equivalent to two being seen effects of eyes of people, as shown in Figure 1.
Directly two width of cloth images by the same object that mobile phone obtained also are not to observe directly three-dimensional image, also to can obtain 3-D view true to nature through handling, also preserve through transferring to computer by the image that above-mentioned mobile phone obtained, as JPG, BMP, GIF or other picture format, see that 3-D view also will observe through the processing of software and with special glasses, here software is done an explanation, be with the supporting software of mobile phone be a kind of image processing software, be to be used for handling the image that the present invention obtains specially, because be captured at twice image; between the two Bi images error is arranged certainly, the center viewpoint can not be in a fixing zone, so software processes mainly is that two width of cloth image same area are aligned, the correspondence position of the image that obtained for twice is aligned, like this, just can obtain corresponding three-dimensional image effect by the processing of back.We know, the image of the identical viewpoint of different visual angles of the same object that is obtained in front, also must send into corresponding right and left eyes respectively and not disturb the reproduction that just can realize 3-D view mutually, for example, to send into left eye to the image that is obtained for the first time, the image that is obtained is for the second time sent into right eye, and left eye and right eye mutual interference and keep separately image mutually, so just can realize the reproduction of 3-D view, in the present invention, realization is sent into the image of left and right sides respectively in the eyes of the left and right sides and is gone, two kinds of methods can have been adopted respectively, a kind of is the complementary color method, another kind is mutual method, the basic principle of complementary color method is, by software the image that is obtained being added colour filter handles, respectively in addition different Transparent color, and two Transparent color are complementary color each other, for example on the image in the left side that is obtained for the first time, add red Transparent color, on the image right that is obtained for the second time, add the green transparent look, and two width of cloth image alignments are stacked up, so, when the observer goes to observe image with the transparent glasses of corresponding color respectively again, just can see different effects, this method is simple but can turn pale, such as go to observe with red transparent glasses, just be merely able to see the picture signal in left side substantially, if when going to observe with the glasses of green transparent, just be merely able to see the picture signal on right side basically, if we added two width of cloth image overlay of crossing colour filter above being incited somebody to action by software, initial point correspondence during stack, and with corresponding left side is red transparent, and the right side is the coloured spectacles of green transparent when going to observe, because left eye is only to see the image of the object that is obtained for the first time, right eye is only to see the image that is obtained for the second time, here just formed the sensation of a 3-D view, feeling that just color is abundant inadequately, is can lose some color generation because cross goggles with color filter here.Here related glasses are special both sides observation glasses of complementary color each other.
Except above-mentioned complementary color method and coloured spectacles, can also realize with another method, can make effect more true to nature.Learn by general knowledge, people's eyes have a characteristic, be exactly " persistence of vision ", for the visual signal of being seen, even blackout, in people's eyes, also can retain the time of about 1/12nd to ten sixth second, if the image of taking was continuously play with the proper speed time, promptly can form the continuous effect of picture, film is just based on this principle, can utilize this characteristics fully, if the image that is obtained the same viewpoint of same object different visual angles by mobile phone is shown, the image that shows a side wherein earlier, deliver in the eyes of a corresponding side, and shelter from the eyes of an other side, in the time that does not also have to disappear in visual persistence effect, time was less than one of 16 seconds, closing this width of cloth image shows, and then the image that shows opposite side, current only to allow the eyes of opposite side see this width of cloth image, allowing the eyes of a side noted earlier be blocked becomes and can not see, this has in fact accomplished to allow the eyes of homonymy not see the image at respective side visual angle, so just can form the sensation of 3-D view, for example, that is to say, can be in a time cycle, can on display screen, show earlier by the image that obtains the same viewpoint in visual angle, left side for the first time, the demonstration time can be set at about demonstration sixtieth second, a refresh cycle that just is equivalent to general computer monitor, in this time period, right eye is blocked, only allow observer's left eye see the image that this shows, second sixtieth second, demonstration is by the image that is obtained for the second time, it also is the preceding piece image same position that is presented on the screen, the length of demonstration time is the same with the last width of cloth, it also is sixtieth second, in this time period, observer's left eye is blocked, only to allow observer's right eye see the image that this shows, because the effect of the persistence of vision, though in fact observer's left eye does not see any image in this time period, but still can feel to have the signal of image to exist, and right eye also can be observed by the picture signal of being obtained for the second time that shows on screen, spent this time period, promptly enter the 3rd sixtieth of next cycle second, the image that shows the left side again, close the glasses on right side, promptly repeat above-mentioned process again repeatedly, observer's right eye will be blocked, but because the effect of the persistence of vision, still can feel picture signal, so continuous repetition, so what observer's right and left eyes was accepted respectively is the picture signal of the same viewpoint in corresponding visual angle, do not produce mutually yet and disturb, be continuous on visual sense feeling, formed the stereo-picture of lively 3-D effect, when software carries out the image transitions demonstration, machine video card or can produce a synchronizing signal simultaneously by software, this provide to supporting being used for specially observe the image observation glasses.
The related here observation glasses that are used for blocking respectively right and left eyes, what adopted in the present embodiment is the liquid crystal light valve glasses, its two eyeglasses are independently, can carry out opening and closing respectively in the different time, when the liquid crystal light valve eyes are opened, present transparent state, when the liquid crystal light valve eyes are closed, what present is dark state, and when the left side eyeglass open and the time, the eyeglass on right side is closed, equally, when the right side eyeglass is opened, the left side eyeglass is closed, like this, in software in the image transitions, or in the specific time, can provide a switching signal by software, also can provide a synchronizing signal by machine, reach this glasses by connecting line or wireless signal without any other additional integrated circuit board, connecting line can be USB here, standard interfaces such as PS/2, connecting line also can the audio output signal line, the wireless signal mode can be an infrared mode, can be the RF mode also, finish corresponding automatic switching, promptly when display screen show be the picture signal of the same viewpoint in visual angle, left side the time, open the eyeglass in left side simultaneously, and the eyeglass on right side closed, when display screen show be the picture signal of the same viewpoint in visual angle, right side the time, open the eyeglass on right side, and the eyeglass in left side closed simultaneously, so constantly repeat, just can form complete sum continuous images signal, because eye storage characteristic, the observer just can observe lively real 3-D view, and without any color lose.
The basic procedure of this invention is: at first choose the object that will take, select, adjust the viewpoint position of the left and right sides, press the shutter of mobile phone then, the image of the same viewpoint of picked-up object left and right sides different visual angles, two width of cloth images with the same viewpoint of different visual angles of the same object that obtained are transferred to computer then, at computer or television, and on other stereo-picture player screen, can adopt in the special-purpose software interface and can select the different modes of watching, a kind of is interactive, a kind of is the complementary color formula, wherein interactive mode is that the cycle shows in turn fast on screen for the image of the identical viewpoint of two width of cloth different visual angles that will be obtained, can produce signal by the machine video card, also can all can produce a same synchronizing signal by software, be transferred to corresponding liquid crystal glasses, the eyeglass of glasses is under the effect of synchronizing signal, the corresponding shown image of left and right sides eyeglass takes turns opening and closing, like this, when display screen show be the image of the same viewpoint in visual angle, left side the time, observer's left eye just can be seen the image of the same viewpoint in object visual angle, left side, and right eye has been blocked, when display screen show be the image of the same viewpoint in visual angle, right side the time, observer's the image that can just can see the same viewpoint in visual angle, object right side, and simultaneously left eye is blocked and has leant on, this is the quick conversion of carrying out in the effective time of the persistence of vision, has promptly formed the sensation of 3-D view in observer's sensation.The another kind of mode that obtains 3-D view is the complementary color formula, after in player screen, obtaining the image of the same viewpoint of same object different visual angles, the special-purpose software important plan looks like to add colour filter to be handled, promptly two width of cloth images to the same viewpoint of different visual angles increase the Transparent color processing, the left and right sides is added different Transparent color respectively, and complementary color each other, again on the screen that two width of cloth image overlay are got up to show, the observer wears the glasses with add complementary color corresponding color, the image that comes observation post to show, because two eyeglasses are complementary color each other, observer's left eye and right eye are merely able to see a corresponding left side respectively, the image on right side be can't see the image of opposite side substantially, watches the sensation that promptly can form 3-D view like this, just color is incomplete, and the user can select different view modes and glasses to observe 3-D view.
Except above-mentioned method and apparatus, the device that still obtains 3-D view of most critical, in an embodiment of the present invention, this device is exactly a kind of mobile phone that has at least two imageing sensors, shown in Fig. 2,3,4.
In particular, this mobile phone 1 has imageing sensor, has two imageing sensors at least, i.e. first imageing sensor 2 and second imageing sensor 3, for obtaining complete image, first imageing sensor 2 and second imageing sensor 3 need be arranged on the homonymy of handset shell.
In an embodiment, be arranged on the housing of handset structure ultimate range, i.e. two terminations up and down, as shown in Figure 3, Figure 4, wherein Fig. 3 is perpendicular configuration state, Fig. 4 is horizontal state.
Can learn that in aforementioned distance between two imageing sensors directly influences or limited the scope of taking, take at a distance if desired, need to strengthen the distance between two imageing sensors; Simultaneously, take closely if desired, need reduce two distances between the imageing sensor; Therefore, in order to obtain better to take performance, obtain bigger visual angle, in particular for taking farther or nearer object, described imageing sensor can be movable, this activity promptly is that imageing sensor is to move along horizontal direction, just at least first imageing sensor 2 and second imageing sensor 3 one of them, can on the line direction of first imageing sensor 2 and second imageing sensor 3, move, when taking closely, the distance between first imageing sensor 2 and second imageing sensor 3 need further; Otherwise, the distance between need zooming out.In addition, can also make first imageing sensor 2 and second imageing sensor 3 at least one or two, can in certain angle, rotate, as this situation is just arranged in the accompanying drawing 1, for near excessively shooting distance, just need further distance between first imageing sensor 2 and second imageing sensor 3, and its angle done certain adjustment, promptly inboard the rotation.
Except that above-mentioned, when taking, obtain distinct image for convenience, rangefinder 4 can be set, shown in accompanying drawing 3,4, this type of rangefinder can be an infrared range-measurement system, also can be based on the laser class principle.
Above-mentioned method can make ordinary consumer use regular handset just can easily obtain and watch three-dimensional 3-D view true to nature, and equipment is simple, and is easy to operate, and 3-D effect is strong.
Like this, based on above-mentioned scheme, the present invention has following advantage and effect: utilize a plurality of imageing sensors of self to obtain 3-D view at any time, and the 3 d image data that is obtained is sent to appointed object, this object can be the cellphone subscriber, or the database on the network, or 3-D view playing device, and show by the display screen of three-dimensional image apparatus, not only can true reappearance scenery and portrait, also can do more lively and direct promotional for corporate image, product etc.
Though a preferred embodiment of the present invention only has been described here, its meaning be not limit the scope of the invention, applicability and configuration.On the contrary, the detailed description to embodiment can make those skilled in the art be implemented.Will be understood that not departing under the definite spirit and scope of the invention situation of appended claims, can make suitable change and modification some details.
Claims (9)
1. broadband network mobile phone that obtains 3-D view, this mobile phone has imageing sensor, it is characterized in that: have two imageing sensors at least, and be arranged on the homonymy of handset shell.
2. the broadband network mobile phone that obtains 3-D view as claimed in claim 1 is characterized in that: described imageing sensor is on same horizontal line, or on the equivalent same horizontal line.
3. the broadband network mobile phone that obtains 3-D view as claimed in claim 1, it is characterized in that: described imageing sensor is arranged on the housing of handset structure ultimate range.
4. the broadband network mobile phone that obtains 3-D view as claimed in claim 1 is characterized in that: described imageing sensor can be movable.
5. the broadband network mobile phone that obtains 3-D view as claimed in claim 4 is characterized in that: described imageing sensor is to move along imageing sensor line direction.
6. the broadband network mobile phone that obtains 3-D view as claimed in claim 4, it is characterized in that: described imageing sensor can rotate in certain angle.
7. the broadband network mobile phone that obtains 3-D view as claimed in claim 1 is characterized in that: have rangefinder.
8. the broadband network mobile phone that obtains 3-D view as claimed in claim 7, it is characterized in that: rangefinder is based on the infrared ray principle.
9. the broadband network mobile phone that obtains 3-D view as claimed in claim 7, it is characterized in that: rangefinder is based on Principles of Laser.
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| CN2010205540821U CN201805478U (en) | 2010-10-09 | 2010-10-09 | Broadband network mobile phone capable of obtaining three-dimensional images |
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| CN2010205540821U CN201805478U (en) | 2010-10-09 | 2010-10-09 | Broadband network mobile phone capable of obtaining three-dimensional images |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101990035A (en) * | 2010-10-09 | 2011-03-23 | 辜进荣 | Broadband network mobile phone for acquisition of three-dimensional images |
| CN105759556A (en) * | 2016-04-08 | 2016-07-13 | 凯美斯三维立体影像（惠州）有限公司 | Mobile phone having three-dimensional image shooting function |
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2010
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101990035A (en) * | 2010-10-09 | 2011-03-23 | 辜进荣 | Broadband network mobile phone for acquisition of three-dimensional images |
| CN105759556A (en) * | 2016-04-08 | 2016-07-13 | 凯美斯三维立体影像（惠州）有限公司 | Mobile phone having three-dimensional image shooting function |
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