CN202488611U - Signal processing circuit of mobile equipment and mobile equipment - Google Patents
Signal processing circuit of mobile equipment and mobile equipment Download PDFInfo
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- CN202488611U CN202488611U CN201220133523XU CN201220133523U CN202488611U CN 202488611 U CN202488611 U CN 202488611U CN 201220133523X U CN201220133523X U CN 201220133523XU CN 201220133523 U CN201220133523 U CN 201220133523U CN 202488611 U CN202488611 U CN 202488611U
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Abstract
The utility model provides a signal processing circuit of mobile equipment and mobile equipment. The signal processing circuit provided by the utility model can alternately display human images in images picked up by a front camera and images containing landscape contents picked up by a rear camera on a display screen at a preset frame rate when performing shooting preview, so that the positions of the human images in the landscape contents can be displayed on the display screen for the adjustment of the user; and the signal processing circuit can also synthesize the human images in the images picked up by the front camera and the images containing the landscape contents picked up by the rear camera when the shooting operation is ended, thus obtaining images simultaneously containing the human images and the landscape contents. Therefore, the characteristics that the images picked up by the front camera are easily previewed by the mobile equipment user and the images picked up by the rear camera have high resolution are combined to overcome the limit of the shooting function of the conventional mobile equipment.
Description
Technical field
The utility model relates to the mobile device technology, particularly is applicable to the signal processing circuit of a kind of mobile device that dual camera disposes and has a kind of mobile device that this signal processing circuit is arranged.
Background technology
Along with the continuous development of mobile device technology, the dual camera mobile device (for example mobile phone etc.) with preposition camera and rearmounted camera is used more and more widely.
Wherein, be located on the positive preposition camera of mobile device with display screen and be usually used in autodyning or gathering portrait during video session at mobile device user, therefore, preposition camera has lower image resolution ratio usually; And the rearmounted camera that is positioned at the mobile device back side is usually used in mobile device user is taken the view content, and therefore, rearmounted camera has higher image resolution ratio usually.
Yet, when mobile device user solely in certain view, and hope to photograph the landscape map that comprises its portrait as the time because the image resolution ratio of preposition camera is not high, thereby use preposition camera to be difficult to photograph enough view content clearly; Though and the image resolution ratio of rearmounted camera is higher; But because rearmounted camera is positioned at the mobile device back side; Thereby the combination that comprises its portrait and view content that when taking, can't will take to institute through the positive display screen preview of mobile device, thereby cause shooting to be difficult to realization.
It is thus clear that the shoot function of mobile device has received the image that the low and rearmounted camera of image resolution ratio that preposition camera takes takes and has been difficult for by the restriction of preview in the prior art.
The utility model content
In view of this, the utility model provides a kind of signal processing circuit and a kind of mobile device of mobile device.
The signal processing circuit of a kind of mobile device that the utility model provides, said mobile device have preposition camera and rearmounted camera, and said signal processing circuit comprises a switch and a processor;
Said switch has two-way input interface and one road output interface; Wherein, one tunnel said input interface receives first image, the said input interface in another road that said preposition camera produces and receives second image that said rearmounted camera produces; The said input interface of said output interface and two-way is selected a ground conducting;
Said processor has a control interface, a camera interface, a display interface; Wherein:
Said control interface output one switching signal is to said switch, in order to control the said input interface of said output interface and two-way with the predetermined frame rate alternate conduction;
Said camera interface receives said first image and said second image that said output interface is alternately exported with predetermined frame rate;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
Preferably, said control interface further with said switching signal export said preposition camera and said rearmounted camera to, in order to the conducting state of controlling said preposition camera and said rearmounted camera and said switch accordingly with the predetermined frame rate alternation.
Preferably; Said processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
Preferably, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
The signal processing circuit of the another kind of mobile device that the utility model provides, said mobile device have preposition camera and rearmounted camera, and said signal processing circuit comprises the first processor and second processor;
Said first processor has one first camera interface and one first EBI; Wherein, said first camera interface receives first image that said preposition camera produces; Said first EBI is exported the portrait in said first image or said first image;
Said second processor has one second EBI, one second camera interface, a display interface; Wherein:
Said second EBI receives said first image of said first EBI output or the portrait in said first image;
Said second camera interface receives second image that said rearmounted camera produces;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
Preferably; Said second processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
Preferably, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
The signal processing circuit of another mobile device that the utility model provides; Said mobile device has preposition camera and rearmounted camera; Said signal processing circuit comprises a processor, and said processor has one first camera interface, one second camera interface, a display interface; Wherein:
Said first camera interface receives first image that said preposition camera produces;
Said second camera interface receives second image that said rearmounted camera produces;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
Preferably; Said processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
Preferably, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
A kind of mobile device that the utility model provides comprises preposition camera and rearmounted camera, also comprises aforesaid any one signal processing circuit.
As above visible, the signal processing circuit that the utility model provided can make mobile device launch preposition camera simultaneously and rearmounted camera is taken pictures; When taking pictures preview; Second image that includes the view content that portrait in first image that preposition camera photographs and rearmounted camera photograph can alternately be delivered to display screen and show with predetermined frame per second, thereby makes and can demonstrate the position of portrait in the view content in the display screen, adjust for mobile device user; And when taking pictures completion, the portrait in first image that preposition camera photographs can be synthetic with second image that includes the view content that rearmounted camera photographs, thereby included the composograph of portrait and view content simultaneously.
This shows; The utility model is easy to image that mobile device user preview and rearmounted camera take through the image that preposition camera is taken to have high-resolution characteristics and combines, and can overcome the suffered restriction of the shoot function of mobile device in the prior art.
Description of drawings
Fig. 1 is the structural representation of the signal processing circuit among the utility model embodiment one;
Fig. 2 is the structural representation of the signal processing circuit among the utility model embodiment two;
Fig. 3 is the structural representation of the signal processing circuit among the utility model embodiment three.
Embodiment
For the purpose, technical scheme and the advantage that make the utility model is clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, to the utility model further explain.
Embodiment one
Fig. 1 is the structural representation of the signal processing circuit among the utility model embodiment one.The mobile device that signal processing circuit 10 among the utility model embodiment one as shown in Figure 1 is suitable for has preposition camera CAMERA1 and rearmounted camera CAMERA2, and this signal processing circuit 10 comprises a switch S and a processor A P1.Wherein, processor A P1 can any one has the chip of logical process ability for for example DSP (Digital Signal Processing, Digital Signal Processing) chip etc., and this paper enumerates no longer one by one.
Referring to Fig. 1, switch S has two-way input interface S_I1 and S_I2 and one road output interface S_O.Wherein:
One road input interface S_I1 of switch S connects preposition camera CAMERA1 and is used to receive the image P1 that possibly comprise portrait P1 ' that preposition camera CAMERA1 produces;
Another road input interface S_I2 of switch S connects rearmounted camera CAMERA2 and is used to receive the image P2 that possibly comprise the view content that rearmounted camera CAMERA2 produces;
The output interface S_O of switch S can select a ground conducting with two-way input interface S_I1 and S_I2.
Referring to Fig. 1, processor A P1 has a control interface AP1_S, a camera interface AP1_C, a display interface AP1_D again.Wherein:
The control interface AP1_S of processor A P1 can produce output one and switch signal to switch; In order to the output interface S_O of control switch S and two-way input interface S_I1 and S_I2 with the predetermined frame rate alternate conduction, thereby make output interface S_O alternately to export the image P2 that image P1 that preposition camera CAMERA1 produces and rearmounted camera CAMERA2 produce with predetermined frame rate; Preferably, this switching signal also may be output to preposition camera CAMERA1 and rearmounted camera CAMERA2, in order to the conducting state of controlling preposition camera CAMERA1 and rearmounted camera CAMERA2 and switch S accordingly with the predetermined frame rate alternation.
In the practical application, this control interface AP1_S can be I for example
2C (Inter-Integrated Circuit) waits any one to have the EBI of controlled function, and this paper enumerates no longer one by one.
The camera interface AP1_C of processor A P1 can receive image P1 and the image P2 that output interface S_O alternately exports with predetermined frame rate; When receiving image P1, processor A P1 can extract the portrait P1 ' among the image P1.
In the practical application, camera interface AP1_C can be that for example MIPI (Mobile Industry Processor Interface moves the industry processor interface) waits any one serial line interface or any one parallel interface, and this paper enumerates no longer one by one.
The display interface AP1_D of processor A P1 can show the portrait P1 ' among the image P1 and image P2 (when the shooting preview) with the display screen of predetermined frame rate Alternating Transportation to mobile device and the display screen that the composograph P0 of the portrait P1 ' among the image P1 and image P2 is delivered to mobile device shown (taking when accomplishing).
In the practical application; Mobile device perhaps has the mode that keyboard or its display screen adopt touch-screen; So, processor A P1 can or adopt the preview signal of taking pictures of the display screen generation of touch-sensitive display to identify current whether be in shooting preview or shooting completion with the shutter signal of taking pictures according to keyboard.Correspondingly; AP1 can further have signaling interface AP1_I; This signaling interface AP1_I can receive the preview signal of taking pictures, replace portrait P1 ' and image P2 among the output image P1 in order to trigger display interface AP1_D with predetermined frame rate, and this signaling interface AP1_I also can receive the shutter signal of taking pictures, export composograph P0 in order to trigger display interface AP1_D.
In addition, if having storage medium in the mobile device, then the composograph P0 of display interface AP1_D output can also further be delivered in this storage medium of mobile device and store.
As above visible, the signal processing circuit 10 that present embodiment provides can make mobile device launch preposition camera CAMERA1 simultaneously and rearmounted camera CAMERA2 takes pictures; When taking pictures preview; The image P2 that includes the view content that portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs and rearmounted camera CAMERA2 photograph can alternately be delivered to display screen and show with predetermined frame per second, thereby makes and can demonstrate the position of portrait P1 ' in the view content in the display screen, adjust for mobile device user; And when taking pictures completion, the portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs can be synthetic with the image P2 that includes the view content that rearmounted camera photographs, thereby included the composograph P0 of portrait P1 ' and view content simultaneously.
And; Present embodiment comes auxiliary processor AP1 alternately to receive image P1 and the rearmounted camera CAMERA2 image P2 of preposition camera CAMERA1 by means of a switch S 1, launches when making the processor A P1 that only has a camera interface AP1_C also can support preposition camera CAMERA1 and rearmounted camera CAMERA2.
Embodiment two
Fig. 2 is the structural representation of the signal processing circuit among the utility model embodiment two.The mobile device that signal processing circuit 20 among the utility model embodiment two as shown in Figure 2 is suitable for has preposition camera CAMERA1 and rearmounted camera CAMERA2, and this signal processing circuit 20 comprises a processor CP and a processor A P2.Wherein, processor CP and processor A P2 can any one has the chip of logical process ability for for example dsp chip etc., and this paper enumerates no longer one by one; And the performance of processor CP can be lower than processor A P2.
Referring to Fig. 2, processor CP has a camera interface CP_C and an EBI CP_B.Wherein:
The camera interface CP_C of processor CP connects preposition camera CAMERA1 and is used to receive the image P1 that possibly comprise portrait P1 ' that preposition camera CAMERA1 produces.
The image P1 that the exportable camera interface CP_C of the EBI CP_B of processor CP receives; Perhaps; If processor CP has enough abilities; Then can from the image P1 that camera interface CP_C receives, extract portrait P1 '; Correspondingly, the EBI CP_B of processor CP is the portrait P1 ' (only showing the situation of the EBI CP_B output image P1 of processor CP among Fig. 2) among the image P1 that receives of exportable camera interface CP_C.
Referring to Fig. 2, processor A P2 has an EBI AP2_B, a camera interface AP2_C, a display interface AP2_D again.Wherein:
The EBI CP_B of the EBI AP2_B connection processing device CP of processor A P2 also is used for image P1 or the portrait P1 ' of image P1 of the EBI CP_B output of receiving processor CP; If processor CP does not extract portrait P1 ' from image P1, then processor A P2 can extract the portrait P1 ' among the image P1 after receiving image P1.Wherein, the EBI AP2_B of processor A P2 and the EBI CP_B of processor CP can be the interfaces that each other any one of coupling can transmit image data, and this paper enumerates no longer one by one.
The camera interface AP2_C of processor A P2 connects rearmounted camera CAMERA2 and is used to receive the image P2 that possibly comprise the view content that rearmounted camera CAMERA2 produces.
The display interface AP2_D of processor A P2 can show the portrait P1 ' among the image P1 and image P2 (when the shooting preview) with the display screen of predetermined frame rate Alternating Transportation to mobile device and the display screen that the composograph P0 of the portrait P1 ' among the image P1 and image P2 is delivered to mobile device shown (taking when accomplishing).
In the practical application; Mobile device perhaps has the mode that keyboard or its display screen adopt touch-screen; So, processor A P2 can or adopt the preview signal of taking pictures of the display screen generation of touch-sensitive display to identify current whether be in shooting preview or shooting completion with the shutter signal of taking pictures according to keyboard.Correspondingly; AP2 can further have signaling interface AP2_I; This signaling interface AP2_I can receive the preview signal of taking pictures, replace portrait P1 ' and image P2 among the output image P1 in order to trigger display interface AP2_D with predetermined frame rate, and this signaling interface AP2_I also can receive the shutter signal of taking pictures, export composograph P0 in order to trigger display interface AP2_D.
In addition, if having storage medium in the mobile device, then the composograph P0 of display interface AP2_D output can also further be delivered in this storage medium of mobile device and store.
As above visible, the signal processing circuit 20 that present embodiment provides can make mobile device launch preposition camera CAMERA1 simultaneously and rearmounted camera CAMERA2 takes pictures; When taking pictures preview; The image P2 that includes the view content that portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs and rearmounted camera CAMERA2 photograph can alternately be delivered to display screen and show with predetermined frame per second, thereby makes and can demonstrate the position of portrait P1 ' in the view content in the display screen, adjust for mobile device user; And when taking pictures completion, the portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs can be synthetic with the image P2 that includes the view content that rearmounted camera photographs, thereby included the composograph P0 of portrait P1 ' and view content simultaneously.
And; Camera interface CP_C by processor CP in the present embodiment comes auxiliary processor AP2 to receive the image P1 of preposition camera CAMERA1, launches when making the processor A P2 that only has a camera interface AP2_C also can support preposition camera CAMERA1 and rearmounted camera CAMERA2.
Embodiment three
Fig. 3 is the structural representation of the signal processing circuit among the utility model embodiment three.The mobile device that signal processing circuit 30 among the utility model embodiment three as shown in Figure 3 is suitable for has preposition camera CAMERA1 and rearmounted camera CAMERA2, and this signal processing circuit 30 comprises a processor A P3.Wherein, processor A P3 can any one has the chip of logical process ability for for example dsp chip etc., and this paper enumerates no longer one by one.
Referring to Fig. 2, processor A P3 has two camera interface AP3_C1 and AP3_C2, a display interface AP3_D.Wherein:
The camera interface AP3_C1 of processor A P3 connects preposition camera CAMERA1 and is used to receive the image P1 that possibly comprise portrait P1 ' that preposition camera CAMERA1 produces; For the image P1 that receives, processor A P3 can extract the portrait P1 ' among the image P1;
The camera interface AP3_C2 of processor A P3 connects rearmounted camera CAMERA2 and is used to receive the image P2 that possibly comprise the view content that rearmounted camera CAMERA2 produces;
The display interface AP3_D of processor A P3 can show the portrait P1 ' among the image P1 and image P2 (when the shooting preview) with the display screen of predetermined frame rate Alternating Transportation to mobile device and the display screen that the composograph P0 of the portrait P1 ' among the image P1 and image P2 is delivered to mobile device shown (taking when accomplishing).
In the practical application; Mobile device perhaps has the mode that keyboard or its display screen adopt touch-screen; So, processor A P3 can or adopt the preview signal of taking pictures of the display screen generation of touch-sensitive display to identify current whether be in shooting preview or shooting completion with the shutter signal of taking pictures according to keyboard.Correspondingly; AP3 can further have signaling interface AP3_I; This signaling interface AP3_I can receive the preview signal of taking pictures, replace portrait P1 ' and image P2 among the output image P1 in order to trigger display interface AP3_D with predetermined frame rate, and this signaling interface AP3_I also can receive the shutter signal of taking pictures, export composograph P0 in order to trigger display interface AP3_D.
In addition, if having storage medium in the mobile device, then the composograph P0 of display interface AP3_D output can also further be delivered in this storage medium of mobile device and store.
As above visible, the signal processing circuit 30 that present embodiment provides can make mobile device launch preposition camera CAMERA1 simultaneously and rearmounted camera CAMERA2 takes pictures; When taking pictures preview; The image P2 that includes the view content that portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs and rearmounted camera CAMERA2 photograph can alternately be delivered to display screen and show with predetermined frame per second, thereby makes and can demonstrate the position of portrait P1 ' in the view content in the display screen, adjust for mobile device user; And when taking pictures completion, the portrait P1 ' among the image P1 that preposition camera CAMERA1 photographs can be synthetic with the image P2 that includes the view content that rearmounted camera photographs, thereby included the composograph P0 of portrait P1 ' and view content simultaneously.
And, utilize in the present embodiment to have the processor A P3 of two camera interface AP3_C1 and AP3_C2 and need not to launch when miscellaneous part can be supported preposition camera CAMERA1 and rearmounted camera CAMERA2.
Except above-mentioned signal processing circuit 10,20,30; The utility model also provides a kind of mobile device; This mobile device comprises preposition camera CAMERA1 and rearmounted camera CAMERA2, also comprises the signal processing circuit 10 or 20 or 30 of any embodiment in the foregoing description one to embodiment three.
The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; All within the spirit and principle of the utility model, any modification of being made, be equal to replacement, improvement etc., all should be included within the scope of the utility model protection.
Claims (11)
1. the signal processing circuit of a mobile device, said mobile device has preposition camera and rearmounted camera, it is characterized in that, and said signal processing circuit comprises a switch and a processor;
Said switch has two-way input interface and one road output interface; Wherein, one tunnel said input interface receives first image, the said input interface in another road that said preposition camera produces and receives second image that said rearmounted camera produces; The said input interface of said output interface and two-way is selected a ground conducting;
Said processor has a control interface, a camera interface, a display interface; Wherein:
Said control interface output one switching signal is to said switch, in order to control the said input interface of said output interface and two-way with the predetermined frame rate alternate conduction;
Said camera interface receives said first image and said second image that said output interface is alternately exported with predetermined frame rate;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
2. signal processing circuit according to claim 1; It is characterized in that, said control interface further with said switching signal export said preposition camera and said rearmounted camera to, in order to the conducting state of controlling said preposition camera and said rearmounted camera and said switch accordingly with the predetermined frame rate alternation.
3. signal processing circuit according to claim 1; It is characterized in that; Said processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
4. signal processing circuit according to claim 1 is characterized in that, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
5. the signal processing circuit of a mobile device, said mobile device has preposition camera and rearmounted camera, it is characterized in that, and said signal processing circuit comprises the first processor and second processor;
Said first processor has one first camera interface and one first EBI; Wherein, said first camera interface receives first image that said preposition camera produces; Said first EBI is exported the portrait in said first image or said first image;
Said second processor has one second EBI, one second camera interface, a display interface; Wherein:
Said second EBI receives said first image of said first EBI output or the portrait in said first image;
Said second camera interface receives second image that said rearmounted camera produces;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
6. signal processing circuit according to claim 5; It is characterized in that; Said second processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
7. signal processing circuit according to claim 5 is characterized in that, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
8. the signal processing circuit of a mobile device; Said mobile device has preposition camera and rearmounted camera; It is characterized in that said signal processing circuit comprises a processor, said processor has one first camera interface, one second camera interface, a display interface; Wherein:
Said first camera interface receives first image that said preposition camera produces;
Said second camera interface receives second image that said rearmounted camera produces;
Said display interface shows the portrait in said first image and said second image with the display screen of predetermined frame rate Alternating Transportation to said mobile device and composograph that will portrait in said first image and said second image is delivered to said display screen demonstration.
9. signal processing circuit according to claim 8; It is characterized in that; Said processor further has signaling interface; Said signaling interface receives a preview signal, alternately exports portrait and said second image in said first image in order to trigger said display interface with predetermined frame rate, said signaling interface also receive one take pictures shutter signal, export said composograph in order to trigger said display interface; Wherein, the said preview signal and said of taking pictures is taken pictures shutter signal from the keyboard of said mobile device or adopt the said display screen of touch-sensitive display.
10. signal processing circuit according to claim 8 is characterized in that, the said composograph of said display interface output further is delivered in the storage medium of said mobile device and stores.
11. a mobile device comprises preposition camera and rearmounted camera, it is characterized in that, also comprises like any described signal processing circuit in the claim 1 to 10.
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| CN201220133523XU CN202488611U (en) | 2012-03-31 | 2012-03-31 | Signal processing circuit of mobile equipment and mobile equipment |
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| CN105025215A (en) * | 2014-04-23 | 2015-11-04 | 中兴通讯股份有限公司 | Method and apparatus for achieving group shooting through terminal on the basis of multiple pick-up heads |
| CN104363374A (en) * | 2014-11-28 | 2015-02-18 | 广东欧珀移动通信有限公司 | High-frame-rate video generation method and device and terminal |
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| CN106034205B (en) * | 2015-03-16 | 2020-05-26 | 联想(北京)有限公司 | Electronic equipment and information processing method |
| CN104780324A (en) * | 2015-04-22 | 2015-07-15 | 努比亚技术有限公司 | Shooting method and device |
| CN104780324B (en) * | 2015-04-22 | 2016-08-24 | 努比亚技术有限公司 | A kind of method and apparatus of shooting |
| CN104853044A (en) * | 2015-05-13 | 2015-08-19 | 惠州Tcl移动通信有限公司 | Time division multiplexing device of MIPI interface and parallel port, method thereof and mobile terminal |
| CN104994276B (en) * | 2015-06-26 | 2018-10-16 | 三星电子（中国）研发中心 | A kind of method and apparatus of shooting |
| CN104994276A (en) * | 2015-06-26 | 2015-10-21 | 三星电子（中国）研发中心 | Photographing method and device |
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| CN106444220B (en) * | 2015-08-12 | 2021-01-01 | 三星电机株式会社 | Camera module |
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