CN103905712A - Image acquisition method and electronic equipment - Google Patents
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- CN103905712A CN103905712A CN201210575601.6A CN201210575601A CN103905712A CN 103905712 A CN103905712 A CN 103905712A CN 201210575601 A CN201210575601 A CN 201210575601A CN 103905712 A CN103905712 A CN 103905712A
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Abstract
The invention discloses an image acquisition method and electronic equipment. The method is applied to the electronic equipment. The electronic equipment comprises an image acquisition unit capable of acquiring an image of a first object; and the first object is at least provided with a plurality of surfaces and the plurality of surfaces have basically the same profiles. The method comprise steps of using the image acquisition unit to acquire a first image of a first surface of the first object, analyzing the first image to obtain a first profile image of the first surface of the first object, using the image acquisition unit to be quickly aligned with the second surface of the first object on the basis of the first profile image and acquiring the second image of the second surface, acquiring a plurality of images of a plurality of surfaces on the basis of the same principle and using the plurality of images to obtain a three-dimensional image of the first object, wherein the three-dimensional picture image can present the image of each surface in the plurality of surfaces of the first object.
Description
Technical field
The present invention relates to electronic applications, relate in particular to a kind of method and electronic equipment that gathers image.
Background technology
Along with scientific and technological development, increasing electronic equipment has all had camera function.
These electronic equipments utilize an image acquisition units, gather and want the colouring information of shot object and the analog signal of monochrome information, and convert described analog signal to digital signal, by digital signal processor (DSP), digital signal is converted to digitized video again, finally described digitized video is saved.
But present inventor realizing in the process of invention technical scheme in the embodiment of the present application, finds that above-mentioned technology at least exists following technical problem:
In the prior art, there are multiple surfaces at an object, and when each surface has basically identical appearance profile (as: magic square), take two surfaces of described object, can only take separately twice, obtain two photos, and in the process of two photos of shooting, owing to being that user controls the position of described object in image by hand and eyes, so existence can not obtain in the same position of two photos the technical problem of the image of two faces of described object.
Summary of the invention
The present invention is by providing a kind of method and electronic equipment that gathers image, solved and in prior art, had the technical problem that can not obtain in the same position of two photos the image of two faces of an object.
On the one hand, the present invention provides following technical scheme by the application's a embodiment:
Gather a method for image, be applied in electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, described the first object at least has multiple surfaces, and described multiple surfaces have basically identical profile, and described method comprises:
Preferably, described step 101, specifically comprises:
Obtain user's first count according to operation;
According to operation, generate the first photographing instruction based on described first count;
Carry out described the first photographing instruction, control described image acquisition units, obtain described the first image.
Preferably, described step 102, specifically comprises:
Obtain monochrome information and the colouring information of each pixel in described the first image;
Based on described monochrome information and described colouring information, obtain the first pixel set of the profile for forming described first surface, the image that described the first pixel set forms is described the first contour images.
Preferably, described step 103, specifically comprises:
By the display unit being connected with described electronic equipment, show described the first contour images;
Control described image acquisition units, based on described the first contour images, the second surface of the first object described in rapid alignment;
By described display unit, show the second image of described second surface;
Adjust the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generate the second photographing instruction;
Based on described the second photographing instruction, control described image acquisition units, obtain described the second image.
Preferably, utilize after described multiple image obtains the stereo-picture of described the first object described, described method also comprises:
Detect the handover operation that whether has user;
In the time having described handover operation, generate a switching command;
Carry out described switching command, control the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
On the other hand, the present invention, by the application's a embodiment, provides following technical scheme:
In a kind of electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, and described the first object at least has multiple surfaces, and described multiple surfaces have basically identical profile, and described electronic equipment comprises:
The first control unit, for controlling described image acquisition units, gathers the first image of the first surface of described the first object;
The first analytic unit, for analyzing described the first image, obtains the first contour images of the first surface of described the first object;
The second control unit, for based on described the first contour images, controls the second surface of the first object described in described image acquisition units rapid alignment, and gathers the second image of described second surface;
The 3rd control unit, for based on described the first contour images, controls described image acquisition units, obtains multiple images on described multiple surfaces;
First obtains unit, for utilizing described multiple image, obtains the stereo-picture of described the first object, and described stereo-picture can present each surperficial image in described multiple surfaces of described the first object.
Preferably, described the first control unit, specifically comprises:
First obtains subelement, shines operation for the first count that obtains user;
First generates subelement, for shining operation based on described first count, generates the first photographing instruction;
First carries out subelement, for carrying out described the first photographing instruction, controls described image acquisition units, obtains described the first image.
Preferably, described the first analytic unit, specifically comprises:
Second obtains subelement, for obtaining monochrome information and the colouring information of described first each pixel of image;
The 3rd obtains subelement, for based on described monochrome information and described colouring information, obtains the first pixel set of the profile for forming described first surface, and the image that described the first pixel set forms is described the first contour images.
Preferably, described the second control unit, specifically comprises:
First controls subelement, for controlling the display unit being connected with described electronic equipment, shows described the first contour images;
Second controls subelement, for controlling described image acquisition units, and based on described the first contour images, the second surface of the first object described in rapid alignment;
The 3rd controls subelement, for controlling by described display unit, shows the second image of described second surface;
The 4th controls subelement, for adjusting the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generates the second photographing instruction;
The 4th obtains subelement, for based on described the second photographing instruction, controls described image acquisition units, obtains described the second image.
Preferably, described electronic equipment also comprises:
The first detecting unit, for utilizing after described multiple image obtains the stereo-picture of described the first object described, detects the handover operation that whether has user;
The first generation unit, in the time having described handover operation, generates a switching command;
The first performance element, for carrying out described switching command, controls the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
1, execute in example in the application real, by that arrange in a described electronic equipment or external image acquisition units, gather the first image of the first surface of described the first object; Analyze described the first image, obtain the first contour images of the first surface of described the first object; Based on described the first contour images, utilize the second surface of the first object described in described image acquisition units rapid alignment, and gather the second image of described second surface; So, efficiently solve in prior art and exist and can not obtain in the same position of two photos the technical problem of the image of two faces of described object, and then realized the image that obtains easily two faces of described object in the same position of two photos.
2, execute in example in the application real, getting the first image of described the first object, after the second image, based on the method for obtaining the second image, obtain other surperficial figures of described object, and generate described object stereo-picture based on these image informations, described stereo-picture can pass through user's concrete handover operation, control the image that described display unit shows arbitrary surface of described object, realize described electronic equipment can respond user operation and shown the different surfaces of described the first object, analog subscriber is under real-world situation, described regular hexahedron is overturn, to watch the technique effect of arbitrary surface image of described regular hexahedron.
Accompanying drawing explanation
Fig. 1 is the flow chart that gathers the method for image in the embodiment of the present application one;
Fig. 2 is the structured flowchart of electronic equipment in the embodiment of the present application one;
Fig. 3 a-3e is the design sketch of image-pickup method in the embodiment of the present application one.
Embodiment
The embodiment of the present application is by providing a kind of method and electronic equipment that gathers image, solve in prior art in the time taking two faces of an object, can only take separately two photos of twice acquisition, but be difficult to obtain in the same position of two photos the technical problem of the image of two faces of described object.
The technical scheme of the embodiment of the present application is for solving the problems of the technologies described above, and general thought is as follows:
Gather a method for image, be applied in electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, described the first object at least has multiple surfaces, and described multiple surfaces have basically identical profile, and described method comprises:
In order better to understand technique scheme, below in conjunction with Figure of description and concrete execution mode, technique scheme is described in detail.
Embodiment mono-
As shown in Figure 1, a kind of method that gathers image, is applied in electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, and described the first object at least has multiple surfaces, described multiple surface has basically identical profile, and described method comprises:
In specific implementation process, described electronic equipment can be mobile phone, digital camera, panel computer etc., described image acquisition units can be a camera, described the first object can be a regular hexahedron (as: magic square), described regular hexahedron has six faces, the color of each or pattern difference, and six described masks have consistent profile information; Described the first object can be also positive tetrahedron etc., and for specifically what object of described the first object, the embodiment of the present application is not done concrete restriction, below just take described the first object as giving an example with described regular hexahedron.
Described step 101, specifically comprises:
Obtain the described first count from user according to operation;
According to operation, generate the first photographing instruction based on described first count;
Carry out described the first photographing instruction, control described image acquisition units, obtain described the first image.
As shown in Figure 3 a, in specific implementation process, described the first image is the image of the first surface of described positive six, described first count can be pressed by user for a tripper of described electronic equipment according to operation, or a presumptive area of a touch-screen of described electronic equipment is triggered by described user, be specially which kind of operation for described first count according to operation, the embodiment of the present application is not done concrete restriction.After described electronic equipment detects that described first count is according to operation, can generate the first photographing instruction, aim at the first surface of described regular hexahedron to control described image acquisition units, obtain the image of described first surface.
After execution of step 101, just can perform step 102, that is: analyze described the first image, obtain the first contour images of the first surface of described the first object;
Described step 102, specifically comprises:
Obtain monochrome information and the colouring information of each pixel in described the first image;
Based on described monochrome information and described colouring information, obtain the first pixel set of the profile for forming described first surface, the image that described the first pixel set forms is described the first contour images.
As shown in Figure 3 b, in specific implementation process, described the first contour images is the profile diagram of described regular hexahedron first surface, for representing that the first surface of described positive six is at the relative position of the photo of described the first image, and the length and width size of described first surface, described the first contour images can be the rectangle frame of a predetermined color, beyond described frame with take interior region as transparence or translucent.
In specific implementation process, because can form a comparatively significantly line of demarcation between the border of first surface image and background image thereof, the colouring information of both sides, described line of demarcation and monochrome information have comparatively significantly difference, by obtaining monochrome information and the colouring information of each pixel in described the first image, based on described monochrome information and described colouring information, obtain for forming described marginal pixel set, obtained the contour images for representing described regular hexahedron first surface.
After execution of step 102, just can perform step 103, based on described the first contour images, utilize the second surface of the first object described in described image acquisition units rapid alignment, and gather the second image of described second surface;
Described step 103, specifically comprises:
By the display unit being connected with described electronic equipment, show described the first contour images;
Control described image acquisition units, based on described the first contour images, the second surface of the first object described in rapid alignment;
By described display unit, show the second image of described second surface;
Adjust the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generate the second photographing instruction;
Based on described the second photographing instruction, control described image acquisition units, obtain described the second image.
As Fig. 3 c, shown in 3d, in specific implementation process, after contour images at described electronic equipment based on first surface image described in described first surface image acquisition, described electronic equipment can be controlled its display unit and show described contour images, in the time that described image acquisition units is aimed at the second surface of described regular hexahedron by user, described electronic equipment can be controlled described image acquisition units based on described contour images, the second surface of regular hexahedron described in rapid alignment, the image of described second surface is simultaneously displayed on described display unit with the contour images of described first surface, and automatically adjust the relative position of described second surface image on described display unit, after the profile of described second surface and the contour images of described first surface overlap, generate the second photographing instruction, controlling described image acquisition units takes pictures, obtain the image (that is: described the second image) of described second surface.
After executing described step 103, just can perform step 104, that is: repeating said steps 103, obtains multiple images on described multiple surfaces;
In specific implementation process, repeating said steps 103, obtains the image of other four faces of described regular hexahedron, that is: the 3rd image, the 4th image, the 5th image, the 6th image.
After executing described step 104, just can perform step 105, that is: utilize described multiple image, obtain the stereo-picture of described the first object, described stereo-picture can present each surperficial image in described multiple surfaces of described the first object.
In specific implementation process, described electronic equipment also can be based on described image acquisition units, obtain the relative position of described each face of regular hexahedron, and the image of described six faces is carried out to solid and play up, make every image all more have third dimension, as shown in Figure 3 e, the image obtaining after solid is played up for second surface.Six of described positive six surperficial images are integrated, obtained the stereo-picture of described positive six.Described electronic equipment can respond user's operation, shows the image of the arbitrary face table of described stereo-picture, and its implementation is specific as follows:
The first frame that described the first image is described stereo-picture is set;
And be provided for switching described display unit and switch to and show that the instruction of described the first frame is the first switching command;
Corresponding the first handover operation of described the first switching command is set, and described the first handover operation is used for controlling described electronic equipment and generates described the first switching command.
Based on similar approach, described the second image, the 3rd image, the 4th image, the 5th image, the 6th image are processed,
That is:
The second frame that described the second image is described stereo-picture is set; And be provided for switching described display unit and switch to and show that the instruction of described the second frame is the second switching command; Corresponding the second handover operation of described the second switching command is set, and described the second handover operation is used for controlling described electronic equipment and generates described the second switching command.
The 3rd frame that described the 3rd image is described stereo-picture is set; And be provided for switching described display unit and switch to and show that the instruction of described the 3rd frame is the 3rd switching command; Corresponding the 3rd handover operation of described the 3rd switching command is set, and described the 3rd handover operation is used for controlling described electronic equipment and generates described the 3rd switching command.
The 4th frame that described the 4th image is described stereo-picture is set; And be provided for switching described display unit and switch to and show that the instruction of described the 4th frame is the 4th switching command; Corresponding the 4th handover operation of described the 4th switching command is set, and described the 4th handover operation is used for controlling described electronic equipment and generates described the 4th switching command.
The 5th frame that described the 5th image is described stereo-picture is set; And be provided for switching described display unit and switch to and show that the instruction of described the 5th frame is the 5th switching command; Corresponding the 5th handover operation of described the 5th switching command is set, and described the 5th handover operation is used for controlling described electronic equipment and generates described the 5th switching command.
The 6th frame that described the 6th image is described stereo-picture is set; And be provided for switching described display unit and switch to and show that the instruction of described the 6th frame is the 6th switching command; Corresponding the 6th handover operation of described the 6th switching command is set, and described the 6th handover operation is used for controlling described electronic equipment and generates described the 6th switching command.
Utilize after described multiple image obtains the stereo-picture of described the first object described, described method also comprises:
Detect the handover operation that whether has user;
In the time having described handover operation, generate a switching command;
Carry out described switching command, control the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
In specific implementation process, described handover operation is the first to the 6th described handover operation, the first to the 6th described handover operation, can be for detecting that by the touch-display unit of described electronic equipment user passes through the operation of finger in the slip of described stereo-picture, as: as described in the display unit of electronic equipment just showing as described in when the first surface of stereo-picture, described the 3rd surface is in the left side of described first surface, user is in the upper left cunning of described stereo-picture so, now described electronic equipment detects the 3rd handover operation of described left cunning, generate the 3rd switching command, control the image that described display unit shows described the 3rd surface, based on same principle, user can implement the described first to the 6th handover operation with finger to described stereo-picture in described touch-display unit, make described regular hexahedron in described touch-display unit, show the image on arbitrary surface, analog subscriber is under real-world situation, described regular hexahedron is overturn, to watch arbitrary surface image of described regular hexahedron.
Based on same inventive concept, another embodiment of the application provides a kind of electronic equipment of the method for implementing IMAQ described in the embodiment of the present application.
As shown in Figure 2, in a kind of electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, and described the first object at least has multiple surfaces, and described multiple surfaces have basically identical profile, and described electronic equipment comprises:
The first control unit 201, for controlling described image acquisition units, gathers the first image of the first surface of described the first object;
The first analytic unit 202, for analyzing described the first image, obtains the first contour images of the first surface of described the first object;
The second control unit 203, for based on described the first contour images, controls the second surface of the first object described in described image acquisition units rapid alignment, and gathers the second image of described second surface;
The 3rd control unit 204, for based on described the first contour images, controls described image acquisition units, obtains multiple images on described multiple surfaces;
First obtains unit 205, for utilizing described multiple image, obtains the stereo-picture of described the first object, and described stereo-picture can present each surperficial image in described multiple surfaces of described the first object.
Described the first control unit 201, specifically comprises:
First obtains subelement, for obtaining the described first count from user according to operation;
First generates subelement, for shining operation based on described first count, generates the first photographing instruction;
First carries out subelement, for carrying out described the first photographing instruction, controls described image acquisition units, obtains described the first image.
Described the first analytic unit 202, specifically comprises:
Second obtains subelement, for obtaining monochrome information and the colouring information of described first each pixel of image;
The 3rd obtains subelement, for based on described monochrome information and described colouring information, obtains the first pixel set of the profile for forming described first surface, and the image that described the first pixel set forms is described the first contour images.
Described the second control unit 203, specifically comprises:
First controls subelement, for controlling the display unit being connected with described electronic equipment, shows described the first contour images;
Second controls subelement, for controlling described image acquisition units, and based on described the first contour images, the second surface of the first object described in rapid alignment;
The 3rd controls subelement, for controlling by described display unit, shows the second image of described second surface;
The 4th controls subelement, for adjusting the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generates the second photographing instruction;
The 4th obtains subelement, for based on described the second photographing instruction, controls described image acquisition units, obtains described the second image.
Described electronic equipment, also comprises:
The first detecting unit, for utilizing after described multiple image obtains the stereo-picture of described the first object described, detects the handover operation that whether has user;
The first generation unit, in the time having described handover operation, generates a switching command;
The first performance element, for carrying out described switching command, controls the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
The electronic equipment that the electronic equipment of introducing due to the present embodiment adopts for implementing the method for IMAQ in the embodiment of the present application, so method of the IMAQ based on introducing in the embodiment of the present application, those skilled in the art can understand the present embodiment electronic equipment embodiment with and various version, so the method how realizing in the embodiment of the present application for this electronic equipment at this is introduced no longer in detail.As long as those skilled in the art implement the electronic equipment that in the embodiment of the present application, the method for IMAQ adopts, all belong to the scope of the application institute wish protection.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, in the embodiment of the present application, by that arrange in a described electronic equipment or external image acquisition units, gather the first image of the first surface of described the first object; Analyze described the first image, obtain the first contour images of the first surface of described the first object; Based on described the first contour images, utilize the second surface of the first object described in described image acquisition units rapid alignment, and gather the second image of described second surface; So, efficiently solve in prior art and exist and can not obtain in the same position of two photos the technical problem of the image of two faces of described object, and then realized the image that obtains easily two faces of described object in the same position of two photos.
2, in the embodiment of the present application, getting the first image of described the first object, after the second image, based on the method for obtaining the second image, obtain other surperficial figures of described object, and generate described object stereo-picture based on these image informations, described stereo-picture can pass through user's concrete handover operation, control the image that described display unit shows arbitrary surface of described object, realize described electronic equipment can respond user operation and shown the different surfaces of described the first object, analog subscriber is under real-world situation, described regular hexahedron is overturn, to watch the technique effect of arbitrary surface image of described regular hexahedron.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the modification of the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (10)
1. gather a method for image, be applied in electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, described the first object at least has multiple surfaces, and described multiple surfaces have basically identical profile, it is characterized in that, described method comprises:
Step 101, utilize described image acquisition units, gather the first image of the first surface of described the first object;
Step 102, analyze described the first image, obtain the first contour images of the first surface of described the first object;
Step 103, based on described the first contour images, utilize the second surface of the first object described in described image acquisition units rapid alignment, and gather the second image of described second surface;
Step 104, repeating said steps 103, obtain multiple images on described multiple surfaces;
Step 105, utilize described multiple image, obtain the stereo-picture of described the first object, described stereo-picture can present each surperficial image in described multiple surfaces of described the first object.
2. the method for claim 1, is characterized in that, described step 101, specifically comprises:
Obtain user's first count according to operation;
According to operation, generate the first photographing instruction based on described first count;
Carry out described the first photographing instruction, control described image acquisition units, obtain described the first image.
3. the method for claim 1, is characterized in that, described step 102, specifically comprises:
Obtain monochrome information and the colouring information of each pixel in described the first image;
Based on described monochrome information and described colouring information, obtain the first pixel set of the profile for forming described first surface, the image that described the first pixel set forms is described the first contour images.
4. the method for claim 1, is characterized in that, described step 103, specifically comprises:
By the display unit being connected with described electronic equipment, show described the first contour images;
Control described image acquisition units, based on described the first contour images, the second surface of the first object described in rapid alignment;
By described display unit, show the second image of described second surface;
Adjust the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generate the second photographing instruction;
Based on described the second photographing instruction, control described image acquisition units, obtain described the second image.
5. method as claimed in claim 4, is characterized in that, utilizes after described multiple image obtains the stereo-picture of described the first object described, and described method also comprises:
Detect the handover operation that whether has user;
In the time having described handover operation, generate a switching command;
Carry out described switching command, control the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
6. in an electronic equipment, described electronic equipment has an image acquisition units, can gather the image of the first object, described the first object at least has multiple surfaces, described multiple surface has basically identical profile, it is characterized in that, described electronic equipment comprises:
The first control unit, for controlling described image acquisition units, gathers the first image of the first surface of described the first object;
The first analytic unit, for analyzing described the first image, obtains the first contour images of the first surface of described the first object;
The second control unit, for based on described the first contour images, controls the second surface of the first object described in described image acquisition units rapid alignment, and gathers the second image of described second surface;
The 3rd control unit, for based on described the first contour images, controls described image acquisition units, obtains multiple images on described multiple surfaces;
First obtains unit, for utilizing described multiple image, obtains the stereo-picture of described the first object, and described stereo-picture can present each surperficial image in described multiple surfaces of described the first object.
7. electronic equipment as claimed in claim 6, is characterized in that, described the first control unit, specifically comprises:
First obtains subelement, shines operation for the first count that obtains user;
First generates subelement, for shining operation based on described first count, generates the first photographing instruction;
First carries out subelement, for carrying out described the first photographing instruction, controls described image acquisition units, obtains described the first image.
8. electronic equipment as claimed in claim 6, is characterized in that, described the first analytic unit, specifically comprises:
Second obtains subelement, for obtaining monochrome information and the colouring information of described first each pixel of image;
The 3rd obtains subelement, for based on described monochrome information and described colouring information, obtains the first pixel set of the profile for forming described first surface, and the image that described the first pixel set forms is described the first contour images.
9. electronic equipment as claimed in claim 6, is characterized in that, described the second control unit, specifically comprises:
First controls subelement, for controlling the display unit being connected with described electronic equipment, shows described the first contour images;
Second controls subelement, for controlling described image acquisition units, and based on described the first contour images, the second surface of the first object described in rapid alignment;
The 3rd controls subelement, for controlling by described display unit, shows the second image of described second surface;
The 4th controls subelement, for adjusting the position of described the second image on shown unit, in the time of described the second profile showing and described the first profile picture registration, generates the second photographing instruction;
The 4th obtains subelement, for based on described the second photographing instruction, controls described image acquisition units, obtains described the second image.
10. electronic equipment as claimed in claim 9, is characterized in that, described electronic equipment also comprises:
The first detecting unit, for utilizing after described multiple image obtains the stereo-picture of described the first object described, detects the handover operation that whether has user;
The first generation unit, in the time having described handover operation, generates a switching command;
The first performance element, for carrying out described switching command, controls the image that described display unit shows arbitrary surface on described multiple surfaces of described the first object.
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| JP2003008997A (en) * | 2001-06-27 | 2003-01-10 | Konica Corp | Image pickup element and digital still camera employing the image pickup element |
| CN101813868A (en) * | 2009-02-20 | 2010-08-25 | 华晶科技股份有限公司 | Camera self-timer method |
| CN102231800A (en) * | 2011-04-13 | 2011-11-02 | 中华电信股份有限公司 | Automatic aiming method for camera |
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| CN110567956A (en) * | 2019-07-16 | 2019-12-13 | 浙江中烟工业有限责任公司 | packet-by-packet data synchronization and integration method and system for cigarette packaging machine appearance detection device |
| CN110567956B (en) * | 2019-07-16 | 2021-11-12 | 浙江中烟工业有限责任公司 | Packet-by-packet data synchronization and integration method and system for cigarette packaging machine appearance detection device |
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