CN103581533B - A kind of method and electronic equipment acquiring image information - Google Patents
A kind of method and electronic equipment acquiring image information Download PDFInfo
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- CN103581533B CN103581533B CN201210279180.2A CN201210279180A CN103581533B CN 103581533 B CN103581533 B CN 103581533B CN 201210279180 A CN201210279180 A CN 201210279180A CN 103581533 B CN103581533 B CN 103581533B
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Abstract
The present invention provides a kind of methods and electronic equipment for acquiring image information, wherein, this method is applied to an electronic equipment, the electronic equipment includes an imaging sensor, and the electronic equipment further includes M Image Acquisition channel, the corresponding image acquisition region in each Image Acquisition channel in the M Image Acquisition channel, this method specifically includes: in the case where imaging sensor direction is fixed, N number of region on the imaging sensor is obtained and the corresponding N number of different image of N number of image acquisition region by being in N number of Image Acquisition channel of different angle in the M Image Acquisition channel.It to realize the acquisition for completing different image informations on the same image collecting device, and is not in interfering with each other between image, and then improve the Image Acquisition efficiency of image collecting device.
Description
Technical field
The present invention relates to electronic technology field more particularly to a kind of methods and electronic equipment for acquiring image information.
Background technique
With the continuous development of electronic technology, the electronic equipments such as video camera and camera are also constantly updating, at present
Camera has various functions, can support the use of user under normal circumstances.
But present inventor during inventive technique scheme, has found above-mentioned technology extremely in realizing the embodiment of the present application
It has the following technical problems less:
A camera in the prior art can only be supported to be shot on a fixed-direction, if user needs to carry out separately
When the shooting of one angle, then need user that rotation camera is gone just to be able to achieve shooting of the camera to another angle；
And camera shooting shooting for the first time in the prior art can only shoot the image of a fixed angle, cannot be simultaneously
Shoot the image of multiple angles；
Summary of the invention
A kind of method and electronic equipment for acquiring image information of the present invention, to solve a camera one in the prior art
The problem of secondary shooting can only shoot the image of a fixed angle, cannot shoot the image of multiple angles simultaneously, particular technique
Scheme is as follows:
A method of acquisition image information, the method are applied to the imaging sensor in an electronic equipment, the electricity
Sub- equipment further includes M Image Acquisition channel, and M is the positive integer more than or equal to 2, wherein in M Image Acquisition channel
The corresponding image acquisition region in each Image Acquisition channel, which comprises
Under the fixing situation of described image sensor direction, N number of region in described image sensor passes through described M figure
As the N number of Image Acquisition channel for being in different angle in acquisition channel obtains and the corresponding N number of different figures of N number of image acquisition region
Picture, N are the integer more than or equal to 2.
Optionally, there are at least two moulds including compartment model and time-shared fashion in the operating mode of described image sensor
Described under the fixing situation of described image sensor direction when formula, N number of region in described image sensor passes through the M
The N number of Image Acquisition channel for being in different angle in Image Acquisition channel obtains N number of difference corresponding with N number of image acquisition region
Image specifically includes:
Obtain a mode selection command；
The mode selection command is executed, to determine one mode as work at present mould from least two mode
Formula；
In the current operation mode and under the fixing situation of described image sensor direction, in described image sensor
N number of region is obtained and N number of image by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel
Pickup area corresponds to N number of different images.
Optionally, one mode selection command of the acquisition, specifically includes:
Detect whether the selection operation for generating mode selection command；
When detecting the selection operation, the selection operation is responded, to generate the mode selection command.
Optionally, one mode selection command of the acquisition, specifically includes:
It obtains within the scope of past preset time or preset times, operating mode record letter when imaging sensor every task
Breath；
Information is recorded based on the operating mode, generates a mode selection command.
Optionally, described under the fixing situation of described image sensor direction when N is more than or equal to 2, described image sensing
N number of region on device is obtained by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel and N
A image acquisition region corresponds to N number of different images, specifically includes:
By shutter device open the first Image Acquisition channel in M Image Acquisition channel and with first figure
As the second different Image Acquisition channel of acquisition channel, wherein the first image acquisition channel corresponds in N number of region
First area, second Image Acquisition channel correspond to the second areas different from the first area in N number of region；
At the T1 moment, the first area is obtained logical with the first image acquisition by the first image acquisition channel
The first image information in corresponding first pickup area in road；
At the T1 moment, the second area is obtained logical with second Image Acquisition by second Image Acquisition channel
The second image information in corresponding second pickup area in road.
Optionally, the first Image Acquisition channel in M Image Acquisition channel is opened by shutter device described
And before the second Image Acquisition channel different from the first image acquisition channel, the method also includes:
Described image sensor is divided to the N number of region for including at least the first area and second area.
Optionally, when the N is 1, described under the fixing situation of described image sensor direction, described image sensor
On N number of region obtained and N number of figure by N number of Image Acquisition channel under the different angle in M Image Acquisition channel
Picture pickup area corresponds to N number of different images, specifically includes:
At the T1 moment, the first Image Acquisition channel in M Image Acquisition channel is opened, described image sensor is logical
Cross the first image in corresponding first pickup area in the first image acquisition channel acquisition the first image acquisition channel
Information；
At the T2 moment, second different from the first image acquisition channel in M Image Acquisition channel are opened
Image Acquisition channel, and in the case where the first image acquisition channel is in and closes the border state status, described image sensor passes through institute
The second image that the second Image Acquisition channel obtains in the second pickup area corresponding with second Image Acquisition channel is stated to believe
Breath, wherein at the time of the T1 moment and the T2 moment are different.
Optionally, when the N is more than or equal to 2, described under the fixing situation of described image sensor direction, described image
It is obtained by N number of Image Acquisition channel under the different angle in the M image image acquisition channel in N number of region on sensor
N number of different images corresponding with N number of image acquisition region are obtained, are specifically included:
First photosensitive region of described image sensor correspond to the first Image Acquisition channel in the M image channel with
And the second Image Acquisition channel different from the first image acquisition channel, it is logical that the second photosensitive region corresponds to the M image
Third Image Acquisition channel and the fourth Image Acquisition channel different from third Image Acquisition channel in road；
At the T1 moment, the first image acquisition channel and the are opened by the shutter device in described image sensor
Three Image Acquisition channels, first photosensitive region acquire the first image acquisition by the first image acquisition channel and lead to
Image information in road corresponding region；
At the T1 moment, second photosensitive region acquires the third Image Acquisition by third Image Acquisition channel
Image information in the corresponding region of channel；
At the T2 moment, the shutter device in described image sensor opens second Image Acquisition channel and the 4th figure
As acquisition channel, and simultaneously close off the first image acquisition channel and third Image Acquisition channel, first photosensitive area
Domain acquires the image information in the corresponding region of second Image Acquisition channel by second Image Acquisition channel；
At the T2 moment, second photosensitive region acquires the 4th Image Acquisition by the 4th Image Acquisition channel
Image information in the corresponding region of channel.
A kind of acquisition device of image information, described device include:
Imaging sensor, described image sensor include multiple regions；
Image Acquisition channel；
Wherein, under the fixing situation of described image sensor direction, the multiple regions in described image sensor pass through institute
The Image Acquisition channel acquisition image acquisition region for being in different angle stated in Image Acquisition channel corresponds to multiple and different images.
A kind of electronic equipment, the imaging sensor in the electronic equipment, the electronic equipment further includes M Image Acquisition
Channel, M are the positive integer more than or equal to 2, wherein each Image Acquisition channel corresponding one in M Image Acquisition channel
A image acquisition region, the electronic equipment include:
Shutter device, for opening the first Image Acquisition channel in M Image Acquisition channel and with described first
The second different Image Acquisition channel of Image Acquisition channel, wherein the first image acquisition channel corresponds in N number of region
First area, second Image Acquisition channel corresponds to secondth area different from the first area in N number of region
Domain；
Imaging sensor, at the T1 moment, the first area is obtained and described the by the first image acquisition channel
The first image information in corresponding first pickup area in one Image Acquisition channel, at the T1 moment, the second area passes through institute
The second image that the second Image Acquisition channel obtains in the second pickup area corresponding with second Image Acquisition channel is stated to believe
Breath.
A kind of electronic equipment, the imaging sensor in the electronic equipment, the electronic equipment further includes M Image Acquisition
Channel, M are the positive integer more than or equal to 2, wherein each Image Acquisition channel corresponding one in M Image Acquisition channel
A image acquisition region, the electronic equipment include:
Shutter device opens the first Image Acquisition channel in M Image Acquisition channel, in T2 at the T1 moment
It carves, opens the second Image Acquisition channels different from the first image acquisition channel in M Image Acquisition channel, and
Close the first image acquisition channel；
Described image sensor
Imaging sensor acquires the first image by the first image acquisition channel at the T1 moment and is led to
The first image information in corresponding first pickup area in road, at the T2 moment, by second Image Acquisition channel obtain with
The second image information in corresponding second pickup area in second Image Acquisition channel, wherein wherein the T1 moment with
At the time of the T2 moment is different.
The technical solution of one or more provided by the present invention, has at least the following technical effects or advantages:
By electronic equipment in the present invention by timesharing image acquisition modality, different zones can be acquired at the time of difference
Interior image information, to realize the acquisition for completing different image informations on the same image collecting device, and not
It will appear interfering with each other between image, and then improve the Image Acquisition efficiency of image collecting device.
The image letter at least two image acquisition regions can be received simultaneously under subregion acquisition mode, in electronic equipment
Breath, and corresponding image information is generated, and then in the case where stationary electronic devices, an electronic equipment can be completed at the same time
The image information collecting of different angle improves the Image Acquisition efficiency of electronic equipment.
In addition, acquisition time mode is combined with subregion acquisition mode in the embodiment of the present application, by the son that is powered
Different angle is completed in equipment or the acquisition into multizone is carved in the image information timesharing of position, to further improve electronics
The Image Acquisition efficiency of equipment.
Detailed description of the invention
Fig. 1 is the concrete structure schematic diagram of electronic equipment in the embodiment of the present invention；
Fig. 2 is the method course diagram that image information is acquired in the embodiment of the present invention；
Fig. 3 is the concrete structure schematic diagram of electronic equipment subregion acquisition mode in the embodiment of the present invention；
Fig. 4 is that electronic equipment runs timesharing image acquisition modality simultaneously in the embodiment of the present invention and sectional image acquires mould
The structural schematic diagram of formula；
Fig. 5 is the concrete structure schematic diagram of camera application scenarios in the embodiment of the present invention；
Fig. 6 is the concrete structure schematic diagram of a kind of electronic equipment of the embodiment of the present invention；
Fig. 7 is the concrete structure schematic diagram of a kind of electronic equipment in another embodiment of the present invention.
Specific embodiment
The embodiment of the present application provides a kind of method and electronic equipment for acquiring image information, wherein this method is applied to
One electronic equipment, which includes an imaging sensor, and the electronic equipment further includes M Image Acquisition channel, the M
The corresponding image acquisition region in each Image Acquisition channel in a Image Acquisition channel, this method specifically include: described
In the case that imaging sensor direction is fixed, N number of region on the imaging sensor in the M Image Acquisition channel by being in
N number of Image Acquisition channel of different angle obtains and the corresponding N number of different image of N number of image acquisition region.
To solve a camera shooting in the prior art, shooting can only shoot the image of a fixed angle, Bu Nengtong for the first time
When the problem of shooting the image of multiple angles.
It is further described below by attached drawing and specific implementation process technical solution in the embodiment of the present invention,
It should be understood that embodiment provided by the present invention is the detailed description to technical solution in the embodiment of the present invention, it is not to this
The restriction of inventive technique scheme, in the absence of conflict, the technical characteristic in embodiment and embodiment in the present invention can
To be combined with each other.
It is as shown in Figure 1 the concrete structure schematic diagram of electronic equipment in the embodiment of the present invention, firstly, the figure in electronic equipment
As sensor 103 is fixed in electronic equipment 101, and the electronic equipment 101 well include Image Acquisition channel 102 with
And intelligent shutter 104.Wherein, the Image Acquisition channel 102 in the electronic equipment can for optical fiber or, or Neng Gouyong
In guide-lighting element.Intelligent shutter 104 can control whether each Image Acquisition channel 102 opens, that is to say, that fast in intelligence
For door 104 in the state of unlatching, Image Acquisition channel 102 can be by light, so that the acquisition pair of image acquisition device 103
The image information answered.Wherein, following steps will be executed for the electronic equipment.
Under structure shown in Fig. 1, which includes the following steps (as shown in Figure 2) when acquiring image information:
Step 201, a mode selection command is obtained.
Electronic equipment 101 obtains a selection instruction first, and the selection instruction is for determining that the electronic equipment 101 needs to be implemented
Image acquisition modality.
In the embodiment of the present application, electronic equipment 101 will acquire the record of the Image Acquisition operating mode in a preset time,
The common Image Acquisition operating mode that the electronic equipment will be determined according to the record electronic equipment 101, to be adopted according to the image
Collect operating mode record and generates mode selection command.
Mode selection command is being received, which executes step 202.
Step 202, execution pattern selection instruction, to determine one mode as work at present mould from least two modes
Formula.
Step 203, N number of on imaging sensor in current operation mode and under the fixing situation of imaging sensor direction
Region is obtained and N number of image acquisition region by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel
Corresponding N number of different images.
After determining Image Acquisition operating mode, electronic equipment will be determined in M acquisition channel by intelligent shutter 104
The N number of Image Acquisition channel for being in different angle obtains N number of different image corresponding from N number of image acquisition region.
Step 204, N number of on imaging sensor in current operation mode and under the fixing situation of imaging sensor direction
Region is obtained and N number of image acquisition region by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel
Corresponding N number of different images
Further, electronic equipment acquisition image information includes at least both of which, wherein includes: acquisition time mode
With subregion acquisition mode, acquisition time mode and subregion acquisition mode are carried out specifically below by specific embodiment
It is bright.
Fig. 1 show the concrete structure schematic diagram of electronic equipment acquisition time mode, in electronic equipment 101, when electronics is set
After standby 101 receive acquisition time mode selection command, it is logical that the fast goalkeeper of the intelligence of electronic equipment 101 closes all acquisitions
Road, and the imaging sensor 103 in electronic equipment 101 will start, when user needs to acquire 101 right side of electronic equipment at the T1 moment
When the image information of border region, then the intelligent shutter 104 of electronic equipment will open Image Acquisition channel A, so that Image Acquisition is logical
Light in the road corresponding region A transmits imaging sensor 103 by Image Acquisition channel A, and then imaging sensor 103 receives and
From the light of Image Acquisition channel A, and generate the first image information.
When user is when needing to acquire the image information in 101 face region of electronic equipment at the T2 moment, then electronic equipment 101
The mode selection command for receiving the T2 moment, after receiving the mode selection command, it is logical that intelligent shutter 104 closes Image Acquisition
Road A, the corresponding unlatching Image Acquisition channel B after closing Image Acquisition channel A, so that imaging sensor 103 will not
The light for receiving two Image Acquisition channels simultaneously, ensure that imaging sensor 103 will not generate ghost image.Therefore, lead to
The light for crossing Image Acquisition channel B is received by imaging sensor 103 and generates the second image information.
Wherein, at the time of T1 moment and T2 moment are different, the electronic equipment for being in this way can lead in the case where fixation
Different acquisition channels is crossed to obtain different image informations, to realize the figure for completing multi-angle on same electronic equipment
As information collection.
It is illustrated in figure 3 the concrete structure schematic diagram of electronic equipment subregion acquisition mode, wherein in the electronic equipment 101
Imaging sensor 103 be divided into multiple photosensitive regions, each photosensitive region can independent reception light, and generate pair
The image information answered, after electronic equipment 101 receives subregion acquisition mode selection instruction, the intelligence of electronic equipment 101 is fast
Goalkeeper closes all acquisition channels, and the imaging sensor 103 in electronic equipment 101 will start, when user is at the T1 moment
When needing to acquire the image information in 101 right area of electronic equipment and face region, then the intelligent shutter of electronic equipment 101
104 will open Image Acquisition channel A and Image Acquisition channel B, so that the light in the corresponding region A of Image Acquisition channel passes through
Image Acquisition channel A transmits imaging sensor 103；Light in the corresponding region B of Image Acquisition channel passes through Image Acquisition channel B
Imaging sensor 103 is transmitted, and then imaging sensor 103 receives the light from Image Acquisition channel A and Image Acquisition channel B
Line, and generate the first image information and the second image information.
To be received simultaneously at least two image acquisition regions in electronic equipment 101 under subregion acquisition mode
Image information, and generate corresponding image information, and then in the case where stationary electronic devices, an electronic equipment 101
The image information collecting of different angle can be completed at the same time.
Further, in embodiments of the present invention, can also be run simultaneously in electronic equipment 101 timesharing image acquisition modality with
And sectional image acquisition mode, be illustrated in figure 4 electronic equipment of the embodiment of the present invention at the same run timesharing image acquisition modality with
And the structural schematic diagram of sectional image acquisition mode, when electronic equipment 101 receives sectional image acquisition mode and Time Index Chart
When as acquisition mode, then the intelligent shutter 104 in electronic equipment 101 will close all Image Acquisition channels, and at the same time opening
Imaging sensor 103, at the T1 moment, intelligent shutter 104 will open Image Acquisition channel A and Image Acquisition channel D, and same
When close Image Acquisition channel B and Image Acquisition channel C, so that the light in the corresponding region A of Image Acquisition channel passes through figure
As acquisition channel A reaches the first image sensing region of imaging sensor 103, and generates and correspond in the first image sensing region
The first image information.
The light in the corresponding region D of Image Acquisition channel transmits imaging sensor 103 by Image Acquisition channel D simultaneously
Second image sensing region, and the second image information is generated in the second image sensing region.
At the T2 moment, user needs to believe by the image in Image Acquisition channel B and Image Acquisition channel C corresponding region
Breath, at this point, the intelligent shutter 104 in electronic equipment 101 will first close Image Acquisition channel A and Image Acquisition channel D, and
Image Acquisition channel B and Image Acquisition channel C are opened, so that the light in the corresponding region Image Acquisition channel B can lead to
The first image sensing region that Image Acquisition channel B is transferred to imaging sensor 103 is crossed, and in the first image induction region
Interior generation third image information.
Light in the corresponding region of Image Acquisition channel C can be transferred to imaging sensor by Image Acquisition channel C
103 the second image sensing region, and third image information is generated in the second image sensing region.
In turn, multiple images acquisition can be acquired by timesharing image acquisition modality and sectional image acquisition mode simultaneously
The corresponding image information in channel, and generate the image information of multiple angles simultaneously on the image sensor.
Below by specific application environment, the following further describes the technical solution of the present invention.
Firstly, in the embodiment of the present application, electronic equipment 101 is camera, it is illustrated in figure 5 camera shooting of the embodiment of the present invention
Head application scenarios concrete structure schematic diagram imaging sensor is provided on computer in Fig. 5, catch up with imaging sensor be Fig. 1,
Any image sensor in Fig. 3, Fig. 4, and Image Acquisition channel 1 and Image Acquisition channel are additionally provided in the computer
2, Image Acquisition channel 1 and Image Acquisition channel 2 are guide-lighting optical fiber, and 1 one end of Image Acquisition channel connects imaging sensor,
The other end connects acquisition channel mouth A.
2 one end of Image Acquisition channel connects imaging sensor, and the other end connects acquisition channel mouth B, so that light can lead to
Image Acquisition passway A is crossed, imaging sensor is then transferred to by acquisition channel 1.Light in the corresponding region acquisition channel mouth B
Line can be transferred to imaging sensor by Image Acquisition channel 2.
When user needs to obtain the image information in the corresponding region acquisition channel mouth A the T1 moment, and it is logical not need acquisition
When image information in the corresponding region B of road junction, then user's control computer opens timesharing image acquisition modality, while in camera
Intelligent shutter is first shut off Image Acquisition channel 1 and Image Acquisition channel 2, after completion is closed in confirmation, the fast goalkeeper of intelligence
Reopen Image Acquisition channel 1, at this point, the light in the corresponding region acquisition channel mouth A can by acquisition channel mouth A and
It is transferred to imaging sensor by Image Acquisition channel 1, and generates corresponding first image information on the image sensor.
At the T2 moment, when user needs to obtain the image information in the corresponding region acquisition channel mouth B, then the intelligence in camera
Energy shutter will close Image Acquisition channel 1 at the T2 moment, and at the same time Image Acquisition channel 2 is opened, at this point, acquisition channel mouth B
Light in corresponding region can be transferred in imaging sensor by acquisition channel mouth B and Image Acquisition channel 2, and schemed
As generating the second image information in sensor.
At this point, computer can obtain the image information of different location and angle by a fixed camera, and
And it will will not be interfered with each other between two pieces of image information.
In addition, when user needs while obtaining the image information in acquisition channel mouth A and the corresponding region acquisition channel mouth B
When, the user's control computer opens sectional image acquisition mode, at this point, the fast goalkeeper of the intelligence in camera opens image simultaneously and adopts
Collect channel 1 and Image Acquisition channel 2, the light in the corresponding region acquisition channel A is transferred to image by Image Acquisition channel 1
Sensor, and generate the first image information.
The light in the corresponding region acquisition channel mouth B is transferred to imaging sensor by Image Acquisition channel 2 simultaneously, and raw
At the second image information.
Under sectional image acquisition mode, the camera in computer can generate not in same camera in the same time
Image information in logical region, to realize to the image information collecting in multi-angle and different location.
In addition a kind of image information collecting device is invented, which includes:
Imaging sensor, described image sensor include multiple regions；
Image Acquisition channel；
Wherein, under the fixing situation of described image sensor direction, the multiple regions in described image sensor pass through institute
The Image Acquisition channel acquisition image acquisition region for being in different angle stated in Image Acquisition channel corresponds to multiple and different images.
It is illustrated in figure 6 the concrete structure schematic diagram of a kind of electronic equipment of the embodiment of the present invention, wherein in the electronic equipment
Imaging sensor, the electronic equipment further includes M Image Acquisition channel, and M is the positive integer more than or equal to 2, wherein described
The corresponding image acquisition region in each Image Acquisition channel in M Image Acquisition channel, the electronic equipment specifically include:
Shutter device 601, for opening the first Image Acquisition channel in M Image Acquisition channel and with described
The second different Image Acquisition channel of one Image Acquisition channel, wherein the first image acquisition channel corresponds to N number of region
In first area, second Image Acquisition channel corresponds to second different from the first area in N number of region
Region；
Imaging sensor 602, at the T1 moment, the first area by the first image acquisition channel obtain with it is described
The first image information in corresponding first pickup area in first Image Acquisition channel, at the T1 moment, the second area passes through
Second Image Acquisition channel obtains the second image in the second pickup area corresponding with second Image Acquisition channel
Information.
It is illustrated in figure 7 the concrete structure schematic diagram of another electronic equipment of the embodiment of the present invention, wherein in the electronic equipment
Imaging sensor, the electronic equipment further includes M Image Acquisition channel, and M is the positive integer more than or equal to 2, wherein described
The corresponding image acquisition region in each Image Acquisition channel in M Image Acquisition channel, the specific electronic equipment include:
Shutter device 701, for opening the first Image Acquisition channel in M Image Acquisition channel at the T1 moment,
At the T2 moment, second Image Acquisition different from the first image acquisition channel in M Image Acquisition channel are opened
Channel, and close the first image acquisition channel；
Imaging sensor 702, for acquiring first figure by the first image acquisition channel at the T1 moment
As obtaining the first image information in corresponding first pickup area in channel, at the T2 moment, led to by second Image Acquisition
Road obtains the second image information in the second pickup area corresponding with second Image Acquisition channel, wherein wherein described
At the time of T1 moment and the T2 moment are different.
One or more technical solutions, has at least the following technical effects or advantages: provided by the embodiment of the present invention
By electronic equipment in embodiments of the present invention by timesharing image acquisition modality, can be acquired not at the time of difference
With the image information in region, so that the acquisition that different image informations is completed on the same image collecting device is realized,
And is not in interfering with each other between image, and then improves the Image Acquisition efficiency of image collecting device.
The image letter at least two image acquisition regions can be received simultaneously under subregion acquisition mode, in electronic equipment
Breath, and corresponding image information is generated, and then in the case where stationary electronic devices, an electronic equipment can be completed at the same time
The image information collecting of different angle improves the Image Acquisition efficiency of electronic equipment.
In addition, acquisition time mode is combined with subregion acquisition mode in the embodiment of the present application, by the son that is powered
Different angle is completed in equipment or the acquisition into multizone is carved in the image information timesharing of position, to further improve electronics
The Image Acquisition efficiency of equipment.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
Mind and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (11)
1. a kind of method for acquiring image information, which is characterized in that the method is applied to the image sensing in an electronic equipment
Device, the electronic equipment further include M Image Acquisition channel and shutter device, and M is the positive integer more than or equal to 2, described fast
Door gear can control whether each Image Acquisition channel opens, wherein each image in M Image Acquisition channel is adopted
Collect the corresponding image acquisition region in channel, which comprises
Determine that N number of Image Acquisition channel that different angle is in M acquisition channel obtains and N number of figure by the shutter device
As the corresponding N number of different image of pickup area；
Under the fixing situation of described image sensor direction, N number of region in described image sensor is adopted by the M image
N number of Image Acquisition channel that different angle is in collection channel obtains N number of different images corresponding with N number of image acquisition region, and N is
Integer more than or equal to 2 and less than M.
2. the method as described in claim 1, which is characterized in that have in the operating mode of described image sensor including subregion mould
It is described under the fixing situation of described image sensor direction when formula and at least two mode of time-shared fashion, described image sensing
N number of region on device is obtained by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel and N
A image acquisition region corresponds to N number of different images, specifically includes:
Obtain a mode selection command；
The mode selection command is executed, to determine one mode as current operation mode from least two mode；
It is N number of in described image sensor in the current operation mode and under the fixing situation of described image sensor direction
Region is obtained and N number of Image Acquisition by the N number of Image Acquisition channel for being in different angle in M Image Acquisition channel
Region corresponds to N number of different images.
3. method according to claim 2, which is characterized in that one mode selection command of the acquisition specifically includes:
Detect whether the selection operation for generating mode selection command；
When detecting the selection operation, the selection operation is responded, to generate the mode selection command.
4. method according to claim 2, which is characterized in that one mode selection command of the acquisition specifically includes:
It obtains within the scope of past preset time or preset times, operating mode records information when imaging sensor every task；
Information is recorded based on the operating mode, generates a mode selection command.
5. such as claim 1, method described in any claim in 2,3 or 4, which is characterized in that when N is more than or equal to 2, it is described
Under the fixing situation of described image sensor direction, N number of region in described image sensor passes through M Image Acquisition channel
In the N number of Image Acquisition channel for being in different angle obtain corresponding with N number of image acquisition region N number of different images, specific packet
It includes:
The first Image Acquisition channel in M Image Acquisition channel is opened by shutter device and is adopted with the first image
Collect the second different Image Acquisition channel of channel, wherein the first image acquisition channel corresponds to first in N number of region
Region, second Image Acquisition channel correspond to the second areas different from the first area in N number of region；
At the T1 moment, the first area is obtained and the first image acquisition channel pair by the first image acquisition channel
The first image information in the first pickup area answered；
At the T1 moment, the second area is obtained and second Image Acquisition channel pair by second Image Acquisition channel
The second image information in the second pickup area answered.
6. method as claimed in claim 5, which is characterized in that open the M Image Acquisition by shutter device described
Before the first Image Acquisition channel and the second Image Acquisition channel different from the first image acquisition channel in channel, institute
State method further include:
Described image sensor is divided to the N number of region for including at least the first area and second area.
7. such as claim 1, method described in any claim in 2,3 or 4, which is characterized in that described in institute when the N is 1
It states under the fixing situation of imaging sensor direction, N number of region in described image sensor passes through in M Image Acquisition channel
Different angle under N number of Image Acquisition channel obtain corresponding with N number of image acquisition region N number of different images, specifically include:
At the T1 moment, the first Image Acquisition channel in M Image Acquisition channel is opened, described image sensor passes through institute
State the first image information in corresponding first pickup area in the first Image Acquisition channel acquisition the first image acquisition channel；
At the T2 moment, second images different from the first image acquisition channel in M Image Acquisition channel are opened
Acquisition channel, and in the case where the first image acquisition channel is in and closes the border state status, described image sensor passes through described the
Two Image Acquisition channels obtain the second image information in the second pickup area corresponding with second Image Acquisition channel,
In, at the time of the T1 moment and the T2 moment are different.
8. such as claim 1, method described in any claim in 2,3 or 4, which is characterized in that when the N is more than or equal to 2, institute
It states under the fixing situation of described image sensor direction, N number of region in described image sensor passes through the M image image
N number of Image Acquisition channel under different angle in acquisition channel obtains N number of different images corresponding with N number of image acquisition region,
It specifically includes:
First photosensitive region of described image sensor correspond to the first Image Acquisition channel in the M image channel and with
The second different Image Acquisition channel of the first image acquisition channel, the second photosensitive region correspond in the M image channel
Third Image Acquisition channel and the fourth Image Acquisition channel different from third Image Acquisition channel；
At the T1 moment, the first image acquisition channel and third figure are opened by the shutter device in described image sensor
As acquisition channel, first photosensitive region acquires the first image acquisition channel pair by the first image acquisition channel
Answer the image information in region；
At the T1 moment, second photosensitive region acquires third Image Acquisition channel by third Image Acquisition channel
Image information in corresponding region；
At the T2 moment, the shutter device in described image sensor opens second Image Acquisition channel and the 4th image is adopted
Collect channel, and simultaneously close off the first image acquisition channel and third Image Acquisition channel, first photosensitive region is logical
It crosses second Image Acquisition channel and acquires image information in the corresponding region of second Image Acquisition channel；
At the T2 moment, second photosensitive region acquires the 4th Image Acquisition channel by the 4th Image Acquisition channel
Image information in corresponding region.
9. a kind of acquisition device of image information, which is characterized in that described device includes:
Imaging sensor, described image sensor include multiple regions；
M Image Acquisition channel, M are the positive integer more than or equal to 2；
Shutter device, can control whether each Image Acquisition channel opens；
Wherein, determined by the shutter device be in M acquisition channel different angle N number of Image Acquisition channel obtain with
The corresponding N number of different image in N number of region；
Under the fixing situation of described image sensor direction, N number of region in described image sensor is acquired by described image
The N number of Image Acquisition channel for being in different angle in channel obtains N number of different images corresponding with N number of image acquisition region, N
For the integer more than or equal to 2 and less than M.
10. a kind of electronic equipment, which is characterized in that the imaging sensor in the electronic equipment, the electronic equipment further include M
A Image Acquisition channel, M are the positive integer more than or equal to 2, wherein each Image Acquisition in M Image Acquisition channel
Channel corresponds to an image acquisition region, and the electronic equipment includes:
Shutter device, for opening the first Image Acquisition channel and and the first image in M Image Acquisition channel
The second different Image Acquisition channel of acquisition channel, wherein the first image acquisition channel corresponds to the firstth area in N number of region
Domain, second Image Acquisition channel correspond to the second areas different from the first area in N number of region；
Imaging sensor, at the T1 moment, the first area is obtained and first figure by the first image acquisition channel
As the first image information in corresponding first pickup area of acquisition channel, at the T1 moment, the second area passes through described the
Two Image Acquisition channels obtain the second image information in the second pickup area corresponding with second Image Acquisition channel.
11. a kind of electronic equipment, which is characterized in that the imaging sensor in the electronic equipment, the electronic equipment further include M
A Image Acquisition channel, M are the positive integer more than or equal to 2, wherein each Image Acquisition in M Image Acquisition channel
Channel corresponds to an image acquisition region, and the electronic equipment includes:
Shutter device, at the T1 moment, the first Image Acquisition channel opened in M Image Acquisition channel is opened at the T2 moment
The second Image Acquisition channels different from the first image acquisition channel in M Image Acquisition channel are opened, and are closed
The first image acquisition channel；
Described image sensor is obtained for acquiring the first image by the first image acquisition channel at the T1 moment
The first image information obtained in corresponding first pickup area in channel is obtained at the T2 moment by second Image Acquisition channel
Obtain the second image information in the second pickup area corresponding with second Image Acquisition channel, wherein wherein when the T1
Carve with the T2 moment be it is different at the time of.
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| CN101256275A (en) * | 2008-04-08 | 2008-09-03 | 天津大学 | Microminiaturization co-image face panoramic imagery technique |
| CN101378559A (en) * | 2007-08-30 | 2009-03-04 | 联想移动通信科技有限公司 | Mobile phone capable of panorama shooting by pick-up head combination |
| CN101945169A (en) * | 2010-09-09 | 2011-01-12 | 深圳市融创天下科技发展有限公司 | Method, system and mobile communication terminal for shooting and playing |
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| CN101378559A (en) * | 2007-08-30 | 2009-03-04 | 联想移动通信科技有限公司 | Mobile phone capable of panorama shooting by pick-up head combination |
| CN101256275A (en) * | 2008-04-08 | 2008-09-03 | 天津大学 | Microminiaturization co-image face panoramic imagery technique |
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