CN204258938U - Full-view image mobile device - Google Patents
Full-view image mobile device Download PDFInfo
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- CN204258938U CN204258938U CN201420759411.4U CN201420759411U CN204258938U CN 204258938 U CN204258938 U CN 204258938U CN 201420759411 U CN201420759411 U CN 201420759411U CN 204258938 U CN204258938 U CN 204258938U
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Abstract
A kind of full-view image mobile device, comprising a main body and can receive camera unit.Main body comprises processing unit and memory cell.Camera unit can be received and comprise one or more image sensor and the movable structural elements be connected in main body.Structural elements is accommodated in main body when reception position, protrudes from outside main body when camera site.Image sensor is embedded in structural elements, and is electrically connected with processing unit.When camera site, processing unit controls image sensor to take photograph or film.Processing unit performs image processing software stored in memory cell, is a distant view photograph or panorama film the photo captured by image sensor or film to be sewed up.Full-view image mobile device allows user shoot to include the distant view photograph of photographer's image, and in addition, user is without the need to hand-held voluntarily and whirligig, and structural elements can completely be accommodated in mobile device, all increases the convenience of use.
Description
Technical field
The utility model is have the mobile device about for filmed image, particularly a kind of full-view image mobile device.
Background technology
The mobile device such as smart mobile phone and panel computer is day by day universal, not only brings the facility of communication, and camera built-in in mobile device more allows user can record per a moment in life whenever and wherever possible.According to the data of photograph sharing website Flickr, the number of pictures uploaded captured by the iPhone utilizing Apple to produce is the front three of this website, is only thereafter the photo that digital S.L.R is uploaded.
Because factors such as the size restrictions of image sensor, photograph captured by mobile device and the image quality of film are no more than digital S.L.R, but mobile device can in conjunction with communication function and shoot function, and various Mobile solution software can be utilized to carry out making immediately to shooting photograph and film, are all functions that digital S.L.R does not possess, therefore become first-selection when user lives with photologging.
Distant view photograph or film can provide user the effect of being personally on the scene, and therefore have many mobile device application software to provide the function of pan-shot.This type of mobile device application software all requires that user's hand-held moving device rotates to take multiple different visual angles continuously and the photograph overlapped each other, and these photographs are carried out rear system to obtain panoramic picture with image suturing skill.But because photographer needs hand-held moving device to rotate, cannot take in photographer in gained panoramic picture, make user together cannot take a group photo with the scene instantly moved, be very unfortunate.In addition, in order to successfully shoot distant view photograph, when user's hand-held moving device rotates, need maintain certain rotation speed, and control in certain scope by the vertical height of mobile device, shooting is easily failed and operation is upper and not convenient.
Utility model content
Therefore, need a kind of device of the photo that pans badly, shoot the distant view photograph including photographer's image to allow user, and promote the operation ease of the photo that pans.
One side of the present utility model is a kind of full-view image mobile device, and full-view image mobile device comprises main body and can receive camera unit.Main body comprises processing unit and memory cell.Camera unit can be received and comprise structural elements and one or more image sensor being embedded in structural elements.Structural elements is accommodated in main body when being arranged in reception position, when structural elements is positioned at camera site, protrudes from outside main body.When structural elements is positioned at camera site, processing unit controls image sensor shooting multiframe photograph or multiple film, and to perform that captured photograph or film sew up by image processing software that be stored in memory cell be a panoramic picture or panorama film.
In an embodiment, image sensor be 360 degree in conjunction with horizontal visible angle.
In an embodiment, full-view image mobile device also comprises an input unit, in order to receive the information of the visible angle scope of setting panorama film, processing unit performs the image processing software being stored in memory cell, and according to visible angle scope, dynamically reserved memory space in setting memory cell.
In an embodiment, when structural elements is positioned at reception position, at least one and one or more aligned be positioned on the front of main body or the back side in image sensor, processing unit controls photograph or the film of at least one shooting limited visual angle in image sensor.
In an embodiment, when structural elements is positioned at camera site, orthogonal with the long limit of the bounding rectangles around this main body.
In an embodiment, camera unit can be received and comprise a motor unit, motor unit and processing unit are electrically connected, processing unit controls motor unit, with the radial central axis of structural elements for pivot image rotating sensor, processing unit control image sensor in rotation during at different multiple angle shot multiframe photographs, and rotate during image sensor be 360 degree in conjunction with horizontal visible angle.
In an embodiment, structural elements is pivoted to main body.
Full-view image mobile device described by the utility model has following benefit.When panning photograph or film, full-view image mobile device takes multiframe photograph or multiple film through the control multiple image sensor be embedded in structural elements simultaneously, or with motor rotate be embedded in structural elements image sensor to take the multiframe photograph of visible angle complementation, allow user shoot to include the distant view photograph of photographer's image.In addition, adopt the technical program user without the need to hand-held voluntarily and whirligig, also promote the operation ease of the photo that pans.Structural elements can completely be accommodated in mobile device, increases again the convenience of use.In an embodiment, image sensor when reception position be arranged at the aligned of main body, use using camera before full-view image mobile device (Front Facing Camera) or rear camera (Back Facing Camera).In another embodiment, structural elements is given prominence to and perpendicular to the long limit around main body, with person's grip body easy to use, and is avoided the hand of user to stop the visual angle of camera when camera site.In another embodiment, user more inputs the visible angle scope of information setting panorama film, the reserved memory space of panoramic picture or film is stored, to reach the effect of saving storing memory body space in the visible angle range set memory body of image processing software set by user.
Accompanying drawing explanation
For above and other object of the present utility model, feature, advantage and embodiment can be become apparent, appended the description of the drawings is as follows:
Figure 1A is that the full-view image mobile device that illustrates according to the first embodiment of the present utility model is in the external structure schematic diagram of reception position;
Figure 1B is that the full-view image mobile device that illustrates according to the first embodiment of the present utility model is in the external structure schematic diagram of camera site;
Fig. 1 C is that the full-view image mobile device that illustrates according to the first embodiment of the present utility model is in the first visual angle external structure schematic diagram of camera site;
Fig. 1 D is that the full-view image mobile device that illustrates according to the first embodiment of the present utility model is in the second visual angle external structure schematic diagram of camera site; And
Fig. 1 E is the block schematic diagram of the full-view image mobile device illustrated according to the first embodiment of the present utility model.
Embodiment
Below with accompanying drawing and clear exposure technology contents will be described in detail, its object is also not used to limit the utility model, and the description of structure operation is not used to limit its order performed, any structure reconfigured by element, produce the device with impartial effect, be all the scope that the utility model is contained.In addition, accompanying drawing only for the purpose of description, is not mapped according to life size.For making to be convenient to understand, in following explanation, similar elements illustrates with identical symbology.In addition, have in any art and usually know that the knowledgeable is after the listed embodiment of understanding, when by the technology of the utility model institute teaching, can being changed and modifying, do not depart from spirit of the present utility model and scope.
Figure 1A and Figure 1B is respectively the full-view image mobile device 100 that illustrates according to the first embodiment of the present utility model in the external structure schematic diagram of reception position and camera site, illustrates the interconnective relation of hardware structure in full-view image mobile device 100.Full-view image mobile device 100 comprises main body 110 and can receive camera unit 120.Main body 110 controls can receive camera unit 120 with photograph or the film of panning, and the anatomical connectivity relation of each element is below described.
As shown in the figure, main body 110 comprises again a display unit 112, and be positioned at a hole 1104 in main body front, camera unit 120 can be received and then comprise a structural elements 122 and image sensor 124, image sensor 124 is embedded in structural elements 122, structural elements 122 is connected with main body 110 is movable, therefore as shown in Figure 1A, structural elements 122 is accommodated in when being positioned at a reception position among body 110, and as shown in Figure 1B, when structural elements 122 is moved to a camera site, structural elements 122 protrudes from outside body.
In an embodiment, image sensor 124 is CCD image sensor, and in another embodiment, image sensor 124 is CMOS image sensor.
In an embodiment, structural elements 122 is pivoted to main body 110 with a pivot 1102, pivot 1102 is arranged on the backboard of main body 110, and through the hole be arranged at bottom structural elements 122, structural elements 122 is made to be subject to an external force, and external force is when having a component vertical with the radial central axis of structural elements 122, rotate centered by pivot 1102, rotation direction is parallel with the backboard direction of main body 110.
In another embodiment, when reception position, structural elements 122 top part adjacent with main body 110 arranges a bayonet unit, as magnetic clasp or trip, so that structural elements 122 is fixed on reception position, when camera site, bottom structural elements 122, side part adjacent with main body 110, also arranges a bayonet unit, so that structural elements 122 is fixed on camera site, those skilled in the art can otherwise fixed structural member 122, is not limited to examples cited.
In other embodiments, structural elements 122 is connected to main body 110 with a spring, and one bayonet unit is set in structural elements 122 top and main body 110 adjacent, when blocking or buckle, then structural elements 122 is fixed on reception position, is accommodated in main body 110, when untiing bayonet unit, namely structural elements 122 ejects outside main body 110, is positioned at camera site.Those skilled in the art, after consulting the utility model, when can other movable connected modes between design agents 110 and structural elements 122, be not limited to the utility model examples cited.
In the present embodiment, when structural elements 122 is positioned at reception position, image sensor 124 is aimed at the hole 1104 set by main body 110 front, makes the light path of image sensor 124 not interrupted.
Fig. 1 C is also for the full-view image mobile device 100 illustrated according to the first embodiment of the present utility model is in the first visual angle external structure schematic diagram of camera site, Fig. 1 D is that the full-view image mobile device that illustrates according to the first embodiment of the present utility model is in the second visual angle external structure schematic diagram of camera site, in Fig. 1 C and Fig. 1 D, display structure component 122 is embedded with multiple image sensor 124A ~ D, and the English alphabet after label is as the use of difference.
In the present embodiment, structural elements 122 is a cubic column type, its four sides is all embedded with image sensor 124A ~ D, and the visible angle of image sensor 124 is about 100 degree, therefore image sensor 124 visual range being each other embedded in the four sides of structural elements 122 has overlap, and one of all image sensor 124 is 360 degree in conjunction with horizontal visible angle.
In addition, main body 110 is provided with hole 1104A/B in front and the back side, also distinguished in suffix English alphabet mode, as shown in the figure, when structural elements 122 is positioned at reception position, image sensor 124A aims at hole 1104A, hole 1104B also aims at another the image sensor 124C on structural elements 122, therefore when reception position, the image sensor 124 can received in camera unit 120 also uses, in order to take photograph or the film of limited visual angle respectively as front and back camera.
In another embodiment, structural elements 122 also can be polygon column type, the all embedded image sensor 124 of every one side in polygon post, what make all image sensor 124 is 360 degree in conjunction with horizontal visible angle, and the embedded image sensor 124 of the structural elements 122 of polygon column type is when reception position, wherein at least one is aimed at the hole 1104 in the front or the back side that are arranged at main body 110.
In another embodiment, when structural elements 122 is positioned at camera site, give prominence to from the long limit around the shape based moment type of main body 110, and orthogonal with it, with person's grip body 110 easy to use, and avoid the light path within the scope of the visible angle of the hand stop image sensor 124 of user.
Fig. 1 E is the block schematic diagram of the full-view image mobile device illustrated according to the first embodiment of the present utility model, illustrates the electrical connection in full-view image mobile device 100.
In main body 110 except display unit 112, also comprise processing unit 114, memory cell 116 and an input unit 118, be electrically connected between each unit.An image processing software is had in memory cell 116, image processing software comprises an instruction set, and processing unit 114 performs instruction set with utilize image to sew up photograph that (Image Stitching) algorithm overlaps each other in conjunction with multiframe visual angle or film.In an embodiment, main body 110 is a smart mobile phone (Smart phone), display unit 112 and input unit 118 are combined into a contact panel (Touch Panel), processing unit 114 is an arm processor, and memory cell 116 is a fast flash memory bank (Flash Memory).In another embodiment, main body 110 is a panel computer, and display unit 112 is a liquid crystal (LCD) screen, and processing unit 114 is a MIPS processor, and memory cell 116 is a SD memory card, and input unit 118 is an external connection keyboard.The foregoing is only example and each element is described, and be not used to limit the present invention.
Camera unit 120 can be received and comprise one or more image sensor 124 and structural elements 122 (not being illustrated in this figure), only illustrate single image sensor 124 in accompanying drawing to represent, image sensor 124 and processing unit 114 are electrically connected, when structural elements 122 is positioned at camera site, processing unit 114 controls image sensor 124 and takes multiframe photograph or multiple film simultaneously, and performing the image processing software being stored in memory cell 116, the photograph captured by each image sensor 124 or film being sewed up is a panoramic picture or panorama film.
Full-view image mobile device 100 controls to be embedded in multiple image sensor 124 in structural elements 122 with processing unit 114 and takes multiframe photograph or multiple film simultaneously, user is without the need to autorotation device, greatly improve the convenience of pan photograph or film, also can user be taken in photo, overcome tradition to pan the restriction of phase sheet devices or Mobile solution software, in addition, structural elements 122 can completely be accommodated in main body 110, can increase the convenience of use.
Moreover, when bright dark portion has sharp contrast or has strong light source in the environment, whirligig is taken multiple photographs continuously and will be caused aperture cannot dynamic conditioning traditionally, captured panoramic picture or the easy highlights overexposure of film or shadow exposure not enough, and the utility model uses multiple image sensor 124 to take photograph or the film of different visual angles respectively, each image sensor 124 can be allowed to adjust exposure respectively, produce panoramic picture or the film of uniform exposure.
In addition, when structural elements 122 is positioned at reception position, because at least one in image sensor 124 aims at the hole 1104 being positioned at main body 110 front or quilt cover, image sensor 124 light path of alignment holes 1104 is not interrupted, therefore these image sensor 124 use as front camera or rear camera by processing unit 114, and control photograph or the film that these image sensor 124 take limited visual angle.
In an embodiment, full-view image mobile device 100 receives the information of the visible angle scope of setting panorama film through input unit 118, processing unit 114 performs the image processing software being stored in memory cell 116, and according to set adjustable visible angle scope, the reserved memory space dynamically in setting memory cell 116.Specifically, when panning film, stored film often accounts for memory space in pole, therefore, user is when captured panorama film browsed by sustainable utilization display unit 112, also can utilize input unit 118 in horizontal viewable angle, a scope of choosing is as the visible angle scope for filing, then processing unit 114 can according to selected scope, judge the size should reserving memory space in memory cell 116, to store visible angle part selected by user in captured panorama film, and save storage area.
In an embodiment, can receive camera unit 120 and also comprise a motor unit 126, motor unit 126 and processing unit 114 are electrically connected, and motor unit 126 is a stepper motor, a syncmotor or a linear motor.Processing unit 114 controls motor unit 126 with the radial central axis of structural elements 122 for pivot, rotate embedded image sensor 124, processing unit 114 controls image sensor 124 at different multiple angle shot multiframe photographs during rotation, and during rotating, image sensor 124 takes in different angles is 360 degree in conjunction with horizontal visible angle.
In another embodiment, when a structural elements 122 only embedded image sensor 124, and the horizontal viewable angle of image sensor 124 is greater than 90 degree, then processing unit 114 controls after image sensor 124 takes a photograph, control motor unit 126 to rotate, namely every 90-degree rotation controls image sensor 124 and takes a frame photograph, after rotation 270 degree, performing image processing software stored on memory cell 116, is a panoramic picture by captured horizontal viewable angular superposition and in conjunction with the four photograph frames stitchings that horizontal visible angle is 360 degree.
In an embodiment again, embedded two the image sensor 124A/124B of structural elements 122, the position of its embedded structure component 122 as shown in Figure 1 C, the horizontal viewable angle of image sensor 124A/124B is greater than 90 degree, then processing unit 114 controls after image sensor 124A/124B respectively takes a frame photograph, control motor unit 126 and revolve turnback, control again image sensor 124A/124B and respectively take a frame photograph, then perform image processing software stored on memory cell 116, being sewed up by four captured photograph frames is a panoramic picture.Those skilled in the art is after reference the utility model, image sensor quantity and the position of structural elements 122 can be embedded according to application demand design, design treatment unit 114 controls the mode of motor unit 126 further again, with the photograph captured by each image sensor 124 during reaching rotation is the object of 360 degree in conjunction with horizontal visible angle, and sews up captured photograph through image processing software and produce panoramic picture.Quantity and motor unit 126 rotation mode of embedded image sensor 124 are not limited to examples cited, such as, the embedded position of structural elements 122 can image sensor 124A/124C as shown in figs 1 c and 1d, be positioned at into the surface that the structural elements 122 of corner column type is relative, after then processing unit 114 controls image sensor 124A/C shooting photograph, motor unit 126 only needs 90-degree rotation again, processing unit 114 can control image sensor 124 and take photograph once again, and gained four frame photograph be 360 degree in conjunction with horizontal visible angle.
Use motor unit 126 image rotating sensor 124 to obtain panoramic picture in the present embodiment, user is provided photographer to be taken in the solution of distant view photograph, also reduce the quantity of required image sensor 124, image sensor 124 also can adjust exposure for highlights and dark portion.
In sum, full-view image mobile device 100 controls the multiple image sensor 124 be embedded in structural elements 122 and takes photograph or film simultaneously, or the rotation of control motor unit 126 is embedded in the image sensor 124 of structural elements 122 to take the multiframe photograph of visible angle complementation, re-use image processing software and sew up captured photograph or film, allow user shoot to include panoramic picture or the film of photographer's image, for user saves the hand-held voluntarily and trouble of whirligig, promote the success rate of the photo that pans.Structural elements 122 can completely be accommodated in full-view image mobile device 100, increases the convenience used.In image sensor 124, at least one is aimed at the hole 1104 being arranged at main body 110 when reception position, uses using camera before full-view image mobile device 100 or rear camera.Structural elements 122 is given prominence to and perpendicular to the long limit around main body 110, with person's grip body 110 easy to use, and is avoided the hand of user to stop the visual angle of image sensor 124 when camera site.User more inputs the visible angle scope of information setting panorama film, processing unit 114 performs the reserved memory space storing panorama film in the visible angle range set memory cell 116 of image processing software set by user again, to reach the effect of saving memory resources.
Although the utility model discloses as above with execution mode; so itself and be not used to limit the utility model; anyly be familiar with this those skilled in the art; not departing from spirit and scope of the present utility model; when being used for a variety of modifications and variations, the scope that therefore protection range of the present utility model ought define depending on appending claims is as the criterion.
Claims (6)
1. a full-view image mobile device, is characterized in that, comprises:
One main body, comprises a processing unit and a memory cell; And
One can receive camera unit, comprises: a structural elements, is movablely connected to this main body, wherein when this structural elements is positioned at a reception position, this structural elements is accommodated in this main body, and when this structural elements is positioned at a camera site, this structural elements protrudes from outside this main body; And one or more image sensor, be embedded in this structural elements, and be electrically connected with this processing unit;
Wherein when this structural elements is positioned at this camera site, this processing unit controls described image sensor shooting multiframe photograph or multiple film, and is a panoramic picture or a panorama film by described photograph or film stitching.
2. full-view image mobile device according to claim 1, is characterized in that, one of described image sensor is 360 degree in conjunction with horizontal visible angle.
3. full-view image mobile device according to claim 1, it is characterized in that, when this structural elements is positioned at this reception position, at least one and one or more aligned be positioned on the front of this main body or the back side in described image sensor, this processing unit controls photograph or the film of at least one shooting limited visual angle in this image sensor.
4. full-view image mobile device according to claim 1, is characterized in that, when this structural elements is positioned at this camera site, orthogonal with the long limit of the bounding rectangles around this main body.
5. full-view image mobile device according to claim 1, it is characterized in that, this can be received camera unit and comprise a motor unit, this motor unit and this processing unit are electrically connected, this processing unit controls this motor unit, with a radial central axis of this structural elements for pivot is to rotate described image sensor, this processing unit control this image sensor in rotation during described in different multiple angle shots photograph, during rotation, one of this image sensor is 360 degree in conjunction with horizontal visible angle.
6. full-view image mobile device according to claim 1, is characterized in that, this structural elements is pivoted to this main body.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420759411.4U CN204258938U (en) | 2014-12-05 | 2014-12-05 | Full-view image mobile device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420759411.4U CN204258938U (en) | 2014-12-05 | 2014-12-05 | Full-view image mobile device |
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| CN204258938U true CN204258938U (en) | 2015-04-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105791688A (en) * | 2016-03-04 | 2016-07-20 | 海信电子科技（深圳）有限公司 | Mobile terminal and imaging method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105791688A (en) * | 2016-03-04 | 2016-07-20 | 海信电子科技（深圳）有限公司 | Mobile terminal and imaging method |
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