CN208509054U - A kind of filming apparatus - Google Patents
A kind of filming apparatus Download PDFInfo
- Publication number
- CN208509054U CN208509054U CN201820897544.6U CN201820897544U CN208509054U CN 208509054 U CN208509054 U CN 208509054U CN 201820897544 U CN201820897544 U CN 201820897544U CN 208509054 U CN208509054 U CN 208509054U
- Authority
- CN
- China
- Prior art keywords
- light
- eyeglass
- guide
- camera
- processing unit
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Studio Devices (AREA)
Abstract
The utility model embodiment discloses a kind of filming apparatus, including camera, guide-lighting processing unit, driving support device and movable eyeglass；Wherein, the leaded light processing unit is used to for light being directed into the light-emitting window of the guide-lighting processing unit from the light inlet of the guide-lighting processing unit, the light inlet is arranged on the shell of the filming apparatus, along export direction of the light from the light-emitting window, the light-emitting window is oppositely arranged with the movable eyeglass；The driving support device is for moving the movable eyeglass, so that the activity eyeglass receives the light derived from the light-emitting window；The activity eyeglass, for by the light refraction derived from the light-emitting window or being transmitted through the camera lens of the camera.
Description
Technical field
The utility model relates to field of electronic devices, and in particular to a kind of filming apparatus.
Background technique
Present filming apparatus such as smart phone, tablet computer etc. generally has preposition camera function, and in order to realize
Preposition camera function, current existing method is that front camera is installed in shell.With the continuous improvement of living standards, people
When using mobile phone or tablet computer, increasingly pursue biggish screen accounting.When using screen comprehensively, need to be placed on originally
The devices such as mobile phone or the front camera on tablet computer head, earpiece, light sensitive device are moved away or are avoided, and otherwise, display screen is necessary
Do abnormity cutting.And the abnormity cutting of display screen significantly increases the cost of display screen.
Utility model content
The utility model embodiment provides a kind of filming apparatus, at least can achieve mobile phone with preposition camera function or
The equipment such as tablet computer are when using screen comprehensively, without carrying out abnormity cutting to display screen, without increasing display screen processing
The purpose of cost.
The technical solution of the utility model embodiment is achieved in that
A kind of filming apparatus, including camera further include guide-lighting processing unit, drive support device and movable eyeglass,
In:
The leaded light processing unit, for light to be directed into from the leaded light from the light inlet of the guide-lighting processing unit
Manage the light-emitting window of device；Wherein, the light inlet is arranged on the shell of the filming apparatus；Along light from the light-emitting window
Export direction on, the light-emitting window is oppositely arranged with the movable eyeglass；
The driving support device, for moving the movable eyeglass, so that the activity eyeglass is received from the light out
Light derived from mouthful；
The activity eyeglass, for by the light refraction derived from the light-emitting window or being transmitted through the mirror of the camera
Head.
In the utility model embodiment, the leaded light processing unit includes light pipe and guide-lighting mirror, and the light pipe has
More than one inflection point, and the guide-lighting mirror is respectively provided at the inflection point inside each light pipe；
One end nozzle of the light pipe is the light-emitting window of the guide-lighting processing unit；
It is the light inlet of guide-lighting processing unit described in the other end nozzle of the light pipe.
In the utility model embodiment, coating is for reducing the anti-tampering of ambient light interference on the inner tubal wall of the light pipe
Layer.
In the utility model embodiment, the leaded light mirror is plane mirror or spherical mirror or throwing face mirror.
In the utility model embodiment, the driving support device includes base platform, and the base platform is equipped with rail
Road sliding slot；The frame of the activity eyeglass is arranged in the track runner, and the frame and the track of the movable eyeglass
Sliding slot is slidably connected.
In the utility model embodiment, the flexible mirror on piece has more than two eyeglasses, and more than two described
Glide direction of the eyeglass on the in-orbit road sliding slot of the movable eyeglass is arranged side by side；
Wherein, interference preventing slots is set between eyeglass described in the two panels of arbitrary neighborhood.
In the utility model embodiment, there are three the eyeglasses, and three eyeglasses are respectively the first eyeglass, the second mirror
Piece and third eyeglass；
The track runner is equipped with station；Wherein,
When first eyeglass is moved to the station by the track runner, first eyeglass, camera and
The preceding camera shooting unit that guide-lighting processing unit constitutes for realizing preposition shooting function；
When second eyeglass is moved to the station by the track runner, second eyeglass, camera and
The optical camera shooting unit that guide-lighting processing unit constitutes for realizing postposition shooting function；
When the third eyeglass is moved to the station by the track runner, the third eyeglass, camera and
Guide-lighting processing unit constitutes the optical function shooting unit for improving postposition shooting effect.
In the utility model embodiment, the frame of the movable eyeglass at first eyeglass be equipped with for
The guide lighting channel of the light-emitting window alignment connection.
In the utility model embodiment, the driving support device includes driving lever and driving push button, the shaft of the driving lever
It is arranged in the base platform, the connecting pin of the driving lever is connect with the movable eyeglass, the driving end of the driving lever and institute
State driving push button connection.
In the utility model embodiment, the shaft of the driving lever offers limit slide opening, and the base platform is equipped with and is used for
It is arranged in the limit slide opening, and the limited post moved back and forth can be done in the hole of the limit slide opening；The driving lever passes through
The limit slide opening is connect with the mating connection of the limited post with the base platform.
The utility model embodiment provides a kind of filming apparatus, including camera, guide-lighting processing unit, driving support dress
It sets and movable eyeglass；Wherein, the guide-lighting processing unit is used to for light being directed into from the light inlet of the guide-lighting processing unit
The light-emitting window of the leaded light processing unit, the light inlet is arranged on the shell of the filming apparatus, along light from described
On the export direction of light-emitting window, the light-emitting window is oppositely arranged with the movable eyeglass；The driving support device is for moving
The activity eyeglass, so that the activity eyeglass receives the light derived from the light-emitting window；The activity eyeglass, for will be from
Light refraction derived from the light-emitting window or the camera lens for being transmitted through the camera.Preposition take the photograph is being carried out using the filming apparatus
As shooting function in use, the light inlet is arranged on the front housing of mobile phone or tablet computer, the light inlet penetrates display screen
Ambient is collected, and light is directed into the flexible mirror on piece from the light-emitting window, and by the guide-lighting eyeglass by light
It refracts in the camera lens of the camera, to realize preposition photography function；Postposition is being carried out using the filming apparatus
Photography function is in use, only need to remove the movable eyeglass by the driving support device, to make described take the photograph
As head directly carries out postposition photography function；A camera, which is achieved, can be carried out preposition shooting function and postposition shooting function
Can, avoiding tradition, there are the camera shootings of front camera on a display screen using mobile phone or the tablet computer needs shielded comprehensively
Hole, to carry out abnormity cutting to display screen.
Detailed description of the invention
Fig. 1 is a kind of main view for filming apparatus partial structurtes that the utility model embodiment one provides；
Fig. 2 is a kind of structural schematic diagram for guide-lighting processing unit that the utility model embodiment two provides；
Fig. 2-a is a kind of bottom view for guide-lighting processing unit that the utility model embodiment two provides；
Fig. 2-b is a kind of left view for guide-lighting processing unit that the utility model embodiment two provides；
Fig. 2-c is a kind of perspective view for guide-lighting processing unit that the utility model embodiment two provides；
Fig. 3 is the guide-lighting processing device structure diagram of another kind that the utility model embodiment two provides；
Fig. 4 is the structural schematic diagram of the driving support device that the utility model embodiment three provides and movable eyeglass cooperation；
Fig. 5 is the main view for the base platform that the utility model embodiment three provides；
Fig. 5-a is the right view for the base platform that the utility model embodiment three provides；
Fig. 5-b is the left view for the base platform that the utility model embodiment three provides；
Fig. 5-c is the top view for the base platform that the utility model embodiment three provides；
Fig. 6 is the movable eyeglass main view of eyeglass with there are three that the utility model embodiment three provides；
Fig. 6-a is the perspective view of the movable eyeglass of eyeglass with there are three that the utility model embodiment four provides；
Fig. 6-b is the rearview of the movable eyeglass of eyeglass with there are three that the utility model embodiment four provides；
Fig. 6-c is the bottom view of the movable eyeglass of eyeglass with there are three that the utility model embodiment four provides；
Fig. 6-d is the half section of the bottom view of the movable eyeglass of eyeglass with there are three that the utility model embodiment four provides
Figure；
Fig. 6-e is the left view of the movable eyeglass of eyeglass with there are three that the utility model embodiment four provides；
Fig. 7 is a kind of main view for filming apparatus partial structurtes that the utility model embodiment four provides；
Fig. 7-a is a kind of top view for filming apparatus partial structurtes that the utility model embodiment four provides；
Fig. 7-b is a kind of perspective view for filming apparatus partial structurtes that the utility model embodiment four provides；
Fig. 7-c is a kind of explosive view for filming apparatus partial structurtes that the utility model embodiment four provides；
Fig. 8 is the structural schematic diagram of the limit slide opening that the utility model embodiment five provides and limited post cooperation；
Fig. 9 is the main view for the driving lever that the utility model embodiment five provides；
Fig. 9-a is the top view for the driving lever that the utility model embodiment five provides；
Fig. 9-b is the left view for the driving lever that the utility model embodiment five provides；
Fig. 9-c is the perspective view for the driving lever that the utility model embodiment five provides；
Figure 10 is the main view for the driving lever that the utility model embodiment five provides；
Figure 10-a is the left view for the driving lever that the utility model embodiment five provides；
Figure 10-b is the half sectional view of the left view for the driving lever that the utility model embodiment five provides；
Figure 10-c is the rearview for the driving lever that the utility model embodiment five provides；
Figure 10-d is the perspective view for the driving lever that the utility model embodiment five provides.
Specific embodiment
The technical solution of the utility model is done with reference to the accompanying drawings and specific embodiments of the specification and is further explained in detail
It states.
Embodiment one
The utility model embodiment provides a kind of filming apparatus, and as shown in Fig. 1 and Fig. 7-a, which includes: to take the photograph
As head 1, guide-lighting processing unit 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 can be the camera with independent shooting function, and camera 1 is fixedly mounted on filming apparatus
In shell 5.
Guide-lighting processing unit 2 is used to pass through the light outside filming apparatus shell 5 light inlet and the institute of guide-lighting processing unit 2
The light-emitting window for stating guide-lighting processing unit 2 is directed into filming apparatus shell 5, wherein the shell 5 of filming apparatus is arranged in light inlet
On, light-emitting window is located in the shell 5 of filming apparatus.
Driving support device 3 can allow movable eyeglass 4 to be moved for disposing movable eyeglass 4.When movable eyeglass 4
The light derived from light-emitting window can be received by being moved to, and when by position of the light refraction into camera 1, camera 1 can be clapped
The scene to act as regent at light inlet；And when movable eyeglass 4 is opened from the position is mobile, movable eyeglass 4 then can not be to from light-emitting window
Derived light is reflected, so that camera 1 directly shoots the scene at its camera lens.
In the present embodiment, when filming apparatus is mobile phone or tablet computer, camera 1 is in mobile phone or tablet computer
Rear camera 1, light inlet are arranged on the front housing of mobile phone or tablet computer.
It should be noted that, in the utility model embodiment, light-emitting window is arranged according to the actual situation simultaneously,
Specifically in use, camera 1 can be front camera, then, any position on shell 5 then can be set in light-emitting window
It sets, to realize the shooting located at the position of the light outlet.
Driving can be passed through when using preposition camera function using filming apparatus provided by the embodiment of the utility model
The position of 3 adjustment activity eyeglass 4 of support device enables movable eyeglass 4 to refract light into camera 1, then by entering light
Mouth collects ambient through the display screen of mobile phone or tablet computer, and light is directed into movable eyeglass 4 from the light-emitting window
On, it is finally refracted light into the camera lens of the camera 1 by 24, guide-lighting mirror, to realize preposition photography function.
When setting camera function after use, movable eyeglass 4 can be removed by driving support dress, or in movable eyeglass
Setting transmission eyeglass on 4, can get in rear camera in this way to avoid the light come out from light-emitting window, to realize that postposition is taken the photograph
As shooting function.
Filming apparatus provided by the embodiment of the utility model, it is right in traditional method when avoiding using comprehensive screen mobile phone
The problem of display screen carries out abnormity cutting, increases cost；Also, filming apparatus provided by the embodiment of the utility model can also be with
The mobile phone for having preposition camera function or tablet computer are optimized for a camera is only arranged, without being used in mobile phone or plate
Front camera is both set in computer, there is provision of rear camera, therefore reduces camera in mobile phone or tablet computer
Cost, optimize the structure inside mobile phone or tablet computer, also reduce the height of camera, reduce setting two or
To the negative effect of complete machine thickness when more than two cameras.
Embodiment two
The utility model embodiment provides a kind of filming apparatus, as shown in Figure 1, the filming apparatus includes: camera 1, leads
Light processor 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 can be the camera with independent shooting function, and camera 1 is fixedly mounted on filming apparatus
In shell 5.
Guide-lighting processing unit 2 is used to pass through the light outside filming apparatus shell 5 light inlet of guide-lighting processing unit 2 and leads
The light-emitting window of light processor 2 is directed into filming apparatus shell 5, wherein and light inlet is arranged on the shell 5 of filming apparatus,
Light-emitting window is located in the shell 5 of filming apparatus.
Driving support device 3 can allow movable eyeglass 4 to be moved for disposing movable eyeglass 4.
A kind of guide-lighting processing unit is provided below, as shown in Fig. 2, guide-lighting processing unit 2 includes light inlet 21, light-emitting window
22, light pipe 23 and guide-lighting mirror 24, one end nozzle of light pipe 23 are light inlet 21, and the other end nozzle of light pipe 23 is light
Mouthfuls 22, anti-interference layer 26 is coated on the tube wall of light pipe 23, and a bending place on light pipe 23 is an inflection point 25, guide-lighting
Mirror 24 is arranged at the inflection point 25 in 23 pipe of light pipe.Anti-interference layer 26 avoids dry inside filming apparatus for light pipe 23
The influence of light is disturbed, while preventing the interference of filming apparatus extraneous light.
In other embodiments, guide-lighting mirror 24 can be any one of plane mirror, spherical mirror, throwing face mirror, can apply
To the terminals such as mobile phone or tablet computer.When guide-lighting mirror 24 is plane mirror, light is only reflected by guide-lighting mirror 24, thus real
Existing light carries out reflection transmitting in light pipe 23；When guide-lighting mirror 24 is spherical mirror or throws face mirror, light is by guide-lighting mirror 24
When reflection, it can according to need and light is focused or DIFFUSION TREATMENT, to be clapped instead of playing focal length or microspur in camera 1
The lens group of camera shooting function, to realize the focal length and microshot function of camera 1.By by guide-lighting mirror 24 be set as spherical mirror or
Throwing face mirror replaces the lens group of camera 1, so that the size of contracting camera 1, reduces the cost of camera 1, ensure that shooting
When be able to achieve focal length and microshot function.
In the present embodiment, light pipe 23, which can have an inflection point 25, also can have multiple inflection points 25.In the present embodiment
An inflection point 25 or multiple inflection points 25 when, can be by incident light-output to different directions.
In Fig. 2, Fig. 2-a, Fig. 2-b and Fig. 2-c, light pipe 23 has an inflection point 25, and one is arranged at inflection point 25
A leaded light mirror 24；One end nozzle of light pipe 23 is light-emitting window 22；The other end nozzle of light pipe 23 is light inlet 21, light warp
The injection of light inlet 21 is crossed, then is reflected via guide-lighting mirror 24, to be projected from light-emitting window 22.In Fig. 3, light pipe 23 has multiple turn
Point 25.As shown in figure 3, light pipe 23 can have three inflection points 251 to 253, and one is respectively provided at each inflection point 25 and is led
Light microscopic 24；One end nozzle of light pipe 23 is light-emitting window 22；The other end nozzle of light pipe 23 be light inlet 21, light pass through into
Optical port 21 is injected, then is successively reflected via three guide-lighting mirrors 24, to project from light-emitting window 22.
In the present embodiment, the bending angle α on light pipe 23 at inflection point 25 can be any angle.It is guide-lighting in the present embodiment
It, can direction carries out reflection transmitting at different angles by light when bending angle α on pipe 23 at inflection point 25 is any angle.
In Fig. 2, the bending angle α on light pipe 23 at inflection point 25 is 90 °, there is an inflection point 25 and a guide-lighting mirror on light pipe 23
24.In Fig. 3, bending angle α on light pipe 23 at inflection point 25 is 90 °, on light pipe 23 there are three inflection point 251 to 253 and
Three guide-lighting mirrors 24.Therefore, by changing inflection point on the bending angle α and setting light pipe 23 on light pipe 23 at inflection point 25
25 and guide-lighting mirror 24 quantity, so that camera 1 is put in than narrow installation site with arbitrary angles and positions
Put installation, so that camera 1 can be mounted on more applicablely in ultra-thin terminal.
When filming apparatus provided by the embodiment of the utility model is applied in mobile phone or tablet computer, camera shooting can be set
First 1 is placed on the setting of light inlet 21 of mobile phone or any angle and position or the guide-lighting processing unit 2 of setting in tablet computer shell 5
Any position (including display screen) on mobile phone or tablet computer shell, then by adjusting inflection point 25 in light pipe 23 and right
The bending angle α in the quantity and light pipe 23 of guide-lighting mirror 24 at inflection point 25 is answered, so that light is passed through guide-lighting processing unit 2 and imports
Movable eyeglass 4 reflexes in camera 1 via movable eyeglass 4, realizes photographing request.
Embodiment three
The utility model embodiment provides a kind of filming apparatus, as shown in Figure 1, the filming apparatus include: camera 1,
Guide-lighting processing unit 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 can be the camera with independent shooting function, and camera 1 is fixedly mounted on filming apparatus
In shell 5.
Guide-lighting processing unit 2 is used to pass through the light outside filming apparatus shell 5 light inlet of guide-lighting processing unit 2 and leads
The light-emitting window of light processor 2 is directed into filming apparatus shell 5, wherein and light inlet is arranged on the shell 5 of filming apparatus,
Light-emitting window is located in the shell 5 of filming apparatus.
Driving support device 3 can allow movable eyeglass 4 to be moved for disposing movable eyeglass 4.
A kind of driving support device 3 is provided below, as shown in Fig. 4, Fig. 5, Fig. 5-a, Fig. 5-b to Fig. 5-c, driving support dress
Setting 3 includes base platform 31, and base platform 31 is fixed on the shell of photographic device, and base platform 31 is equipped with track runner
32；The frame of movable eyeglass 4 is arranged in track runner 32, and the frame of movable eyeglass 4 is slidably connected with track runner 32.
In the present embodiment, base platform 31 can be fixedly connected on the shell 5 of photographic device by screw, base platform
The groove profile section of 31 upper rail sliding slots 32 is " L " type (referring to Fig. 5-a, Fig. 5-b), and movable 4 frame of eyeglass and track runner 32
The section of junction is also " L " type (referring to fig. 4), so that movable eyeglass 4, which is capable of fixing, to be arranged in track runner 32, and edge
Track runner 32 slides.
In the present embodiment, there are multiple eyeglasses on movable eyeglass 4.Multiple eyeglasses in the present embodiment, can be in camera
Preceding switching, to realize different shooting functions.In Fig. 6, eyeglass 41 there are three tools on movable eyeglass 4, and three eyeglasses 41
Glide direction along movable eyeglass 4 on track runner 32 is arranged side by side；Wherein, it is set between the two panels eyeglass 41 of arbitrary neighborhood
It sets for avoiding adjacent two panels eyeglass 41 from interfering with each other when in use, influences the interference preventing slots 46 of shooting quality.
Filming apparatus provided by the embodiment of the utility model passes through track runner when applying to mobile phone or tablet computer
32 realize the switching in 1 front lens 41 of camera with the cooperation of movable eyeglass 4, while movable eyeglass 4 can be also stably mounted at
In base platform 31, and the interference preventing slots 46 being arranged between adjacent two panels eyeglass 41, then avoid camera 1 from using one of them
When camera lens 41, the interference of other camera lenses 41 may be subjected to, the camera 1 of influence shoots the effect of photo.
Example IV
The utility model embodiment provides a kind of filming apparatus, as shown in Figure 1, the filming apparatus include: camera 1,
Guide-lighting processing unit 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 can be the camera with independent shooting function, and camera 1 is fixedly mounted on filming apparatus
In shell 5.
Guide-lighting processing unit 2 is used to pass through the light outside filming apparatus shell 5 light inlet of guide-lighting processing unit 2 and leads
The light-emitting window of light processor 2 is directed into filming apparatus shell 5, wherein and light inlet is arranged on the shell 5 of filming apparatus,
Light-emitting window is located in the shell 5 of filming apparatus.
Driving support device 3 can allow movable eyeglass 4 to be moved for disposing movable eyeglass 4.
A kind of device that movable eyeglass 4 moves in base platform 31 is provided below, as shown in fig. 7, base platform 31
Track runner is equipped with station 37.In general, the camera lens face of station 37 and camera 1 is arranged, and can receive light-emitting window
22 light issued.Driving support device 3 includes driving lever 33 and driving push button 34, and the shaft of driving lever 33 is arranged in base platform 31
On, the connecting pin of driving lever 33 is connect with movable eyeglass 4, and the driving end of driving lever 33 is connect with driving push button 34；The connection of driving lever 33
It holds and is connect with the frame of movable eyeglass 4, so that drive activity eyeglass 4 moves in the track runner of base platform 31.
In the present embodiment, there are three eyeglasses 41 for tool on movable eyeglass 4, when an eyeglass 41 in the present embodiment is located at station
When 37, then the eyeglass 41 and camera 1 cooperate, to realize the shooting function that the eyeglass 41 and camera 1 cooperate.
In Fig. 6-a, Fig. 6-b, Fig. 6-c, Fig. 6-d and Fig. 6-e, three eyeglasses 41 are respectively the first eyeglass 42, the second mirror
Piece 43 and third eyeglass 44, the frame of the movable eyeglass 4 at the first eyeglass 42 be equipped with for 22 company of alignment of light-emitting window
The guide lighting channel 45 connect.
Here, as shown in fig. 7, guide lighting channel 45 when the first eyeglass 42 is located at station 37, at the first eyeglass 42
It is aligned with light pipe 23, reflects light completely into the first eyeglass 42, this avoid from guide-lighting processing unit 2
Light derived from upper light-emitting window cannot be directed into completely on the first eyeglass 42, to affect the effect of shooting.
In the present embodiment, the first eyeglass 42 is used for light refraction, the second eyeglass 43 is lens, third eyeglass 44 is optical frames
Piece.Wherein, camera 1 is in the process for realizing that different eyeglasses 41 are shot:
As shown in fig. 7, drive driving lever 33 mobile by driving push button 34 by stirring driving push button 34, due to driving lever 33 with
Movable eyeglass 4 connects, and each eyeglass 41 on movable eyeglass 4 can thus moved in track runner 32.
When the first eyeglass 42 is moved to station 37 by track runner 32, guide lighting channel 45 and guide-lighting processing unit 2
Light-emitting window connects it, and light is successively imported by guide-lighting processing unit 2, the first eyeglass 42, guide-lighting processing unit 2, the first mirror
The preceding camera shooting unit that piece 42 and camera 1 constitute for realizing preposition shooting function；
When the second eyeglass 43 is moved to station 37 by track runner 32, the camera lens pair of the second eyeglass 43 and camera 1
It together and is arranged in parallel, light derived from guide-lighting processing unit 2 fails to camera 1, guide-lighting processing unit 2, the second eyeglass 43
The optical camera shooting unit for realizing postposition shooting function is constituted with camera 1；
When third eyeglass 44 is moved to station 37 by track runner 32, the camera lens pair of third eyeglass 44 and camera 1
Neat and be arranged in parallel, the received light of camera 1 enters in camera 1 through third eyeglass 44, and from guide-lighting processing unit 2
Light cannot be introduced into camera 1, guide-lighting processing unit 2, third eyeglass 44 and camera 1 are constituted for improving postposition
The optical function shooting unit of shooting effect.
Filming apparatus provided by the embodiment of the utility model, when applying to mobile phone or tablet computer, camera 1 is postposition
Camera, setting activity eyeglass 4 before rear camera have multiple mirrors for being able to achieve different shooting functions on movable eyeglass 4
Piece 41, by switching the eyeglass 41 with the setting of 1 face of camera, so that the conversion of the different shooting functions of camera 1 is realized, into
And enrich the use function of camera 1.
Embodiment five
The utility model embodiment provides a kind of filming apparatus, and as shown in connection with fig. 1, which includes: camera
1, guide-lighting processing unit 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 can be the camera with independent shooting function, and camera 1 is fixedly mounted on filming apparatus
In shell 5.
Guide-lighting processing unit 2 is used to pass through the light outside filming apparatus shell 5 light inlet of guide-lighting processing unit 2 and leads
The light-emitting window of light processor 2 is directed into filming apparatus shell 5.The light inlet of guide-lighting processing unit 2 is arranged in filming apparatus
Shell 5 on, the light-emitting window of guide-lighting processing unit 2 is located in the shell 5 of filming apparatus.
Referring to shown in Fig. 7-b, 7-c, driving support device 3 includes driving lever 33 and driving push button 34, and the shaft of driving lever 33 is set
It sets in base platform 31, the connecting pin of driving lever 33 is connect with movable eyeglass 4, the driving end of driving lever 33 (referring to 9-b) and driving
Push button 34 (referring to Figure 10, Figure 10-a, Figure 10-b, Figure 10-c, Figure 10-d) connection；The connecting pin of driving lever 33 and movable eyeglass 4
Frame connection, so that drive activity eyeglass 4 moves in track runner 32.
A kind of structure that driving lever 33 is cooperatively connected in base platform 31 is provided below, such as Fig. 8, Fig. 9, Fig. 9-a, Fig. 9-b, figure
Shown in 9-c, the shaft of driving lever 33 offers limit slide opening 35, and base platform 31 is equipped with limited post 36 (referring to Fig. 5 and Fig. 5-c),
The setting of limited post 36 can move back and forth in limit slide opening 35 in the hole of limit slide opening 35；Driving lever 33 is slided by limit
Hole 35 is connect with the mating connection of limited post 36 with the base platform 31.
Here, in order to which the direction for guaranteeing that the head of driving lever 33 can drive flexible mirror piece 4 to be arranged along track runner 32 is moved, therefore
Setting limit slide opening 35 and limited post 36, enable driving lever 33 is stable to be mounted in base platform 31.
Filming apparatus provided by the embodiment of the utility model can be pushed away when applying to mobile phone or tablet computer by driving
Eyeglass 41 before button 34 drives driving lever 33 to carry out camera 1 switches, wherein driving push button 34 includes electric drive and manual actuation,
To facilitate the switch operating of eyeglass 41.
Embodiment six
Present mobile phone, upper front usually place the devices such as camera, earpiece, light sensitive device, power supply indicator.With
The variation of moulding, mobile phone pursue biggish screen accounting, and when using screen comprehensively, the device that originally mobile phone head is put will be moved away or be kept away
It allows, otherwise, display screen must do abnormity cutting.And the abnormity cutting of display screen significantly increases the cost of display screen.Neither
Increase display screen cost, and can satisfy the size requirement shielded comprehensively, is that current mobile phone is laid out the problem faced.
When mobile phone is using screen comprehensively, the device that originally mobile phone head is put will be moved away or be avoided, and current mentality of designing is pressure
Contracting: camera, earpiece, light sensitive device overall size, or even the new small size device of customization.Wherein the size of camera compared with
Greatly, bulk area is occupied on whole length direction.Camera has complicated lens group simultaneously, causes camera in thickness side
The thickness of complete machine can not be reduced upwards.Therefore, to the structure innovation at camera, the layout shielded comprehensively is realized using conventional device
Demand has been a very important research topic.
Current way is to remove preceding camera, similar periscope device is filled on casing, when taking pictures, which reaches
Machine shell serves as proactive camera lens, light is reflected into rear camera.The problem is that: it to be stretched out when the device use
Shell cannot be effectively protected, and light guide is easily disturbed by ambient light.Meanwhile thickness of the device at camera
Degree size causes the thickness of complete machine to increase.In addition, influence of the light guide of the program vulnerable to environment light.To realize screen comprehensively,
Implementation Technology is the camera for customizing polymorphic structure, reduces PCB (the Printed Circuit of camera pedestal
Board size) changes simultaneously the structure of lens group, the size at camera lens top plate is reduced, to realize the evacuation to display screen.
Cost is caused to greatly improve.
The utility model embodiment provides a kind of filming apparatus, and as shown in figures 1 to 6, which is mounted on screen hand comprehensively
In machine, which includes: camera 1, guide-lighting processing unit 2, driving support device 3 and movable eyeglass 4.
Here, camera 1 is the rear camera in mobile phone.
As shown in Fig. 2, Fig. 2-a, Fig. 2-b and Fig. 2-c, guide-lighting processing unit 2 includes light pipe 23 and guide-lighting mirror 24.Its
In, light pipe 23 is L-shaped, and guide-lighting mirror 24 is arranged in L-shaped 23 corner of light pipe (being equivalent to inflection point 25), is in " L "
23 one end nozzle of light pipe of shape is light inlet 21, and L-shaped 23 other end nozzle of light pipe is light-emitting window 22.
As shown in Fig. 6, Fig. 6-a, Fig. 6-b, Fig. 6-c and Fig. 6-e, movable eyeglass 4 includes frame and eyeglass 41, is set on frame
Set there are three eyeglass 41, respectively refractor (being equivalent to the first eyeglass 42), transmission eyeglass (being equivalent to the second eyeglass 43) and
Optical mirror slip (is equivalent to third eyeglass 44), and interference preventing slots 46 is arranged between refractor, transmission eyeglass and optical mirror slip；Frame
Bottom be the L-shaped sliding block of section, also open up link slot on frame.
Guide lighting channel 45 is set on the frame of refractor (being equivalent to the first eyeglass 42).
As shown in Fig. 5, Fig. 5-a, Fig. 5-b and Fig. 5-c, driving support device 3 includes base platform 31, driving lever 33 and driving
Push button 34.Wherein, base platform 31 includes interior rail portion and outer guide portion；It is offered in interior rail portion and outer guide portion recessed
Slot, and the groove of interior rail portion and the groove in outer guide portion have together constituted with the track runner 32 that section flute profile is L shape.It leads outside
Limited post 3 is set in rail portion.
As shown in Fig. 9, Fig. 9-a, Fig. 9-b, Fig. 9-c, Figure 10, Figure 10-a, Figure 10-b, Figure 10-c and Figure 10-d, driving lever 33
For metal thin plate structure, be provided on the shaft of driving lever 33 runway circular hole (being equivalent to limit slide opening 35), the struck side of driving lever 33 and
Driving end is respectively provided with point column.Driving push button 34 is the structural member of plastic material, and driving push button 34 is in second level ladder shaft-like, step
Face guarantees that it is limited in the housing, drives and offers blind hole on push button 34, wherein blind hole is sleeved on a point column.
In the present embodiment, camera 1 is rear camera, and camera 1 is fixedly mounted on the enclosure interior of mobile phone.
The outer guide portion of base platform 31 and interior rail portion are being fixed together by screw and are being mounted on mobile phone
Shell (being equivalent to shell 5) on, and outer guide portion and interior rail portion are located at the lower section of camera 1, activity in the vertical direction
The track runner 32 of L shape, and the rail of the sliding block of L shape and L shape is arranged in the sliding block of the L shape of frame bottom on eyeglass 4
Road sliding slot 32 is slidably connected, before the camera lens of camera 1 is arranged in by track runner 32 in movable eyeglass 4.Wherein, movable eyeglass 4
On three eyeglasses 41 can respectively with the camera lens face of camera 1 be arranged.
Driving lever 33 is cooperated by the runway circular hole (being equivalent to limit slide opening 35) on shaft with the limited post 3 in outer guide portion
It connecting and is connect with base platform 31, the fixture block fixation of 33 struck side of driving lever is connected in the link slot on movable 4 frame of eyeglass,
Driving lever 33 drives in the fixed fixing groove being connected on driving push button 34 of the fixture block at end.
L-shaped light pipe 23 is bonded by light inlet 21 or interference is connected to the preposition camera hole of comprehensive screen mobile phone
Upper fixation, light-emitting window 22 on L-shaped light pipe 23, light-emitting window 22 is located at the inside of handset shell, and light-emitting window 22 is arranged
In the surface of camera 1, light-emitting window 22 simultaneously can be aligned setting with an eyeglass 41 being arranged with 1 face of camera.
In the present embodiment, new construction part (being equivalent to guide-lighting processing unit 2) is assembled to front housing, passes through the side such as bonding or interference
Formula is fixed, and new construction part (being equivalent to guide-lighting processing unit 2) is made of the transparent material of high transparency, guide-lighting 24 reflecting surface of mirror
On plate reflectorized material, in addition to the plane of incidence or light outgoing plane of guide-lighting mirror 24, outer surface whole blacking.Pass through this structural member
It realizes the turnover of light, reduces the interference of environment light, the incident ray at original preceding camera is transferred, or directly by light
Inject rear camera.
Using the mobile phone of the filming apparatus, preceding camera can avoid display screen placement, or even directly be taken with rear camera
For preceding camera.Both the space requirement of screen layout comprehensively had been met, which, which gets back, is effectively protected.
The program reduces the lens group of camera, reduces the cost of camera, also reduces the height of camera, subtracts
Few negative effect of the structure to complete machine thickness.
The utility model embodiment structure is realized simply, as long as increasing the preceding camera light guide structure part (is equivalent to leaded light
Processing unit 2 and movable eyeglass 4), it will be able to the layout requirements shielded comprehensively are realized with conventional component, and the structural member makes letter
It is single, it is realized by conventional injection molding, vapor deposition, spraying process.At low cost and assembly is also simple.Single part cost is less than 0.25
Member.
In the present embodiment, guide-lighting processing unit 2 and movable eyeglass 4 are that transparent resin is injected into mould by way of injection molding
In tool, the special guide-lighting processing unit 2 of formation and movable eyeglass 4 realize the conduction of light, turn of optical path using mirror-reflection
Folding makes external optical enter back into camera 1 from guide-lighting processing unit 2 and movable eyeglass 4.
In addition the corresponding die surface of the reflecting surface of guide-lighting mirror 24 is led to using mirror finish on the reflecting surface of guide-lighting mirror 24
It crosses Mold Making and goes out paraboloid, spherical reflective surface, instead of the part lens group of camera 1.Guide-lighting 24 reflecting surface of mirror uses plated film
Technique realizes reflection function.There are one or more guide-lighting mirrors 24 in light pipe 23, the angle of guide-lighting 24 reflecting surface of mirror determines light
Turning angle.Movable eyeglass 4 realizes the switching that front and back is shot by driving lever 33 between outer rail portion and interior rail portion,
Increase lens group on movable eyeglass 4 and realizes focal length, microshot function.
In the present embodiment, the material of guide-lighting processing unit 2 selects light transmittance highest PMMA acrylic material, passes through the note of mold
Modeling guarantees size and shape.Guide-lighting processing unit 2 is directly assembled in the via hole of front housing, by being interference fitted or being adhesive in front housing
On.The reflecting surface of guide-lighting mirror 24 forms reflecting surface using evaporation process, other than the incidence of light and outgoing plane, light pipe 23
Portion uses spraying process blacking.
Light enters guide-lighting processing unit 2 by the glass of touch screen, generates focusing in 24 reflecting surface of guide-lighting mirror of arc
And reflection, into movable eyeglass 4.First eyeglass 42 is the proactive refractive elements of movable eyeglass 4, and the function of the first eyeglass 41 is same
Guide-lighting processing unit 2, shape is also similar.Light is entered in camera 1 by the first eyeglass 41.If shooting the figure at rear
The surface that picture, driving lever 33 and driving push button 34 are placed in camera 1 for 22.If increasing third eyeglass on movable eyeglass 4
Third eyeglass 44 is placed in the surface of camera 1 by 44 parts, driving lever 33 and driving push button 34, and special optics function may be implemented
Can, such as focal length, microshot.Track element (frame for being equivalent to movable eyeglass 4) guarantee activity eyeglass 4 is in track runner 32
Sliding.Link slot cooperates driving lever 33 and push button 34 is driven to realize that the position of component 2 adjusts.
In the present embodiment, after track runner 32 clamps movable eyeglass 4, track runner 32 is fixed on casing by screw hole
On, there is limited post 3 on track runner 32, the runway circular hole among driving lever 33 is sleeved on limited post 3, becomes the rotation of driving lever 33
Center.
Movable eyeglass 4 realizes the switching that front and back is shot by driving lever 33 between track runner 32, and guide-lighting processing fills
The original position of 2 holdings is set to fix.Guide-lighting processing unit 2 is not exposed to except shell, is adequately protected.
The scheme of the utility model embodiment will consider 5 aspects below: for being molded guide-lighting processing unit 2 and activity
The material of eyeglass 4, is molded 4 mold of guide-lighting 2 mold of processing unit and movable eyeglass at the mold reflecting surface polishing for making guide-lighting mirror 24
Gate design, the evaporation process of guide-lighting 24 reflecting surface of mirror, 24 reflecting surface of guide-lighting mirror screening pressure spray process.
(1) for being molded the material of guide-lighting processing unit 2 and movable eyeglass 4, guide-lighting processing unit 2 and activity can be molded
The high plastics of the light transmittance of eyeglass 4 have GPPS, transparent ABS, AS, PMMA, PC etc., and light transmittance is up to PMMA acrylic material,
Its light transmittance can be up to 92%~95%, and the light transmittance of glass only has 80% more in fact, that is to say, that the above-mentioned use enumerated
It is all higher than the light transmittance of glass in the plastic material light transmittance for being molded guide-lighting processing unit 2 and movable eyeglass 4.
(2) the mold reflecting surface polishing of guide-lighting mirror 24 is made, the shape of reflecting surface guarantees by mold, the surface of reflecting surface
It is required to be smooth, needs to polish die surface, it is desirable that A-1 grades of SPI.In addition the plane of incidence, outgoing plane also require to polish.
(3) evaporation process of 24 reflecting surface of guide-lighting mirror, is deposited principle: under high vacuum environment, issuing high energy by electron gun
Electronics converges on coating materials, and bombardment coating materials surface makes kinetic energy become thermal energy, heats to it, it is made to melt or distil.By metal steam
It is plated in the surface of film substrate and forms a kind of new process of laminated film.Usually in glass or optical plastic, such as PC, PMMA
Surface carries out plated film.The type of plated film is divided into: antireflective film (anti-reflection film), high-reflecting film, energy spectro-film, spectrum film, band logical
Optical filter etc..High-reflecting film is selected in the utility model embodiment, the overwhelming majority can be injected light energy and reflected back.Plated metal
Material can be gold, silver, copper, zinc, chromium, aluminium etc., wherein it is most be aluminium.Coating surface has splendid metallic luster,
Light reflectivity is up to 97%
(4) the screening pressure spray process of 24 reflecting surface of guide-lighting mirror, when reflecting surface is deposited, will hide other appearances
Spray.Prevent light from generating refraction in light guide structure part.It is all outer other than outgoing plane in addition to the plane of incidence after the completion of vapor deposition
Sight face sprays black ink, absorbs internal interference light, while preventing the interference of extraneous light.
(5) it is molded the gate design of 4 mold of guide-lighting 2 mold of processing unit and movable eyeglass, the cast gate of injection mold will be kept away
Open the plane of incidence, outgoing plane and reflecting surface.
Filming apparatus provided by the embodiment of the utility model, light are injected from camera shooting head bore, pass through guide-lighting processing unit 2
Light inlet 21 enters, and is reflected by guide-lighting mirror 24, while the paraboloid on 24 reflecting surface of guide-lighting mirror is focused light
And diffusion, into light-emitting window 22, into the eyeglass 41 of movable eyeglass 4, through being reflected into camera.Guide-lighting 24 reflecting surface of mirror vapor deposition
Chromium, forms highly reflecting films, the ink of guide-lighting 24 outer surface coating black absorption line of mirror, and film thickness is greater than 30 μm.Light is realized to turn
Folding, angle are controlled by the inclination angle of reflecting surface.Camera and display screen can be staggered placement at this time, increase screen accounting.
The original lens group of camera 1 accomplishes on 24 reflecting surface of guide-lighting mirror of guide-lighting processing unit 2, the ontology of former camera
CMOS (Complementary Metal Oxide Semiconductor) sensitive chip and peripheral devices are only remained, significantly
Reduce thickness.It can directly be stacked on LCD (Liquid Crystal Display), be led as long as the head of mobile phone reserves incidence
The diameter and mounting distance of light beam.Equally increase screen accounting.The cost of camera is also reduced simultaneously.
In the utility model embodiment, realize that focal length and microshot function can also replace moulding using optical glass
Material is made of the means of grinding: guide-lighting processing unit 2, movable eyeglass 4, other techniques are constant, equally can achieve the effect
Fruit.
Filming apparatus provided by the embodiment of the utility model not only may be implemented the moulding shielded comprehensively, while reduce into
This, increases or changes the reflecting surface of guide-lighting processing unit, may be implemented to shoot at any angle；Focal length can also be increased to mobile phone
Function using the automatic focusing function of camera, may be implemented one hand and take pictures behaviour if increasing shoot button at the back of mobile phone
Make.By increasing guide-lighting mirror reflecting surface, original light can be changed to space broken line at any angle.It can be by proactive picture
Head is placed on any angle and the position of mobile phone, realizes the camera lens part of special photographing request camera usually by multiple lens group
At the reflecting surface of guide-lighting mirror can produce convex lens and concave mirror, can replace the part lens of camera, have compressed camera
Size, while reducing the cost of camera.
The above, the only preferred embodiment of the utility model, are not intended to limit the protection of the utility model
Range.
Claims (10)
1. a kind of filming apparatus, including camera (1), which is characterized in that further include guide-lighting processing unit (2), driving support dress
Set (3) and movable eyeglass (4):
The leaded light processing unit (2), for light to be directed into the leaded light from the light inlet of the guide-lighting processing unit (2)
The light-emitting window of processing unit (2)；Wherein, the light inlet is arranged on the shell (5) of the filming apparatus；Along light from institute
It states on the export direction of light-emitting window, the light-emitting window is oppositely arranged with the movable eyeglass (4)；
The driving support device (3), for moving the movable eyeglass (4), so that the activity eyeglass (4) receives from described
Light derived from light-emitting window；
The activity eyeglass (4), for light refraction or the mirror of the camera (1) will to be transmitted through derived from the light-emitting window
Head.
2. a kind of filming apparatus according to claim 1, which is characterized in that the leaded light processing unit (2) includes leaded light
(23) and guide-lighting mirror (24) are managed, the light pipe (23) has more than one inflection point (25), and in each light pipe
(23) the guide-lighting mirror (24) is respectively provided at internal inflection point (25)；
One end nozzle of the light pipe (23) is the light-emitting window (22) of the guide-lighting processing unit (2)；
It is the light inlet (21) of guide-lighting processing unit (2) described in the other end nozzle of the light pipe (23).
3. a kind of filming apparatus according to claim 2, which is characterized in that coated on the inner tubal wall of the light pipe (23)
For reducing the anti-interference layer (26) of ambient light interference.
4. a kind of filming apparatus according to claim 2, which is characterized in that the leaded light mirror (24) is plane mirror or spherical surface
Mirror throws face mirror.
5. a kind of filming apparatus according to claim 1, which is characterized in that the driving support device (3) includes pedestal
Platform (31), the base platform (31) are equipped with track runner (32)；The frame of the activity eyeglass (4) is arranged in the rail
In road sliding slot (32), and the frame of the movable eyeglass (4) is slidably connected with the track runner (32).
6. a kind of filming apparatus according to claim 5, which is characterized in that on activity eyeglass (4) tool there are two with
On eyeglass (41), and cunning of the more than two eyeglasses (41) along the movable eyeglass (4) on track runner (32)
Dynamic direction is arranged side by side；
Wherein, interference preventing slots (46) are set between eyeglass (41) described in the two panels of arbitrary neighborhood.
7. a kind of filming apparatus according to claim 6, which is characterized in that there are three the eyeglasses (41), and three institutes
Stating eyeglass (41) is respectively the first eyeglass (42), the second eyeglass (43) and third eyeglass (44)；
The track runner (32) is equipped with station (37)；Wherein,
When first eyeglass (42) is moved to the station (37) by the track runner (32), first eyeglass
(42), camera (1) and guide-lighting processing unit (2) constitute the preceding camera shooting unit for realizing preposition shooting function；
When second eyeglass (43) is moved to the station (37) by the track runner (32), second eyeglass
(43), camera (1) and guide-lighting processing unit (2) constitute single for realizing the optical camera shooting of postposition shooting function
Member；
When the third eyeglass (44) is moved to the station (37) by the track runner (32), the third eyeglass
(44), camera (1) and guide-lighting processing unit (2) constitute the optical function shooting unit for improving postposition shooting effect.
8. a kind of filming apparatus according to claim 7, which is characterized in that be located at described at first eyeglass (42)
The frame of movable eyeglass (4) is equipped with the guide lighting channel (45) for being aligned connection with the light-emitting window (22).
9. a kind of filming apparatus according to claim 6, which is characterized in that the driving support device (3) includes driving lever
(33) it is arranged on the base platform (31) with driving push button (34), the shaft of the driving lever (33), the driving lever (33)
Connecting pin is connect with the movable eyeglass (4), and the driving end of the driving lever (33) is connect with the driving push button (34).
10. a kind of filming apparatus according to claim 9, which is characterized in that the shaft of the driving lever (33) opens up limited
Position slide opening (35), the base platform (31) is equipped with for being arranged in the limit slide opening (35), and can slide along the limit
The limited post (36) moved back and forth is done in the hole in hole (35)；The driving lever (33) passes through the limit slide opening (35) and the limit
The mating connection of column (36) and connect with the base platform (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820897544.6U CN208509054U (en) | 2018-06-11 | 2018-06-11 | A kind of filming apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820897544.6U CN208509054U (en) | 2018-06-11 | 2018-06-11 | A kind of filming apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208509054U true CN208509054U (en) | 2019-02-15 |
Family
ID=65288771
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820897544.6U Active CN208509054U (en) | 2018-06-11 | 2018-06-11 | A kind of filming apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208509054U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110012202A (en) * | 2019-04-19 | 2019-07-12 | 珠海晨新科技有限公司 | Camera module connection structure and its screen and terminal applied to borehole screen in face |
| CN112188041A (en) * | 2019-07-03 | 2021-01-05 | 中兴通讯股份有限公司 | Camera module and electronic equipment |
| WO2022063024A1 (en) * | 2020-09-22 | 2022-03-31 | 维沃移动通信有限公司 | Electronic device |
-
2018
- 2018-06-11 CN CN201820897544.6U patent/CN208509054U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110012202A (en) * | 2019-04-19 | 2019-07-12 | 珠海晨新科技有限公司 | Camera module connection structure and its screen and terminal applied to borehole screen in face |
| CN112188041A (en) * | 2019-07-03 | 2021-01-05 | 中兴通讯股份有限公司 | Camera module and electronic equipment |
| WO2022063024A1 (en) * | 2020-09-22 | 2022-03-31 | 维沃移动通信有限公司 | Electronic device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| WO2020259442A1 (en) | Electronic device and photographing method | |
| CN208509054U (en) | A kind of filming apparatus | |
| WO2021052136A1 (en) | Periscopic camera module and electronic device | |
| US20140226300A1 (en) | Accessories for mobile electronic devices | |
| WO2020108278A1 (en) | Camera assembly and terminal device | |
| CN102830584B (en) | Display screen and terminal equipment | |
| CN112637466B (en) | Camera module and electronic equipment | |
| RU2358296C1 (en) | Reflective element for mobile electronic device | |
| WO2020244646A1 (en) | Camera module having decorative film and terminal | |
| CN112887564B (en) | Camera module and electronic equipment | |
| CN108521541A (en) | The electronic device of CCD camera assembly and the application CCD camera assembly | |
| CN208386733U (en) | The electronic device of CCD camera assembly and the application CCD camera assembly | |
| CN111866330A (en) | Camera module | |
| WO2022147928A1 (en) | Light guide structure with multiple reflection profiles, and ultra-micro imaging module comprising same | |
| CN110266927A (en) | Mobile terminal | |
| CN102317889A (en) | Optical pointing device and electronic equipment mounted with same | |
| CN107707694A (en) | Cover plate assembly, camera assembly and mobile terminal | |
| JP2001127852A (en) | Cover glass and optical component | |
| CN200993689Y (en) | Camera module | |
| WO2020007085A1 (en) | Camera assembly, electronic apparatus, mobile terminal, and electronic device | |
| CN213637901U (en) | Electronic device | |
| WO2021023234A1 (en) | Optical lens, camera module and photographing device | |
| CN112310315B (en) | Display panel and manufacturing method thereof | |
| JP2004163830A (en) | Focus changeover structure of camera | |
| CN109426061A (en) | A kind of short focus orthographic projection shows screen and preparation method thereof |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |