CN104199243A - Adjustable position optical module mounted to mobile terminal sensor - Google Patents
Adjustable position optical module mounted to mobile terminal sensor Download PDFInfo
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- CN104199243A CN104199243A CN201410449966.3A CN201410449966A CN104199243A CN 104199243 A CN104199243 A CN 104199243A CN 201410449966 A CN201410449966 A CN 201410449966A CN 104199243 A CN104199243 A CN 104199243A
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- mobile terminal
- light
- sensor
- optical module
- camera lens
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Abstract
The invention relates to the field of camera shooting of mobile terminals, and in particular relates to an adjustable position optical module mounted to a mobile terminal sensor. In terms of the prior art that the optical module in the mobile terminal is generally a part of a camera, a lens is utilized for collecting light and the collected light is subjected to a series of processing, as the image distance raises, the definition of the obtained image is improved during optical imaging; when the image distance is more than a certain number, the imaging data can even be used for performing iris recognition function; the camera is generally arranged on the front surface or the rear surface of a device in the mobile terminal, the lens is used for collecting the light, as the image distance raises, the thickness of the mobile terminal is influenced, the adjustable position optical module mounted to the mobile terminal sensor is characterized in that the design of a reflecting device is designed and used for converting the light transmission from the thickness direction of the mobile terminal to the flat direction. With the adoption of the optical module, the imaging definition is improved, and meanwhile, the thickness of the mobile terminal is optimized.
Description
Technical field
The present invention relates to the shooting field of mobile terminal, particularly a kind of adjustable optical module of mobile terminal sensing station that is installed on.
Background technology
mobile terminal is universal very extensive present society, such as notebook computer, panel computer, mobile phone, camera etc., can realize the required conventional function of most of people, shooting, take pictures as a wherein part for this function, mainly to realize by the camera on mobile terminal, and along with era development, the secrecy technology that relates to user on mobile terminal is increasingly mature, wherein biological identification technology is occupied an leading position gradually, fingerprint recognition in biological identification technology, iris recognition is following main flow, and iris recognition need to be used the camera of mobile terminal, in optical imagery, make the complete iris optical imagery that can identify of camera collection of mobile terminal, image distance in camera imaging process need be equal to or greater than 2cm so, and mobile terminal is the user demand that meets user in prior art, the lighting surface of camera is all positioned at front or the reverse side of its installation place on mobile terminal, if described image distance reaches the demand that is equal to or greater than 2cm, the thickness of mobile terminal will be very thick so, it is not allow to exist that such mobile terminal is experienced angle from user, so urgent need a solution, make mobile terminal under the technique prerequisite of accomplishing to try one's best thin, can realize iris recognition, simultaneously, the optical imagery that the increase of image distance can make mobile terminal collect is more clear, the photograph that it generates or video segment are also more clear, user is experienced better.
Summary of the invention
The problem existing for prior art, goal of the invention of the present invention be to provide a kind of imaging effect more clear, optimize mobile terminal thickness, optical module that sensing station is adjustable simultaneously.
To achieve these goals, the technical solution used in the present invention is:
Be installed on the adjustable optical module of mobile terminal sensing station, it comprises:
Camera lens, for from mobile terminal collected outside light;
Sensor, carries out imaging for the light that camera lens is entered;
It is characterized in that, described optical module also comprises reflection unit, changes described light transmition direction in mobile terminal, makes described mobile terminal in the situation that thickness is constant, can extend described light transmition path; The position of described sensor is adjustable, can on the direction of propagation of described light, move forward or after move, to reach different imaging effects; such as directly realizing virtualization, the granulating of image, no longer need the processing of later stage comparison film, effect directly fixes after breaking forth; raise the efficiency, promote user and experience.
It has added the design of reflection unit, and described light is transformed into its flat direction in the propagation of mobile terminal thickness direction, makes its image distance length can not have influence on the thickness of mobile terminal, and ensureing that mobile terminal tries one's best in thin technique, imaging is more clear.
As preferred version of the present invention, described sensor is ccd sensor or cmos sensor, when described sensor is ccd sensor, is connected with DSP on it, is two kinds of conventional sensors, and the cost of cmos sensor is higher than ccd sensor, but its performance is more excellent.
As preferred version of the present invention, described reflection unit can be plane mirror, right-angle prism, pentaprism, right angle roof prism, reflectance coating, and can realize the combination in any between any irregular prism or the above-mentioned reflection unit employing scheme of described reflection unit reflection function, according to the required scheme of the in-built design alternative of mobile terminal, adaptability is stronger.
As preferred version of the present invention, described optical module also comprises optical filter, on travel path at described light in mobile terminal, before described optical filter is arranged at sensor, reflection unit is not set between described optical filter and sensor, the direction of propagation before described optical filter surface enters described sensor with described light is vertical, and optical filter is used for filtering described light, chooses the light of required radiation wave band.
As preferred version of the present invention, described camera lens is communicated with described mobile terminal case front and/or the back side, it comprises exiting surface, collect the lighting surface of light, described lighting surface can be collected light from described mobile terminal, after described exiting surface, be provided with described reflection unit, it is a reflection part, it can change the light transmition direction that described camera lens exiting surface penetrates, make its space between described outer casing frontispiece and the back side in mobile terminal, in the direction parallel with described outer casing frontispiece or the back side, propagate, to extend described light transmition path, in light transmition direction after being reflected, be disposed with described optical filter, sensor light, this is a kind of arrangement of this optical module.
As preferred version of the present invention, it is characterized in that, described camera lens is communicated with described mobile terminal case front and/or the back side, it comprises exiting surface, collect the lighting surface of light, described lighting surface can be collected light from described mobile terminal, after described exiting surface, be provided with described reflection unit, it is a reflection part, described reflection unit comprises the first reflecting part, the second reflecting part, described the first reflecting part is arranged at after the exiting surface of described camera lens, it can change the light transmition direction that described camera lens exiting surface penetrates, make its space between described outer casing frontispiece and the back side in mobile terminal, in the direction parallel with described outer casing frontispiece or the back side, propagate, on the direction of propagation at described light after described the first reflecting part reflection, be provided with described the second reflecting part, it can make the light that the receives space between described outer casing frontispiece and the back side in mobile terminal, in the direction vertical with described outer casing frontispiece or the back side, propagate, on the direction of propagation after this secondary reflection of described light, be disposed with described optical filter, sensor, sensor generally holds flat, this structure can be arranged in the flat direction of mobile terminal described sensor, in the situation that having ensured described light transmition path, make the thickness of mobile terminal thinner.
The invention has the beneficial effects as follows:
1, make the imaging effect of light more clear;
2,, while being arranged on mobile terminal, more clearly in situation, optimize mobile terminal thickness at the imaging effect that ensures described light.
3, sensing station is adjustable, can on the direction of propagation of described light, move forward or after move, to reach different imaging effects.
Brief description of the drawings
Fig. 1 is the first structural representation of the embodiment of the present invention 1.
Fig. 2 is the first structural representation of the embodiment of the present invention 2.
Fig. 3 is the second structural representation of the embodiment of the present invention 1.
Fig. 4 is the second structural representation of the embodiment of the present invention 2.
Fig. 5 is the third structural representation of the embodiment of the present invention 1.
Fig. 6 is the third structural representation of the embodiment of the present invention 2.
Fig. 7 is First Principle figure of the present invention.
Fig. 8 is the second schematic diagram of the present invention.
Fig. 9 is the 3rd schematic diagram of the present invention.
Figure 10 is the 4th schematic diagram of the present invention.
Figure 11 is the 5th schematic diagram of the present invention.
Figure 12 is the 6th schematic diagram of the present invention.
Mark in figure: 1-camera lens, 2-reflection unit, 3-optical filter, 4-sensor, 5-the first reflecting part, 6-the second reflecting part, 7-plane mirror, 8-right-angle prism, 9-pentaprism, 10-right angle roof prism, 11-reflectance coating, the irregular prism of 12-.
Embodiment
Below in conjunction with embodiment and embodiment, the present invention is described in further detail.But this should be interpreted as to the scope of the above-mentioned theme of the present invention only limits to following embodiment, all technology realizing based on summary of the invention of the present invention all belong to scope of the present invention.
embodiment 1
As Fig. 1, described optical module is installed in notebook computer or panel computer, for a part for its camera, this camera comprises pcb board, described optical module, described optical module comprises camera lens 1, optical filter 3, sensor 4, reflection unit 2, described sensor 4 is installed on described pcb board, this sensor 4 is ccd sensor or cmos sensor, in the time being ccd sensor, the other DSP that is also connected with of this ccd sensor, it is digital signal processing chip, and described pcb board is Rigid Flex, in the time that sensor 4 is cmos sensor, because DSP is integrated in cmos sensor, so no longer need to assemble independent DSP, and described pcb board can be hardboard or soft board or Rigid Flex,
Described camera lens 1 is by lens, lens barrel, spaced ring composition, described lens are plastic cement lens or glass lens, described camera lens 1 is installed in notebook computer or panel computer, and be communicated with (as Fig. 1 with its back skin or front shell, 3, 5), the lighting surface of this camera lens 1 is arranged at this connectivity part, in the daylighting direction of described camera lens 1, after the exiting surface of described camera lens 1, be provided with described reflection unit 2, its light that described camera lens 1 is gathered flat direction toward notebook computer or panel computer in notebook computer or panel computer reflects, this reflection direction can be horizontal direction, as Fig. 1, also can be vertical direction, as Fig. 3, also can be oblique, as Fig. 5, according to the different demands of notebook computer or panel computer design, select different reflection directions, as Fig. 1, 3, 5, on this reflection direction, be provided with described optical filter 3, the surface of described optical filter 3 be reflected after the direction of propagation of light vertical, optical filter 3 rears are provided with ccd sensor or cmos sensor, it is connected with the processor of notebook computer or panel computer by described pcb board,
The lens of described camera lens 1 can translation in the plane vertical with the direction of propagation of light, the other gyroscope that is provided with of described camera lens 1, can detect the movement that notebook computer or panel computer are small, feed back to described camera lens 1 with this apart from geometric ratio, camera lens 1 translation on its plane of motion, the imaging of compensation light on described sensor 4, thus effectively overcome the image fog because of the generation of vibration of camera;
Described optical module also comprises telepilot, receiver, this receiver is arranged in notebook computer or panel computer, be positioned at described camera lens 1 other, this receiver and described telepilot can wifi or infrared connections, on telepilot, be provided with wifi chip or infrared emission chip, described receiver can receive the signal of institute's telepilot, controls the switch of described sensor 4, realize the unlatching of described optical module, the function such as realize that Remote is taken a picture, made video recording;
Described optical filter 3 inside are a cavity, in this cavity, be filled with optical filtering particle of all kinds, on single particle, be provided with the small soft magnetic particles of high magnetic permeability, low magnetic hysteresis, described optical filtering particle is divided into three kinds, be respectively red, green, blue optical filtering particle, filter respectively green, red, blue light, the described magnetic particle size difference of attaching on every kind of optical filtering particle, it is subject to the influence degree difference in magnetic field, in described cavity, be also filled with non-magnetic liquid, described green glow particle and described non-magnetic liquid combination are suspended matter, described optical filter 3 surroundings are provided with magnetic field generation device, this device can controlling magnetic field direction and magnetic flux density, by adjusting magnetic direction and the magnetic flux density through described suspended matter, change three kinds of optical filtering particle blending ratios that concentrate on optical filter 3 cavity middle parts, due to green, red, blueness is three primary colors, can combine all colours, so by this structure, can optionally filter the light of all colours, to facilitate later stage specific use,
The light sensitivity scope of described ccd sensor 4 or cmos sensor 4 is equal to or greater than 600ISO, and ISO can make the imaging time of this optical module greatly reduce, and in the time there is shake, plays anti-shake effect;
Described camera lens 1 and notebook computer or panel computer back skin or front shell connectivity part are provided with the polarized lenses that can stretch out or retract along the plane vertical with light transmition direction, in the time of the described optical module of use backlight, the polarized lenses stretching out can help sensor 4 imagings, there will not be over-exposed situation, in the time taking under ordinary ray, control this polarized lenses and retract, leave the travel path of light, can recover normal photographing state;
The angle of described reflection unit 2 is adjustable, thereby control the direction of propagation of described light in mobile terminal, to meet different structure technique, simultaneously, the quantity of described sensor 4 is two, be arranged on different both directions, the quality difference comparing with imaging effect, instantly the many electricity-saving functions that are provided with of mobile terminal, now enable the lower sensor 4 of the relatively bad power consumption of imaging effect, reduce power consumption, power saving, when needs are cancelled battery saving mode, needed imaging effect time, control described reflection unit 2, its reflection angle is changed, make described light in mobile terminal, finally be incident upon imaging effect relatively preferably on sensor 4, meet the user's request in this situation,
The position of described sensor 4 is adjustable, can on the direction of propagation of described light, move forward or after move, to reach different imaging effects;
Described camera lens 1 and notebook computer or panel computer back skin or front shell connectivity part are provided with light shield, and it can stretch out to notebook computer or panel computer outside, plays shaded effect, promotes the final imaging effect of described optical module;
By transmittance, more than 92% film forms described camera lens 1, the circle that this film is arranged on its surrounding setting can amplify on the round body of diameter reduction, by zooming in or out of this round body diameter, change the curvature of described camera lens 1, get optic angle degree with what adjust this camera lens 1, form wide-angle lens or narrow angle mirror head, a camera lens 1 meets more demands, has greatly saved user's cost;
Described camera lens 1 can be adjusted separately angle, its camera lens 1 is adjustable with the angle of described light, be divided into two patterns: normal camera lens, move lens shaft, by the normal camera lens of adjustable realization of this camera lens 1 and the switching that moves lens shaft, make described optical module can meet more user's request, cost-saving;
Described reflection unit 2 can be that plane mirror 7(is as Fig. 7), right-angle prism 8(is as Fig. 8), pentaprism 9(is as Fig. 9), right angle roof prism 10(is as Figure 10), reflectance coating 11(is as Figure 11), and any irregular prism 12(that can realize described reflection unit 2 reflection functions is as Figure 12) or said apparatus between combination in any, when prism is installed, the face that described light enters prism therewith time the light direction of propagation vertical, the face that described light penetrates prism therewith time the light direction of propagation vertical, described light is equal to or greater than 2cm from the exiting surface of described camera lens 1 to the diffusion path length of described sensor 4.
embodiment 2
As Fig. 2, described optical module is installed in notebook computer or panel computer, for a part for its camera, this camera comprises pcb board, described optical module, described optical module comprises camera lens 1, optical filter 3, sensor 4, reflection unit 2, described sensor 4 is installed on described pcb board, this sensor 4 is ccd sensor or cmos sensor, in the time being ccd sensor, the other DSP that is also connected with of this ccd sensor, it is digital signal processing chip, and described pcb board is Rigid Flex, in the time that sensor 4 is cmos sensor, because DSP is integrated in cmos sensor, so no longer need to assemble independent DSP, and described pcb board can be hardboard or soft board or Rigid Flex,
As Fig. 2, 4, 6, described camera lens 1 is by lens, lens barrel, spaced ring composition, described reflection unit 2 comprises the first reflecting part 5, the second reflecting part 6, described lens are plastic cement lens or glass lens, described camera lens 1 is installed in notebook computer or panel computer, and be communicated with back skin or the front shell of notebook computer or panel computer, the lighting surface of this camera lens 1 is arranged at this connectivity part, in the daylighting direction of described camera lens 1, after the exiting surface of described camera lens 1, be provided with described the first reflecting part 5, its light that described camera lens 1 is gathered flat direction toward notebook computer or panel computer in notebook computer or panel computer reflects, this reflection direction can be horizontal direction, as Fig. 2, also can be vertical direction, as Fig. 4, also can be oblique, as Fig. 6, according to the different demands of notebook computer or panel computer design, select different reflection directions, as Fig. 2, 4, 6, on this reflection direction, be provided with described the second reflecting part 6, it can make the light thickness direction toward notebook computer or panel computer in notebook computer or panel computer receiving reflect, after this secondary reflection, on the direction of propagation of light, be provided with described optical filter 3, the direction of propagation of the light after the surface of described optical filter 3 is reflected with this time is vertical, optical filter 3 rears are provided with ccd sensor or cmos sensor, it is connected with the processor of notebook computer or panel computer by described pcb board,
Described reflection unit 2 can be that plane mirror 7(is as Fig. 7), right-angle prism 8(is as Fig. 8), pentaprism 9(is as Fig. 9), right angle roof prism 10(is as Figure 10), reflectance coating 11(is as Figure 11), and any irregular prism 12(that can realize described reflection unit 2 reflection functions is as Figure 12) or said apparatus between combination in any, when prism is installed, the face that described light enters prism therewith time the light direction of propagation vertical, the face that described light penetrates prism therewith time the light direction of propagation vertical, described light is equal to or greater than 2cm from the exiting surface of described camera lens 1 to the diffusion path length of described sensor 4.
The principle of work of above-described embodiment 1-2: the light that described camera lens 1 gathers is by the reflection of described reflection unit 2, after the filtration of described optical filter 3, project on sensor 4, then light is converted into electric signal, electric signal becomes digital signal through analog to digital conversion again, digital signal is through DSP processing processing, be sent to again in the processor of mobile terminal and process, and the design of described reflection unit 2, make mobile terminal entirety under the thin technological requirement of As soon as possible Promising Policy, optical module in its camera, the light that can make it collect is more clear, some function of the lower order of convenient expansion, such as iris recognition, ultra high-definition photograph and video.
Claims (5)
1. be installed on the adjustable optical module of mobile terminal sensing station, it comprises:
Camera lens, for from mobile terminal collected outside light;
Sensor, carries out imaging for the light that camera lens is entered;
It is characterized in that, described optical module also comprises reflection unit, changes described light transmition direction in mobile terminal, makes described mobile terminal in the situation that thickness is constant, can extend described light transmition path; The position of described sensor is adjustable, can on the direction of propagation of described light, move forward or after move.
2. a kind of adjustable optical module of mobile terminal sensing station that is installed on according to claim 1, is characterized in that, described sensor is ccd sensor or cmos sensor, when described sensor is ccd sensor, is connected with DSP on it.
3. a kind of adjustable optical module of mobile terminal sensing station that is installed on according to claim 2, it is characterized in that, described reflection unit can be plane mirror, right-angle prism, pentaprism, right angle roof prism, reflectance coating, and can realize the combination in any between any irregular prism or the above-mentioned reflection unit employing scheme of described reflection unit reflection function.
4. a kind of adjustable optical module of mobile terminal sensing station that is installed on according to claim 3, it is characterized in that, described camera lens is communicated with described mobile terminal case front and/or the back side, it comprises exiting surface, collect the lighting surface of light, described lighting surface can be collected light from described mobile terminal, after described exiting surface, be provided with described reflection unit, it is a reflection part, it can change the light transmition direction that described camera lens exiting surface penetrates, make its space between described outer casing frontispiece and the back side in mobile terminal, in the direction parallel with described outer casing frontispiece or the back side, propagate, to extend described light transmition path, in light transmition direction after being reflected, be provided with described sensor.
5. a kind of adjustable optical module of mobile terminal sensing station that is installed on according to claim 3, it is characterized in that, described camera lens is communicated with described mobile terminal case front and/or the back side, it comprises exiting surface, collect the lighting surface of light, described lighting surface can be collected light from described mobile terminal, after described exiting surface, be provided with described reflection unit, described reflection unit comprises the first reflecting part, the second reflecting part, described the first reflecting part is arranged at after the exiting surface of described camera lens, it can change the light transmition direction that described camera lens exiting surface penetrates, make its space between described outer casing frontispiece and the back side in mobile terminal, in the direction parallel with described outer casing frontispiece or the back side, propagate, on the direction of propagation at described light after described the first reflecting part reflection, be provided with described the second reflecting part, it can make the light that the receives space between described outer casing frontispiece and the back side in mobile terminal, in the direction vertical with described outer casing frontispiece or the back side, propagate, on the direction of propagation after this secondary reflection of described light, be provided with described sensor.
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| CN201410449966.3A CN104199243A (en) | 2014-09-04 | 2014-09-04 | Adjustable position optical module mounted to mobile terminal sensor |
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| CN201410449966.3A CN104199243A (en) | 2014-09-04 | 2014-09-04 | Adjustable position optical module mounted to mobile terminal sensor |
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