CN205510137U - Electronic device - Google Patents
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- CN205510137U CN205510137U CN201620148888.8U CN201620148888U CN205510137U CN 205510137 U CN205510137 U CN 205510137U CN 201620148888 U CN201620148888 U CN 201620148888U CN 205510137 U CN205510137 U CN 205510137U
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- camera
- slide block
- electronic equipment
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- fluting
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Abstract
The utility model provides an electronic device, this electronic device includes: the electronic device body, this electronic device body includes: be provided with rear camera's first apron and be provided with the second cover of leading camera, wherein, be provided with a fluting on the first apron, be provided with the slider that to follow the fluting and slide in electronic device body or partial roll -off electronic device body in the fluting, be provided with first camera on the first face of slider, be provided with the second camera on the second face of slider, wherein, the second face of slider be with fluting face in opposite directions, first face and second facial features are to setting up, during the partial roll -off electronic device body of slider, the second camera stretches out the electronic device body, first camera and second camera all are connected through the electric signal connection spare and the mainboard electricity of electronic device body. Through increase the slider on electronic device, it can be with the help of settling leading camera and the rear camera in the slider to slip off behind the slider, realizes that it shoots to put pair cameras around with, the promotion effect of shooing.
Description
Technical field
The utility model relates to technical field of electronic equipment, particularly to a kind of electronic equipment.
Background technology
Dual camera technology, because it can accomplish ultra-thin, can promote, in conjunction with software algorithm, effect of taking pictures, real
Existing simulated optical zoom, it is achieved the reasons such as the single anti-background blurring effect of simulation, is used on smart mobile phone gradually,
Take pictures for rearmounted.
And front-facing camera wide-angle is less, there are many people needs of being in step with during auto heterodyne by self-shooting bar, otherwise cannot
Clap complete, for solving this problem, also begun to smart mobile phone producer one mirror of many increases on front-facing camera
Head, it is achieved preposition dual camera is autodyned, and makes photo angle wider.
Under normal circumstances, it is to arrange another one camera in adjacent preposition or post-positioned pick-up head position to reach
To the purpose of dual camera, but this kind of dual camera affects outward appearance the most very much, increases a shooting
Head can allow the user with a camera aesthetic habit there is mental handicape, and if to realize preposition simultaneously
Dual camera and rearmounted that camera double, multiple cameras simultaneously appear in smart mobile phone surface, reduce intelligence
Can spend by the succinct of mobile phone.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of electronic equipment, in order to solve existing electronics
Equipment is unreasonable because of dual camera set-up mode, affects electronic equipment attractive in appearance, affects user and makes electronic equipment
By the problem of effect.
In order to solve above-mentioned technical problem, the utility model adopts the following technical scheme that
A kind of electronic equipment, including:
Electronic equipment body；
Described electronic equipment body includes:
It is provided with the first cover plate of post-positioned pick-up head and is provided with the second cover plate of front-facing camera；
Wherein, described first cover plate being provided with a fluting, being provided with in described fluting can be sliding along described fluting
Enter electronic equipment body or partly skid off the slide block of electronic equipment body；
It is provided with the first camera on first of described slide block, second of described slide block is provided with second
Camera, wherein, second of described slide block is and described fluting face in opposite directions, first of described slide block
It is oppositely arranged with the second face of described slide block, when described Slipper skids off electronic equipment body, described second
Camera stretches out electronic equipment body；
Described first camera and described second camera are all by signal of telecommunication connector with described electronic equipment originally
The mainboard electrical connection of body.
Further, the first side of described slide block is provided with the first jut, and the second side of described slide block is arranged
There is the second jut；
It is respectively arranged with on the sidewall of described fluting and coordinates with described first jut and described second jut
Groove；
Wherein, the first side of described slide block is the both sides that described slide block is relative with the second side of described slide block.
Further, first of described slide block being additionally provided with flash lamp, described flash lamp passes through the signal of telecommunication
Connector is connected with the mainboard of described electronic equipment body.
Further, second of described slide block it is provided with first make contact and the second contact point, described
One contact point and described second contact point are all connected with described first camera, described second camera and described sudden strain of a muscle
Light modulation；
Described fluting is provided with the contact point coordinated with described first make contact and described second contact point coordinate
Portion, described contact point auxiliary section electrically connects with the mainboard of described electronic equipment body；
When described slide block is in and does not skids off state, described first make contact is electrically connected with described contact point auxiliary section
Connect；
When described slide block is in and partly skids off state, described second contact point and described contact point auxiliary section electricity
Connect.
Further, described first make contact and the second contact point are elastic metal contacts；Or
It is provided with elastic metal contacts on described contact point auxiliary section.
Further, described electronic equipment, also include:
Spring, and fix first the fixing post and second and fix post of two ends of described spring respectively；Wherein,
Described first fixes post is arranged on second of described slide block；
Described second fixes post is arranged in described fluting；
When described slide block is in and does not skids off state, described first fixes the post distance away from described first slide end
The post distance away from described first slide end is fixed less than described second；
Wherein, described first slide end is the one end in the middle part of electronic equipment body.
Further, described electronic equipment also includes:
It is arranged on the magnetic part of the first end of described slide block；And
Detecting the Magnetic Sensor of the magnetic force size of described magnetic part, described Magnetic Sensor is arranged on just to described cunning
On described first cover plate of block the first end；
Wherein, described first slide end is the one end in the middle part of electronic equipment body.
Further, described Magnetic Sensor is hall device or reluctance type device.
Further, the interrupt signal output pin of described Magnetic Sensor and the central authorities of described electronic equipment body
Processor connects, and the power pins of described Magnetic Sensor connects with the power management chip of described electronic equipment body
Connect.
Further, described front-facing camera, described post-positioned pick-up head, described first camera and described
Two cameras are connected with described power management chip, central processing unit and image processor respectively.
Further, described central processing unit by IC bus respectively with described front-facing camera, institute
State post-positioned pick-up head, described first camera and described second camera to connect.
Further, described electronic equipment also includes:
Pull-up resistor；
One end of described pull-up resistor connects described IC bus, and the other end connects described power management core
Sheet.
Further, described image processor is preposition with described respectively by mobile Industry Processor Interface bus
Camera, described post-positioned pick-up head, described first camera and described second camera connect.
Further, described front-facing camera, described post-positioned pick-up head, described first camera and described
Two cameras all include:
Simulation energization pins, digital power system pin and input/output energization pins, and described simulation energization pins,
Described digital power system pin and described input/output energization pins are all connected with described power management chip.
Further, described front-facing camera, described post-positioned pick-up head, described first camera and described
All including on two cameras: power down controls pin, described power down control pin is logical with described central processing unit
Connect with input/output interface.
The beneficial effects of the utility model are:
Such scheme, by increasing slide block on an electronic device, it is achieved when closing slide block, electronic equipment is seen
Electronic equipment with single camera is as good as up, and can be by be placed in slide block after sliping off slide block
Front-facing camera and a post-positioned pick-up head, it is achieved put dual camera before or after with and take pictures, promote effect of taking pictures
Really so that the main flow that electronic equipment outward appearance more meets active user is aesthetic, more interest and appeal and in operation.
Accompanying drawing explanation
Fig. 1 represents the structural representation one of the electronic equipment of the utility model embodiment；
Fig. 2 represents the structural representation two of the electronic equipment of the utility model embodiment；
Fig. 3 represents the structural representation of the slide block of the utility model embodiment；
Fig. 4 represents the structural representation three of the electronic equipment of the utility model embodiment；
Fig. 5 represents that the slide block of the utility model embodiment is in the form schematic diagram of spring when not skidding off state；
Fig. 6 represents that the slide block of the utility model embodiment is in the form schematic diagram of spring when skidding off state；
What Fig. 7 represented the magnet of the utility model embodiment and Magnetic Sensor arranges position view；
Fig. 8 represents electrical block diagram of the present utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and tool
The utility model is described in detail by body embodiment.
The utility model is unreasonable because of dual camera set-up mode for existing electronic equipment, affects electronics and sets
Standby attractive in appearance, affect user's problem to electronic equipment using effect, it is provided that a kind of electronic equipment.
Embodiment one
As depicted in figs. 1 and 2, the electronic equipment of the utility model embodiment one includes:
Electronic equipment body 100.
Described electronic equipment body 100 includes:
The first cover plate 110 being provided with post-positioned pick-up head 111 and the be provided with front-facing camera 121 second lid
Plate 120；
Wherein, described first cover plate 110 being provided with a fluting 300, being provided with in described fluting 300 can edge
Described fluting 300 slips into electronic equipment body 100 or partly skids off the slide block 400 of electronic equipment body 100；
The first camera 410 it is provided with, on second of described slide block 400 on first of described slide block 400
Being provided with second camera 420, wherein, second of described slide block 400 is with described fluting 300 in opposite directions
Face, first of described slide block 400 is oppositely arranged with the second face of described slide block 400, described slide block 400
When part skids off electronic equipment body 100, described second camera 420 stretches out electronic equipment body 100；
Described first camera 410 and described second camera 420 are all by signal of telecommunication connector and described electricity
With this, the mainboard electrical connection of subset body 100, ensures that the first camera 410 and second camera 420 can
To be normally carried out work.
It should be noted that described signal of telecommunication connector can be in the way of using winding displacement or hard contact, it is achieved
By the first camera 410 and the electrical connection of the mainboard of second camera 420 and electronic equipment body 100.
Such scheme, by the first shooting coordinating front-facing camera and post-positioned pick-up head to use that will newly increase
410 and described second camera 420 be arranged on slide block 400, when slide block 400 skids off, Ke Yijin
The use of row dual camera, and after making to be finished dual camera, slide block 400 is recovered reset condition,
The set-up mode of this kind of dual camera, it is ensured that electronic equipment attractive in appearance, improves the bat of electronic equipment simultaneously
According to effect.
Embodiment two
Continuing as depicted in figs. 1 and 2, the utility model embodiment two is on the basis of embodiment one, described
Specifically setting of post-positioned pick-up head 111, front-facing camera the 121, first camera 410 and second camera 420
The mode of putting is:
Described post-positioned pick-up head 111 is positioned at the first end of described fluting 300；Described front-facing camera 121
With the relative position of the second end of described fluting 300 on described second cover plate 120.
Specifically, fluting 300 can be the bar-shaped trough accommodating slide block 400, and its one end stretches out, and is formed
Openend, the second the most above-mentioned end；One end extends to the middle part of electronic equipment body 100, and the most above-mentioned the
One end.Post-positioned pick-up head 111 is arranged on the fluting 300 side near the middle part of electronic equipment body 100.
The direction of described fluting 300 can be that the width of Vertical electron apparatus body 100 is arranged, it is also possible to is
Length direction is arranged, it is also possible to be set to width or length direction in an angle.
Described first camera 410 is positioned at the first surface of described slide block 400, described second camera 420
It is positioned at the second surface of described slide block 400；Wherein, first surface towards direction and post-positioned pick-up head towards
Direction consistent, second surface towards direction and front-facing camera towards direction consistent.
After described slide block 400 partly skids off electronic equipment body 100 in described fluting 300, set at electronics
Can see described second camera 420 before standby screen, and the camera lens front of described second camera 420 without
Block.
In the present embodiment, slide block 400 is arranged on the side back to electronic equipment screen, and by slide block 400
Within being limited in default sliding distance, ensure that slide block 400 is meeting the use requirement of dual camera with this
Time, space outerpace is taken by the electronic equipment that increases that again will not be too much；Meanwhile, by slide block in the present embodiment
400 are set to the mode slided along electronic equipment length direction, this kind of slip set-up mode, meet making of user
By custom, facilitate the operation of user.
It should be noted that when slide block 400 does not skids off, the first camera 410 on slide block 400 covers
Putting the top of camera 111 in the rear, second camera 420 is hidden in electronic equipment internal so that
During this state, electronic equipment is as arranged the electronic equipment of single camera normally；Skid off at slide block 400
After, the second camera 420 on slide block 400 is become representing state from original hidden state, and i.e. second takes the photograph
As 420 with front-facing camera 121 all with the screen cover of electronic equipment in the same direction, described second images
420 coordinate the preposition dual camera as electronic equipment with front-facing camera 121；Described first camera
410 tops also slipping away post-positioned pick-up head 111 so that be hidden in the post-positioned pick-up head 111 of electronic equipment internal
It is also at the state represented, and the camera lens of the first camera 410 and post-positioned pick-up head 111 is all and electronic equipment
The back side (i.e. with screen cover back to one side) face in the same direction, described first camera 410 and after
Put the camera 111 rearmounted dual camera as electronic equipment.
It should be noted that by being respectively provided with a camera at the tow sides of slide block 400 so that
When not using the dual camera of electronic equipment, hide a front-facing camera respectively and a post-positioned pick-up head exists
Electronic equipment internal, it is ensured that electronic equipment in appearance with the existing electronic equipment one that single camera is set
Sample, it is ensured that electronic equipment attractive in appearance.
Embodiment three
In order to realize the normal slip of slide block 400, further, as shown in Figure 3 and Figure 4, this practicality is new
The electronic equipment of type embodiment three on the basis of embodiment one or embodiment two, described slide block 400 and fluting
The cooperation implementation of 300 is: the first side of described slide block 400 is provided with the first jut 430, described cunning
Second side of block 400 is provided with the second jut 440；
It is respectively arranged with on the sidewall of described fluting 300 and described first jut 430 and described second projection
The groove 310 that portion 440 coordinates；
Wherein, the first side of described slide block 400 and the second side of described slide block 400 are described slide block 400 phase
To both sides.
It should be noted that groove 310 is used as the fixed-point motion path of slide block 400 by the present embodiment, logical
Cross groove 310 to retrain the stroke of slide block 400.
It should be noted that in the present embodiment, it is also possible to use and offer groove respectively in the both sides of slide block 400,
The sidewall of fluting 300 arranges the mode of jut realize slide block 400 and slot 300 be slidably matched.
Slip implementation in the present embodiment, arranges simple, and production and processing is convenient, facilitates user simultaneously
Operation.
Embodiment four
User carries out the slip of slide block 400, further, as shown in Figure 5 and Figure 6, this reality for convenience
With the electronic equipment of new embodiment four on the basis of embodiment one, embodiment two or embodiment three, also wrap
Include: spring 610, and fix first the fixing post 620 and second and fix of two ends of described spring 610 respectively
Post 630；Wherein,
Described first fixes post 620 is arranged on second of described slide block 400, and i.e. slide block 400 is towards opening
The surface of groove；
Described second fixes post 630 is arranged on described fluting 300 towards on the surface of slide block 400；
When described slide block 400 is in and does not skids off state, described first fixes post 620 away from described slide block 400
The distance of the first end fixes the post 630 distance away from described slide block 400 first end (by Fig. 5 less than described second
Knowable to shown in, described first fixes post 620 is positioned at the described second lower left fixing post 630).
Wherein, described slide block 400 first end is the one end in the middle part of electronic equipment body 100, i.e. slots
300 by the one end extended in export-oriented electronic equipment body 100.
It should be noted that the function that slide block 400 is moved up and down by the flexible realization of spring 610, fixing
On slide block 400 first is fixed post 620 and can follow the motion of slide block 400 and draw high spring 610, when without
When enabling the dual camera of electronic equipment, slide block 400 does not skid off, spring 400 be in compressive state (as
State shown in Fig. 5), now, under the elastic acting force of spring 610, slide block 400 can be produced one
Individual downward active force, makes slide block 400 the most all in downward active force is maintained at fluting 300.When opening
During with the dual camera of electronic equipment, slide block 400 skids off, and first on slide block 400 fixes post 620 can be with
Slide block 400 to move, and spring 610 can be because recovering shape to produce elastic force promotion slide block 400 upward sliding
(state as shown in Figure 6).
By arranging the spring of connection sliding block 400 and fluting 300 in the present embodiment, promote slide block 400 user
When sliding in and out, produce elastic force because spring recovers shape and promote slide block to slide in and out so that grasp in no user
In the case of making power, it is also possible to realize skidding off of slide block 400.This kind of mode, decreases the operating physical force of user,
Improve user's experience effect to slide block 400.
Embodiment five
In order to ensure slide block 400 when not skidding off, the first camera 410 can also be taken the photograph as the most rearmounted
As head uses, continuing as depicted in figs. 1 and 2, the electronic equipment of embodiment five is in embodiment one, reality
On the basis of executing example two, embodiment three or embodiment four, also include:
Flash lamp 450, described flash lamp 450 is arranged on first of described slide block 400, described flash lamp
450 are connected with the mainboard of described electronic equipment body 100 by signal of telecommunication connector.
By arranging flash lamp (the described flash lamp 450 coordinating the first camera 410 to use on slide block 400
Generally close on described first camera 410 to arrange) so that the first camera 410 can be as the most rearmounted
Camera uses, it is ensured that the effect of taking pictures of the first camera 410.
In order to ensure that each parts on slide block 400 all can normally work, continue as it is shown on figure 3, described slide block
The structure that specifically arranges on 400 also includes:
First make contact 510 and the second contact point 520 it is provided with on second of described slide block 400, described
One contact point 510 and described second contact point 520 are all connected with described first camera 410, described second shooting
420 and described flash lamp 450.
Described fluting 300 is provided with and coordinates with described first make contact 510 and described second contact point 520
Contact point auxiliary section (for being not drawn in figure), described contact point auxiliary section and described electronic equipment body 100
Mainboard electrical connection；
When described slide block 400 is in and does not skids off state, described first make contact 510 is joined with described contact point
Conjunction portion electrically connects, and described first camera 410, described second camera 420 and described flash lamp 450 pass through
First make contact 510 and the connection of contact point auxiliary section, it is achieved with the mainboard of described electronic equipment body 100
Electrical connection；
When described slide block 400 is in and skids off state, described second contact point 520 coordinates with described contact point
Portion electrically connects, and described first camera 410, described second camera 420 and described flash lamp 450 are by the
The connection of two contact points 520 and contact point auxiliary section, it is achieved with the mainboard of described electronic equipment body 100
Electrical connection.
In actual application, when described slide block 400 is in and does not skids off state, first make contact 510 with
Contact point auxiliary section electrically connects.The position of contact point auxiliary section is fixing, and it can with first make contact 510
To be connection of conflicting.When slide block 400 is in and skids off state, the second contact point 520 moves up with slide block
Arrive position, contact point auxiliary section, be connected with contact point auxiliary section coupling.
Such scheme, by being arranged on one by the connecting portion of the camera on slide block 400 and flash lamp and mainboard
Rise, and this connecting portion is correspondingly formed two contact points, and these two contact points are positioned at the difference of slide block 400
Position so that be at slide block 400 and skid off and when not skidding off state, all can ensure camera and flash lamp with
The connection of mainboard, the most whether slide block 400 is in the state of skidding off, all can make camera and flash lamp with
Mainboard connects, it is ensured that the camera on slide block 400 uses with the normal of flash lamp.
As seen from Figure 3, first make contact 510 and the second contact point 520 are all along the width of slide block 400
Arrange, it should be noted that first make contact 510 and the second contact point 520 can also be along slide blocks 400
Length direction is arranged, and first make contact 510 and the second contact point 520 are located along the same line, and from cunning
For the orientation up and down of block 400, first make contact 510 is arranged on the top of the second contact point 520.
It should be noted that in order to ensure that first make contact 510 or the second contact point 520 coordinate with contact point
The close fit in portion, in the present embodiment, can be by equal to described first make contact 510 and the second contact point 520
It is set to elastic metal contacts；Or
Described contact point auxiliary section arranges elastic metal contacts.
Such as, in actual applications, it is all provided with being set to elasticity by first make contact 510 and the second contact point 520
Hard contact so that the first camera 410, described second camera 420 and the telecommunications of described flash lamp 450
Number can send mainboard smoothly to by contact point auxiliary section, it is achieved and the communication between mainboard；Described contact
The position coordinated with each contact of elastic metal contacts, when arranging, is generally arranged to groove by some auxiliary section
Form so that each contact in elastic metal contacts, when being connected with contact point auxiliary section, can be fixed to
In groove, this kind of mode, elastic metal contacts can be carried out spacing with the connection of contact point auxiliary section, it is ensured that
Connected both is reliable.
The electric connection mode of the present embodiment so that each parts on slide block 400 can normally work, and not shadow
Ring the proper motion of slide block 400.
Embodiment six
In order to carry out the control of dual camera work, further, as shown in Figure 7 and Figure 8, embodiment six
Electronic equipment on the basis of any of the above-described embodiment, also include:
It is arranged on the magnetic part 710 of the first end of described slide block 400.And
Detecting the Magnetic Sensor 720 of the magnetic force size of described magnetic part 710, described Magnetic Sensor 720 is arranged on
Just on described first cover plate 110 to described slide block 400 first end.
Wherein, described slide block 400 first end is the one end in the middle part of electronic equipment body 100, its another
End is the one end that can stretch out electronic equipment body 100.
Such as, in the utility model, described fluting 300 is U-type groove, correspondingly, and described Magnetic Sensor 720
Be arranged on U-type groove bottom the first cover plate 110 on.
It should be noted that this magnetic part 710 uses magnet to realize under normal circumstances, this Magnetic Sensor 720
For hall device or reluctance type device (i.e. MR device), by the setting of Magnetic Sensor 720, in order to detect
The size of magnetic force around himself, it is generally the case that magnet from described Magnetic Sensor 720 more close to, magnetic sense
The magnetic force that device 720 detects is the biggest, and on the contrary, the magnetic force that Magnetic Sensor 720 detects is the least；Because of magnet meeting
Along with slide block 400 motion and away from or near Magnetic Sensor 720, therefore, detected by Magnetic Sensor 720
To magnetic force just can determine whether that slide block is in the state that skids off and is in not skidding off state, such as, when magnetic sense
When the magnetic force that device 720 detects is less than the first preset value, then proves that slide block is in skidding off state, and work as magnetic
When the magnetic force that sensor detects is more than the second preset value, then prove that slide block is in not skidding off state, wherein,
Second preset value is more than the first preset value；Or when Magnetic Sensor 720 detects that the amplitude of diminishing of magnetic force exceedes
During one preset value, then prove that slide block has been in the state of skidding off, when Magnetic Sensor 720 detects that the change of magnetic force is big
When amplitude is more than a preset value, then prove that slide block is recovered to original not skid off state by the state that skids off.
It should be noted that by utilizing the Magnetic Sensor 720 detection to slide block state, generate and start or close
Closing the interrupt signal of dual camera, this interrupt signal exports to the central processing unit of electronic equipment, concrete company
Connecing relation as shown in Figure 8, the interrupt signal output pin of described Magnetic Sensor 720 is with described electronic equipment originally
The central processing unit (CPU) 810 of body 100 connects, the power pins of described Magnetic Sensor 720 and described electricity
The power management chip 820 of subset body 100 connects.
In the present embodiment, by coordinating of magnet 710 and Magnetic Sensor 720, can be according to the use of user
State, selects open or close dual camera, it is achieved that dual camera is opened and automatically controlling of closing,
Decrease user operation, improve the experience effect of user.
It should be noted that for the work ensureing dual camera, described front-facing camera 121, described rearmounted
The connection of camera 111, described first camera 410 and described second camera 420 is particularly as follows: institute
State front-facing camera 121, described post-positioned pick-up head 111, described first camera 410 and described second shooting
420 respectively with described power management chip 820, central processing unit 810 and image processor (ISP)
830 connect.
Specifically, described central processing unit 810 preposition is taken the photograph with described respectively by IC bus (IIC)
Picture 121, described post-positioned pick-up head 111, described first camera 410 and described second camera 420 are even
Connecing, CPU chooses different cameras by IIC address and sends control command, in the present embodiment, because of IIC
Use open-drain formula digital interface structure, so, described electronic equipment also should include: pull-up resistor 840；
One end of described pull-up resistor 840 connects described IIC, and the other end connects described power management chip 820,
IIC is pulled upward to interface power Vio by described pull-up resistor 840.
Specifically, image processor 830 is used for processing the view data that multiple camera is sent back, and it passes through
Mobile Industry Processor Interface bus (i.e. MIPI bus) and front-facing camera 121, described post-positioned pick-up head
111, described first camera 410 and described second camera 420 connect.The interface of MIPI bus connects letter
Single, transmission speed is fast, is suitable for the transmission of camera big data quantity.In Fig. 8, image processor 830 uses collection
Become in the mode within central processing unit 810, it should be noted that image processor 830 can also use
Mode independent of central processing unit 810 is configured.
Specifically, each camera with the connected mode of power management chip 820 is:
Described front-facing camera 121, described post-positioned pick-up head 111, described first camera 410 and described
Two cameras 420 all include: simulation energization pins (i.e. AVDD pin), digital power system pin (i.e. DVDD
Pin) and input/output energization pins (i.e. IOVDD pin), and AVDD pin, DVDD pin and
IOVDD pin is all connected with described power management chip 820.The driving of power requirement because of each energization pins
Kinetic force and voltage all there are differences, and power supply stability is required high by AVDD pin, it is therefore desirable to point
Open and each energization pins is powered.
Also, it should be noted described front-facing camera 121, described post-positioned pick-up head 111, described first take the photograph
All include on 410 and described second camera 420: independent power down controls pin (i.e. PWD pin),
Described PDW pin connects with the universal input/output interface (i.e. GPIO interface) of described central processing unit 810
Connecing, the GPIO controlling these PWD pins controls the startup of each camera by low and high level, such as,
When enabling this PWD pin, corresponding camera is closed.
It should be noted that in the present embodiment, carry out slide block by utilizing magnet to coordinate with Magnetic Sensor 720
400 skid off the detection with closure state, and skidding off and closure state according to slide block 400, will beat open or close
The interrupt signal closing dual camera carries out passing to CPU, CPU beating according to interrupt signal control dual camera
Push And Release closes, this kind of mode, can select open or close dual camera according to the use state of user,
Achieve dual camera to open and automatically controlling of closing, decrease user operation, improve the use of user
Experience effect；Meanwhile, power management chip 820 is utilized to realize the control that each camera is powered respectively,
Ensure that the stability that camera works.
Above-described is preferred embodiment of the present utility model, it should be pointed out that general for the art
For logical personnel, some improvement and profit can also be made under without departing from principle premise described in the utility model
Decorations, these improvements and modifications are also in protection domain of the present utility model.
Claims (15)
1. an electronic equipment, it is characterised in that including:
Electronic equipment body (100)；
Described electronic equipment body (100) including:
It is provided with first cover plate (110) of post-positioned pick-up head (111) and is provided with front-facing camera (121)
The second cover plate (120)；
Wherein, described first cover plate (110) is provided with a fluting (300), in described fluting (300)
It is provided with and can slip into electronic equipment body (100) along described fluting (300) or partly skid off electronic equipment originally
The slide block (400) of body (100)；
The first camera (410), described slide block (400) it is provided with on first of described slide block (400)
Second on be provided with second camera (420), wherein, second of described slide block (400) for institute
State fluting (300) face in opposite directions, first of described slide block (400) and the second of described slide block (400)
Face is oppositely arranged, and when described slide block (400) part skids off electronic equipment body (100), described second takes the photograph
As head (420) stretches out electronic equipment body (100)；
Described first camera (410) and described second camera (420) all by signal of telecommunication connector with
The mainboard electrical connection of described electronic equipment body (100).
Electronic equipment the most according to claim 1, it is characterised in that the of described slide block (400)
Side is provided with the first jut (430), and the second side of described slide block (400) is provided with the second jut (440)；
It is respectively arranged with on the sidewall of described fluting (300) and described first jut (430) and described
The groove (310) that two juts (440) coordinate；
Wherein, the first side of described slide block (400) and the second side of described slide block (400) are described slide block
(400) relative both sides.
Electronic equipment the most according to claim 1, it is characterised in that the of described slide block (400)
Being additionally provided with flash lamp (450) on Yi Mian, described flash lamp (450) is by signal of telecommunication connector and described electricity
The mainboard of subset body (100) connects.
Electronic equipment the most according to claim 3, it is characterised in that the of described slide block (400)
First make contact (510) and the second contact point (520), described first make contact (510) it is provided with on two
It is all connected with described first camera (410), described second camera (420) with described second contact point (520)
With described flash lamp (450)；
Described fluting (300) is provided with and described first make contact (510) and described second contact point (520)
The contact point auxiliary section coordinated, described contact point auxiliary section is electric with the mainboard of described electronic equipment body (100)
Connect；
When described slide block (400) is in and does not skids off state, described first make contact (510) connects with described
Auxiliary section, contact electrically connects；
When described slide block (400) is in and partly skids off state, described second contact point (520) is with described
Contact point auxiliary section electrically connects.
Electronic equipment the most according to claim 4, it is characterised in that described first make contact (510)
It is elastic metal contacts with the second contact point (520)；Or
It is provided with elastic metal contacts on described contact point auxiliary section.
Electronic equipment the most according to claim 1, it is characterised in that also include:
Spring (610), and fix respectively described spring (610) two ends first fix post (620)
Post (630) is fixed with second；Wherein,
Described first fixes post (620) is arranged on second of described slide block (400)；
Described second fixes post (630) is arranged in described fluting (300)；
When described slide block (400) is in and does not skids off state, described first fixes post (620) away from described cunning
The distance of block (400) first end fixes post (630) away from described slide block (400) first end less than described second
Distance；
Wherein, described slide block (400) first end is the one end near electronic equipment body (100) middle part.
7. according to the electronic equipment described in claim 1 or 4, it is characterised in that described electronic equipment also wraps
Include:
It is arranged on the magnetic part (710) of the first end of described slide block (400)；And
Detect the Magnetic Sensor (720) of the magnetic force size of described magnetic part (710), described Magnetic Sensor (720)
It is arranged on just on described first cover plate (110) to described slide block (400) first end；
Wherein, described slide block (400) first end is the one end near electronic equipment body (100) middle part.
Electronic equipment the most according to claim 7, it is characterised in that described Magnetic Sensor (720)
For hall device or reluctance type device.
Electronic equipment the most according to claim 7, it is characterised in that described Magnetic Sensor (720)
Interrupt signal output pin be connected with the central processing unit (810) of described electronic equipment body (100),
The power pins of described Magnetic Sensor (720) and the power management chip of described electronic equipment body (100)
(820) connect.
Electronic equipment the most according to claim 9, it is characterised in that described front-facing camera (121),
Described post-positioned pick-up head (111), described first camera (410) and described second camera (420) are equal
Respectively with described power management chip (820), central processing unit (810) and image processor (830)
Connect.
11. electronic equipments according to claim 10, it is characterised in that described central processing unit (810)
By IC bus respectively with described front-facing camera (121), described post-positioned pick-up head (111), institute
State the first camera (410) and described second camera (420) connects.
12. electronic equipments according to claim 11, it is characterised in that also include:
Pull-up resistor (840)；
One end of described pull-up resistor (840) connects described IC bus, and the other end connects described power supply
Managing chip (820).
13. electronic equipments according to claim 10, it is characterised in that described image processor (830)
By mobile Industry Processor Interface bus respectively with described front-facing camera (121), described post-positioned pick-up head
(111), described first camera (410) and described second camera (420) connect.
14. electronic equipments according to claim 10, it is characterised in that described front-facing camera (121),
Described post-positioned pick-up head (111), described first camera (410) and described second camera (420) are equal
Including:
Simulation energization pins, digital power system pin and input/output energization pins, and described simulation energization pins,
Described digital power system pin and described input/output energization pins are all connected with described power management chip (820).
15. electronic equipments according to claim 10, it is characterised in that described front-facing camera (121),
On described post-positioned pick-up head (111), described first camera (410) and described second camera (420)
All including: power down controls pin, described power down control pin is general defeated with described central processing unit (810)
Enter/output interface connection.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620148888.8U CN205510137U (en) | 2016-02-26 | 2016-02-26 | Electronic device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620148888.8U CN205510137U (en) | 2016-02-26 | 2016-02-26 | Electronic device |
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| Publication Number | Publication Date |
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| CN205510137U true CN205510137U (en) | 2016-08-24 |
Family
ID=56725963
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201620148888.8U Active CN205510137U (en) | 2016-02-26 | 2016-02-26 | Electronic device |
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