CN108513055A

CN108513055A - Electronic building brick and electronic device

Info

Publication number: CN108513055A
Application number: CN201810560028.9A
Authority: CN
Inventors: 曾赞坚; 熊丰
Original assignee: Guangdong Oppo Mobile Telecommunications Corp Ltd
Current assignee: Guangdong Oppo Mobile Telecommunications Corp Ltd
Priority date: 2018-06-02
Filing date: 2018-06-02
Publication date: 2018-09-07

Abstract

This application discloses a kind of electronic building bricks, depth device including holder, for sampling depth image information, the first camera for acquiring the first form and aspect image information, the projector and the second camera for acquiring the second form and aspect image information, the depth device, the first camera, the projector and the second camera are set to jointly on the holder, and the second camera is between the depth device and first camera, and the Image Acquisition direction of the second camera and first camera is opposite.Electronic device provided by the present application is conducive to the raising of electronic device screen accounting, is moved in addition, guiding mechanism is maintained at when sliding seat being enabled to be slided with respect to center on scheduled track, ensures accuracy and stationarity when sliding seat sliding.In addition, present invention also provides the control methods of a kind of electronic device and electronic device.

Description

Electronic building brick and electronic device

Technical field

This application involves electronic device field more particularly to a kind of electronic building bricks and electronic device.

Background technology

With the development of science and technology with the demand in market, the demand of the shooting performance of mobile phone is higher and higher, leads in the prior art It crosses and integrates a flash lamp and two cameras on mobile phone to be carried out at the same time shooting, to obtain visual effect more preferably image. The arrangement of flash lamp in the prior art and two cameras is scattered, is unfavorable for assembling.

Invention content

The application provides a kind of electronic building brick and electronic device improving installation effectiveness.

In a first aspect, this application provides a kind of electronic building brick, including holder, for the depth of sampling depth image information Device, the first camera for acquiring the first form and aspect image information, the projector and for acquiring the second form and aspect image information Second camera, the depth device, the first camera, the projector and the second camera are set to the holder jointly On, and the second camera is between the depth device and first camera, and the second camera and institute The Image Acquisition direction for stating the first camera is opposite.

Second aspect includes shell, display module and electronic building brick, the display module lid present invention also provides one kind It is connected on the shell, the electronic building brick is set to the inside of the shell, and the second camera is backwards to the display mould Group captures image information.

The third aspect, present invention also provides a kind of electronic devices, which is characterized in that including center, sliding seat, leads To mechanism, driving mechanism and the electronic building brick being contained in the sliding seat；The center includes the side of a pair of opposing Face and the top end face being connected between a pair of side end face offer holding tank on the top end face, and the holding tank runs through A pair of side end face；The sliding seat is slidably connected in the holding tank with the center through the driving mechanism, described Guiding mechanism is set between the sliding seat and center so that the sliding seat under the driving of the driving mechanism along institute The holding tank is stretched out or is contained in the direction for stating guiding mechanism guiding；The sliding seat is provided on the same face One function part, the second function part, third function part and the 4th function part being disposed opposite to each other with first function part, the depth It spends device and captures the deep image information through first function part, first camera penetrates second function part The first form and aspect image information is captured, the projector is projected through the third function part, and the second camera penetrates 4th function part captures the second form and aspect image information.

Electronic building brick and electronic device provided by the present application by by depth device, the first camera, second camera and The projector is installed on holder jointly so that electronic building brick when mounted, only need to be installed on the device that need to be installed by electronic building brick On the installations of above-mentioned multiple devices can be realized, improve installation effectiveness.

Description of the drawings

It, below will be to needed in embodiment in order to illustrate more clearly of the technical solution of the embodiment of the present application Attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is some embodiments of the application, general for this field For logical technical staff, without creative efforts, other drawings may also be obtained based on these drawings.

Fig. 1 is the schematic diagram of electronic building brick provided by the embodiments of the present application；

Fig. 2 is another angle schematic diagram of the electronic building brick of Fig. 1；

Fig. 3 is the schematic diagram of the first fixed part in Fig. 1；

Fig. 4 is the schematic diagram of the second fixed part in Fig. 1；

Fig. 5 is the schematic diagram of the second fixed part of another kind in Fig. 1；

Fig. 6 is the camera assembly of Fig. 1 in a kind of schematic diagram of arrangement on interconnecting piece；

Fig. 7 is the schematic diagram that the camera assembly in Fig. 1 is arranged in the another kind on interconnecting piece；

Fig. 8 is the schematic diagram of the holder of the camera assembly in Fig. 2；

Fig. 9 is the schematic diagram of the camera assembly in Fig. 2；

Figure 10 is the schematic diagram of the interconnecting piece in Fig. 2；

Figure 11 is a kind of schematic diagram for electronic building brick that the embodiment of the present application one provides；

Figure 12 is the schematic diagram of another angle of the electronic building brick in Figure 11；

Figure 13 is a kind of schematic diagram of electronic device provided by the embodiments of the present application；

Figure 14 is the schematic diagram of another angle of the electronic device in Figure 13；

Figure 15 is the schematic diagram of another angle of the electronic device in Figure 13；

Figure 16 is the decomposition diagram of the electronic device in Figure 13；

Figure 17 is the schematic diagram that electronic device in Figure 13 is in stretching state；

Figure 18 is the schematic diagram that electronic device in Figure 13 is in retracted mode；

Figure 19 is the schematic diagram for another electronic device that the embodiment of the present application two provides；

Figure 20 is the flow diagram of the control method of electronic device provided by the embodiments of the present application.

Specific implementation mode

Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of embodiments of the present application, instead of all the embodiments.It is based on Embodiment in the application, those of ordinary skill in the art are obtained every other under the premise of not making the creative labor Embodiment shall fall in the protection scope of this application.

In the description of the embodiment of the present application, it is to be understood that term " length ", " width ", " thickness ", " X to ", " Y To ", the orientation or positional relationship of the instructions such as " Z-direction " be to be based on the orientation or positional relationship shown in the drawings, be merely for convenience of retouching It states the application and simplifies and describe, rather than imply or indicate that signified device or element must have a particular orientation, with specific Azimuth configuration and operation, therefore should not be understood as the limitation to the application.

Fig. 1 is please referred to, orthogonal three directions between any two are defined when holder 521 is in the first visual angle, point Not Wei X to, Y-direction and Z-direction.

Please refer to Fig. 1, the embodiment of the present application provides a kind of electronic building brick 5, including holder 521, is used for sampling depth image The depth device 522 of information, the first camera 523 for acquiring the first form and aspect image information, the projector 524 and for acquiring The second camera 561 of second form and aspect image information, the depth device 522, the first camera 523, the projector 524 and described Second camera 561 is set to jointly on the holder 521, and the second camera 561 is located at 522 He of depth device Between first camera 523, and the Image Acquisition direction phase of the second camera 561 and first camera 523 Instead.

It should be understood that please referring to Fig. 1, the electronic building brick 5 further includes being used for third camera 562, and the third is taken the photograph It is disposed adjacent with second camera 561 as first 562, the Image Acquisition of the third camera 562 and the second camera 561 Direction is identical.

It should be understood that please referring to Fig. 1, depth device 522, the first camera 523 and the projector 524 are identified for 3D, For ease of description, the combination of above-mentioned multiple devices is referred to as image-forming assembly 52；And second camera 561 and third camera 562 substantially realize postposition shooting function, therefore the combination of second camera 561 and third camera 562 is referred to as shooting group Part.

In other words, the application is multiple by the way that image-forming assembly 52 and picture shooting assembly are set to jointly on the same holder 521 Device is installed on jointly on holder 521 so that when mounted, need to only be installed on image-forming assembly 52 need to install image-forming assembly 52 The installation that above-mentioned multiple devices can be realized on device, improves installation effectiveness.

Image-forming assembly 52 is illustrated in the arrangement on holder 521 below：

In one embodiment, Fig. 1 is please referred to, the depth device 522 is infrared camera, and the projector 524 is red Outer laser projecting apparatus 524.The projector 524 receives the main body that is taken and is reflected back according to shooting main body projected spot, depth device 522 The infrared light come obtains the spatial information i.e. deep image information for the main body that is taken by calculating.Certainly, in other embodiments In, depth device 522 can be suitable for capturing the device of deep image information, such as the camera shooting of ultraviolet camera, light field with other Head, ranging camera head, etc..It is corresponding, since depth device 522 is to receive the reflected depth image letter of the main body that is taken Breath, therefore the projector 524 is corresponding with depth device 522, for example depth device 522 is ultraviolet camera, then the projector 524 is ultraviolet Laser projecting apparatus.

It should be understood that please referring to Fig. 1, depth device 522, the first camera 523 and the projector 524 can be all electrically connected to On mainboard 6, so that the figure that the picture processing chip on mainboard 6 can capture depth device 522, the first camera 523 Target image is generated as information carries out processing.

It should be understood that the image-forming assembly 52 in the application can be applied to the application scenarios of face knowledge, and in other words, shooting Main body is face.The specific work process of image-forming assembly 52 is：The projector 524 is used to emit the infrared light Jing Guo particular modulation extremely Shoot main body；Depth device 522 is received by the reflected infrared light of the main body that is taken, and the main body that is taken is obtained by calculating Spatial information；First camera 523 is used to carry out coloured image shooting to shooting main body；Depth device 522 and the first camera 523 image informations captured can be sent to picture processing chip, and picture processing chip can be by deep image information and first Color image information aggregate obtains target image through algorithm process, which can be the color image for having information.

Wherein, when depth device 522 and the first camera 523 carry out image information capture to shooting main body, the figure of the two As information has overlapping, defined herein as image overlay region information.And picture processing chip exactly to image overlay region information into Row handles and generates the color image for having information.Therefore, between depth device 522, the first camera 523 and the projector 524 Mutual spacing size be related to image-forming assembly 52 shooting performance quality.

Depth device 522 in the prior art, the first camera 523 and the projector 524 is scattered is arranged in electronic device 100 Corner areas, practical spacing when assembly between depth device 522, the first camera 523 and the projector 524 is due to multiple It assembles and leads to that error is larger and larger with required spacing difference, to influence the shooting performance of image-forming assembly 52.And And since the precision of the size of the mutual spacing between depth device 522, the first camera 523 and the projector 524 needs to control Comparison it is accurate, also can to assembly bring larger difficulty, that is, be unfavorable for assembling.

The application by setting depth device 522, the first camera 523 and the projector 524 in image-forming assembly 52 jointly It is placed on holder 521 so that image-forming assembly 52 when mounted, need to be only installed on the device that need to be installed by image-forming assembly 52 The installation for realizing above-mentioned multiple devices, improves installation effectiveness.

Further, Fig. 1 is please referred to, the first camera 523 is between depth device 522 and the projector 524.Passing through will First camera 523 is defined between depth device 522 and the projector 524 so that the first camera 523 and depth device 522 Although being separated by interconnecting piece 5211, to ensure that the first camera 523 compares the projector simultaneously therebetween there is no light is altered 524 with depth device 522 more closely, then ensureing that the first camera 523 can be shorter along Z-direction with depth device 522 Distance has image information overlapping, so that face can also be identified when closer from electronic device 100, further carries High image-forming assembly 52 carries out the reliability of recognition of face.

Further, please refer to Fig. 1, the image-forming assembly 52 further includes light compensating lamp 525, the light compensating lamp 525 with it is described Depth device 522 is disposed adjacent, and the depth device 522 be located at the light compensating lamp 525 and first camera 523 it Between.Specifically, since depth device 522 is infrared camera, and light compensating lamp 525 substantially carries out light intensity to depth device 522 Reinforcement, therefore light compensating lamp 525 can be infrared light compensating lamp.Depth device 522 is carried out by the way that light compensating lamp 525 is further arranged Light filling so that depth device 522 can capture more accurately deep image information, improve the reliability of image-forming assembly 52.

Meanwhile light compensating lamp 525 is compared closer to the first camera 523 by limiting depth device 522, ensure that first takes the photograph As first 523 and depth device 522 can have image information overlapping at a distance from shorter along Z-direction so that face from Electronic device 100 can also be identified when closer, further improve the reliability that image-forming assembly 52 carries out recognition of face.

Fig. 1 is please referred to, light compensating lamp 525, depth device 522, the first camera 523 and the projector 524 are arranged in order and set It is placed on holder 521.

Specifically, the strip referring to Fig.1 and 2, holder 521 is substantially grown up.Light compensating lamp 525, depth device 522, first Camera 523 and the projector 524 are along length extending direction, that is, X of holder 521 to arrangement.Holder 521, which has, to be disposed opposite to each other First surface 52101 and second surface 52102, are adjacent to the side between the first surface 52101 and second surface 52102 Face.

Please refer to Fig. 1, holder 521 includes along X to sequentially connected first fixed part 5212, interconnecting piece 5211 and second Fixed part 5213.Depth device 522 is set on the first fixed part 5212, and the first camera 523 and the projector 524 are set to On two fixed parts 5213, i.e., it is intersegmental away from avoiding two by interconnecting piece 5211 to separate one for depth device 522 and the first camera 523 Person alters light due to leaning on too close.The fixed part of the structure stand 521 makes depth device 522, the first camera 523 and throws Emitter 524 is spaced apart with required spacing, while reducing the difficulty of assembly, depth device 522,523 and of the first camera The projector 524 on setting holder 521, when image-forming assembly 52 is installed, ensures the installation of holder 521, improves assembly jointly Efficiency.

Further, Fig. 1 is please referred to, since image-forming assembly 52 further includes light compensating lamp 525, thus it is corresponding, on holder 521 also With third fixed part 5214, the third fixed part 5214 is disposed adjacent with first fixed part 5212, and described first Fixed part 5212 is between the interconnecting piece 5211 and the third fixed part 5214；The image-forming assembly 52 further includes light filling Lamp 525, the light compensating lamp 525 are fixedly arranged on the third fixed part 5214, and the light compensating lamp 525 is used to be the depth device 522 light fillings.

By limiting the first fixed part 5212 between interconnecting piece 5211 and third fixed part 5214, then so that depth device Part 522 compares light compensating lamp 525 closer to the first camera 523, ensures that the first camera 523 and depth device 522 can be Image information overlapping is had along the shorter distance of Z-direction, so that face can also carry out when closer from electronic device 100 Identification further improves the reliability that image-forming assembly 52 carries out recognition of face.

Third fixed part 5214, the first fixed part 5212, interconnecting piece 5211 and the second fixed part 5213 are along X to connecting successively It connects.Corresponding, light compensating lamp 525, depth device 522, the first function element, the first camera 523 and the projector 524 are fixed successively In on third fixed part 5214, the first fixed part 5212, interconnecting piece 5211 and the second fixed part 5213.Wherein, the first camera 523 and the projector 524 be all set on the second fixed part 5213.

In one embodiment, Fig. 3 is please referred to, the structure of the first fixed part 5212 is specially：First fixed part 5212 Including the first fixed plate 521201 and first annular raised 521202, first fixed plate 521201 opens up the first hollow-out parts 5201, described first annular raised 521202 are convexly equipped in first fixed plate 521201, and the first annular protrusion 521202 inner cavity is connected to first hollow-out parts 5201, and the depth device 522 is placed in the first annular protrusion 521202 inner cavity, and the depth device 522 captures deep image information through first hollow-out parts 5201.Certainly, exist In other embodiments, the first fixed part 5212 can also be tabular, i.e. depth device 522 is directly fixed on the first fixed part On 5212.

Specifically, please refer to Fig. 1 and Fig. 3, the first fixed part 5212 has and can house the first annular of depth device 522 Protrusion 521202, and depth device 522 can penetrate the first hollow-out parts 5201 and obtain deep image information, i.e. depth device to outside Part 522 is most of to be fixed on the first fixed part 5212, and first annular raised 521202 surround depth device 522, prevent depth Degree device 522 is collided, and the first fixed part 5212 of this structure can preferably fix depth device 522, improve into As the reliability of component 52.

It should be understood that please referring to Fig. 3, first annular raised 521202 shape is similar with the shape of depth device 522, Ensure that depth device 522 can obtain first annular raised 521202 and preferably wrap up.First hollow-out parts 5201 are generally circular Through-hole matches with the shape of the first camera 523 of depth device 522,523 face of the first camera of depth device 522 First hollow-out parts 5201, so that the first camera 523 in depth device 522 can penetrate the first hollow-out parts 5201 to outside Obtain deep image information.

It should be understood that please referring to Fig. 3, first annular raised 521202 are convexly equipped in the second surface of the holder 521 Corresponding on 52102, the direction that depth device 522 captures deep image information is first surface 52101 along second surface 52102 direction.First annular raised 521202 have part to be protruded along Y-direction opposing connections 5211, in other words, first annular Protrusion 521202 occupies on the first fixed part 5212 substantially 90% region.

In one embodiment, Fig. 3 is please referred to, first annular raised 521202 can not along each position of size of Z-direction It is identical, it also can be with identical.

Depth device 522 can be contained in wherein by the structure of above-mentioned first fixed part 5212, that is, prevented from colliding, also be prevented Displacement, and in the first fixed part 5212 first annular raised 521202 with first fixed plate 521201 be disposed opposite to each other one end tool There is opening, which is conducive to depth device 522 and is electrically connected the first flexible PCB 91, is conducive to the row of the cabling of depth device 522 Cloth.

It should be understood that please referring to Fig. 3, third fixed part 5214 is disposed adjacent with the first fixed part 5212, the third Fixed part 5214 is plate, and there is the third fixed part 5214 light filling stationary plane 521401, the light compensating lamp 525 to be fixed on institute It states on light filling stationary plane 521401.

Specifically, the small volume of light compensating lamp 525, therefore directly light compensating lamp 525 is set on light filling stationary plane 521401, The light filling stationary plane 521401 is substantially a part for the first surface 52101 of holder 521.In this way, light compensating lamp 525 emits beam Direction along second surface 52102 to first surface 52101, augment light intensity for depth device 522.

Part on the 52102 face light filling stationary plane 521401 of second surface of holder 521 is offered to be arranged along Y-direction Two the first grooves, the setting of two first grooves can mitigate the weight of holder 521.

Figure is please referred to, the structure of the second fixed part 5213 is specific as follows shown：

In one embodiment, Fig. 4 is please referred to, second fixed part 5213 includes the second fixed plate 521301 and the second annular Protrusion 521302, second fixed plate 521301 opens up spaced second hollow-out parts 5202 and third hollow-out parts 5203, Second annular protrusion 521302 is convexly equipped in second fixed plate 521301, and second annular protrusion 521302 Inner cavity is respectively communicated to second hollow-out parts 5202 and the third hollow-out parts 5203, first camera 523 and described The projector 524 is placed in the inner cavity of second annular protrusion 521302, and first camera 523 is engraved through described second Empty portion 5202 captures the first color image information, and the projector 524 is projected through the third hollow-out parts 5203.

Specifically, please refer to Fig. 1 and Fig. 4, the second fixed part 5213 has and can house the first camera 523 and the projector 524 the second annular protrusion 521302, and the first camera 523 and the projector 524 can penetrate the second hollow-out parts 5202 respectively With third hollow-out parts 5203 to outside obtain the first color image information and to external incident point battle array.Second annular protrusion 521302 Around the first camera 523 and the projector 524, the first camera 523 and the projector 524 is prevented to be collided or be displaced, Second fixed part 5213 of this structure can preferably fix the first camera 523 and the projector 524, and the first camera 523 and the projector 524 jointly in the inner cavity of accommodating second annular protrusion 521302, reduce the setting of protrusion, and then reduce The weight of holder 521.

Wherein, please refer to Fig. 4, the shape of the second annular protrusion 521302 and the first camera 523 and the projector 524 along Circumferential profile is substantially similar so that the second annular protrusion 521302 can by the first camera 523 and the projector 524 into Row is preferably surrounded and is limited.Second hollow-out parts, 5202 generally circular through-hole, matches with the shape of the first camera 523, The second hollow-out parts of camera lens face 5202 of first camera 523, so that the camera lens in the first camera 523 can penetrate second Hollow-out parts 5202 obtain deep image information to outside.5203 substantially rectangular through-hole of third hollow-out parts so that projection unit can Through 5203 projected spot of third hollow-out parts.

It should be understood that please referring to Fig. 1 and Fig. 4, the second annular protrusion 521302 is convexly equipped in the second table of the holder 521 Corresponding on face 52102, the direction that deep first camera 523 captures the first color image information is first surface 52101 along the The direction on two surfaces 52102.Second annular protrusion 521302 has part to be protruded along Y-direction opposing connections 5211, in other words, the Second ring protrusion 521302 occupies on the second fixed part 5213 substantially 90% region.

In one embodiment, the second annular protrusion 521302 can be differed along each position of size of Z-direction, can also It is identical.

First camera 523 and the projector 524 can be contained in wherein by the structure of above-mentioned second fixed part 5213, i.e., anti- It only collides, also prevents from shifting, and the second annular protrusion 521302 in the second fixed part 5213 and 521301 phase of the second fixed plate One end of back of the body setting has opening, which is conducive to the first camera 523 and the projector 524 is electrically connected the second flexible circuit Plate 92 and third flexible PCB 93 are conducive to the arrangement of the first camera 523 and the cabling on the projector 524.And first images First 523 and the projector 524 jointly in the inner cavity of accommodating second annular protrusion 521302, reduce the setting of protrusion, and then reduce The weight of holder 521.

In another embodiment, Fig. 5 is please referred to, second fixed part 5213 includes third fixed plate 521303, third ring Shape protrusion 521304 and fourth annular protrusion 521305, the third fixed plate 521303 open up spaced 4th hollow-out parts 5204 and the 5th hollow-out parts 5205, the third annular protrusion 521304 and 521305 interval of fourth annular protrusion be convexly equipped in In the third fixed plate 521303, and the inner cavity of the third annular protrusion 521304 and the fourth annular protrusion 521305 It is respectively communicated to the 4th hollow-out parts 5204 and the 5th hollow-out parts 5205, first camera 523 and the projector 524 It is respectively contained in the inner cavity of the third annular protrusion 521304 and the fourth annular protrusion 521305, and first camera shooting First 523 capture the first color image information through the 4th hollow-out parts 5204, and the projector 524 is engraved through the described 5th Empty portion 5205 projects.

Fig. 5 is please referred to, the structure of aforementioned second fixed part of the structure of second fixed part 5,213 5213 is roughly the same, mainly Difference is, the third annular protrusion 521304 and fourth annular that the second fixed part 5213 in the structure is separated at intervals with two Protrusion 521305 is instead of the second annular protrusion 521302 in aforementioned second fixed part 5213.One annular protrusion accommodates respectively One device, further avoids the first camera 523 and the projector 524 collides.

Third annular protrusion 521304, fourth annular protrusion 521305, the 4th hollow-out parts 5204 and the 5th hollow-out parts 5205 Shape be specifically referred to the second annular protrusion 521302, the second hollow-out parts 5202 and the third of aforementioned second fixed part 5213 The description of hollow-out parts 5203, details are not described herein.

The structure of above-mentioned second fixed part 5213 accommodates a device respectively by an annular protrusion, further avoids First camera 523 and the projector 524 collide.

Above-mentioned image-forming assembly 52 by depth device 522, the first camera 523 and the projector 524 by being respectively arranged at branch On the first fixed part 5212 and the second fixed part 5213 of frame 521, and it is located at the first fixed part 5212 and the second fixed part 5213 Between interconnecting piece 5211 be then used to that the first function element to be arranged, multiple devices are installed on jointly on holder 521 so that imaging group Image-forming assembly 52 when mounted, only need to be installed on the installation that above-mentioned multiple devices can be realized on the device that need to be installed by part 52, Improve installation effectiveness.

Below to camera assembly 56 in illustrating on holder 521：

Please refer to Fig. 1, the interconnecting piece 5211 on holder 521 so that the first fixed part 5212 and the second fixed part 5213 along X is to a distance spaced apart so that the depth device 522 that is set on the first fixed part 5212 and is set to the second fixed part Light will not be altered between the first camera 523 on 5213, ensured that the two is accurate and captured image information.Meanwhile image being adopted On the interconnecting piece 5211 for collecting the opposite arrangement holder 521 of camera assembly 56 in direction, depth device 522 and first will not imaged First 523 cause to alter the premise of shadow sound, and camera assembly 56 efficiently uses the position of interconnecting piece 5211, to improve holder 521 Space availability ratio.

It should be understood that please referring to Fig. 1, the first called hole 521101 can also be opened up on interconnecting piece 5211, first is called Hole 521101 opens up the effector that holder 521 is further arranged in addition to image-forming assembly 52 and camera assembly 56 Part so that when image-forming assembly 52, camera assembly 56 assemble together with other devices, can reduce and space is occupied, improve Space availability ratio.

Arrangement mode of the camera assembly 56 on holder includes but not limited to following embodiment：

In one embodiment, Fig. 1 is please referred to, camera assembly 56 and the first called hole 521101 are along X to being disposed adjacent in even In socket part 5211.Wherein, the first camera 561 and second camera 562 can be along X to being arranged side by side.Certainly, in other realities It applies in example, please refers to Fig. 6, the first camera 561 and second camera 562 can be arranged side by side along Y-direction.

In another embodiment, please refers to Fig. 7, camera assembly and the first called hole 521101 and be arranged side by side in even along Y-direction In socket part 5211.

Specifically, second camera 561 is focal length camera 523, the third camera 562 is wide-angle camera 523. Certainly, in other embodiments, the second camera 561 can also be colour imagery shot 523, the third camera 562 can also be black and white camera 523.

In other words, the first camera 523 and second camera 561 are substantially rear camera 523, realize rear camera 523 postposition camera function.

The structure of interconnecting piece 5211 includes but not limited to following embodiment：

In one embodiment, Fig. 1 and Fig. 8 are please referred to, the interconnecting piece 5211 includes connecting plate 52111 and recessed in the company Two on fishplate bar 52111 be disposed adjacent described be embedded slot 52112, the second camera 561 and the third camera 562 be embedded at two respectively described in be embedded in slot 52112.

Specifically, please referring to Fig. 8, the second surface 52102 recessed two of interconnecting piece 5211 is embedded slot 52112, by Two cameras 561 and third camera 562 are embedded at two and are embedded in slot 52112 respectively, realize camera assembly 56 and imaging group The same holder 521 is arranged in part 52 jointly.

Specifically, being embedded the shape of slot 52112 and the shape of second camera 561 and third camera 562 matches, greatly It causes rectangular.

The interconnecting piece 5211 of such structure is so that 521 easy processing of holder.

In another embodiment, Fig. 1, Fig. 9 and Figure 10 are please referred to, the interconnecting piece 5211 includes framework 5641 and separator 5642, the separator 5642 is set to 5641 inside of the framework, and the space of 5641 inside of the framework is isolated first Receiving space 56401 and the second receiving space 56402, first receiving space 56401 and second receiving space 56402 It is middle to be equipped with the second camera 561 and the third camera 562 respectively.

Specifically, please referring to Figure 10, framework 5641 is substantially in long rectangle.Its profile is taken the photograph with the first camera 523 and second As first 561 profile corresponds to.Separator 5642 is arranged substantially in the central region of framework 5641, and framework 5641 is divided into two Framework 5641 is separated into along X to the first receiving space 56401 arranged side by side and by space, in other words, separator 5642 Two receiving spaces 56402.

Please refer to Figure 10, the first receiving space 56401 and the second receiving space 56402 all have that there are two opening, the receivings Second camera 561 and third camera 562 can either be preferably surrounded by the structure in space, prevent second camera 561 and third camera 562 be collided, improve the reliability of camera assembly 56；The presence being open again due to two so that While light can be penetrated for camera 523, directly flexible PCB can also be set on camera 523, conducive to taking the photograph As the cabling of component 56 is arranged.Corresponding, second camera 561 is electrically connected the first imaging circuit plate 94,562 electricity of third camera The second imaging circuit plate 95 is connected, the first imaging circuit plate 94 and the second imaging circuit plate 95 are all flexible PCB.

The inner space of framework is directly divided into two spaces by the interconnecting piece 5211 of the structure by a separator 5642 To accommodate second camera 561 and third camera 562 so that second camera 561 and third camera 562 are set to connection It is compact-sized after in portion 5211.

Further, Fig. 9 is please referred to, flash lamp 563 can also be set on separator 5642.Flash lamp 563 is located at first It, can be by for 561 light filling of the first camera 523 and second camera, being conducive between camera 523 and second camera 561 First camera 523 and second camera 561 acquire image information.Wherein, flash of light also constitutes the device composition of camera assembly 56 One of.

Figure 10 is please referred to, the separator 5642 includes loading plate 56421 and two fixed plates 56422, described two solid Fixed board 56422 is connected on the both ends of the loading plate 56421, and the fixed plate 56422 is fixed on the framework On 56411 medial surface 564101, the loading plate 56421 is for being arranged the flash lamp 563.

Specifically, loading plate 56421 includes the first support end and the second support end being disposed opposite to each other along Y-direction, two solid One end of fixed board 56422 bends be connected on the first support end and the second support end respectively, and two fixed plates 56422 is another End extends along X to away from the direction of itself, and the extending direction of the other end of two fixed plates 56422 is opposite.Two Fixed plate 56422 is connected in framework 5641, to which loading plate 56421 to be fixed in framework, by the inside of framework 5641 Space is divided into two spaces.

In other words, separator 5642 and framework are dismountable relationship, can be by adjusting fixed plate 56422 and loading plate 56421 bending angle and separator 5642 is assemblied in framework, the strong applicability of the separator 5642.It should be understood that Glue-line can also be arranged in fixed plate 56422 and the junction of framework, further increase the bonding strength of the two.

It should be understood that please refer to Figure 10, the loading plate 56421 has sequentially connected first plate 564201, the Two plates 564202 and third plate 564203, first plate 564201 is for being arranged the flash lamp 563, in other words, Flash lamp 563 is carried on after may be electrically connected to flash of light flexible PCB on the first plate 564201 again；Second plate 564202 and the third plate 564203 bend the both sides for being connected to first plate 564201, and second plate respectively Part 564202 is oppositely arranged with the third plate 564203, to form the host cavity 56420a.

Specifically, loading plate 56421 is substantially u-shaped.First plate 564201, the second plate 564202 and third plate 564203 enclose the host cavity 56420a for the driving portion that the region for connecing and being formed is formd for housing the first camera 523.And first Plate 564201 carries flash lamp 563.Flash lamp 563 and driving portion are disposed opposite to each other on the first plate 564201, the company of optimizing The structure of socket part 5211 improves the space availability ratio of interconnecting piece 5211.

It should be understood that please referring to Figure 10, the separator 5642 further includes stiffening plate 56425, the stiffening plate 56425 One end is fixed on the loading plate 56421, and the other end of the stiffening plate 56425 is away from the loading plate 56421 Direction extend, and the other end of the stiffening plate 56425 is attached on the inside casing wall of the framework.

Specifically, one end bending of stiffening plate 56425 is connected on the second support end of loading plate 56421, and stiffening plate 56425 other end is extended up to away from the direction of fixed plate 56422 and is pressed in framework.The stiffening plate 56425 is set It sets and is further ensured that separator 5642 can be preferably fixed in framework.

The separator 5642 of above structure forms fixed plate 56422, loading plate 56421 by integrally formed steel plate bending It is opposite can flexibly to adjust separator 5642 so that separator 5642 is removably arranged in framework with stiffening plate 56425 The position of framework, in other words, the adjustment of the space size of the first receiving space and the second receiving space can be by adjusting isolation Part 5642 is realized with respect to the position of framework.

Further, Fig. 1, Figure 11 and Figure 12 are please referred to, the electronic building brick 5 further includes receiver 51, and receiver 51 is held It is loaded on the second surface 52102 of holder.The vibration section of receiver 51 is connected to the first called hole 521101, the i.e. sound of receiver 51 Sound signal can be transferred to external environment by the first called hole 521101.

Further, Figure 11 is please referred to, electronic building brick 5 further includes close to inductive component 53, and the electronic building brick 5 further includes Close to inductive component 53, it is described close to inductive component 53 be used for ranging and induced environment light, it is described close to inductive component 53 with The second camera 561 is disposed opposite to each other, and described enters light direction phase close to inductive component 53 and the second camera 561 Instead.

It should be understood that close to inductive component 53 and second camera 561 and third camera 562 being edge shown in Figure 11 Y-direction to be arranged side by side.It should be understood that please refer to Fig. 1, Fig. 5 and Fig. 7, close to inductive component 53 can also and second camera 561 and third camera 562 along X to being disposed adjacent.

Specifically, please referring to Figure 11, it is also known as three-in-one light sensation component close to inductive component 53, it is main close to inductive component 53 Control backlight display to induced environment brightness, be automatically adjusted to clear comfortable most suitable screen brightness, and can sense object connect With the far and near switch screen and touch function of distance when close, distance of reaction is remote up to 10 centimeters, such as by firefly under the sun Curtain lightens, and then weakens screen brightness under dark, and face ties close to screen and touch function will be automatically closed when call function Beam converse face far from when after can automatically turn on.Meanwhile also having the function of interrupt notification and detecting interval time adjustment, it can be into One step saves whole power consumption, effectively solves the problems, such as the power consumption that portable device application is most taken notice of.

Wherein, Figure 12 is please referred to, close to inductive component 53 between depth device 522 and receiver 51.Close to induction Component 53 is set on the first surface 52101 of holder 521.By the way that the connection of holder 521 will be set to close to inductive component 53 In portion 5211, further improve the utilization rate of interconnecting piece 5211 so that the arrangement of electronic building brick 5 is compacter, also, due to by Words device 51 is set on holder 521 close to inductive component 53, image-forming assembly 52 and camera assembly 56 jointly, when installation, only need by The installation accuracy for holding holder 521, without repeatedly being installed, multiple installation of the installation accuracy avoided due to device And there is larger error.

Specifically, to have the region close to inductive component 53 to be provided with second recessed for 52102 face of second surface of holder 521 Slot further reduces the weight of holder 521.

Further, Figure 12 is please referred to, the electronic building brick 5 further includes light sensor 54, the light sensor 54 It is set to first fixed part 5212, the light sensor 54 receives the direction of light and the depth device 522 captures Intersect in the direction of the deep image information.

Specifically, light sensor 54 is set on the side of holder 521, and on third fixed part 5214.The light Line sensor 54 receives light along Y-direction.

By the way that light sensor 54 to be set on holder 521, the utilization rate of holder 521 is further improved so that electricity The arrangement of sub-component 5 is compacter, also, due to light sensor 54, receiver 51, close to inductive component 53, image-forming assembly 52 It is set to jointly on holder 521 with camera assembly 56, when installation, need to will only hold the installation accuracy of holder 521, without It is repeatedly installed, the installation accuracy avoided larger error occurs due to the multiple installation of device.

Further, Figure 11 is please referred to, the electronic building brick 5 further includes two antenna modules 55, two antenna sets Part 55 is located at the opposite both sides of the holder 521, and described two antenna modules 55 are fixed respectively close to described first Portion 5212 and second fixed part 5213.

Specifically, two antenna modules 55 are respectively close to third fixed part 5214 and the second fixed part 5213.By by two A antenna module 55 is compact be set to holder 521 along X to both sides, optimize the arrangement of electronic building brick 5.

Electronic building brick 5 and electronic device 100 provided by the present application are by by depth device 522, the first camera 523, Two cameras 561 and the projector 524 are installed on jointly on holder 521 so that image-forming assembly 52 when mounted, only need to will be imaged group Part 52 is installed on the installation that above-mentioned multiple devices can be realized on the device that need to be installed, and improves installation effectiveness.

Figure 13 is please referred to, is a kind of electronic device 100 provided by the embodiments of the present application, which can appoint What electronic equipment, such as：Tablet computer, camera, personal computer, laptop, mobile unit, wearable is set mobile phone It is standby to wait smart machines.Wherein, the X of holder 521 is corresponded to for ease of description to the width direction for electronic device 100, corresponds to branch The Y-direction of frame 521 is the length direction of electronic device 100, and the Z-direction of corresponding holder 521 is the thickness direction of electronic device 100.

Figure 13 is please referred to, includes mainly center 1 and sliding for a kind of electronic device 100 that the embodiment of the present application one provides Seat 2, sliding seat 2 is slidably connected on center 1 so that electronic device 100 can be according to the actual demand of user come by sliding seat 2 Stretching or retraction center 1.Wherein, electronic building brick 5, the opposite sliding with center 1 of sliding seat 2 so that electricity are contained in sliding seat 2 Sub-component 5 can need the when of using skid off, so as to avoid electronic building brick 5 use to the display screen of electronic device 100 The limitation that screen accounting is brought is conducive to the screen accounting for improving electronic device 100.

Specifically, please referring to Figure 13 and Figure 15, the electronic device 100 includes center 1, sliding seat 2, guiding mechanism 4, drives Motivation structure 3 and the electronic building brick 5 being contained in the sliding seat 2；The center 1 includes the side end face 1202 of a pair of opposing And it is connected to the top end face 1201 between a pair of side end face 1202, holding tank 1204 is offered on the top end face 1201, The holding tank 1204 is through a pair of side end face 1202；The sliding seat 2 is through the driving mechanism 3 in the holding tank It is slidably connected with the center 1 in 1204, the guiding mechanism 4 is set between the sliding seat 2 and center 1, so that described The receiving is stretched out or is contained in the direction that sliding seat 2 guides under the driving of the driving mechanism 3 along the guiding mechanism 4 Slot 1204；The sliding seat 2 is provided with the first function part 2201, the second function part 22020, third work(on the same face Energy portion 2203 and the 4th function part 2204 being disposed opposite to each other with first function part 2201, the depth device 522 penetrate institute It states the first function part 2201 and captures the deep image information, first camera 523 is through second function part 22020 The first form and aspect image information is captured, the projector 524 is projected through the third function part 2203, second camera shooting First 561 capture the second form and aspect image information through the 4th function part 2204.

It should be understood that due to also having third camera 562 in camera assembly 56, therefore the is additionally provided on sliding seat 2 Five-function portion 2205, five-function portion are set to the 4th function part 2204 on the same face.

It should be understood that please referring to Figure 15, electronic device 100 further includes mainboard 6, and picture processing core is provided on mainboard 6 Piece.Electronic building brick 5 is electrically connected on mainboard 6, to establish data transmission channel between mainboard 6.

Main flexible PCB 9 can be wound with the sliding of sliding seat 2, ensure that sliding seat 2 can be reliably from receiving It skids off or retracts in slot 1204.

When electronic device 100 needs to carry out postposition camera function, sliding seat 2 need to only be made to stretch out holding tank 1204, the Two cameras 561 and third camera 562 penetrate the 4th function part 2204 respectively and five-function portion 2205 acquires image information, Camera function can be realized；When electronic device 100 need not carry out postposition camera function, it need to only make sliding seat 2 is retracted to hold The storage of camera assembly 56 can be realized in slot 1204 of receiving.

When electronic device 100 needs to carry out recognition of face, sliding seat 2 need to only be made to stretch out holding tank 1204, the projector 524 penetrate third hollow-out parts 5203 (the 5th hollow-out parts 5205), the transmitting of third function part 2203 by the red of particular modulation successively Outer light is to shooting main body；Depth device 522 is received through the first function part 2201, the first hollow-out parts 5201 by the main body that is taken successively Reflected infrared light obtains the spatial information for the main body that is taken by calculating；First camera 523 is successively through the second function Portion 2202, the second hollow-out parts 5202 (the 4th hollow-out parts 5204) receive the shooting reflected light of main body, with to shooting main body Coloured image shooting is carried out, the image information that depth device 522 and the first camera 523 capture can be sent to image procossing core Deep image information and the first color image information aggregate can be obtained target figure by piece, picture processing chip through algorithm process Picture, the target image can be the color image for having information.

Figure 13 and Figure 15 are please referred to, which is opened in holding tank 1204 on the top end face 1201 of frame 12, When so that sliding seat 2 being slidably connected on center 1, display device 7, sliding seat 2 and middle plate 11 in electronic device 100 form three Mingzhi's structure.The structure, which ensure that, to be fallen in electronic device 100 or when by external collision, 11 energy of display screen and middle plate It is enough to provide protection to being located at sliding seat 2 therein, prevent sliding seat 2 from breaking.

Specifically, please referring to Figure 15, center 1 includes middle plate 11 and encloses the frame 12 being connected on middle plate 11.Wherein, frame 12 100 complete shell of electronic device is formed to be closed with the lid of display device 7.Figure 15 is please referred to, middle plate 11 has a pair is opposite to set The side end face 1202 set, and the top end face 1201 and bottom face that are connected between a pair of of side end face 1202.In other words, middle plate 11 is big Cause rectangular frame-shaped.Side end face 1202 is again the long side of electronic device 100, in general, side end face 1202 is for electronics dress of arranging Set 100 volume key, Kato deck etc..Top end face 1201 and bottom face are then the short side of electronic device 100, in general, bottom end Receiver, loud speakers etc. of the face 12c for electronic device 100 of arranging.

For the ease of understanding, Figure 15 is please referred to, during the inner space of center 1 is defined as in addition to the part of holding tank 1204 The inner cavity of frame 1, i.e. holding tank 1204 and inner cavity form 1 complete inner space of center.

Specifically, please refer to Figure 13, holding tank 1204 along X to length and center 1 along X to length degree it is identical, In other words, the adjoining top end face 1201 of two side end faces 1202 of frame 12 partially due to the presence of holding tank 1204 and formed Two openings, so that there is sliding seat 2 corresponding with holding tank 1204 larger volume can accommodate more electronic building brick 5.It is corresponding, the electronic building brick 5 in sliding seat 2 the more, shadow of the electronic building brick 5 to the screen accounting of the display screen of electronic device 100 Sound is smaller.

Specifically, please referring to Figure 16, the size of sliding seat 2 is corresponding with holding tank 1204, i.e., sliding seat 2 is filled with entire appearance Receive slot 1204.Figure 13 is please referred to, in some electronic building brick 5 work in needing sliding seat 2, then can accordingly slide sliding seat 2 so that sliding seat 2 is in stretching state.Figure 12 is please referred to, when needing the function using image-forming assembly 52, then slides sliding Seat 2 so that sliding seat 2 is in stretching state, can then realize the identification of image-forming assembly 52 through corresponding function part at this time Function；Figure 14 is please referred to, when without using the function of image-forming assembly 52, then slides sliding seat 2 so that sliding seat 2 is in contracting The state of returning is conducive to the storage of electronic device 100.

It should be understood that please referring to Figure 15, the sliding seat 2 includes slider box 21, the sliding of the first sliding panel 22 and second Plate 23, the slider box 21 are made of conductive material, and first sliding panel 22 and second sliding panel 23 are covered on respectively The both sides of the slider box 21, to form the inner cavity that the sliding seat 2 is equipped with multiple function elements, first sliding Plate 22 and second sliding panel 23 are made of translucent material.

Specifically, please referring to Figure 13 and Figure 14, sliding panel 22 is except the first function part 2201, the second function part 2202, Region other than three function parts 2203, the 4th function part 2204, five-function portion 2205 and the 6th function part 2206 is equipped with shading Ink, in other words, only the first function part 2201, the second function part 2202, third function part 2203, the 4th function part 2204, Five-function portion 2205 and the 6th function part 2206 being capable of transmitted lights.

Specifically, please refer to Figure 16, be further opened with the second called hole 2204 on sliding seat 2, the vibration section of receiver 51 according to The second called hole 2204 on the called hole 521101 of secondary first be connected on interconnecting piece 5211 and sliding seat 2, so that receiver After 51 stretch out holding tank 1204, the sound new signal of receiver 51 is successively from the first called hole 521101 and the second called hole 2204 Output.Second called hole 2204 and the first function part 2201, the second function part 2202, third function part 2203 and the 6th function part It is all formed on the same sliding panel 22.

Specifically, please referring to Figure 16, the second called hole 2204 is opened up close to first end face 201.The vibration section of receiver 51 It is sealingly connected to the first called hole 521101 and the second called hole 2204, the vibration section of receiver 51 vibrates to form voice signal, Voice signal is transferred to outside from the first called hole 521101 and the second called hole 2204 successively.

It should be understood that please refer to Figure 12, as long as the second called hole 2,204 1 is exposed, then the voice signal energy of receiver 51 It is enough to be transferred to outside from the first called hole 521101.

Electronic device 100 provided by the embodiments of the present application sliding seat 2 can be stretched out according to the actual demand of user or Retraction center 1, specially：In some device work of the electronic building brick 5 in needing sliding seat 2, then cunning can be accordingly slided Dynamic seat 2 so that sliding seat 2 is in stretching state, is covered at this point, the function part on sliding seat 2 is no longer displayed by screen, with function part Corresponding effector then can transmit signal with outside.

It should be understood that please referring to Figure 15, driving mechanism 3 is fixed in the inner cavity of center 1, and is connect with sliding seat 2, with Sliding seat 2 is driven to be slided with respect to center 1.

Wherein, please refer to Figure 17 and Figure 18, the driving mechanism 3 specifically include the motor 31 being fixed in the center 1, One end of driving lever 32 and drive block 33, the driving lever 32 is fixedly connected in the shaft of the motor 31, the drive block 33 are sequentially connected on the driving lever 32, and the drive block 33 is connected on the sliding seat 2, so that the drive block 33 The sliding seat 2 is driven to slide under the rotation of the motor 31.

Figure 17 and Figure 18 are please referred to, the type of drive of the driving mechanism 3 is that the rotational motion of motor 31 is changed into straight line Movement.Driving lever 32 is specially lead screw, and drive block 33 is bulk, and is had and 32 matched threaded hole of driving lever.Motor 31 Rotation drives the opposite drive block 33 being connect with sliding seat 2 of lead screw to slide, realizes the sliding of sliding seat 2.The driving mechanism 3 passes It is dynamic steady, ensure that the sliding seat 2 that volume is larger in the application can be slided preferably with respect to center 1.

Specifically, please referring to Figure 16 and Figure 17, motor 31 is fixedly arranged in the inner cavity of center 1, and motor 31 is placed vertically in center 1 In, in other words, the shaft of motor 31 is parallel to the Y-direction of electronic device 100, the modes of emplacement of the motor 31 ensure that motor 31 in X to size it is smaller, be conducive to electronic device 100X to device arrangement.One end of driving lever 32 is fixedly connected on motor 31 In shaft, drive block 33 is sheathed on driving lever 32.Motor 31 1 rotates, and drives driving lever 32 to rotate, at this point, due to drive block 33 with lead screw be is threadedly coupled, so that drive block 33 can be moved along the Y-direction of electronic device 100, and then is driven and biography The connected sliding seat 2 of motion block 33 is moved in Y-direction, so that sliding seat 2 can stretch out or retract holding tank 1204.

Wherein, the direction of rotation of motor 31 is different, then the direction of motion of drive block 33 is different, for example, Figure 16 is please referred to, electricity Machine 31 rotates forward, then drive block 33 is slided towards the direction of the top end face 1201 close to center 1 so that sliding seat 2 stretches out holding tank 1204；Conversely, please referring to Figure 17, drive block 33 is then slided away from the direction of the top end face 1201 of center 1 so that sliding seat 2 retraction holding tanks 1204.

The volume of sliding seat 2 is larger, and the quantity of the electronic building brick 5 of receiving is also more, adds somewhat to slide The weight of seat 2, can cause large effect to the stationarity and accuracy of the sliding of sliding seat 2.And in the prior art due to still Do not overcome the weight of sliding seat 2 that sliding seat 2 will not be generally set to the influence of the stationarity and accuracy of sliding, even if setting Sliding seat 2, the component accommodated in sliding seat 2 are also seldom.

The application is creative that guiding mechanism 4 is arranged between sliding seat 2 and center 1 in order to overcome above-mentioned technical difficulty, The setting of the guiding mechanism 4 can preferably ensure the stationarity and accuracy that the sliding seat 2 of such large volume slides.

Figure 16 and Figure 17 are please referred to, the concrete structure of guiding mechanism 4 includes but not limited to following embodiment：The electronics dress It further includes loading plate 56421 to set 100, and the loading plate 56421 is closed with 1 phase lid of the center, and the guiding mechanism 4 includes at least One sliding rail 41 and guide rod 42, at least one sliding rail 41 are set on the loading plate 56421, and the sliding seat 2 is slided Dynamic to be connected at least one sliding rail 41, one end of the guide rod 42 is fixed in the center 1, the guide rod 42 The other end length extending direction it is identical as the length extending direction of the sliding rail 41, and the other end phase of the guide rod 42 The sliding seat 2 is slided.

Guiding mechanism 4 is the combination of sliding rail 41 and guide rod 42, on the one hand, sliding rail 41 can make sliding seat 2 predetermined Direction sliding, ensure that sliding seat 2 slide accuracy；On the other hand, the volume based on sliding seat 2 is larger, and X is to size With center 1 X to size it is identical, guide rod 42 can play sliding seat 2 in the work of support and guiding during sliding With；To ensure that sliding seat 2 steadily and can be slided accurately with respect to center 1 under the action of guiding mechanism 4, further increase The reliability of electronic device 100.

Specifically, please referring to Figure 17, support plate 13 is closed with 12 phase lid of frame, and support plate 13 includes first be disposed opposite to each other Support face 1301 and the second supporting surface 1302, the first supporting surface 1301 is for carrying display module, and the second supporting surface 1302 is for branch Support sliding seat 2.The support plate 13 can be integrally formed structures with frame 12.The support plate 13 can also be with frame 12 can Detaching structure, such as support plate 13 are fixed on by modes such as screw, rivetings on frame 12.In this way, holding tank 1204 is then located at Between support plate 13 and middle plate 11.Corresponding, the first sliding surface and the second sliding surface of sliding seat 2 are then attached at support plate respectively 13 and middle plate 11 on.Corresponding, display device 7 can be carried in support plate 13, and mainboard 6 can also be carried on support plate 13 On.

Specifically, please referring to Figure 17, there are two sliding rails 41 for setting in support plate 13, and two sliding rails 41 are respectively close to center 1 Side end face 1202 be arranged.It is corresponding, sliding block corresponding with sliding rail 41 is convexly equipped on sliding seat 2, so that sliding seat 2 can be through Sliding block is slidably connected on sliding rail 41.

It should be understood that the section of sliding rail 41 and sliding block is formed as dovetail shaped.

It should be understood that please referring to Figure 17, the motor 31 in driving mechanism 3 is fixed in support plate 13.

It should be understood that please referring to Figure 17,42 concrete structure of guide rod is as follows：The guide rod 42 is one, institute It states guide rod 42 to be disposed adjacent with the driving mechanism 3, and one end of the guide rod 42 is fixed in the driving mechanism 3.

The guide rod 42 is disposed adjacent with driving mechanism 3, and device arrangement is compact, further reduces driving mechanism 3 and leads To bar 42 in X to size.

Specifically, please referring to Figure 17 and Figure 18, one end of guide rod 42 is fixed on motor 31, the other end of guide rod 42 It is slidably connected on drive block 33.In other words, guide rod 42 passes through drive block 33, in drive block 33 with the rotation of driving lever 32 And when corresponding to sliding, drive block 33 also corresponds to the sliding of guide rod 42.Guide rod 42 plays the transmission that support is connected with sliding seat 2 The effect of block 33 prevents sliding seat 2 from being tilted to 33 unbalance stress of drive block, and then leads to the stationarity of the sliding of sliding seat 2 It is relatively low with accuracy, it can not be successfully when being slided so as to cause sliding seat 2 and skid off or retract from holding tank 1204, and and holding tank 1204 cell wall collides, and improves the reliability of electronic device 100.

In one embodiment, Figure 17 and Figure 18 are please referred to, the sliding seat 2 opens up at least one connecting hole 205, the driving Mechanism 3 further includes at least one connecting rod 34, and one end of a connecting rod 34 is fixed on the drive block 33, an institute The other end for stating connecting rod 34 passes through the connecting hole 205 of the sliding seat 2, the central axis of the connecting rod 34 to be held in described Support plate 56421, so that the relatively described connecting rod 34 of the sliding seat 2 is slided.

The connection relation of sliding seat 2 and driving mechanism 3 ensure that sliding seat 2 with connecting rod 34 in the Z-direction of electronic device 100 On degree of freedom it is not restrained, then sliding seat 2 can carry out automatic adjusument in sliding process in Z-direction, and avoid sliding Seat 2 is stuck with driving mechanism 3 in sliding process and can not slide, and improves the reliability of electronic device 100.

Specifically, please referring to Figure 17, the quantity of connecting hole 205 is two, and the central shaft of connecting hole 205 is parallel to Z-direction.It is right It answers, the quantity of connecting rod 34 is two.Connecting rod 34 is substantially pin.One end of connecting rod 34 is fixedly connected on drive block 33 On.The other end of connecting rod 34 passes through connecting hole 205.And the other end of connecting rod 34 can not fall off from connecting hole 205, protect Demonstrate,prove the connection relation of sliding seat 2 and drive block 33.In addition, connecting rod 34 is located at the part of connecting hole 205 and between connecting hole 205 is Gap connects so that sliding seat 2 can be slided with respect to drive block 33 along Z-direction, i.e. sliding seat 2 and connecting rod 34 is in electronic device Degree of freedom in 100 Z-direction is not restrained, then sliding seat 2 can carry out automatic adjusument in sliding process in Z-direction, and It avoids sliding seat 2 stuck with driving mechanism 3 in sliding process and can not slide, improve the reliability of electronic device 100.

Figure 17 is please referred to, the process that electronic device 100 is switched to stretching state from retracted mode is specially：31 turns of motor Dynamic, lead screw rotation drives drive block 33 to be slided along the direction of the top end face 1201 close to center 1, so drive sliding seat 2 by Gradually holding tank 1204 is stretched out until being in stretching state, wherein not due to drive block 33 and degree of freedom of the sliding seat 2 in Z-direction It is restrained, therefore sliding seat 2 can carry out automatic adjusument.

Wherein, sliding seat 2 is defined in scheduled direction by guiding mechanism 4.

Figure 18 is please referred to, the process that electronic device 100 is switched to retracted mode from stretching state is specially：31 turns of motor Dynamic, lead screw rotation drives drive block 33 to be slided along the direction of the top end face 1201 far from center 1, so drive sliding seat 2 by Gradually obtained holding tank 1204 is until be in retracted mode, wherein not due to drive block 33 and degree of freedom of the sliding seat 2 in Z-direction It is restrained, therefore sliding seat 2 can carry out automatic adjusument.

Electronic device 100 provided by the embodiments of the present application by the way that multiple electronic building bricks 5 are set in sliding seat 2, and Sliding seat 2 can be slided with respect to center 1, then needed in multiple electronic building bricks 5 in use, driving sliding seat 2 by driving mechanism 3 It skids off and is can be realized so that function part stretches transmission signal, i.e. 5 corresponding function of electronic building brick with respect to center 1 from center 1 Portion is conducive to the raising of 100 screen accounting of electronic device, in addition, guiding mechanism without being set on the display screen of electronic device 100 4, which enable to sliding seat 2 to be maintained on scheduled track when center 1 slides relatively, moves, and it is accurate when sliding seat 2 slides to ensure Property and stationarity.

And electronic device 100 provided by the embodiments of the present application by by depth device 522, the first camera 523 and throw Emitter 524 is respectively arranged on the first fixed part 5212 and the second fixed part 5213 of holder 521, and is located at the first fixed part 5212 and the second interconnecting piece 5211 between fixed part 5213 be then used to that the first function element to be arranged, multiple devices are installed on jointly On holder 521 so that image-forming assembly 52 when mounted, need to only be installed on the device that need to be installed and can be realized by image-forming assembly 52 The installation of above-mentioned multiple devices, improves installation effectiveness.

Figure 19 is please referred to, for another electronic device 200 provided by the embodiments of the present application, including shell 201, display module 202 and electronic building brick 5, the lid of the display module 202 is connected on the shell 201, and the electronic building brick 5 is set to the shell 501 inside, the second camera 561 capture image information backwards to the display module 202.

Electricity in the electronic device 100 that electronic device 200 provided by the embodiments of the present application is provided with the embodiment of the present application one Sub-component is essentially identical, and difference essentially consists in, and electronic building brick 5 provided by the embodiments of the present application is to be fixed on electronic device In 200, and the electronic building brick 5 in the electronic device 100 that the embodiment of the present application one provides can slide.

It should be understood that the structure of the electronic building brick 5 in the embodiment of the present application is please referred to and is referred in the embodiment of the present application one Electronic building brick 5 structure, details are not described herein.

Figure 20 is please referred to, is a kind of control method of electronic device provided by the embodiments of the present application, this method includes but not It is limited to be applied on the electronic device that the embodiment of the present application one provides.Specifically, the electronic device includes mainly center, sliding seat With the image-forming assembly being contained in the sliding seat, the center offers holding tank, and the sliding seat is slidably connected to described In holding tank, the image-forming assembly includes depth device, the first camera and the projector.

The control method of electronic device provided by the embodiments of the present application, including：

101：Receive identification instruction.

Specifically, identification instruction can be inputted by user and electronic device by the interactive modes such as voice, brain wave,.

103：The sliding seat, which is controlled, according to identification instruction stretches out the holding tank.

Specifically, control sliding seat skids off preset strokes with respect to holding tank, so that image-forming assembly is no longer blocked, and can With the external transmission for carrying out signal.

105：When the distance of sliding seat sliding reaches pre-determined distance threshold value, then controls the image-forming assembly and obtain mesh Logo image.

Specifically, when the distance of sliding seat sliding reaches pre-determined distance threshold value, the projector passes through special tune for emitting The infrared light of system is to shooting main body；Depth device is received by the reflected infrared light of the main body that is taken, and quilt is obtained by calculating Shoot the spatial information of main body；First camera is used to carry out coloured image shooting to shooting main body；Depth device and first is taken the photograph As the image information that head captures can be sent to picture processing chip, picture processing chip can be by deep image information and first Color image information aggregate obtains target image through algorithm process, which can be the color image for having information.

Wherein, when depth device and the first camera carry out image information capture to shooting main body, the image information of the two Overlapping is had, defined herein as image overlay region information.And picture processing chip is exactly handled image overlay region information And the color image for having information is generated, for identification.

After the control method of electronic device provided by the embodiments of the present application is by inputting identification instruction, sliding seat can be controlled After sliding reaches pre-determined distance threshold value, control image-forming assembly obtains target image, and high degree of automation improves user experience.

It is the embodiment of the embodiment of the present application above, it is noted that those skilled in the art are come It says, under the premise of not departing from the embodiment of the present application principle, several improvements and modifications can also be made, these improvements and modifications It is considered as the protection domain of the application.

Claims

1. a kind of electronic building brick, which is characterized in that depth device including holder, for sampling depth image information, for adopting Collect the first camera, the projector and the second camera for acquiring the second form and aspect image information of the first form and aspect image information, The depth device, the first camera, the projector and the second camera are set to jointly on the holder, and described second Camera is between the depth device and first camera, and the second camera and first camera Image Acquisition direction is opposite.

2. electronic building brick according to claim 1, which is characterized in that the electronic building brick further includes being imaged for third Head, the third camera are disposed adjacent with second camera, and the image of the third camera and the second camera is adopted It is identical to collect direction.

3. electronic building brick according to claim 2, which is characterized in that first camera is focal length camera, described Second camera is wide-angle camera；

Alternatively, first camera is colour imagery shot, the second camera is black and white camera.

4. electronic building brick according to claim 2 or 3, which is characterized in that the holder has interconnecting piece, the first fixed part With the second fixed part, the interconnecting piece is provided with the second camera and the third camera, first fixed part and Second fixed part is located at the opposite both sides of the interconnecting piece, and the depth device is fixedly arranged on first fixed part On, first camera is set on second fixed part.

5. electronic building brick according to claim 4, which is characterized in that the interconnecting piece includes connecting plate and recessed in described Two on connecting plate be disposed adjacent it is described be embedded slot, the second camera and the third camera are embedded at two respectively It is embedded in slot described in a.

6. electronic building brick according to claim 4, which is characterized in that the interconnecting piece includes framework and separator, described Separator is set on the inside of the framework, and the space on the inside of the framework is isolated the first receiving space and the second receiving is empty Between, the second camera and third camera shooting are equipped in first receiving space and second receiving space respectively Head.

7. electronic building brick according to claim 6, which is characterized in that the separator includes support plate and two fixations Plate, described two fixed plates are connected on the both ends of the support plate, and the fixed plate is fixed on the interior of the framework On side, the support plate is for being arranged the flash lamp.

8. according to the electronic building brick described in claim 5 to 7 any one, which is characterized in that first fixed part includes the One fixed plate and first annular protrusion, first fixed plate open up the first hollow-out parts, and the first annular protrusion is convexly equipped in institute It states in the first fixed plate, and the inner cavity of the first annular protrusion is connected to first hollow-out parts, the depth device is accommodating In the inner cavity of the first annular protrusion, and the depth device captures deep image information through first hollow-out parts.

9. according to the electronic building brick described in claim 5 to 7 any one, which is characterized in that second fixed part includes the Two fixed plates and the second annular protrusion, second fixed plate open up spaced second hollow-out parts and third hollow-out parts, institute It states the second annular protrusion to be convexly equipped in second fixed plate, and the inner cavity of second annular protrusion is respectively communicated to described Two hollow-out parts and the third hollow-out parts, the camera and the projector are placed in the inner cavity of second annular protrusion, And the camera captures the first form and aspect image information through second hollow-out parts, and the projector is engraved through the third Empty portion's projection.

10. according to the electronic building brick described in claim 5 to 7 any one, which is characterized in that second fixed part includes the Three fixed plates, third annular protrusion and fourth annular protrusion, the third fixed plate open up spaced 4th hollow-out parts and 5th hollow-out parts, the third annular protrusion and the fourth annular bulge clearance are convexly equipped in the third fixed plate, and institute The inner cavity for stating third annular protrusion and fourth annular protrusion is respectively communicated to the 4th hollow-out parts and the 5th hollow-out parts, institute It states camera and the projector is respectively contained in the inner cavity of the third annular protrusion and fourth annular protrusion, and is described Camera captures the first form and aspect image information through the 4th hollow-out parts, and the projector is thrown through the 5th hollow-out parts It penetrates.

11. according to the electronic building brick described in claim 5 to 7 any one, which is characterized in that the holder is also solid with third Determine portion, the third fixed part is disposed adjacent with first fixed part, and first fixed position in the interconnecting piece and Between the third fixed part；The image-forming assembly further includes light compensating lamp, and the light compensating lamp is fixedly arranged on the third fixed part, The light compensating lamp is used to be the depth device light filling.

12. electronic building brick according to claim 11, which is characterized in that the third fixed plate has light filling stationary plane, The light compensating lamp is fixed on the light filling stationary plane.

13. electronic building brick according to claim 1, which is characterized in that first camera is located at the depth device Between the projector.

14. electronic building brick according to claim 1, which is characterized in that the depth device is infrared camera, the throwing Emitter is the infrared laser projector.

15. electronic building brick according to claim 1, which is characterized in that the electronic building brick further include close to inductive component, It is described to be used for ranging and induced environment light close to inductive component, it is described to be set close to inductive component is opposite with the second camera Be placed on the holder, and it is described close to inductive component and the second camera to enter light direction opposite.

16. electronic building brick according to claim 1, which is characterized in that the electronic building brick further includes light sensor, institute It states light sensor and is set to first fixed part, the direction that the light sensor receives light is caught with the depth device Catch the direction intersection of the deep image information.

17. electronic building brick according to claim 1, which is characterized in that the electronic building brick further includes two antenna modules, Two antenna modules are located at the opposite both sides of the holder, and described two antenna modules are respectively close to described One fixed part and second fixed part.

18. a kind of electronic device, which is characterized in that described in shell, display module and claim 1 to 17 any one Electronic building brick, the display module lid are connected on the shell, and the electronic building brick is set to the inside of the shell, and described Two cameras capture image information backwards to the display module.

19. a kind of electronic device, which is characterized in that including center, sliding seat, guiding mechanism, driving mechanism and be contained in described The electronic building brick as described in claim 1 to 17 any one in sliding seat；The center includes the side of a pair of opposing End face and the top end face being connected between a pair of side end face offer holding tank on the top end face, and the holding tank passes through Wear a pair of side end face；The sliding seat is slidably connected in the holding tank with the center through the driving mechanism, institute Guiding mechanism is stated to be set between the sliding seat and center so that the sliding seat under the driving of the driving mechanism along The holding tank is stretched out or is contained in the direction of the guiding mechanism guiding；The sliding seat is provided on the same face First function part, the second function part, third function part and the 4th function part being disposed opposite to each other with first function part, it is described Depth device captures the deep image information through first function part, and first camera penetrates second function Portion captures the first form and aspect image information, and the projector is projected through the third function part, and the second camera is saturating It crosses the 4th function part and captures the second form and aspect image information.

20. electronic device according to claim 19, which is characterized in that the sliding seat includes slider box and two slidings Plate, the slider box are made of conductive material, and two sliding panels are covered on the both sides of the slider box respectively, to be formed The inner cavity that sliding seat is equipped with the electronic building brick is stated, two sliding panels are made of translucent material.