CN206364847U - Mobile terminal - Google Patents

Abstract

A kind of mobile terminal, including housing, receiver decoration and receiver, the housing is provided with receiver perforate, the receiver decoration is installed in the receiver perforate, the receiver is located in the housing, include the via regions of connection setting on the receiver decoration and go out sound region, transmission eyeglass is installed in the via regions, go out the setting of sound region described in the receiver correspondence, the mobile terminal also includes the sensor in the housing, and the sensor correspondence transmission eyeglass sets and sends and receive transducing signal via the transmission eyeglass.Mobile terminal of the present utility model without opening up perforate one by one in the correspondence sensor, the receiver on the housing, you can realizes its corresponding function.

Description

Mobile terminal

Technical field

The utility model is related to electronic technology field, more particularly to a kind of mobile terminal.

Background technology

Mobile terminal plays more and more important because of its powerful function and the convenience of carrying in the life of people Role.In existing mobile terminal, such as smart mobile phone, the usual position of respective sensor, receiver and indicator lamp on its glass panel Put and be respectively equipped with perforate so that the perforate on glass panel is more, influence the outward appearance of the mobile terminal, and then user can be influenceed Experience.

Utility model content

To solve to improve prior art mobile terminal user experience, the utility model provides a kind of above mentioned problem that avoids Mobile terminal.

A kind of mobile terminal, including housing, receiver decoration and receiver, the housing are provided with receiver perforate, described to listen Wound packages gadget is installed in the receiver perforate, and the receiver is located in the housing, and connection is included on the receiver decoration The via regions of setting and go out sound region, transmission eyeglass, the receiver correspondence Chu Yin areas are installed in the via regions Domain is set, and the mobile terminal also includes the sensor in the housing, and the sensor correspondence transmission eyeglass is set Put and send and receive transducing signal via the transmission eyeglass.

Further, the transmission eyeglass is infrared transmission eyeglass, and the sensor is infrared sensor, the sensing letter Number be infrared signal.

Further, the sensor is range sensor, for detecting between user's head and the mobile terminal Distance notifies the screen of the mobile terminal to extinguish when being less than pre-determined distance.

Further, the mobile terminal also includes the indicator lamp being arranged in the housing, the indicator lamp correspondence institute Receiver decoration is stated to set and send guidance light via the receiver decoration.

Further, it is described go out sound region include multiple senders, the receiver is corresponding described more with the indicator lamp Individual sender is set.

Further, the indicator lamp is set with the position of the corresponding transmission eyeglass of the sensor.

Further, the quantity of the via regions is two, and the quantity of the transmission eyeglass is two, the sensor And the indicator lamp corresponds to a transmission eyeglass and set respectively.

Further, it is described go out sound region be located between two via regions.

Further, the indicator lamp is breath light, for reminding user.

Further, the receiver perforate is in and extended laterally, the sensor and the receiver perforate of receiver correspondence In transversely arranged.

Receiver perforate, the receiver, the sensor pair are set on the mobile terminal that the utility model is provided, the housing Answer the receiver perforate to set, open up perforate one by one without the correspondence sensor and receiver on the housing, you can realize it Corresponding function, so as to make the mobile terminal appearance it is attractive in appearance.In addition, the through hole area on the receiver decoration Domain is provided with transmission eyeglass, so that the sensor can send via the transmission eyeglass and receive transducing signal, and it is described Transmission eyeglass can be protected and dust-proof to the sensor.

Brief description of the drawings

, below will be to implementing in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art The accompanying drawing used required in mode or description of the prior art is briefly described, it should be apparent that, drawings in the following description Only some embodiments of the present utility model, for those of ordinary skill in the art, are not paying creative work On the premise of, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the dimensional structure diagram of mobile terminal.

Fig. 2 is the dimensional structure diagram of another angle of mobile terminal.

Fig. 3 is the perspective exploded view of mobile terminal shown in Fig. 1.

Fig. 4 is the perspective exploded view of another angle of mobile terminal shown in Fig. 1.

Fig. 5 is the enlarged diagram of V regions shown in Fig. 4.

Fig. 6 is the schematic perspective view of receiver decoration.

Fig. 7 is the perspective exploded view of rear shell.

Fig. 8 is the perspective exploded view at another visual angle of the rear shell shown in Fig. 7.

Fig. 9 is mobile terminal partial function module schematic diagram.

Figure 10 is the schematic perspective view for connecting flexible PCB in second embodiment.

Figure 11 is another view stereo schematic diagram of the connection flexible PCB shown in Figure 10.

Figure 12 is the part isometric schematic diagram of the mobile terminal in 3rd embodiment.

Figure 13 is the schematic diagram of the receiver decoration in 3rd embodiment.

Figure 14 is the mobile terminal part isometric schematic diagram in fourth embodiment.

Figure 15 is the mobile terminal partial function module schematic diagram in fourth embodiment.

Figure 16 is the schematic rear view of the mobile terminal in the 5th embodiment.

Main element symbol description

Mobile terminal 1 00,300,400,500

Front 101

The back side 102

Sideways 103

Housing 10

Fore shell 11,11a

Main display region 110

End regions 111

Receiver perforate 112,112a

Proactive picture head bore 113

Indicator lamp hole 115

Support frame 13

Dividing plate 131

Receiving space 133

Perforate 135

Shell 15 afterwards

Bottom wall 155

Medial surface 1551

Lateral surface 1553

Side wall 157

The first side wall 1571

Second sidewall 1573

3rd side wall 1575

4th side wall 1577

Volume hole 1578

Installation region 17

Mounting hole 171

First mounting hole 173

Second mounting hole 175

3rd mounting hole 177

Connecting portion 179

First receiving portion 191

Second receiving portion 193

Accommodating groove 195

First accommodating groove 1951

Second accommodating groove 1953

Pair screen cover plate 16,26

First secondary screen region 161,2633

Pair screen viewing area 1611

Decorative zones 1613

Second secondary screen region 163

Image Head Section 1631,2631

Image auxiliary element area 1633

First cover plate 165

Second cover plate 167

First flexible PCB 168

First convered structure 81

Main display 20

Mainboard 31,31a

Handle module 311

Receiver decoration 32,32a, 32b

Supporting part 321

Ornamental portion 323

Via regions 325,325a

Go out sound region 326,326a

First through hole 327,327a, 313b

Second through hole 328,328a, 315b

Third through-hole 320b

Fourth hole 321b

Fifth hole 322b

Sender 329,329a, 329b

First transmission eyeglass 330

Second transmission eyeglass 331

Receiver 33,33b

Sensor 34,34b

Indicator lamp 35,35b

Preceding camera module 36,36b

Preceding camera 361

Proactive picture auxiliary element 363

Flash lamp 365

Focusing device 367

Connect flexible PCB 38

Main part 381

Elongated end 383

First surface 385

Second surface 386

First installation area 3861

Second installation area 3863

Sound hole 387

Secondary display screen 40

Second flexible PCB 50

Second convered structure 83

Camera module 60 afterwards

Camera 61 afterwards

Auxiliary element 63 is imaged afterwards

Fixture 85

Following embodiment will further illustrate the utility model with reference to above-mentioned accompanying drawing.

Embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, to the technical scheme in the utility model embodiment It is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the utility model, without It is whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not paying creation Property work under the premise of the every other embodiment that is obtained, belong to the scope of the utility model protection.

It should be noted that the term used in the utility model embodiment is only merely for description particular implementation side The purpose of formula, and it is not intended to be limiting the utility model.Used in the utility model embodiment and appended claims Singulative " one kind ", " described " and "the" be also intended to including most forms, unless context clearly shows that other contain Justice.It is also understood that term "and/or" used herein refers to and comprising one or more associated timess for listing project What is possible to combination.In addition, term " first " in specification and claims of the present utility model and above-mentioned accompanying drawing, " second " etc. is to be used to distinguish different objects, rather than for describing particular order.In addition, term " comprising " and " having " and Their any deformations, it is intended that covering is non-exclusive to be included.For example contain the process of series of steps or unit, method, The step of system, product or equipment are not limited to list or unit, but alternatively also include the step of do not list or Unit, or alternatively also include for the intrinsic other steps of these processes, method, product or equipment or unit.

The mobile terminal that the utility model embodiment is related to can be any equipment for possessing communication and store function, example Such as：Tablet personal computer, mobile phone, electronic reader, remote control, personal computer (Personal Computer, PC), notebook electricity Brain, mobile unit, Web TV, wearable device etc. have the smart machine of network function.

Fig. 1 is referred to, the utility model first embodiment provides a kind of mobile terminal 1 00.It is described in present embodiment Mobile terminal 1 00 is mobile phone.Also referring to Fig. 2, the mobile terminal 1 00 includes front 101, positioned at positive 101 phase The back side 102 for carrying on the back side, the side 103 being connected between described positive 101 and the back side 102.

Fig. 3 and Fig. 4 is please referred to, further, the mobile terminal 1 00 includes housing 10 (as shown in Figure 1), master and shown Display screen 20, mainboard 31, receiver decoration 32, receiver 33, sensor 34, indicator lamp 35 and preceding camera module 36.The master shows Display screen 20, the mainboard 31, the receiver decoration 32, the receiver 33, the sensor 34, the indicator lamp 35 and described The fixation of preceding camera module 36 is contained in the housing 10.The main display 20, the receiver 33, the sensor 34th, the indicator lamp 35 and the preceding camera module 36 are electrically connected with the mainboard 31.The receiver 33, the sensing Device 34, the correspondence of the indicator lamp 35 receiver decoration 32 are set.

The housing 10 includes fore shell 11, support frame 13 and rear shell 15.The fore shell 11 is pacified with the support frame 13 Loaded on together, the rear shell 15 is covered on the support frame 13.The fore shell 11, the support frame 13 and the rear shell 15 be in be stacked.The fore shell 11, the support frame 13 are used to house the mainboard 31 with the rear formation of shell 15 one Etc. the receiving space (not shown) of each functional module group.

In present embodiment, the fore shell 11 is transparency carrier.The fore shell 11 can be glass substrate, sapphire substrate And the one of which substrate in transparent resin substrate, but it is not limited to aforesaid substrate.The fore shell 11 includes main display region 110 And the end regions 111 positioned at the two ends of main display region 110.It is spaced on one end regions 111 of the fore shell 11 It is formed with receiver perforate 112, proactive picture head bore 113 and indicator lamp hole 115.The receiver perforate 112 is located at the preceding camera Between hole 113 and the indicator lamp hole 115.The receiver perforate 112 is substantially in bar shaped, its horizontal stroke along the mobile terminal 1 00 Extend to (i.e. width).The edge of fore shell 11 has arc-shaped outer surface.Wherein, the curved surfaces can be cylinder At least part of side.

Further referring to Fig. 5, the support frame 13 some dividing plates 131 of projection on the bottom of the fore shell 11. Some dividing plates 131 surround receiving space 133.The correspondence of the receiving space 133 receiver perforate 112 is set.The branch Support frame body 13 is formed with perforate 135 adjacent to the side of the receiving space 133.

The rear shell 15 bends the side wall that extension is formed including bottom wall 155, by the bottom wall 155 towards the fore shell 11 157 and secondary screen cover plate 16.Together with the side wall 157 is connected and fixed on the fore shell 11.The side wall 157 includes the first side wall 1571st, second sidewall 1573, the 3rd side wall 1575 and the 4th side wall 1577.The first side wall 1571 is connected to second side Between wall 1573 and the 4th side wall 1577, the 3rd side wall 1575 is connected to the second sidewall 1573 and the described 4th Between side wall 1577.The first side wall 1571 is formed with volume hole 1578 (referring to shown in Fig. 1 and Fig. 3).Present embodiment In, the rear shell 15 is made up of aluminium alloy.It is appreciated that the rear shell 15 can be made up of other materials, such as plastics, glass.

The main display 20 is fixed between the fore shell 11 and the support frame 13.The main display 20 Size be less than the support frame 13 and the fore shell 11 and the correspondence main display region 110 is set.Wherein, the master Display screen 20 is camber display screen.It is understood that in other embodiments, the main display 20 can also be plane screen Deng ordinary screen.

In present embodiment, the main display 20 further comprises main display panel (not shown) and touch-screen, and (figure is not Show).The touch-screen covers the main display panel and positioned between the fore shell 11 and the main display panel.The fore shell 11 are covered in side of the touch-screen away from the main display panel.Wherein, the main display panel and the touch-screen chi The very little roughly the same correspondence main display region 110 is set.The touch-screen can be adhered to the fore shell by bonding agent 11 inner side, the main display panel can also be adhered to side of the touch-screen away from the fore shell 11 by bonding agent, So as to which the main display panel, the touch-screen and the fore shell 11 are fixed on one.The touch-screen can also be formed directly In the main display panel, without bonding agent bonding, so that the touch-screen can form on- with the main display panel Cell formula touch-control display panels.

Preferably, the main display panel is flexible display panels, such as organic electroluminescent diode panel, so that described Main display panel can be relatively easy to be arranged at the inner side for the fore shell 11 that the edge is arc.It will be appreciated, of course, that becoming In more embodiment, the main display panel can also show for liquid crystal display panel, electronic ink display panel or electrowetting Panel.In addition, in another change embodiment, the main display panel can be In-cell touch display panel, such as interior Embedding (in-cell) formula touch control LCD (Liquid Crystal Display) panel or embedded organic EL display panel, now the touch-screen can be with It is omitted.The touch-screen can be capacitive multi-point touch screen.

The mainboard 31 is fixedly installed in side of the support frame 13 away from the main display 20 and is contained in institute State rear shell 15.The mainboard 31 is electrically connected with for driving the main display 20 to work with the main display 20.The master Plate 31 is provided with various functions module and circuit, to drive each functional module group of the mobile terminal 1 00 to work.

Refer to shown in Fig. 6, the receiver decoration 32 is embedded at the receiver perforate 112 and then relatively described fore shell 11 It is fixed.The receiver decoration 32 is substantially laminar.The receiver decoration 32 includes supporting part 321 and is convexly equipped in the branch Ornamental portion 323 on support part 321.The ornamental portion 323 is embedded in the receiver perforate 112.Formed in the ornamental portion 323 Multiple senders 329 and first through hole 327.The second through hole 328 is formed on the supporting part 321.The first through hole 327 is located at Between second through hole 328 and the multiple sender 329.The size of the first through hole 327 and second through hole 328 Size be all higher than the size of the sender 329.

It is said differently, the receiver decoration 32 includes the via regions 325 of connection setting and goes out sound region 326, described The through hole 328 of first through hole 327 and second is formed with via regions 325.It is described go out sound region 326 on be formed with multiple senders 329.The sender 329 for going out sound region 326 described in the first through hole 327 is neighbouring is set.It is described go out sound region 326 sender 329th, the first through hole 327 and second through hole 328 are in transversely arranged.

Further, the first transmission eyeglass 330 is installed, second through hole 328 is provided with the first through hole 327 Second transmission eyeglass 331.

The receiver 33 is electrically connected with the mainboard 31 and fixation is contained in the receiving space 133, it is to avoid described Receiver 33 occurs loosening and easily influenceed by other elements.Going out for the receiver 33 goes out sound region described in line (not shown) correspondence 326 or the multiple senders 329 are set.The sound that the receiver 33 is produced can be sent to user by sender 329.

The sensor 34 is electrically connected with the mainboard 31 and the neighbouring receiver 33 is set.The sensor 34 is installed In on the mainboard 31 and being arranged in the support frame 13 and the first through hole 327.The sensor 34 is via described The first transmission eyeglass 330 on one through hole 327 sends and received transducing signal.In present embodiment, the sensor 34 is red Outer range sensor, institute is notified during for detecting that the distance between user's head and described mobile terminal 1 00 are less than pre-determined distance The screen for stating the main display 20 of mobile terminal 1 00 extinguishes；It is installed on the first transmission eyeglass 330 in the first through hole 327 For infrared transmission eyeglass.

The indicator lamp 35 is electrically connected with the mainboard 31.The indicator lamp 35 is installed on the mainboard 31 and worn In the support frame 13 and second through hole 328.The indicator lamp 35 is via the second transmission eyeglass on the second through hole 328 331 send guidance light, to remind user to have untreated item, the information do not checked or the incoming call do not answered etc.. In present embodiment, the indicator lamp 35 is breath light, and the frequency of the breath light energy simulated respiration carries out flashing light.

The preceding camera module 36 is installed on the mainboard 31 and is electrically connected with the mainboard 31, for user Shooting image.The correspondence perforate 135 of preceding camera module 36 and the proactive picture head bore 113 are set.

In present embodiment, the sensor 34 is assembled on the mainboard 31 with the indicator lamp 35.

Further, the mobile terminal 1 00 also includes foam (not shown).The foam be located in the receiver 33 with Between the receiver decoration 32, to avoid noise, and fill up between the receiver 33 and the receiver decoration 32 Unnecessary space.

In a modifiable embodiment, the correspondence of indicator lamp 35 indicator lamp hole 115 is set, second through hole 328 can be omitted, and the correspondence of sensor 34 first through hole 327 is set, the multiple senders of the correspondence of receiver 33 329 are set.

In a modifiable embodiment, gauge hole (not shown), the via regions 325 are offered on the fore shell 11 Can omit, the sound region 326 that goes out of the indicator lamp 35 correspondence receiver decoration 32 is set, the indicator lamp 35 with it is described The multiple senders 329 of the correspondence of receiver 33 are set.

In a modifiable embodiment, the first through hole 327 can be interconnected into one with second through hole 328 Transmission eyeglass, the indicator lamp and the corresponding position for transmiting eyeglass of the sensor are equiped with through hole, the through hole Set.

In a modifiable embodiment, the first through hole 327 is located at multiple senders 329 with second through hole 328 Both sides, accordingly, the receiver 33 be located between the indicator lamp 35 and the sensor 34.

In changing and implement one, it is convenient to omit receiver decoration 32, the sensor 34, the indicator lamp 35 and described The position of the correspondence of the receiver 33 receiver perforate 112 is set.

In a modifiable implementation, the sensor 34, the indicator lamp 35 can not be installed in the receiver decoration On the 32 but position of the correspondence receiver perforate 112 is set.

In a modifiable implementation, the sensor 34, the indicator lamp 35 and the receiver 33 are contained in the receipts Hold in space 133.

In a modifiable implementation, the sensor 34, the indicator lamp 35 and the receiver 33 are contained in the receipts Hold in space 133, ease of assembly, while also enabling the sensor 34, the indicator lamp 35 and the receiver 33 fine Ground is fixed in the fore shell 11, can avoid the sensor 34, the indicator lamp 35 and the receiver 33 in the movement Terminal is fallen to loosen when touching and broken down, and then is facilitated and used, and improves the service life of the mobile terminal 1 00.

Further referring to shown in Fig. 7 and Fig. 8, installation region 17 is formed on the bottom wall 155.The installation region 17 is adjacent The volume hole 1578 of the nearly the first side wall 1571 is set.The formation of bottom wall 155 mounting hole described in the insertion of installation region 17 171.The installation region 17 is groove, and the mounting hole 171 is opened in the bottom portion of groove, and the mounting hole 171 includes phase The first mounting hole 173, the second mounting hole 175 and the 3rd mounting hole 177 that neighbour is set.First mounting hole 173 is located at described One end of groove, second mounting hole 175 is arranged side by side with the 3rd mounting hole 177 and positioned at the another of the groove End.The groove is set adjacent to the volume hole 1578 of the first side wall 1571.

The bottom wall 155 also includes the medial surface 1551 and lateral surface 1553 being oppositely arranged, and the groove is formed at described On lateral surface 1553, the medial surface 1551 is set towards the fore shell 11.The lateral surface 1553 is the mobile terminal 100 back side 102.The projection of medial surface 1551 forms the first receiving portion 191 and the second receiving portion 193.Described first accommodates Correspondence first mounting hole 173 of portion 191 is set, the correspondence of the second receiving portion 193 second mounting hole 175 and described the Three mounting holes 177 are set.The medial surface 1551 is adjacent to the recessed formation accommodating groove 195 of first receiving portion 191.Described first Receiving portion 191 is located between second receiving portion 193 and the accommodating groove 195.The accommodating groove 195 includes spaced First accommodating groove 1951 and the second accommodating groove 1953.Second accommodating groove 1953 is set away from first receiving portion 191.Institute The first accommodating groove 1951 is stated to connect with first mounting hole 173.It is appreciated that first accommodating groove 1951 and described second Accommodating groove 1953 can be interconnected to form a groove.

Fig. 2 is please referred to, the secondary screen cover plate 16, which is fixed, is embedded at the installation region 17 and by the mounting hole 171 exposures.The secondary screen cover plate 16 includes the first secondary secondary screen region 163 in screen region 161 and second that connection is set.Described first Pair screen correspondence first mounting hole 173 of region 161 and first receiving portion 191 are set, the described second secondary 163 pairs of region of screen Second mounting hole 175, the 3rd mounting hole 177 and the second receiving portion 193 is answered to set.

Referring to Fig. 8, the described first secondary screen region 161 includes secondary screen viewing area 1611 and wraps up the secondary screen display Show the decorative zones 1613 in region 1611, the width of the decorative zones 1613 is identical.Described second secondary screen region 163 interval shape Into shooting Head Section 1631 and shooting auxiliary element area 1633.Shooting Head Section 1631 correspondence second mounting hole 175 is set, Correspondence the 3rd mounting hole 177 of shooting auxiliary element area 1633 is set.The shooting Head Section 1631 is formed with shielding layer (not shown), for preventing light leak.The material of the shielding layer can be ink, and its color can be white or black, but It is not limited to above-mentioned color.In present embodiment, the installation region 17 is in bottom margin formation connecting portion 179, the secondary screen Cover plate 16 is connected together by the first convered structure 81 with the connecting portion 179, realizes the secondary screen cover plate 16 and the groove Bottom is seamlessly connected, it is to avoid dust enters.

Further, the secondary screen cover plate 16 is included in the first cover plate 165, the second cover plate 167 and first being stacked Flexible PCB 168.In present embodiment, the size of the first cover plate 165 matches with first mounting hole 173.Described One cover plate 165 is connected together by the first convered structure 81 with the connecting portion 179, so that first cover plate 165 is covered on First mounting hole 173.Second cover plate 167 is fixed on first cover plate 165 and is embedded at the installation region 17.The size of second cover plate 167 is in the same size with the installation region 17.Described second secondary screen region 163 is arranged at The end of second cover plate 167 is simultaneously set adjacent to the secondary screen viewing area 1611.First flexible PCB 168 protrudes It is arranged on first cover plate 165 and extends towards the inside of housing 10, first flexible PCB 168 is contained in institute State accommodating groove 195.First flexible PCB 168 is electrically connected with the mainboard 31, with realize first cover plate 165 with The mainboard 31 is electrically connected with, and then realizes touch controllable function.In present embodiment, first flexible PCB 168 passes through The bottom of two convered structures 83 and first accommodating groove 1951 and second accommodating groove 1953 is connected together.

It is appreciated that the secondary screen cover plate 16 can be formed by one piece of transparency carrier.

The mobile terminal 1 00 also includes secondary display screen 40, the second flexible PCB 50 and rear camera module 60.The pair The fixation of display screen 40 is contained in first receiving portion 191 and the secondary screen region 161 of correspondence described first is set.The secondary display screen 40 be in be stacked with the secondary screen cover plate 16.The secondary display screen 40 is located between the mainboard 31 and the secondary screen cover plate 16 And be fixed on by the fixture 85 of bar shaped on the bottom wall 155.The secondary screen cover plate 16 can meet the secondary display screen In the case of 40 displays, it is to avoid damage, and realize the touch control operation to the secondary display screen 40.The secondary display screen 40 Can be LCDs, electric ink display screen or electrowetting display screen.In addition, in another change embodiment, institute It can be embedded touch display screen to state secondary display screen 40, such as embedded (in-cell) formula touch control LCD (Liquid Crystal Display) panel or embedded Organic EL display panel.

Second flexible PCB 50 is connected with the secondary display screen 40, so that the secondary display screen 40 and the mainboard 31 realize electrical connection.Second flexible PCB 50 protrusion be arranged at the secondary display screen 40 and with first flexible circuit Plate 168 is in be stacked.Second flexible PCB 50 is contained in the accommodating groove in company with first flexible PCB 168 195。

The secondary screen cover plate 16 is connected together by the first convered structure 81 with the connecting portion 179, realizes that one-level is dust-proof； The protrusion of first flexible PCB 168 is arranged at the secondary screen cover plate 16 and is contained in the accommodating groove 195, and described second The protrusion of flexible PCB 50 is arranged at the secondary screen cover plate 16 and is contained in the accommodating groove 195, and then can be by described first Flexible PCB 168, second flexible PCB 50 are hidden in the inside of the rear shell 15, are conducive to the attractive in appearance and light of product Thinning；First flexible PCB 168 is connected together by the bottom of the second convered structure 83 and the accommodating groove 195, is entered One step avoid dust enter the mobile terminal 1 00 inside, realize two grades it is dust-proof.

The rear camera module 60 is fixed and is contained in second receiving portion 193, to absorb image.Shooting mould after described Group 60 is electrically connected with the mainboard 31, and between the mainboard 31 and the secondary screen cover plate 16.The rear camera module 60 include rear camera 61 and rear shooting auxiliary element 63.The correspondence of camera 61 is described afterwards images Head Section 1631 and second peace Dress hole 175 is set.In present embodiment, the quantity of the rear camera 61 is two, the shooting Head Section 1631 and described the The quantity of two mounting holes 175 is two, and one of shooting Head Section 1631 is located at another shooting Head Section 1631 and the shooting Between auxiliary element area 1633, shooting auxiliary element after one of them rear camera 61 is located at another rear camera 61 and is described Between 63.In present embodiment, the rear shooting auxiliary element 63 is flash lamp.

Further, refer to shown in Fig. 9, the mainboard 31 provided with processing module 311, it is described processing module 311 with The main display 20, the secondary display screen 40 and two rear cameras 61 are electrically connected with.The main display 20 is Large scale, it is mainly used in the application operatings such as multimedia, call, short message, multimedia message, WAP, additional function, touch-control.The secondary display The size of screen 40 is small compared to the size of the main display 20, for showing time, short message, charge capacity and signal intensity etc. Information.The secondary display screen 40 also can be used for the application operatings such as multimedia, multimedia message under the control of the processing module 311. The processing module 311 can control both the main display 20, described secondary display screen 40 while using, and can also control One of the main display 20 and the secondary display screen 40 are in use, another one is in resting state.

It is appreciated that the shooting Head Section 1631 can be through hole, the shooting auxiliary element area 1633 is also configured to lead to Hole.

It is appreciated that the installation region 17 can not be groove, the installation region 17 can be a through hole, the pair Screen cover plate 16, which is fixed, to be embedded in the through hole；The groove of the installation region 17 can be with recessed in the medial surface 1551； The connecting portion 179 of the installation region 17 can not be the bottom neighboring edge part of the groove, and the connecting portion 179 can be with For the side wall of the groove.

Certainly, the necessity such as heat radiation module, button module, fingerprint sensing module, battery are also included in the mobile terminal 1 00 Or unnecessary functions module, therefore not to repeat here.

Figure 10 and Figure 11 is referred to, the utility model second embodiment provides a kind of mobile terminal (not shown).Institute The mobile terminal for stating second embodiment offer is substantially similar with the structure of mobile terminal 1 00 that the first embodiment is provided, and it is not Also include connection flexible PCB 38 with the mobile terminal for being the second embodiment offer, the receiver (not shown) is set Between the sensor (not shown) and the indicator lamp (not shown).

The connection flexible PCB 38 is located between the receiver and the mainboard (not shown).The connection flexible electrical Road plate 38 includes main part 381 and the elongated end 383 being connected in one with the main part 381.The main part 381 with it is described Mainboard (not shown) is electrically connected with.The receiver is arranged on the main part 381, the sensor (not shown) and the finger Show that lamp (not shown) is arranged on the elongated end 383.From receiver side extension, simultaneously reflexed is covered in the elongated end 383 In the receiver (not shown), the elongated end 383 includes the first surface 385 of the neighbouring receiver and positioned at first table The second surface 386 of the opposite side in face 385.The second surface 386 is provided with the first installation area 3861 and the second installment area Domain 3863.The sensor is installed in first installation area 3861, and the indicator lamp is installed in second installment area On domain 3863.Sound hole 387 is offered on the elongated end 383.The line correspondence sound hole 387 that goes out of the receiver is set.Institute State sensor and the indicator lamp is arranged on the second surface 386 and is located above receiver, and then described listen can be made Cylinder, the sensor, the indicator lamp three can be in integrated design, ease of assembly.In present embodiment, the receiver, The sensor, the indicator lamp are connected by conductive viscose layer with the connection flexible PCB 38.Further, it is described Connection flexible PCB 38 is further fixed on intermediate plate (not shown), the intermediate plate be arranged on the receiver and be sandwiched in the receiver with Between the elongated end 383, to strengthen the supporting role of the connection flexible PCB 38.The material of the intermediate plate 39 is preferably Stainless steel, certainly, the intermediate plate can be other materials, such as plastics.It is appreciated that the connection flexible PCB 38 can be with It is electrically connected with by a connector (not shown) with the mainboard 31, the connector can be board to board connector, ZIF connections One kind in device, flexible circuit board connector.To save the thickness and installing space of the mobile terminal, the mainboard can be set One avoids mouth (not shown), and the connection flexible PCB 38 is intraoral located at the avoidance.It is appreciated that the receiver, described At least one is arranged at the connection flexible PCB 38 for sensor, the indicator lamp, and remaining is then directly installed in institute State on mainboard 31.It is appreciated that the receiver, the sensor and the indicator lamp at least one be contained in the movement In the receiving space of terminal；The sensor and the indicator lamp are located at the side of the sound hole 387.

Figure 12 is referred to, the utility model 3rd embodiment provides a kind of mobile terminal 300.The 3rd embodiment The mobile terminal 300 of offer and the structure of mobile terminal 1 00 that the first embodiment is provided are substantially similar.On the fore shell 11a Form receiver perforate 112a and proactive picture head bore 113a.

Figure 13 is referred to, receiver decoration 32a includes the via regions 325a of connection setting and goes out sound region 326a.It is described Interval forms first through hole 327a and the second through hole 328a on via regions 325a.It is described go out sound region 326a on formed it is multiple go out Sound hole 329a.The sensor (not shown) correspondence first through hole 327a is set, the indicator lamp (not shown) correspondence institute The second through hole 328 is stated to set.The first through hole 327a, the second through hole 328a and the multiple sender 329a correspondences institute Receiver perforate 112 is stated to set, and then the fore shell 11a opens up perforate one by one without the correspondence sensor, the indicator lamp, i.e., Can be achieved its corresponding function, so as to make the mobile terminal 300 appearance it is attractive in appearance.

It is appreciated that the mobile terminal can omit the work(such as main display, the secondary display screen, the rear camera module Energy module, i.e., a kind of mobile terminal, including housing, mainboard, receiver, sensor and indicator lamp, the housing are opened provided with receiver Hole, the mainboard, the receiver, the sensor and the indicator lamp are located in the housing, the receiver, the sensor And the indicator lamp is connected with the mainboard, the sensor is installed on the mainboard with the indicator lamp, the sensor, The position of the indicator lamp and the receiver perforate of receiver correspondence is set.

Figure 14 is referred to, the utility model fourth embodiment provides a kind of mobile terminal 400.The mobile terminal 400 is similar to the mobile terminal 300 of the 3rd embodiment, and receiver decoration 32b structure and the 3rd embodiment party The receiver decoration 32a of formula is substantially similar.Receiver perforate 112b, the receiver decoration 32b are opened up on the mobile terminal 400 On be interval with first through hole 313b, the second through hole 315b, third through-hole 320b, fourth hole 321b, fifth hole 322b and Multiple sender 329b.

Figure 15 is referred to, the preceding camera module 36b includes preceding camera 361 and proactive picture auxiliary element 363.It is described Preceding camera 361 and proactive picture auxiliary element 363 and the processing module 311b of the mainboard (not shown) are electrically connected with.Before described The position for imaging the correspondence of the auxiliary element 363 receiver perforate (not shown) is set, for aiding in user's shooting image.Before described Imaging auxiliary element 363 includes flash lamp 365 and focusing device 367.The flash lamp 365 can dark occasion moment Illumination, also can give subject local light filling in the brighter occasion of light.The correspondence of the flash lamp 365 receiver perforate 112b is set, so that the light of the outgoing of flash lamp 365 is sent on the outside of the fore shell 11b by the receiver perforate.It is described Flash lamp 365 is provided with lampshade (not shown), and the lampshade is embedded on the first through hole 313b of the receiver decoration 112 simultaneously The neighbouring preceding camera 361 is set, for avoiding astigmatism.The correspondence of the focusing device 367 second through hole 315b is set, with Focusing signal is sent and received by the second through hole 315b.Transmission eyeglass (not shown) is installed on second through hole. The correspondence of the preceding camera 361 third through-hole 320b is set.The multiple sender 329b of the receiver 33b correspondences is set Is put in this way, receiver 33b, the preceding camera 361, the flash lamp 365 and the focusing device 367 correspond to receiver perforate 112b is set.

In addition, the sensor 34b correspondences fourth hole 321b is set, the indicator lamp 35b correspondences the described 5th Through hole 322b is set, the preceding camera 361, the proactive picture auxiliary element 363, the sensor 34b, the indicator lamp 35b corresponds to the receiver perforate 112b and set.It is appreciated that the proactive picture auxiliary element 363 can omit the flash of light Lamp 365 or the focusing device 367；The sensor 34b can also correspond to the first through hole 313b or other through holes wherein it One is set, and it can spread out of light through the receiver perforate 112b；The indicator lamp 35b can also correspond to described first and lead to Hole 313b or other one apertures are set, and it can be passed through and the receiver perforate 112 outflow light.

Figure 16 is referred to, the embodiment of the utility model the 5th provides a kind of mobile terminal 500.The mobile terminal 500 is similar to the mobile terminal 1 00 of the first embodiment, and its difference is, two cameras on pair screen cover plate 26 Area 2631 is respectively arranged on the both sides in the described first secondary screen region 2633, and accordingly, camera (not shown) is located at described after two The both sides of secondary display screen (not shown), wherein camera is used for the first angle photo for absorbing object, another rear camera after one Second angle photo for absorbing the object, processing module (not shown) is to the first angle photo and described second jiao Degree photo carries out calculating processing and then obtains a third angle photo.The third angle photo can pass through main display, pair At least one display of display screen, to facilitate user to check photo.

The mobile terminal that the utility model is provided, sets receiver perforate on the fore shell, the receiver, the sensor, The indicator lamp correspondence receiver perforate is set, and the housing is opened up one by one without the correspondence sensor, the indicator lamp Perforate, you can realize its corresponding function, so as to improve the mobile terminal appearance it is attractive in appearance.In addition, described move Dynamic terminal also includes secondary display screen, realizes shuangping san.Further, the secondary screen cover plate fixes the peace for being embedded at the rear shell Region is filled, and the installation region is groove, facilitates the installation of the secondary screen cover plate.Further, the secondary screen cover plate passes through the One convered structure is connected together with the connecting portion, realizes that one-level is dust-proof；The secondary screen flexible PCB protrusion is arranged at described Pair screen cover plate is simultaneously contained in the accommodating groove, and then the pair can be shielded into the inside that flexible PCB be hidden in the rear shell, Be conducive to the attractive in appearance and lightening of product；The secondary screen flexible PCB is connected by the bottom of the second convered structure and the accommodating groove Be connected together, further avoid dust enter the mobile terminal inside, realize two grades it is dust-proof.On the receiver decoration Via regions are provided with transmission eyeglass, so that the sensor can send and receive transducing signal via the transmission eyeglass, And the transmission eyeglass can be protected and dust-proof to the sensor.

Above disclosed is only the utility model better embodiment, can not limit this practicality with this certainly new The interest field of type, therefore the equivalent variations made according to the utility model claim, still belong to the model that the utility model is covered Enclose.

Claims (10)

1. a kind of mobile terminal, including housing, receiver decoration and receiver, the housing are provided with receiver perforate, the receiver Decoration is installed in the receiver perforate, and the receiver is located in the housing, it is characterised in that：On the receiver decoration Including connecting the via regions set and going out sound region, transmission eyeglass, the receiver correspondence institute are installed in the via regions The setting of sound region is stated out, the mobile terminal also includes the sensor in the housing, and the sensor correspondence is described Eyeglass is penetrated to set and send and receive transducing signal via the transmission eyeglass.

2. mobile terminal as claimed in claim 1, it is characterised in that：The transmission eyeglass is infrared transmission eyeglass, the biography Sensor is infrared sensor, and the transducing signal is infrared signal.

3. mobile terminal as claimed in claim 1, it is characterised in that：The sensor is range sensor, is used for detecting The distance between account portion and the mobile terminal notify the screen of the mobile terminal to extinguish when being less than pre-determined distance.

4. mobile terminal as claimed in claim 1, it is characterised in that：The mobile terminal also includes being arranged in the housing Indicator lamp, the indicator lamp correspondence receiver decoration sets and sends guidance light via the receiver decoration.

5. mobile terminal as claimed in claim 4, it is characterised in that：It is described go out sound region include multiple senders, it is described to listen Cylinder is set with the corresponding the multiple sender of the indicator lamp.

6. mobile terminal as claimed in claim 4, it is characterised in that：The indicator lamp is corresponding described with the sensor The position for penetrating eyeglass is set.

7. mobile terminal as claimed in claim 6, it is characterised in that：The via regions are provided with two through holes, the transmission The quantity of eyeglass is that a transmission eyeglass is mounted on two, each through hole, and the sensor and the indicator lamp are right respectively A transmission eyeglass is answered to set.

8. mobile terminal as claimed in claim 7, it is characterised in that：It is described go out sound region be located between two through holes.

9. mobile terminal as claimed in claim 4, it is characterised in that：The indicator lamp is breath light, for reminding user.

10. mobile terminal as claimed in claim 1, it is characterised in that：The receiver perforate is in extend laterally, the sensor And the receiver correspondence receiver perforate is in transversely arranged.