CN209072541U - Mobile terminal - Google Patents
Mobile terminal Download PDFInfo
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- CN209072541U CN209072541U CN201821473348.2U CN201821473348U CN209072541U CN 209072541 U CN209072541 U CN 209072541U CN 201821473348 U CN201821473348 U CN 201821473348U CN 209072541 U CN209072541 U CN 209072541U
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- side wall
- holding tank
- movable part
- mobile terminal
- wall
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Abstract
The utility model discloses a kind of mobile terminal, comprising: display screen；Shell, including left side, right side, leading flank, trailing flank and top side face, the leading flank is disposed opposite to each other with the trailing flank, the top side face is connected between the leading flank and the trailing flank, the left side is disposed opposite to each other with the right side, the top side face is connected between the left side and the right side, the display screen is set on the leading flank, the shell is equipped with holding tank, the holding tank is formed from the top side towards the shell sunken inside, and the holding tank runs through the trailing flank；Movable part, the movable part is equipped with the first camera and second camera, one of the movable part and the shell are equipped with arc chute, another one is equipped with sliding block, the movable part can be using the axis of the arc chute as the relatively described housing into rotation of rotation axis, so that the movable part produces or be transferred to the holding tank.
Description
Technical field
The utility model relates to technical field of mobile terminals.
Background technique
Now, in order to obtain more preferably usage experience, the demand that user shows mobile phone large-size screen monitors is more urgent.However, by
Such as camera device of arranging usually also is needed in mobile phone front, these devices limit the arrangement space of display screen, lead to hand
The screen accounting of machine is difficult to be promoted.
Utility model content
The utility model provides a kind of mobile terminal, comprising:
Display screen；
Shell, including left side, right side, leading flank, trailing flank and top side face, the leading flank and the trailing flank phase
Back setting, the top side face are connected between the leading flank and the trailing flank, and the left side is opposite with the right side
Setting, the top side face are connected between the left side and the right side, and the display screen is set on the leading flank,
The shell is equipped with holding tank, and the holding tank is formed from the top side towards the shell sunken inside, and the holding tank
Through the trailing flank；
Movable part, the movable part are equipped with the first camera and second camera, direction and the institute of first camera
State display screen towards identical, the direction of the second camera and the trailing flank towards identical,
One of the movable part and the shell are equipped with arc chute, another one is equipped with sliding block, the sliding block sliding
It is connected in the arc chute, the movable part can turn by the relatively described shell of rotation axis of the axis of the arc chute
It is dynamic, so that the movable part produces or is transferred to the holding tank,
When the movable part produces the holding tank, first camera exposes, when the movable part be transferred to it is described
When holding tank, first camera is blocked.
The beneficial effects of the utility model are as follows: being transferred to or produce receiving since movable part can carry the first camera
Slot, when needing to shoot, movable part can carry the first camera and produce holding tank to be shot, without being shot
When, movable part carries the first camera and is transferred in holding tank, therefore the first camera is not necessarily to occupy the leading flank of mobile terminal
Space, display screen can be arranged in the leading flank of mobile terminal as wide as possible so that the screen of mobile terminal account for it is relatively high.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it can also be obtained according to these attached drawings other obvious modes of texturing.
Fig. 1 is the axonometric drawing for the mobile terminal that the utility model embodiment one provides.
Fig. 2 is the front view of mobile terminal when movable part is transferred to holding tank.
Fig. 3 is the rearview of mobile terminal when movable part is transferred to holding tank.
Fig. 4 is the axonometric drawing of the equipment body of mobile terminal.
Fig. 5 is the front view of mobile terminal when movable part produces holding tank.
Fig. 6 is the rearview of mobile terminal when movable part produces holding tank.
Fig. 7 is a kind of front view of mobile terminal in embodiment.
Fig. 8 is the front view of mobile terminal in another embodiment.
Fig. 9 is the front view of mobile terminal in another embodiment.
Figure 10 is the front view of mobile terminal in another embodiment.
Figure 11 is the top view of mobile terminal when movable part is transferred to holding tank.
Figure 12 is a kind of enlarged diagram of embodiment of the X position of Fig. 2
Figure 13 is the enlarged diagram of the another embodiment of the X position of Fig. 2
Figure 14 is the side view of mobile terminal when movable part is transferred to holding tank.
Figure 15 is the front view of mobile terminal in another embodiment.
Figure 16 is the rearview of mobile terminal in another embodiment.
Figure 17 is the schematic internal view of mobile terminal when movable part is transferred to holding tank.
Figure 18 is the schematic internal view of mobile terminal when movable part produces holding tank.
Figure 19 is the front view of mobile terminal when movable part is transferred to holding tank.
Figure 20 is the front view of mobile terminal when movable part produces holding tank.
Figure 21 is the mobile terminal that provides of the utility model embodiment two front view when movable part is transferred to holding tank.
Figure 22 is the mobile terminal that provides of the utility model embodiment two front view when movable part produces holding tank.
Figure 23 is a kind of front view of mobile terminal in embodiment.
Figure 24 is the front view of mobile terminal in another embodiment.
Figure 25 is a kind of front view of the embodiment for the mobile terminal that the utility model embodiment three provides.
Figure 26 is the front view of the another embodiment for the mobile terminal that the utility model embodiment three provides.
Figure 27 is the front view of the another embodiment for the mobile terminal that the utility model embodiment three provides.
Figure 28 is the mobile terminal that provides of the utility model embodiment four front view when movable part is transferred to holding tank.
Figure 29 is the mobile terminal that provides of the utility model embodiment four front view when movable part produces holding tank.
Figure 30 is a kind of front view of mobile terminal in embodiment.
Figure 31 is the front view of mobile terminal in another embodiment.
Figure 32 is the front view of mobile terminal in another embodiment.
Figure 33 is the mobile terminal that provides of the utility model embodiment five top view when movable part is transferred to holding tank.
Figure 34 is the mobile terminal that provides of the utility model embodiment six top view when movable part is transferred to holding tank.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
It should be noted that communication terminal includes but is not limited to be configured to connect via Wireline (such as via public
Switched telephone network (PSTN), digital subscriber line (DSL), digital cable, Direct cable connection and/or another data connect
Connect/network) and/or via (for example, being directed to the DTV of cellular network, WLAN (WLAN), such as DVB-H network
Network, satellite network, AM-FM broadcasting transmitter and/or another communication terminal) wireless interface receives/send signal of communication
Device.It is configured to that " wireless communication terminal ", " wireless terminal " can be referred to as by the communication terminal of radio interface communication
Or " mobile terminal ".The example of mobile terminal includes, but are not limited to satellite or cellular phone；It can be with combination cellular radio telephone
With PCS Personal Communications System (PCS) terminal of data processing, fax and communication ability；It may include radio telephone, seek
Pager, the Internet/intranet access, Web browser, memo pad, calendar and/or global positioning system (GPS) receiver
PDA；And conventional laptop and/or palmtop receiver or other electronic devices including radiotelephone transceiver.
Also referring to Fig. 1 to Fig. 3, Fig. 1 is the shaft side figure for the mobile terminal 100 that the utility model embodiment one provides,
Fig. 2 is the front view of mobile terminal 100, and Fig. 3 is the rearview of mobile terminal 100.The mobile terminal 100 that the present embodiment one provides
Including display screen 110, shell 120 and movable part 20.Specifically, display screen 110 can be liquid crystal display (Thin Film
Transistor-Liquid Crystal Display, TFT-LCD), or organic light emitting diode display screen
(Organic Light-Emitting Diode, OLED).Further, display screen 110 can be only having a display function
Display screen, or be integrated with the display screen of touch function.In the present embodiment, display screen 110 includes the display being oppositely arranged
Face and non-display face, display surface user oriented is for showing image, the inside of non-display face facing moving terminal 100, Yi Zhongshi
Apply in mode, the display area area of display surface account for the area of display surface not less than 86%, in other words, mobile terminal 100
Shield accounting and is greater than or equal to 86%, such as 90% or 95%.Specifically, screen accounting is intended to indicate that screen and Mobile telephone front panel face
Long-pending relative ratio, it is to be easier to obtain the parameter of vision good opinion in cell phone appearance design.
In the present embodiment, shell 120 includes left side 120a, right side 120b, leading flank 120c, trailing flank 120d and top
Side 120e, left side 120a are disposed opposite to each other with right side 120b, and leading flank 120c is disposed opposite to each other with trailing flank 120d, leading flank
120c and trailing flank 120d are connected between left side 120a and right side 120b, top side face 120e be connected to leading flank 120c with
Between the 120d of trailing flank and top side face 120e is connected between left side 120a and right side 120b.Specifically, leading flank 120c
Shell 120 faces the side surface of user when using mobile terminal 100 for user, and trailing flank 120d is that user uses mobile terminal
For shell 120 back to the side surface of user, left side 120a and right side 120b are the thickness for being parallel to mobile terminal 100 when 100
Spend the surface in direction.In the present embodiment, display screen 110 is set on leading flank 120c.In a kind of embodiment, top side face 120e
For curved surface, specifically, top side face 120e is that leading flank 120c extends to 120 top of shell and is formed by bending to trailing flank 120d
Curved surface.
Referring to Fig. 4, in the present embodiment, the equipment body 10 of display screen 110 and the formation mobile terminal 100 of shell 120, electricity
The electronic devices such as road plate are integrated in equipment body 10, and equipment body 10 can also be shown by display screen 110.
Please refer to 1 and Fig. 4, in the present embodiment, the top of shell 120 is equipped with holding tank 50, holding tank 50 and shell 120
Inside connection, specifically, holding tank 50 is formed from the top side face 120e of shell 120 to 120 inner recess of shell, to make shell
120 inside is connected to outside.In the present embodiment, holding tank 50 runs through trailing flank 120d, and in other words, the inside of shell 120 can
To be connected to outside shell 120 from the side of the side top side face 120e and trailing flank 120d.
Fig. 2 and Fig. 5 are please referred to, Fig. 5 is the front view of mobile terminal 100.One of movable part 20 and shell 120 are equipped with
Arc chute 32, another one are equipped with sliding block 34, i.e., when movable part 20 is equipped with arc chute 32, shell 120 is equipped with sliding block 34.When
When movable part 20 is equipped with sliding block 34, shell 120 is equipped with arc chute 32.It is understood that arc chute 32 includes opposite sets
The the first cell wall 32a and the second cell wall 32b that set and the first end wall 32c and the second end wall 32d that are oppositely arranged.First end wall 32c
And second end wall 32d be connected between the first cell wall 32a and the second cell wall 32b.
Please referring to Fig. 2 and Fig. 5, sliding block 34 is slidably connected arc chute 32, and sliding block 34 is slidably connected in arc chute 32,
Movable part 20 can be rotated using the axis of arc chute 32 as rotation axis relative to shell 120, so that movable part 20 is produced or is transferred to
Holding tank 50.In the present embodiment, orthographic projection of the first cell wall 32a in trailing flank 120d forms the first arc segment, the second cell wall 32b
In trailing flank, the orthographic projection of 120d forms the second arc segment, the curvature circle-center of the curvature circle-center of the first arc segment and the second arc segment
It is overlapped and is formed the virtual center of circle, the axis of arc chute 32 passes through the virtual center of circle, and perpendicular to trailing flank 120d.20 energy of movable part
Enough to be rotated around the axis of arc chute 32, by the plane where the motion projection of movable part 20 to trailing flank 120d, that is, exist
The front view (plan view) of mobile terminal 100 shown in fig. 5, movable part 20 can be showed around the axis rotation of arc chute 32
It is rotated for movable part 20 around the virtual center of circle, the virtual center of circle is the A point illustrated.Alternatively, it is also understood that the first cell wall 32a and
The axis of the median plane formed between second cell wall 32b is the axis of arc chute 32, each point on median plane to axis
Vertical range is equal, and due to the front view that Fig. 5 is mobile terminal 100, i.e. plan view, the axis of arc chute 32 is in Fig. 5
In show as a point, i.e. A point.
Please referring to Fig. 2 and Fig. 3, in the present embodiment, movable part 20 is equipped with the first camera 42 and second camera 44, and first
The direction of camera 42 and display screen 110 towards identical, the direction of second camera 44 and trailing flank 120d towards identical.
Specifically, the first camera 42 is used as front camera, i.e. the first camera 42 is for self-timer, video calling etc., the second camera shooting
First 44 are used as rear camera and second camera 44 for photographed etc..
When sliding block 34 is close to the first end wall 32c, movable part 20 carries the first camera 42 around the axis of arc chute 32
It is transferred to holding tank 50, at this point, movable part 20 is contained in holding tank 50, i.e. the incidence surface of the first camera 42 is blocked.Work as cunning
When block 34 is close to the second end wall 32d, movable part 20 carries the first camera 42 and produces holding tank 50 around the axis of arc chute 32,
At this point, the incidence surface of the first camera 42 exposes.Fig. 3 and Fig. 6 are please referred to, Fig. 6 is the rearview of mobile terminal 100, due to holding
Slot 50 of receiving runs through trailing flank 120d, and movable part 20 can expose from the trailing flank side 120d, i.e., second camera 44 exposes always,
When movable part 20 is transferred to or produces holding tank 50, second camera 44 can shoot image.In a kind of embodiment, movable part
Be additionally provided with flash lamp 41 on 20, the light-emitting surface direction of flash lamp 41 and trailing flank 120d towards identical, flash lamp 41 is for auxiliary
Second camera 44 is helped to shoot, specifically, in the case where ambient light is weaker, flash lamp 41 is bright to improve for providing
The shooting effect of two cameras 44.
In a kind of embodiment, the radian of arc chute 32 is less than or equal to 2 π/5, guarantees to expose the first camera
While 42, reduce the angle that movable part 20 rotates, saving can, and avoid 20 rotation amplitude of movable part excessive and easy to damage.
Movable part 20 can carry the first camera 42 and be transferred to or produce holding tank 50, when needing to shoot, movable part 20
The first camera 42 can be carried and produce holding tank 50 to be shot, it is not necessary that when being shot, movable part 20 carries first
Camera 42 is transferred in holding tank 50, therefore the first camera 42 is not necessarily to occupy the space of the leading flank 120c of mobile terminal 100,
Display screen 110 can be arranged in the leading flank 120c of mobile terminal 100 as wide as possible, so that the screen accounting of mobile terminal 100
It is higher.
For example, the screen accounting of mobile terminal 100 may be up to 85% or even 95%.Screen accounting refers to: in mobile terminal 100
Thickness direction vertical plane on, the display area of the screen (such as display screen 110) of mobile terminal 100 and mobile terminal 100
Whole the ratio between projected area.
In the present embodiment, sliding block 34 has a variety of set-up modes:
Embodiment one: as shown in figures 2 and 5, the quantity of sliding block 34 is one.The outer peripheral surface of sliding block 34 is connected to first
Cell wall 32a and the second cell wall 32b.Sliding block 34 can be but be not limited only to for cylindrical body.When movable part 20 produces holding tank 50,
Sliding block 34 is rolled from the first end wall 32c to the second end wall 32d, at this point, the outer peripheral surface of sliding block 34 is in the first cell wall 32a and the second slot
It is rolled on wall 32b.When movable part 20 is transferred to holding tank 50, sliding block 34 is rolled from the second end wall 32d to the first end wall 32c, this
When, the outer peripheral surface of sliding block 34 rolls on the first cell wall 32a and the second cell wall 32b.Furthermore since the outer peripheral surface of sliding block 34 abuts
In the first cell wall 32a and the second cell wall 32b, so that the moving direction of movable part 20 is restricted, i.e., sliding block 34 will not be from receiving
Abjection in slot 50, so that movable part 20 is rotated around the axis of arc chute 32.
Embodiment two: as shown in fig. 7, the quantity of sliding block 34 is two.It should be noted that for the ease of performance movement
The internal structure of terminal 100, Fig. 7 cross-section top of mobile terminal 100, and expose movable part 20.First sliding block 342
Outer peripheral surface is connected to the first cell wall 32a.The outer peripheral surface of second sliding block 344 is connected to the second cell wall 32b.Sliding block 34 can be but not
It is only limitted to as cylindrical body.When movable part 20 produces holding tank 50, the first sliding block 342 and the second sliding block 344 are from the first end wall
32c is rolled to the second end wall 32d, at this point, the outer peripheral surface of the first sliding block 342 rolls on the first cell wall 32a, the second sliding block 344
It is rolled on the second cell wall 32b.When movable part 20 is transferred to holding tank 50, the first sliding block 342 and the second sliding block 344 are from second
End wall 32d is rolled to the first end wall 32c, at this point, the outer peripheral surface of the first sliding block 342 rolls on the first cell wall 32a, the second sliding block
344 roll on the second cell wall 32b.Furthermore since 342 outer peripheral surface of the first sliding block is connected to the first cell wall 32a, the second sliding block
344 outer peripheral surface is connected to the second cell wall 32b, so that the moving direction of movable part 20 is restricted, i.e., sliding block 34 will not be calm
The interior abjection of slot 50 of receiving, so that movable part 20 is rotated around the axis of arc chute 32.
Embodiment three: as shown in figure 8, sliding block 34 includes the first slip cambered surface 34a being disposed opposite to each other and the second sliding arc
Face 34b.It should be noted that for the ease of showing the internal structure of mobile terminal 100, Fig. 8 cross-section mobile terminal 100
Top, and expose movable part 20.The axis of first slip cambered surface 34a is overlapped with the axis of median plane and supports the first cell wall
32a.The axis of second slip cambered surface 34b is overlapped with the axis of median plane and supports the second cell wall 32b.When movable part 20 is housed in
When in holding tank 50, sliding block 34 is close to the first end wall 32c or is held in the first end wall 32c.When movable part 20 produces holding tank
When 50, sliding block 34 is close to the second end wall 32d or is held in the second end wall 32d.When movable part 20 is transferred to the process of holding tank 50
In, sliding block 34 is mobile from the second end wall 32d to the first end wall 32c, and the first slip cambered surface 34a of sliding block 34 is with respect to the first cell wall
32a sliding, the second slip cambered surface 34b are slided with respect to the second cell wall 32b.At this point, since the outer peripheral surface of the first slip cambered surface 34a supports
When being connected to the first cell wall 32a, the outer peripheral surface of the second slip cambered surface 34b is connected to the second cell wall 32b, so that the movement of movable part 20
Direction is restricted, so that movable part 20 is rotated around the axis of arc chute 32.
Embodiment four: as shown in figure 9, one of movable part 20 and shell 120 be additionally provided with auxiliary arc chute 321,
Another one is equipped with auxiliary slider 341.It should be noted that for the ease of showing the internal structure of mobile terminal 100, the part Fig. 9
The top of mobile terminal 100 has been splitted, and has exposed movable part 20.It is understood that being slided when movable part 20 is equipped with auxiliary arc
When slot 321, auxiliary slider 341 is arranged in shell 120.When movable part 20 is equipped with auxiliary slider 341, shell 120 is equipped with auxiliary arc
Shape sliding slot 321.Auxiliary arc chute 321 is arranged with movable part 20 in present embodiment, and shell 120 is arranged for auxiliary slider 341
It is illustrated.Arc chute 321 and the interval of arc chute 32 is assisted to be arranged.Assist the axis and arc chute of arc chute 321
32 axis is overlapped, and auxiliary slider 341 is slidably mounted on auxiliary arc chute 321.A kind of embodiment assists arc chute
321 include the first auxiliary cell wall 321a being oppositely arranged and the second auxiliary cell wall 321b.First auxiliary cell wall 321a and second is auxiliary
The axis for helping the sectional center face of cell wall 321b is the axis for assisting arc chute 321.In addition, auxiliary arc chute 321 is opposite
Arc chute 32 is arranged closer to axis, i.e. the size of the median plane of auxiliary arc chute 321 is less than the center of arc chute 32
The size in face.In addition, the set-up mode of auxiliary slider 341 is identical as the set-up mode of sliding block 34, it is no longer excessive herein to illustrate.Therefore
And by the way that auxiliary arc chute 321 is arranged in movable part 20, auxiliary slider 341 is arranged in shell 120, with further guarantee work
Moving part 20 will not shake during rotation, that is, enhance the stability of movable part 20.In other embodiments, arc is assisted
321 opposing arcuate sliding slot 32 of shape sliding slot is arranged further from axis, i.e. the size of the median plane of auxiliary arc chute 321 is greater than arc
The size of the median plane of sliding slot 32.Referring to Fig. 10, assisting arc chute 321 and arc chute 32 to divide in a kind of embodiment
It opens up and sets.
A kind of embodiment, as shown in Fig. 2, Fig. 5 and Figure 11, movable part 20 include the first side wall 20a, second sidewall 20b,
Third side wall 20c, the 4th side wall 20d, the 5th side wall 20e and the 6th side wall 20f.When movable part 20 is transferred to holding tank 50, the
One side wall 20a is arranged towards display screen 110.Second sidewall 20b is disposed opposite to each other with the first side wall 20a.Third side wall 20c and the 4th
Side wall 20d phase is privately connected between the first side wall 20a and second sidewall 20b.4th side wall 20d is towards setting inside shell 120
It sets.5th side wall 20e is privately connected between the first side wall 20a and second sidewall 20b with the 6th side wall 20f phase and third side wall
Between 20c and the 4th side wall 20d.
Figure 12 and Figure 13 are please referred to, Figure 12 is a kind of enlarged diagram of embodiment of the X position of Fig. 2, Figure 13 Fig. 2
X position another embodiment enlarged diagram.In the present embodiment, the axis of arc chute 32 is located at adjacent side wall
Junction or adjacent side wall extended surface junction.By taking adjacent third side wall 20c and the 6th side wall 20f as an example,
Specific to Figure 12, in a kind of embodiment, third side wall 20c intersects vertically with the 6th side wall 20f, thus the axis of arc chute 32
Line is located at the position that third side wall 20c intersects with the 6th side wall 20f, i.e. junction；Specific to Figure 13, another embodiment
In, third side wall 20c and the 6th side wall 20f after fillet or chamfering 20g transition by connecting, thus the axis position of arc chute 32
In the position that the extended surface of third side wall 20c intersects with the extended surface of the 6th side wall 20f, i.e. junction.Further, arc is sliding
The axis of slot 32 may be located on the junction of third side wall 20c and the 5th side wall 20e or the extended surface of third side wall 20c and
The extension of the junction of the extended surface of five side wall 20e, the junction of third side wall 20c and the 6th side wall 20f or third side wall 20c
Face and the junction of the extended surface of the 6th side wall 20f, junction or the 4th side wall 20d of the 4th side wall 20d and the 5th side wall 20e
Extended surface and the junction of extended surface of the 5th side wall 20e, the 4th side wall 20d and the 6th side wall 20f junction or the 4th
One in the junction of the extended surface of the extended surface of side wall 20d and the 6th side wall 20f, details are not described herein again.
Referring to Fig. 2, in the present embodiment, holding tank 50 not through left side 120a or right side 120b, i.e. holding tank
50 run through top side face 120e to be connected to outside shell 120.When movable part 20 is transferred in holding tank 50, the 5th side wall 20e court
Side 120a is arranged to the left, and the 6th side wall 20f is arranged towards right side 120b.The axis of arc chute 32 is located at third side wall
The junction of the extended surface of the junction of 20c and the 5th side wall 20e or the extended surface of third side wall 20c and the 5th side wall 20e,
The junction of the extended surface of the extended surface and the 6th side wall 20f of three side wall 20c and the 6th side wall 20f or third side wall 20c.It can be with
Understand, the 5th side wall 20e refers to the normal direction of normal vector and left side 120a on the 5th side wall 20e towards left side 120a
The angle of amount is acute angle.
Please refer to Fig. 2 and Fig. 5, in a kind of embodiment, the axis of arc chute 32 is located at third side wall 20c and the 6th side
The junction of the extended surface of the extended surface and the 6th side wall 20f of the junction or third side wall 20c of wall 20f.First camera 42
It is installed on the one end of movable part 20 far from arc chute 32, i.e. when the first camera 42 is arranged close to the 5th side wall 20e.Work as sliding block
34 from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32 slide when, movable part 20 surround axis phase
Holding tank 50 is produced to shell 120, at this point, the third side wall 20c and the 5th side wall 20e of movable part 20 are at least partly from top side face
120e produces holding tank 50, so that the incidence surface of the first camera 42 exposes shell 120, with the shooting for image.When
When sliding block 34 is slided from the second end wall 32d of arc chute 32 to the first end wall 32c of arc chute 32, movable part 20 surrounds axis
Line is transferred to holding tank 50 with respect to shell 120, at this point, the third side wall 20c and the 5th side wall 20e of movable part 20 are contained in holding tank
In 50, so that the incidence surface of the first camera 42 is Chong Die with shell 120.
Please continue to refer to Fig. 2 and Fig. 5, in the present embodiment, holding tank 50 includes trough wall surface 50a, when movable part 20 is transferred to appearance
Receive slot 50 when, for trough wall surface 50a towards the 5th side wall 20e, the 5th side wall 20e is cambered surface, and trough wall surface 50a is cambered surface, and the 5th side
The axis of the axis of wall 20e, the axis of trough wall surface 50a and arc chute 32 is overlapped.Specifically, arc surface where trough wall surface 50a
Identical as the center location of arc surface where the 5th side wall 20e, radius is different, so that movable part 20 can be in certain angle
Axis around arc chute 32 is freely rotated, and the 5th side wall 20e is not contacted always with trough wall surface 50a, i.e., movable part 20 will not
Interfere with holding tank 50, so that movable part 20 can be freely rotated.Further, the axis and holding tank 50 of the 5th side wall 20e
Shape be overlapped with the axis of arc chute 32.In a kind of embodiment, between the 5th side wall 20e and the holding tank 50 of holding tank 50
Gap can be formed.At this point, when sliding block 34 is sliding from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32
It is dynamic, the 5th side wall 20e with respect to holding tank 50 the sliding of holding tank 50 when, the holding tank 50 of holding tank 50 hardly with the 5th side
Wall 20e is interfered so that the gap width between the 5th side wall 20e and the holding tank 50 of holding tank 50 can be set it is smaller
Value.In another embodiment, 50 clearance fit of holding tank of the 5th side wall 20e and holding tank 50.
Please continue to refer to Fig. 2 and Fig. 5, in the present embodiment, third side wall 20c and the 6th side wall 20f intersect vertically setting.When
When movable part 20 is transferred to holding tank 50, the gap between movable part 20 and holding tank 50 is small, the good airproof performance of mobile terminal 100.
In conjunction with Figure 11, the top side face 120e side surfacing of mobile terminal 100, integraty effect is good.
Please refer to Figure 14, in the present embodiment, when movable part 20 is transferred to holding tank 50, third side wall 20c and top side face
120e is concordant.Specifically, third side wall 20c is concordant with top side face 120e, mono- side surface top side face 120e of mobile terminal 100 is flat
It is whole, not only increase the overall appearance effect of mobile terminal 100, it is thus also avoided that movable part 20 is protruded and collided with.
Please continue to refer to Figure 14, in the present embodiment, when movable part 20 is transferred to holding tank 50, second sidewall 20b and rear side
Face 120d is concordant.Specifically, second sidewall 20b is concordant with trailing flank 120d, mono- side surface trailing flank 120d of mobile terminal 100
It is smooth, not only increase the overall appearance effect of mobile terminal 100, it is thus also avoided that movable part 20 is protruded and collided with.
Figure 15 is please referred to, the axis of another embodiment, arc chute 32 is located at third side wall 20c and the 5th side wall
The junction of the extended surface of the extended surface and the 5th side wall 20e of the junction or third side wall 20c of 20e, and the first camera 42
It is installed on the one end of movable part 20 far from arc chute 32, i.e. the first camera 42 is arranged close to the 6th side wall 20f.When sliding block 34
When sliding from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32, movable part 20 is opposite around axis
Shell 120 produces holding tank 50, at this point, the third side wall 20c and the 6th side wall 20f of movable part 20 are at least partly from top side face
120e produces holding tank 50, so that the incidence surface of the first camera 42 exposes shell 120, with the shooting for image.When
When sliding block 34 is slided from the second end wall 32d of arc chute 32 to the first end wall 32c of arc chute 32, movable part 20 surrounds axis
Line is transferred to holding tank 50 with respect to shell 120, at this point, the third side wall 20c and the 6th side wall 20f of movable part 20 are contained in holding tank
In 50, so that the incidence surface of the first camera 42 is Chong Die with shell 120.
Please continue to refer to Figure 15, in the present embodiment, holding tank 50 includes trough wall surface 50a, when movable part 20 is transferred to holding tank
When 50, for trough wall surface 50a towards the 6th side wall 20f, the 6th side wall 20f is cambered surface, and trough wall surface 50a is cambered surface, and the 6th side wall 20f
Axis, trough wall surface 50a axis and arc chute 32 axis be overlapped.Specifically, arc surface and the 6th where trough wall surface 50a
The center location of arc surface is identical where side wall 20f, and radius is different, so that movable part 20 can be in certain angle around arc
The axis of sliding slot 32 is freely rotated, and the 6th side wall 20f is not contacted always with trough wall surface 50a, i.e., movable part 20 will not be with receiving
Slot 50 is interfered, so that movable part 20 can be freely rotated.Further, the shape of the axis of the 6th side wall 20f and holding tank 50
It is overlapped with the axis of arc chute 32.In a kind of embodiment, it can be formed between the 6th side wall 20f and the holding tank 50 of holding tank 50
Gap.At this point, when sliding block 34 is slided from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32, the 6th
When side wall 20f is slided with respect to the holding tank 50 of holding tank 50, the holding tank 50 of holding tank 50 is hardly sent out with the 6th side wall 20f
Raw interference, so that smaller value can be set in the gap width between the 6th side wall 20f and the holding tank 50 of holding tank 50.It is another
In embodiment, 50 clearance fit of holding tank of the 6th side wall 20f and holding tank 50.
Please continue to refer to Figure 15, in the present embodiment, third side wall 20c and the 5th side wall 20e intersect vertically setting.Work as activity
When part 20 is transferred to holding tank 50, the gap between movable part 20 and holding tank 50 is small, the good airproof performance of mobile terminal 100.It is mobile
The top side face 120e side surfacing of terminal 100, integraty effect are good.
In the present embodiment, movable part 20 is also provided with camera module, iris recognition mould group, recognition of face mould group, Mike
At least one of wind, photoreceptor.
Figure 16 is please referred to, Figure 16 is the rearview of mobile terminal 100.In a kind of embodiment, mobile terminal 100 further includes
Third camera 46, third camera 46 are set to shell 120, direction and the trailing flank 120d of the incidence surface of third camera 46
Towards identical, third camera 46 is used as rear camera, and third camera 46 can work normally always.
In the present embodiment, movable part 20 can be manually operated by user and be moved, and can also be moved automatically, such as in spy
Determine under application scenarios, movable part 20 is transferred to or produces holding tank 50 or user in the operating system of mobile terminal 100 automatically
Holding tank 50 is transferred to or produced by software control movable part 20.
Figure 17 and Figure 18 are please referred to, mobile terminal 100 further includes driving assembly, and driving assembly is located in shell 120, driving
Component includes driving motor 62, gear set 64, screw rod 66, straight-bar 68 and connecting rod 610, and driving motor 62 is fixed on shell 120,
Driving motor 62 is equipped with convex block 612 by 64 connection wire rod 66 of gear set, straight-bar 68, and convex block 612 is slidably connected to screw rod 66
Guide groove 614 in, the both ends of connecting rod 610 are respectively articulated with screw rod 66 and movable part 20, and driving motor 62 is used to pass through gear set 64
Screw rod 66 is driven to rotate, convex block 612 slides in the guide groove 614 of screw rod 66, to drive axial direction fortune of the straight-bar 68 along screw rod 66
It is dynamic, and then movable part 20 is driven to rotate using the axis of arc chute 32 as rotation axis relative to shell 120.In the present embodiment, driving
Motor 62 provides power, and torsion is transferred to screw rod 66 by gear set 64 by driving motor 62, thus make 66 rotation of screw rod,
Further, convex block 612 slides on the guide groove 614 of screw rod 66, so that the rotation of screw rod 66 can be converted into convex block 612 and straight
Axial linear motion of the bar 68 along screw rod 66.Figure 17 is please referred to, when one end that straight-bar 68 is equipped with convex block 612 slides into screw rod 66
Bottom end when, so that straight-bar 68 pulls connecting rod 610 and movable part 20 to move to the direction for entering shell 120, movable part 20
It is transferred to holding tank 50.Figure 18 is please referred to, when one end that straight-bar 68 is equipped with convex block 612 slides into top one end of screw rod 66, from
And straight-bar 68 pushes connecting rod 610 and movable part 20 to move to the direction for leaving shell 120, movable part 20 produces holding tank 50.It drives
The mode that dynamic Component driver movable part 20 moves simply easily realizes that energy transformation ratio is high.
Please refer to Figure 19 and Figure 20, in a kind of embodiment, display screen 110 includes display surface 112, and display surface 112 includes
The long side 112a of a pair of opposing, and a pair of short edges 112b being connected between a pair of of long side 112a, the first camera 42 packet
Imaging sensor 420 is included, the pixel array region 421 of imaging sensor 420 is in rectangular area, and rectangular area includes a pair of opposite
The first side 421a being arranged, and 421b when being connected to first a pair second between 421a of a pair, it is understood that be pixel
Array region 421 include first in 421a and second 421b.When movable part 20 is transferred to holding tank 50, the first side 421a inclination
Short side 112b is favoured in long side 112a, the second side 421b, when movable part 20 produces holding tank 50, the first side 421a is parallel to
Long side 112a, the second side 421b are parallel to short side 112b.Specifically, long side 112a and short side 112b is the edge of display surface 112,
In a kind of embodiment, long side 112a is parallel to left side 120a and right side 120b, and short side 112b is parallel to top side face 120e.
Imaging sensor 420 is referred to as photosensitive element, and imaging sensor 420 can be charge-coupled device (CCD) or complementary gold
Belong to oxide semiconductor (CMOS), imaging sensor 420 is for converting optical signal into electric signal.In the present embodiment, image is passed
The pixel array region 421 of sensor 420 is in rectangular area, i.e., pixel array region 421 includes the first side 421a of a pair and a pair
Second side 421b, and first in 421a and second 421b it is vertical, in a kind of embodiment, first in 421a and second
The length of 421b can be equal or unequal, i.e. pixel array region 421 or square or rectangular, it is understood that
For rectangular area can be square or rectangle.Specific to Figure 19, when movable part 20 is transferred to holding tank 50, the first camera shooting
First 42 are blocked, i.e., pixel array region 421 is blocked and does not receive light.Specific to Figure 20, when movable part 20 produces receiving
When slot 50, pixel array region 421 is exposed and receives light to acquire image, and the first side 421a is parallel to long side 112a, and second
Side 421b is parallel to short side 112b, and 421 acquired image of pixel array region does not rotate, calculates without additional designs
Method handles image, simplifies the process of image procossing, reduces the operand of processor, saves system resource, and first takes the photograph
It can guarantee good shooting effect as first 42.
Referring to Figure 2 together 1 to Figure 24, Figure 21 to Figure 24 are the mobile terminal 100 that the utility model embodiment two provides
Front view, the difference with embodiment one is, holding tank 50 runs through left side 120a, and in other words, holding tank 50 can be from top
The side side 120e and the left side side 120a are connected to outside shell 120.When movable part 20 is transferred in holding tank 50, the 5th side
Wall 20e is arranged towards left side 120a, and the 6th side wall 20f is arranged towards right side 120b.The axis of arc chute 32 is located at the
The friendship of the extended surface of the extended surface and the 5th side wall 20e of the junction or third side wall 20c of three side wall 20c and the 5th side wall 20e
Connect the extension at place, the extended surface of the junction of third side wall 20c and the 6th side wall 20f or third side wall 20c and the 6th side wall 20f
The extended surface and the 5th side wall 20e of the junction in face, the junction of the 4th side wall 20d and the 5th side wall 20e or the 4th side wall 20d
Extended surface junction in one.
Figure 21 and Figure 22 are please referred to, the axis of a kind of embodiment, arc chute 32 is located at third side wall 20c and the 6th side
When the junction of the extended surface of the extended surface and the 6th side wall 20f of the junction or third side wall 20c of wall 20f, and the first camera shooting
First 42 are installed on the one end of movable part 20 far from arc chute 32, i.e. the first camera 42 is arranged close to the 5th side wall 20e.Work as cunning
When block 34 is slided from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32, movable part 20 surrounds axis
Opposite shell 120 produces holding tank 50, at this point, the third side wall 20c of movable part 20 at least partly produces appearance from top side face 120e
Receive slot 50, at least partly 120a is produced the 5th side wall 20e from left side, so that the incidence surface of the first camera 42 exposes shell
120, and then it is used for the shooting of image.When sliding block 34 is from the second end wall 32d of arc chute 32 to the first end of arc chute 32
When wall 32c is slided, movable part 20 is transferred to holding tank 50 with respect to shell 120 around axis, at this point, the third side wall of movable part 20
20c and the 5th side wall 20e are contained in holding tank 50.
Figure 21 is please referred to, when movable part 20 is transferred to holding tank 50, third side wall 20c is flushed with top side face 120e, i.e. third
Side wall 20c and top side face 120e are in same plane.5th side wall 20e is flushed with left side 120a, i.e. the 5th side wall 20e and a left side
Side 120a is in same plane.Not only increase the overall appearance effect of mobile terminal 100, it is thus also avoided that movable part 20 protrudes
And it is collided with.
Figure 23 is please referred to, the axis of another embodiment, arc chute 32 is located at the 4th side wall 20d and the 5th side wall 20e
Junction or the 4th side wall 20d extended surface and the 5th side wall 20e extended surface junction.When sliding block 34 is from arc chute
When 32 the first end wall 32c is slided to the second end wall 32d of arc chute 32, movable part 20 is around axis with respect to 120 turns of shell
Holding tank 50 out, at this point, the third side wall 20c and the 6th side wall 20f of movable part 20 are at least partly produced from top side face 120e
Holding tank 50, at least partly from left side, 120a produces holding tank 50 to the 5th side wall 20e, so that the first camera 42 enters
Smooth surface exposes shell 120, and then is used for the shooting of image.
Please continue to refer to Figure 23, in the present embodiment, holding tank 50 includes trough wall surface 50a, when movable part 20 is transferred to holding tank
When 50, for trough wall surface 50a towards the 6th side wall 20f, the 6th side wall 20f is cambered surface, and trough wall surface 50a is cambered surface, and the 6th side wall 20f
Axis, trough wall surface 50a axis and arc chute 32 axis be overlapped.Specifically, arc surface and the 6th where trough wall surface 50a
The center location of arc surface is identical where side wall 20f, and radius is different, so that movable part 20 can be in certain angle around arc
The axis of sliding slot 32 is freely rotated, and the 6th side wall 20f is not contacted always with trough wall surface 50a, i.e., movable part 20 will not be with receiving
Slot 50 is interfered, so that movable part 20 can be freely rotated.Further, the shape and arc of the axis of the 6th side wall 20f and cell wall
The axis of shape sliding slot 32 is overlapped.In a kind of embodiment, gap can be formed between the 6th side wall 20f and the cell wall of holding tank 50.This
When, when sliding block 34 is slided from the first end wall 32c of arc chute 32 to the second end wall 32d of arc chute 32, the 6th side wall 20f
When the cell wall sliding of opposite holding tank 50, the cell wall of holding tank 50 is hardly interfered with the 6th side wall 20f, so that the 6th
Smaller value can be set in gap width between side wall 20f and the cell wall of holding tank 50.In another embodiment, the 6th side wall
The cell wall clearance fit of 20f and holding tank 50.
Figure 24 is please referred to, the axis of another embodiment, arc chute 32 is located at third side wall 20c and the 5th side wall 20e
Junction or third side wall 20c extended surface and the 5th side wall 20e extended surface junction.Due to third side wall 20c with
5th side wall 20e is by arc transition, at this point, the handover line of third side wall 20c and the 5th side wall 20e are third side wall 20c
With the extended position of the 5th side wall 20e, i.e. the B point of attached drawing 24.When sliding block 34 is from the first end wall 32c of arc chute 32 to arc
When the second end wall 32d sliding of sliding slot 32, movable part 20 produces holding tank 50 with respect to shell 120 around axis, at this point, movable part
20 third side wall 20c's and the 6th side wall 20f at least partly produces holding tank 50 from top side face 120e, so that first takes the photograph
As first 42 incidence surface exposes shell 120, and then the shooting for image.
Referring to Figure 2 together 5 to Figure 27, Figure 25 to Figure 27 are the mobile terminal 100 that the utility model embodiment three provides
Front view, the difference with embodiment two is, holding tank 50 runs through right side 120b, and in other words, holding tank 50 can be from top
The side side 120e and the right side side 120b are connected to outside shell 120.When movable part 20 is transferred in holding tank 50, the 5th side
Wall 20e is arranged towards left side 120a, and the 6th side wall 20f is arranged towards right side 120b.Specific to Figure 25, arc chute 32
Axis is located at the junction of third side wall 20c and the 5th side wall 20e or the extended surface of third side wall 20c and the 5th side wall 20e's
The junction of extended surface, specific to Figure 26, the junction of third side wall 20c and the 6th side wall 20f, specific to Figure 27, the 4th side
The junction of wall 20d and the 6th side wall 20f.
In the present embodiment, when movable part 20 is transferred to holding tank 50, third side wall 20c is flushed with top side face 120e, i.e. third
Side wall 20c and top side face 120e are in same plane.6th side wall 20f is flushed with right side 120b, i.e. the 6th side wall 20f and the right side
Side 120b is in same plane.Not only increase the overall appearance effect of mobile terminal 100, it is thus also avoided that movable part 20 protrudes
And it is collided with.
Figure 28 is please referred to, Figure 28 is the front view for the mobile terminal 100 that the utility model embodiment four provides, with embodiment
One difference is that holding tank 50 runs through left side 120a and right side 120b, and the axis of arc chute 32 is located at third side wall
The junction of the extended surface of the junction of 20c and the 5th side wall 20e or the extended surface of third side wall 20c and the 5th side wall 20e,
The friendship of the extended surface of the extended surface and the 6th side wall 20f of the junction or third side wall 20c of three side wall 20c and the 6th side wall 20f
Connect place, the 4th side wall 20d and the 5th side wall 20e junction or the 4th side wall 20d extended surface and the 5th side wall 20e extension
The junction in face, the extended surface of the 4th side wall 20d and the 6th side wall 20f or the 4th side wall 20d and the 6th side wall 20f extended surface
Junction in one.
Please refer to Figure 29, in a kind of embodiment, the axis of arc chute 32 is located at third side wall 20c and the 6th side wall
The junction of the extended surface of the extended surface and the 6th side wall 20f of the junction or third side wall 20c of 20f, the first camera 42 peace
One end loaded on movable part 20 far from arc chute 32, i.e. the first camera 42 are arranged close to the 5th side wall 20e.It is understood that
It is, since third side wall 20c and the 6th side wall 20f is by arc transition, at this point, third side wall 20c and the 6th side wall 20f
Join the extended position that line is third side wall 20c and the 6th side wall 20f, i.e. the C point of attached drawing 29.When sliding block 34 is from arc chute 32
The first end wall 32c when being slided to the second end wall 32d of arc chute 32, movable part 20 is produced with respect to shell 120 around axis
Holding tank 50, at this point, the third side wall 20c of movable part 20 at least partly produces holding tank 50, the 5th side wall from top side face 120e
At least partly from left side, 120a produces holding tank 50 to 20e, so that the incidence surface of the first camera 42 exposes shell 120, in turn
Shooting for image.
Please refer to Figure 30, in another embodiment, the axis of arc is located at the 4th side wall 20d's and the 6th side wall 20f
The junction of the extended surface of the extended surface and the 6th side wall 20f of junction or the 4th side wall 20d.When sliding block 34 is from arc chute 32
The first end wall 32c when being slided to the second end wall 32d of arc chute 32, movable part 20 is produced with respect to shell 120 around axis
Holding tank 50, at this point, the third side wall 20c of movable part 20 at least partly produces holding tank 50, the 5th side wall from top side face 120e
The 20e at least partly 120a from left side produces holding tank 50, and at least partly from right side, 120b produces holding tank to the 6th side wall 20f
50, so that the incidence surface of the first camera 42 exposes shell 120, and then it is used for the shooting of image.
In other embodiments, as shown in figure 31, the axis of arc chute 32 can also be in third side wall 20c and the 5th side
The junction of wall 20e, as shown in figure 32, the axis of arc chute 32 are located at the junction of the 4th side wall 20d and the 5th side wall 20e
Or the 4th side wall 20d extended surface and the 5th side wall 20e extended surface junction.
Please refer to Figure 28, in the present embodiment, when movable part 20 is transferred to holding tank 50, the 5th face side wall 20e and left side
120a is concordant, and the 6th face side wall 20f is concordant with right side 120b.The overall appearance effect of mobile terminal 100 is not only increased, also
It avoids the protrusion of movable part 20 and is collided with.
Figure 33 is please referred to, Figure 33 is the front view for the mobile terminal 100 that the utility model embodiment five provides, with embodiment
One difference is that movable part 20 protrudes from trailing flank 120d.Specifically, the second sidewall 20b of movable part 20 protrudes from rear side
Face 120d, when movable part 20 is transferred to holding tank 50, movable part 20 is partially housed in holding tank 50, partially from trailing flank 120d
Side protrudes from outside holding tank 50, so as to reduce the size of holding tank 50, can reserve more spaces inside shell 120
Other devices are designed, meanwhile, bigger size movable part 20 can be designed, so that more functions can be set in movable part 20
Device.
Figure 34 is please referred to, Figure 34 is the front view for the mobile terminal 100 that the utility model embodiment six provides, with embodiment
One difference is that shell 120 is equipped with lug boss 125, and lug boss 125 protrudes from trailing flank 120d, and lug boss 125 includes protrusion
Towards identical, holding tank 50 is at least partially arranged at protrusion by the direction of end face 125a, raised end face 125a and trailing flank 120d
Portion 125, and holding tank 50 runs through protrusion end face 125a.Specifically, holding tank 50 is set to lug boss 125, on the one hand, can be with
Reduce the size of holding tank 50, other devices of more spatial designs can be reserved inside shell 120, on the other hand, Ke Yishe
Bigger size movable part 20 is counted, so that more function elements can be set in movable part 20.
In the present embodiment, when movable part 20 is transferred to holding tank 50, the face second sidewall 20b is concordant with protrusion end face 125a.
Not only increase the overall appearance effect of mobile terminal 100, it is thus also avoided that movable part 20 is protruded and collided with.
Above disclosed is only several preferred embodiments of the utility model, certainly cannot be practical to limit with this
Novel interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to
Equivalent variations made by the utility model claims, still falls within the scope of the utility model.
Claims (22)
1. a kind of mobile terminal characterized by comprising
Display screen；
Shell, including left side, right side, leading flank, trailing flank and top side face, the leading flank is opposite with the trailing flank to be set
It sets, the top side face is connected between the leading flank and the trailing flank, and the left side is disposed opposite to each other with the right side,
The top side face is connected between the left side and the right side, and the display screen is set on the leading flank, described
Shell is equipped with holding tank, and the holding tank is formed from the top side towards the shell sunken inside, and the holding tank runs through
The trailing flank；
Movable part, the movable part are equipped with the first camera and second camera, and the direction of first camera is shown with described
Display screen towards identical, the direction of the second camera and the trailing flank towards identical,
One of the movable part and the shell are equipped with arc chute, another one is equipped with sliding block, and the sliding block is slidably connected
In in the arc chute, the movable part can using the axis of the arc chute as the relatively described housing into rotation of rotation axis,
So that the movable part produces or is transferred to the holding tank,
When the movable part produces the holding tank, first camera exposes, when the movable part is transferred to the receiving
When slot, first camera is blocked.
2. mobile terminal according to claim 1, which is characterized in that the arc chute includes the first slot being oppositely arranged
Wall and the second cell wall, orthographic projection of first cell wall in the trailing flank form the first arc segment, and second cell wall is in institute
The orthographic projection for stating trailing flank forms the second arc segment, the curvature of the curvature circle-center of first arc segment and second arc segment
The center of circle is overlapped and is formed the virtual center of circle, and the axis of the arc chute passes through the virtual center of circle, and perpendicular to the trailing flank.
3. mobile terminal according to claim 1, which is characterized in that the radian of the arc chute be less than or equal to 2 π/
5。
4. mobile terminal according to claim 1, which is characterized in that the display screen includes display surface, the display surface
Long side including a pair of opposing, and a pair of short edges being connected between a pair of long side, first camera include
Imaging sensor, the pixel array region of described image sensor are in rectangular area, and the rectangular area, which includes that a pair is opposite, to be set
The first side set, and when being connected to described first a pair second between of a pair, when the movable part is transferred to the holding tank
When, first side favours the long side, and second side favours the short side, when the movable part produces the receiving
When slot, first side is parallel to the long side, and second side is parallel to the short side.
5. mobile terminal according to claim 1, which is characterized in that the movable part include the first side wall, second sidewall,
Third side wall, the 4th side wall, the 5th side wall and the 6th side wall, when the movable part is transferred to the holding tank, first side
Wall is arranged towards the display screen, and the second sidewall is disposed opposite to each other with the first side wall, the third side wall and described the
Four side walls are mutually privately connected between the first side wall and the second sidewall, and the 4th side wall is towards the enclosure interior
Setting, the 5th side wall is mutually privately connected between the first side wall and the second sidewall with the 6th side wall and institute
It states between third side wall and the 4th side wall, the 5th side wall is towards the left side, and the 6th side wall is described in
Right side.
6. mobile terminal according to claim 5, which is characterized in that the axis of the arc chute is located at the third side
The handover of the extended surface of the extended surface and the 6th side wall of the junction or the third side wall of wall and the 6th side wall
Place.
7. mobile terminal according to claim 6, which is characterized in that third side wall phase vertical with the 6th side wall
Hand over setting.
8. mobile terminal according to claim 7, which is characterized in that the holding tank includes trough wall surface, when the activity
When part is transferred to the holding tank, the trough wall surface is cambered surface towards the 5th side wall, the 5th side wall, and the trough wall surface is
Cambered surface, and the axis of the axis of the 5th side wall, the axis of the trough wall surface and the arc chute is overlapped.
9. mobile terminal according to claim 5, which is characterized in that the axis of the arc chute is located at the third side
The handover of the extended surface of the extended surface and the 5th side wall of the junction or the third side wall of wall and the 5th side wall
Place.
10. mobile terminal according to claim 9, which is characterized in that the third side wall is vertical with the 5th side wall
Intersection setting.
11. mobile terminal according to claim 10, which is characterized in that the holding tank includes trough wall surface, when the work
When moving part is transferred to the holding tank, for the trough wall surface towards the 6th side wall, the 6th side wall is cambered surface, the trough wall surface
For cambered surface, and the axis of the axis of the 6th side wall, the axis of the trough wall surface and the arc chute is overlapped.
12. according to claim 1 to mobile terminal described in 11 any one, which is characterized in that the holding tank is through described
Left side or the right side.
13. mobile terminal according to claim 5, which is characterized in that the holding tank runs through the left side, the arc
The axis of shape sliding slot be located at the 4th side wall and the 5th side wall junction or the 4th side wall extended surface with
The junction of the extended surface of 5th side wall.
14. mobile terminal according to claim 13, which is characterized in that when the movable part is transferred to the holding tank,
5th side wall surface is concordant with the left side.
15. mobile terminal according to claim 5, which is characterized in that the holding tank runs through the right side, the arc
The axis of shape sliding slot be located at the 4th side wall and the 6th side wall junction or the 4th side wall extended surface with
The junction of the extended surface of 6th side wall.
16. mobile terminal according to claim 15, which is characterized in that when the movable part is transferred to the holding tank,
6th side wall surface is concordant with the right side.
17. mobile terminal according to claim 5, which is characterized in that the holding tank is through the left side and described
Right side, when the movable part is transferred to the holding tank, the 5th side wall surface is concordant with the left side, the 6th side
Wall surface is concordant with the right side.
18. mobile terminal according to claim 5, which is characterized in that when the movable part is transferred to the holding tank, institute
It is concordant with the top side face to state third side wall.
19. mobile terminal according to claim 18, which is characterized in that when the movable part is transferred to the holding tank,
The second sidewall movable part concordant or described with the trailing flank protrudes from the trailing flank.
20. mobile terminal according to claim 5, which is characterized in that the shell is equipped with lug boss, and the lug boss is convex
For the trailing flank, the lug boss includes raised end face, the direction of the protrusion end face and the trailing flank towards phase
Together, the holding tank is at least partially arranged at the lug boss, and the holding tank is through the raised end face.
21. mobile terminal according to claim 20, which is characterized in that when the movable part is transferred to the holding tank,
Second side wall surface is concordant with the raised end face.
22. mobile terminal according to claim 1, which is characterized in that the mobile terminal includes driving assembly, the drive
Dynamic component is located in the shell, and the driving component includes driving motor, gear set, screw rod, straight-bar and connecting rod, the driving
Motor is fixed on the shell, and the driving motor connects the screw rod by the gear set, and the straight-bar is equipped with convex
Block, the convex block are slidably connected in the guide groove of the screw rod, and the both ends of the connecting rod are respectively articulated with the screw rod and the work
Moving part, the driving motor are used to drive the screw rod rotation, guide groove of the convex block in the screw rod by the gear set
Interior sliding to drive the straight-bar along the axial movement of the screw rod, and then drives the movable part with the arc chute
Axis be the relatively described housing into rotation of rotation axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821473348.2U CN209072541U (en) | 2018-09-07 | 2018-09-07 | Mobile terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821473348.2U CN209072541U (en) | 2018-09-07 | 2018-09-07 | Mobile terminal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209072541U true CN209072541U (en) | 2019-07-05 |
Family
ID=67092081
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821473348.2U Active CN209072541U (en) | 2018-09-07 | 2018-09-07 | Mobile terminal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209072541U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112351120A (en) * | 2019-08-07 | 2021-02-09 | Oppo广东移动通信有限公司 | Mobile terminal |
-
2018
- 2018-09-07 CN CN201821473348.2U patent/CN209072541U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112351120A (en) * | 2019-08-07 | 2021-02-09 | Oppo广东移动通信有限公司 | Mobile terminal |
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