CN208479678U - Mobile terminal - Google Patents
Mobile terminal Download PDFInfo
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- CN208479678U CN208479678U CN201721373496.2U CN201721373496U CN208479678U CN 208479678 U CN208479678 U CN 208479678U CN 201721373496 U CN201721373496 U CN 201721373496U CN 208479678 U CN208479678 U CN 208479678U
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- screen
- mobile phone
- mobile terminal
- lower casing
- housing
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
The utility model provides a kind of mobile terminal, wherein, there are two screens for mobile terminal setting, when two screen housings of mobile terminal fasten, two screens are all in visible state, that is two screens are back-to-back settings, and screen fastening not will lead to that two screens are covered, and the screen on two screen housings can be slided.In above-mentioned mobile terminal, the current position state of two screen housings is determined by magnet induction mode and/or power induction mode, and determines whether two screens open display or close display respectively.By adopting the above technical scheme, it solves the problems, such as the big influence user experience of Dual-band Handy Phone power consumption in the related technology, has flexibly set the double screen of mobile terminal, open display in due course or close display, save electricity.
Description
Technical field
The utility model relates to the communications fields, in particular to a kind of mobile terminal.
Background technique
In the related art, firstly, the design of smart phone is influenced by Samsung and apple design concept, on the market greatly
Though being slightly different in most smart phone moulding but universal or based on bar phone, each company, which seems cannot take out, to be shown
The masterpiece of property, liding machine have also gradually walked out the sight of people.
Secondly, mobile office becomes the emphasis of people's stage concern now, mobile phone as informationization is increasingly rooted in the hearts of the people
Use far beyond its original basic function, mobile phone screen becomes greatly, and resolution ratio is higher and higher, brings
Power consumption height has equally brought no small puzzlement while convenient.
Then, papery reading matter gradually has left the stage of history with advances in technology, and kindle e-book is unconsciously
People's lives, included screen electronic ink screen (E-INK) very power saving only ability power consumption when brush screen are come into
And power consumption is also extremely low, still can be convenient reading under the sun without any brightness, display effect very close to paper thus it is deep by
People's likes.Guess mobile phone such as to make a phone call, send short messages or when reading electronic book does not need resolution ratio many times
Too high screen.
In the related art, there are schemes 1: by two screens (the mode color screen+ink screen or color screen+color screen of collocation) point
It is not placed in the tow sides of mobile phone, needs with just overturning mobile phone to color screen face when color screen, needing ink screen is just to turn over mobile phone
Ink plane is gone to, existing product mainly has two: YotaPhone2 and Hisense Dual-band Handy Phone A2.By (the collocation of two screens
Mode color screen+ink screen or color screen+color screen) be respectively placed in the tow sides of mobile phone, therefore patent in the related technology, system
Control mode be also to be proposed around this scheme.
In addition scheme 2: two color screens are respectively placed in two cover boards, two cover boards up and down respectively and pass through axis by traditional Dual-band Handy Phone
Connection, be respectively rotated by 90 ° by axis when two cover boards so that, so that two cover board of mobile phone be in same level, realize that double screen operates.This
Kind scheme control mode is typically limited to a screen and is controlled, another screen is shown, only to liding machine one side
What display screen added the control of a face keyboard prolongs life, and touch screen is revised as in keyboard face.
But had the following problems using existing program 1: if by color screen and ink screen be respectively placed in the front of mobile phone with
The back side, it is more inconvenient to operate, there is no the just genuine advantage of double screen is played, because of its still single screen operation in principle, only not
An excessive screen, is not the double screen in just sincere justice, does not obtain substantive mention during business office
It rises.
It is had the following problems using existing program 2: although realizing double screen operation, having ignored a problem, mobile phone exists
Meeting power consumption more than normal mobile phone, is generally one day, if made according to the cruising ability of present battery of mobile phone in use process
Twice of power consumption is equivalent to the program, the cruising ability of half a day can largely effect on user experience.
Aiming at the problem that the big influence user experience of dual-screen mobile terminal power consumption in the related technology, there is presently no effective solutions
Certainly scheme.
Utility model content
The utility model embodiment provides a kind of mobile terminal, at least to solve dual-screen mobile terminal consumption in the related technology
TV university influences the problem of user experience.
According to one embodiment of present invention, a kind of mobile terminal is provided, comprising: the first screen housing is provided with
One magnet and the first screen；Second screen housing is provided with the second magnet and the second screen, and two screen housings are with shaft
Center can rotate, and two screen housings of the mobile terminal are in buckling state, first screen and described second
Visible state is presented in screen；Second screen can slide into the surface of first screen.
Optionally, when described two screen housings are pivoted about with shaft, angle between the two include 0 ° extremely
180 °, wherein when described two screen housings are in buckling state, the angle of the two is 0 °, and described two screen housings are in
When unfolded state, the angle of the two is 180 °.
Optionally, the mobile terminal further include: magnet inductor is set to second screen housing, for passing through
Magnet induction mode incudes the magnet of two screen housings of the mobile terminal；Power induction device is set to second screen
Curtain shell, for incuding the location status of first screen housing or the second screen housing by power induction mode.
Optionally, the power induction device determines the first screen housing or second by way of induction power supply control bit
The location status of screen housing.
Optionally, the first magnet being arranged in first screen housing is sensed in the magnet inductor, and described
When power induction device is connected to the power control bit of second screen housing, first screen housing and described second are determined
Screen housing is in buckling state, meets first state；First magnet, and the electricity are not sensed by the magnet inductor
When source inductor is connected to the power control bit of second screen housing, pass through the motion sensor of described two screen housings
It determines between first screen housing and second screen housing there are when angle, meets the second state；In the power supply
When inductor is connected to the power supply of first screen housing, second screen and first screen overlay, and position are determined
When on first screen, meet the third state.
Optionally, when being in buckling state, first screen is opened in described two screen housings, closes described the
Two screens.
Optionally, it is pivoted about in described two screen housings with shaft, passes through described two screen housings
During the angle of motion sensor senses to the two gradually increases, the magnet inductor is not sensed by first screen
The magnet of shell, and in the case that the power induction device is connected to the power control bit of second screen housing, open institute
State the first screen and second screen.
Optionally, it is being in the same horizontal plane by the motion sensor senses to described two screen housings, and
In the case where detecting the power control bit that the power induction device of second screen is not connected to described two screen housings, really
Fixed second screen is in sliding mode, opens first screen, closes second screen.
Optionally, it is determining that described two screen housings are in the same horizontal plane, and is detecting the power induction device
In the case where the power control bit for being connected to first screen housing, determine that second screen slides into first screen
Second screen is opened in surface, closes second screen.
Optionally, the magnet inductor detects first magnet, and the power control bit of second screen does not have
The duration for having the power supply for being connected to second screen housing and first screen housing is more than the movement after preset time
Terminal carries out system alarm and shuts down；First magnet, the power supply of second screen is not detected in the magnet inductor
Control bit is not connected to the power supply of second screen housing and first screen housing, and passes through the motion sensor
Detect first screen housing and in the case that second screen housing is in different level, the mobile terminal into
Row system alarm simultaneously shuts down.
Optionally, first screen is colorful display screen, and second screen is single color display screen.
By the utility model, there are two screens for mobile terminal setting, when two screen housings of mobile terminal fasten,
For two screens all in visible state, i.e. two screens are back-to-back settings, and screen fastening not will lead to two screens and be hidden
Lid, and the screen on two screen housings can be slided.In above-mentioned mobile terminal, by magnet induction mode and/
Or power induction mode determines the current position state of two screen housings, and respectively determine two screens whether open display or
Person closes display.By adopting the above technical scheme, the big influence user experience of Dual-band Handy Phone power consumption in the related technology is solved the problems, such as,
The double screen of mobile terminal has been flexibly set, open display in due course or has closed display, has saved electricity.
Detailed description of the invention
Attached drawing described herein is used to provide a further understanding of the present invention, and is constituted part of this application,
The exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the improper of the utility model
It limits.In the accompanying drawings:
Fig. 1 is the hardware configuration frame for the mobile terminal that a kind of switching of the utility model embodiment shows the method for screen
Figure；
Fig. 2 is the flow chart that the method for screen is shown according to a kind of switching of the utility model embodiment；
Fig. 3 is that 180 ° of status diagrams are unfolded according to the Dual-band Handy Phone of preferred embodiment；
Fig. 4 is the direction the Dual-band Handy Phone Y1 sectional view according to preferred embodiment；
Fig. 5 is the direction the Dual-band Handy Phone Y2 sectional view according to preferred embodiment；
Fig. 6 is that 50 ° of status diagrams are unfolded according to the Dual-band Handy Phone of preferred embodiment；
Fig. 7 is according to Dual-band Handy Phone buckling state (and 0 ° of state) schematic diagram；
Fig. 8 is the pivot structure schematic diagram according to preferred embodiment；
Fig. 9 is to be assembled to schematic diagram on structural member according to the shaft of preferred embodiment
Figure 10 is the sliding rail structural decomposition diagram according to preferred embodiment；
Figure 11 is the schematic diagram that mobile phone lower casing 1 is packed into according to preferred embodiment 1 and sliding rail 4；
Figure 12 is to be packed into 2 schematic diagram of mobile phone lower casing according to the slideway rail 2 and slideway rail 3 of preferred embodiment；
Figure 13 is the door apparatus schematic diagram according to preferred embodiment；
Figure 14 is axle sleeve schematic diagram；
Figure 15 is to cooperate Y-direction section partial enlarged view according to the door apparatus and mobile phone lower casing 2 of preferred embodiment；
Figure 16 is to cooperate X-direction section partial enlarged view according to the door apparatus and mobile phone lower casing 2 of preferred embodiment；
Figure 17 is to cooperate explosive view according to the door apparatus and mobile phone lower casing 2 of preferred embodiment；
Figure 18 is that magnet cartridge is entered to 1 schematic diagram of mobile phone lower casing according to preferred embodiment；
Figure 19 is that magnet and Hall sensor are packed into 2 schematic diagram of mobile phone lower casing according to preferred embodiment；
Figure 20 is to define schematic diagram in Android coordinate system according to the mobile phone motion sensor of preferred embodiment；
Figure 21 is the mobile phone posture A schematic diagram according to preferred embodiment；
Figure 22 is the mobile phone posture B schematic diagram according to preferred embodiment；
Figure 23 is the mobile phone posture C schematic diagram according to preferred embodiment；
Figure 24 is the mobile phone posture D schematic diagram according to preferred embodiment；
Figure 25 is the mobile phone posture E schematic diagram according to preferred embodiment；
Figure 26 is the mobile phone posture F schematic diagram according to preferred embodiment；
Figure 27 is the single color display screen schematic diagram according to preferred embodiment；
Figure 28 is to open 40 ° of front and back sides views according to the mobile phone lower casing 1 and mobile phone lower casing 2 of preferred embodiment；
Figure 29 be according to the slide plate of preferred embodiment on slideway rail one schematic diagram of motion state；
Figure 30 be according to the slide plate of preferred embodiment on slideway rail two schematic diagram of motion state；
Figure 31 is to show that mobile phone lower casing 1 is bonded schematic diagram with mobile phone lower casing 2 according to the single screen of preferred embodiment；
Figure 32 is the Double screens control system flow chart according to preferred embodiment；
Figure 33 is to preset scheme schematic diagram using the unlatching of mobile phone motion sensor according to preferred embodiment.
Specific embodiment
Embodiment one
A kind of mobile communications network (including but not limited to 5G mobile communications network), the net are provided in the embodiment of the present application
The network architecture of network may include network side equipment (such as base station) and terminal.Providing one kind in the present embodiment can run on
Information transferring method in the above-mentioned network architecture, it should be noted that the above- mentioned information transmission side provided in the embodiment of the present application
The running environment of method is not limited to the above-mentioned network architecture.
Embodiment of the method provided by the embodiment of the present application one can be in mobile terminal, terminal or similar fortune
It calculates and is executed in device.For running on mobile terminals, Fig. 1 is that a kind of switching of the utility model embodiment shows screen
The hardware block diagram of the mobile terminal of method.As shown in Figure 1, mobile terminal 10 may include one or more (only shows in figure
One out) (processor 102 can include but is not limited to Micro-processor MCV or programmable logic device FPGA etc. to processor 102
Processing unit), memory 104 for storing data and the transmitting device 106 for communication function.The common skill in this field
Art personnel are appreciated that structure shown in FIG. 1 is only to illustrate, and do not cause to limit to the structure of above-mentioned electronic device.For example,
Mobile terminal 10 may also include than shown in Fig. 1 more perhaps less component or with the configuration different from shown in Fig. 1.
Memory 104 can be used for storing the software program and module of application software, in the utility model embodiment
Corresponding program instruction/the module of method of switching display screen, processor 102 are stored in soft in memory 104 by operation
Part program and module realize above-mentioned method thereby executing various function application and data processing.Memory 104 can
Including high speed random access memory, may also include nonvolatile memory, as one or more magnetic storage device, flash memory or
Other non-volatile solid state memories of person.In some instances, memory 104 can further comprise remote relative to processor 102
The memory of journey setting, these remote memories can pass through network connection to mobile terminal 10.The example of above-mentioned network includes
But be not limited to internet, intranet, local area network, mobile radio communication and combinations thereof.
Transmitting device 106 is used to that data to be received or sent via a network.Above-mentioned network specific example may include
The wireless network that the communication providers of mobile terminal 10 provide.In an example, transmitting device 106 includes a Network adaptation
Device (Network Interface Controller, NIC), can be connected by base station with other network equipments so as to it is mutual
Networking is communicated.In an example, transmitting device 106 can be radio frequency (Radio Frequency, RF) module, use
In wirelessly being communicated with internet.
A kind of method that a kind of switching for running on above-mentioned mobile terminal shows screen, Fig. 2 are provided in the present embodiment
It is the flow chart that the method for screen is shown according to a kind of switching of the utility model embodiment, as shown in Fig. 2, the process includes such as
Lower step:
Step S202, mobile terminal incude the mobile terminal by magnet induction mode and/or power induction mode
Two screen housings, wherein described two screen housings form the mobile terminal centered on shaft；
Step S204 determines two screen housing location status of the mobile terminal according to induction result, according to described in
Location status determines screen to be opened, wherein is provided with the first screen on the first screen housing, is arranged on the second screen housing
There is the second screen, and two screen housings of the mobile terminal are in buckling state, first screen and second screen
Visible state is presented in curtain.
You need to add is that using the above scheme, in described two screen housings when being in buckling state, described in unlatching
First screen closes second screen；It is pivoted about in described two screen housings with shaft, by described two
During the angle of the motion sensor senses of screen housing to the two gradually increases, the magnet inductor is not sensed by institute
The magnet of the first screen housing is stated, and the case where the power induction device is connected to the power control bit of second screen housing
Under, open first screen and second screen；Passing through the motion sensor senses to described two screen housings
In the same horizontal plane, and detect that the power induction device of second screen is not connected to the electricity of described two screen housings
In the case where the control bit of source, determines that second screen is in sliding mode, open first screen, close second screen
Curtain；It is determining that described two screen housings are in the same horizontal plane, and is detecting that the power induction device is connected to described
In the case where the power control bit of one screen housing, determines that second screen slides into right above first screen, open
Second screen closes second screen.
I.e. through the above steps, there are two screens for mobile terminal setting, when two screen housings of mobile terminal fasten,
For two screens all in visible state, i.e. two screens are back-to-back settings, and screen fastening not will lead to two screens and be hidden
Lid, and the screen on two screen housings can be slided.In above-mentioned mobile terminal, by magnet induction mode and/
Or power induction mode determines the current position state of two screen housings, and respectively determine two screens whether open display or
Person closes display.By adopting the above technical scheme, the big influence user experience of Dual-band Handy Phone power consumption in the related technology is solved the problems, such as,
The double screen of mobile terminal has been flexibly set, open display in due course or has closed display, has saved electricity.
Optionally, mobile terminal incudes the two of the mobile terminal by magnet induction mode and/or power induction mode
A screen housing, including at least one of: by described in the induction of the magnet sensor that is set on second screen housing
Magnet on two screen housings of mobile terminal；The first screen shell is detected by the power induction device of second screen
The power control bit of body or second screen housing.You need to add is that magnet inductor can be hall sensor.
Optionally, it is provided with the first magnet in first screen housing, is provided in second screen housing and institute
State the first magnet second magnet attracting when two screen housings fasten；Mobile terminal passes through magnet induction mode and/or electricity
Source induction mode incudes two screen housings of the mobile terminal, and two screens of the mobile terminal are determined according to induction result
Curtain shell position state, including at least one of: it senses in first screen housing and is arranged in the magnet inductor
The first magnet when, determine that first screen housing and second screen housing in buckling state, meet first state；?
The magnet inductor is not sensed by first magnet, and the power induction device is connected to the electricity of second screen housing
When the control bit of source, determine that there are angles between first screen housing and second screen housing, meet the second state；?
When the power induction device is connected to the power supply of first screen housing, second screen and the first screen weight are determined
It is folded, and be located on first screen, meet the third state.
Optionally, screen to be opened, including following one are determined according to the location status: determining described two screens
Curtain shell opens first screen under the first state, closes second screen；Determining described two screen shells
Body is presented under second state, opens first screen and the second screen；Determining described two screen housings presentations institute
It states under the third state, opens second screen, close first screen.
Optionally, the method also includes: the magnet inductor detects first magnet, and second screen
The duration of the power control bit power supply that is not connected to second screen housing and first screen housing be more than default
After time, the mobile terminal carries out system alarm and shuts down；First magnet is not detected in the magnet inductor, described
The power control bit of second screen is not connected to the power supply of second screen housing and first screen housing, and detects
In the case where being in different level to first screen housing and second screen housing, the mobile terminal system
System alarms and shuts down.You need to add is that mobile terminal can realize two by the other types sensor of two screen housings
Whether a screen is in the detection of a horizontal plane.
Optionally, first screen is colorful display screen, and second screen is single color display screen.
It is described in detail below with reference to the preferred embodiment in the utility model.
Device shown in this preferred embodiment include phone structural include mobile telephone upper shell, mobile phone lower casing 1, mobile phone lower casing 2,
Single color display screen (the utility model select electronics ink screen, but be not limited to electronics ink screen), colorful display screen (TFD screen,
UFB screen or OLED screen curtain, the utility model in view of body thickness select OLED screen curtain, but be not limited to electronics ink screen), turn
Axis, slideway rail, slide plate, magnet, Hall sensor, door apparatus.Colorful display screen is placed in mobile phone by the scheme of the present embodiment
On upper casing, mobile telephone upper shell is matched by the same mobile phone lower casing 1 that is clasped, and two slideway rails are fixed on mobile phone lower casing 1 by screw
Upper and lower ends, three blocks of magnet are fixed on mobile phone lower casing 1 by way of hot melt.Two slideway rails are fixed on mobile phone by screw
The upper and lower ends of lower casing 2, four door apparatus install mobile phone lower casing 2 by axle sleeve, and it is sliding respectively to install one in single color display screen two sides
Trigger structure, sled mechanism are placed between the slideway rail of mobile phone lower casing 2, and mobile phone lower casing 1 and mobile phone lower casing 2 are connected by two shafts
It connects.Rotating shaft mechanism is driven by stirring mobile phone lower casing 2, shaft drives the mode of mobile phone lower casing 1, realizes mobile phone lower casing 1 and mobile phone
Lower casing 2 realizes continuous overturning, is in upper cover top face and lower casing upper surface in same level, and hand push is dynamic monochromatic aobvious
Display screen drives sled mechanism to move on slideway rail, and door apparatus is guaranteed single using the left and right that the deformation quantity of spring plays switch gate
Color display screen horizontally slip during positioning or so so that single color display screen passes through respectively on mobile phone lower casing 1 and mobile phone lower casing 2
The slide plate at lower both ends slides in slideway rail, and single color display screen is finally made to slide into colorful display screen upper end.
The utility model relates to mobile phone lower casing 2 connect with mobile phone lower casing 1 by shaft so that monomer is switched to double screen,
It drives single color display screen to place it on colorful display screen by sliding system, realizes the switching of double screen to single screen, therefore this
Preferred embodiment it is to be protected be not only present specification description handover scheme, the patent that also program should be protected to be related to
Thought.
1, the composition of structural member involved in this preferred embodiment
Fig. 3 is that 180 ° of status diagrams are unfolded according to the Dual-band Handy Phone of preferred embodiment, and Fig. 4 is according to preferred embodiment
The direction Dual-band Handy Phone Y1 sectional view, Fig. 5 are the direction the Dual-band Handy Phone Y2 sectional views according to preferred embodiment, and Fig. 6 is according to preferably
The Dual-band Handy Phone of embodiment is unfolded 50 ° of status diagrams, Fig. 7 be according to Dual-band Handy Phone buckling state (and 0 ° of state) schematic diagram,
As shown in Fig. 3,4,5,6,7, include colorful display screen [1], mobile telephone upper shell [2], mobile phone lower casing 1[3], slideway rail 1[4], door-plate
Device 1[5], door apparatus 2[6], slideway rail 2[7], slide plate 1[8], single color display screen [9], mobile phone lower casing 2[10], slide plate 2
[11], slideway rail 3[12], door apparatus 3[13], door apparatus 4[14], slideway rail 4[15], shaft [16].Assembly relation is
Mobile phone lower casing 1[3] and mobile phone lower casing 2[10] be connected and fixed by two shafts [16], colorful display screen [1] passes through mode for dispensing glue
It is fixed on mobile telephone upper shell [2], mobile telephone upper shell [2] passes through buckle and mobile phone lower casing 1[3] cooperation, slideway rail 1[4] and slideway rail 4
[15] mobile phone lower casing 1[3 is fixed on by screw], door apparatus 1[5], door apparatus 2[6], door apparatus 3[13] and door-plate
Device 4[14] mobile phone lower casing 2[10 is respectively arranged in by axle sleeve], slideway rail 2[7] and slideway rail 3[12] pass through screw respectively
It is fixed on mobile phone lower casing 2[10], single color display screen [9] is respectively at slide plate 1[8] and slide plate 2[11] match, slide plate 1[8] and it is sliding
Plate 2[11] it is respectively placed in slideway rail 2[7] and slideway rail 3[12] between.
Assembly method and function implementation are described next coming in order.
2, steps are as follows:
The first step, two shafts [16] make mobile phone lower casing 1[3 respectively by way of clearance fit] and mobile phone lower casing 2
[10] it is connected
Fig. 8 is the pivot structure schematic diagram according to preferred embodiment, and Fig. 9 is to be assembled to knot according to the shaft of preferred embodiment
Schematic diagram on component, the shaft as shown in Fig. 5,8,9 [16] at least have: tupelo [17], shaft shell [18].Mobile phone lower casing 1
[3] at least have: two shaft installation grooves [20], mobile phone lower casing 2[10] at least have: shaft mounting base [19] and shaft installation
Flap body [21].As shown in figure 9, tupelo [17] axle center of two shafts [16] is respectively aligned to mobile phone lower casing 1[3] two shafts
Installation groove [20] assemble in place, the shaft shell [18] of two shafts [16] is respectively aligned to mobile phone lower casing 2[10] shaft peace
After filling seat [19] assembly in place, the bulge-structure of shaft mounting base lid [21] is divided into shaft mounting base [19] corresponding groove
So that the axle center that the shaft shell [18] for fixing two shafts [16] guarantees two shafts on same straight line, makes the hand of user dial behaviour
The abnormal conditions for not having deviation when making occur.
3, second step, slideway rail 1[4] and slideway rail 4[15] be packed into mobile phone lower casing 1[3], by slideway rail 2[7] and slideway rail
3[12] it is packed into mobile phone lower casing 2[10].
Figure 10 is the sliding rail structural decomposition diagram according to preferred embodiment, and Figure 11 is according to preferred embodiment 1 and to slide
Dynamic rail 4 is packed into the schematic diagram of mobile phone lower casing 1, and Figure 12 is to be packed into mobile phone lower casing according to the slideway rail 2 and slideway rail 3 of preferred embodiment
2 schematic diagrames, slideway rail 1[4 shown in Figure 10,11,12], slideway rail 4[15], slideway rail 2[7] and slideway rail 3[12] require to
Have guide rail [22], screw hole [23], PTFE (polytetrafluoroethylene (PTFE)) film [24], mobile phone lower casing 1[3 less] at least have: 8
M1.4 screw [25], 8 blanching nuts [26] and nut seat [27], mobile phone lower casing 2[10] at least have: 8 M1.4 screws
[30], 8 blanching nuts [29] and nut seat [28].Will be in 8 blanching nut [26] blanchings in mobile phone lower casing 1[3] it is corresponding
In nut seat [27], slideway rail 1[4] and slideway rail 4[15] be put in mobile phone lower casing 1[3] upper and lower ends, M1.4 screw [30] is right
Quasi- slideway rail 1[4] screw hole [23] be thermally melted in mobile phone lower casing 1[3] blanching nut [26] by slideway rail 1[4] be fixed on
Mobile phone lower casing 1[3] upper end, PTFE (polytetrafluoroethylene (PTFE)) film [24] is covered on slideway rail 1[4] guide rail [22] in just cover
Lid screw hole, and so on respectively by slideway rail 4[15] be installed to mobile phone lower casing 1[3] and lower both ends, by slideway rail 2[7] and it is sliding
Track 3[12] be installed to mobile phone lower casing 2[10] upper and lower ends.
4, third step, by door apparatus 1[5], door apparatus 2[6], door apparatus 3[13] and door apparatus 4[14] be packed into
Mobile phone lower casing 2[10].
Figure 13 is the door apparatus schematic diagram according to preferred embodiment, and Figure 14 is illustrated according to the axle sleeve of preferred embodiment
Figure, Figure 15 are to cooperate Y-direction section partial enlarged view according to the door apparatus and mobile phone lower casing 2 of preferred embodiment, and Figure 16 is root
Cooperate X-direction section partial enlarged view according to the door apparatus and mobile phone lower casing 2 of preferred embodiment, Figure 17 is according to preferred embodiment
Door apparatus and mobile phone lower casing 2 cooperate explosive view, as shown in Figure 13,14,15,16,17: door apparatus 1[5], door apparatus 2
[6], door apparatus 3[13] with door apparatus 4[14] the identical former capital of structure needs at least to have: left guide rod [31], right guiding
Bar [32], spring retention posts 1[33], door-plate monomer [34], spring [35], mobile phone lower casing 2[10] at least have: spring retention posts
2[36], guideway [37], ladder pilot hole [38].Due to door apparatus 1 to 4 structure of door apparatus identical and assembly method
Unanimously, therefore only specifically introduce door apparatus 1[5] with mobile phone lower casing 2[10] mounting means, 8 are led as shown in figs
Be respectively installed to mobile phone lower casing 2[10 to axle sleeve [37]] ladder pilot hole [38] in, door apparatus 1[5] left guide rod
[31], right guide rod [32] and spring retention posts 1[33] respectively by way of being threadedly engaged with door-plate monomer [34] to connection,
Then by door apparatus 1[5] left guide rod [31] and right guide rod [32] pass through axle sleeve and mobile phone lower casing 2[10] ladder lead
Matched to hole [38], door apparatus 1[5] spring [35] one end and door apparatus 1[5] spring retention posts 1[33] match
Close, one end and mobile phone lower casing 2[10] spring retention posts 2[36] match, thus by door apparatus 1[5] be installed to mobile phone
Lower casing 2[10] suffer, door apparatus 2[6], door apparatus 3[13] and door apparatus 4[14] in the same way and under mobile phone
Shell 2[10] it matches.
5, the 4th step, will be bonded magnet 1[39] mobile phone lower casing 1[3 is fitted into induced magnet [40]] in, it is bonded magnet 2
[46] mobile phone lower casing 2[10 is assembled to Hall sensor [44]] in.
Figure 18 is that magnet cartridge is entered to 1 schematic diagram of mobile phone lower casing according to preferred embodiment, and Figure 19 is according to preferred embodiment
Magnet and Hall sensor are packed into 2 schematic diagram of mobile phone lower casing, as shown in Figure 18,19, mobile phone lower casing 1[3] at least have: magnetic
Iron placing groove [42] and induced magnet placing groove [41], mobile phone lower casing 2[10] at least have: magnet placing groove [45] and sensor
Placing groove [43], by two be bonded magnet 1[39] be respectively charged into mobile phone lower casing 1[3] and magnet placing groove [42] in, by induced magnet
[40] be packed into mobile phone lower casing 1[3] induced magnet placing groove [41].Magnet 2[46 is bonded by two] it is respectively charged into mobile phone lower casing 2
[10] in magnet placing groove [45], by Hall sensor [44] be packed into mobile phone lower casing 2[10] sensor placing groove [43].
3, motion sensor 1 is placed in mobile phone lower casing 1[3 by the 5th step], motion sensor 2 is placed and mobile phone lower casing 2
[10], direction definition is carried out to motion sensor.
(or electronics refers to gyroscope, accelerometer i.e. the gravity sensor and electronic compass of present smart phone
Compass) be typically all three axis and gyroscope and accelerometer are referred to as motion sensor i.e. motion sensor.This
What design scheme was selected is accelerometer, and the movement of mobile phone is three-dimensional, so needing three axis to perceive on three axis of mobile phone
Movement, it is to note that three axis here refer on the basis of mobile phone, that is, three axis of sensor are parallel with three axis of mobile phone
(mobile phone is assumed to be a cube here) accelerometer measures be three axis acceleration size, be not only acceleration of gravity,
There are also the acceleration of movement, but we usually measure acceleration when static, and what is measured at this time is exactly that gravity adds
Speed.Here acceleration is not only have the amount of size, and is a directive amount, that is, vector.By to this
The measurement of a vector, it can be determined that whether mobile phone is static or linear uniform motion, Rule of judgment be its size (mould) whether
For the size of 9.8m/s^2 i.e. gravity acceleration g, if its size is 9.8m/s^2, then it represents that mobile phone be in it is static or
Linear uniform motion state, and at this time by the judgement to its direction, it can know the posture of mobile phone.Motion sensor 1 is put
Set and mobile phone lower casing 1[3], motion sensor 2 is placed in mobile phone lower casing 2[10], mobile phone lower casing 1 just can be detected in motion sensor
With the motion state of mobile phone lower casing 2.Mobile phone athletic posture is defined below:
The coordinate system of handset shell coordinate system is defined first:
Figure 20 is to define schematic diagram, Figure 21 in Android coordinate system according to the mobile phone motion sensor of preferred embodiment
It is the mobile phone posture A schematic diagram according to preferred embodiment, Figure 22 is the mobile phone posture B schematic diagram according to preferred embodiment, Figure 23
It is the mobile phone posture C schematic diagram according to preferred embodiment, Figure 24 is the mobile phone posture D schematic diagram according to preferred embodiment, Figure 25
It is the mobile phone posture E schematic diagram according to preferred embodiment, Figure 26 is the mobile phone posture F schematic diagram according to preferred embodiment,
A, it is as shown in figure 21 that handset shell upward direction is defined first, at this time for posture A: X=0, Y=9.81M/S^2, Z
=0；
B, it is as shown in figure 22 in downward direction that handset shell is defined first, at this time for posture B: X=0, Y=-9.81M/S^2, Z
=0；
C, it is as shown in figure 23 that handset shell left direction is defined first, at this time for posture C: X=-9.81M/S^2, Y=0, Z
=0；
D, it is as shown in figure 24 that handset shell right direction is defined first, at this time for posture D: X=9.81M/S^2, Y=0, Z
=0；
E, it is as shown in figure 25 that the face-up direction of motion of handset shell is defined first, at this time for posture E: X=0, Y=0, Z
=9.81M/S^2；
F, it is as shown in figure 26 that the handset shell face down direction of motion is defined first, at this time for posture F: X=0, Y=0, Z
=-9.81M/S^2；
5, structure motion realizes explanation
Figure 27 is the single color display screen schematic diagram according to preferred embodiment, and Figure 28 is the mobile phone lower casing according to preferred embodiment
1 opens 40 ° of front and back sides views with mobile phone lower casing 2；Figure 29 be according to the slide plate of preferred embodiment on slideway rail motion state one
Schematic diagram；Figure 30 be according to the slide plate of preferred embodiment on slideway rail two schematic diagram of motion state；Figure 31 is according to preferred real
The single screen for applying example shows that mobile phone lower casing 1 is bonded schematic diagram with mobile phone lower casing 2,
The assembly principle for having been described above each mechanism above, is explained below how each mechanism moves, as Fig. 7,27,
28, shown in 29,30,31, mobile phone lower casing 1[3] and mobile phone lower casing 2[10] be connected and fixed by two shafts [16], colorful display screen
[1] it is fixed on mobile telephone upper shell [2] by mode for dispensing glue, mobile telephone upper shell [2] passes through buckle and mobile phone lower casing 1[3] cooperation, slideway
Rail 1[4] with slideway rail 4[15] mobile phone lower casing 1[3 is fixed on by screw], door apparatus 1[5], door apparatus 2[6], door-plate
Device 3[13] and door apparatus 4[14] mobile phone lower casing 2[10 is respectively arranged in by axle sleeve], slideway rail 2[7] and slideway rail 3
[12] mobile phone lower casing 2[10 is fixed on by screw respectively], single color display screen [9] is respectively at slide plate 1[8] and slide plate 2[11] phase
Cooperation, slide plate 1[8] and slide plate 2[11] be respectively placed in slideway rail 2[7] and slideway rail 3[12] between.Dual-band Handy Phone fastens at this time
State (and 0 ° of state), at this time the power induction device [47] of single color display screen [9] and mobile phone lower casing 2[10] power control bit
[48] be conducted, mobile phone lower casing 1[3] two fitting magnet 1[39] and mobile phone lower casing 2[10] two be bonded magnet 2[46], S grades
, mobile phone lower casing 2[10 attracting with N grades] Hall sensor [44] can detecte mobile phone lower casing 1[3] induced magnet [40] this
When single color display screen stop working, colorful display screen automatically turns on normal usage function, is stirred with hand as user as shown in figure 21
Mobile phone lower casing 2[10] when shaft also can and then rotation drive mobile phone lower casing 1[3], this paper design code work as mobile phone lower casing 2[10] can
With mobile phone lower casing 1[3] between ° rotated from 0 ° to 180, mobile phone lower casing 2[10 at this time] Hall sensor [44] can not
Detect mobile phone lower casing 1[3] induced magnet [40] but single color display screen [9] power induction device [47] and mobile phone lower casing 2
[10] power control bit [48] is conducted, and user still can carry out double screen operation.Such as Figure 22, as mobile phone lower casing 2[10] it can
With with mobile phone lower casing 1[3] rotation to 180 ° of horizontality when, can be used as double screen plate.Monochrome can be shown at this time
Screen [9] cooperates slide plate 1[8 using with it] and slide plate 2[11], so that slide plate 1[8] and slide plate 2[11] in slideway rail 2[7] and it is sliding
Track 3[12] between slide, door apparatus 1[5 at this time], door apparatus 2[6], door apparatus 3[13] and door apparatus 4[14]
Left guide rod [31] and right guide rod [32] in mobile phone lower casing 2[10] ladder pilot hole [38] in movement, door apparatus
Spring [35] is in confined state, slide plate 1[8] passing through slideway rail with the help of PTFE (polytetrafluoroethylene (PTFE)) film [24]
2[7] guide rail [22] move to slideway rail 1[4] guide rail [22], slide plate 2[11] in PTFE (polytetrafluoroethylene (PTFE)) film [24]
With the help of passing through slideway rail 3[12] guide rail [22] move to slideway rail 4[15] guide rail [22], such as Figure 23, monochrome is aobvious
Display screen [9] is finally covered on colorful display screen [1], at this time door apparatus 1[5], door apparatus 2[6], door apparatus 3
[13] and door apparatus 4[14] left guide rod [31] and right guide rod [32] in mobile phone lower casing 2[10] ladder pilot hole
[38] exercise recovery original state in, the spring [35] of door apparatus, which is in, is discharged back into original state, single color display screen [9]
Power induction device [47] and the power control bit of 1 corresponding position of mobile phone lower casing are connected, and monochromatic screen is located simultaneously with color line screen at this time
In working condition, as shown in figure 24, by mobile phone lower casing 2[10] it reversely rotates, until mobile phone lower casing 1[3] and mobile phone lower casing 2[10] at
In fit-state and 0 ° of state, the power induction device [47] of single color display screen [9] and mobile phone lower casing 2[10 at this time] power supply control
Position [48] be not turned on, but mobile phone lower casing 2[10] Hall sensor [44] can detecte mobile phone lower casing 1[3] induced magnet
[40] colorful display screen [1] stops working at this time, and single color display screen [9] works independently.
Using the above scheme, the characteristics of can sufficiently realizing monochromatic screen low energy consumption at this time, is to solve the long-time of mobile phone
Standby problem, double screen can satisfy the demand of business office, and it is consistent with people's normal use habit that color screen is used alone.Therefore it should
Design combines practical commercial fashion in one.
6, system schema introduction
Figure 32 is the Double screens control system flow chart according to preferred embodiment, has simply been described above as shown in figure 32
The motion mode of structure realizes that single color display screen curtain works, is colored by the motion mode of control system fit structure now
Display screen work and the technical solution that works at the same time of double screen: system flow is opened first, detects mobile phone lower casing 2[10] Hall
Whether sensor [44], which has, detects mobile phone lower casing 1[3] induced magnet [40], mobile phone lower casing is illustrated after detecting
2 with mobile phone lower casing 1 be in fit-state, therefore then judge single color display screen inductor whether with the power supply control on mobile phone lower casing 2
Whether position processed mutually connects, and system stops detection if if the judgement of connection system, color screen can work independently at this time, if be not connected to
Continue search condition down judge monochromatic screen whether be covered on color line screen in other words it is monochromatic shield inductor whether under mobile phone
The connection of 1 corresponding power control bit of shell judges to work at this time as single screen if connection, if not there may be improper at this time
Operation is artificial broken outer, system alarm simultaneously mobile phone by forced shutdown.This time detection mobile phone lower casing 2[10] Hall sensor
[44] if not detecting mobile phone lower casing 1[3] induced magnet [40], illustrate that Dual-band Handy Phone is in unfolded state, then start
Whether the inductor of detection single color display screen is in contact with the power control bit of mobile phone lower casing 2, if it is unlatching double screen work at this time
Make state, monochrome can be worked at the same time with colorful display screen, if not then continuing to judge that mobile phone lower casing 1 is with mobile phone lower casing 2
It is no be in same plane, if it is can illustrate at this time single color display screen be in sliding mode then colorful display screen work, detect
Terminate, if not then if not there may be abnormal operations or artificial broken outer at this time, mobile phone will be strong simultaneously for system alarm
System shutdown.
Figure 33 is to preset scheme schematic diagram, such as Figure 33 using the unlatching of mobile phone motion sensor according to preferred embodiment
It is shown simply described the system above mainly single color display screen may be implemented work independently, colorful display screen works independently
This work energy is worked at the same time with double screen, but ultimate attainment in order to increase user experience and perform to the characteristics of double screen at this time, we
State when can work at the same time to double screen is defined, when system detection to testing mobile phone is in the state that double screen works at the same time
When system is detected, first detection be in mobile phone lower casing 1[3] on mobile phone detection whether motion sensor 1 is being worked,
If it is, detection be placed in mobile phone lower casing 2[10] motion sensor 2 whether working, if it is, utilizing motion-sensing
Device feedback can the numerical value of system calculate the angle between mobile phone lower casing 1 and mobile phone lower casing 2 at this time, if calculate angle with it is corresponding
Initial setting up angle opens corresponding presupposed solution in +/- 3 ° of tolerance, and wherein presupposed solution can make video, game because of people
Or e-book etc. detects again if not detecting corresponding angles angle value, is placed in mobile phone lower casing 2[10 if it is detection]
Motion sensor 2 is not working, then assert that mobile phone lower casing 2 is in posture E and horizontality, according to each axis of mobile phone lower casing 1
Acceleration value can calculate the angle between corresponding mobile phone lower casing 1 and mobile phone lower casing 2, initially set if calculating angle with corresponding
It sets angle and opens corresponding presupposed solution in +/- 3 ° of tolerance, wherein presupposed solution can make video, game or electronics because of people
Book etc..It is detected again if not detecting corresponding angles angle value.Secondly, if detection is in mobile phone lower casing 1[3 first] on
Mobile phone detection motion sensor 1 is not being worked, detect be placed in mobile phone lower casing 2[10] motion sensor 2 whether in work
Make? if also not work prove the function be not turned on, if detection be placed in mobile phone lower casing 2[10] motion-sensing
Device 2 is working, then assert that mobile phone lower casing 1 is in posture E and horizontality, can be with according to the acceleration value of each axis of mobile phone lower casing 2
The angle between corresponding mobile phone lower casing 1 and mobile phone lower casing 2 is calculated, if calculating angle with corresponding initial setting up angle +/-
Corresponding presupposed solution is opened in 3 ° of tolerance, if wherein presupposed solution because of people can be such that video, game or e-book etc. does not have
Detect that corresponding angles angle value then detects again.
Optionally, the utility model uses the characteristics of sufficiently illustrating Dual-band Handy Phone, real by way of mechanism kinematic
Now independent color screen use, double screen uses simultaneously and individually monochrome shields the switching between using.If when in double screen use process,
Intermediate space can carry out transition by flexible screen and realize that good screen becomes the state of a screen, and this scheme may promote user's body
It tests.
By adopting the above technical scheme, for emerging smart phone market, present specification realizes a variety of from structure
It is standby for a long time to also solve mobile phone not only without changing people to the use habit of mobile phone for the switching of state between screen
Problem, while part mobile phone pushes business practice to, by the exploitation to housing design and door apparatus etc., is held into mechanical motion principle
Has necessary novelty, prospect is considerable, this scheme is applicable not only to mobile phone terminal, can also move and smartwatch, TV
Etc. terminal device.
Through the above description of the embodiments, those skilled in the art can be understood that according to above-mentioned implementation
The method of example can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but it is very much
In the case of the former be more preferably embodiment.Based on this understanding, the technical solution of the utility model is substantially right in other words
The part that the prior art contributes can be embodied in the form of software products, which is stored in one
In storage medium (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that terminal device (it can be mobile phone,
Computer, server or network equipment etc.) execute method described in each embodiment of the utility model.
Embodiment two
According to one embodiment of present invention, a kind of mobile terminal is provided, comprising: the first screen housing is provided with
One magnet and the first screen；Second screen housing is provided with the second magnet and the second screen, and two screen housings are with shaft
Center can rotate, and two screen housings of the mobile terminal are in buckling state, first screen and described second
Visible state is presented in screen；Second screen can slide into the surface of first screen.
Optionally, when described two screen housings are pivoted about with shaft, angle between the two include 0 ° extremely
180 °, wherein when described two screen housings are in buckling state, the angle of the two is 0 °, and described two screen housings are in
When unfolded state, the angle of the two is 180 °.
Optionally, the mobile terminal further include: magnet inductor is set to second screen housing, for passing through
Magnet induction mode incudes the magnet of two screen housings of the mobile terminal；Power induction device is set to second screen
Curtain shell, for incuding the location status of first screen housing or the second screen housing by power induction mode.
Optionally, the power induction device determines the first screen housing or second by way of induction power supply control bit
The location status of screen housing.
Optionally, the first magnet being arranged in first screen housing is sensed in the magnet inductor, and described
When power induction device is connected to the power control bit of second screen housing, first screen housing and described second are determined
Screen housing is in buckling state, meets first state；First magnet, and the electricity are not sensed by the magnet inductor
When source inductor is connected to the power control bit of second screen housing, pass through the motion sensor of described two screen housings
It determines between first screen housing and second screen housing there are when angle, meets the second state；In the power supply
When inductor is connected to the power supply of first screen housing, second screen and first screen overlay, and position are determined
When on first screen, meet the third state.
Optionally, when being in buckling state, first screen is opened in described two screen housings, closes described the
Two screens.
Optionally, it is pivoted about in described two screen housings with shaft, passes through described two screen housings
During the angle of motion sensor senses to the two gradually increases, the magnet inductor is not sensed by first screen
The magnet of shell, and in the case that the power induction device is connected to the power control bit of second screen housing, open institute
State the first screen and second screen.
Optionally, it is being in the same horizontal plane by the motion sensor senses to described two screen housings, and
In the case where detecting the power control bit that the power induction device of second screen is not connected to described two screen housings, really
Fixed second screen is in sliding mode, opens first screen, closes second screen.
Optionally, it is determining that described two screen housings are in the same horizontal plane, and is detecting the power induction device
In the case where the power control bit for being connected to first screen housing, determine that second screen slides into first screen
Second screen is opened in surface, closes second screen.
Optionally, the magnet inductor detects first magnet, and the power control bit of second screen does not have
The duration for having the power supply for being connected to second screen housing and first screen housing is more than the movement after preset time
Terminal carries out system alarm and shuts down；First magnet, the power supply of second screen is not detected in the magnet inductor
Control bit is not connected to the power supply of second screen housing and first screen housing, and passes through the motion sensor
Detect first screen housing and in the case that second screen housing is in different level, the mobile terminal into
Row system alarm simultaneously shuts down.
Optionally, first screen is colorful display screen, and second screen is single color display screen.
Embodiment three
Another embodiment according to the present utility model provides a kind of processor, and the processor is used to run program,
Wherein, method described in above-mentioned any one of alternative embodiment is executed when described program is run.
Example IV
Another embodiment according to the present utility model, provides a kind of storage medium, and the storage medium includes storage
Program, wherein described program run when execute method described in above-mentioned any one of alternative embodiment.
Obviously, those skilled in the art should be understood that each module of above-mentioned the utility model or each step can be used
General computing device realizes that they can be concentrated on a single computing device, or be distributed in multiple computing device institutes
On the network of composition, optionally, they can be realized with the program code that computing device can perform, it is thus possible to by them
Storage is performed by computing device in the storage device, and in some cases, can be to be different from sequence execution herein
Shown or described step, perhaps they are fabricated to each integrated circuit modules or by multiple moulds in them
Block or step are fabricated to single integrated circuit module to realize.In this way, the utility model be not limited to any specific hardware and
Software combines.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (7)
1. a kind of mobile terminal characterized by comprising
First screen housing is provided with the first magnet and the first screen；
Second screen housing is provided with the second magnet and the second screen, and two screen housings can be rotated centered on shaft,
And two screen housings of the mobile terminal, in buckling state, first screen and second screen presentation can see this
State；
Second screen can slide into the surface of first screen.
2. mobile terminal according to claim 1, which is characterized in that described two screen housings are carried out centered on shaft
When rotation, angle between the two includes 0 ° to 180 °, wherein when described two screen housings are in buckling state, the two
Angle is 0 °, and when described two screen housings are in unfolded state, the angle of the two is 180 °.
3. mobile terminal according to claim 1, which is characterized in that the mobile terminal further include:
Magnet inductor is set to second screen housing, for incuding the mobile terminal by magnet induction mode
The magnet of two screen housings；
Power induction device is set to second screen housing, for incuding the first screen shell by power induction mode
The location status of body or the second screen housing.
4. mobile terminal according to claim 3, which is characterized in that
The power induction device determines the first screen housing or the second screen housing by way of induction power supply control bit
Location status.
5. mobile terminal according to claim 3, which is characterized in that the mobile terminal further include:
Second screen housing is provided with power control bit, which connect with the power induction device；Wherein, exist
When the magnet inductor senses the first magnet being arranged in first screen housing, first screen housing and described
Second screen housing is in buckling state；
First screen housing and second screen housing are provided with motion sensor, for determining the first screen shell
There are angles between body and second screen housing；
Wherein, when the power induction device is connected to the power supply of first screen housing, second screen and institute are determined
The first screen overlay is stated, and is located on first screen.
6. mobile terminal according to claim 3, which is characterized in that
First screen housing is additionally provided with: the power control bit of the first screen housing, for being connected to the power induction
Device, wherein described two screen housings are in the same horizontal plane.
7. mobile terminal according to any one of claims 1 to 6, which is characterized in that
First screen is colorful display screen, and second screen is single color display screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721373496.2U CN208479678U (en) | 2017-10-20 | 2017-10-20 | Mobile terminal |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721373496.2U CN208479678U (en) | 2017-10-20 | 2017-10-20 | Mobile terminal |
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ID=65204157
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108206869A (en) * | 2017-10-20 | 2018-06-26 | 中兴通讯股份有限公司 | Switching shows the method and mobile terminal of screen |
| WO2023025140A1 (en) * | 2021-08-25 | 2023-03-02 | 华为技术有限公司 | Method for reducing power consumption of wearable device, and wearable device |
-
2017
- 2017-10-20 CN CN201721373496.2U patent/CN208479678U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108206869A (en) * | 2017-10-20 | 2018-06-26 | 中兴通讯股份有限公司 | Switching shows the method and mobile terminal of screen |
| WO2023025140A1 (en) * | 2021-08-25 | 2023-03-02 | 华为技术有限公司 | Method for reducing power consumption of wearable device, and wearable device |
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