CN105242758A - Connecting component, notebook computer and switching method of transmission mode of notebook computer - Google Patents

Connecting component, notebook computer and switching method of transmission mode of notebook computer Download PDF

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Publication number
CN105242758A
CN105242758A CN201510796932.6A CN201510796932A CN105242758A CN 105242758 A CN105242758 A CN 105242758A CN 201510796932 A CN201510796932 A CN 201510796932A CN 105242758 A CN105242758 A CN 105242758A
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China
Prior art keywords
system end
fixed part
notebook computer
data
web member
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Granted
Application number
CN201510796932.6A
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Chinese (zh)
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CN105242758B (en
Inventor
高彦彬
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Hefei Lianbao Information Technology Co Ltd
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Hefei Lianbao Information Technology Co Ltd
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Priority to CN201510796932.6A priority Critical patent/CN105242758B/en
Publication of CN105242758A publication Critical patent/CN105242758A/en
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Publication of CN105242758B publication Critical patent/CN105242758B/en
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Abstract

The invention provides a connecting component, a notebook computer and a switching method of a transmission mode of a notebook computer. The connecting component comprises a first connecting piece and a second connecting piece which are respectively arranged on two electronic equipment to form detachable connection of the two electronic equipment, wherein a first data connector is arranged on the first connecting piece, and a second connecting piece is provided with a second data connector which can be electrically connected with the first data connector to achieve wired connection of the two electronic equipment. The notebook computer comprises a system terminal, a display terminal and a first connecting piece and a second connecting piece which are respectively arranged on the display terminal and the system terminal, wherein the display terminal is a touch panel, a wireless communication terminal is arranged in each of the display terminal and the system terminal so that the touch panel and the system terminal can be in wireless connection to transmit data when the touch panel is separated from the system terminal. The connecting component disclosed by the invention cannot only firmly and mechanically connect the two electronic equipment together, but also can achieve wired connection of the two electronic equipment when the two electronic equipment are connected, so that the two electronic equipment can be in wired connection to transmit data.

Description

The changing method of the transmission mode of a kind of coupling assembling, notebook computer and notebook computer
Technical field
The present invention relates to a kind of web member, particularly a kind of stable connection and the coupling assembling of wired data transfer can be carried out and there is the notebook computer of this coupling assembling, and the changing method of the transmission mode of this kind of notebook computer.
Background technology
Main frame (system end) and the display (display end) of the notebook computer used in our daily life mostly are fixed connection structure, namely non-dismountable between the two.When user's out using notebook computer or when needing to show the content of display screen display, as in a meeting to each client or leader exhibiting pictures or some data analysis charts time, user need carry with notebook computer entirety, not only bears a heavy burden larger, carry difficulty, and affect efficiency.In order to solve the problem, certain customers' choice for use panel computer, but panel computer is comparatively inconvenient when carrying out input operation, affects to some extent equally on work efficiency.
Summary of the invention
Problem to be solved by this invention is, there is provided one degree of being connected firmly strong, and can the coupling assembling of wired data transfer be carried out when two electronic equipments connect and there is the notebook computer of this coupling assembling, and the changing method of the transmission mode of this kind of notebook computer.
In order to solve the problem, the invention provides a kind of coupling assembling, comprise and can be located at respectively on two electronic equipments to make the first web member and second web member of the detachable connection of two electronic equipments, described first web member is provided with the first data connector, and described second web member is provided with and can be electrically connected to realize the second data connector of electronic equipment wired connection described in two with described first data connector.
As preferably, described first web member comprises the first fixed part for installing described first data connector; Described second web member comprises for installing described second data connector and can being connected to make described second data connector contact with described first data connector the second fixed part connected with described first fixed part;
Described first web member also comprises the first location division be connected with described first fixed part, described second web member also comprises and to be connected with described second fixed part and the second location division arranged with described first location division one_to_one corresponding, and described first location division that position is corresponding when described first fixed part is connected with the second fixed part and the second location division are connected with the first fixed part described in auxiliary positioning and the second fixed part.
As preferably, described first fixed part has the chamber for installing described first data connector, forms annular slot between the wall of described first data connector and described chamber; Described second fixed part can coordinate and is plugged in described annular slot;
Described first location division is two and is located at the relative both sides of described first fixed part respectively, and described first location division offers locating slot, and described second location division is two and can be plugged in corresponding described locating slot.
As preferably, described backstay is provided with a storage tank on the direction of its axis vertical, and be provided with a spring in described storage tank, described spring is connected with positive stop bead towards the one end outside storage tank; The sidewall of described locating slot is provided with stopper slot, and when described backstay inserts in described locating slot, described positive stop bead can spring into described stopper slot and coordinate clamping with described stopper slot; When described backstay detaches described locating slot, described positive stop bead is deviate from from described stopper slot.
As preferably, described backstay inside has a chamber, and the sidewall of described chamber is provided with the first through hole, and the sidewall of described locating slot is provided with second through hole corresponding with described first through hole when described backstay inserts in described locating slot; A poke rod that can move up in the side of vertical described backstay axis is provided with in described chamber, the electronic equipment that described backstay and place are stretched out in one end of described poke rod forms operating head outward, the other end be provided with can pass in and out when described poke rod moves corresponding described first through hole and the second through hole with described first through hole and the second through hole clamping or the fixture block that is separated.
The present invention discloses a kind of notebook computer simultaneously, comprises system end and display end, also comprises and is located at the first above-mentioned web member on described display end and system end and the second web member respectively; Described display end is that touch-control is dull and stereotyped, is equipped with wireless telecommunications end can transmit data by wireless connections when described touch-control is dull and stereotyped and system end is separated in described touch-control flat board and described system end.
As preferably, also comprise the Hall element for detecting position relationship between described display end and system end, described Hall element to be located on described system end to enable described system end obtain the position data of display end by described Hall element, makes described system end according to the data-transmission mode between the signal switching received itself and described display end.
As preferably, described system end is stretched out in described poke rod one end be positioned at outside backstay, be provided with the switch for switching described system end and display end data-transmission mode in described system end, described switch is connected to drive described switch action when described poke rod moves with described poke rod.
The present invention also discloses a kind of changing method of transmission mode of notebook computer, comprising:
Step 1): be located at the position of the Hall element detection display end on the system end of notebook computer relative to system end, and the data of detection transferred to the processor in system end;
Step 2): described processor is according to the data-transmission mode between the data regulator control system end received and display end.
The present invention also discloses a kind of changing method of transmission mode of notebook computer simultaneously, comprising:
Step 1): in the system end being located at notebook computer and the signalizing activity that sends according to user of the switch be electrically connected with the processor in described system end, and simultaneously by described Signal transmissions to the processor in system end;
Step 2): the data-transmission mode of described processor according to the signals-modulating received between system end and display end.
The beneficial effect of the changing method of the transmission mode of coupling assembling of the present invention, notebook computer and notebook computer is, the display end be separated in notebook computer and system end can carry out stable and firmly be connected by arranging of this coupling assembling, can realize wired data transfer when the two connects simultaneously.In addition, by arranging wireless telecommunications end respectively on the system end and display end of notebook computer, making system end and display end can also transmit data by wireless telecommunications end when being separated, increasing the usable range of notebook computer.
Accompanying drawing explanation
Fig. 1 is the structural representation of coupling assembling of the present invention.
Fig. 2 is the structural representation of the first web member in coupling assembling of the present invention.
Fig. 3 is the structural representation of the second web member in coupling assembling of the present invention.
Fig. 4 is the cut-open view of the first web member of an embodiment in coupling assembling of the present invention.
Fig. 5 is the cut-open view of the second web member of an embodiment in coupling assembling of the present invention.
Fig. 6 is the cut-open view of the first web member of another embodiment in coupling assembling of the present invention.
Fig. 7 is the cut-open view of the second web member of another embodiment in coupling assembling of the present invention.
Fig. 8 is the partial structurtes schematic diagram of notebook computer of the present invention.
Reference numeral:
1-first web member; 2-second web member; 3-first data connector; 4-second data connector; 5-first location division; 6-second location division; 7-storage tank; 8-spring; 9-positive stop bead; 10-locating slot; 11-stopper slot; 12-chamber; 13-poke rod; 14-first through hole; 15-second through hole; 16-fixture block; 17-operating head; 18-display end; 19-system end; 20-bar-shaped trough; 21-rotating junction; 22-installation portion; 23-first fixed part; 24-second fixed part; 25-annular slot.
Embodiment
Describe the present invention below in conjunction with accompanying drawing, but not as limitation of the present invention.
As shown in Figure 1, the present invention discloses a kind of coupling assembling, comprises and being located at respectively on two electronic equipments to make the first web member 1 and the second web member 2 of the detachable connection of two electronic equipments.First web member 1 is provided with the first data connector 3, second web member 2 is provided with the second data connector 4, when two electronic equipments are connected by the first web member 1 and the second web member 2, first data connector 3 and the second data connector 4 are electrically connected to make two electronic equipment wired connections, namely make two electronic equipments transmit data by wired connection.
Particularly, the first web member 1 comprises the first fixed part 23 for installing the first data connector 3.Second web member 2 comprises the second fixed part 24 for installing the second data connector 4, with the first fixed part 23, this second fixed part 24 can be connected that the second data connector 4 can be contacted with the first data connector 3 and connect.Namely, be connected for detachable between the first fixed part 23 with the second fixed part 24, when the first fixed part 23 and the second fixed part 24 are connected, the first data connector 3 contacts with the second data connector 4 and connects thus realize the effect of two electronic equipment wired connections.
As shown in Figures 2 and 3, first web member 1 also comprises the first location division 5 be connected with the first fixed part 23, the first location division 5 in the present embodiment is two and be located at the relative both sides of the first fixed part 23 respectively, and the second web member 2 comprises and to be connected with the second fixed part 24 and the second location division 6 arranged with the first location division 5 one_to_one corresponding.When the first fixed part 23 is connected with the second fixed part 24, the first corresponding location division 5 and the second location division 6 are connected with auxiliary positioning first fixed part 23 and the second fixed part 24, thus make the more stable of the connection of two electronic equipments, more firmly.
In the present embodiment, the first fixed part 23 has the chamber for installing the first data connector 3, forms an annular slot 25 between the sidewall of the first data connector 3 and this chamber.Second fixed part 24 can coordinate in the above-mentioned annular slot 25 of insertion.(wherein the first data connector 3 and the second data connector 4 shape and structure are all unique, and such data connector technology maturation is of a great variety on market, exceeds herein and repeats).
The first location division 5 in the present embodiment is reference column, and the second location division 6 is backstay, and these two reference columns axially all offer the locating slot 10 for the backstay cooperation grafting with correspondence.Certainly, backstay also can arrange many, corresponding, and the reference column being provided with locating slot 10 also should arrange many.
The connection of the first fixed part 23 and the second fixed part 24 can be made to locate by the reference column and backstay being provided with locating slot 10 more stable, produce after avoiding two fixed parts to connect and rock.And in order to strengthen the connective stability of two fixed parts further, namely make the grafting of backstay and locating slot 10 more firm, the following two kinds of design proposals of special proposition in the present embodiment:
Scheme one: as shown in Figure 4 and Figure 5,1. a storage tank 7 is offered along on the direction of its axis vertical on the securing lever, then a spring 8 is set in this storage tank 7, and this spring 8 to arrange towards one end that storage tank 7 is uncovered a positive stop bead 9 (this positive stop bead 9 spring 8 in the raw time stretch out storage tank 7 at least partly).
2. a stopper slot 11 is set on the sidewall of locating slot 10, make when backstay to insert in locating slot 10 to positive stop bead 9 and stopper slot 11 corresponding position, position, positive stop bead 9 can coordinate clamping with stopper slot 11, namely positive stop bead 9 can to spring in stopper slot 11 and spacing in stopper slot 11, thus play the effect of spacing backstay, make backstay can not depart from locating slot 10 easily, namely make two electronic equipments not easily separated, strengthen the strength of joint of two electronic equipments, prevent two electronic equipments from producing the phenomenon of relatively rocking further.When two electronic equipments are for being separated, withdrawing of only need slightly exerting oneself is provided with the electronic equipment of the first web member 1, makes positive stop bead 9 deviate from stopper slot 11 and can to remove backstay to movement in storage tank 7 spacing, and then the first web member 1 is separated with the second web member 2.
Scheme two: as shown in Figure 6 and Figure 7, a chamber 12 is offered in backstay inside, and one first through hole 14 is set on the sidewall of chamber 12, on reference column, arrange second through hole 15 through with locating slot 10, when backstay inserts in locating slot 10, this second through hole 15 can be corresponding with the first through hole 14 simultaneously; A poke rod 13 that can move up in the side of perpendicular positioning bar axis is then set in chamber 12.The electronic equipment that wherein backstay and this backstay place are stretched out in one end of this poke rod 13 forms an operating head 17 outward, drives poke rod 13 to move for user by this operating head 17.On this poke rod 13, corresponding first through hole 14 place is provided with a fixture block 16, when two electronic equipments are connected, namely, poke rod 13 is moved when backstay inserts in locating slot 10, fixture block 16 can penetrate the first corresponding through hole 14 and the second through hole 15 with the relative position of spacing backstay and reference column along with poke rod 13 moves, prevent the two to be separated, and then realize the effect stablizing connection two electronic equipment; Simultaneously fixture block 16 also can move with poke rod 13 and be retracted in chamber, spacing for what remove backstay and reference column, backstay and reference column is separated, that is, enables two electronic equipments be separated.
As shown in Figure 8, the present invention discloses a kind of notebook computer simultaneously, comprises above-mentioned coupling assembling and by the system end of the detachable connection of this coupling assembling 19 and display end 18.Notebook computer in the present embodiment is provided with two groups of coupling assemblings, and the first web member 1 in two groups of coupling assemblings is all located on display end 18, and the second web member 2 is all located on system end 19.Concrete structure is: on a side of display end 18, arrange a columniform rotating junction 21 along its length, simultaneously on system end 19 corresponding rotating junction 21 place arrange an xsect be arc so that the bar-shaped trough 20 of support rotating junction 21 can be coordinated, the length of this bar-shaped trough 20 is longer than rotating junction 21.Then all arrange the installation portion 22 of one and rotating junction 21 form fit at the two ends of rotating junction 21, namely this installation portion 22 is all cylindrical.These two installation portions 22 all can rotate relative to two installation portions 22 to make rotating junction 21 with rotating junction 21 pivot joint, namely make display end 18 can rotate relative to two installation portions 22.Two the first web members 1 are located in two installation portions 22 respectively, and two the second web members 2 respectively correspondence are located on bar-shaped trough 20 and (need be ensured that each first web member 1 all has one second web member 2 corresponding thereto).When display end 18 is connected with the second web member 2 by the first corresponding web member 1 with system end 19, rotating junction 21 is positioned at bar-shaped trough 20 and can rotates relative to bar-shaped trough 20, can rotate by relative system end 19 to make display end 18.The anglec of rotation of the display end 18 in the present embodiment is approximately 360 °, certainly, also on rotating junction 21 and bar-shaped trough 20, position limiting structure can be set correspondence, to limit the turned position (this kind of position limiting structure kind is more, exceeds introduction herein) of display end 18.
Further, the display end 18 of this notebook computer is that (this touch-control flat board can be regarded as the display with touch-screen to touch-control flat board, its do not have as system end 19 the information processing function that possesses), touch-control dull and stereotyped with system end 19 in be equipped with wireless telecommunications end with touch-control is dull and stereotyped be separated with system end 19 time can transmit data by the mode of wireless connections.Namely, when display end 18 is linked together by coupling assembling with system end 19, wired connection between the two, is adopted to transmit data; And when display end 18 is separated with system end 19, translation data transmission mode between the two, selects radio connection transmission data.
Preferably, automatically can switch according to the position relationship of display end 18 with system end 19 to make the data-transmission mode of this notebook computer, user can select to carry out software editing in system end 19, when display end 18 is separated with system end 19, wire transmission pattern is automatically switched to wireless communication mode.Also reach by arranging electronic unit the effect switching transmission mode.The open following two kinds of plans of establishment of the present embodiment spy are for the technique effect reaching automatic or semi-automatic switching transmission mode.
Scheme one: arranging in system end 19 can according to the Hall element of the position of electromagnetic intensity detection display end 18 relative system end 19, this Hall element to be electrically connected for the Signal transmissions that will detect in processor with the processor in system end 19, make processor can according to the data-transmission mode between the signal switching system end 19 received and display end 18.Preferably, this Hall element can be arranged in the bar-shaped trough 20 on system end 19, for being arranged in the rotating junction 21 of display end 18 (magnetite or magnetic sheet must being arranged on sensed thing when using Hall element in prior art with the arrange in pairs or groups magnetite that uses or magnetic sheet of Hall element, certainly, can not arrange if sensed thing self possesses electromagnetic induction), so not only be convenient to the position of Hall element induction display end 18, magnetic force simultaneously when display end 18 and system end 19 link together between Hall element and magnetite contributes to auxiliary positioning display end 18 and system end 19.
Scheme two: the switch being used for switched system end 19 and display end eighteen data transmission mode is set in system end 19, this switch is electrically connected with the processor in system end 19, during to enable switch action by Signal transmissions to processor, make processor can according to the signal switching data-transmission mode received.Specifically this switch can be connected with poke rod 13, so that switch action can be driven when user drives poke rod 13 to move by the operating head 17 be positioned at outside system end 19, make the first web member 1 and the second web member 2 remove spacing while switch data transmission mode, make more convenient operation quick.Certainly, this switch also can not be connected with poke rod 13, but it is outer for user operation that the sliding button of switch need be made directly or indirectly to be positioned at system end 19, such as, can arrange one and be positioned at push rod etc. outside system end 19 on sliding button.When display end 18 is separated with system end 19, user manually can stir switch voluntarily with switch data transmission mode.
The present invention also discloses a kind of changing method of transmission mode of notebook computer, and wherein this notebook computer is above-mentioned notebook computer, and particularly, changing method comprises:
Step 1): the position being located at the Hall element detection display end 18 relative system end 19 on system end 19, and the data of detection are transferred in the processor in system end 19;
Step 2): processor is according to the data-transmission mode between the data regulator control system end 19 received and display end 18.
The invention also discloses the changing method of the transmission mode of another kind of notebook computer, comprising:
Step 1): in the system end 19 being located at notebook computer and the signalizing activity (namely user stirs switch) that sends according to user of the switch be electrically connected with the processor in system end 19, and while action by this Signal transmissions in the processor in system end 19;
Step 2): processor is according to the data-transmission mode between the signals-modulating system end 19 received and display end 18.
Above embodiment is only exemplary embodiment of the present invention, and be not used in restriction the present invention, protection scope of the present invention is defined by the claims.Those skilled in the art can in essence of the present invention and protection domain, and make various amendment or equivalent replacement to the present invention, this amendment or equivalent replacement also should be considered as dropping in protection scope of the present invention.

Claims (10)

1. a coupling assembling, it is characterized in that, comprise and can be located at respectively on two electronic equipments to make the first web member and second web member of the detachable connection of two electronic equipments, described first web member is provided with the first data connector, and described second web member is provided with and can be electrically connected to realize the second data connector of electronic equipment wired connection described in two with described first data connector.
2. coupling assembling according to claim 1, is characterized in that, described first web member comprises the first fixed part for installing described first data connector; Described second web member comprises for installing described second data connector and can being connected to make described second data connector contact with described first data connector the second fixed part connected with described first fixed part;
Described first web member also comprises the first location division be connected with described first fixed part, described second web member also comprises and to be connected with described second fixed part and the second location division arranged with described first location division one_to_one corresponding, and described first location division that position is corresponding when described first fixed part is connected with the second fixed part and the second location division are connected with the first fixed part described in auxiliary positioning and the second fixed part.
3. coupling assembling according to claim 2, is characterized in that, described first fixed part has the chamber for installing described first data connector, forms annular slot between the wall of described first data connector and described chamber; Described second fixed part can coordinate and is plugged in described annular slot;
Described first location division is two and is located at the relative both sides of described first fixed part respectively, and described first location division offers locating slot, and described second location division is two and can be plugged in corresponding described locating slot.
4. coupling assembling according to claim 3, is characterized in that, described backstay is provided with a storage tank on the direction of its axis vertical, and be provided with a spring in described storage tank, described spring is connected with positive stop bead towards the one end outside storage tank; The sidewall of described locating slot is provided with stopper slot, and when described backstay inserts in described locating slot, described positive stop bead can spring into described stopper slot and coordinate clamping with described stopper slot; When described backstay detaches described locating slot, described positive stop bead is deviate from from described stopper slot.
5. coupling assembling according to claim 3, it is characterized in that, described backstay inside has a chamber, the sidewall of described chamber is provided with the first through hole, and the sidewall of described locating slot is provided with second through hole corresponding with described first through hole when described backstay inserts in described locating slot; A poke rod that can move up in the side of vertical described backstay axis is provided with in described chamber, the electronic equipment that described backstay and place are stretched out in one end of described poke rod forms operating head outward, the other end be provided with can pass in and out when described poke rod moves corresponding described first through hole and the second through hole with described first through hole and the second through hole clamping or the fixture block that is separated.
6. a notebook computer, comprises system end and display end, it is characterized in that, also comprises and is located at the first web member as described in claim 4 or 5 on described display end and system end and the second web member respectively; Described display end is that touch-control is dull and stereotyped, is equipped with wireless telecommunications end can transmit data by wireless connections when described touch-control is dull and stereotyped and system end is separated in described touch-control flat board and described system end.
7. notebook computer according to claim 6, it is characterized in that, also comprise the Hall element for detecting position relationship between described display end and system end, described Hall element to be located on described system end to enable described system end obtain the position data of display end by described Hall element, makes described system end according to the data-transmission mode between the signal switching received itself and described display end.
8. notebook computer according to claim 6, it is characterized in that, described system end is stretched out in described poke rod one end be positioned at outside backstay, be provided with the switch for switching described system end and display end data-transmission mode in described system end, described switch is connected to drive described switch action when described poke rod moves with described poke rod.
9. a changing method for the transmission mode of notebook computer, is characterized in that, comprising:
Step 1): be located at the position of the Hall element detection display end on the system end of notebook computer relative to system end, and the data of detection transferred to the processor in system end;
Step 2): described processor is according to the data-transmission mode between the data regulator control system end received and display end.
10. a changing method for the transmission mode of notebook computer, is characterized in that, comprising:
Step 1): in the system end being located at notebook computer and the signalizing activity that sends according to user of the switch be electrically connected with the processor in described system end, and simultaneously by described Signal transmissions to the processor in system end;
Step 2): the data-transmission mode of described processor according to the signals-modulating received between system end and display end.
CN201510796932.6A 2015-11-17 2015-11-17 A kind of switching method of the transmission mode of connection component, laptop and laptop Active CN105242758B (en)

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CN109992049A (en) * 2019-03-28 2019-07-09 维沃移动通信有限公司 Terminal device and external equipment
CN110879638A (en) * 2018-09-06 2020-03-13 Oppo广东移动通信有限公司 Separable electronic device and base

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CN104536515A (en) * 2014-12-05 2015-04-22 英业达(重庆)有限公司 Split type computer device and inserting and drawing assembly thereof
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CN101232137A (en) * 2008-02-21 2008-07-30 友达光电股份有限公司 Electric connector
CN202421945U (en) * 2011-12-02 2012-09-05 北京爱国者信息技术有限公司 Separable laptop
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Publication number Priority date Publication date Assignee Title
CN106843394A (en) * 2017-01-20 2017-06-13 深圳易方数码科技股份有限公司 The equipment and notebook of a kind of computer model switching
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CN109992049A (en) * 2019-03-28 2019-07-09 维沃移动通信有限公司 Terminal device and external equipment

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