CN104216675A - Method and system for screen expansion and mobile terminal - Google Patents
Method and system for screen expansion and mobile terminal Download PDFInfo
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- CN104216675A CN104216675A CN201410469621.4A CN201410469621A CN104216675A CN 104216675 A CN104216675 A CN 104216675A CN 201410469621 A CN201410469621 A CN 201410469621A CN 104216675 A CN104216675 A CN 104216675A
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Abstract
The invention discloses a method and a system for screen expansion and a mobile terminal. The screen expansion method comprises the following steps of splicing at least two mobile terminals together, and establishing communication connection, wherein one mobile terminal is used as a host machine, the other mobile terminals are used as slave machines, and the mobile terminals are not provided with borders; enabling the host machine to obtain the content of a screen of the host machine or each slave machine; enabling the host machine to divide the content of the screen, and distribute to the screens of the host machine and each slave machine to display. Therefore, the display screen is expanded, the display picture is expanded, and the visual experience is improved. The method, the system and the mobile terminal have the advantages that the display screen is expanded in an unlimited way, the display picture is expanded in the unlimited way, and the better visual effect is obtained.
Description
Technical field
The present invention relates to communication technical field, especially relate to a kind of screen extended method, system and mobile terminal.
Background technology
Along with the intelligent development of mobile phone, mobile phone is not only confined to make a phone call, and user can also utilize mobile phone to share or watch the content of multimedia such as picture, film, has enriched greatly people's entertainment life.
Because the media contents such as film are emphasized visual effect, screen more visual effect is better.Yet be limited by portable characteristics, the screen of mobile phone is not very large, current large screen mobile phone is maximum 5 cun of left and right also, are not easy to too greatly carry.When therefore user shares or watches content of multimedia on mobile phone, because display frame is less, cause visual effect not good, affect visual experience.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of screen extended method, system and mobile terminal, is intended to expand the display screen of mobile terminal, expands display frame, promotes visual experience.
To achieve these objectives, the present invention proposes a kind of screen extended method, comprises step:
At least two mobile terminals are stitched together and establish a communications link, and wherein a mobile terminal is main frame, and all the other mobile terminals are handset, and described mobile terminal is Rimless mobile terminal;
Main frame obtains the screen display content in the machine or arbitrary handset;
Main frame is dispensed to after described screen display content is cut apart on the screen of the machine and each handset and is shown.
Preferably, described mobile terminal has a plurality of, and described main frame is dispensed to after described screen display content is cut apart on the screen of the machine and each handset and is shown and comprise:
Main frame obtains the spliced concatenation information of a plurality of mobile terminals;
According to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
Preferably, at least one side of described mobile terminal is provided with sensor, and described mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
The present invention proposes a kind of screen expanding system simultaneously, comprises at least two mobile terminals, and each mobile terminal is stitched together and establishes a communications link, and wherein a mobile terminal is main frame, and all the other mobile terminals are handset, and described mobile terminal is Rimless mobile terminal; Described main frame is used for: obtain the screen display content in the machine or arbitrary handset, be dispensed on the screen of the machine and each handset and shown after described screen display content is cut apart.
Preferably, described mobile terminal has a plurality of, described main frame is used for: obtain the spliced concatenation information of a plurality of mobile terminals, according to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
Preferably, at least one side of described mobile terminal is provided with sensor, and described mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
The present invention also proposes a kind of mobile terminal, after described mobile terminal and the splicing of other at least one mobile terminal, carries out screen expansion, and each mobile terminal is Rimless mobile terminal, and described mobile terminal comprises link block and screen expansion module, wherein:
Link block, for establishing a communications link as main frame or handset and other mobile terminal;
Screen expansion module, be used for carrying out screen expansion associative operation, when described mobile terminal is as main frame and other mobile terminal during as handset obtains the screen display content in the machine or arbitrary handset, and after described screen display content is cut apart, be dispensed on the screen of the machine and each handset and shown.
Preferably, described mobile terminal and a plurality of other mobile terminal establish a communications link, described screen expansion module is used for: obtain the spliced concatenation information of a plurality of mobile terminals, according to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
Preferably, described screen expansion module also for: when described mobile terminal is during as handset, the screen display content that Receiving Host distributes is shown.
Preferably, at least one side of described mobile terminal is provided with sensor, and described screen expansion module obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
A kind of screen extended method provided by the present invention, by the mobile terminal of at least two Rimless is stitched together and is established a communications link, and the screen display content of a mobile terminal is wherein dispensed to each mobile terminal screen after cutting apart is shown, thereby expanded display screen, expand display frame, promoted visual experience.And the present invention can also realize the infinite expanding to display screen, can infinitely expand display frame, obtain splendid visual effect.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of screen extended method the first embodiment of the present invention;
Fig. 2 is a kind of connecting method of two mobile terminals in the embodiment of the present invention;
Fig. 3 is the another kind of connecting method of two mobile terminals in the embodiment of the present invention;
Fig. 4 is the process flow diagram of screen extended method the second embodiment of the present invention;
Fig. 5 is a kind of connecting method of a plurality of mobile terminals in the embodiment of the present invention;
Fig. 6 is the another kind of connecting method of a plurality of mobile terminals in the embodiment of the present invention;
Fig. 7 is the module diagram of screen expanding system the first embodiment of the present invention;
Fig. 8 is the module diagram of screen expanding system the second embodiment of the present invention;
Fig. 9 is the module diagram of mobile terminal one embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Referring to Fig. 1, screen extended method the first embodiment of the present invention is proposed, described screen extended method comprises the following steps:
Step S101: two mobile terminals are stitched together and establish a communications link with the connecting method of presetting
Mobile terminal in the present invention is Rimless mobile terminal, and mobile terminal does not have frame, and display screen extends to the left and right edges of mobile terminal or four edges up and down.When two mobile terminals are stitched together, the screen of two mobile terminals is realized seamless link, one integrated mass.Described default connecting method can splice as shown in Figure 2 side by side, also can be longitudinal spliced as shown in Figure 3.
Between two mobile terminals, can connect by wired or wireless mode, as established a communications link by wireless connections modes such as bluetooth, WIFI, infrared rays.
Step S102: determine that wherein a mobile terminal is main frame, another mobile terminal is handset
For example, in certain embodiments, mobile terminal A sends screen expansion to mobile terminal B and connects invitation, mobile terminal B accepts the invitation, and the latter two establish a communications link, and the mobile terminal A that acquiescence is initiatively sent invitation is main frame, the mobile terminal B of passive receive invitation is handset (or vice versa).
In further embodiments, at least one side of mobile terminal is provided with sensor, when mobile terminal A and mobile terminal B side are when being stitched together, trigger the sensor of side, the two is automatically set up screen expansion and connects, and eject inquiry interface, and by user, select the mobile terminal as main frame, another mobile terminal is handset.
Or, also can be by user's given host and handset.
In screen expansion process, two mobile terminals can be changed the identity of main frame and handset at any time.As main frame, automatically abandoning host identities becomes handset, and another mobile terminal becomes main frame.
Step S103: main frame obtains the screen display content in the machine or handset
Generally, acquiescence is carried out screen expansion by the screen display content on main frame.Also can eject inquiry interface, by user, be selected the screen display content on which mobile terminal to carry out screen expansion.
If select, with the screen display content on main frame, carry out screen expansion, main frame directly obtains the screen display content in the machine; If select, with the screen display content in handset, carry out screen expansion, main frame sends screen display content acquisition request to handset, and handset sends to main frame after obtaining the screen display content in the machine.
Step S104: main frame becomes two parts according to default connecting method by screen display content segmentation, and be respectively allocated on the screen of the machine and handset and shown
Concrete, as default connecting method as shown in Figure 2, screen display content segmentation is become to left and right two parts; As default connecting method as shown in Figure 3, screen display content segmentation is become to upper and lower two parts.And the screen of a part by the machine wherein shown, another part sends to handset, and handset is shown by its screen.Thereby realized screen expansion, expanded display frame, promoted visual experience.
Referring to Fig. 4, screen extended method the second embodiment of the present invention is proposed, described screen extended method comprises the following steps:
Step S201: a plurality of mobile terminals are stitched together and establish a communications link, wherein a mobile terminal is main frame, all the other mobile terminals are handset
In the present embodiment, three mobile terminals are stitched together side by side as shown in Figure 5, and also four mobile terminals are together combined and spliced as shown in Figure 6, can also infinitely extend, and form larger composite screen.
When having a plurality of mobile terminal, by initiatively sending screen expansion, connect the mobile terminal of inviting as main frame, the mobile terminal of accepting to connect invitation is as handset, and other mobile terminal also can add screen expansion to connect to host requests at any time, and final host computer and each handset establish a communications link.
Step S202: main frame obtains the screen display content in the machine or arbitrary handset
Generally, acquiescence is carried out screen expansion by the screen display content on main frame.Also can eject inquiry interface, by user, be selected the screen display content on which mobile terminal to carry out screen expansion.
If select, with the screen display content on main frame, carry out screen expansion, main frame directly obtains the screen display content in the machine; If select, with the screen display content in a certain handset, carry out screen expansion, main frame sends screen display content acquisition request to this handset, and this handset sends to main frame after obtaining the screen display content in the machine.
Step S203: main frame obtains the spliced concatenation information of each mobile terminal
In the present embodiment, the side of each mobile terminal is equipped with sensor, and preferably four sides all arrange sensor, and each mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by sensor.Wherein, main frame directly obtains the spliced concatenation information of the machine and other mobile terminal by the sensor of the machine, and each handset sends to main frame by the concatenation information of obtaining separately.Described concatenation information comprises quantity and the stitching position of the mobile terminal of splicing with it.
In the present embodiment, step S202 and step S203 there is no strict sequencing, and two steps can be carried out simultaneously, or the sequencing of two steps can arbitrarily be changed.
Step S204: main frame becomes a plurality of parts according to concatenation information by the screen display content segmentation of obtaining, and be respectively allocated on the screen of the machine and handset and shown
Concrete, the comprehensive all concatenation information of main frame, obtain shape or the profile of spliced composite screen, and each handset residing position in composite screen, accordingly the screen display content segmentation of obtaining is become to a plurality of parts, and various piece is respectively allocated on the screen of the machine and corresponding handset and is shown.As shown in Figure 5, screen display content segmentation is become to three parts; As shown in Figure 6, screen display content segmentation is become to four parts.Thereby, realized the infinite expanding of screen, can infinitely expand display frame, obtain extremely powerful visual effect.When friend gets together, numerous mobile phones can be stitched together is extended to a giant-screen and carries out multimedia and share, and has interest, has promoted greatly user's experience.
Referring to Fig. 7, screen expanding system the first embodiment of the present invention is proposed, described screen expanding system comprises two mobile terminals (mobile terminal A and mobile terminal B as shown in the figure), two mobile terminals are stitched together and establish a communications link with the connecting method of presetting, wherein a mobile terminal is main frame, another mobile terminal is handset, and two mobile terminals are Rimless mobile terminal.Between two mobile terminals, can connect by wired or wireless mode, as established a communications link by wireless connections modes such as bluetooth, WIFI, infrared rays.
For determining of main frame and handset, for example, in certain embodiments, mobile terminal A sends screen expansion to mobile terminal B and connects invitation, mobile terminal B accepts the invitation, and the latter two establish a communications link, and the mobile terminal A that acquiescence is initiatively sent invitation is main frame, the mobile terminal B of passive receive invitation is handset (or vice versa).In further embodiments, at least one side of mobile terminal is provided with sensor, when mobile terminal A and mobile terminal B side are when being stitched together, trigger the sensor of side, the two is automatically set up screen expansion and connects, and eject inquiry interface, and by user, select the mobile terminal as main frame, another mobile terminal is handset.Or, also can be by user's given host and handset.In screen expansion process, two mobile terminals can be changed the identity of main frame and handset at any time.As main frame, automatically abandoning host identities becomes handset, and another mobile terminal becomes main frame.
Set up after communication connection, main frame obtains the screen display content in the machine or handset, and screen display content segmentation is become to two parts, and is respectively allocated on the screen of the machine and handset and is shown.
Generally, acquiescence is carried out screen expansion by the screen display content on main frame.Also can eject inquiry interface, by user, be selected the screen display content on which mobile terminal to carry out screen expansion.Determined and need carry out after the screen display content of screen expansion, main frame obtains this screen display content.Main frame, according to default connecting method, is cut apart screen display content.As default connecting method as shown in Figure 2, screen display content segmentation is become to left and right two parts; As connecting method as shown in Figure 3, screen display content segmentation is become to upper and lower two parts.And the screen of a part by the machine wherein shown, another part sends to handset, and handset is shown by its screen.Thereby realized screen expansion, expanded display frame, promoted visual experience.
Referring to Fig. 8, Screen Sharing System the second embodiment of the present invention is proposed, the Screen Sharing System of the present embodiment comprises a plurality of mobile terminals, comprise as shown in Figure 8 mobile terminal 1～mobile terminal n n mobile terminal (n >=3) altogether, each mobile terminal is Rimless mobile terminal, wherein mobile terminal 1 is main frame, and all the other mobile terminals are handset, and main frame and each handset establish a communications link respectively.The connecting method of a plurality of mobile terminals, three mobile terminals are stitched together side by side as shown in Figure 5, and also four mobile terminals are together combined and spliced as shown in Figure 6, can also infinitely extend, and form larger composite screen.
After establishing a communications link, main frame obtains the screen display content in the machine or arbitrary handset, and obtain the spliced concatenation information of each mobile terminal, according to concatenation information, the screen display content segmentation of obtaining is become to a plurality of parts, and be respectively allocated on the screen of the machine and handset and shown.
Concrete, in the present embodiment, the side of each mobile terminal is equipped with sensor, and preferably four sides all arrange sensor, and each mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by sensor.Wherein, main frame directly obtains the spliced concatenation information of the machine and other mobile terminal by the sensor of the machine, and each handset sends to main frame by the concatenation information of obtaining separately.Described concatenation information comprises quantity and the stitching position of the mobile terminal of splicing with it.
The comprehensive all concatenation information of main frame, obtain shape or the profile of spliced composite screen, and each handset residing position in composite screen, accordingly the screen display content segmentation of obtaining is become to a plurality of parts, and various piece is respectively allocated on the screen of the machine and corresponding handset and is shown.As shown in Figure 5, screen display content segmentation is become to three parts; As shown in Figure 6, screen display content segmentation is become to four parts.Thereby, realized the infinite expanding of screen, can infinitely expand display frame, obtain extremely powerful visual effect.When friend gets together, numerous mobile phones can be stitched together is extended to a giant-screen and carries out multimedia and share, and has interest, has promoted greatly user's experience.
It should be noted that, the technical characterictic in said method embodiment is all corresponding applicable in native system embodiment, does not repeat them here.
Referring to Fig. 9, mobile terminal one embodiment of the present invention is proposed, the mobile terminal in the present embodiment is the mobile terminal in above-mentioned Screen Sharing System embodiment, described mobile terminal carries out screen expansion after can splicing with other at least one mobile terminal.Mobile terminal in the present embodiment is Rimless mobile terminal, be that mobile terminal does not have frame, display screen extends to the left and right edges of mobile terminal or four edges up and down, when two mobile terminals are stitched together, the screen of two mobile terminals is realized seamless link, one integrated mass.Described mobile terminal comprises link block and screen expansion module.
Link block: for establishing a communications link as main frame or handset and other mobile terminal.Link block can connect by wired or wireless mode, as established a communications link by wireless connections modes such as bluetooth, WIFI, infrared rays.
Screen expansion module: for carrying out screen expansion associative operation.
Concrete, when the machine is as main frame and other mobile terminal during as handset, screen expansion module obtains the screen display content in the machine or arbitrary handset, and after the screen display content of obtaining is cut apart, is dispensed on the screen of the machine and each handset and is shown.When the machine is during as handset, the screen display content that screen expansion module Receiving Host sends is also shown by screen.
For example, in certain embodiments, the machine establishes a communications link after only splicing with the connecting method of presetting with a mobile terminal, and described default connecting method can splice as shown in Figure 2 side by side, also can be longitudinal spliced as shown in Figure 3.When the machine is during as main frame, screen expansion module obtains the screen display content of the machine or handset, and according to default connecting method, screen display content is cut apart; As default connecting method as shown in Figure 2, screen display content segmentation is become to left and right two parts; As default connecting method as shown in Figure 3, screen display content segmentation is become to upper and lower two parts; Finally the screen of a part by the machine wherein shown, another part sends to handset, and handset is shown by its screen.When the machine is during as handset, the screen expansion module screen display content that Receiving Host sends is shown by screen.Thereby realized screen expansion, expanded display frame, promoted visual experience.
In further embodiments, after the machine and a plurality of mobile terminal are stitched together, establish a communications link, three mobile terminals are stitched together side by side as shown in Figure 5, and also four mobile terminals are together combined and spliced as shown in Figure 6, can also infinitely extend, form larger composite screen.In the present embodiment, the side of mobile terminal is provided with sensor, and preferably four sides all arrange sensor, and screen expansion module obtains the machine and the spliced concatenation information of other mobile terminal by sensor.
When the machine is during as main frame, link block and each handset establish a communications link, screen expansion module obtains the screen display content in the machine or arbitrary handset, and obtain the spliced concatenation information of each mobile terminal, comprise the machine and the spliced concatenation information of other mobile terminal and the concatenation information that each handset sends that the sensor by the machine obtains.The concatenation information that Screen sharing module synthesis is all, obtain shape or the profile of spliced composite screen, and each handset residing position in composite screen, accordingly the screen display content segmentation of obtaining is become to a plurality of parts, and various piece is respectively allocated on the screen of the machine and corresponding handset and is shown.As shown in Figure 5, screen display content segmentation is become to three parts; As shown in Figure 6, screen display content segmentation is become to four parts.Thereby, realized the infinite expanding of screen, can infinitely expand display frame, obtain extremely powerful visual effect.When friend gets together, numerous mobile phones can be stitched together is extended to a giant-screen and carries out multimedia and share, and has interest, has promoted greatly user's experience.
When the machine is during as handset, Screen sharing module is obtained the machine and the spliced concatenation information of other mobile terminal and is sent to main frame by sensor, and the screen display content that Receiving Host sends is shown by screen.
One of ordinary skill in the art will appreciate that, realizing all or part of step in above-described embodiment method can control relevant hardware by program and complete, described program can be stored in a computer read/write memory medium, and described storage medium can be ROM/RAM, disk, CD etc.
Should be understood that; these are only the preferred embodiments of the present invention; can not therefore limit the scope of the claims of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes instructions of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a screen extended method, is characterized in that, comprises step:
At least two mobile terminals are stitched together and establish a communications link, and wherein a mobile terminal is main frame, and all the other mobile terminals are handset, and described mobile terminal is Rimless mobile terminal;
Main frame obtains the screen display content in the machine or arbitrary handset;
Main frame is dispensed to after described screen display content is cut apart on the screen of the machine and each handset and is shown.
2. screen extended method according to claim 1, is characterized in that, described mobile terminal has a plurality of, and described main frame is dispensed to after described screen display content is cut apart on the screen of the machine and each handset and is shown and comprise:
Main frame obtains the spliced concatenation information of a plurality of mobile terminals;
According to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
3. screen extended method according to claim 1 and 2, is characterized in that, at least one side of described mobile terminal is provided with sensor, and described mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
4. a screen expanding system, is characterized in that, comprises at least two mobile terminals, and each mobile terminal is stitched together and establishes a communications link, and wherein a mobile terminal is main frame, and all the other mobile terminals are handset, and described mobile terminal is Rimless mobile terminal; Described main frame is used for: obtain the screen display content in the machine or arbitrary handset, be dispensed on the screen of the machine and each handset and shown after described screen display content is cut apart.
5. screen expanding system according to claim 4, it is characterized in that, described mobile terminal has a plurality of, described main frame is used for: obtain the spliced concatenation information of a plurality of mobile terminals, according to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
6. according to the screen expanding system described in claim 4 or 5, it is characterized in that, at least one side of described mobile terminal is provided with sensor, and described mobile terminal obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
7. a mobile terminal, is characterized in that, after described mobile terminal and the splicing of other at least one mobile terminal, carries out screen expansion, and each mobile terminal is Rimless mobile terminal, and described mobile terminal comprises link block and screen expansion module, wherein:
Link block, for establishing a communications link as main frame or handset and other mobile terminal;
Screen expansion module, be used for carrying out screen expansion associative operation, when described mobile terminal is as main frame and other mobile terminal during as handset obtains the screen display content in the machine or arbitrary handset, and after described screen display content is cut apart, be dispensed on the screen of the machine and each handset and shown.
8. mobile terminal according to claim 7, it is characterized in that, described mobile terminal and a plurality of other mobile terminal establish a communications link, described screen expansion module is used for: obtain the spliced concatenation information of a plurality of mobile terminals, according to described concatenation information, described screen display content segmentation is become to a plurality of parts, and be respectively allocated on the screen of the machine and each handset and shown.
9. mobile terminal according to claim 7, is characterized in that, described screen expansion module also for: when described mobile terminal is during as handset, the screen display content that Receiving Host distributes is shown.
10. according to the mobile terminal described in claim 7-9 any one, it is characterized in that, at least one side of described mobile terminal is provided with sensor, and described screen expansion module obtains the machine and the spliced concatenation information of other mobile terminal by described sensor.
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