CN105407131A - Remote control method between mobile devices and mobile devices - Google Patents
Remote control method between mobile devices and mobile devices Download PDFInfo
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- CN105407131A CN105407131A CN201510661271.6A CN201510661271A CN105407131A CN 105407131 A CN105407131 A CN 105407131A CN 201510661271 A CN201510661271 A CN 201510661271A CN 105407131 A CN105407131 A CN 105407131A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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Abstract
The invention discloses a remote control method between mobile devices and the mobile devices. The remote control method includes: a first mobile device has access to a server via a first network channel and sends an authorization request to a second mobile device connected with the server in a communication manner via the first network channel, the authorization request is a request for obtaining verification information from the second mobile device by the first mobile device, during the communication connection with the server via a second network channel and reception of the authorization request by the second mobile device, screen data information is sent to the second mobile device via the second network channel and the server, and the second mobile device draws images according to the screen data information. According to the method, multi-party screen remote control can be realized without depending on a software platform.
Description
Technical field
The present invention relates to remote control technology field, particularly relate to long-range control method and mobile device between a kind of mobile device.
Background technology
Along with the develop rapidly of the communication technology and the universal of smart electronics product, increasing intelligent terminal or smart machine become a part indispensable in people's life, as smart mobile phone.And while intelligent terminal is universal, user to the kind of the function that intelligent terminal possesses and performance requirement also more and more higher.
Due to informationalized universal, the Long-distance Control of terminal screen becomes the active demand of current users, but, current screen Long-distance Control intelligent terminal is by by existing software platform, such as by QQ software simulating screen remote control, needing user both sides all to install identical is just can realize after software platform, for user brings inconvenience, and existing remote controlled manner can not realize in many ways Long-distance Control simultaneously.
Summary of the invention
The technical problem that the present invention mainly solves is to provide long-range control method and mobile device between a kind of mobile device, can realize screen Long-distance Control in many ways under the prerequisite not relying on software platform.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: provide long-range control method between a kind of mobile device, comprising:
Authorization requests, by first network channel access server, is sent to the second mobile device communicated to connect by described first network Path Setup with described server by the first mobile device; Wherein, described authorization requests is that described first mobile device obtains the request of authorization information from described second mobile device;
Communicated to connect by second network Path Setup with described server, and when described second mobile device accepts described authorization requests,
By the on-screen data information of the first mobile device self by described second network passage, be sent to described second mobile device via described server, make described second mobile device according to described on-screen data information drawing image.
Wherein, described by the on-screen data information of the first mobile device self by described second network passage, be sent to described second mobile device via described server, described second mobile device also comprised according to after the step of described on-screen data information drawing image:
By the image control instruction that described second mobile device of the 3rd network channel reception sends via described server, and respond described image control instruction.
Wherein, described first mobile device is by first network channel access server, and step authorization requests being sent to the second mobile device communicated to connect by described first network Path Setup with described server is comprised:
Described first mobile device sends authorization information by described server to described second mobile device and obtains request;
Receive the authorization information that described second mobile device sends;
Judge whether described authorization information is effective information; And
When described authorization information is effective information, described second intelligent terminal is selected to be the terminal equipment of its screen of Long-distance Control.
Wherein, described first mobile device, by first network channel access server, is also comprised before authorization requests being sent to the step of the second mobile device communicated to connect by described first network Path Setup with described server
Described first mobile device sends registration request to described server;
Receive the unique identity code of described server-assignment.
Wherein, described by on-screen data information by described second network passage, the step being sent to described second mobile device via described server specifically comprises:
Its on-screen data information is sent to described second mobile device by described second network passage via described server in the mode of binary stream by described first mobile device.
For solving the problems of the technologies described above, another technical solution used in the present invention is: provide long-range control method between a kind of mobile device, comprising:
The authorization requests that second mobile device is sent by first network channel reception server; Wherein, described authorization requests is that the first mobile device generates, and is that described first mobile device obtains the request of authorization information from described second mobile device;
Accept described authorization requests, and communicated to connect by second network Path Setup with described server;
The on-screen data information of the first mobile device self sent by server described in described second network channel reception, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that described first mobile device is sent to described server by described second network passage.
Wherein, the described on-screen data information sent by server described in described second network channel reception, and also comprise according to after the step of described on-screen data information drawing image:
Established a communications link by the 3rd network channel with described server;
Send image control instruction to described first mobile device by described 3rd network channel via described server, trigger described first mobile device and respond described image control instruction.
Wherein, the described on-screen data information sent by server described in described second network channel reception, and comprise according to the step of described on-screen data information drawing image:
Described second mobile device receives the on-screen data information of described first mobile device;
Described on-screen data information is amplified according to the screen size of described second mobile device is corresponding with the ratio of the screen size of described first mobile device;
According to the described on-screen data information drawing image after amplification.
For solving the problems of the technologies described above, another technical scheme that the present invention adopts is: provide a kind of mobile device, comprising: authorization requests sending module, communication connection module and screen message sending module,
Described authorization requests sending module is used for by first network channel access server, authorization requests is sent to another mobile device communicated to connect by described first network Path Setup with described server; Wherein, described authorization requests is that described mobile device obtains the request of authorization information from another mobile device described;
Described communication connection module is used for being communicated to connect by second network Path Setup with described server;
Described screen message sending module is used for when another mobile device described accepts described authorization requests, by the on-screen data information of mobile device self by described second network passage, be sent to another mobile device described via described server, make another mobile device described according to described on-screen data information drawing image.
For solving the problems of the technologies described above, another technical scheme that the present invention adopts is: provide a kind of mobile device, comprising: authorization requests receiver module, communication connection module and screen message receiver module,
Described authorization requests receiver module is used for the authorization requests sent by first network channel reception server; Wherein, described authorization requests is that another mobile device generates, and is that another mobile device described obtains the request of authorization information from described mobile device;
Described communication connection module for accepting described authorization requests, and is communicated to connect by second network Path Setup with described server;
Described screen message receiver module is used for the on-screen data information of another mobile device self sent by server described in described second network channel reception, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that another mobile device described is sent to described server by described second network passage.
The invention has the beneficial effects as follows: the situation being different from prior art, first mobile device of the present invention is by first network channel access server, after authorization requests being sent to the second mobile device communicated to connect by first network Path Setup with server, communicated to connect by second network Path Setup with server, and the on-screen data information of the first mobile device is sent to the second mobile device by second network passage via server, make described second mobile device according to described on-screen data information drawing image.By the way; first mobile device is respectively by first network channel access server; and by second network passage, its on-screen data information is sent to the second mobile device, and depart from the dependence of prior art Long-distance Control to communication software, not only easy to operate; save the memory source of the first mobile device and the second mobile device; and, more safe and reliable by the mode of authorizing, while bringing convenience to user; the privacy of energy available protecting user, adding users is experienced.And can realize multiple second mobile device in the present invention to the screen control of the first mobile device, the scope of application is more extensive.
Accompanying drawing explanation
Fig. 1 is the structural representation of tele-control system one execution mode between mobile device of the present invention;
Fig. 2 is the schematic flow sheet of long-range control method one execution mode between mobile device of the present invention;
Fig. 3 is the schematic flow sheet of another execution mode of long-range control method between mobile device of the present invention;
Fig. 4 is the structural representation of mobile device one execution mode of the present invention;
Fig. 5 is the structural representation of another execution mode of mobile device of the present invention;
Fig. 6 is the structural representation of a mobile device of the present invention execution mode again;
Fig. 7 is the structural representation of the another execution mode of mobile device of the present invention.
Embodiment
Consult Fig. 1, Fig. 1 is the structural representation of tele-control system one execution mode between mobile device of the present invention, the tele-control system of present embodiment comprises the first mobile device 101, server 102 and the second mobile device 103, wherein, second mobile device 103 is multiple, and the first mobile device 101 and the second mobile device 103 all can realize wireless telecommunications with server 102.First mobile device 101 comprises smart mobile phone, panel computer, PC and intelligent television etc., and the second mobile device 103 comprises smart mobile phone, panel computer etc., does not limit at this.
In order to realize at least one second mobile device 103 to the Long-distance Control of the first mobile device 101, first mobile device 101 sets up first network expanding channels with server 102, and by this first network channel access server 102, authorization requests is sent to server 102.Authorization requests is sent to it also by least one second mobile device 103 that first network Path Setup communicates to connect by this server 102.Wherein, above-mentioned authorization requests is the request of the acquisition authorization information of the first mobile device 101 in order to verify the second mobile equipment identity whether effective to the second mobile device 103 transmission.Second mobile device 103 receives this checking request, and sends authorization information to the first mobile device 101.First mobile device 101 judges this authorization information, determines whether this authorization information conforms to the authorization information preset, if conformed to, then this authorization information is effective authorization information, otherwise be then invalid authorization information, this second mobile device 103 is hazardous equipment.If this authorization information is effective mobile device, the first mobile device 101 selects this second mobile device 103 to be the terminal equipment of remote controllers screen.Namely the first mobile device 101 completes the mandate to the second mobile device 103.
First mobile device 101, after completing the mandate at least one the second mobile device 103, is communicated to connect by second network Path Setup with server 102, and its on-screen data information is sent to server 102 by above-mentioned second network passage.The on-screen data information of the first mobile device 101 is sent to the second mobile device 103 of mandate by server 102 by second network passage.
Second mobile device 103, by this on-screen data information of second network channel reception, shows on its screen according to after above-mentioned on-screen data information drawing image.To be connected by the 3rd network channel with server 102 and to communicate to connect, server 102 is sent to by the image control instruction of the first mobile device 101 by the 3rd network channel, server 102 receives this image control instruction, and this image control instruction is sent to the first mobile device 101.First mobile device 101 receives and mutually should image control instruction, according to the picture material of this its screen display of instruction modification.
Particularly, consult Fig. 2, Fig. 2 is the schematic flow sheet of long-range control method one execution mode between mobile device of the present invention, and the method for present embodiment is applied to the system shown in above-mentioned Fig. 1, particularly, the method for present embodiment is performed by the first mobile device in Fig. 1.
The long-range control method of present embodiment comprises the steps:
Authorization requests, by first network channel access server, is sent to the second mobile device communicated to connect by described first network Path Setup with described server by 201: the first mobile devices; Wherein, described authorization requests is that described first mobile device obtains the request of authorization information from described second mobile device.
Particularly, first mobile device is in order to share away screen, and realize the Long-distance Control of the second mobile device to the first mobile device, first, first mobile device sends registration request to server after being provided with log-on message, after server receives the log-on message of the first mobile device, this log-on message is detected, and when determining that this log-on message is effective, complete the registration to the first mobile device, and be that the first mobile device distributes unique identification code at one's side, and ensure uniqueness and the independence of the first mobile device.In other embodiments, exclusive identification code ID when the first mobile device also can dispatch from the factory by server, as its Identity Code, does not limit at this.
In other embodiments, first mobile device sends registration request by the browser of local area network (LAN) to server, wherein, described local area network (LAN) is by described first mobile device, server and set up to the second mobile device that server registration is crossed, and does not limit at this.
After having registered, first mobile device and server set up first network expanding channels, and by this first network channel access server, select the equipment of reaching the standard grade of at least one the second mobile device of browser display and this local area network (LAN) as treating authorisation device by the browser of server, and authorization requests is sent to server, wherein, this authorization requests comprises the EIC equipment identification code treating authorisation device.Authorization requests is sent to second mobile device corresponding to the said equipment identification code by server respectively.Particularly, server is sent to the second mobile device by first network passage.
Second mobile device receives this checking request, and sends authorization information to the first mobile device.First mobile device judges this authorization information, determines whether this authorization information conforms to the authorization information preset, if conformed to, then this authorization information is effective authorization information, otherwise be then invalid authorization information, this second mobile device is the invalid mobile device in local area network (LAN).If this authorization information is effective mobile device, the first mobile device determines that this second mobile device is the terminal equipment of remote controllers screen.Namely the first mobile device completes the mandate to the second mobile device.
202: communicated to connect by second network Path Setup with described server.
First mobile device, after completing the mandate to the second mobile device of its screen of Long-distance Control, in order to realize the transmission of on-screen data information, is connected by second network Path Setup with this server further.
Wherein, alternatively, this second network passage to be the first mobile device with server set up network channel that socket is connected.
203: by the on-screen data information of the first mobile device self by described second network passage, be sent to described second mobile device via described server, make described second mobile device according to described on-screen data information drawing image.
On-screen data information is sent to server by this second network passage by the first mobile device, this on-screen data information is sent to each second mobile device of authorizing by the mode of the read and write of data flow by server, second mobile device according to on-screen data information drawing image, and by the on-screen data information displaying of the first mobile device on the screen of the second mobile device.
Alternatively, its on-screen data information is sent to second mobile device by this second network passage via server in the mode of binary stream by the first mobile device.
In other embodiments, because the model of the first mobile device and the second mobile device or type do not complete identical, as the first mobile device be panel computer, the second mobile device be undersized smart mobile phone time, directly by the on-screen data information displaying of the first mobile device on the screen of the second mobile device, the integrality of information displaying can be caused, namely allow to display display complete, because ratio difference is comparatively large, also affect the normal viewing of user.
In order to solve the problem, the on-screen data information that first mobile device sends to the second mobile device comprises its screen size information, second mobile device is after receiving the on-screen data information of the first mobile device, according to the ratio of the screen size of the second mobile device and the screen size of the first mobile device, on-screen data information is amplified, and carry out drawing image according to the size after amplifying and show.
In another embodiment, in order to realize the concrete control to the first mobile device screen, second mobile device and server are established a communications link by the 3rd network channel, wherein, the 3rd network channel is another communication link distinguished with second network passage set up between the second mobile device and server.Second mobile device is sent to server by the image control instruction of the first mobile device, by server, this image control instruction is sent the first mobile device.
Alternatively, described image control instruction is sent to the first mobile device via described server with the data format of JSON by described third channel by described second mobile device, in other embodiments, the second mobile device also other data structures can send this image control instruction.
First mobile device receives this image control instruction, and responds this image control instruction, revises its on-screen data information.
Alternatively, this image control instruction comprises the screen size of the second mobile device, when the screen size of the first mobile device and the second mobile device is inconsistent, the first mobile device amplifies the current on-screen data information of rear amendment according to the ratio of the screen size of the first mobile device and the screen size of the second mobile device to on-screen data information.
In other embodiments, the ratio of the screen size of the screen size of the first mobile device and the second mobile device also directly can be sent to the first mobile device by the second mobile device, does not limit at this.
Be different from prior art, first mobile device of present embodiment is by first network channel access server, after authorization requests being sent to the second mobile device communicated to connect by first network Path Setup with server, communicated to connect by second network Path Setup with server, and its on-screen data information is sent to the second mobile device by second network passage via server, make described second mobile device according to described on-screen data information drawing image.By the way; first mobile device is respectively by first network channel access server; and by second network passage, its on-screen data information is sent to the second mobile device, and depart from the dependence of prior art Long-distance Control to communication software, not only easy to operate; save the memory source of the first mobile device and the second mobile device; and, more safe and reliable by the mode of authorizing, while bringing convenience to user; the privacy of energy available protecting user, adding users is experienced.And can realize multiple second mobile device in the present invention to the screen control of the first mobile device, the scope of application is more extensive.
Consult Fig. 3, Fig. 3 is the schematic flow sheet of another execution mode of long-range control method of the present invention.The method of present embodiment is applied to the system shown in above-mentioned Fig. 1, and particularly, the method for present embodiment is performed by the second mobile device in Fig. 1.Comprise the steps:
The authorization requests that 301: the second mobile devices are sent by first network channel reception server; Wherein, described authorization requests is that the first mobile device generates, and is that described first mobile device obtains the request of authorization information from described second mobile device.
In order to realize at least one second mobile device to the Long-distance Control of the first mobile device, the first mobile device and server set up first network expanding channels, and by this first network channel access server, authorization requests are sent to server.Authorization requests is sent to it also by least one second mobile device that first network Path Setup communicates to connect by this server.Wherein, above-mentioned authorization requests is the request of the acquisition authorization information of the first mobile device in order to verify the second mobile equipment identity whether effective to the second mobile device transmission.
Accordingly, the second mobile device receives this checking request, and sends authorization information to the first mobile device.First mobile device judges this authorization information, determines whether this authorization information conforms to the authorization information preset, if conformed to, then this authorization information is effective authorization information, otherwise be then invalid authorization information, this second mobile device is invalid equipment.If this authorization information is effective mobile device, the first mobile device selects this second mobile device to be the terminal equipment of remote controllers screen.Namely the first mobile device completes the mandate to the second mobile device.
Wherein, second mobile device, before the authorization requests sent by first network channel reception server, sends log-on message to server, after the registration is finished, server is that the second mobile device distributes unique identification code at one's side, and ensures uniqueness and the independence of the second mobile device.In other embodiments, exclusive identification code ID when the second mobile device also can dispatch from the factory by server, as its Identity Code, does not limit at this.
In other embodiments, second mobile device sends registration request by the browser of local area network (LAN) to server, wherein, described local area network (LAN) is by described first mobile device, server and set up to the second mobile device that server registration is crossed, and does not limit at this.
302: accept described authorization requests, and communicated to connect by second network Path Setup with described server.
In order to make screen data transmission and image control instruction not clash in the transmitting procedure sent, the second mobile device is communicated to connect by second network Path Setup with described server after receiving authorization requests.
Alternatively, this second network passage to be the second mobile device with server set up network channel that socket is connected.
303: the on-screen data information of the first mobile device self sent by server described in described second network channel reception, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that described first mobile device is sent to described server by described second network passage.
After first mobile device completes the mandate at least one the second mobile device, communicated to connect by second network Path Setup with server, and its on-screen data information is sent to server by above-mentioned second network passage.The on-screen data information of the first mobile device is sent to the second mobile device of mandate by server by second network passage.
Accordingly, the second mobile device receives this on-screen data information.Then, the second mobile device according to on-screen data information drawing image, and by the on-screen data information displaying of the first mobile device on the screen of the second mobile device.
Alternatively, its on-screen data information is sent to second mobile device by this second network passage via server in the mode of binary stream by the first mobile device.Accordingly, the second mobile device receives the on-screen data information of this binary stream form.
In other embodiments, because the model of the first mobile device and the second mobile device or type do not complete identical, as the first mobile device be panel computer, the second mobile device be undersized smart mobile phone time, directly by the on-screen data information displaying of the first mobile device on the screen of the second mobile device, the integrality of information displaying can be caused, namely allow to display display complete, because ratio difference is comparatively large, also affect the normal viewing of user.
In order to solve the problem, the on-screen data information that first mobile device sends to the second mobile device comprises its screen size information, second mobile device is after receiving the on-screen data information of the first mobile device, according to the ratio of the screen size of the second mobile device and the screen size of the first mobile device, on-screen data information is amplified, and carry out drawing image according to the size after amplifying and show.
In another embodiment, second mobile device is in order to realize the concrete control to the first mobile device screen, established a communications link by the 3rd network channel with server, wherein, the 3rd network channel is another communication link distinguished with second network passage set up between the second mobile device and server.Second mobile device is sent to server by the image control instruction of the first mobile device, by server, this image control instruction is sent the first mobile device.
Alternatively, described image control instruction is sent to the first mobile device via described server with the data format of JSON by described third channel by described second mobile device, in other embodiments, the second mobile device also other data structures can send this image control instruction.
First mobile device receives this image control instruction, and responds this image control instruction, revises its on-screen data information.
Alternatively, this image control instruction comprises the screen size of the second mobile device, when the screen size of the first mobile device and the second mobile device is inconsistent, the first mobile device amplifies the current on-screen data information of rear amendment according to the ratio of the screen size of the first mobile device and the screen size of the second mobile device to on-screen data information.
In other embodiments, the ratio of the screen size of the screen size of the first mobile device and the second mobile device also directly can be sent to the first mobile device by the second mobile device, does not limit at this.
Be different from prior art, after the authorization requests that second mobile device of present embodiment is sent by first network channel reception server, communicated to connect by second network Path Setup with described server, by the on-screen data information that server described in described second network channel reception sends, and according to described on-screen data information drawing image.By the way; first mobile device is respectively by first network channel access server; and by second network passage, its on-screen data information is sent to the second mobile device, and depart from the dependence of prior art Long-distance Control to communication software, not only easy to operate; save the memory source of the first mobile device and the second mobile device; and, more safe and reliable by the mode of authorizing, while bringing convenience to user; the privacy of energy available protecting user, adding users is experienced.And can realize multiple second mobile device in the present invention to the screen control of the first mobile device, the scope of application is more extensive.
Consult Fig. 4, Fig. 4 is the structural representation of mobile device one execution mode of the present invention.The mobile device of present embodiment comprises authorization requests sending module 401, communication connection module 402 and screen message sending module 403.
Authorization requests, for by first network channel access server, is sent to another mobile device communicated to connect by described first network Path Setup with described server by authorization requests sending module 401; Wherein, described authorization requests is that described mobile device obtains the request of authorization information from another mobile device described.
Particularly, this mobile device also comprises Registering modules, Registering modules is used for sending registration request to server after being provided with log-on message, after server receives the log-on message of the first mobile device, this log-on message is detected, and when determining that this log-on message is effective, completes the registration to this mobile device, and distribute unique identification code at one's side for this mobile device, and ensure uniqueness and the independence of this mobile device.In other embodiments, exclusive identification code ID when this mobile device also can dispatch from the factory by server, as its Identity Code, does not limit at this.
In other embodiments, Registering modules sends registration request by the browser of local area network (LAN) to server, wherein, described local area network (LAN) is by described first mobile device, server and set up to another mobile device that server registration is crossed, and does not limit at this.
After having registered, this mobile device and server set up first network expanding channels, authorization requests sending module 401 is by this first network channel access server, select the equipment of reaching the standard grade of other at least one mobile device of browser display and this local area network (LAN) as treating authorisation device by the browser of server, and authorization requests is sent to server, wherein, this authorization requests comprises the EIC equipment identification code treating authorisation device.Authorization requests is sent to another mobile device corresponding to the said equipment identification code by server respectively.Particularly, server is sent to another mobile device by first network passage.
Another mobile device receives this checking request, and sends authorization information to this mobile device.Authorization requests sending module 401 judges this authorization information, determine whether this authorization information conforms to the authorization information preset, if conformed to, then this authorization information is effective authorization information, otherwise, be then invalid authorization information, this another mobile device is the invalid mobile device in local area network (LAN).If this authorization information is effective mobile device, this mobile device determines that this another mobile device is the terminal equipment of remote controllers screen.Namely this mobile device completes the mandate to another mobile device.
Communication connection module 402 for being communicated to connect by second network Path Setup with described server,
Authorization requests sending module 401 is after completing the mandate to another mobile device of its screen of Long-distance Control, and in order to realize the transmission of on-screen data information, communication connection module 402 is connected by second network Path Setup with this server further.
Wherein, alternatively, this second network passage to be this mobile device with server set up network channel that socket is connected.
Screen message sending module 403 is for when another mobile device described accepts described authorization requests, by the on-screen data information of mobile device self by described second network passage, be sent to another mobile device described via described server, make another mobile device described according to described on-screen data information drawing image.
On-screen data information is sent to server by this second network passage by screen message sending module 403, this on-screen data information is sent to another mobile device of mandate by server by the mode of the read and write of data flow, another mobile device according to on-screen data information drawing image, and by the on-screen data information displaying of this mobile device on the screen of another mobile device.
Alternatively, on-screen data information is sent to another mobile device by this second network passage via server in the mode of binary stream by screen message sending module 403.
In order to the model or type that solve this mobile device and another mobile device do not complete identical, display that is that bring is complete or the problem that can not normally show, the on-screen data information that screen message sending module 403 sends to another mobile device comprises its screen size information, another mobile device is after receiving the on-screen data information of this mobile device, according to the ratio of the screen size of another mobile device and the screen size of this mobile device, on-screen data information is amplified, and carry out drawing image according to the size after amplifying and show.Also user can be made normally to watch while the integrality of guarantee information display.
In another embodiment, in order to realize the concrete control to this mobile device screen, another mobile device and server are established a communications link by the 3rd network channel, wherein, the 3rd network channel is another communication link distinguished with second network passage set up between another mobile device and server.Second mobile device is sent to server by the image control instruction of this mobile device, by server, this image control instruction is sent to this mobile device.
Alternatively, described image control instruction is sent to this mobile device via described server with the data format of JSON by described third channel by another mobile device described, in other embodiments, another mobile device also other data structures can send this image control instruction.
Accordingly, this mobile device also comprises receiver module 504, and as shown in Figure 5, receiver module 504 receives this image control instruction, and responds this image control instruction, revises its on-screen data information.
Alternatively, this image control instruction comprises the screen size of the second mobile device, when the screen size of this mobile device and another mobile device is inconsistent, receiver module 504 amplifies the current on-screen data information of rear amendment according to the ratio of the screen size of this mobile device and the screen size of another mobile device to on-screen data information.
In other embodiments, the ratio of the screen size of this mobile device and the screen size of another mobile device also directly can be sent to this mobile device by another mobile device, does not limit at this.
Be different from prior art, the authorization requests sending module of present embodiment is by first network channel access server, after authorization requests being sent to another mobile device communicated to connect by first network Path Setup with server, communication connection module and server are communicated to connect by second network Path Setup, its on-screen data information is also sent to another mobile device by second network passage via server by screen message sending module, makes another mobile device described according to described on-screen data information drawing image.By the way; mobile device is respectively by first network channel access server; and by second network passage, its on-screen data information is sent to another mobile device, and depart from the dependence of prior art Long-distance Control to communication software, not only easy to operate; save the memory source of mobile device and another mobile device; and, more safe and reliable by the mode of authorizing, while bringing convenience to user; the privacy of energy available protecting user, adding users is experienced.
Consult Fig. 6, Fig. 6 is the structural representation of a mobile device of the present invention execution mode again.The mobile device of present embodiment comprises authorization requests receiver module 601, communication connection module 602 and screen message receiver module 603.
The authorization requests of authorization requests receiver module 601 for being sent by first network channel reception server; Wherein, described authorization requests is that another mobile device generates, and is that another mobile device described obtains the request of authorization information from described mobile device.
Mobile device is in order to realize the Long-distance Control to another mobile device, and another mobile device and server set up first network expanding channels, and by this first network channel access server, authorization requests is sent to server.Authorization requests is sent to it also by least one mobile device that first network Path Setup communicates to connect by this server.Wherein, above-mentioned authorization requests is another mobile device to verify the request of the acquisition authorization information whether this mobile equipment identity effectively and to this mobile device sends.
Accordingly, authorization requests receiver module 601 receives this checking request, and sends authorization information to another mobile device.Another mobile device judges this authorization information, determines whether this authorization information conforms to the authorization information preset, if conformed to, then this authorization information is effective authorization information, otherwise be then invalid authorization information, this mobile device is invalid equipment.If this authorization information is effective mobile device, another mobile device selects this mobile device to be the terminal equipment of remote controllers screen.Namely another mobile device completes the mandate to this mobile device.
Wherein, authorization requests receiver module 601, before the authorization requests sent by first network channel reception server, sends log-on message to server, after the registration is finished, server is that this mobile device distributes unique identification code at one's side, and ensures uniqueness and the independence of this mobile device.In other embodiments, exclusive identification code ID when the second mobile device also can dispatch from the factory by server, as its Identity Code, does not limit at this.
In other embodiments, this mobile device sends registration request by the browser of local area network (LAN) to server, wherein, described local area network (LAN) is by another mobile device described, server and set up to this mobile device that server registration is crossed, and does not limit at this.
Communication connection module 602 for accepting described authorization requests, and is communicated to connect by second network Path Setup with described server.
In order to make screen data transmission and image control instruction not clash in the transmitting procedure sent, after authorization requests receiver module 601 receives authorization requests, communication connection module 602 and described server are communicated to connect by second network Path Setup.
Alternatively, this second network passage to be this mobile device with server set up network channel that socket is connected.
Screen message receiver module 603 is used for the on-screen data information of another mobile device self sent by server described in described second network channel reception for described screen message receiver module, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that another mobile device described is sent to described server by described second network passage.。
After another mobile device completes the mandate at least one mobile device, communicated to connect by second network Path Setup with server, and its on-screen data information is sent to server by above-mentioned second network passage.The on-screen data information of another mobile device is sent to the mobile device of mandate by server by second network passage.
Accordingly, screen message receiver module 603 receives this on-screen data information.According to on-screen data information drawing image, and by the on-screen data information displaying of another mobile device on the screen of the mobile device.
Alternatively, its on-screen data information is sent to mobile device by this second network passage via server in the mode of binary stream by another mobile device.Accordingly, screen message receiver module 603 receives the on-screen data information of this binary stream form.
In order to solve the model of another mobile device and this mobile device or type does not complete identical and the integrality of the information displaying brought or ratio differ larger problem, the on-screen data information that another mobile device sends to the second mobile device comprises its screen size information, screen message receiver module 603 is after receiving the on-screen data information of the first mobile device, according to the ratio of the screen size of the second mobile device and the screen size of another mobile device, on-screen data information is amplified, and carry out drawing image according to the size after amplifying and show.
In another embodiment, mobile device is in order to realize the concrete control to another mobile device screen, communication connection module 602 and server are established a communications link by the 3rd network channel, wherein, the 3rd network channel is another communication link distinguished with second network passage set up between mobile device and server.Particularly, consult Fig. 7, the mobile device of present embodiment also comprises sending module 704, and sending module 704 is sent to server by the image control instruction of another mobile device, by server, this image control instruction is sent another mobile device.
Alternatively, described image control instruction is sent to another mobile device via described server with the data format of JSON by described third channel by described sending module 704, in other embodiments, mobile device also other data structures can send this image control instruction.
Another mobile device receives this image control instruction, and responds this image control instruction, revises its on-screen data information.
Alternatively, this image control instruction comprises the screen size of the second mobile device, when the screen size of another mobile device and mobile device is inconsistent, another mobile device amplifies the current on-screen data information of rear amendment according to the ratio of the screen size of another mobile device and the screen size of mobile device to on-screen data information.
In other embodiments, the ratio of the screen size of another mobile device and the screen size of mobile device also directly can be sent to another mobile device by mobile device, does not limit at this.
Be different from prior art, after the authorization requests that the authorization requests receiver module 601 of the mobile device of present embodiment is sent by first network channel reception server, communication connection module 602 and described server are communicated to connect by second network Path Setup, the on-screen data information that screen message receiver module 603 is sent by server described in described second network channel reception, and according to described on-screen data information drawing image.By the way; another mobile device is respectively by first network channel access server; and by second network passage, its on-screen data information is sent to mobile device, and depart from the dependence of prior art Long-distance Control to communication software, not only easy to operate; save the memory source of another mobile device and mobile device; and, more safe and reliable by the mode of authorizing, while bringing convenience to user; the privacy of energy available protecting user, adding users is experienced.And can realize the screen control of multiple mobile device to another mobile device in the present invention, the scope of application is more extensive.
The foregoing is only embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; 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 long-range control method between mobile device, is characterized in that, comprising:
Authorization requests, by first network channel access server, is sent to the second mobile device communicated to connect by described first network Path Setup with described server by the first mobile device; Wherein, described authorization requests is that described first mobile device obtains the request of authorization information from described second mobile device;
Communicated to connect by second network Path Setup with described server, and when described second mobile device accepts described authorization requests,
By the on-screen data information of the first mobile device self by described second network passage, be sent to described second mobile device via described server, make described second mobile device according to described on-screen data information drawing image.
2. method according to claim 1, it is characterized in that, described by the on-screen data information of the first mobile device self by described second network passage, be sent to described second mobile device via described server, described second mobile device also comprised according to after the step of described on-screen data information drawing image:
By the image control instruction that described second mobile device of the 3rd network channel reception sends via described server, and respond described image control instruction.
3. method according to claim 1, it is characterized in that, described first mobile device is by first network channel access server, and step authorization requests being sent to the second mobile device communicated to connect by described first network Path Setup with described server is comprised:
Described first mobile device sends authorization information by described server to described second mobile device and obtains request;
Receive the authorization information that described second mobile device sends;
Judge whether described authorization information is effective information; And
When described authorization information is effective information, described second intelligent terminal is selected to be the terminal equipment of its screen of Long-distance Control.
4. method according to claim 1, it is characterized in that, described first mobile device, by first network channel access server, is also comprised before authorization requests being sent to the step of the second mobile device communicated to connect by described first network Path Setup with described server:
Described first mobile device sends registration request to described server;
Receive the unique identity code of described server-assignment.
5. method according to claim 1, is characterized in that, described by on-screen data information by described second network passage, the step being sent to described second mobile device via described server specifically comprises:
Its on-screen data information is sent to described second mobile device by described second network passage via described server in the mode of binary stream by described first mobile device.
6. a long-range control method between mobile device, is characterized in that, comprising:
The authorization requests that second mobile device is sent by first network channel reception server; Wherein, described authorization requests is that the first mobile device generates, and is that described first mobile device obtains the request of authorization information from described second mobile device;
Accept described authorization requests, and communicated to connect by second network Path Setup with described server;
The on-screen data information of the first mobile device self sent by server described in described second network channel reception, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that described first mobile device is sent to described server by described second network passage.
7. method according to claim 6, is characterized in that, the described on-screen data information sent by server described in described second network channel reception, and also comprises according to after the step of described on-screen data information drawing image:
Established a communications link by the 3rd network channel with described server;
Send image control instruction to described first mobile device by described 3rd network channel via described server, trigger described first mobile device and respond described image control instruction.
8. method according to claim 7, is characterized in that, the described on-screen data information sent by server described in described second network channel reception, and comprises according to the step of described on-screen data information drawing image:
Described second mobile device receives the on-screen data information of described first mobile device;
Described on-screen data information is amplified according to the screen size of described second mobile device is corresponding with the ratio of the screen size of described first mobile device;
According to the described on-screen data information drawing image after amplification.
9. a mobile device, is characterized in that, described mobile device comprises: authorization requests sending module, communication connection module and screen message sending module,
Described authorization requests sending module is used for by first network channel access server, authorization requests is sent to another mobile device communicated to connect by described first network Path Setup with described server; Wherein, described authorization requests is that described mobile device obtains the request of authorization information from another mobile device described;
Described communication connection module is used for being communicated to connect by second network Path Setup with described server;
Described screen message sending module is used for when another mobile device described accepts described authorization requests, by the on-screen data information of mobile device self by described second network passage, be sent to another mobile device described via described server, make another mobile device described according to described on-screen data information drawing image.
10. a mobile device, is characterized in that, comprises authorization requests receiver module, communication connection module and screen message receiver module,
Described authorization requests receiver module is used for the authorization requests sent by first network channel reception server; Wherein, described authorization requests is that another mobile device generates, and is that another mobile device described obtains the request of authorization information from described mobile device;
Described communication connection module for accepting described authorization requests, and is communicated to connect by second network Path Setup with described server;
Described screen message receiver module is used for the on-screen data information of another mobile device self sent by server described in described second network channel reception, and according to described on-screen data information drawing image; Wherein, described on-screen data information is that another mobile device described is sent to described server by described second network passage.
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Application publication date: 20160316 |