WO2017045442A1

WO2017045442A1 - Network switching method and apparatus for terminals

Info

Publication number: WO2017045442A1
Application number: PCT/CN2016/084542
Authority: WO
Inventors: 王云华
Original assignee: 深圳Tcl数字技术有限公司
Priority date: 2015-09-14
Filing date: 2016-06-02
Publication date: 2017-03-23
Also published as: CN105120328A; CN105120328B

Abstract

Disclosed is a network switching method for terminals, comprising: obtaining terminals being used and wireless hotspots; and correspondingly connecting the terminals being used to the wireless hotspots according to bandwidth demands of the terminals in descending order and network speeds of the wireless hotspots in descending order. Also disclosed is a network switching apparatus for terminals. The present invention realizes automatic switching of wireless hotspots according to network requirements of terminals.

Description

Method and device for terminal switching network

Technical field

The present invention relates to the field of network technologies, and in particular, to a method and an apparatus for a terminal to switch networks.

Background technique

With the development of intelligent terminals, the demand for network traffic is becoming more and more popular. When there are multiple wireless hotspots around the terminal being used, there may be insufficient wireless hotspot network connected to the terminal, and some wireless Hotspots have faster network speeds but are not connected to the terminal to make their network bandwidth idle.

Suppose a family has multiple wireless hotspots A, B, and C, and the network speed is ranked as A>B>C. The home smart TV, mobile phone, iPad and other terminals are connected together to achieve interconnection, and the user uses the wireless hotspot C. Smart TV watches Internet TV and uses online games connected to Wireless Hotspot A to play online games. However, during a certain period of time, the network bandwidth provided by the wireless hotspot C to the smart TV is insufficient to cause the smooth network video to be viewed. At this time, the user does not operate the mobile phone because watching the television, and the network bandwidth provided by the wireless hotspot A to the mobile phone is idle, so that the network bandwidth is obtained. Not fully utilized. When the wireless hotspot needs to be switched, the user does not know the network bandwidth of the wireless hotspot and blindly switches each wireless hotspot to obtain a fast network, and the user needs to find multiple steps of the network setting operation to find a smooth network, which is very troublesome. . At the same time, as the user uses the terminal to change, the wireless hotspot and the terminal used by the user cannot be automatically switched according to the terminal's demand for network bandwidth.

Summary of the invention

The main purpose of the present invention is to provide a method and an apparatus for a terminal to switch a network, which aims to automatically switch a wireless hotspot according to the demand of the terminal for the network.

To achieve the above objective, the present invention provides a method for a terminal to switch networks, including:

Obtaining an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

Determining that the terminal is in use when the azimuth value, the elevation value, and the roll value of the terminal are not all zero;

Correspondingly connecting the network speeds of the wireless hotspots from large to small according to the bandwidth demand of the terminal being used;

When receiving the handover instruction, or re-acquiring the terminal and the wireless hotspot in use every preset time, the connection with the wireless hotspot is switched according to the bandwidth requirement of the retrieved terminal.

Preferably, the corresponding connection according to the order that the bandwidth of the terminal in use is in descending order from the highest speed to the network speed of the wireless hotspot includes:

Obtain the number of terminals in use and the number of wireless hotspots;

When the number of terminals in use is less than or equal to the number of wireless hotspots, the content of the bandwidth of the wireless hotspot corresponds to the order of the wireless hotspots in descending order according to the bandwidth demand of the terminal being used. connection;

When the number of terminals in use is greater than the number of wireless hotspots, according to the demand of the terminal in use, the bandwidth is sequentially connected to the network speed of the wireless hotspot from high to low. Repeatingly, the remaining bandwidth requirements of the terminal in use are sequentially connected to the order of the network speed of the wireless hotspot from high to low, until all the terminals and wireless hotspots in use are completed. Connect; or,

Obtaining a network speed ratio between each wireless hotspot, and combining the terminal in use according to the bandwidth requirement on the basis of the network speed ratio, and constructing a combined terminal with the same number of the wireless hotspots, Obtaining a bandwidth demand ratio of the combined terminal, and correspondingly connecting the combined terminal to the wireless hotspot according to the network speed ratio and the bandwidth demand ratio.

Preferably, the corresponding connection according to the order in which the bandwidth of the terminal in use is in order from the highest to the low, and the network speed of the wireless hotspot is in descending order:

The terminals in use are sorted according to screen parameters from large to small, and the ordering is used as a sorting of the bandwidth demand of the terminal in use from high to low.

The present invention also provides a method for a terminal to switch networks, including:

Get the terminal and wireless hotspot in use;

According to the demand of the terminal in use, the bandwidth is sequentially connected to the order of the network speed of the wireless hotspot from high to low.

Obtain the number of terminals in use and the number of wireless hotspots;

Preferably, the following, after the connection of the bandwidth of the wireless hotspot from the highest to the smallest, according to the demand for the bandwidth of the terminal being used, is connected to the following:

Preferably, the obtaining the terminal being used comprises:

When the azimuth value, the elevation value, and the roll value of the terminal are not all zero, it is determined that the terminal is in use.

In addition, to achieve the above object, the present invention further provides an apparatus for a terminal to switch a network, including:

An acquisition module, configured to obtain a terminal and a wireless hotspot that are being used;

The connection module is configured to perform corresponding connection with the network speed of the wireless hotspot from the highest to the smallest according to the bandwidth demand of the terminal being used.

Preferably, the connection module is further configured to acquire the number of terminals in use and the number of wireless hotspots;

Preferably, the connection module is further configured to sort the terminals in use according to screen parameters from large to small, and use the ordering as a sorting of the bandwidth demand of the terminal in use from high to low.

Preferably, the device for switching the network by the terminal further includes:

The switching module is configured to re-acquire the terminal and the wireless hotspot that are being used when receiving the switching instruction, or at a preset time, and switch the connection with the wireless hotspot according to the bandwidth requirement of the retrieved terminal.

Preferably, the obtaining module comprises:

An obtaining unit, configured to acquire an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

And a determining unit, configured to determine that the terminal is in use when the azimuth value, the tilt value, and the roll value of the terminal are not all zero.

After detecting the terminal and the wireless hotspot being used, the embodiment of the present invention performs corresponding connection according to the order of the bandwidth of the wireless terminal from the highest to the lowest according to the bandwidth requirement of the terminal being used, and implements the network according to the terminal to the network. The demand automatically switches wireless hotspots.

DRAWINGS

1 is a schematic flowchart of a first embodiment of a method for a terminal to switch a network according to the present invention;

2 is a schematic diagram of a refinement process of acquiring a terminal in use in a method for a terminal to switch a network according to the present invention;

3 is a schematic flowchart of a second embodiment of a method for a terminal to switch a network according to the present invention;

4 is a schematic diagram of functional modules of a first embodiment of a device for switching a network according to the present invention;

5 is a schematic diagram of a refinement function module of an acquisition module in a device for switching a network according to the present invention;

FIG. 6 is a schematic diagram of functional modules of a second embodiment of a device for switching a network according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in FIG. 1, a first embodiment of a method for a terminal handover network according to the present invention is shown. The method for the terminal to switch the network in this embodiment includes:

Step S10: Obtain a terminal and a wireless hotspot that are being used;

In this embodiment, the type of the terminal may be set according to actual needs. For example, the terminal may include a smart TV, a mobile phone, an iPad, a computer, and the like. It can be understood that each terminal has its own unique identifier. The following is a detailed description of a smart TV, which is connected to a mobile phone, an iPad, a computer, and the like through a network, so that the smart TV system can obtain a unique identifier of the terminal connected thereto after being powered on or The name, as well as the name of the wireless hotspot, are stored and stored.

First, after the smart TV is powered on, the terminal that is in use is detected. Further, as shown in FIG. 2, the foregoing step S10 may include:

Step S11: Obtain an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

Step S12: When the azimuth value, the elevation value, and the roll value of the terminal are not all zero, it is determined that the terminal is in use.

In the process of judging whether the terminal is in use, the smart television system acquires the values of the Z-axis, the X-axis and the Y-axis of the gyroscope of each terminal according to the unique identifier or name of the terminal stored by the terminal connected thereto. Correspondingly buffered to the storage area 55, the storage area 66, and the storage area 77 according to the unique identifier, wherein the values of the Z-axis, the X-axis, and the Y-axis of the gyroscope respectively indicate the azimuth value, the elevation value, and the roll value of the gyroscope. . Then, it is determined whether the azimuth value, the elevation value, and the roll value of each terminal are both equal to 0. Here, the rotation trigger algorithm may be used to perform the OR operation on the azimuth value, the elevation value, and the roll value. If the operation result is 0, it means that the terminal is not in use by the user. If the result of the operation is not 0, it indicates that the terminal is in use, and the terminal name or unique identifier being used is saved in the storage area 44. Of course, it can be judged by other means whether the terminal is being used or not, and the present invention is not limited. It should be noted that judging whether the smart TV is in use or not can be judged by the gyroscope of the smart remote controller for it. Assume that the value of the smart remote control and iPad operation result is greater than 0 as follows:

Dec1_azimuth(x1)=0x00

// The terminal iPad gyroscope has an azimuth value of 0.

Dec1_pitch(x1)=0x30

// The terminal iPad gyroscope has a tilt value of 0x30.

Dec1_roll(x1)=0x02

// The terminal iPad gyroscope rollback value is 0x02.

Gyroscope_mov(x1)=|Dec1_azimuth|Dec1_pitch(x1)|Dec1_roll(x1)|

//The value 0x32 is not 0, and the terminal iPad gyroscope device triggers the bias rotation.

Dec2_azimuth(x1)=0x00

// The terminal RemoteTV gyroscope has an azimuth value of zero.

Dec2_pitch(x1)=0x30

// The terminal RemoteTV gyroscope has a tilt value of 0x130.

Dec2_roll(x1)=0x02

/ / Terminal RemoteTV gyroscope roll value is 0x02.

Gyroscope_mov(x1)=|Dec2_azimuth|Dec2_pitch(x1)|Dec2_roll(x1)|

//The value 0x132 is not 0, and the terminal RemoteTV gyro device triggers the bias rotation.

When there is a terminal in use, it is saved in the storage area 11 according to the unique identification or name of the terminal being used. For example, get RemoteTV, iPad, Phone1, Phone2, etc. And detecting the wireless hotspot, and saving the name of each wireless hotspot in the storage area 22. For example, AP1_WL1, AP2_WL2, AP3_WL3, AP4_WL4, and the like are obtained.

Step S20: Correspondingly connecting the network speeds of the wireless hotspots from large to small according to the bandwidth demand of the terminal being used from high to low.

After the terminal and the wireless hotspot that are being used are obtained, the terminal and the wireless hotspot that are being used are analyzed and processed. Further, the step S20 may include:

Obtain the number of terminals in use and the number of wireless hotspots;

Specifically, when the terminal in use is obtained, the smart television system calculates the number of terminals in use in the storage area 11, and when there is no terminal in use, no further processing is required. Then, the number of wireless hotspots in the storage area 22 is calculated, and the corresponding number of P2SPs (Peer) are started according to the number of wireless hotspots obtained. To Server&Peer Point-to-server and point (user-to-server and user)) obtain the network speed of each wireless hotspot, and save the network speed size obtained by each P2SP and the name of the corresponding wireless hotspot in the storage area 22. Assume that four wireless hotspots such as AP1_WL1, AP2_WL2, AP3_WL3, and AP4_WL4 and their network speeds are as follows:

AP1_WL1_Speed_P2SP(x)=0x4FFFF

//Wireless hotspot AP1_WL1, in ms, the download byte value is 0x4FFFF.

AP2_WL2_Speed_P2SP(x)=0x7FFFF

//Wireless hotspot AP2_WL2, in ms, the download byte value is 0x7FFFF.

AP3_WL3_Speed_P2SP(x)=0x2FFFF

//Wireless hotspot AP3_WL3, unit ms, the download byte value is 0x2FFFF.

AP4_WL4_Speed_P2SP(x)=0x1FFFF

//Wireless hotspot AP4_WL4, in ms, the download byte value is 0x1FFFF.

After obtaining the terminal and the wireless hotspot that are in use, if the number of wireless hotspots in the storage area 22 is greater than one, the smart television system obtains each wireless hotspot after obtaining the network speed of each wireless hotspot after starting the P2SP. The network speeds are sorted from large to small and are saved in the storage area in order. If the number of terminals in use in the storage area 11 is greater than one, the terminals that are being used are sorted according to screen parameters from large to small, and the ordering is used as the order of the bandwidth of the terminal being used from high to low. And stored in the storage area in order, the screen parameters may include parameters such as screen size, screen resolution and the like. The judgment about the bandwidth requirement of the terminal can be flexibly set according to the specific situation. For example, the terminal can be sorted according to the screen size of the terminal. The larger the screen size, the larger the network speed required, and thus the bandwidth demand of the smart TV is better than that of the mobile phone. The bandwidth requirements are high. At the same time, comparing the number of terminals in the storage area 11 with the number of wireless hotspots in the storage area 22, when the number of terminals in use is less than or equal to the number of wireless hotspots, according to the obtained The number of terminals in use is selected, and the same number of wireless hotspots in the sorting column are respectively stored in different storage areas, and the network speeds of the selected wireless hotspots are sequentially selected according to the bandwidth demand from the terminal being used. Large to small sorting for the corresponding connection.

The following is an example. Assume that the current smart TV and iPad are being used, and the number of terminals that are being used is 2, and the obtained wireless hotspots are 4 AP1_WL1, AP2_WL2, AP3_WL3, and AP4_WL4, and the smart TV system is based on the network of each wireless hotspot. After the speed is sorted, the first two wireless hotspot names are taken out and stored in the storage area 33 and the storage area 44, respectively. The following are the top two wireless hotspot names and network speeds:

AP_MaxSpeed1_P2SP(x) =AP2_WL2_Speed_P2PSP(x)

/ / Sort the largest network settings, wireless hotspot AP2_WL2, unit ms, the download byte value is 0x7FFFF.

AP_MaxSpeed2_P2SP(x) =AP1_WL1_Speed_P2SP(x)=0x4FFFF

// Sort the next largest network setting, wireless hotspot AP1_WL1, unit ms, download byte value is 0x4FFFF.

Judging the demand for bandwidth of smart TVs and iPads, the demand for bandwidth of smart TVs is greater than the bandwidth demand of iPads. The smart TV system connects the wireless hotspot with the widest bandwidth in storage area 33 with smart TVs, and stores them in storage area 44. The wireless hotspot is connected to the iPad as follows:

AP2_WL2_Device(x1)=RemoteTV

// The maximum network speed setting is AP2_WL2. The current remote's gyroscope is deflected and connected to the hotspot AP2_WL2.

AP1_WL1_Device(x1)=PAD

//The maximum network speed setting is AP1_WL1. The current iPad's gyroscope is deflected and connected to the hotspot AP1_WL1.

When the number of terminals in use is greater than the number of wireless hotspots, the terminal being used cannot be connected to the wireless hotspot one-to-one. The wireless hotspot connected to the terminal needs to be allocated according to the bandwidth requirement of the terminal being used. According to the above method, the wireless hotspots are sorted according to the network speed from large to small, and the terminals in use are sorted according to the demand for bandwidth, and then the used terminals in the same sorting order as the number of wireless hotspots are selected. They are stored in different storage areas, and are connected to the selected terminal according to the bandwidth demand from high to low according to the network speed of the wireless hotspot. According to the same method, the remaining terminals that are in use are stored in different storage areas from the selected terminals in the same sorting order as the wireless hotspots, and the network speeds according to the wireless hotspots are from large to small. The ordering is in turn connected to the selected terminal in use for bandwidth requirements from high to low. And so on, repeat the execution until all the terminals in use are connected to the wireless hotspot. Assume that the terminals that are being used are smart TV, iPad, mobile phone 1 and mobile phone 2, a total of four, and the demand for bandwidth from high to low is Smart TV>iPad>Mobile Phone 1>Mobile Phone 2. The wireless hotspots are wireless hotspot A and wireless hotspot B, and a total of two, and the wireless hotspot A has a network speed greater than the wireless hotspot B's network speed. At this time, according to the method, the smart TV and the iPad arranged in the top two can be connected to the wireless hotspot A and the wireless hotspot B in sequence. Then, the remaining mobile phones 1 and 2 are connected to the wireless hotspot A and the wireless hotspot B in order of high to low bandwidth requirements. Manner 2: Obtain a network speed ratio between each wireless hotspot, and combine the bandwidth of the wireless hot point network with the bandwidth requirement of the wireless hot point, and combine the bandwidth requirements to construct a combined terminal with the same number of wireless hotspots. Therefore, the ratio of the bandwidth requirement of the combined terminal is approximated to the ratio of the hotspot network speed, and the bandwidth demand ratio of the combined terminal is obtained. The combined terminal and the wireless hotspot are correspondingly connected according to the correspondence between the network speed ratio and the bandwidth demand ratio. Assume that the terminals that are being used are smart TV, iPad, mobile phone 1 and mobile phone 2, a total of four, and the wireless hotspots are wireless hotspot A and wireless hotspot B, a total of two, and the wireless hotspot A's network speed and wireless hotspot B The ratio between the network speeds is 1:2. At this time, smart TV, iPad, mobile phone 1 and mobile phone 2 are combined according to the demand for bandwidth, and the bandwidth requirement of the combination of smart TV and mobile phone 1 is obtained: the bandwidth requirement of the combination of iPad and mobile phone 2 is close to 2:1. Therefore, according to the method, the smart TV, the mobile phone 1 and the wireless hotspot B can be connected, and the iPad and the mobile phone 2 can be connected to the wireless hotspot A. It can be understood that if there is only one wireless hotspot, the redundant wireless hotspot cannot be allocated, and all the terminals in use can directly connect with the wireless hotspot. It should be noted that the connection manner between the terminal and the wireless hotspot used in the above is only an enumeration of the specific implementation manner, and other connection modes of the terminal and the wireless hotspot proposed by those skilled in the art are all in the protection scope of the present invention. Inside.

Further, in this embodiment, after the terminal being used is connected to the wireless hotspot, the name of the wireless hotspot connected to the terminal name being used may be displayed on the display screen of the smart television, so that the user knows each terminal being used. Networking situation. For example, the display "the smart TV is connected to the AP2_WL2, and the iPad is connected to the AP1_WL1" may be displayed in the form of a list, or may be a voice broadcast of the networking of each terminal being used, and does not limit the present invention.

Further, as shown in FIG. 3, based on the foregoing embodiment, in the embodiment, the foregoing step S20 may include:

Step S30: When receiving the handover instruction, or re-acquiring the used terminal and the wireless hotspot every preset time, switching the connection with the wireless hotspot according to the bandwidth requirement of the retrieved terminal being used.

In this embodiment, the user can send a switching instruction of the wireless hotspot connection to the smart TV through the preset button on the smart remote controller, and the smart television system reacquires the terminal and the wireless hotspot being used when receiving the switching instruction, and according to the above After obtaining the number of terminals and wireless hotspots that are being used respectively, the method switches the connection between the terminal being used and the wireless hotspot according to the bandwidth requirement of the terminal being used. Alternatively, the smart television system reacquires the terminal and the wireless hotspot that are being used every predetermined time, and obtains the number of the terminal and the wireless hotspot that are being used according to the above method, and then switches the bandwidth demand according to the terminal being used. The connection between the terminal and the wireless hotspot. The preset time can be set to 1 second or 2 seconds, or it can be flexibly set according to the specific situation.

The scenarios applicable to this solution include: Assume that Xiaohai has multiple wireless hotspots, and smart TV, mobile phone, iPad and other terminals are connected to achieve interconnection, wireless hotspot 1 is connected to iPad, wireless hotspot 2 is connected to smart TV, wireless hotspot 3 is connected to mobile phone. . Xiaohai used the iPad to play the landlord game at 19:00 in the evening, and the network was very smooth. At 20:00 in the evening, Xiaohai watched the online video through the smart TV. The smart TV system can not meet the bandwidth demand of the smart TV by detecting the wireless bandwidth provided by the wireless hotspot 2 connected to the smart TV 2, which may result in the inability to watch the smooth network. video. At the same time, the user does not operate the iPad because of watching TV, and the wireless hotspot 1 provides the Internet broadband to the iPad idle. At this time, the smart television system will detect that the smart TV is currently being used, and the wireless hotspot 1 has the fastest network speed, so the smart TV is switched to connect with the wireless hotspot 1. Xiaohai does not worry about Caton in the process of watching the movie, and Xiaohai does not need to manually switch the wireless hotspot connected to the smart TV, not to switch to the home with wireless hotspot 1, wireless hotspot 2, wireless hotspot 3 and wireless hotspot. 4, this not only saves the time for Xiaohai to watch the movie, but Xiaohai eliminates the trouble of finding the network setting operation multiple steps to find the smooth network. Xiaohai can also play games during the advertisement of the movie, without having to re-switch the iPad to the network mode, which greatly improves the user experience.

Correspondingly, as shown in FIG. 4, a first embodiment of a device for switching a network of a terminal according to the present invention is proposed. The device for switching the network of the terminal in this embodiment includes:

The obtaining module 100 is configured to acquire a terminal and a wireless hotspot that are being used;

In this embodiment, the type of the terminal may be set according to actual needs. For example, the terminal may include a smart TV, a mobile phone, an iPad, a computer, and the like. It can be understood that each terminal has its own unique identifier. The following is a detailed description of a smart TV, which is connected to a terminal such as a mobile phone, an iPad, or a computer through a network, so that the smart TV system can obtain the terminal connected thereto by the acquiring module 100 after the power-on system is powered on. A unique identifier or name, as well as the name of the wireless hotspot, and stored.

First, after the smart TV is powered on, the acquiring module 100 detects the terminal that is being used for interconnection. Further, as shown in FIG. 5, the obtaining module 100 may include:

The obtaining unit 110 is configured to acquire an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

The determining unit 120 is configured to determine that the terminal is in use when the azimuth value, the tilt value, and the roll value of the terminal are not all zero.

In the process of judging whether the terminal is in use, the smart television system acquires the gyro Z axis, the X axis and the Y axis of each terminal by the obtaining unit 110 according to the stored terminal connected thereto according to the unique identifier or name of the terminal. The values are respectively buffered according to the unique identifier to the storage area 55, the storage area 66, and the storage area 77, wherein the values of the Z-axis, the X-axis, and the Y-axis of the gyroscope respectively indicate the azimuth value and the elevation value of the gyroscope. And roll value. Then, the determining unit 120 determines whether the azimuth value, the tilt value, and the roll value of each terminal are both equal to 0. Here, the rotation trigger algorithm may be used to perform the OR operation on the azimuth value, the pitch value, and the roll value. If the operation result is 0, it means that the terminal is not in use by the user. If the result of the operation is not 0, it indicates that the terminal is in use, and the terminal name or unique identifier being used is saved in the storage area 44. Of course, it can be judged by other means whether the terminal is being used or not, and the present invention is not limited. It should be noted that judging whether the smart TV is in use or not can be judged by the gyroscope of the smart remote controller for it. Assume that the value of the smart remote control and iPad operation result is greater than 0 as follows:

Dec1_azimuth(x1)=0x00

// The terminal iPad gyroscope has an azimuth value of 0.

Dec1_pitch(x1)=0x30

// The terminal iPad gyroscope has a tilt value of 0x30.

Dec1_roll(x1)=0x02

// The terminal iPad gyroscope rollback value is 0x02.

Gyroscope_mov(x1)=|Dec1_azimuth|Dec1_pitch(x1)|Dec1_roll(x1)|

Dec2_azimuth(x1)=0x00

// The terminal RemoteTV gyroscope has an azimuth value of zero.

Dec2_pitch(x1)=0x30

// The terminal RemoteTV gyroscope has a tilt value of 0x130.

Dec2_roll(x1)=0x02

/ / Terminal RemoteTV gyroscope roll value is 0x02.

Gyroscope_mov(x1)=|Dec2_azimuth|Dec2_pitch(x1)|Dec2_roll(x1)|

When there is a terminal in use, it is saved in the storage area 11 according to the unique identification or name of the terminal being used. For example, get RemoteTV, iPad, Phone1, Phone2, etc. And the obtaining module 100 detects the wireless hotspot and saves the name of each wireless hotspot in the storage area 22. For example, AP1_WL1, AP2_WL2, AP3_WL3, AP4_WL4, and the like are obtained.

The connection module 200 is configured to perform corresponding connection with the network speed of the wireless hotspot from the highest to the smallest according to the bandwidth demand of the terminal being used.

After the obtaining module 100 obtains the terminal and the wireless hotspot that is being used, the terminal and the wireless hotspot are used for analysis and processing. Further, the connecting module 200 is further configured to acquire the number of the terminal being used and the wireless hotspot. When the number of terminals in use is less than or equal to the number of wireless hotspots, the network speed of the wireless hotspots is ranked from highest to lowest according to the bandwidth demand of the terminal being used. Make a corresponding connection;

Specifically, when the obtaining module 100 obtains the terminal being used, the smart television system calls the connection module 200 to calculate the number of terminals in use in the storage area 11, and when there is no terminal in use, no further processing is required. Then, the number of wireless hotspots in the storage area 22 is calculated, and the connection module 200 starts a corresponding number of P2SPs according to the number of wireless hotspots obtained (Peer). To Server&Peer Point-to-server and point (user-to-server and user)) obtain the network speed of each wireless hotspot, and save the network speed size obtained by each P2SP and the name of the corresponding wireless hotspot in the storage area 22. Assume that four wireless hotspots such as AP1_WL1, AP2_WL2, AP3_WL3, and AP4_WL4 and their network speeds are as follows:

AP1_WL1_Speed_P2SP(x)=0x4FFFF

//Wireless hotspot AP1_WL1, in ms, the download byte value is 0x4FFFF.

AP2_WL2_Speed_P2SP(x)=0x7FFFF

//Wireless hotspot AP2_WL2, in ms, the download byte value is 0x7FFFF.

AP3_WL3_Speed_P2SP(x)=0x2FFFF

//Wireless hotspot AP3_WL3, unit ms, the download byte value is 0x2FFFF.

AP4_WL4_Speed_P2SP(x)=0x1FFFF

//Wireless hotspot AP4_WL4, in ms, the download byte value is 0x1FFFF.

After obtaining the terminal and the wireless hotspot that are in use, if the number of wireless hotspots in the storage area 22 is greater than one, the connection module 200 is further configured to: after starting the P2SP to obtain the network speed of each wireless hotspot, the obtained The network speed of each wireless hotspot is sorted from large to small and stored in the storage area in order. If the number of terminals in the storage area 11 is greater than one, the connection module 200 is further configured to sort the terminals in use according to screen parameters from large to small, and use the order as the terminal-to-bandwidth used. The order is sorted from high to low and stored in the storage area in order. The screen parameters may include parameters such as screen size and screen resolution. The judgment about the bandwidth requirement of the terminal can be flexibly set according to the specific situation. For example, the terminal can be sorted according to the screen size of the terminal. The larger the screen size, the larger the network speed required, and thus the bandwidth demand of the smart TV is better than that of the mobile phone. The bandwidth requirements are high. At the same time, the connection module 200 compares the number of terminals in the storage area 11 with the number of wireless hotspots in the storage area 22, and when the number of terminals in use is less than or equal to the number of wireless hotspots, the connection is performed. The module 200 selects the same number of wireless hotspots in the pre-sorting column to be stored in different storage areas according to the obtained number of terminals in use, and selects and selects the bandwidth requirements from high to low according to the terminal according to the terminal being used. The wireless hotspots of the wireless hotspots are connected in order from large to small.

AP_MaxSpeed1_P2SP(x) =AP2_WL2_Speed_P2PSP(x)

AP_MaxSpeed2_P2SP(x) =AP1_WL1_Speed_P2SP(x)=0x4FFFF

AP2_WL2_Device(x1)=RemoteTV

AP1_WL1_Device(x1)=PAD

When the number of terminals in use is greater than the number of wireless hotspots, the terminal being used cannot be connected one-to-one with the wireless hotspot. The connection module 200 allocates the wireless hotspots connected thereto according to the bandwidth requirement of the terminal being used. In the first method, the wireless hotspots can be sorted according to the network speed according to the above method, and the terminal in use is required according to the bandwidth. Sorting from high to low, and then selecting the used terminals in the same sorting column as the number of wireless hotspots are stored in different storage areas, and sorting according to the network speed of the wireless hotspots from the largest to the smallest. The terminal used is connected to the bandwidth demand from high to low. According to the same method, the remaining terminals that are in use are stored in different storage areas from the selected terminals in the same sorting order as the wireless hotspots, and the network speeds according to the wireless hotspots are from large to small. The ordering is in turn connected to the selected terminal in use for bandwidth requirements from high to low. And so on, repeat the execution until all the terminals in use are connected to the wireless hotspot. Assume that the terminals that are being used are smart TV, iPad, mobile phone 1 and mobile phone 2, a total of four, and the demand for bandwidth from high to low is Smart TV>iPad>Mobile Phone 1>Mobile Phone 2. The wireless hotspots are wireless hotspot A and wireless hotspot B, and a total of two, and the wireless hotspot A has a network speed greater than the wireless hotspot B's network speed. At this time, according to the method, the smart TV and the iPad arranged in the top two can be connected to the wireless hotspot A and the wireless hotspot B in sequence. Then, the remaining mobile phones 1 and 2 are connected to the wireless hotspot A and the wireless hotspot B in order of high to low bandwidth requirements. Manner 2: Obtain a network speed ratio between each wireless hotspot, and combine the bandwidth of the wireless hot point network with the bandwidth requirement of the wireless hot point, and combine the bandwidth requirements to construct a combined terminal with the same number of wireless hotspots. Therefore, the ratio of the bandwidth requirement of the combined terminal is approximated to the ratio of the hotspot network speed, and the bandwidth demand ratio of the combined terminal is obtained. The combined terminal and the wireless hotspot are correspondingly connected according to the correspondence between the network speed ratio and the bandwidth demand ratio. Assume that the terminals that are being used are smart TV, iPad, mobile phone 1 and mobile phone 2, a total of four, and the wireless hotspots are wireless hotspot A and wireless hotspot B, a total of two, and the wireless hotspot A's network speed and wireless hotspot B The ratio between the network speeds is 1:2. At this time, smart TV, iPad, mobile phone 1 and mobile phone 2 are combined according to the demand for bandwidth, and the bandwidth requirement of the combination of smart TV and mobile phone 1 is obtained: the bandwidth requirement of the combination of iPad and mobile phone 2 is 2:1. Therefore, according to the method, the smart TV, the mobile phone 1 and the wireless hotspot B can be connected, and the iPad and the mobile phone 2 can be connected to the wireless hotspot A. It can be understood that if there are only one wireless hotspot, it is impossible to allocate redundant wireless hotspots, and all the terminals in use can directly connect with the wireless hotspot. It should be noted that the connection manner between the terminal and the wireless hotspot used in the above is only an enumeration of the specific implementation manner, and other connection modes of the terminal and the wireless hotspot proposed by those skilled in the art are all in the protection scope of the present invention. Inside.

Further, as shown in FIG. 6 , in the embodiment, the apparatus for switching the network by the terminal further includes:

The switching module 300 is configured to re-acquire the terminal and the wireless hotspot that are being used when receiving the switching instruction, or at a preset time, and switch the connection with the wireless hotspot according to the bandwidth requirement of the retrieved terminal.

In this embodiment, the user can send a switching instruction of the wireless hotspot connection to the smart TV through the preset button on the smart remote controller, and the smart TV calling switching module 300 reacquires the terminal and the wireless hotspot that are being used when receiving the switching instruction. After obtaining the number of terminals and wireless hotspots that are being used, according to the foregoing method, the connection between the terminal being used and the wireless hotspot is switched according to the bandwidth requirement of the terminal being used. Alternatively, the switching module 300 reacquires the terminal and the wireless hotspot that are being used every preset time, and obtains the number of the terminal and the wireless hotspot that are being used according to the foregoing method, and then switches the bandwidth demand according to the terminal being used. The connection between the terminal and the wireless hotspot. The preset time can be set to 1 second or 2 seconds, or it can be flexibly set according to the specific situation.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims

A method for a terminal to switch a network, wherein the method for the terminal to switch networks includes the following steps:

Obtaining an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

Determining that the terminal is in use when the azimuth value, the elevation value, and the roll value of the terminal are not all zero;

Correspondingly connecting the network speeds of the wireless hotspots from large to small according to the bandwidth demand of the terminal being used;

When receiving the handover instruction, or re-acquiring the terminal and the wireless hotspot in use every preset time, the connection with the wireless hotspot is switched according to the bandwidth requirement of the retrieved terminal.
The method for switching a network of a terminal according to claim 1, wherein the demanding of the bandwidth of the terminal according to the use is performed in descending order from the highest to the lowest of the wireless hotspot. Corresponding connections include:

Obtain the number of terminals in use and the number of wireless hotspots;

When the number of terminals in use is less than or equal to the number of wireless hotspots, the content of the bandwidth of the wireless hotspot corresponds to the order of the wireless hotspots in descending order according to the bandwidth demand of the terminal being used. connection;

When the number of terminals in use is greater than the number of wireless hotspots, according to the demand of the terminal in use, the bandwidth is sequentially connected to the network speed of the wireless hotspot from high to low. Repeatingly, the remaining bandwidth requirements of the terminal in use are sequentially connected to the order of the network speed of the wireless hotspot from high to low, until all the terminals and wireless hotspots in use are completed. Connect; or,

Obtaining a network speed ratio between each wireless hotspot, and combining the terminal in use according to the bandwidth requirement on the basis of the network speed ratio, and constructing a combined terminal with the same number of the wireless hotspots, Obtaining a bandwidth demand ratio of the combined terminal, and correspondingly connecting the combined terminal to the wireless hotspot according to the network speed ratio and the bandwidth demand ratio.
The method for switching a network by a terminal according to claim 2, wherein the step of responding to the bandwidth demand of the wireless hotspot from the highest to the lowest according to the bandwidth demand of the terminal being used corresponds to Connections include:

The terminals in use are sorted according to screen parameters from large to small, and the ordering is used as a sorting of the bandwidth demand of the terminal in use from high to low.
A method for a terminal to switch a network, wherein the method for the terminal to switch networks includes the following steps:

Get the terminal and wireless hotspot in use;

According to the demand of the terminal in use, the bandwidth is sequentially connected to the order of the network speed of the wireless hotspot from high to low.
The method for switching a network of a terminal according to claim 4, wherein the order according to the bandwidth of the terminal being used is from high to low, and the network speed of the wireless hotspot is ranked from large to small. Corresponding connections include:

Obtain the number of terminals in use and the number of wireless hotspots;

When the number of terminals in use is less than or equal to the number of wireless hotspots, the content of the bandwidth of the wireless hotspot corresponds to the order of the wireless hotspots in descending order according to the bandwidth demand of the terminal being used. connection;

When the number of terminals in use is greater than the number of wireless hotspots, according to the demand of the terminal in use, the bandwidth is sequentially connected to the network speed of the wireless hotspot from high to low. Repeatingly, the remaining bandwidth requirements of the terminal in use are sequentially connected to the order of the network speed of the wireless hotspot from high to low, until all the terminals and wireless hotspots in use are completed. Connect; or,

Obtaining a network speed ratio between each wireless hotspot, and combining the terminal in use according to the bandwidth requirement on the basis of the network speed ratio, and constructing a combined terminal with the same number of the wireless hotspots, Obtaining a bandwidth demand ratio of the combined terminal, and correspondingly connecting the combined terminal to the wireless hotspot according to the network speed ratio and the bandwidth demand ratio.
The method for switching a network by a terminal according to claim 5, wherein the step of responding to the bandwidth demand of the wireless hotspot from the highest to the smallest according to the bandwidth demand of the terminal being used corresponds to the order of the network speed of the wireless hotspot. Connections include:

The terminals in use are sorted according to screen parameters from large to small, and the ordering is used as a sorting of the bandwidth demand of the terminal in use from high to low.
The method for switching a network of a terminal according to claim 4, wherein the order according to the bandwidth of the terminal being used is from high to low, and the network speed of the wireless hotspot is ranked from large to small. After the corresponding connection, include:

When receiving the handover instruction, or re-acquiring the terminal and the wireless hotspot in use every preset time, the connection with the wireless hotspot is switched according to the bandwidth requirement of the retrieved terminal.
The method for a terminal to switch a network according to claim 4, wherein the obtaining the terminal being used comprises:

Obtaining an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

When the azimuth value, the elevation value, and the roll value of the terminal are not all zero, it is determined that the terminal is in use.
An apparatus for switching a network by a terminal, where the apparatus for switching a network by the terminal includes:

An acquisition module, configured to obtain a terminal and a wireless hotspot that are being used;

The connection module is configured to perform corresponding connection with the network speed of the wireless hotspot from the highest to the smallest according to the bandwidth demand of the terminal being used.
The device for switching a network according to claim 9, wherein the connection module is further configured to acquire the number of terminals in use and the number of wireless hotspots;

When the number of terminals in use is less than or equal to the number of wireless hotspots, the content of the bandwidth of the wireless hotspot corresponds to the order of the wireless hotspots in descending order according to the bandwidth demand of the terminal being used. connection;

When the number of terminals in use is greater than the number of wireless hotspots, according to the demand of the terminal in use, the bandwidth is sequentially connected to the network speed of the wireless hotspot from high to low. Repeatingly, the remaining bandwidth requirements of the terminal in use are sequentially connected to the order of the network speed of the wireless hotspot from high to low, until all the terminals and wireless hotspots in use are completed. Connect; or,

Obtaining a network speed ratio between each wireless hotspot, and combining the terminal in use according to the bandwidth requirement on the basis of the network speed ratio, and constructing a combined terminal with the same number of the wireless hotspots, Obtaining a bandwidth demand ratio of the combined terminal, and correspondingly connecting the combined terminal to the wireless hotspot according to the network speed ratio and the bandwidth demand ratio.
The device for switching a network according to claim 10, wherein the connection module is further configured to sort the terminal in use according to screen parameters from large to small, and use the sorting as being used. The terminal has a high to low order of bandwidth requirements.
The device for switching a network of a terminal according to claim 9, wherein the device for switching the network by the terminal further comprises:

The switching module is configured to re-acquire the terminal and the wireless hotspot that are being used when receiving the switching instruction, or at a preset time, and switch the connection with the wireless hotspot according to the bandwidth requirement of the retrieved terminal.
The apparatus for switching a network of a terminal according to claim 9, wherein the obtaining module comprises:

An obtaining unit, configured to acquire an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

And a determining unit, configured to determine that the terminal is in use when the azimuth value, the tilt value, and the roll value of the terminal are not all zero.
The apparatus for switching a network of a terminal according to claim 12, wherein the obtaining module comprises:

An obtaining unit, configured to acquire an azimuth value, a pitch value, and a roll value of the gyroscope of the terminal;

And a determining unit, configured to determine that the terminal is in use when the azimuth value, the tilt value, and the roll value of the terminal are not all zero.