WO2015062515A1

WO2015062515A1 - Method and device for controlling scrolling of interface of smart television

Info

Publication number: WO2015062515A1
Application number: PCT/CN2014/089870
Authority: WO
Inventors: 史学强; 孙可; 梁帆; 李震
Original assignee: 乐视致新电子科技（天津）有限公司
Priority date: 2013-10-30
Filing date: 2014-10-30
Publication date: 2015-05-07

Abstract

A method and device for controlling the scrolling of an interface of a smart television. The method can be applied to a user equipment and comprises: enabling a smart television and a user equipment access the same local area network via a first control instruction or generating the first control instruction to control the user equipment to log in a pre-set server; after a trigger instruction is received, acquiring a start coordinate point and a current coordinate point which skim over the user equipment; calculating a difference value between an x or y coordinate value of the current coordinate point and an x or y coordinate value of the start coordinate point; searching for a moving direction corresponding to the difference value; and according to the moving direction, judging whether a movement is required, if it is determined that the movement is required, generating a second control instruction to control an interface of the smart television to scroll according to the moving direction, and sending the second control instruction to the smart television or sending same to the smart television by a server. By controlling the scrolling of an interface of a smart television via a user equipment, the present application satisfies the demand of people for controlling the scrolling of an interface of a smart television by a user equipment.

Description

Method and device for controlling scrolling of smart television interface

This application is required to be submitted to the Chinese Patent Office on November 30, 2013, application number 201310530783.X, and the invention titled "a method and device for controlling the scrolling of smart TV interfaces"; on November 30, 2013 Submitted to the Chinese Patent Office, application number 201310530734.6, the invention titled "a method and device for controlling the scrolling of smart TV interface"; submitted to the Chinese Patent Office on November 30, 2013, the application number is 201310530191.8, the name of the invention It is a Chinese patent application for “a method and device for controlling the scrolling of smart TV interfaces”; it was submitted to the Chinese Patent Office on November 30, 2013, and the application number is 201310530785.9. The invention name is “a method for controlling the scrolling of smart TV interfaces and The priority of the Chinese Patent Application, the entire disclosure of which is incorporated herein by reference.

Technical field

The present application relates to the field of automatic control technology, and more particularly to a method and apparatus for controlling scrolling of a smart television interface.

Background technique

Smart TV plays an important role in people's daily life and is an indispensable tool for people's life and entertainment. With the rapid development of information technology and the increasing demand for TV entertainment, the convenience of smart TV is also increasing.

For example, when browsing the interface of the smart TV, the traditional way is to realize the scrolling of the smart TV interface by using the up and down keys of the button type remote controller, and in order to improve the convenience of controlling the scrolling of the smart TV interface, the mouse is usually used to realize the smart TV. The scrolling of the interface.

However, with the widespread popularity of user devices such as mobile phones and tablet computers, people are more eager to implement the scrolling of smart TV interfaces through handheld user devices. Therefore, how to implement scrolling of smart TV interfaces through user devices is an urgent need. of.

Summary of the invention

In view of this, the present application provides a method and apparatus for controlling scrolling of a smart television interface, Meet the need for people to control the scrolling of smart TV interfaces through user devices.

To achieve one of the above objectives, the present application provides the following technical solutions:

A method for controlling scrolling of a smart television interface is applied to a user equipment, the method comprising:

Obtaining an IP address of the smart TV, generating and transmitting a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart TV to access the same a local area network; after receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment;

Calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point ;

Searching for a moving direction corresponding to the difference, wherein a correspondence between different difference values and a moving direction is pre-stored in the user equipment;

Determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating a second control instruction that controls the smart TV interface to scroll according to the moving direction, and sending the second control instruction to the smart TV.

In an embodiment of the present application, when it is determined that the movement is required, the method further includes:

Converting the difference to an actual distance for controlling scrolling of the smart television interface according to a pre-stored proportional relationship, wherein the proportional relationship is a distance that is swept over the user equipment and an actual scrolling distance of the smart television interface Ratio

The generating, by the second control instruction for controlling the smart TV interface to scroll according to the moving direction, is specifically: generating a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction.

In an embodiment of the present application, the generating, by the second control instruction, the scrolling of the smart TV interface according to the moving direction is:

Generating, by the second control instruction, the smart TV interface to scroll the preset distance according to the moving direction.

In an embodiment of the present application, after the generating the second control instruction, the method further includes:

The picture corresponding to the moving direction is called, and the picture is replaced with the currently displayed picture for display, wherein the picture is pre-stored in the user equipment.

A method for controlling scrolling of a smart television interface is applied to a smart television, the method comprising:

Receiving a second control instruction sent by the user equipment, where the second control instruction is performed by a user Obtaining, by the device, an IP address of the smart TV, generating and transmitting a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television to access After receiving the triggering command, the same local area network acquires a starting coordinate point and a current coordinate point that slides over the user equipment; and calculates a difference between the x coordinate value of the current coordinate point and the x coordinate value of the starting coordinate point. Or calculating a difference between the y coordinate value of the current coordinate point and the y coordinate value of the starting coordinate point, searching for a moving direction corresponding to the difference, and determining whether it is necessary to move according to the found moving direction. When it is determined that the movement is required, the generated control instruction for controlling the smart TV interface to scroll according to the moving direction, wherein the user equipment pre-stores a corresponding relationship between different difference values and a moving direction;

Parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction.

In an embodiment of the present application, the second control command sent by the receiving user equipment is: a control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction, where the actual distance is the The user equipment converts the difference according to a pre-stored proportional relationship, where the proportional relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface;

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll an actual distance according to the moving direction.

In an embodiment of the present application, the second control command sent by the receiving user equipment is: controlling a second control instruction that the smart TV interface scrolls the preset distance according to the moving direction;

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll a preset distance according to the moving direction.

A device for controlling scrolling of a smart television interface is applied to a user equipment, the device comprising:

a first obtaining module, configured to obtain an IP address of the smart television;

a first generation sending module, configured to acquire an IP address of the smart TV, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and The smart TV is connected to the same local area network;

a first receiving module, configured to receive a triggering instruction;

a second acquiring module, configured to acquire a starting coordinate point and a current coordinate of the user equipment point;

a calculation module, configured to calculate an x coordinate value of the current coordinate point minus a difference value of the x coordinate value of the initial coordinate point, or calculate a y coordinate value of the current coordinate point minus the initial coordinate point The difference of the y-coordinate values;

a first storage module, configured to store a correspondence between different difference values and a moving direction;

a searching module, configured to search, in the first storage module, a moving direction corresponding to the difference;

a judging module configured to determine whether a movement is required according to the found moving direction;

And a second generation sending module configured to: when it is determined that the movement is required, generate a control instruction that controls the smart TV interface to scroll according to the moving direction, and send the second control instruction to the smart TV.

In an embodiment of the present application, the second storage module and the conversion module are further included, where:

The second storage module is configured to pre-store a proportional relationship; wherein the proportional relationship is a distance ratio of a distance that slides across the user equipment to an actual scrolling of the smart television interface;

The conversion module is configured to, after determining that the movement needs to be performed, convert the difference value to an actual distance for controlling scrolling of the smart television interface according to the proportional relationship;

And the second generation sending module is configured to generate a control instruction for controlling the smart television interface to scroll the actual distance according to the moving direction, and send the second control instruction to the smart television.

In an embodiment of the present application, the third storage module is further configured to store a preset distance in advance;

The second generation sending module is specifically configured to generate a second control instruction that controls the smart television interface to scroll the preset distance according to the moving direction, and send the second control instruction to the smart television.

In an embodiment of the present application, the fourth storage module, the calling module, and the replacement display module are further included, where:

The fourth storage module is configured to store a picture;

The calling module is configured to, after the second generation sending module generates the second control instruction, invoke a picture corresponding to the moving direction;

The replacement display module is configured to replace the called picture with a current display picture for display Show.

A smart television interface scrolling device is applied to a smart television, the device comprising:

The second receiving module is configured to receive a second control instruction sent by the user equipment, where the second control instruction is that the user equipment acquires an IP address of the smart TV, and generates and sends an IP address carrying the smart TV. a control command to the smart TV, the first control instruction controls the user equipment and the smart television to access to the same local area network, and after receiving the triggering instruction, acquire a starting coordinate point that slides over the user equipment and a current coordinate point; calculating a difference between an x coordinate value of the current coordinate point and x of the starting coordinate point, or calculating a difference between a y coordinate value of the current coordinate point and a y of the starting coordinate point And searching for a moving direction corresponding to the difference, determining, according to the searched moving direction, whether a movement is required, and when determining that the movement is required, generating a control instruction for controlling the smart television interface to scroll according to the moving direction, wherein, A corresponding relationship between different difference values and a moving direction is pre-stored in the user equipment;

The analysis control module is configured to parse the second control instruction, and control the smart television interface to scroll according to the moving direction.

In an embodiment of the present application, the second control command sent by the user equipment received by the second receiving module is: a control instruction for controlling the smart television interface to scroll the actual distance according to the moving direction, where The actual distance is converted by the user equipment according to a pre-stored proportional relationship, and the proportional relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface. ;

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll the actual distance according to the moving direction.

In an embodiment of the present application, the second control command sent by the user equipment received by the second receiving module is: an instruction to control the smart TV interface to scroll the preset distance according to the moving direction;

The parsing control is specifically configured to parse the second control instruction, and control the smart TV interface to scroll a preset distance according to the moving direction.

The application also provides a method for controlling scrolling of a smart TV interface, which is applied to a user equipment, and the method includes:

Generating a first control instruction to control the user equipment to log in to the preset server;

After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment;

Determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating a second control instruction for controlling the smart television interface to scroll according to the moving direction;

Sending the second control command to the server, and the second control command is sent by the server to a smart TV that is logged in to the same server as the user equipment.

Generating a third control instruction to control the smart TV to log in to the preset server;

Receiving a second control instruction sent by the server; wherein the second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and after receiving the trigger instruction, acquiring the slip Passing a starting coordinate point and a current coordinate point of the user equipment; calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a y coordinate of the current coordinate point The difference between the value and the y-coordinate value of the starting coordinate point, the search and the The movement direction corresponding to the difference is determined according to the searched movement direction, and whether the movement is required, and when it is determined that the movement is required, the generated control instruction for controlling the smart television interface to scroll according to the movement direction is sent to the server; The corresponding relationship between the difference value and the moving direction is pre-stored in the user equipment;

In an embodiment of the present application, the receiving, by the server, the second control instruction is: controlling a second control instruction that the smart TV interface scrolls the actual distance according to the moving direction, where the actual The distance is converted by the user equipment according to a pre-stored proportional relationship, wherein the proportional relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface;

In an embodiment of the present application, the receiving, by the server, the second control instruction is: controlling a second control instruction that the smart TV interface scrolls the preset distance according to the moving direction;

a first generation module, configured to generate a first control instruction;

The first control module is configured to control the user equipment to log in to the preset server according to the first control instruction;

a first receiving module, configured to receive a triggering instruction;

a second acquiring module, configured to acquire a starting coordinate point and a current coordinate point of the user equipment;

a second generating module, configured to generate a second control instruction that controls the smart TV interface to scroll according to the moving direction when it is determined that the movement is required;

The sending module is configured to send the second control command to the server, and the second control command is sent by the server to the smart TV that is logged in to the same server as the user equipment.

The second generation module is specifically configured to generate a second control instruction that controls the smart television interface to scroll the actual distance according to the moving direction.

The second generating module is specifically configured to generate a second control instruction that controls the smart TV interface to scroll the preset distance according to the moving direction.

In an embodiment of the present application, the method further includes: a fourth storage module, a calling module, and a replacement display module, where:

The fourth storage module is configured to store a picture;

The calling module is configured to invoke a picture corresponding to the moving direction after the second generating module generates the second control instruction;

The replacement display module is configured to replace the called picture with the current display picture for display.

a third generation module, configured to generate a third control instruction;

The second control module is configured to control the smart TV to log in to the preset server according to the third control instruction;

a third receiving module, configured to receive a second control command sent by the server, where the second control command is generated by the user equipment to control the user equipment to log in to the preset server, and receive After the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment; calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a Determining a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point, searching a moving direction corresponding to the difference, determining whether a movement is required according to the found moving direction, and determining that the movement is required And generating, by the control device, the control instruction that the smart TV interface is scrolled according to the moving direction, and sending the control instruction to the server; wherein the user equipment pre-stores a correspondence between different difference values and a moving direction;

In an embodiment of the present application, the second control command sent by the server received by the second receiving module is: controlling a second control instruction that the smart TV interface scrolls the actual distance according to the moving direction, The actual distance is converted by the user equipment according to a pre-stored proportional relationship, where the proportional relationship is a distance that the distance between the user equipment and the smart television interface actually scrolls. Ratio

In an embodiment of the present application, the second control command sent by the server received by the second receiving module is: controlling a control instruction that the smart TV interface scrolls the preset distance according to the moving direction;

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll a preset distance according to the moving direction.

According to the above technical solution, the method and device for controlling the scrolling of the smart TV interface provided by the present application are set to control the scrolling of the smart TV interface by the user equipment, and the smart TV is controlled by the user equipment. The need for interface scrolling.

DRAWINGS

In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will be true. The drawings used in the examples or the description of the prior art are briefly introduced. It is obvious that the drawings in the following description are merely examples of the present application, and no one skilled in the art will be engaged in creative labor. Further drawings may also be obtained from the drawings provided.

1 is a schematic flow chart of an embodiment of a method for controlling scrolling of a smart television interface according to the present application;

2 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

3 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

4 is a schematic diagram of an embodiment of the present application in practical application;

FIG. 5 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart television interface according to the present application; FIG.

6 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

7 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

8 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

9 is a schematic diagram of another embodiment of the present application in practical application;

FIG. 10 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart television interface according to the present application; FIG.

11 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

12 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

13 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

Figure 14 is a schematic diagram of another embodiment of the present application in practical application;

15 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

16 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

17 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

FIG. 18 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart television interface according to the present application; FIG.

19 is a schematic flow chart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application;

20 is a schematic diagram of another embodiment of an application in a practical application; FIG. 21 is a schematic structural diagram of an embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

22 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

23 is a schematic structural diagram of still another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

24 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

25 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

26 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

27 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application;

FIG. 28 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application.

detailed description

The technical solutions in the embodiments of the present application are clearly and completely described in the following with reference to the drawings in the embodiments of the present application. It is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by a person of ordinary skill in the art based on the embodiments of the present application without departing from the inventive scope are the scope of the present application.

The above described objects, features and advantages of the present application will become more apparent and understood.

FIG. 1 is a schematic flowchart of a method for controlling scrolling of a smart TV interface according to an embodiment of the present invention. The method may be applied to a user equipment, where the user equipment may be any touch-enabled device such as a mobile phone or a tablet computer.

As shown in Figure 1, the method includes:

Step 101: Acquire an IP address of the smart TV, generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, and the first control instruction controls the user equipment and the smart TV connection Enter the same local area network;

The user equipment and the smart TV are located in the same local area network. The user equipment can obtain the IP address of the smart television by searching the network, and the user equipment needs to access the same local area network with the smart television, that is, by generating and transmitting the smart television. a first control instruction of the IP address to the smart TV to control the user equipment and the smart television to access to the same local area network;

Optionally, the first control instruction may control the user equipment and the smart TV to establish a WIFI connection.

Wherein, when there are multiple smart TVs in the local area network, the user equipment can obtain the IP address of a certain smart TV, and access the same local area network with the specific smart television through the first control instruction.

Step 102: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

The triggering instruction is an initial condition for the user equipment to control the scrolling of the smart television interface, and the triggering instruction can be received in multiple manners;

For example, a specific icon is set on the user equipment, and when the finger touches the specific icon, the user equipment receives the trigger instruction; or, when the user equipment sets a specific trigger mode, such as shaking the user equipment, the user equipment receives the trigger instruction. .

Wherein, the user equipment is provided with an coordinate axis, so that the user equipment can obtain the starting coordinate point and the current coordinate point that slide over the user equipment; and the coordinate origin of the coordinate axis can be set at any position on the screen of the user equipment according to requirements. ;

In the specific implementation of the present application, the user equipment may be divided into effective areas, and the user is instructed to slide the user equipment in the x-axis direction; the effective area refers to dividing a specific area for the user equipment, when the finger When sliding in the specific area, the user equipment can obtain the starting coordinate point and the current coordinate point of the user equipment, and when the finger does not slide in the specific area, the user equipment does not acquire the sliding of the user equipment. The starting coordinate point and the current coordinate point; of course, the entire screen area of the user device can be used as the effective area.

Step 103: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

After the user equipment obtains the starting coordinate point and the current coordinate point of the user equipment, the x coordinate value of the current coordinate point may be subtracted from the x coordinate value of the starting coordinate point to calculate the difference; The x coordinate value of the starting coordinate point is subtracted from the x coordinate value of the current coordinate point, and the difference is calculated. The specific calculation method can be set in advance in the user equipment.

Step 104: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment;

The corresponding relationship between the difference and the moving direction may be stored in the user equipment in the form of a table; specifically, the correspondence may be multiple, for example:

When the difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is greater than zero, the corresponding moving direction is upward;

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is less than zero, and the corresponding moving direction is downward;

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is zero, and the corresponding moving direction is none.

Or the difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is downward;

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is less than zero, and the corresponding moving direction is upward;

Specifically, the moving direction indicates that the television interface needs to be controlled to scroll up; the moving direction is downward. To indicate that the TV interface needs to be controlled to scroll down; the movement direction is no indication that there is no need to control the TV interface scrolling.

The corresponding correspondence relationship may be pre-stored in the user equipment according to the calculation manner set in the user equipment. Referring to Table 1, the correspondence between the difference value and the moving direction in the calculation mode is shown.

Table 1

当前坐标值的x坐标值减去起始坐标点的x坐标值The x coordinate value of the current coordinate value minus the x coordinate value of the starting coordinate point	大于零Greater than zero	向上移动方向Move upwards
	大于零Greater than zero	向上移动方向Move upwards	当前坐标值的x坐标值减去起始坐标点的x坐标值The x coordinate value of the current coordinate value minus the x coordinate value of the starting coordinate point	小于零Less than zero	向下移动方向Move down
当前坐标值的x坐标值减去起始坐标点的x坐标值The x coordinate value of the current coordinate value minus the x coordinate value of the starting coordinate point	等于零Equal to zero	无移动方向No moving direction		小于零Less than zero	向下移动方向Move down

Step 105: Determine, according to the found moving direction, whether movement is required, and when determining that the movement is required, generate a second control instruction that controls the smart television interface to scroll according to the moving direction;

Step 106: Send the second control instruction to the smart TV.

Specifically, when the found moving direction is up or down, it is determined that the mobile phone needs to be moved. Correspondingly, when the moving direction is upward, a second control command for controlling the smart TV interface to scroll upward is generated, and the second control command is generated. The control command is sent to the smart TV to enable the smart TV to scroll up according to the second control instruction; when the moving direction is downward, generate a second control instruction that controls the smart TV interface to scroll down, and Sending, by the second control instruction, to the smart television, so that the smart television can scroll down according to the second control instruction;

When the found moving direction is no, it is determined that no movement is required, in which case the user equipment does not generate the second control instruction.

It should be noted that the time for the user equipment to perform the series of actions is very short. When continuously sliding over the user equipment, the user equipment may continue to perform the above actions to control the effect of the smart TV reaching continuous scrolling.

In this embodiment, the control of the scrolling of the television interface is implemented by the user equipment, and the hardware device such as the button remote controller and the mouse is not required to meet the requirement that the user controls the scrolling of the smart television interface through the user equipment.

Another embodiment of the present application also discloses a method for controlling scrolling of a smart TV interface, see FIG. 2. The method can include:

Step 201: Acquire an IP address of the smart TV, generate and send a first control command carrying the IP address of the smart TV to the smart TV, and the first control instruction controls the user equipment and the smart TV to connect Enter the same local area network;

Step 202: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

Step 203: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

Step 204: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 205: Determine, according to the found moving direction, whether the mobile phone needs to be moved. When it is determined that the mobile phone needs to be moved, the difference is converted into an actual distance for controlling the scrolling of the smart television interface according to the pre-stored proportional relationship;

The ratio relationship is a ratio of a distance that slides across the user equipment to a distance that the smart television interface actually scrolls, and the proportional relationship may be set according to actual needs. For example, if the ratio of the distance that slides over the user equipment to the actual scrolling distance of the smart TV interface is 1:10, then when the distance over the user equipment is 1 unit, the actual distance of the corresponding smart TV interface is scrolled. 10 units;

When the found moving direction is up or down, it is determined that the movement needs to be performed, and the difference between the x coordinate value of the current coordinate point and the x coordinate value of the starting coordinate point can be converted into the actual distance of the smart television interface scrolling. Taking the correspondence as 1:10 as an example, assuming that the difference is 0.5, then the actual distance of the converted smart TV interface scroll is 5; of course, if the difference is assumed to be -0.5, correspondingly, the conversion The actual distance of the smart TV interface after scrolling is also 5.

The proportional relationship is pre-stored in the user equipment.

Step 206: Generate a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction;

Step 207: Send the second control instruction to the smart TV.

Specifically, when the moving direction is upward, generating a second control instruction that controls the smart TV interface to scroll up the actual distance, and sends the second control instruction to the smart television, so that the smart television can The second control instruction scrolls up the converted actual distance;

When the moving direction is downward, generating a second control instruction for controlling the smart TV interface to scroll down the actual distance, and transmitting the second control instruction to the smart television, so that the smart television can be configured according to the first The second control command scrolls down the actual distance.

For example, the user equipment calculates that the difference between the x coordinate value of the current coordinate point and the x coordinate value of the starting coordinate point is 0.5 unit, and according to the difference, the moving direction corresponding to the difference is found to be downward, and is stored in the user. In the device, the ratio of the distance between the user equipment and the actual rolling distance of the smart TV interface is 1:10, according to the proportional relationship, the actual distance for controlling the scrolling of the smart TV interface is 5 units, correspondingly, the user equipment Generating a second control command for controlling the smart TV interface to scroll up 5 units, and transmitting the second control command to the smart TV, so that the smart TV can scroll up 5 units according to the second control instruction.

In this embodiment, the user equipment pre-stores a proportional relationship between the distance swept by the user equipment and the actual scrolling distance of the smart television interface, so that the user equipment can calculate the x coordinate value of the current coordinate point according to the proportional relationship. The difference of the x coordinate value of the starting coordinate point is converted into the actual distance of the smart TV interface scrolling, and the actual distance of the smart TV interface can be controlled by the corresponding control command, which satisfies the requirement of the user to control the scrolling of the smart television interface through the user equipment. And the proportional relationship can be set according to actual needs, which improves the convenience of scrolling control of the smart TV interface.

As another implementation form, the embodiment corresponding to FIG. 2 is different in that a preset distance is pre-stored in the user equipment, and after the user equipment determines that the mobile device needs to be moved, the smart TV interface is generated and controlled according to the moving direction. Rolling the second control command of the preset distance and transmitting the second control command to the smart TV.

The preset distance is a fixed distance for controlling the scrolling of the smart TV interface, and can be set according to actual conditions, that is, when the user equipment controls the generated smart TV interface to scroll the preset according to the moving direction. After the second control command of the distance is sent to the smart TV, the smart TV interface scrolls a fixed distance according to the moving direction.

A further embodiment of the present application further discloses a method for controlling scrolling of a smart TV interface. Referring to FIG. 3, the method may include:

Step 301: Acquire an IP address of the smart TV, generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, and the first control instruction controls the user setting And the smart TV is connected to the same local area network;

Step 302: After receiving the trigger instruction, acquire a starting coordinate point and a current coordinate point that slide over the user equipment.

Step 303: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

Step 304: Find a moving direction corresponding to the difference value;

Step 305: Determine, according to the direction of movement of the search, whether movement is required, and when it is determined that movement is required, generate a control instruction for controlling the smart TV to scroll according to the moving direction;

Step 306: Send the second control instruction to the smart TV.

Step 307: Call a picture corresponding to the moving direction, and replace the picture with the currently displayed picture for display;

Specifically, a plurality of pictures are pre-stored in the user equipment, and after determining the moving direction, the corresponding picture may be called according to the moving direction, for example, when determining that the moving direction is upward, calling the next picture of the currently displayed picture, The effect of scrolling up can be displayed. When the moving direction is determined to be downward, the previous picture of the currently displayed picture is called, and the effect of scrolling up can be displayed.

The two execution actions of the user equipment to send the generated second control command to the smart TV and display the picture corresponding to the moving direction are not limited in sequence; that is, steps 306 and 307 are not sequentially defined; Simultaneous execution; the second control command may be sent to the smart TV first, and then the picture corresponding to the moving direction is displayed; of course, the picture corresponding to the moving direction may be displayed first, and then the second control command is sent to the smart TV;

In order to increase the realism of the user operation, as a specific implementation manner, the above two actions can be performed simultaneously, that is, while controlling the smart TV interface to scroll, the corresponding picture is displayed to achieve the dynamic scrolling effect.

In this embodiment, a plurality of pictures are stored in the user equipment. When it is determined that the mobile phone needs to be moved, the picture corresponding to the moving direction may be called, and the picture is replaced by the currently displayed picture to achieve the dynamic scrolling effect. It enables users to experience a real feel.

For ease of understanding, a mobile phone is taken as an example for description. Referring to FIG. 4, a schematic diagram of an embodiment of the present application in practical application is shown;

As shown in Figure 4, after the mobile phone and the smart TV are connected to the same local area network, the mobile phone enters the control interface. When clicking the "mouse" pattern located at the bottom of the screen of the mobile phone, the mobile phone enters the state of controlling the scrolling of the television interface. If the finger slides up the scroll wheel displayed on the screen of the mobile phone, the mobile phone controls the smart television interface to scroll down, and at the same time, the screen of the mobile phone The mouse wheel on the screen will display the dynamic effect of scrolling up; if the finger slides down the scroll wheel displayed on the screen of the mobile phone, the mobile phone will control the smart TV interface to scroll up, and the mouse wheel on the screen of the mobile phone will display the dynamic effect of scrolling down. Of course, if the finger continues to slide the scroll wheel displayed on the screen of the mobile phone, the mouse wheel on the screen of the mobile phone will continue to scroll, and the mobile phone will also control the smart TV interface to continuously scroll.

FIG. 5 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart TV interface provided by the present application, which may be applied to a smart TV. As shown in FIG. 5, the method includes:

Step 501: Receive a second control instruction sent by the user equipment.

The second control command is to acquire an IP address of the smart TV by the user equipment, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction is The user equipment and the smart TV are connected to the same local area network, and after receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slides over the user equipment; calculating an x coordinate value of the current coordinate point and the Determining the difference of x of the starting coordinate point, searching for a moving direction corresponding to the difference, determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating the control of the smart television interface according to the a control instruction for scrolling in the direction of movement;

The corresponding relationship between the difference value and the moving direction is pre-stored in the user equipment;

Step 502: Parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

Specifically, the smart TV can obtain the corresponding moving direction by parsing the second control command sent by the user equipment, and when the moving direction is upward, the smart TV interface is controlled to scroll upward, and when the moving direction is downward, the smart TV interface is controlled. Scroll down.

As an implementation manner, when the second control command sent by the user equipment received by the smart television is: controlling the smart television interface to scroll the control instruction of the actual distance according to the moving direction, then the smart television parses the second Controlling the command, obtaining a corresponding moving direction and an actual distance, and controlling the smart television interface to scroll the actual distance according to the moving direction;

The actual distance is that the user equipment converts the difference according to a proportional relationship. The ratio relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface, and is pre-stored in the user equipment.

In another implementation manner, when the second control command sent by the user equipment received by the smart television is: controlling the smart TV interface to scroll the control instruction of the preset distance according to the moving direction, then the smart television parses the The second control instruction obtains a corresponding moving direction and a preset distance, and controls the smart TV interface to scroll the preset distance according to the moving direction;

The preset distance is pre-stored in the user equipment.

In practical applications, there are many interfaces for smart TVs to scroll up and down, for example, a browser interface of a smart TV. When it is necessary to control an interface of a smart TV to scroll, it is only necessary to make the interface open.

In this embodiment, the smart TV analyzes the second control command by receiving the second control command sent by the user equipment, and controls the scrolling of the smart TV interface according to the moving direction, so as to achieve the purpose of controlling the scrolling of the smart television interface by the user equipment.

FIG. 6 is a schematic flowchart of another embodiment of a method for controlling scrolling of a smart TV interface according to the present application, the method includes:

Step 601: Acquire an IP address of the smart TV, generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television Enter the same local area network;

Step 602: After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide through the user equipment.

In a specific implementation of the present application, the user equipment may be divided into effective areas, and the user is instructed to slide the user equipment in the y-axis direction; the effective area refers to dividing a specific area for the user equipment. When the finger slides in the specific area, the user equipment can obtain the starting coordinate point and the current coordinate point of the user equipment, and when the finger does not slide in the specific area, the user equipment does not obtain the sliding over the user equipment. The starting coordinate point and the current coordinate point; of course, the entire screen area of the user device can be used as the effective area.

Step 603: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

After the user equipment obtains the starting coordinate point and the current coordinate point of the user equipment, the y coordinate value of the current coordinate point may be subtracted from the y coordinate value of the starting coordinate point to calculate the difference; The y coordinate value of the starting coordinate point is subtracted from the y coordinate value of the current coordinate point, and the difference is calculated. The specific calculation method can be set in advance in the user equipment.

Step 604: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

When the difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is greater than zero, the corresponding moving direction is upward;

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is less than zero, and the corresponding moving direction is downward;

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is zero, and the corresponding moving direction is none.

Or the difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is downward;

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is less than zero, and the corresponding moving direction is upward;

Specifically, the moving direction indicates that the television interface needs to be controlled to scroll up; the moving direction is downward to indicate that the television interface needs to be controlled to scroll down; and the moving direction is no indication that the television interface scrolling is not required.

The corresponding correspondence may be pre-stored in the user equipment according to the calculation mode set in the user equipment. Referring to Table 2, the correspondence between the difference value and the movement direction in a calculation mode is shown.

Table 2

当前坐标值的y坐标值减去起始坐标点的y坐标值The y coordinate value of the current coordinate value minus the y coordinate value of the starting coordinate point	大于零Greater than zero	向上移动方向Move upwards
	大于零Greater than zero	向上移动方向Move upwards	当前坐标值的y坐标值减去起始坐标点的y坐标值The y coordinate value of the current coordinate value minus the y coordinate value of the starting coordinate point	小于零Less than zero	向下移动方向Move down
当前坐标值的y坐标值减去起始坐标点的y坐标值The y coordinate value of the current coordinate value minus the y coordinate value of the starting coordinate point	等于零Equal to zero	无移动方向为No movement direction is		小于零Less than zero	向下移动方向Move down

Step 605: Determine whether the mobile phone needs to move according to the found moving direction, and when it is determined that the mobile device needs to move, generate a second control instruction that controls the smart TV interface to scroll according to the moving direction;

Step 606: Send the second control instruction to the smart TV.

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 7, the method may include:

Step 701: Acquire an IP address of the smart TV, generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television Enter the same local area network;

Step 702: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

Step 703: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

Step 704: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 705: Determine, according to the found moving direction, whether the mobile phone needs to be moved. When it is determined that the mobile phone needs to be moved, the difference is converted into an actual distance for controlling the scrolling of the smart television interface according to the pre-stored proportional relationship;

When the found moving direction is up or down, it is determined that the movement needs to be performed, and the difference between the y coordinate value of the current coordinate point and the y coordinate value of the starting coordinate point can be converted into the actual distance of the smart television interface scrolling. Taking the correspondence as 1:10 as an example, assuming that the difference is 0.5, then The actual distance of the switched smart TV interface scroll is 5; of course, if the difference is assumed to be -0.5, the actual distance of the converted smart TV interface scroll is also 5.

The proportional relationship is pre-stored in the user equipment.

Step 706: Generate a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction;

Step 707: Send the second control instruction to the smart TV.

For example, the user equipment calculates that the difference between the y coordinate value of the current coordinate point and the y coordinate value of the starting coordinate point is 0.5 unit, and according to the difference, the moving direction corresponding to the difference is found to be downward, and is stored in the user. In the device, the ratio of the distance between the user equipment and the actual rolling distance of the smart TV interface is 1:10, according to the proportional relationship, the actual distance for controlling the scrolling of the smart TV interface is 5 units, correspondingly, the user equipment Generating a second control command for controlling the smart TV interface to scroll up 5 units, and transmitting the second control command to the smart TV, so that the smart TV can scroll up 5 units according to the second control instruction.

In this embodiment, the user equipment pre-stores a proportional relationship between the distance swept by the user equipment and the actual scrolling distance of the smart television interface, so that the user equipment can calculate the calculated y coordinate value of the current coordinate point according to the proportional relationship. The difference of the y coordinate value of the starting coordinate point is converted into the actual distance of the smart TV interface scrolling, and the actual distance of the smart TV interface can be controlled by the corresponding control command, which satisfies the requirement of the user to control the scrolling of the smart television interface through the user equipment. And the proportional relationship can be set according to actual needs, which improves the convenience of scrolling control of the smart TV interface.

As another implementation form, the embodiment corresponding to FIG. 6 is different in that a preset distance is pre-stored in the user equipment, and after the user equipment determines that the mobile device needs to be moved, the smart TV interface is generated and controlled according to the moving direction. Rolling the second control command of the preset distance and transmitting the second control command to the smart TV.

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 8, the method may include:

Step 801: Acquire an IP address of the smart TV, generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, and the first control instruction controls the user equipment and the smart TV to connect Enter the same local area network;

Step 802: After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment;

Step 803: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

Step 804: Find a moving direction corresponding to the difference value;

Step 805: Determine, according to the moving direction of the search, whether the mobile phone needs to be moved, and when it is determined that the mobile phone needs to move, generate a second control instruction that controls the smart TV to scroll according to the moving direction;

Step 806: Send the second control instruction to the smart TV.

Step 807: Call a picture corresponding to the moving direction, and replace the picture with the currently displayed picture for display;

The two execution actions of the user equipment to send the generated second control command to the smart TV and display the picture corresponding to the moving direction are not limited in sequence; that is, steps 806 and 807 are not sequentially defined; Simultaneous execution; the second control command may be sent to the smart TV first, and then the picture corresponding to the moving direction is displayed; of course, the picture corresponding to the moving direction may be displayed first, and then the second control command is sent to the smart TV;

For ease of understanding, a mobile phone is taken as an example for description. Referring to FIG. 9, a schematic diagram of an embodiment of the present application in practical application is shown;

As shown in Figure 9, after the mobile phone and the smart TV are connected to the same local area network, the mobile phone enters the control interface. When the "mouse" pattern located at the bottom of the mobile phone screen is clicked, the mobile phone enters the state of controlling the television interface to scroll, and if the finger slides up, The scroll wheel displayed on the screen of the mobile phone controls the smart TV interface to scroll down. At the same time, the mouse wheel on the screen of the mobile phone displays the dynamic effect of scrolling upwards; if the finger slides down the scroll wheel displayed on the screen of the mobile phone, the mobile phone controls the smart The TV interface scrolls up and the mouse wheel on the phone screen shows the dynamic effect of scrolling down. Of course, if the finger continues to slide the scroll wheel displayed on the screen of the mobile phone, the mouse wheel on the screen of the mobile phone will continue to scroll, and the mobile phone will also control the smart TV interface to continuously scroll.

FIG. 10 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart TV interface provided by the present application, which may be suitably configured in a smart TV. As shown in FIG. 10, the method includes:

Step 1001: Receive a second control instruction sent by the user equipment.

The second control command is to acquire an IP address of the smart TV by the user equipment, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction is The user equipment and the smart TV are connected to the same local area network, and after receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment; calculating a y coordinate value of the current coordinate point and the Determining the difference of y of the starting coordinate point, searching for a moving direction corresponding to the difference, determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating the control of the smart television interface according to the a control instruction for scrolling in the direction of movement;

Step 1002: Parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

The actual distance is obtained by converting the difference according to a proportional relationship of the user equipment, where the proportional relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface, And pre-stored in the user equipment.

The preset distance is pre-stored in the user equipment.

FIG. 11 is a schematic flowchart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application, the method includes:

Step 1101: Generate a first control instruction to control the user equipment to log in to the preset server.

When the user equipment and the smart TV are located in different LANs, the user equipment and the smart TV need to be logged in to the same server.

Specifically, the user can log in by inputting an account and a password on the user device; of course, the password can be set without entering a password on the user device; when the user triggers the login button, the user device The first control instruction is generated to control the user equipment to log in to the preset server corresponding to the account.

Step 1102: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

In an embodiment of the present application, the user equipment may be divided into an effective area, and the user is instructed to slide the user equipment in the x-axis direction; the effective area is to divide the specific area of the user equipment. When the finger slides in the specific area, the user equipment can obtain the starting coordinate point and the current coordinate point of the user equipment, and when the finger does not slide in the specific area, the user equipment does not obtain the sliding over the user equipment. The starting coordinate point and the current coordinate point; of course, the entire screen area of the user device can be used as the effective area.

Step 1103: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

Step 1104: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

The correspondence between different differences and the moving direction may be stored in the user equipment in the form of a table. Specifically; the corresponding relationship can be various, for example:

Step 1105: Determine, according to the found moving direction, whether the mobile phone needs to be moved, and when it is determined that the mobile phone needs to move, generate a second control instruction that controls the smart TV interface to scroll according to the moving direction;

Step 1106: Send the second control instruction to the server, and send, by the server, the second control instruction to a smart TV that is logged in to the same server as the user equipment.

Among them, only the smart TV and the user equipment log in to the same server, the smart TV can receive the second control command sent by the server.

If there are multiple smart TVs that are logged in to the same server as the user equipment, a specific smart TV may be selected by the user equipment, and the second control command is sent by the user equipment to the server, and then the second The control command is sent to the specific smart TV; of course, the second control command may also be sent by the server to multiple devices that log in to the same server with the user equipment. Smart TV.

Specifically, when the found moving direction is up or down, it is determined that the mobile phone needs to be moved. Correspondingly, when the moving direction is upward, a second control command for controlling the smart TV interface to scroll upward is generated, and the second control command is generated. The control command is sent to the server, and the second control command is sent by the server to the smart TV, so that the smart TV can scroll upward according to the second control instruction; when the moving direction is downward, And generating a second control instruction that controls the smart TV interface to scroll down, and sends the second control instruction to the server, and the server sends the smart control to the smart television, so that the smart television can be down according to the second control instruction. scroll;

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 12, the method may include:

Step 1201: Generate a first control instruction to control the user equipment to log in to the preset server.

Step 1202: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

Step 1203: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

Step 1204: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 1205: Determine, according to the found moving direction, whether the mobile phone needs to be moved. When it is determined that the mobile phone needs to be moved, the difference is converted into an actual distance for controlling the scrolling of the smart television interface according to the pre-stored proportional relationship;

The proportional relationship is pre-stored in the user equipment.

Step 1206: Generate a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction;

Step 1207: Send the second control instruction to the server, and send, by the server, the second control instruction to a smart TV that is logged in to the same server as the user equipment.

Specifically, when the moving direction is upward, generating a second control instruction that controls the smart TV interface to scroll up the actual distance, and sends the second control command to the server, and sends the second control command to the smart TV, so that the The smart TV can scroll up the converted actual distance according to the control instruction;

When the moving direction is downward, generating a second control instruction that controls the smart TV interface to scroll down the actual distance, and sends the second control command to the server, and the server sends the login to the user equipment to log in to the server. A smart television of the same server to enable the smart television to scroll down the actual distance in accordance with the control command.

For example, the user equipment calculates that the difference between the x coordinate value of the current coordinate point and the x coordinate value of the starting coordinate point is 0.5 unit, and according to the difference, the moving direction corresponding to the difference is found to be downward, and is stored in the user. In the device, the ratio of the distance between the user equipment and the actual rolling distance of the smart TV interface is 1:10, according to the proportional relationship, the actual distance for controlling the scrolling of the smart TV interface is 5 units, correspondingly, the user equipment Generating a second control command for controlling the smart TV interface to scroll up 5 units, and sending the second control command to the server, and sending the smart TV to the smart TV, so that the smart TV can scroll up according to the second control instruction. The distance of the unit.

As another implementation form, the embodiment corresponding to FIG. 11 is different in that a preset distance is pre-stored in the user equipment, and after the user equipment determines that the mobile device needs to be moved, the smart TV interface is generated and controlled according to the moving direction. And scrolling the second control instruction of the preset distance, and sending the second control instruction to the server, and sent by the server to the smart TV that logs in to the same server as the user equipment.

The preset distance is a fixed distance for controlling the scrolling of the smart TV interface, and can be set according to actual conditions, that is, when the user equipment controls the generated smart TV interface to scroll the preset according to the moving direction. The second control command of the distance is sent to the server, and after being forwarded to the smart TV by the server, the smart TV interface scrolls a fixed distance according to the moving direction.

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 13, the method may include:

Step 1301: Generate a first control instruction to control the user equipment to log in to the preset server.

Step 1302: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide over the user equipment.

Step 1303: Calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point;

Step 1304: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 1305: Determine, according to the found moving direction, whether the mobile phone is required to be moved, and when it is determined that the mobile phone needs to move, generate a second control command that controls the smart TV interface to scroll according to the moving direction;

Step 1306: Send the second control instruction to the server, where the server will Transmitting the second control instruction to the smart TV that is logged in to the same server as the user equipment;

After generating the second control instruction, the method further includes:

Step 1307: Call a picture corresponding to the moving direction, and replace the picture with the currently displayed picture for display;

The two execution actions of the user equipment to send the generated control command to the smart TV and display the picture corresponding to the moving direction are not limited by the sequence; that is, the steps 1306 and 1307 have no prior order limitation; Simultaneous execution; it is also possible to first send a control command to the smart TV through the server, and then display a picture corresponding to the moving direction; of course, the picture corresponding to the moving direction may be displayed first, and then the control command is sent to the smart TV through the server;

For ease of understanding, a mobile phone is taken as an example for description. Referring to FIG. 14, a schematic diagram of an embodiment of the present application in practical application is shown;

As shown in Figure 14, after the mobile phone and the smart TV log in to the same server, the mobile phone enters the control interface. When the "mouse" pattern located at the bottom of the mobile phone screen is clicked, the mobile phone enters the state of controlling the television interface to scroll, and if the finger slides up the mobile phone The scroll wheel displayed on the screen will control the smart TV interface to scroll down. At the same time, the mouse wheel on the screen of the mobile phone will display the dynamic effect of scrolling up; if the finger slides down the scroll wheel displayed on the screen of the mobile phone, the mobile phone will control the smart TV. The interface scrolls up and the mouse wheel on the phone screen shows the dynamic effect of scrolling down. Of course, if the finger continues to slide the scroll wheel displayed on the screen of the mobile phone, the mouse wheel on the screen of the mobile phone will continue to scroll, and the mobile phone will also control the smart TV interface to continuously scroll.

FIG. 15 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart TV interface provided by the present application, which may be suitably set in a smart TV. As shown in Figure 15, the method includes:

Step 1501: Generate a third control instruction to control the smart TV to log in to the preset server.

When the smart TV interface needs to be controlled by the user equipment to scroll, the smart TV and the user equipment are logged into the same server, and the user can log in by inputting an account and a password on the smart TV. Of course, the password may not be set. When only the account of the server is input on the smart TV, the login can be performed; when the user triggers the login button, the smart TV generates a third control command to control the smart TV to log in to the preset server corresponding to the account.

Step 1502: Receive a second control instruction sent by the server.

The second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and after receiving the triggering instruction, acquire the starting coordinate point and current of the user equipment. a coordinate point; calculating a difference between the x coordinate value of the current coordinate point and the x of the starting coordinate point, searching for a moving direction corresponding to the difference, and determining whether it is necessary to move according to the found moving direction; When it is determined that the mobile device needs to be moved, the generated control instruction for controlling the smart TV interface to scroll according to the moving direction is sent to the server;

Step 1503: Parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

Specifically, the smart TV can obtain the corresponding moving direction by parsing the second control instruction sent by the user equipment that is logged in to the same server with the smart TV and sent by the server to the smart TV, when the moving direction is upward. Then, the smart TV interface is controlled to scroll up, and when the moving direction is downward, the smart TV interface is controlled to scroll down.

As an implementation manner, when the second control command sent by the smart TV and transmitted by the server is: controlling the smart TV interface to scroll the second control instruction of the actual distance according to the moving direction, the smart television parsing The second control instruction obtains a corresponding moving direction and an actual distance, and controls the smart television interface to scroll the actual distance according to the moving direction;

The actual distance is that the user equipment converts the difference according to a proportional relationship, where the proportional relationship is a distance that slides over the user equipment and an actual scrolling of the smart television interface. The ratio of the distances, and is stored in advance in the user equipment.

In another implementation manner, when the second control command sent by the smart television to the server is: controlling the smart TV interface to scroll the second control instruction of the preset distance according to the moving direction, then the smart television Parsing the second control instruction to obtain a corresponding moving direction and a preset distance, and controlling the smart TV interface to scroll the preset distance according to the moving direction;

The preset distance is pre-stored in the user equipment.

In this embodiment, the smart TV receives the second control command sent by the server, and the second control command is sent to the server by the user equipment that is logged in to the same server as the smart TV, and the second control instruction is parsed by the smart television. The moving direction controls the scrolling of the smart TV interface, and the purpose of controlling the scrolling of the smart TV interface by the user equipment is realized.

FIG. 16 is a schematic flowchart of another embodiment of a method for controlling scrolling of a smart television interface according to the present application, the method includes:

Step 1601: Generate a first control instruction to control the user equipment to log in to the preset server.

Step 1602: After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide through the user equipment;

In an embodiment of the present application, the user equipment may be divided into effective areas, and the user is instructed to slide the user equipment in the y-axis direction; the effective area refers to dividing a specific area for the user equipment. When the finger slides in the specific area, the user equipment can obtain the starting coordinate point and the current coordinate point of the user equipment, and when the finger does not slide in the specific area, the user equipment does not obtain the sliding over the user equipment. The starting coordinate point and the current coordinate point; of course, the entire screen area of the user device can be used as the effective area.

Step 1603: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

Step 1604: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Or the difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point Greater than zero, the corresponding moving direction is downward;

Step 1605: Determine whether the mobile phone needs to move according to the found moving direction, and when it is determined that the mobile device needs to move, generate a second control instruction that controls the smart TV interface to scroll according to the moving direction;

Step 1606: Send the second control instruction to the server, and send, by the server, the second control instruction to a smart TV that is logged in to the same server as the user equipment.

If there are multiple smart TVs that are logged in to the same server as the user equipment, a specific smart TV may be selected by the user equipment, and the second control command is sent by the user equipment to the server, and then the second The control command is sent to the particular smart TV; of course, the second control command may also be sent by the server to a plurality of smart televisions that are logged into the same server as the user equipment.

Specifically, when the found moving direction is up or down, it is determined that the mobile phone needs to be moved. Correspondingly, when the moving direction is upward, a second control command for controlling the smart TV interface to scroll upward is generated, and the second control command is generated. The control command is sent to the server, and the second control command is sent by the server to the smart TV, so that the smart TV can scroll upward according to the second control instruction; when the moving direction is downward, And generating a second control instruction that controls the smart TV interface to scroll down, and sends the second control instruction to the server, and the server sends the smart control to the smart television, so that the smart television can be down according to the second control instruction. Scroll

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 17, the method may include:

Step 1701: Generate a first control instruction to control the user equipment to log in to the preset server.

Step 1702: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

Step 1703: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

Step 1704: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 1705: Determine, according to the found moving direction, whether the mobile phone needs to be moved. When it is determined that the mobile phone needs to be moved, the difference is converted into an actual distance for controlling the scrolling of the smart TV interface according to the pre-stored proportional relationship;

The proportional relationship is pre-stored in the user equipment.

Step 1706: Generate a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction;

Step 1707: Send the second control instruction to the server, and send, by the server, the second control instruction to a smart TV that is logged in to the same server as the user equipment.

For example, the user equipment calculates that the difference between the y coordinate value of the current coordinate point and the y coordinate value of the starting coordinate point is 0.5 unit, and according to the difference, the moving direction corresponding to the difference is found to be downward, and is stored in the user. In the device, the ratio of the distance between the user equipment and the actual rolling distance of the smart TV interface is 1:10, according to the proportional relationship, the actual distance for controlling the scrolling of the smart TV interface is 5 units, correspondingly, the user equipment Generating a second control command for controlling the smart TV interface to scroll up 5 units, and sending the second control command to the server, and sending the smart TV to the smart TV, so that the smart TV can scroll up according to the second control instruction. The distance of the unit.

As another implementation form, the embodiment corresponding to FIG. 16 differs in the user equipment. Pre-storing a preset distance, and when the user equipment determines that the mobile device needs to be moved, generating a second control instruction that controls the smart television interface to scroll the preset distance according to the moving direction, and sends the second control instruction to The server is sent by the server to a smart TV that is logged in to the same server as the user equipment.

Another embodiment of the present application further discloses a method for controlling scrolling of a smart television interface. Referring to FIG. 18, the method may include:

Step 1801: Generate a first control instruction to control the user equipment to log in to the preset server.

Step 1802: After receiving the triggering instruction, acquire a starting coordinate point and a current coordinate point that slide through the user equipment.

Step 1803: Calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point;

Step 1804: Search for a moving direction corresponding to the difference, where a correspondence between different difference values and a moving direction is pre-stored in the user equipment.

Step 1805: Determine, according to the found moving direction, whether the mobile phone needs to be moved. When it is determined that the mobile phone needs to move, generate a second control command that controls the smart TV interface to scroll according to the moving direction.

Step 1806: Send the second control instruction to the server, and send, by the server, the second control instruction to a smart TV that is logged in to the same server as the user equipment;

After generating the second control instruction, the method further includes:

Step 1807: Call a picture corresponding to the moving direction, and replace the picture with the currently displayed picture for display;

The two execution actions that the user equipment sends the generated control command to the smart TV through the server and displays the picture corresponding to the moving direction are not limited in sequence; that is, the steps 1806 and 1807 have no prior order limitation; Simultaneous execution; it is also possible to first send a control command to the smart TV through the server, and then display a picture corresponding to the moving direction; of course, the picture corresponding to the moving direction may be displayed first, and then the control command is sent to the smart TV through the server;

For ease of understanding, a mobile phone is taken as an example for description. Referring to FIG. 19, a schematic diagram of an embodiment of the present application in practical application is shown;

As shown in Figure 19, after the mobile phone and the smart TV log in to the same server, the mobile phone enters the control interface. When the “mouse” pattern located at the bottom of the mobile phone screen is clicked, the mobile phone enters the state of controlling the television interface to scroll, and if the finger slides up the mobile phone The scroll wheel displayed on the screen will control the smart TV interface to scroll down. At the same time, the mouse wheel on the screen of the mobile phone will display the dynamic effect of scrolling up; if the finger slides down the scroll wheel displayed on the screen of the mobile phone, the mobile phone will control the smart TV. The interface scrolls up and the mouse wheel on the phone screen shows the dynamic effect of scrolling down. Of course, if the finger continues to slide the scroll wheel displayed on the screen of the mobile phone, the mouse wheel on the screen of the mobile phone will continue to scroll, and the mobile phone will also control the smart TV interface to continuously scroll.

FIG. 20 is a schematic flowchart diagram of another embodiment of a method for controlling scrolling of a smart TV interface provided by the present application, which may be suitably set in a smart TV. As shown in FIG. 20, the method includes:

Step 2001: Generate a third control instruction to control the smart TV to log in to the preset server;

When the smart TV interface needs to be controlled by the user equipment, the smart TV and the user equipment are logged into the same server, and the user can use the party that inputs the account and password on the smart TV. Log in, of course, you can also not set a password, only the account of the server can be entered on the smart TV; when the user triggers the login button, the smart TV generates a third control command to control the smart TV to log in to the account corresponding to the account. Set the server.

Step 2002: Receive a second control instruction sent by the server;

The second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and after receiving the triggering instruction, acquire the starting coordinate point and current of the user equipment. a coordinate point; calculating a difference between the y coordinate value of the current coordinate point and the y of the starting coordinate point, searching for a moving direction corresponding to the difference, and determining whether it is necessary to move according to the found moving direction; When it is determined that the mobile device needs to be moved, the generated control instruction for controlling the smart TV interface to scroll according to the moving direction is sent to the server;

Step 2003: Parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

The preset distance is pre-stored in the user equipment.

In practical applications, there are many interfaces for smart TVs to scroll up and down, for example, smart TV. The browser interface, etc., when it is necessary to control an interface of the smart TV to scroll, it is only necessary to make the interface open.

The present application also provides a computer readable recording medium on which a program for executing the above method is recorded.

The computer readable recording medium includes any mechanism for storing or transmitting information in a form readable by a computer (eg, a computer). For example, a machine-readable medium includes read only memory (ROM), random access memory (RAM), magnetic disk storage media, optical storage media, flash storage media, electrical, optical, acoustic, or other forms of propagation signals (eg, carrier waves) , infrared signals, digital signals, etc.).

Corresponding to the above method, the present application also provides a schematic structural diagram of an embodiment of an apparatus for controlling scrolling of a smart television interface as shown in FIG. 21, which is applied to a user equipment.

As shown in FIG. 21, the apparatus may include: a first acquiring module 2101, a first generating sending module 2102, a receiving module 2103, a second obtaining module 2104, a calculating module 2105, a first storage module 2106, a searching module 2107, and a determining module. 2108. The second generation sending module 2109, where:

The first acquiring module 2101 is configured to obtain an IP address of the smart TV;

The first generation sending module 2102 is configured to generate and send a first control instruction carrying an IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television Access to the same local area network;

The first receiving module 2103 is configured to receive a triggering instruction;

The second obtaining module 2104 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2105 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 2106 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2107 is configured to search for the difference in the first storage module 606 Corresponding movement direction;

The determining module 2108 is configured to determine whether a move is needed according to the found moving direction;

The second generation sending module 2109 is configured to generate, when it is determined that the movement needs to be performed, generate a second control instruction that controls the smart TV interface to scroll according to the moving direction, and send the second control instruction to the smart television .

The first storage module 2106 stores the corresponding relationship in multiple implementation forms, specifically:

The corresponding relationship stored by the first storage module 2106 includes:

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is upward;

Or the storing, by the first storage module 2106, the correspondence includes:

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is downward;

Another embodiment of the present application further discloses a device for controlling the scrolling of a smart TV interface. The device is applied to a user equipment. Referring to FIG. 22, the device may include: a first obtaining module 2201, a first generating and sending module 2202, and a first a receiving module 2203, a second obtaining module 2204, a calculating module 2205, a first storing module 2206, a searching module 2207, a determining module 2208, a converting module 2210, a second storing module 2211, and a second generating sending module 2209, wherein:

The first obtaining module 2201 is configured to obtain an IP address of the smart TV.

The first generation sending module 2202 is configured to generate and send a first control instruction carrying an IP address of the smart TV to the smart TV, where the first control instruction controls the user setting And the smart TV is connected to the same local area network;

The first receiving module 2203 is configured to receive a triggering instruction;

The second obtaining module 2204 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2205 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 2206 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2207 is configured to search, in the first storage module 706, a moving direction corresponding to the difference value;

The determining module 2208 is configured to determine, according to the found moving direction, whether the mobile phone needs to be moved;

The second storage module 2211 is configured to store a proportional relationship in advance;

The proportional relationship is a distance ratio of a distance swept across the user equipment to an actual scrolling of the smart television interface.

The conversion module 2210 is configured to, after determining that the mobile phone needs to be moved, convert the difference value into an actual distance for controlling the scrolling of the smart television interface according to the proportional relationship;

The second generation sending module 2209 may be configured to generate a second control instruction that controls the smart television interface to scroll the actual distance according to the moving direction, and send the second control instruction to the smart television.

A further embodiment of the present application further discloses a device for controlling the scrolling of a smart TV interface. The device is applied to a user equipment. Referring to FIG. 23, the device may include: a first obtaining module 2301, a first generating and sending module 2302, and a first a receiving module 2303, a second obtaining module 2304, a calculating module 2305, a first storage module 2306, a lookup module 23067, a determining module 2308, a second generating transmitting module 2309;

The apparatus can also include a third storage module 2312, wherein:

The first obtaining module 2301 is configured to acquire an IP address of the smart TV;

The first generation sending module 2302 is configured to generate and send a first control instruction carrying an IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television Access to the same local area network;

The first receiving module 2303 is configured to receive a triggering instruction;

The second obtaining module 2304 is configured to acquire a starting coordinate point of the user equipment and Current coordinate point;

The calculating module 2305 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 806 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2307 is configured to search, in the first storage module 806, a moving direction corresponding to the difference value;

The determining module 2308 is configured to determine whether it is required to move according to the found moving direction;

The third storage module 2312 is configured to store a preset distance in advance; the preset distance is a fixed distance for controlling scrolling of the smart television interface;

The second generation sending module 2309 may be configured to generate a second control instruction that controls the smart television interface to scroll the preset distance according to the moving direction, and send the second control instruction to the smart television;

In an embodiment of the present application, the apparatus may further include a fourth storage module 2313, a calling module 2314, and a replacement display module 2315, where:

The fourth storage module 2313 is configured to store a picture;

The calling module 2314 is configured to, after the second generation sending module 809 generates the control instruction, invoke a picture corresponding to the moving direction;

The replacement display module 2315 is configured to replace the called picture with the current display picture for display.

FIG. 24 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application, where the apparatus is applied to a smart television.

As shown in FIG. 24, the apparatus may include: a second receiving module 2401 and a parsing control module 2402, wherein:

The second receiving module 2401 is configured to receive a second control instruction sent by the user equipment;

The second control command is to acquire an IP address of the smart TV by the user equipment, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction is The user equipment and the smart TV are connected to the same local area network, and after receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slides over the user equipment; calculating an x coordinate value of the current coordinate point and the Find the difference between the x of the starting coordinate point and the difference The moving direction determines whether the movement is required according to the found moving direction, and when it is determined that the movement is required, the generated control instruction for controlling the smart television interface to scroll according to the moving direction.

The corresponding relationship between the difference value and the moving direction is pre-stored in the user equipment.

The analysis control module 2402 is configured to parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

Specifically, when the second control command sent by the user equipment received by the second receiving module 2401 is: a control instruction that controls the smart television interface to scroll the actual distance according to the moving direction, the parsing control The module 2402 is configured to parse the second control instruction, and control the smart TV interface to scroll the actual distance according to the moving direction.

When the second control command sent by the user equipment received by the second receiving module 2401 is: an instruction to control the smart television interface to scroll the preset distance according to the moving direction, the parsing control module 2402 sets In order to parse the second control instruction, the smart TV interface is controlled to scroll a preset distance according to the moving direction.

The preset distance is pre-stored in the user equipment.

The present application also provides a schematic structural diagram of an embodiment of an apparatus for controlling scrolling of a smart television interface as shown in FIG. 21, the apparatus being applied to a user equipment.

As shown in FIG. 21, the apparatus may include: a first acquiring module 2101, a first generating and sending module 2102, a first receiving module 2103, a second acquiring module 2104, a calculating module 2105, a first storing module 2106, a searching module 2107, The determining module 2108 and the second generating sending module 2109, wherein:

The first obtaining module 2101 is configured to obtain an IP address of the smart TV.

The calculating module 2105 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The searching module 2107 is configured to search, in the first storage module 2106, a moving direction corresponding to the difference;

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is upward;

Or the storing, by the first storage module 2106, the correspondence includes:

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is greater than zero, and the corresponding moving direction is downward;

Another embodiment of the present application further discloses a device for controlling the scrolling of a smart TV interface. The device is applied to a user equipment. Referring to FIG. 22, the device may include: a first acquiring module 2201, a first The generating and sending module 2202, the first receiving module 2203, the second obtaining module 2204, the calculating module 2205, the first storing module 2206, the searching module 2207, the determining module 2208, the converting module 2210, the second storing module 2211, and the second generating sending module 2209, where:

The first generation sending module 2202 is configured to generate and send a first control instruction carrying an IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart television Access to the same local area network;

The calculating module 2205 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The second generation sending module 2209 may be specifically configured to generate a second control instruction that controls the smart television interface to scroll the actual distance according to the moving direction, and send the second control instruction to the smart television.

A further embodiment of the present application further discloses a device for controlling the scrolling of a smart TV interface. The device is applied to a user equipment. Referring to FIG. 23, the device may include: a first obtaining module 2301, a first generating and sending module 2302, and a first a receiving module 2303, a second obtaining module 2304, a calculating module 2305, a first storage module 2306, a lookup module 2307, a determining module 2308, a second generating transmitting module 2309;

The apparatus can also include a third storage module 2312, wherein:

The second obtaining module 2304 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2305 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The first storage module 2306 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2307 is configured to search, in the first storage module 2306, a moving direction corresponding to the difference value;

The determining module 2308 is configured to determine whether a mobile phone needs to be moved according to the searched moving direction; the third storage module 2312 is configured to store a preset distance in advance; the preset distance is a fixed distance for controlling the scrolling of the smart television interface;

The second generation sending module 2309 may be specifically configured to generate a second control instruction that controls the smart TV interface to scroll the preset distance according to the moving direction, and send the second control instruction to the smart TV.

The fourth storage module 2313 is configured to store a picture;

The calling module 2314 is configured to, after the second generation sending module 2309 generates the second control instruction, invoke a picture corresponding to the moving direction;

The second control command is to acquire an IP address of the smart TV by the user equipment, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction is The user equipment and the smart TV are connected to the same local area network, and after receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment; calculating a y coordinate value of the current coordinate point and the Determining the difference of y of the starting coordinate point, searching for a moving direction corresponding to the difference, determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating the control of the smart television interface according to the Control instructions for moving direction scrolling.

The preset distance is pre-stored in the user equipment.

In the above device, the user equipment and the smart TV are connected to the same local area network. After receiving the triggering command, the user equipment acquires the starting coordinate point and the current coordinate point of the user equipment, and calculates the y coordinate of the current coordinate point. After the difference between the value and the y coordinate value of the starting coordinate point, the moving direction corresponding to the difference value may be searched, and according to the found moving direction, whether the movement needs to be performed is determined, and when it is determined that the movement needs to be performed, the generation is performed. Controlling the smart TV interface to roll in accordance with the moving direction Moving the second control command and transmitting the second control command to the smart TV to cause the smart TV interface to scroll in the moving direction. The application realizes the control of the scrolling of the smart television interface by using the user equipment, and satisfies the requirement that the user controls the scrolling of the smart television interface through the user equipment.

The present application also provides a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface as shown in FIG. 25, which is applied to a user equipment.

As shown in FIG. 25, the apparatus may include: a first generation module 2501, a first control module 2502, a first receiving module 2503, an obtaining module 2504, a computing module 2505, a first storage module 2506, a searching module 2507, and a determining module 2508. a second generation module 2509 and a sending module 2510, wherein:

The first generating module 2501 is configured to generate a first control instruction;

The first control module 2502 is configured to control the user equipment to log in to the preset server according to the first control instruction;

The first receiving module 2503 is configured to receive a trigger instruction;

The second obtaining module 2504 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2505 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 2506 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2507 is configured to search, in the first storage module 605, a moving direction corresponding to the difference value;

The determining module 2508 is configured to determine whether it is required to move according to the found moving direction;

The second generating module 2509 is configured to generate, when it is determined that the mobile device needs to move, a second control instruction that controls the smart TV interface to scroll according to the moving direction;

The sending module 2510 is configured to send the second control command to the server, and the server sends the second control command to a smart TV that is logged in to the same server as the user equipment.

The first storage module 2506 stores the corresponding relationship in multiple implementation forms, specifically:

The corresponding relationship stored by the first storage module 2506 includes:

The difference between the x coordinate value of the current coordinate value and the x coordinate value of the starting coordinate point is greater than zero, The corresponding moving direction is upward;

Or the storing, by the first storage module 2506, the correspondence includes:

Another embodiment of the present application further discloses a device for controlling scrolling of a smart TV interface. Referring to FIG. 26, the device is applied to a user equipment. The device may include: a first generating module 2601, a first control module 2602, and a first The receiving module 2603, the second obtaining module 2604, the calculating module 2605, the first storing module 2606, the searching module 2607, the determining module 2608, the second generating module 2609, and the sending module 2610;

The device may further include a conversion module 2611 and a second storage module 2612;

among them:

The first generating module 2601 is configured to generate a first control instruction;

The first control module 2602 is configured to control the user equipment to log in to the preset server according to the first control instruction;

The first receiving module 2603 is configured to receive a trigger instruction;

The second obtaining module 2604 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2605 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 2606 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2607 is configured to search for the difference in the first storage module 2606 The direction of movement corresponding to the value;

The determining module 2608 is configured to determine, according to the found moving direction, whether the mobile phone needs to be moved;

The second storage module 2612 is configured to store a proportional relationship in advance;

The conversion module 2611 is configured to, after determining that the movement is required, convert the difference to an actual distance for controlling scrolling of the smart television interface according to a proportional relationship stored in the second storage module 2612;

The second generating module 2609 may be specifically configured to generate a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction;

The sending module 2610 is configured to send the second control command to the server, and the server sends the second control command to a smart TV that is logged in to the same server as the user equipment.

A further embodiment of the present application further discloses a device for controlling the scrolling of the smart TV interface. The device is applied to the user equipment. As shown in FIG. 27, the device may include: a first generating module 2701, a first control module 2702, The first receiving module 2703, the second obtaining module 2704, the calculating module 2705, the first storage module 2706, the searching module 2707, the determining module 2708, the second generating module 2709, and the sending module 2710;

The apparatus can also include a third storage module 2713, wherein:

The first generating module 2701 is configured to generate a first control instruction;

The first control module 2702 is configured to control the user equipment to log in to the preset server according to the first control instruction;

The first receiving module 2703 is configured to receive a triggering instruction;

The second obtaining module 2704 is configured to acquire a starting coordinate point and a current coordinate point that slide through the user equipment;

The calculating module 2705 is configured to calculate a difference between an x coordinate value of the current coordinate point and an x coordinate value of the initial coordinate point;

The first storage module 2706 is configured to store a correspondence between different difference values and a moving direction;

The searching module 2707 is configured to search for the difference in the first storage module 2706 The direction of movement corresponding to the value;

The determining module 2708 is configured to determine whether it is required to move according to the found moving direction;

The third storage module 2713 is configured to store a preset distance in advance; the preset distance is a fixed distance for controlling scrolling of the smart television interface;

The second generating module 2709 is specifically configured to generate a second control instruction that controls the smart television interface to scroll the preset distance according to the moving direction;

The sending module 2710 is configured to send the second control command to the server, and the server sends the second control command to a smart TV that is logged in to the same server as the user equipment.

In an embodiment of the present application, the apparatus may further include a fourth storage module 2714, a calling module 2715, and a replacement display module 2716, where:

The fourth storage module 2714 is configured to store a picture;

The calling module 2715 is configured to, after the second generating module 2709 generates the second control instruction, invoke a picture corresponding to the moving direction;

The replacement display module 2716 is configured to replace the called picture with the current display picture for display.

FIG. 28 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application, where the apparatus is applied to a smart television,

As shown in FIG. 28, the apparatus may include: a third generation module 2801, a second control module 2802, a third receiving module 2803, and a parsing control module 2804, where:

The third generation module 2801 is configured to generate a third control instruction, the second control module 2802, configured to control the smart TV to log in to the preset server according to the third control instruction;

The third receiving module 2803 is configured to receive a second control instruction sent by the server;

The second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and after receiving the triggering instruction, acquire the starting coordinate point and current of the user equipment. a coordinate point; calculating a difference between the x coordinate value of the current coordinate point and the x of the starting coordinate point, searching for a moving direction corresponding to the difference, and determining whether it is necessary to move according to the found moving direction; When it is determined that the mobile device needs to be moved, the generated control of the smart TV interface is followed. The moving direction scrolling control command is sent by the user equipment to the server.

The analysis control module 2804 is configured to parse the second control instruction, and control the smart TV interface to scroll according to the moving direction.

Specifically, the second control instruction sent by the server received by the third receiving module 2803 is: controlling a second control instruction that the smart TV interface scrolls the actual distance according to the moving direction;

The parsing control module 2804 is configured to parse the second control instruction, and control the smart TV interface to scroll the actual distance according to the moving direction.

The second control command sent by the server received by the third receiving module 2803 is: controlling a second control instruction that the smart TV interface scrolls the preset distance according to the moving direction;

The parsing control module 2804 is specifically configured to parse the second control instruction, and control the smart TV interface to scroll a preset distance according to the moving direction.

The preset distance is pre-stored in the user equipment.

In the above device, the user equipment and the smart TV are logged in to the same server. After receiving the triggering command, the user equipment acquires the starting coordinate point and the current coordinate point of the user equipment, and calculates the x coordinate value of the current coordinate point. After the difference from the x coordinate value of the starting coordinate point, the moving direction corresponding to the difference value may be searched, and according to the found moving direction, whether the movement is needed is needed, and when it is determined that the movement is required, the generation control is generated. The smart TV interface scrolls the second control instruction according to the moving direction, and sends the second control instruction to the server, and is sent by the server to the smart television, so that the smart television interface scrolls according to the moving direction. The application realizes the control of the scrolling of the smart television interface by using the user equipment, and satisfies the requirement that the user controls the scrolling of the smart television interface through the user equipment.

The present application also provides a schematic structural diagram of an embodiment of an apparatus for controlling scrolling of a smart television interface as shown in FIG. 25, the apparatus being applied to a user equipment.

As shown in FIG. 25, the apparatus may include: a first generation module 2501, a first control module 2502, a first receiving module 2503, a second obtaining module 2504, a computing module 2505, a first storage module 2506, a searching module 2507, and a determining Module 2508, second generation module 2509, and transmission module 2510, wherein:

The first receiving module 2503 is configured to receive a trigger instruction;

The calculating module 2505 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The first storage module 25606 stores the corresponding relationship in multiple implementation forms, specifically:

The difference between the y coordinate value of the current coordinate value and the y coordinate value of the starting coordinate point is zero. The corresponding moving direction is none.

Or the storing, by the first storage module 2506, the correspondence includes:

among them:

The first generating module element 2601 is configured to generate a first control instruction;

The control module 2602 is configured to control the user equipment to log in to the preset server according to the first control instruction;

The first receiving module 2603 is configured to receive a trigger instruction;

The calculating module 2605 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The searching module 2607 is configured to search, in the first storage module 2606, a moving direction corresponding to the difference.

The proportional relationship is a distance swept across the user equipment and an actual scrolling of the smart television interface The distance ratio.

The conversion module 2611 is configured to, after determining that the movement is required, convert the difference to an actual distance for controlling the scrolling of the smart television interface according to a proportional relationship stored in the second storage module 712;

The apparatus can also include a third storage module 2713, wherein:

The calculating module 2705 is configured to calculate a difference between a y coordinate value of the current coordinate point and a y coordinate value of the initial coordinate point;

The searching module 2707 is configured to search, in the first storage module 2705, a moving direction corresponding to the difference value;

The fourth storage module 2714 is configured to store a picture;

FIG. 28 is a schematic structural diagram of another embodiment of an apparatus for controlling scrolling of a smart television interface according to the present application, where the apparatus should be configured as a smart television.

The second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and after receiving the triggering instruction, acquire the starting coordinate point and current of the user equipment. a coordinate point; calculating a difference between the y coordinate value of the current coordinate point and the y of the starting coordinate point, searching for a moving direction corresponding to the difference, and determining whether it is necessary to move according to the found moving direction; When it is determined that the mobile device needs to be moved, the generated control instruction for controlling the smart TV interface to scroll according to the moving direction is sent to the server by the user equipment.

The preset distance is pre-stored in the user equipment.

In the above device, the user equipment and the smart TV are logged in to the same server. After receiving the triggering command, the user equipment acquires the starting coordinate point and the current coordinate point of the user equipment, and calculates the y coordinate value of the current coordinate point. After the difference from the y coordinate value of the starting coordinate point, the moving direction corresponding to the difference value may be searched, and according to the found moving direction, whether the movement is needed is needed, and when it is determined that the movement needs to be performed, the generation control is generated. The smart TV interface scrolls the second control instruction according to the moving direction, and sends the second control instruction to the server, and is sent by the server to the smart television, so that the smart television interface scrolls according to the moving direction. The application realizes the control of the scrolling of the smart television interface by using the user equipment, and satisfies the requirement that the user controls the scrolling of the smart television interface through the user equipment.

In the above device, the user equipment and the smart TV are connected to the same local area network. After receiving the triggering instruction, the user equipment acquires the starting coordinate point and the current coordinate point of the user equipment, and calculates the x coordinate of the current coordinate point. After the difference between the value and the x coordinate value of the starting coordinate point, the moving direction corresponding to the difference may be searched, and according to the found moving direction, it is determined whether it is needed Moving, when it is determined that the movement is required, generating a second control instruction that controls the smart TV interface to scroll according to the moving direction, and transmitting the second control instruction to the smart television, so that the smart television interface scrolls according to the moving direction. The application realizes the control of the scrolling of the smart television interface by using the user equipment, and satisfies the requirement that the user controls the scrolling of the smart television interface through the user equipment.

The various embodiments in the present specification are described in a progressive manner, and each embodiment focuses on differences from other embodiments, and the same similar parts between the various embodiments may be referred to each other. For the device disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and the relevant parts can be referred to the method part.

The above description of the disclosed embodiments enables those skilled in the art to make or use the application. Various modifications to these embodiments are obvious to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the application. Therefore, the application is not limited to the embodiments shown herein, but is to be accorded the broadest scope of the principles and novel features disclosed herein.

Claims

A method for controlling scrolling of a smart television interface is characterized in that it is applied to a user equipment, and the method includes:

Obtaining an IP address of the smart TV, generating and transmitting a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and the smart TV to access the same local area network;

After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment;

Calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point ;

Searching for a moving direction corresponding to the difference, wherein a correspondence between different difference values and a moving direction is pre-stored in the user equipment;

Determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating a second control instruction that controls the smart TV interface to scroll according to the moving direction, and sending the second control instruction to the smart TV.
The method according to claim 1, wherein when it is determined that the movement is required, the method further comprises:

Converting the difference to an actual distance for controlling scrolling of the smart television interface according to a pre-stored proportional relationship, wherein the proportional relationship is a distance that is swept over the user equipment and an actual scrolling distance of the smart television interface Ratio

The generating, by the second control instruction for controlling the smart TV interface to scroll according to the moving direction, is specifically: generating a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction.
The method according to claim 1, wherein the generating, by the second control instruction, the scrolling of the smart TV interface according to the moving direction is:

Generating, by the second control instruction, the smart TV interface to scroll the preset distance according to the moving direction.
The method according to claim 1, wherein the generating the second control instruction further comprises:

The picture corresponding to the moving direction is called, and the picture is replaced with the currently displayed picture for display, wherein the picture is pre-stored in the user equipment.
A method for controlling scrolling of a smart television interface, characterized in that it is applied to a smart television, the method comprising:

Receiving a second control command sent by the user equipment, where the second control instruction is that the user equipment acquires an IP address of the smart TV, and generates and sends a first control instruction carrying the IP address of the smart TV to the smart The first control command controls the user equipment and the smart TV to access the same local area network, and after receiving the triggering instruction, acquires a starting coordinate point and a current coordinate point that slides over the user equipment; Calculating the difference between the x coordinate value of the current coordinate point and the x coordinate value of the starting coordinate point, or calculating the difference between the y coordinate value of the current coordinate point and the y coordinate value of the starting coordinate point, a direction of movement corresponding to the difference, determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating a control instruction for controlling the smart television interface to scroll according to the moving direction, wherein the user The correspondence between different difference values and the moving direction is pre-stored in the device;

Parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction.
The method according to claim 5, wherein the second control command sent by the receiving user equipment is: a control instruction for controlling the smart television interface to scroll the actual distance according to the moving direction, wherein The actual distance is converted by the user equipment according to a pre-stored proportional relationship, where the proportional relationship is a ratio of a distance swept by the user equipment to a distance actually scrolled by the smart television interface;

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll an actual distance according to the moving direction.
The method according to claim 6, wherein the receiving, by the user equipment, the second control instruction is: controlling a second control instruction that the smart television interface scrolls the preset distance according to the moving direction;

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll a preset distance according to the moving direction.
A method for controlling scrolling of a smart television interface is characterized in that it is applied to a user equipment, and the method includes:

Generating a first control instruction to control the user equipment to log in to the preset server;

After receiving the triggering instruction, acquiring a starting coordinate point and a current coordinate point that slide over the user equipment;

Calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a difference between a y coordinate value of the current coordinate point and a y coordinate value of the starting coordinate point ;

Searching for a moving direction corresponding to the difference, wherein a correspondence between different difference values and a moving direction is pre-stored in the user equipment;

Determining whether movement is required according to the found moving direction, and when determining that the movement is required, generating a second control instruction for controlling the smart television interface to scroll according to the moving direction;

Sending the second control command to the server, and the second control command is sent by the server to a smart TV that is logged in to the same server as the user equipment.
The method according to claim 8, wherein when it is determined that the movement is required, the method further comprises:

Converting the difference to an actual distance for controlling scrolling of the smart television interface according to a pre-stored proportional relationship, wherein the proportional relationship is a distance that is swept over the user equipment and an actual scrolling distance of the smart television interface Ratio

The generating, by the second control instruction for controlling the smart TV interface to scroll according to the moving direction, is specifically: generating a second control instruction that controls the smart TV interface to scroll the actual distance according to the moving direction.
The method according to claim 8, wherein the generating, by the second control instruction, the scrolling of the smart TV interface according to the moving direction is:

Generating, by the second control instruction, the smart TV interface to scroll the preset distance according to the moving direction.
The method according to claim 8, wherein the generating the second control instruction further comprises:

The picture corresponding to the moving direction is called, and the picture is replaced with the currently displayed picture for display, wherein the picture is pre-stored in the user equipment.
A method for controlling scrolling of a smart television interface, characterized in that it is applied to a smart television, the method comprising:

Generating a third control instruction to control the smart TV to log in to the preset server;

Receiving a second control instruction sent by the server, where the second control instruction is generated by the user equipment to control the user equipment to log in to the preset server, and receive After the triggering instruction, acquiring a starting coordinate point and a current coordinate point of the user equipment; calculating a difference between an x coordinate value of the current coordinate point and an x of the starting coordinate point, or calculating the current a difference between the y coordinate value of the coordinate point and the y of the starting coordinate point, searching for a moving direction corresponding to the difference, determining whether it is necessary to move according to the found moving direction, and generating when it is determined that the movement is required And controlling, by the user equipment, a control instruction that is scrolled according to the moving direction, and sent to the server; wherein, the user equipment pre-stores a correspondence between different difference values and a moving direction;

Parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction.
The method according to claim 12, wherein the receiving the second control command sent by the server is: controlling a second control instruction that the smart TV interface scrolls the actual distance according to the moving direction, The actual distance is converted by the user equipment according to a pre-stored proportional relationship, where the proportional relationship is a distance that the distance between the user equipment and the smart television interface actually scrolls. Ratio

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll an actual distance according to the moving direction.
The method according to claim 12, wherein the receiving the second control instruction sent by the server is: controlling the smart TV interface to scroll the second control instruction according to the moving direction by the preset distance ;

The parsing the second control instruction, and controlling the smart TV interface to scroll according to the moving direction is: parsing the second control instruction, and controlling the smart TV interface to scroll a preset distance according to the moving direction.
An apparatus for controlling scrolling of a smart television interface is characterized in that it is applied to a user equipment, and the apparatus comprises:

a first obtaining module, configured to obtain an IP address of the smart television;

a first generation sending module, configured to acquire an IP address of the smart TV, and generate and send a first control instruction carrying the IP address of the smart TV to the smart TV, where the first control instruction controls the user equipment and The smart TV is connected to the same local area network;

a first receiving module, configured to receive a triggering instruction;

a second acquiring module, configured to acquire a starting coordinate point and a current coordinate of the user equipment point;

a calculation module, configured to calculate an x coordinate value of the current coordinate point minus a difference value of the x coordinate value of the initial coordinate point, or calculate a y coordinate value of the current coordinate point minus the initial coordinate point The difference of the y-coordinate values;

a first storage module, configured to store a correspondence between different difference values and a moving direction;

a searching module, configured to search, in the first storage module, a moving direction corresponding to the difference;

a judging module configured to determine whether a movement is required according to the found moving direction;

And a second generation sending module configured to: when it is determined that the movement is required, generate a control instruction that controls the smart TV interface to scroll according to the moving direction, and send the second control instruction to the smart TV.
The apparatus according to claim 15, further comprising a second storage module and a conversion module, wherein:

The second storage module is configured to pre-store a proportional relationship; wherein the proportional relationship is a distance ratio of a distance that slides across the user equipment to an actual scrolling of the smart television interface;

The conversion module is configured to, after determining that the movement needs to be performed, convert the difference value to an actual distance for controlling scrolling of the smart television interface according to the proportional relationship;

And the second generation sending module is configured to generate a control instruction for controlling the smart television interface to scroll the actual distance according to the moving direction, and send the second control instruction to the smart television.
The device according to claim 15, further comprising a third storage module, wherein the third storage module is configured to store a preset distance in advance;

The second generation sending module is specifically configured to generate a second control instruction that controls the smart television interface to scroll the preset distance according to the moving direction, and send the second control instruction to the smart television.
The device according to claim 15, further comprising a fourth storage module, a calling module and a replacement display module, wherein:

The fourth storage module is configured to store a picture;

The calling module is configured to, after the second generation sending module generates the second control instruction, invoke a picture corresponding to the moving direction;

The replacement display module is configured to replace the called picture with the current display picture for display.
A smart television interface scrolling device is characterized in that it is applied to a smart television, and the device comprises:

The second receiving module is configured to receive a second control instruction sent by the user equipment, where the second control instruction is that the user equipment acquires an IP address of the smart TV, and generates and sends an IP address carrying the smart TV. a control command to the smart TV, the first control instruction controls the user equipment and the smart television to access to the same local area network, and after receiving the triggering instruction, acquire a starting coordinate point that slides over the user equipment and a current coordinate point; calculating a difference between an x coordinate value of the current coordinate point and an x coordinate value of the starting coordinate point, or calculating a y coordinate value of the current coordinate point and a y coordinate of the starting coordinate point And a difference value of the value is used to find a moving direction corresponding to the difference, and according to the searched moving direction, determining whether movement is required, and when determining that the movement is required, generating a control instruction for controlling the smart television interface to scroll according to the moving direction The corresponding relationship between the difference value and the moving direction is pre-stored in the user equipment;

The analysis control module is configured to parse the second control instruction, and control the smart television interface to scroll according to the moving direction.
The device according to claim 19, wherein the second control command sent by the user equipment received by the second receiving module is: controlling the smart television interface to scroll the actual distance according to the moving direction And a control command, wherein the actual distance is converted by the user equipment according to a pre-stored proportional relationship, where the proportional relationship is a distance that is slid across the user equipment and the smart television interface is actually The ratio of the distance of the scroll;

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll the actual distance according to the moving direction.
The device according to claim 19, wherein the second control command sent by the user equipment received by the second receiving module is: controlling the smart television interface to scroll the preset distance according to the moving direction Instruction

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll a preset distance according to the moving direction.
An apparatus for controlling scrolling of a smart television interface is characterized in that it is applied to a user equipment, and the apparatus comprises:

a first generation module, configured to generate a first control instruction;

The first control module is configured to control the user equipment to log in to the preset server according to the first control instruction;

a first receiving module, configured to receive a triggering instruction;

Obtaining a module, configured to obtain a starting coordinate point and a current coordinate point that slide over the user equipment;

a calculation module, configured to calculate an x coordinate value of the current coordinate point minus a difference value of the x coordinate value of the initial coordinate point or calculate a y coordinate value of the current coordinate point minus the initial coordinate point The difference in y-coordinate values;

a first storage module, configured to store a correspondence between different difference values and a moving direction;

a searching module, configured to search, in the first storage module, a moving direction corresponding to the difference;

a judging module configured to determine whether a movement is required according to the found moving direction;

a second generating module, configured to generate a second control instruction that controls the smart TV interface to scroll according to the moving direction when it is determined that the movement is required;

The sending module is configured to send the second control command to the server, and the second control command is sent by the server to the smart TV that is logged in to the same server as the user equipment.
The device according to claim 22, further comprising a second storage module and a conversion module, wherein:

The second storage module is configured to pre-store a proportional relationship; wherein the proportional relationship is a distance ratio of a distance that slides across the user equipment to an actual scrolling of the smart television interface;

The conversion module is configured to, after determining that the movement needs to be performed, convert the difference value to an actual distance for controlling scrolling of the smart television interface according to the proportional relationship;

The second generation module is specifically configured to generate a second control instruction that controls the smart television interface to scroll the actual distance according to the moving direction.
The device according to claim 22, further comprising a third storage module, wherein the third storage module is configured to store a preset distance in advance;

The second generating module is specifically configured to generate a second control instruction that controls the smart TV interface to scroll the preset distance according to the moving direction.
The device according to claim 22, further comprising a fourth storage module, a calling module and a replacement display module, wherein:

The fourth storage module is configured to store a picture;

The calling module is configured to invoke a picture corresponding to the moving direction after the second generating module generates the second control instruction;

The replacement display module is configured to replace the called picture with the current display picture for display.
A smart television interface scrolling device is characterized in that it is applied to a smart television, and the device comprises:

a third generation module, configured to generate a third control instruction;

The second control module is configured to control the smart TV to log in to the preset server according to the third control instruction;

a third receiving module, configured to receive a second control command sent by the server, where the second control command is generated by the user equipment to control the user equipment to log in to the preset server, and receive After the triggering instruction, acquiring a starting coordinate point and a current coordinate point of the user equipment; calculating a difference between an x coordinate value of the current coordinate point and an x of the starting coordinate point, or calculating the current Finding a moving direction corresponding to the difference by finding a difference between the y coordinate value of the coordinate point and the y coordinate value of the starting coordinate point, determining whether the movement is required according to the found moving direction, and generating when it is determined that the movement is required Controlling, by the smart TV interface, a control instruction that is scrolled according to the moving direction, and sending the control instruction to the server; wherein the user equipment pre-stores a correspondence between different difference values and a moving direction;

The analysis control module is configured to parse the second control instruction, and control the smart television interface to scroll according to the moving direction.
The apparatus according to claim 26, wherein the second control command sent by the server received by the second receiving module is: controlling the smart television interface to scroll the actual distance according to the moving direction a second control instruction, wherein the actual distance is that the user equipment converts the difference according to a pre-stored proportional relationship, where the proportional relationship is a distance that slides over the user equipment and the smart television The ratio of the actual scrolling distance of the interface;

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll the actual distance according to the moving direction.
The device according to claim 26, wherein the second control command sent by the server received by the second receiving module is: controlling the smart television interface to scroll the preset distance according to the moving direction Control instruction

The parsing control module is specifically configured to parse the second control instruction, and control the smart TV interface to scroll a preset distance according to the moving direction.
A computer readable recording medium having recorded thereon a program for executing the method of claims 1-14.