WO2014201591A1 - Network-based social interaction device and operation method therefor - Google Patents

Abstract

A network-based social interaction device and an operation method therefor. The network-based social interaction device consists of a device A and a device B connected by means of a network signal. The device A consists of a sending end operation and control module, a sending end sensor, a sending end control system module, a receiving end motion module, a receiving end control system module, a control system module, and a communications module all connected by means of a signal. The sending end control system module and the receiving end control system module are implemented by using a same control system. In the present invention, intermediate links are reduced, manufacturing cost and energy consumption are reduced, and stability and the response speed are also greatly improved; operation, control and use modes are totally different from existing modes, thereby greatly improving user experience.

Description

 Network-based social interaction device and its control method

 The invention relates to a network-based social interaction device and a control method thereof, in particular to a network-based social interaction device for facilitating interactive communication and a control method thereof. Background technique

 Social interactions are currently divided into real-world face-to-face traditional social interactions, interactive communication activities, and virtual social interaction activities based on social networking.

 The social interaction device belongs to the combination of four fields of electromechanical control system, network, interactive game device and social interaction field;

 In the field of electromechanical control systems, there is a separate electromechanical control system that controls the mechanical and electronic components to generate corresponding motions through the microcontroller and the control system;

 In the field of networking, people can use the software to transfer information to each other through the network or mobile devices, social interaction and communication, and online games;

 In the interactive game device, people can use the game device to interact and entertain between the person and the game machine.

 Existing electromechanical system technology and product structure: It consists of two parts: mechanical motion system and control system; Function: Manually controlled, semi-automatic or fully automatic movement controlled by mechanical system of control system; Disadvantages and deficiencies: Only Operate and control the equipment from the industrial computer or single chip system;

 The social interaction product structure of the existing network technology: consists of computer hardware system, operating system, application software and network communication; Function: One or more people can play games and social interaction on a desktop computer or mobile phone; Disadvantages and deficiencies: Currently only It can transfer information and data between a computer and a computer, between a computer and a mobile phone, between a mobile phone and a mobile phone, and can only play games and social interactions on a computer or mobile phone screen;

Existing game equipment technology and product structure: It consists of operation module, control system, and motion module; Function: One or more people interact with the device in front of the device; No replacement page (Article 26) Point and deficiency: At present, only one or more people can directly operate in front of the game device, or remotely operate by radio through the remote control, and can not remotely interact between two or more people. Summary of the invention

 In order to facilitate user interaction, the present invention provides a network-based social interaction device that facilitates interactive communication and a method of controlling the same.

 To achieve the object, the present invention provides a network-based social interaction device, which is composed of device A and device B connected by a network signal;

 The device A is composed of a signal connection transmitting terminal control module, a transmitting end sensor, a transmitting end control system module, a receiving end motion module, a receiving end control system module, a control system module, a communication module, the transmitting end control system module and the receiving The end control system module is implemented by the same control system.

 Preferably, the device A and the device B are based on a network for communication and interaction, and the communication mode is:

 The device A and the device B directly communicate in point-to-point;

 Or the device A and the device B find the other device's device identification through the network through the network, and then directly point-to-point communication;

 Or the device A and the device B communicate with the remote central server as an intermediary through the network.

 Preferably, the network-based social interaction device further comprises a device N connected to the device A by a network signal, and the device A, the device B, the device N structure and the control method are the same.

 Preferably, the transmitting end of the device A further provides a handheld controller through which a control command can be sent to another device on the network.

 Preferably, the handheld controller is a mobile phone or a palmtop computer.

Preferably, the device A can also signally connect to a remote central server, which is replaced by a communication module, a device registration module, and a device connected by a network signal (Article 26) Module composition.

 Preferably, the remote center server can receive registration information of the device, and perform a search on the device to be communicated according to the user authority;

 The communication module performs communication connection and data processing between two or more devices on the network. Preferably, the sending end manipulation module issues an interactive manipulation instruction;

 The transmitting end sensor generates various signals and data that need to be collected by the transmitting end, and is transmitted to the transmitting end control system module;

 The transmitting end control system module determines the control commands and data that need to be sent to another device according to the interaction control command sent by the sending terminal control module and the signals and data collected by the sensor;

 The receiving end motion module performs related motion actions according to the motion instruction sent by the receiving end control system module; the receiving end motion module is provided with one or more;

 The receiving end control system module receives control commands and data sent by another device on the network, performs operations and control, and sends a motion command to the receiving end motion module.

 The present invention also provides a method for controlling a social interaction device based on a network, and the method for controlling the social interaction device based on the network includes the following steps:

 Step 1. The human operation sender control module sends a manipulation instruction to the sender control system module;

 Step 2: The sender sensor collects device related signals and data, and sends the signal to the sender control system module;

 Step 3: The sending end control system module performs arithmetic processing on the received control command, the signal and data collected by the sensor, and sends the command and data to the communication module;

 Step 4. The communication module sends instructions and data to the remote center server.

 Step 5: The communication module searches for another device on the network, and directly sends instructions and data to another device;

 Step 6. The communication module sends instructions and data to the handheld controller.

 Step 7. The handheld controller sends instructions and data to the remote central server, and is processed by the communication module on the remote center server;

Step 8. The communication module on the remote central server replaces the received command and data (Article 26) Processing and sending instructions and data to another destination device;

 Step 9. The communication module on the remote central server processes the received command and data and sends the command and data to the handheld controller that controls the other destination device;

 Step 10. The handheld controller processes the received command and data and sends the command and data to the communication module of the controlled device.

 Step 11. The communication module sends the received command and data to the receiving end control system module.

 Step 12: The receiving end control system module performs arithmetic processing on the received instruction and data, and sends a motion instruction to the receiving end motion module;

 Step 13 is the same as step 1; Step 14 is the same as Step 2; Step 15 is the same as Step 3; Step 16 is the same as Step 4; Step 17 is the same as Step 7; Step 18 is the same as Step 8; Step 19 is the same as Step 9; Step 20 is synchronized according to 10; 21 with step 11; step 22 with step 12; step 25 with step 5;

 Step 23: The communication module on the remote center server registers the device with the device registration module, and the device registration module returns the registration information.

 Step 24: The communication module on the remote central server searches for the device to be communicated through the device search module, and the device search module returns the device identification number found.

 Preferably, the step 4, the step 5, and the step 6 can work with only one or any two or three at the same time.

 Compared with the prior art, the present invention has outstanding substantive features and significant progress. The technical solution provided by the embodiments of the present invention can directly interact and control between two devices and multiple devices, which can make two people or Many people can leave the virtual computer network, social interaction and games through physical networks in real space without using a computer or mobile phone, greatly improving the fun, authenticity and convenience of use; also through handheld devices The screen is remotely operated indirectly via the network for social interaction.

 The beneficial effects brought by the technical solutions provided by the embodiments of the present invention are:

 Reduced production costs and energy consumption: By reducing the use of intermediate computers or mobile phone screens, production costs are greatly reduced, and energy consumption is greatly reduced;

Improve user experience: Operation, control, use and original mode are completely different, user body replacement page (Article 26) A great improvement in the test;

 Increased stability: Reduced intermediate links, and increased stability and responsiveness. DRAWINGS

 The technical solutions of the present invention and the technical effects thereof will become more apparent and easier to understand by the following description of a preferred embodiment of the present invention with reference to the accompanying drawings. 1 is a schematic diagram showing the structure of a network-based social interaction device of a first embodiment of the present invention.

 Fig. 2 is a flow chart showing a method of controlling a network-based social interaction device of a second embodiment of the present invention. detailed description

 Preferred embodiments of the present invention will be described below in conjunction with the accompanying drawings. It is to be noted that "left" and "right" are merely for the purpose of illustration and description in connection with the drawings, and are not limited thereto.

 First embodiment

 Fig. 1 is a diagram showing the structure of a network-based social interaction device of a first embodiment of the present invention.

 The social interaction device provided by the embodiment of the invention is based on the principle that the microcomputer controls the electromechanical system and interacts with the network communication technology.

 The network-based social interaction device is composed of a device A and a device B connected by signals. Only device A and device B can interact with each other, or device A, device B, and device N can interact with each other. At this time, the social interaction device is composed of the device A and the device device N to which the signal is connected.

 The structural functions of device A, device B, and device N are identical, and the control interaction methods are identical. In this embodiment, the device structure and the device control method are described in detail by using the device A as an example.

The device A is connected by the sender of the signal control module, the sender sensor, and the sender replacement page (Article 26) The control system module, the receiving end motion module, the receiving end control system module, the control system module, and the communication module are composed, and the transmitting end control system module and the receiving end control system module are implemented by the same control system.

 The function and function of the sender control module: Issue interactive control commands.

 Transmitter sensor function and function: The sensor generates various signals and data that the transmitter needs to collect and transmits it to the transmitter control system module.

 Function and function of the sender control system module: Determine the control commands and data that need to be sent to another device according to the interactive control commands sent by the sender control module and the signals and data collected by the sensor;

 Receiver motion module function and function: According to the motion command sent by the receiver control system module, perform related motion actions; The receiver motion module can have one or more: Receiver control system module function and function: Receive another network The control commands and data sent by the device are operated and controlled, and the motion command is sent to the receiving motion module.

 Preferably, the transmitting end of the device A can be provided with a handheld controller, and the handheld controller can send a control command to another device on the network.

 More preferably, the handheld controller is a cell phone or a palmtop computer.

 Preferably, the device A can also be connected to a remote central server, which is composed of a signal connection communication module, a device registration module, and a device search module.

 Device search module function and function: The server can receive the registration information of the device, and search for the device to be communicated according to the user authority;

 Communication module function and function: Communication connection and data processing between two or more devices on the network.

 Each device, that is, device A, device B, and device N may include only the sender or the receiver, or both; the devices in this embodiment include both;

 The sending end includes: a transmitting end control module, a transmitting end sensor, a transmitting end control button, a transmitting end control system module, a handheld controller; the handheld controller is an optional module;

 The receiving end comprises: a receiving end motion module, a receiving end control system module, a handheld controller; the handheld controller is an optional module;

The remote central server is an optional module. Replacement page (Article 26) The device A, the device B, and the device N are based on a network for communication and interaction. The device A and the device B are based on a network for communication and interaction, and the communication mode is: the device A and the device B directly point to point. communication;

 Or the device A and the device B find the other device's device identification through the network through the network, and then directly point-to-point communication;

 Or the device A and the device B communicate with the remote central server as an intermediary through the network.

 The technical solution provided by the embodiment of the present invention can directly interact and control between two devices and multiple devices, so that two or more people can leave the virtual computer network without using a computer or a mobile phone, and using physical objects. The real space through the network for social interaction and games, greatly improving the fun, authenticity and convenience of use; also through the remote control of the handheld device screen through the network for social interaction. Second embodiment

 Fig. 2 is a flow chart showing a method of controlling a network-based social interaction device of a second embodiment of the present invention.

 The method for controlling the network-based social interaction device includes the following steps:

 Step 1. The human operation sender control module sends a manipulation instruction to the sender control system module;

 Step 2: The sender sensor collects device related signals and data, and sends the signal to the sender control system module;

 Step 3: The sending end control system module performs arithmetic processing on the received control command, the signal and data collected by the sensor, and sends the command and data to the communication module;

 Step 4. The communication module sends instructions and data to the remote center server.

 Step 5: The communication module searches for another device on the network, and directly sends instructions and data to another device;

 Step 6. The communication module sends instructions and data to the handheld controller.

Step 4, Step 5, Step 6 may work with only one or any two or three at the same time; Replace the page (Article 26) Step 7. The handheld controller sends instructions and data to the remote central server, and is processed by the communication module on the remote central server;

 Step 8. The communication module on the remote central server processes the received instruction and data and sends the instruction and data to another destination device.

 Step 9. The communication module on the remote central server processes the received command and data and sends the command and data to the handheld controller that controls the other destination device;

 Step 10. The handheld controller processes the received command and data and sends the command and data to the communication module of the controlled device.

 Step 11. The communication module sends the received command and data to the receiving end control system module.

 Step 12: The receiving end control system module performs arithmetic processing on the received instruction and data, and sends a motion instruction to the receiving end motion module;

 Step 13 is the same as step 1; step 14 is the same as step 2; step 15 is the same as step 3; step 16 is the same as step 4; step 17 is the same as step 7; step 18 is the same as step 8; step 19 is the same as step 9; step 20 is the same as step 10; Same as step 11; step 22 is the same as step 12; step 25 is the same as step 5;

 Step 23: The communication module on the remote center server registers the device with the device registration module, and the device registration module returns the registration information.

 Step 24: The communication module on the remote central server searches for the device to be communicated through the device search module, and the device search module returns the found device identification number.

 The technical solution is based on the mature microcomputer controller to control the electromechanical equipment, and conforms to the well-established control theory of the control-feedback control system, and all the sub-links have mature technology applicable.

 The beneficial effects brought by the technical solutions provided by the embodiments of the present invention are:

 Reduced production costs and energy consumption: By reducing the use of intermediate computers or mobile phone screens, production costs are greatly reduced, and energy consumption is greatly reduced;

 Improve user experience: Operation, control, use and original mode are completely different, and the user experience is greatly improved;

Stability improvement: The intermediate link is reduced, and the stability and response speed are also greatly improved. (Article 26) Rise. The inventive concept can be implemented in various ways as the technology advances, as will be appreciated by those skilled in the art. The embodiments of the invention are not limited to the embodiments described above, but may be varied within the scope of the claims.

Replacement page (Article 26)

Claims

Claim

A network-based social interaction device, characterized in that

 The network-based social interaction device is composed of device A and device B connected by a network signal;

 The device A is composed of a signal connection transmitting terminal control module, a transmitting end sensor, a transmitting end control system module, a receiving end motion module, a receiving end control system module, a control system module, a communication module, the transmitting end control system module and the receiving The end control system module is implemented by the same control system.

 The network-based social interaction device according to claim 1, wherein the device A and the device B communicate and interact based on a network, and the communication mode is:

 The device A and the device B directly communicate in point-to-point;

 Or the device A and the device B find the other device's device identification through the network through the network, and then directly point-to-point communication;

 Or the device A and the device B communicate with the remote central server as an intermediary through the network.

 The network-based social interaction device according to claim 1, wherein the network-based social interaction device further comprises a device N connected to the device A by a network signal, the device A, the device B, and the device N. The structure and control method are the same.

 The network-based social interaction device according to claim 1, wherein the transmitting end of the device A further comprises a handheld controller, and the handheld controller can send a control command to another device on the network.

 5. The network-based social interaction device of claim 4, wherein the handheld controller is a mobile phone or a handheld computer.

 The network-based social interaction device according to claim 1, wherein the device A is further connected to a remote center server by using a network signal, and the remote center server is connected by a signal communication module, a device registration module, and a device. Find the module composition.

7. The network-based social interaction device of claim 6, wherein the replacement page (Article 26) The remote center server can receive registration information of the device, and search for the device to be communicated according to the user authority;

 The communication module performs communication connection and data processing between two or more devices on the network.

 The network-based social interaction device of claim 1 , wherein the sender control module issues an interactive manipulation instruction;

 The transmitting end sensor generates various signals and data that need to be collected by the transmitting end, and is transmitted to the transmitting end control system module;

 The transmitting end control system module determines the control commands and data that need to be sent to another device according to the interaction control command sent by the sending terminal control module and the signals and data collected by the sensor;

 The receiving end motion module performs related motion actions according to the motion instruction sent by the receiving end control system module; the receiving end motion module is provided with one or more:

 The receiving end control system module receives control commands and data sent by another device on the network, performs operations and control, and sends a motion command to the receiving end motion module.

 9. A method of controlling a network-based social interaction device according to claim 1, wherein:

 The method for controlling the network-based social interaction device includes the following steps:

 Step 1. The human operation sender control module sends a manipulation instruction to the sender control system module;

 Step 2: The sender sensor collects device related signals and data, and sends the signal to the sender control system module;

 Step 3: The sending end control system module performs arithmetic processing on the received control command, the signal and data collected by the sensor, and sends the command and data to the communication module;

 Step 4. The communication module sends instructions and data to the remote center server.

 Step 5: The communication module searches for another device on the network, and directly sends instructions and data to another device;

 Step 6. The communication module sends instructions and data to the handheld controller.

Step 7. The handheld controller sends instructions and data to the remote central server and is processed by the communication module on the remote central server; replacement page (Article 26) Step 8. The communication module on the remote central server processes the received instructions and data and sends the instructions and data to another destination device.

 Step 9. The communication module on the remote central server processes the received command and data and sends the command and data to the handheld controller that controls the other destination device;

 Step 10. The handheld controller processes the received command and data and sends the command and data to the communication module of the controlled device.

 Step 11. The communication module sends the received command and data to the receiving end control system module.

 Step 12: The receiving end control system module performs arithmetic processing on the received instruction and data, and sends a motion instruction to the receiving end motion module;

 Step 13 is the same as step 1; step 14 is the same as step 2; step 15 is the same as step 3; step 16 is the same as step 4; step 17 is the same as step 7; step 18 is the same as step 8; step 19 is the same as step 9; step 20 is the same as step 10; Same as step 11; step 22 is the same as step 12; step 25 is the same as step 5;

 Step 23: The communication module on the remote center server registers the device with the device registration module, and the device registration module returns the registration information.

 Step 24: The communication module on the remote central server searches for the device to be communicated through the device search module, and the device search module returns the device identification number found.

 10. The method of controlling a web-based social interaction device according to claim 9, wherein:

 In step 4, the step 5, the step 6 can work with only one or any two or three at the same time.

Replacement page (Article 26)