WO2022213273A1

WO2022213273A1 - Expandable game center control system

Info

Publication number: WO2022213273A1
Application number: PCT/CN2021/085683
Authority: WO
Inventors: 林晓丰
Original assignee: 林晓丰
Priority date: 2021-04-06
Filing date: 2021-04-06
Publication date: 2022-10-13

Abstract

Disclosed in the present invention is an expandable game center control system, the system comprising a game running device, a control layer, a control expansion layer, and a data acquisition layer. The control layer is used for controlling the operation of a game device; the control expansion layer is used for modifying information data of the control layer; the data acquisition layer is used for acquiring game information; and the control layer comprises a game device interface, a control data sending module, a game data receiving module, a microprocessor, a memory, a somatosensory feature identification module, a data processing module, a first data transmission module, a second data transmission module, and a network interface module. Provided in the present invention is an all-round expandable game center control system that can realize dynamic expansion and real-time adjustments of control methods and strategies according to the game type and the development process of a game, in which system a game player manipulates the game with a high controllability, and has a good user experience.

Description

Scalable Game Center Control System

technical field

The present invention is in the technical field of game control systems, in particular to an expandable game center control system.

Background technique

With the rapid development of electronic technology, artificial intelligence and network technology, video games are becoming more and more complex, and simple somatosensory game equipment can no longer keep up with the development of the situation. Its main defects are as follows:

Although the smart game device sparrow is small, it has all the internal organs. From data acquisition, data processing, to control algorithms and dynamic configuration, it is indispensable. As a result, the structure is complex, the software and hardware design is difficult, the debugging is troublesome, the maintenance is difficult, and the manufacturing cost is high;

Due to the complex structure of smart game equipment, it is difficult to make small and inconvenient to use.

With the development of artificial intelligence technology, higher and higher requirements are put forward for data processing and recognition, control algorithms are becoming more and more complex, and sound, light, and electricity interactions with people require more power, and smart games control equipment The requirements for volume and weight are more stringent, so it is difficult to meet the requirements for complex calculations.

When multiple people control the same smart device to play games, the only difference is that the data collected by the somatosensory device is different, but the data processing and control algorithms are the same, so each set of devices is equipped with the same set of data processing and control algorithms , is actually a waste of resources;

At present, large-scale games are updated every day with various tricks, but the current game equipment is closed, and users cannot modify their algorithms or even parameters, which limits the creativity of players.

Today's games are becoming more and more complex and changing faster and faster. Game control equipment should also keep up with the development of the times, and automatically adjust the control strategy according to the plot of the game.

Today's games are dominated by game developers, and gamers respond passively, so it has developed into a bottleneck period, and it is difficult to break through. If we can develop a gamer-led model and stimulate the creativity of gamers, we can arouse the great enthusiasm of players and usher in the spring of game development.

Today's games mainly focus on individuals and "lone heroes" who fight alone. And modern warfare pays more attention to the battle of large corps, and it is more important to cultivate the spirit of "team".

Today's games, including e-sports, mainly focus on personal game control skills, and focus on speed, flexibility and physical strength.

The present invention focuses on cultivating players through games: the ability to use knowledge, the ability to innovate in science and technology, the ability to innovate in thought, and the teamwork spirit. It is entertaining and entertaining, allowing players to learn technological knowledge and improve their abilities in a pleasant game.

The Chinese patent application number is: 202010917988.3, and the application date is: September 03, 2020, the publication date is: February 26, 2021, the patent name is: game control method, docking station and game control system, the invention discloses a game control method, docking station and game control system, It mainly solves the problem that mobile terminals such as mobile phones cannot connect external display devices and input devices at the same time, and the resulting mobile game interface is small and inconvenient to control. The method includes the following steps: receiving manipulation information from an input device from a first port; receiving video information from a mobile device from a second port; obtaining touch position information on a game interface corresponding to the manipulation information according to a mapping relationship, and then from The second port is sent to the mobile device; the video information is sent from the third port to the display device. The docking station includes a computer program for performing the above steps. The system includes the docking station, and a mobile device, a display device, and an input device connected through the docking station. The invention uses the docking station as a medium to connect the input device, the mobile device and the display device, so that the external input device can be used to control the mobile device game while the external display device is used to display the game.

technical problem

The above-mentioned patent documents disclose a game control method, a docking station and a game control system, but the purpose of this control system is only to expand the types of operating devices that can be used in the game, and cannot modify the control algorithm of the game. The processor in the docking station just converts the control information of the input device into a format and transmits it to the mobile device. However, the overall running state of the game, such as the game scene and features, cannot be perceived, and it cannot automatically intervene in the game's control strategy, thereby improving the control quality. The quality of control is still solely determined by the person using the input device. And the docking station is just for format conversion for manual operation of the mobile device. The functions of the system are not complete enough, gamers cannot dominate the game, the operability is not strong, and the control methods and strategies cannot be formulated and expanded, especially cannot be dynamically expanded and adjusted in real time according to the type of game and the development process of the game. The user experience needs to be further improved.

technical solutions

The main purpose of the present invention is to provide a game player with complete functions, strong controllability, dynamic expansion and real-time adjustment of control methods and strategies according to the game type and the development process of the game, and a good user experience. Scalable game center control system.

In order to achieve the above purpose of the invention, the present invention proposes an expandable game center control system, including a game running device, a control layer, a control expansion layer, and a data acquisition layer; the control layer is used to control the operation of the game device; the control layer The extension layer is used to modify the information data of the control layer; the data collection layer is used to collect game information;

The control layer includes a game device interface, a control data sending module, a game data receiving module, a microprocessor, a memory, a somatosensory feature identification module, a data processing module, a first data transmission module, a second data transmission module, and a network interface module;

The data collection layer collects human body data and control commands, and transmits the data information to the data processing module through the first data transmission module for information processing; the data processing module performs feature recognition on the processed information through the somatosensory feature recognition module, and transmits to the microprocessor; the microprocessor transmits control information to the game device interface through the control data sending module, and the microprocessor controls the game running device through the game device interface; the microprocessor analyzes and processes The information is transmitted to the memory for storage; the microprocessor exchanges information with the control extension layer through the second data transmission module via the network interface module;

The game running device transmits the game data information to the game data receiving module through the game device interface, and the game data receiving module transmits the game data information to the microprocessor. The data transmission module transmits to the data acquisition layer.

The microprocessor includes a control modification module for modifying game data.

The microprocessor includes memory for storing game control algorithms.

The control modification module includes a game rule memory for storing game rules.

The microprocessor includes a game data memory for storing game data.

The control extension layer includes a game video interface, a game audio interface, a video capture module, a video processing module, an audio capture module, an audio processing module, a feature extraction program module, a scene analysis program module, a processor, a control module, a memory, a server, network interface module;

The data collection layer transmits the collected information to the processor, and the processor transmits it to the control layer through the network interface module;

The game running device transmits the video information to the video acquisition module through the game video interface, and the video acquisition module transmits the video information to the scene analysis program module through the video processing module, and the scene analysis program module transmits the video information after analysis and processing. to a processor that controls the control module;

The game running device transmits the audio information to the audio acquisition module through the game audio interface, and the audio acquisition module transmits the audio information to the feature extraction program module through the audio processing module, and the feature extraction program module transmits the audio information after analysis and processing. to the processor;

The processor transmits the processed information to the memory and the server respectively; the control module transmits the control information to the memory and the server respectively.

The control extension layer includes a control output module and a game simulation module; the processor transmits control information to the control output module, and the control output module transmits the control information to the game simulation module.

The control extension layer includes a network interface, and the processor transmits information to the data acquisition layer through the network interface.

The processor includes a human-machine monitoring operating device for game monitoring.

The processor includes a self-learning module for improving game data, analyzing and improving control algorithms.

The processor includes an expert control system module, which is used for accumulating game rules, game control experience and game control data, and simulating artificial intelligence.

The storage includes a self-defined model library storage, a self-defined feature library storage, a self-defined rule storage, a self-defined algorithm library storage and a self-defined database storage.

The servers include a general database server, a general algorithm library server, and a general model library server.

The data acquisition layer includes at least one sensor group, at least one data acquisition module, at least one game feedback module, at least one data transmission module, at least one standard universal network interface, and at least one virtual reality excitation module;

The sensor group collects information, the sensor group transmits the collected information to the data transmission module through the data collection information, and the data transmission module transmits the collected information to the control layer; the control layer controls the game feedback module;

The control extension layer transmits information to the virtual reality excitation module through a standard general network interface;

The present invention also includes a game server to which the game running device transmits game data information.

beneficial effect

The beneficial effects of the technical solutions provided by the present invention are: 1) The present invention constitutes a complete game network through the game running device, the control layer, the control extension layer and the data acquisition layer, and can adjust the control method and the game according to the game type and the development process of the game. The strategy is dynamically expanded and adjusted in real time, with a high degree of intelligence and various functions. The game player dominates the game and has strong controllability; 2) The present invention makes the operation game more diverse due to the diverse functions, and the user experience is greatly enhanced; 3) The present invention It is an upgrade of the modern game network, which is helpful for further promotion in the market.

Description of drawings

In order to explain the embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention, and for those of ordinary skill in the art, other drawings can also be obtained according to the structures shown in these drawings without creative efforts.

1 is a system block diagram of an expandable game center control system according to an embodiment of the present invention;

2 is a block diagram of a control layer of an expandable game center control system according to an embodiment of the present invention;

3 is a block diagram of a control extension layer of an expandable game center control system according to an embodiment of the present invention;

FIG. 4 is a block diagram of a data acquisition layer of an expandable game center control system according to an embodiment of the present invention.

Description of reference numbers:

The realization, functional characteristics and advantages of the present invention will be further described with reference to the accompanying drawings in conjunction with the embodiments.

BEST MODE FOR CARRYING OUT THE INVENTION

Type the best mode description paragraph of the invention here.

Embodiments of the present invention

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

It should be noted that all directional indications (such as up, down, left, right, front, back, etc.) in the embodiments of the present invention are only used to explain the relationship between various components under a certain posture (as shown in the accompanying drawings). The relative positional relationship, the movement situation, etc., if the specific posture changes, the directional indication also changes accordingly.

In the present invention, unless otherwise expressly specified and limited, the terms "connected", "fixed" and the like should be understood in a broad sense, for example, "fixed" may be a fixed connection, a detachable connection, or an integrated; It can be a mechanical connection or an electrical connection; it can be a direct connection or an indirect connection through an intermediate medium, and it can be an internal communication between two elements or an interaction relationship between the two elements, unless otherwise explicitly defined. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood according to specific situations.

In addition, descriptions such as "first", "second", etc. in the present invention are only for descriptive purposes, and should not be construed as indicating or implying their relative importance or implicitly indicating the number of indicated technical features. Thus, a feature delimited with "first", "second" may expressly or implicitly include at least one of that feature. In addition, the technical solutions between the various embodiments can be combined with each other, but must be based on the realization by those of ordinary skill in the art. When the combination of technical solutions is contradictory or cannot be realized, it should be considered that the combination of such technical solutions does not exist. , is not within the scope of protection required by the present invention.

The present invention provides an expandable game center control system.

Example 1

1, 2, 3, and 4, in an embodiment of the present invention, the expandable game center control system includes a game running device 1, a control layer 2, a control extension layer 3, and a data acquisition layer 4; the control layer 2 is used to control the operation of the game device; the control extension layer 3 is used to modify the control layer information data; the control layer information data for modifying the control layer includes controls for statically or dynamically modifying the control layer Algorithms and game control data; the data collection layer 4 is used to collect game information;

The present invention is a controller-centered control network, which includes a data acquisition layer 4 , a control layer 3 , a game running device layer 1 , and a control extension layer 3 .

The data acquisition layer 4 contains at least one data acquisition device, and the data acquisition layer 4 may contain one or more human body sensing devices, may contain one or more wearable devices, and may contain one or more remote control devices, which are mainly responsible for acquiring Human motion data and remote control commands.

The data acquisition layer 4 sends data to the control layer and the control extension layer through a wireless or wired connection, and receives configuration commands, as well as game information transmitted by the game device through the control layer 2 and the control extension layer 3 to interact with the game. .

The control layer 2 processes the received data, and selects a corresponding control algorithm to control the game running in the game running device. And receive the interactive signal from the game in the game running device, transmit it to the player in the data acquisition layer, and generate interactive stimulation signals such as sound, light and electricity.

The control extension layer 3 is to enhance the control capability of the control layer. The control extension layer 3 firstly consists of a computer, mobile phone, or other intelligent devices to form a local area network, and then connects to the cloud control server through the Internet network. This layer is equipped with an application program that can be updated in real time, extracts the sound, light, electricity and image information in the game screen in the game running device through sensors, video, audio, or camera, microphone, processes and recognizes, and adjusts the control layer in real time. Control algorithm to improve control accuracy. And send interactive stimulation information to the data receiving layer according to the game screen, and control the local game simulation module.

In the specific implementation process, the layout of the data acquisition layer 4 , the control layer 2 , the game operating device layer 1 and the control expansion layer 3 in the physical space can be independent of each other, or can be arbitrarily combined with each other. For example, the control layer 2 can be integrated with the data acquisition layer 4, and can also be integrated with the game running device layer 1, etc., all according to the needs.

The control layer 2 includes a game device interface 21, a control data transmission module 211, a game data reception module 212, a microprocessor 22, a memory 223, a somatosensory feature recognition module 23, a data processing module 24, a first data transmission module 25, and a first data transmission module 25. Two data transmission module 26, network interface module 27;

The data collection layer 4 collects human body data and control commands, and transmits the data information to the data processing module 24 for information processing through the first data transmission module 25; Extract and transmit the information to the microprocessor 22; the microprocessor 22 transmits the control information to the game device interface 21 through the control data sending module 211, and the microprocessor 22 controls the game device interface 21 through the game device interface 21. Game running device 1;

The microprocessor 22 transmits the analysis and processing information to the memory 223 for storage; the microprocessor 22 transmits the control information to the network interface module 27 through the second data transmission module 26, and the control information is transmitted to the network interface module 27 through the network interface module 27. control extension layer 3;

In this embodiment, the microprocessor 22 analyzes and calculates according to the data in the game data memory 222 , the game rule memory 224 and the memory 223 , the game rules and the control algorithm, and transmits the control information to the game through the control data sending module 211 a device interface 21, through which the microprocessor 22 controls the game running device 1;

After the microprocessor 22 receives the control strategy correction data transmitted through the network interface module 27 and the second data transmission module 26, it modifies the game data memory 222, the game rule memory 224 and the memory 223 through the control correction module 221. Data, rules and algorithms.

The microprocessor 22 exchanges information with the control extension layer 3 through the second data transmission module 26 and the network interface module 27;

The game running device 1 transmits the game data information to the game data receiving module 212 through the game device interface 21, the game data receiving module 212 transmits the game data information to the microprocessor 22, and the game data information is analyzed by the microprocessor 22. After processing, it is transmitted to the data acquisition layer 4 through the first data transmission module 25 .

Referring to FIG. 2 , in this embodiment, the game running device: is a device or a platform for running a game. After receiving the control data sent by the control center in the form of wireless or wired connection, it controls the characters or pictures in the game to fulfill the requirements of the game player.

The game device can also transmit sound, light, electricity, video, audio, and image information to the local area network device that controls the extension layer through sensors, video, audio interfaces, or cameras and microphones. Game devices can be but are not limited to: computers, game consoles, game consoles (including but not limited to Xbox series, Playstation series, Switch series, etc.), mobile phones, VR helmets, VR glasses, AR helmets, AR glasses, smart TVs, cloud TVs , virtual terminal and other equipment or teaching equipment for running games.

In this embodiment, the data acquisition layer 4 includes a somatosensory motion data acquisition device, and the somatosensory motion data acquisition device may contain one or more components that stimulate human perception (such as sound, motor simulating shooting vibration, electromagnet vibration simulating recoil force) etc.), can also contain batteries and multiple buttons; can also include at least one somatosensory recognition device among three-axis acceleration sensors, three-axis gyroscopes, three-axis geomagnetic sensors, air pressure sensors, image sensors or photoelectric sensors to record the movement of the human body Data for features or motion trajectories.

These devices can not process and identify the collected data, and can directly send them to the control center through wireless or wired connection to exchange information with each other. Because there is no need for data processing and control algorithms, it can greatly reduce the complexity of software and hardware design, debugging and maintenance of game somatosensory devices, reduce costs, facilitate rapid development, and facilitate upgrades. equipment, the advantages are more obvious. In addition, when holding these devices to control the shooting game, you can also pan or flip, just like holding a gun to aim and shoot. Therefore, it not only has the advantages of convenient button operation of the handle, but also maintains the user's button operation habit, and has the experience of a gun.

In this embodiment, the wearable device includes a human body motion sensor, which records the data of the movement characteristics and trajectory of the human body, and transmits the data to the control center through a wireless or wired connection to exchange information with each other. Equipment types include but are not limited to: wristbands, anklets, watches, wristbands, helmets, glasses, headbands, shoes, socks, wear, clothing, school bags, crutches, knives, swords, sticks, bows, props, accessories, etc. .

In this embodiment, the remote control device includes one or more keys, joysticks, buttons, switches, sliders, voice transmission, photoelectric control and other components, and sends data or commands to the control center through wireless or wired connection, exchange information with each other.

In this embodiment, the control layer 2 includes a microprocessor 22, a memory 223 and one or more network communication modules.

The control layer 2 receives data from the somatosensory device in a wireless or wired connection, receives operation commands and remote control data in a wireless or wired connection, and processes and identifies the somatosensory data according to the requirements of different games and game platforms. , and then call the corresponding control algorithm, use the internally stored data and powerful computing power to calculate the precise control result, output it to the game running device in a wireless or wired connection, and meet the operation requirements of one or more people at the same time. The control center is equipped with an open interface and communication protocol, which can exchange information with the control extension layer at any time, and can always maintain the optimal control algorithm in the game. When the game sends out an interaction signal with the game player, it is transmitted by the control center to the player in the data acquisition layer.

In this embodiment, the wired connection may represent any one of the following according to specific applications, including cable connection, wire connection, wiring connection on a printed circuit board (PCB), or wiring connection in an integrated circuit.

In this embodiment, preferably, the microprocessor 22 includes a control correction module 221, and the control correction module 221 is used to correct game data.

The control modification module 221 includes at least one for modifying game control algorithms, game control codes, game rules or game data.

In this embodiment, further, preferably, the microprocessor 22 includes a memory 223, and the memory 223 is used to store the game control algorithm;

The microprocessor 22 includes a game rules memory 224 for storing game rules.

In this embodiment, preferably, the microprocessor 22 includes a game data memory 222, and the game data memory 222 is used to store game data.

The memory 223 is used to store game control algorithms, the game rule memory 224 is used to store game rules, and the game data memory 222 is used to store data related to running the game.

In this embodiment, the control layer 2 and the data acquisition layer 4 may also be completely independent devices, and communicate with each other through a network interface.

The human body sensing data and control commands of the data acquisition layer 4 are received by the network data transmission module. The control command is directly sent to the microprocessor 22, and is sent to the game running device 1 through the game device interface 21 through the control data sending module 211. At the same time, the microprocessor 22 transmits the received feedback signal of the game running device through the first data transmission. Module 25 sends back to the data acquisition layer.

The human body sensing data is filtered and anti-interference processed by the data processing module 24 , and converted into a required physical quantity, and then subjected to behavior identification by the somatosensory feature identification module 23 , and sent to the microprocessor 22 . The microprocessor 22 inquires the matching stored data according to the game rules and control algorithms stored in the control center, analyzes and calculates, and generates relevant control data, which is sent to the game operation through the control data sending module 211 and through the game equipment interface 21. Device 1, completes the player's control intent.

In this embodiment, the control layer 2 can run independently or be connected to the control extension layer 3 . The connected control layer 2 immediately changes from a closed, rigid, and simple system to an open, flexible, and infinitely expandable powerful system.

Intelligent devices such as general-purpose computers, mobile phones, and network servers in the control expansion layer 3 can transmit new control algorithm codes, control commands and control data to the microcomputer through the control expansion layer 3 network interface module 35 through the standard general-purpose network interface. The processor 22 is processed by the game control modification module 221 to modify the content in the control memory 223, the game rule memory 224 and the game data memory 222, change the control strategy or control strength, and correct errors.

The programs, algorithms and data in the control layer 2 can not only be statically configured at any time, but also dynamically configured and adjusted in real time when the game is running, so that the present invention can perfectly control various games.

Example 2

3, in this embodiment, the control extension layer 3 includes a combination of a game video interface 31, a game audio interface 34, a combination of a camera 32, a microphone 33, or at least one of a combination of sound, light, and electrical sensors, and a video capture module. 311, video processing module 312, audio acquisition module 331, audio processing module 332, feature extraction program module 333, scene analysis program module 313, processor 36, control module 361, memory, server, network interface module 35;

The data collection layer 4 transmits the collected information to the processor 36, and the processor 36 transmits it to the control layer 2 through the network interface module 35;

In this embodiment, preferably, the data collection layer 4 transmits the collected information to the processor 36, and the processor 36 combines the calculation results of the scene analysis program module 313 and the feature extraction program module 333, and uses other control modules to provide data, formulate control correction data, and transmit it to the control layer 2 through the network interface module 35;

The game running device 1 transmits the video information to the video acquisition module 311 through the game video interface 31, and the video acquisition module 311 transmits the video information to the scene analysis program module 313 through the video processing module 312. After analyzing and processing, the video information is transmitted to the processor 36, and the processor 36 controls the control module 361;

The game running device 1 transmits the audio information to the audio acquisition module 331 through the game audio interface 34, and the audio acquisition module 331 transmits the audio information to the feature extraction program module 333 through the audio processing module 332. After analyzing and processing, the audio information is transmitted to the processor 36;

The processor 36 transmits the processed information to the memory and the server respectively; the control module 361 transmits the control information to the memory and the server respectively.

The game device layer 1 in this embodiment transmits game information to the video processing module 312 and the audio processing module through a combination of video and audio interfaces, a combination of a camera 32, a microphone 33, or any combination of sound, light, and electrical sensors 332 or the corresponding sensor signal processing module for processing, and then transmit the information to the microprocessor 36 and the corresponding control system for scene analysis and feature extraction, and combine the data from the data acquisition layer and the processing and control of each control module. Algorithms are analyzed and calculated, and the calculation results are respectively transmitted to the control layer for modifying the game control algorithm and game control data, as well as to the data acquisition layer, local storage, network server, or for controlling the local game simulation module.

In this embodiment, preferably, the memory includes a custom model library memory 364, a custom feature library memory 365, a custom rule memory 366, a custom algorithm library memory 367 and a custom database memory 368, which is convenient for players to customize the control algorithm by themselves .

The content of the memory can also be customized by the user, that is, a custom library memory, and the content includes the game model, game features, game rules, control algorithms, game data and other content.

The servers include a general database server 392 , a general algorithm library server 393 , and a general model library server 394 .

In this embodiment, preferably, the control extension layer 3 includes a control output module 38 and a game simulation module 381 ; the processor 36 controls the output module 38 according to the result of the game scene analysis program, and transmits control information to the game simulation module 381 .

In this embodiment, preferably, the control extension layer 3 includes a network interface 37 , and the processor 36 transmits information to the data collection layer 4 through the network interface 37 .

The processor 36 includes a human-machine monitoring operation device 391, which is used for game monitoring.

The control layer 2 exchanges information with the microprocessor 36 , various control systems, as well as memory, server and man-machine monitoring operation device 391 through the network interface module 35 .

The processor 36 includes a self-learning module 362 for improving game control algorithms and game data.

The processor 36 includes an expert control system module 363, which is used to accumulate game rules, game control experience and game control data, and simulate artificial intelligence.

The processor 36 shares information with the control module 361, the self-learning module 362, and the expert system module 363, and corrects the control data of the control layer 2;

In this embodiment, the control device manufacturer issues a shooting analysis application program to the player, which is installed on the computer or mobile phone of the control expansion layer 3. The movement trajectory of the player's gun in the game is all recorded by the application program, and then through the video and audio interface of the game running device, or through the camera set up in front of the game running device, the user's shooting point and shooting data in the game screen are analyzed. Comprehensively evaluate the user's design efficiency and guide users to improve.

In this embodiment, the game scene analysis application module 313 is installed on the computer of the control extension layer 3, and the video and audio interfaces of the game running device or the camera erected in front of the game running device are used to capture the game video images in real time and analyze the battlefield. status, and send a signal to the somatosensory device on the data acquisition layer, or control the electrical switch in the room through a computer.

When shooting with a pistol, the game gun in the hand vibrates with a single shot. When holding a machine gun, the game gun vibrates continuously; when fighting with the enemy with a bayonet, the headphone will sound the sound of icy iron crashing; when the shell explodes around , start the indoor table lamp flashing a few times, the toy motor on the seat under the body vibrates a few times, and experience the tragic fire when covered by artillery; When the helicopter flies overhead, let the electric fan beside you spin a few times to appreciate the chill of the battlefield. The live battle situation can be transmitted to the network server through the local area network controlling the expansion layer, and broadcast live to the outside world to expand the influence.

The control extension layer 3 is to enhance the function of the control layer. The control extension layer is composed of general-purpose computers, mobile phones, network servers and other intelligent devices. For different types of games, manufacturers can make a basic game enhancement control framework for the structure of the control layer.

The invention can allow players to pre-write application programs on this basis, expand their own program library according to specific games and processes, and correct the control rules and modes of the control layer in real time when the games are running. When your own program library is not enough, you can call the program in the network server as a backup. When the game is running, the video and audio signals can be obtained from the interface of the game running device. If there is no interface, a camera 32 and a microphone 33 can be set up to obtain the video and audio of the game. The video and audio are processed by the video capture module 311 such as the video capture card, and then sent to the scene analysis module 313 and the feature extraction program module 333 for analysis, and the motion of the current game character is obtained according to the human body movement posture information transmitted by the network interface 37. feature;

On the one hand, the self-defined model library memory 364, the self-defined feature library memory 365, the self-defined rule memory 366, the self-defined algorithm library memory 367 and the self-defined database memory 368 are modified and expanded in real time; on the other hand, through the control module 361, the self-learning module 362 and the expert control system module 363 perform analysis operations, supervise and guide the control layer to perform optimal control. According to the results of the scene analysis, the general-purpose processor can control various sound, light, electricity, wind and other execution equipment to simulate the game battlefield or special effects. The processor 36 can also transmit the control signal to the data acquisition layer through a standard network interface, so as to stimulate various wearable devices on the player to produce somatosensory effects.

At this time, the game is no longer a simple competition of personal games and skills, but has evolved into a competition of scientific knowledge, scientific and technological ability, and innovation ability. When this system is applied on a large scale, the definition of games will be rewritten. It is no longer simple entertainment and e-sports, and programming is no longer the patent of programmers. Educational advancement, simulation technology, and artificial intelligence will all be Flowering and fruiting on a large scale.

Example 3

4, in this embodiment, the data acquisition layer 4 includes at least one sensor group 46, at least one data acquisition module 45, at least one game feedback module 41, at least one data transmission module 42, at least one standard universal network interface 43, at least one virtual reality incentive module 44;

The sensor group 46 collects information, the sensor group 46 transmits the collected information to the data transmission module 42 through the data collection module 45, and the data transmission module 42 transmits the collected information to the control layer 2; the control layer 2 controls the the game feedback module 41;

The control extension layer 3 controls the virtual reality excitation module 44 through a standard general network interface 43 .

The standard general network interface 43 transmits the collected information to the control extension layer 3 for analysis and calculation, which is used to modify the game control algorithm and game control data of the control layer, and to control the virtual reality excitation module.

In this embodiment, the sensor group 46 may include multiple sensor groups, such as sensor group 1 46, sensor group 2 461, ---- sensor group N462;

In this embodiment, the data collection module 45 may include a plurality of data collection modules, such as data collection module 1 45, data collection module 2 451, ---- data collection module N452;

In this embodiment, the game feedback module 41 may include multiple game feedback modules, such as game feedback module 1 41, game feedback module 2 411, ---- game feedback module N412;

In this embodiment, the data transmission module 42 may include multiple data transmission modules, such as data transmission module 1 42, data transmission module 2 421, ---- data transmission module N422;

In this embodiment, the standard general-purpose network interface 43 may include a plurality of standard general-purpose network interfaces, such as standard general-purpose network interface 1 43, standard general-purpose network interface 2 431, and standard general-purpose network interface N432;

In this embodiment, the virtual reality incentive module 44 may include a plurality of virtual reality incentive modules, such as virtual reality incentive module 1 44, virtual reality incentive module 2 441, ---- virtual reality incentive module N442;

In this embodiment, the data collection layer 4 includes one or more data or command collection devices. Each device may contain one or more sensors that receive gestures or sensory signals of the player's body, as well as operational commands. One signal is sent to the control layer by the data transmission module through the data acquisition module, and at the same time, it receives the excitation signal generated by the control layer or the feedback signal transmitted from the game running device to stimulate the action of the human interaction device, such as the vibration of the vibration motor to simulate the shooting, the electromagnet Recoil force for vibration simulation, etc. The other signal is transmitted to the control extension layer through a standard network interface, and each control module analyzes it and extracts the player's operating posture characteristics, thereby guiding the operation of the control layer program.

The data acquisition layer may contain one or more sensory-stimulating components, including a battery and a plurality of buttons. It contains at least one somatosensory recognition device among a three-axis acceleration sensor, a three-axis gyroscope, a three-axis geomagnetic sensor, an air pressure sensor, an image sensor or a photoelectric sensor, and records the data of the motion characteristics or motion trajectory of the human body. These devices can not process and identify the collected data, and can directly send them to the control center through wireless or wired connection to exchange information with each other.

Because there is no need for data processing and control algorithms, it can greatly reduce the complexity of software and hardware design, debugging and maintenance of game somatosensory devices, reduce costs, facilitate rapid development, and facilitate upgrades. equipment, the advantages are more obvious. In addition, when holding these devices to control the shooting game, you can also pan or flip, just like holding a gun to aim and shoot. Therefore, it not only has the advantages of convenient button operation of the handle, but also maintains the user's button operation habit, and has the experience of a gun.

Example 4

The present invention also includes a game server 5 to which the game running device 1 transmits game data information.

The game server 5 can store various information of the game running device 1 , which greatly enhances the operation of the game device 1 .

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Without departing from the spirit and scope of the present invention, the present invention will have various changes and improvements. Under the concept, equivalent structural transformations made by using the contents of the description and drawings of the present invention, or directly/indirectly applied in other related technical fields are all included in the scope of patent protection of the present invention.

Claims

An expandable game center control system, characterized in that: it includes a game running device, a control layer, a control expansion layer, and a data acquisition layer; the control layer is used to control the operation of the game device; the control expansion layer is used to Modifying the information data of the control layer; the data collection layer is used to collect game information;

The control layer includes a game device interface, a control data sending module, a game data receiving module, a microprocessor, a memory, a somatosensory feature identification module, a data processing module, a first data transmission module, a second data transmission module, and a network interface module;

The data acquisition layer collects human body data and control commands, and transmits the data information to the data processing module through the first data transmission module for information processing; the data processing module extracts the processed information through the somatosensory feature recognition module, and The information is transmitted to the microprocessor; the microprocessor transmits the control information to the game device interface through the control data sending module, and the microprocessor controls the game running device through the game device interface; the microprocessor transmitting the analyzed and processed information to the memory for storage; the microprocessor exchanges information with the control extension layer through the second data transmission module via the network interface module;

The game running device transmits the game data information to the game data receiving module through the game device interface, and the game data receiving module transmits the game data information to the microprocessor. The data transmission module transmits to the data acquisition layer.
The expandable game center control system according to claim 1, wherein the microprocessor includes a control modification module for modifying game data.
The expandable game center control system according to claim 2, wherein the microprocessor includes a game rule memory, and the memory is used to store the game rules.
The expandable game center control system of claim 1, wherein the microprocessor includes a game data memory for storing game data.
The expandable game center control system according to claim 1, wherein the control expansion layer comprises a game video interface, a game audio interface, a video capture module, a video processing module, an audio capture module, and an audio processing module. Extraction program module, scene analysis program module, processor, control module, memory, server, network interface module;

The data collection layer transmits the collected information to the processor, and the processor transmits it to the control layer through the network interface module;

The game running device transmits the video information to the video acquisition module through the game video interface, and the video acquisition module transmits the video information to the scene analysis program module through the video processing module, and the scene analysis program module transmits the video information after analysis and processing. to a processor that controls the control module;

The game running device transmits the audio information to the audio acquisition module through the game audio interface, and the audio acquisition module transmits the audio information to the feature extraction program module through the audio processing module, and the feature extraction program module transmits the audio information after analysis and processing. to the processor;

The processor transmits the processed information to the memory and the server respectively; the control module transmits the control information to the memory and the server respectively.
The expandable game center control system according to claim 5, wherein: the control expansion layer includes a control output module and a game simulation module; the processor transmits the control information to the control output module through the network interface module , the control output module transmits control information to the game simulation module.
The expandable game center control system according to claim 6, wherein the control expansion layer includes a network interface, and the processor transmits information to the data acquisition layer through the network interface.
The expandable game center control system according to claim 7, wherein the processor comprises a human-machine monitoring and operating device, and the monitoring and operating device is used for game monitoring.
The expandable game center control system according to claim 8, wherein the processor includes a self-learning module, and the self-learning module is used for improving game data, analyzing and improving control algorithms.
The expandable game center control system according to claim 9, wherein the processor includes an expert control system module, and the control system module is used to accumulate game rules, game control experience and game control data, simulate artificial intelligence .
The expandable game center control system according to claim 5, wherein the memory includes a self-defined model library memory, a self-defined feature library memory, a self-defined rule memory, a self-defined algorithm library memory and a self-defined database memory .
The scalable game center control system according to claim 5, wherein the server comprises a general database server, a general algorithm library server, and a general model library server.
The scalable game center control system according to claim 1, wherein the data acquisition layer comprises at least one sensor group, at least one data acquisition module, at least one game feedback module, at least one data transmission module, at least one Standard general network interface, at least one virtual reality incentive module;

The sensor group collects information, the sensor group transmits the collected information to the data transmission module through the data collection information, and the data transmission module transmits the collected information to the control layer; the control layer controls the game feedback module;

The control extension layer transmits information to the virtual reality excitation module through a standard general network interface; the control extension layer controls the virtual reality excitation module through a standard general network interface.