KR101336905B1 - Game service system having light sensor and motion sensor and the method for it - Google Patents

Abstract

The present invention relates to a game service system and a method of combining an illumination sensor and a motion sensor, and more specifically, to a game that is more dynamic through the user's various applications of the sensors while the user combines each function of sensors mounted in the device. The present invention relates to a game service system and a method of combining an illumination sensor and a motion sensor to enable a game play.
The present invention provides a game service system including a wireless communication unit, a power supply unit, and a memory, and an illumination sensor and a motion sensor including a control unit for controlling the same, the illumination sensor unit measuring a Lux or ev (exposure value) value, and a motion value. It is configured as a motion sensor unit for measuring, if the Lux, ev (exposure value), the movement value is more than the reference value, characterized in that the control unit transmits a predetermined command to the game system.

Description

Game service system having light sensor and motion sensor and method

The present invention relates to a game service system and a method of combining an illumination sensor and a motion sensor, and more specifically, to a game which is more dynamic through various applications of each sensor while the user combines the functions of the sensors mounted in the device. The present invention relates to a game service system and a method of combining an illumination sensor and a motion sensor to enable a game play.

Recently, according to the trend of the development of IT technology, the development of various games using the existing sensors is also active.

Most games using a smartphone, the game is performed by the operation using a virtual GUI or a sensor, and similar patents include movement using a sensor, character development, and situation change.

It includes features that highlight the personality of the game itself based on one feature.

The use of the sensor itself depends on the operability of the game, which has a problem in that it does not include a coupling element so that many gamers can enjoy only the experience of an individual game rather than a complex element.

Therefore, there is an urgent need for a new game system that connects various sensors more organically to faithfully reproduce the game's original functions and pursue both fun and convenience.

In order to solve the above problems, the present invention combines the functions of the two sensors, perform the movement or situation through the sensor information, and can automatically convert to another sensor when the sensor is unavailable or difficult to use the sensor. It is an object of the present invention to provide a game service system and a method of combining a light sensor and a motion sensor.

The present invention provides a game service system including a wireless communication unit, a power supply unit, and a memory, and an illumination sensor and a motion sensor including a control unit for controlling the same, the illumination sensor unit measuring a Lux or ev (exposure value) value, and a motion value. It is configured as a motion sensor unit for measuring, if the Lux, ev (exposure value), the movement value is more than the reference value the control unit transmits a predetermined command to the game system.

The control unit controls to use the motion sensor unit when the illuminance sensor unit is unavailable or inoperable, and controls to use the illuminance sensor unit when the motion sensor unit is unavailable or inoperative.

The present invention comprises the steps of starting the game after operating the illumination sensor and the motion sensor, the illumination sensor unit operates according to the presence or absence of ambient light to transmit the illumination information to the control unit, the motion sensor unit is operated according to the presence or absence of motion to the controller And transmitting the motion information, and controlling the controller to execute a corresponding command when the illuminance information and the motion information are equal to or higher than a predetermined reference value.

The controller may further include receiving motion information of the motion sensor unit to execute a corresponding command when the illuminance sensor unit is unavailable or inoperable.

When the motion sensor unit is unavailable or inoperable, the method may further include receiving motion information of the illuminance sensor unit to execute a corresponding command.

According to the present invention, the game can be performed in any situation by combining an illumination sensor or a motion sensor, and the user can conveniently participate in the game contents and achieve results by using the sensor function even when the screen is not visible. It can provide a useful game environment.

According to the present invention, by accessing the conventional technology from a more diverse perspective and developing a new game method through the application of the combined technology, the development of the direct game industry and the applicability of the conventional single operation method and the sensor use patent of the technology and the city It can contribute greatly.

1 is a view showing the overall configuration of a game service system combining a light sensor and a motion sensor according to an embodiment of the present invention.
2 is a view showing a relationship in which the configuration of FIG. 1 is mutually controlled;
Figure 3 is a view showing an example of the exposure sensor side illumination sensor in accordance with an embodiment of the present invention.
4 is a diagram showing an example of applying a G sensor value according to an embodiment of the present invention.
5 is a view showing an example of changing the value of the ambient light and the G sensor according to an embodiment of the present invention.
6 is a view showing an example of applying the FPS game, RPG game, action / shooting game, simulation game according to the input of the illumination sensor value according to an embodiment of the present invention.
7 is a view showing an example of applying the FPS game, RPG game, action / shooting game, simulation game to change to a G sensor when the illumination sensor cut off according to an embodiment of the present invention.
8 and 9 illustrate an application method in an action game according to an embodiment of the present invention.
10 and 11 illustrate an application method in a shooting game according to an embodiment of the present invention.
12 and 13 illustrate an application method in an RPG game according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the drawings.

As shown in FIG. 1, the present invention includes a wireless communication unit 300 for transmitting and receiving wireless information by a wireless communication protocol, a power supply unit 400 for supplying power, and a memory 500 for real-time or long-term storage of game information. It consists of a control unit 100 for controlling each part.

In addition, the present invention is composed of an illumination sensor unit 202 and a motion sensor unit 204, the illumination sensor unit 202 is a sensor for measuring the Lux, ev (exposure value) value, Lux is a bright illumination The symbol is lx as a practical unit for the degree of illumination. Illumination of the surface when the luminous flux of 1 lm (lumen) is uniformly distributed over an area of 1 ㎡, that is, illumination of the surface perpendicular to the ray 1 m away from the point light source of 1 cd (candela) to be. Meter candles are the former unit of luminosity, where 1.0067 cd corresponds to one tip.

The motion sensor unit 204 is a sensor for measuring a motion value, and is divided into various types according to acceleration measurement capability and sensitivity, but in the present invention, it is preferable to use a motion sensor having an appropriate measurement capability required for a game.

If the Lux, ev (exposure value), and the movement value is greater than or equal to the reference value, the controller transmits a predetermined command to the game system.

For example, when the game program is first run, the controller-related setting is started after the existence of each controller.

After the check of the control unit, the conversion API is driven and applied normally in the game program.

In addition, the control unit 100 controls to use the motion sensor unit 204 when the illuminance sensor unit 202 is unavailable or inoperable, and when the motion sensor unit 204 is unavailable or inoperable. In addition, the illumination sensor unit 202 may be controlled to be used.
For example, when the illuminance information of the illuminance sensor unit 202 is not transmitted to the control unit 100, the control unit 100 issues a stop command to the illuminance sensor unit 202 and sends the motion sensor unit 204 to the motion sensor unit 204. Give a start command. The opposite is also true.

As shown in FIG. 2, the program driver 10 transmits information to various sensors including the CPU 21 and the processor 21... 25, 31.

Hereinafter, a game service method combining an illuminance sensor and a motion sensor for implementing the present invention will be described in detail with reference to the accompanying drawings.

First, check the presence of the ambient light sensor and G sensor at the start of the game.

Then, check the presence of the sensor and start the game.

As a specific embodiment, after starting the game after operating the illumination sensor and the motion sensor, the illumination sensor unit operates according to the presence or absence of ambient light to transmit the illumination information to the controller, and the motion sensor unit operates according to the presence or absence of the motion information to the controller. Send it.

Subsequently, the controller controls to execute a corresponding command when the illuminance information and the motion information are above or below a predetermined reference value.

The controller may further include receiving motion information of the motion sensor unit to execute a corresponding command when the illuminance sensor unit is unavailable or inoperable, or when the motion sensor unit is unavailable or inoperable. The method may further include receiving the motion information of the illuminance sensor unit to execute a corresponding command.

As shown in Figures 3 and 4, gamers continue to experience more colorful games using the ambient light sensor in a basic manner.

As shown in FIG. 5, the G-sensor-based game method is applied when the G-sensor is applied when the player is in standby state or moves for a while due to external factors during game play.

As shown in Fig. 6 and 7, in the FPS game, the RPG game, the action / shooting game, and the simulation game, the sensor parts are combined with each other to generate an in-game change, and the change is applied to the game as it is.

In addition, changes are made by using the ambient light sensor for basic play, and when the illuminance sensor is not available, it is converted to the G sensor, and the contents are continuously maintained and the state changes.

In detail, as shown in FIGS. 8 and 9, the application and utilization of each sensor when driving an action game is taken as an example.

This embodiment is called "the champion of the light" and consists of the contents based on the attack method using the sensor according to the present invention, cleared through the appropriate use of each sensor to escape from the pattern attack method of the general game. It is structured to be possible.

In other words, the scenario and the application method according to the present invention are referred to as "a warrior must defeat the demon king of the devil's tower using the sword of light."

This “sword of light” can attack enemies from a distance by firing light when the sun's power is full, but must attack the enemy at close range, wielding it in a dark space where light disappears.

Here, the illuminance sensor unit is capable of emitting light and distant attack when the Lux and ev values are longer than the reference value, and the motion sensor unit is capable of cutting and stabbing according to the value of the motion sensor when blocking the illuminance sensor. send.

As shown in the figure, (A) represents the illuminance value, (B) represents the fitness value, and (C) represents each action command. The same shall apply hereinafter.

On the other hand, as another embodiment of the present invention, Figures 10 and 11 relates to the application and utilization of each sensor when driving the FPS and shooting game.

The title “Jungle's Law” is composed of contents based on the attack and cover using the sensor according to the present invention, that is, the military shooting action. There are two ways to play the game according to “Attack and Cover” and “Change of Day and Night Environment”.

The scenario and application method were: “A dear lover was kidnapped by a terrorist organization. In order to fight against the terrorists that pour out, you must attack during the day and hide in the evening. Use the proper cover to hide as much as possible and kill many enemies. ”

 This "Jungle's Law" should cover up the enemies during the day when the sun is pouring, and cover them up in the dark evening.

Also, when a lot of enemies come in, you need to camouflage properly to survive without being noticed.

Here, the illumination sensor transmits the information to the control unit so that shooting is possible because the setting is large during the day when the Lux and ev values are higher than the reference value, and the motion sensor blocks the evening sensor or when the enemy spills a lot in the setting when the illumination sensor is blocked. The information is transmitted to the controller so that the cover can be made according to the upper and lower values.

In this way, it is possible to cover up using the sensor, so that the enemy does not know my location. Strategic elements such as hiding the light sensor artificially to create a dark or concealable state can also be implemented.

In addition, it can be used as an element such as ammunition reloading or change of viewpoint when moving left and right, and it can also artificially change the environment such as day and night. The sensor can be applied to the method.

As shown in Figure 12 and Figure 13 relates to the application and utilization of each sensor when driving the RPG game.

If the title is “Wings of Icarus,” the game is composed of the differences in the way of using the sensor and the change of exploration area accordingly. It is designed to make it easy to change the game style and to move by allowing you to travel to various exploration areas while flying in large areas.

The scenario and application method is "Boy Icarus is a boy with a wax wing. It is a normal boy during the day, but at night, he is free to fly and explore adventure wherever he travels."

This "wing of Icarus" allows a boy who lives everyday by the hot sun during the day to fly through the sky with beeswax in the evening and explore various areas.

Here, the illumination sensor is a daylight when the Lux and ev values are above the standard value, so that only general walking can be performed, and the motion sensor is changed to the setting of night when the illumination sensor is blocked, so that wings can be raised, fly and explore various areas. To make it possible.

Like this, in the daytime, general movements and adventures like ordinary RPGs are possible, and when the light sensor is blocked, wings (upon B value) are raised at night, and more various areas and areas that could not be visited can be reached. More puzzles and solutions can be introduced, including a wider range of flying content.

After artificially covering the illuminance sensor to make the wings, it is possible to introduce a wide range of evolution and in-depth puzzles by matching various puzzles that cannot be solved normally.

It is also possible to attach a variety of mini-games, for example, sensor-based games of existing smartphones.

Three examples can be given, and various experiences can be made through the control method of each sensor unit.

100:
300: wireless communication unit
400: power supply
500: Memory
202: Ambient light sensor
204: motion sensor unit

Claims (5)

In the game service system comprising a motion sensor and an illumination sensor comprising a wireless communication unit, a power supply unit and a memory and controlling the same,
An illuminance sensor unit measuring a Lux or an ev (exposure value) value;
Consists of a motion sensor unit for measuring the movement value
If the Lux, ev (exposure value), the movement value is more than the reference value, the control unit sends a predetermined command to the game system,
The control unit controls to use the motion sensor unit when the illuminance sensor unit is unavailable or inoperable, and controls to use the illuminance sensor unit when the motion sensor unit is unavailable or inoperative. Game service system that combines sensors and motion sensors. delete Starting the game after operating the illuminance sensor and the motion sensor;
Operating the illuminance sensor unit according to the presence or absence of ambient light to transmit illuminance information to the control unit;
Operating the motion sensor unit according to the presence or absence of motion to transmit motion information to the controller;
Controlling, by the controller, to execute a corresponding command when the illuminance information and the motion information are equal to or greater than a predetermined reference value; And
When the controller is incapable or inoperable of the illuminance sensor unit, receiving the motion information of the motion sensor unit to execute a corresponding command;
Game service method that combines the illumination sensor and the motion sensor, characterized in that further comprises. delete The method of claim 3,
If the motion sensor unit is unavailable or inoperable, receiving motion information of the illuminance sensor unit to execute a corresponding command;
Game service method that combines the illumination sensor and the motion sensor, characterized in that further comprises.

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