WO2014121657A1

WO2014121657A1 - Prop for shooting game

Info

Publication number: WO2014121657A1
Application number: PCT/CN2014/000112
Authority: WO
Inventors: 马卡里
Original assignee: Ma Kali
Priority date: 2013-02-07
Filing date: 2014-01-28
Publication date: 2014-08-14
Also published as: CN203208654U

Abstract

A prop for a live CS game, comprising a carrier; the carrier is provided with a main control unit (1), an optical-signal sensing unit (2), a micro vibration motor (4), a storage unit (8), and an acceleration sensor (3) thereon. The optical-signal sensing unit (2), the micro vibration motor (4), the storage unit (8) and the acceleration sensor (3) are connected to the main control unit (1); the acceleration sensor (3) is used to acquire the angular acceleration and/or linear acceleration of the carrier. The accumulated movement distance and rotation angle of a player can be calculated based on the angular acceleration and linear acceleration of the carrier, such that the movement intensity of the player can be monitored. When the carrier is a battle suit for a live CS game, the game prop can simulate situations where a corresponding part of the body loses function, and movement becomes clumsy when the player gets shot, and only with the help of a teammate can the seriously wounded player leave the site, thus improving the sense of reality of a live CS simulative shooting game.

Description

A real person CS game props

The utility model relates to a prop for a real human CS simulation shooting game.

Background technique

The most basic live CS game system includes an optical coded signal transmitting device and an optical coded signal receiving device. The optical coded signal is usually a laser or infrared light carrier, and a live human CS game using a laser as a carrier is most popular. The optical coded signal receiving device is generally An electronic combat suit or helmet that fits on the human body. However, the functions and modes of modern live CS game systems are increasingly diversified. One of the development directions is the monitoring of the state of the game players. The realization of this function is usually to set up a remote controller in the live CS game system, while in the real CS game. The optical signal receiving device is provided with a communication unit that communicates with the remote controller, and the optical signal receiving device can transmit the signal detected by itself or the attack information received to the remote controller through the communication unit. Of course, the status feedback information that the system needs to obtain is different for different game modes, which requires different sensors on the electronic warfare suit. However, the state monitoring of the individual in the prior art is not detailed enough, which is not conducive to further refining the service of the CS game. For example, the remote controller needs to collect the player's intensity or cumulative moving distance or cumulative rotation angle in the whole game, and the prior art Can't achieve it.

In the current real-life CS simulation shooting confrontation system on the market, the electronic combat suit worn by the player is usually set by the system with 3 to 5 life units, ie the player can "die" 3 to 5 times, when the player is optical The coded signal transmitting device hits once, the life unit of the electronic combat suit is decremented by one, and the life unit of the electronic warfare suit is exhausted as the player is killed. In another way, the game setter is not using the life unit. The simulated "health value" is used to measure the player's "blood value". In the "simulation field design confrontation system" submitted by the utility model of this patent on November 17, 2010, the player's electronic combat uniform is set to 100. Or more simulated life value, the optical signal transmitting device held by the player can emit different laser signals of different damage values by inserting different types of clips, and the player's electronic warfare suit is hit once and then subtracted from the original simulated life value. The damage value of the laser bullet is considered dead until the player's simulated health is reduced to zero. However, at present, in the above system that calculates the life of the player in units of life or in the system that calculates the life of the player by simulating the life value, when the player is hit multiple times, only one life unit remains or only very few simulations remain. At the time of health, these players who should be "anemic and weak" can still run wild and tigers, which is very different from the reality. Although the existing live CS field system can properly limit the player's gun launch function in this case, the player itself. Still can quickly escape from the scene, which is very illogical in the real CS game that highly imitates the real shootout, because in reality the warrior is not able to accurately shoot with both hands after the blood loss, not to mention the fast running, even the first aid Hemostasis also needs to be promoted by the companion to the safe zone. The above defects affect the reality of the existing live CS simulation shooting system to a certain extent, and reduce the playability of the game. Utility model content

The purpose of the utility model is to overcome the deficiencies of the prior art and provide a real-life CS game prop which can monitor the intensity of individual players' movement in a real-life CS game, further enhancing the simulation effect of the live CS game.

In order to achieve the above object, the following technical solution is adopted: a live CS game prop, comprising a carrier and a main control unit disposed on the carrier, and an optical signal sensing unit for receiving an optically encoded signal is provided in connection with the main control unit for driving The microvibration motor in which the carrier vibrates and the storage unit storing at least the carrier simulated life value further includes an acceleration sensor for acquiring the angular acceleration and/or the linear acceleration of the carrier, the acceleration sensor being connected to the main control unit.

As a specific implementation manner, the carrier is a live CS game suit, and the live CS game suit includes a main body of the battle suit, and the left side, the right side, and the back of the main body of the battle suit are respectively provided with a main control unit. At the touch of a button, the number of the micro-vibration motors is two groups, which are respectively disposed one by one on the left side of the battle suit and around the right touch button.

Further, the optical signal sensing unit includes first, second, third, and fourth sensors respectively disposed at positions of the left front chest, the right front chest, the left back, and the right back of the battle suit body. The first sensor and the three inductors are connected to each other to form a left sensing unit, and the second sensor and the fourth sensor are connected to each other to form a right sensing unit.

As a specific implementation manner, the carrier is a real human CS game helmet.

As a specific implementation manner, the acceleration sensor is an angular accelerometer.

As a specific implementation manner, the acceleration sensor is a linear accelerometer.

As a specific implementation manner, the condition for reducing the simulated life value is that the optical signal sensing unit receives the optical coded signal.

As a specific implementation, the main control unit is further provided with a speaker for playing voice information preset in the storage unit and an LED lamp group for giving a light prompt.

Compared with the prior art, the utility model has the following advantages:

The linear acceleration and angular acceleration of the prop carrier can be obtained by setting the acceleration sensor, and based on the data, the cumulative moving distance and the cumulative rotation angle of the player equipped with the prop can be calculated, thereby indirectly realizing the monitoring and statistics of the player's exercise intensity; In the case of combat uniforms, by setting the touch buttons on the left and right sides of the main body of the battle suit, the player must make a hand to press the touch button when the simulated life value is low to ensure that the simulated life value will not be reduced, effectively simulating The player loses the function of the body after the bullet is fired; the touch button is set on the back of the main body of the combat suit, so that the player must press the three touch buttons at the same time to avoid the reduction of the simulated life value, effectively simulating the player after the heavy injury I can't move myself, I need my teammates to help me out of the scene.

DRAWINGS 1 is a schematic diagram of functional modules of a live CS game prop described in Embodiment 1.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments;

Example 1

Referring to FIG. 1, a live CS game prop, comprising a carrier and a main control unit 1 disposed on the carrier, wherein the carrier is a real CS game suit, and the live CS game suit includes a war suit body. Connected to the main control unit 1 is provided with an optical signal sensing unit 2 for receiving optically encoded signals, a micro vibration motor 4, a storage unit 8, an acceleration sensor 3, and lightly disposed on the left side, the right side, and the back of the battle suit body, respectively. The buttons 71, 72 and 73 are touched, and the number of the micro-vibration motors 4 is two groups, which are respectively arranged one by one on the left side of the battle suit and around the right touch buttons 71, 72, wherein:

The optical signal sensing unit 2 can be configured to receive an optically encoded signal, which can be a laser encoded signal, an infrared encoded signal, or other electromagnetically encoded signal that can be used for signal transmission. The buttons 71, 72 and 73 are turned on or off to transmit a switching amount signal to the main control unit 1, which may be normally open or normally closed, and for convenience of hiding, the buttons 71, 72 and 73 are touched. The volume is preferably small, the role is that when the main control unit 1 default player is injured, the player needs to hold the touch button of the injured position by hand, otherwise the main control unit 1 will reduce the simulated life value of the combat suit according to the situation, The three touch buttons 71, 72 and 73 need to be reasonably distributed in three different positions of the combat suit, so that the player cannot hold two or more touch buttons simultaneously with one hand, and the hand holding the touch button is not The optical signal sensing unit 2 on the combat suit is covered. In this embodiment, the light touch button uses a small patch switch, and the three light touch buttons 71, 72 and 73 are respectively mounted on the left waist, right waist and back positions of the combat suit. .

In the live CS game, an optical signal transmitting device (such as a laser emitting gun) for transmitting an optically encoded signal is provided in cooperation with the optical signal sensing unit 2, wherein the optical signal sensing unit 2 is configured to receive optical from the optical signal transmitting device. Encoded signal, the optical signal sensing unit 2 includes a first sensor, a second sensor, a third sensor, and a fourth sensor respectively disposed in the left front chest, the right front chest, the left back, and the right back position of the battle suit body The first sensor and the three inductors are connected to each other to form a left sensing unit 21, and the second sensor and the fourth sensor are connected to each other to form a right sensing unit 22, and the left sensing unit 21 and the right sensing unit 22 is connected to the main control unit 1 by a set of decoding modulation circuits, respectively.

The acceleration sensor 3 is used to collect the angular acceleration or/and the linear acceleration of the main body of the combat suit. The acceleration sensor 3 may be an angular accelerometer or a linear accelerometer, wherein the angular accelerometer is an improved gyroscope (angular velocity sensor) for measuring the instantaneous angular acceleration during the player's movement. Line accelerometers are used to measure the instantaneous line acceleration during player motion. The acceleration sensor 3 transmits the collected information to the main control unit, and the main control unit measures the motion state parameters including the cumulative movement distance, that is, the cumulative rotation angle, thereby indirectly monitoring the severity of the player's motion, the main control list. The result is sent to the remote control unit, and the remote control unit can measure the physical exertion value of the player according to the cumulative moving distance and the cumulative rotation angle of the player, and then give a certain reward or punishment.

The micro-vibration motor 4 is used to vibrate the main body of the action suit. The current live CS combat uniform is equipped with a micro-vibration motor 4 to prompt the bullet. In order to more clearly show the player the part of the injured body, in the battle suit left waist And a set of micro-vibration motors 4 are respectively arranged at the right waist position, and the micro-vibration motor 4 can generate a vibration to prompt the position when the player needs to press the touch button 71 or 72 of the injured part until the player successfully presses the part of the touch After the button is stopped, if the player releases the tap button at this time, the main control unit 1 will continuously subtract the simulated life value of the combat suit in the storage unit 8 to simulate the continuous loss of blood, and the micro-vibration motor 4 can also correspond accordingly. Shake to make a reminder.

At least the simulated life value of the battle suit is stored in the storage unit 8. The condition that the simulated life value is reduced is that the optical signal sensing unit 2 receives the signal from the optical signal transmitting device, and the storage unit 8 further prestores the first reference value, a second reference value and a third reference value, wherein the first reference value and the second reference value are smaller than a maximum simulated life value, and the third reference value is smaller than the first reference value and the second reference value. The initial condition that the micro-vibration motor 4 vibrates and the simulated life value continues to decrease is that the cumulative reduction of the simulated vital value caused by the optical signal sensing unit 21 (or 22) on the side where the micro-vibration motor 4 is hit is greater than or equal to the first reference value. The condition that the main control unit commands the simulation of the stop of the life value to decrease is that the tap button on the side where the micro-vibration motor is located is continuously pressed for more than the set time.

When the simulated life value of the combat suit is less than the second reference value, the main control unit 1 starts to collect and analyze the output signal of the acceleration sensor 3 (including the instantaneous line acceleration of the combat suit and the instantaneous angular acceleration ω), see Equation 1 1 and Equation 1-2, the main control unit 1 accumulates the moving distance per unit time based on the detection result of the acceleration sensor 3, and the cumulative moving distance S and the cumulative turning angle 0 of the combat suit in the set time can be obtained. When S or Ω is greater than the set value, the simulated life of the combat suit continues to decrease. Thereafter, the main control unit 1 instructs the simulated life to stop decreasing only when the touch buttons 71, 72, and 73 located on the left, right, and back of the suit are simultaneously pressed.

Where: N is a natural number;

a _n is the main line of the battle suit at the moment of time.

W

Ω = Υ-ω ί ² ; ( 1 -2 ) where: N is a natural number;

ω„ is the angular acceleration of the main body of the combat uniform at the moment of time. Further, the main control unit 1 is connected with a speaker 5 for playing the voice information preset in the storage unit 8, Due to the fierce and chaotic battles in multiplayer games, in order to better understand the situation of the players, in the process of real-life cs simulation shooting, it is necessary to prompt the player with information such as the injured part and the simulated life value reduction through the speaker 5, and currently Like the speaker (or buzzer) installed on the live CS combat uniform, the speaker 5 is used to broadcast this information as appropriate. The speaker 5 is mounted on the battle suit near the player's ear so that the sound information can only be clear to the player himself. Hear, to avoid players with close proximity causing auditory confusion.

Connected to the main control unit 1 is also provided with an LED light group or EL cold light sheet for giving a light prompt. The present invention is preferably an LED light group 6, which is similar to the speaker 5, and the LED light group uses 6 to give a certain prompt. Information, these prompt information generally includes the scale of the current simulated life value and other actions to make a prompt action, especially when the player is shot, the LED light group 6 will flash or long light; and the simulated life value Correspondingly, the left and right light groups 6 are separated into at least a left side light group or a right side light group. When the left side sensing unit 21 receives an optical coded signal, the left side light group is flashed. Or continuous illumination, when the right sensing unit 22 receives the optical coded signal, the right side light group is commanded to flash or continuously emit light.

Based on the above structure and arrangement, the following is divided into three examples to illustrate the application of the combat suit of the present invention in a real-life CS simulation shooting countermeasure system:

Simulation of the player's left/right injury and loss of body function - In a realistic battle, when the player's left/right body (such as the left shoulder/right shoulder) is "injured" too heavy, the part will not have normal Function, for example, in the battle, aiming generally requires two hands to hold the gun. In the real CS field game, if any of the player's arm is injured, the arm should be considered as not functioning properly. If the player needs to shoot, the player can only shoot. Use one hand to shoot with one hand, otherwise the simulated life value of the command combat suit is continuously reduced. Specifically, the present invention simulates the situation by:

When the player left/right sensing unit 21/22 is hit by the optical coded signal transmitted by the optical signal transmitting device, the main control unit 1 instructs the simulated life value in the storage unit 8 to reduce the corresponding damage value, and determines whether the accumulated value is greater than It is equal to the first reference value (the reference value is specifically the serious injury condition of the left and right half of the player preset by the system, and the system will independently calculate whether the damage amount of the left sensing unit 21 and the right sensing unit 22 are respectively accumulated. When the above judgment result is YES, the main control unit 1 performs the following operations:

slK command speaker 5Play the voice information preset in the storage unit 8 to prompt the player to be injured too much on the left/right side. You need to press the left waist/right waist hidden touch button 71/72 to stop bleeding;

Sl2, command the combat suit to the left waist/right waist hidden micro-vibration motor 4 to vibrate to prompt the corresponding position of the touch button 71/72, the vibration stops for a period of time or after the tap button is successfully pressed ;

Sl3, the LED light group 6 on the left/right side of the combat suit flashes or lights up for a few seconds or until the left waist/right waist touch button 71/72 is successfully pressed and stopped, if the player does not Press the left waist/right waist button 71/72 When the hold or press time is less than the set value, the main control unit 1 instructs the system to repeat the following operations at intervals: sl31, the instruction storage unit 8 reduces a certain simulated life value;

Sl32, control speaker 5 play the voice information preset in the storage unit 8 to prompt the player to be too heavy on the left/right side to stop the blood, and reduce the simulated life value;

Sl33, control the left waist/right waist hidden micro-vibration motor 4 vibration of the combat suit to prompt the simulation of the reduction of the life value; sl34, control the left/right LED lamp group 6 of the combat suit to flash or long light to simulate the blood loss;

Sl35, control LED light group 6 shows the simulated life value remaining after the combat wear is "life loss". The above process continues until the main control unit 1 instructs it to release when the simulated life of the combat suit returns to above the first reference value (eg, supplementing the simulated health value with an electronic blood supply device).

Through the above settings, the real-life CS battle system using the combat suit is a good example of the fact that the participants in the real gun battle are hit by the shoulders of the arms and the like, and can only shoot with one hand and sacrifice accuracy, and it is necessary to hold the wound to stop bleeding in time. situation.

In order to implement the functions described in this embodiment, a possible method is to preset an arm severe injury condition in the storage module 8, the serious injury condition is a reference value of one, which is about half of the total life value, and the player's combat suit is left-handed. Each time the unit and the right sensing unit receive an attack, the main control unit records separately. When the damage value of the sensing unit on either side is greater than or equal to the reference value, the micro vibration motor 4 starts to vibrate and the simulated life value continues to decrease. In this way, the monitoring of the left/right life reduction of the combat suit is realized, and the data support is provided for the control of the embodiment.

Simulation of a weak, slow-moving situation after a player is shot:

Another situation in the actual battle is that when the participant suffers from excessive blood loss, he is bound to be weak, slow in motion, and unable to make very intense exercise. The combat CS system is used to determine the combat suit using the combat suit of the utility model. Players with lower simulated health values must follow the system prompts to move below a certain speed and rhythm. The rest will be rested. Otherwise, the acceleration sensor 3 on the combat suit will prompt the main control unit 1 to subtract a part of the simulated life value of the combat suit. The following examples are specific:

When the total simulated life value of the combat uniform is less than the second reference value, the main control unit 1 will perform the following actions: s2K command speaker 5 plays the voice information preset in the storage unit 8 to prompt the player that he has been seriously injured and cannot exercise vigorously. Otherwise it will cause "wound tears";

S22, continuously collecting the pulse signal input by the acceleration sensor 3, and determining whether the player is strenuously moving according to the result of integrating the signal fed back by the acceleration sensor 3 in each time unit in a time unit of 2 seconds, this embodiment assumes a time The measured distance of the player in the unit is set to be soothing at 0m-4m, set to medium at 4m-8m, set to be intense when greater than 8ηι, and soothing when the player's cumulative rotation angle is 0°-180°. The setting is medium at 180 -540 °, and the setting is severe when it is greater than 540 °.

According to the above setting, when it is detected that the player's exercise state is soothing, the main control unit 1 instructs the speaker 5 every three seconds. Playing a heartbeat recording preset in the storage unit 8, the recording is a short "plop"sound; when detecting that the player's motion state is medium, the main control unit 1 instructs the speaker 5 to play a heartbeat recording every second; When it is detected that the player's exercise state is severe, the main control unit 1 instructs the speaker 5 to play a shorter heartbeat recording every half second and subtracts the storage unit 8 from the set rule to the quantitative simulated life value, and simultaneously commands the micro vibration. Motor 4 vibrates for 2 seconds, LED light group 6 flashes or long lights for 3 seconds to simulate bleeding and scales to show the simulated life value of the combat suit after "life loss". The above process continues until the simulated life value of the combat suit returns to the second reference value (such as being treated by the electronic blood-feeding device), the main control unit 1 instructs the release thereof, and the above setting effectively restricts the serious injury in the live CS game. The player's life is alive and kick, which makes the game's game effect closer to reality.

The simulation of the player being seriously injured and unable to move

In the actual battle, there is also a situation in which the combatants are extremely weak when they are injured enough, and they can hardly move by themselves. In order to simulate the above effects, the real-life CS simulation battle system using the combat suit of the present invention is used. When the player "severely hurts the ground", the system defaults that the player is very weak and cannot move and monitors the player's motion state through the acceleration sensor 3. If the player does not care about the system prompt and still moves, the acceleration sensor 3 will prompt the main control unit 1 Let the player's simulated life value decrease rapidly. The way to move without reducing blood is to simultaneously press the three touch buttons 71, 72 and 73 of the battle suit on the left waist, right waist and back, so the player only Can stay in place waiting for rescue, until the teammates help to hold the three touch buttons together to move, specifically:

When the simulated life value of the combat suit is lower than the third reference value, the main control unit 1 first instructs the speaker 5 to play the voice information preset in the storage unit 8 to prompt the player to be dying, has not been able to move casually, and then controls the speaker 5 every time. The heartbeat sound of "plop" is played once in the second. After that, the player can only press and hold the light touch buttons 71, 72 and 73 set on the left waist, the right waist and the back in cooperation with the teammates before continuing to move. The state continues until the simulated life of the combat suit returns to the third reference value (eg, when treated by an electronic blood-filling device), the main control unit 1 instructs it to release. In this state, if any of the touch buttons 71, 72 or 73 is not pressed and the main control unit 1 detects that the player moves at a medium speed or fast according to the method described in Embodiment 2, the main control unit 1 will do The following actions are taken:

S31: Quickly subtract a large amount of analog life value so that the analog life value in the memory unit 8 is 0, and the part of the command LED light group 6 representing the analog life value is all turned off;

S32, command all micro-vibration motor 6 to vibrate for a period of time;

S33, the portion of the LED light group 6 that represents the bleeding of the shot is flashing or long-lighting for a few seconds;

S34, command speaker 5 stop playing the "plop" heartbeat, instead of playing a pre-recorded long-sounding "drop", followed by the announcement of the player's announcement of the death message.

The above settings effectively simulate the situation in which the soldiers in the real battle cannot be moved when they are injured. They must be lifted by another fighter to allow them to have more opportunities to show their courage and experience the comrades. Selfless blood Tears friendship.

Example 2

The difference between the embodiment and the embodiment 1 is that the carrier in the embodiment is a human CS game helmet, and the control principle and effect of the embodiment are the same as those of the embodiment 1 except for the unique touch button of the embodiment 1. The live CS game suits are similar, and are not covered here.

It should be understood that the content disclosed in the above specific embodiments is only a partial preferred embodiment of the present invention. In fact, the props are not limited to game combat uniforms and helmets, but may also be other firmware equipped on a live CS game player. For example, detecting watches, electronic leggings, etc. In short, all the technical solutions according to the present invention and the technical spirit of the present invention are applicable to those skilled in the art without the need for creative labor. .

Claims

Claim

A live CS game prop, comprising a carrier and a main control unit disposed on the carrier, and being connected with the main control unit, an optical signal sensing unit for receiving the optically encoded signal, a micro vibration motor for driving the carrier to vibrate, and A storage unit storing at least a carrier simulated life value, characterized in that it further comprises an acceleration sensor for collecting carrier angular acceleration and/or linear acceleration, the acceleration sensor being connected to the main control unit.

2. The live CS game props according to claim 1, wherein the carrier is a live CS game suit, and the live CS game suit includes a main body of the battle suit, the left side of the main body of the battle suit, and the right side. The backs are respectively provided with tap buttons connected to the main control unit, and the number of the micro-vibration motors is two groups, which are respectively arranged one by one corresponding to the left and right touch buttons of the combat suit.

3. The live CS game props according to claim 2, wherein the optical signal sensing unit comprises first sensors respectively disposed on the left front chest, the right front chest, the left back, and the right back position of the battle suit body. And a second inductor, a third inductor, and a fourth inductor, wherein the first inductor and the third inductor are connected to each other to form a left sensing unit, and the second inductor and the fourth inductor are connected to each other to form a right sensing unit.

4. The live CS game props according to claim 1, wherein the carrier is a live CS game helmet or a hat or glasses.

The live-action CS game prop according to any one of claims 1 to 4, wherein the acceleration sensor is an angular accelerometer.

The live-action CS game prop according to any one of claims 1 to 4, wherein the acceleration sensor is a linear accelerometer.

The live CS game props according to any one of claims 1 to 4, wherein the condition for reducing the simulated life value is that the optical signal sensing unit receives the optical coded signal.

The live-action CS game prop according to any one of claims 1 to 4, characterized in that, in connection with the main control unit, a speaker for playing the voice information preset in the storage unit and a light for giving the light are further provided. Prompted LED light set or EL cold light sheet.