KR20090004350A - Protector for a fight game having the function of presenting imitated physical damage - Google Patents

Abstract

A protector for a fight game is provided, which improves the real feeling and interest induction effect and maintains the inner temperature. A protector for a fight game comprises: a protection unit which protects each part of the body; a plurality of sensors(104) which are installed at each part of the protection unit and sense the blow applied from the outside; a controller(106) outputting the operation signal for limiting bleeding and exercise according to the sensing signal inputted by a sensor; a blood supplier(130) supplying blood to the blow portion; a plurality of blood discharging devices(140) connected to the blood supplier through the blood conduit line; an exercise limiting part limiting the exercise of the body according to the operation signal outputted by the controller; and a cooling part.

Description

Protective equipment for anti-competition with simulated physical damage {PROTECTOR FOR A FIGHT GAME HAVING THE FUNCTION OF PRESENTING IMITATED PHYSICAL DAMAGE}

The present invention relates to protective equipment to be worn for fighting, such as fighting, combat using a body or weapon, and more specifically, to artificially cause bleeding according to the physical damage worn by the wearer during the game, the degree of bleeding Accordingly, the present invention relates to an anti-competitive protective equipment having a simulated physical damage directing function that enables a high-performance war to be made by limiting a wearer's physical function.

Various types of competitive competitions, in which a body or a weapon are used to compete between individuals or teams, are played at the sports or leisure level. For example, traditional war games such as martial arts such as boxing, taekwondo, kendo, etc. compete with martial weapons, such as survival games, which are popular in recent years.

By the way, the conventional competitive game, which is played in the past, is applied as a sport that is far from actual due to the protection of players and the violent pursuit of violence. It was difficult to exercise, and the interest of the observer was bound to fall. In addition, unless the player is seriously injured, since it was not possible to immediately determine how much physically injured state, there was a problem that the interest-inducing effect is further lowered, and often the determination of the result of the game.

On the other hand, in the case of a simulated combat game such as a survival game, a dedicated firearm and a bullet are used to indirectly experience the battlefield. There was a problem of falling and complaining about the match. In some cases, paint is put inside the bullets of the competition guns to be fired at the time of the shot, thereby determining the damage and giving a little realism, but only the paint is sprayed on the shot. The same is true of less consciousness, and in some ways the interest and realism is even worse because of the very low effective range and accuracy of the gun as a result of the use of paint bullets.

In order to improve this problem, there is a "game protection equipment" (Patent No. 719832) filed by the present applicant. As shown in the registered publications 1 and 2 of the patent, the protective device 2, which is formed to be worn by the user and has a joint portion 16 corresponding to each joint part of the body, the protective device 2 Sensing means (4), such as a pressure sensor for sensing an external impact applied, air bag 118 for limiting body movement through the corresponding joint portion 16 in accordance with the degree and location of the impact detected by the sensing means (4) And a motion limiting means 8 such as air supply means 20.

When the protective equipment is hit a predetermined part of the body, the air supply means 20 is operated in accordance with the detection signal of the detection means 4 is filled with air in the air bag 118 of the body part, accordingly Since the movement of the area is not free to produce an effect that seems to be injured, there is an advantage to enable a more diverse and realistic match match.

However, such a motion limitation alone has a limit in giving a realistic fighting or combat feeling. Especially in fighting or combat games using weapons such as swords and firearms, it is difficult to expect injuries and tensions that can occur in real situations. Interesting effect of the person also has a weak disadvantage.

In addition, the protective equipment 2 is inevitably thicker than normal clothes, and depending on the structure, it is possible to block the air communication between the inside and the outside to a considerable extent. There is a possibility of heightening discomfort.

The present invention is to solve the problems as described above, the object of the present invention is to generate artificial bleeding on the site in accordance with the location and intensity of the impact in addition to the basic function of protecting the wearer against the impact during the game Anti-competitive game with a simulated bleeding function that can limit the physical activity according to the degree of injury to improve the reality and interest-inducing effect in participation and watching games, and to maintain the internal temperature properly even if the exercise is continued while wearing To provide protective equipment for

According to the present invention for achieving the above object, the user is to wear on each part of the body to protect the body parts; A plurality of detection means provided for each part of the protective device to detect a blow applied from the outside; A control unit for outputting an operation signal for artificial bleeding and motion restriction according to the detection signal input by the detection unit; A blood supply unit for supplying the blood or substitute contained therein to the blown portion of the protective device through the blood pipe and a blood discharger connected to the blood pipe for each part constituting the protective device, to the operation signal output by the controller. Simulation bleeding means for discharging the blood or substitute to the outside; Exercise limiting means for limiting movement of each part of the body worn by the protective device according to the operation signal output by the control unit; And there is provided a protective device for electrifying competition having a simulated physical damage directing function comprising a cooling means for absorbing or discharging the heat inside the protective device to the outside.

In the antistatic game equipment of the present invention, the control unit is configured to suppress the movement of all parts of the body of the wearer when the amount of blood is discharged by controlling the operation of the exercise limiting means in accordance with the discharge of blood.

The exercise limiting means is connected between each part constituting the protective equipment is stretched in accordance with the movement of the body portion and elastic tension material, and is connected to at least one side of the elastic tension material is pulled the elastic tension material in accordance with the operation signal of the control unit tension It can be configured to include increasing tension means.

In addition, the movement limiting means is installed between each part constituting the protective device is installed in the reciprocating cylinder that is stretched and contracted in accordance with the movement of the body portion, the connecting pipe for communicating the space between the two sides of the piston of the reciprocating cylinder to operate the control unit It may be configured to include a control valve for regulating the air flow in both spaces in accordance with the signal.

And, the exercise limiting means is a rotary coupling portion for directly or indirectly connecting each part of the protective device rotatably with each other according to the movement of the body portion, and rotary braking to limit the rotation of the rotary coupling portion in accordance with the operation signal of the controller It may also comprise a means.

According to the present invention as described above, by protecting the player by buffering the blow to the wearer in the competitive game, such as fighting, mock battle, it is possible to exert his skills to the full without burdening the opponent's damage, of course, By creating artificial bleeding according to the shock received by the wearer and limiting physical movements to enable more realistic competitions, the game participants and spectators effectively induce tension and interest to increase game immersion and watching satisfaction, and without conventional judgment, The new method of judging the game according to the degree of bleeding or the limitation of the movement allows for a fairer judgment, which reduces the judgment time, and prevents the internal temperature of the protective equipment from being excessively increased by the cooling means. There is effect to be able to work on. In addition, new types of competitions can develop and develop new leisure and sports markets.

The objects, features and advantages of the present invention described above will become more apparent from the following detailed description. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows an embodiment of the anti-competitive protective equipment having a simulated physical damage directing function according to the invention as a whole, Figure 2 is a simulated bleeding means and exercise limiting means applied to the arm portion of the body in the embodiment The configuration is illustrated.

As shown in Figure 1 and 2, the anti-static protective equipment of the present invention, the protective device 102 is formed in the form of clothing that can be worn by the user to cover each part of the body to block the external shock is transmitted directly and And a plurality of sensing means 104 provided at each part of the protective device 102 to sense an impact applied to the corresponding part, and outputting an operation signal according to a sensing signal input by the sensing means 104. A control unit 106, simulated bleeding means for generating simulated bleeding through the protective device 102 according to the operation signal output by the control unit 106, and exercise limiting means for limiting the movement of each part of the wearer's body; It consists of cooling means installed in the protective device (102).

The protector 102 is a helmet-shaped headgear 110 to protect the head, upper body protector 112 in the form of upper body and arms to protect, and lower body protector in the form of a lower part to protect the hips and legs ( 114), and each part may be made of a synthetic resin molded material, a fiber material, or a composite material thereof, which is light and obtains sufficient strength.

The sensing means 104 may have a structure in which a plurality of pressure sensing sensors are disposed on an outer portion of the protective device 102, and transmits a detection signal to the control unit 106 when an impact is applied from the protective device 102. To detect the strength and location of the impact. This sensing means 104 is preferably arranged mainly on the periphery of the protective device 102, in particular on the outwardly inclined portion.

The control unit 106 may be formed of a conventional microcontroller or a microcomputer, which is connected to a pressure sensor of the sensing unit 104 and reads a sensing signal input from a portion of the sensing unit 104 to any part of the body part. It is determined whether the price is high, the strength thereof, and the simulated bleeding means and the exercise limiting means at the position corresponding to the corresponding body part are operated.

The simulated bleeding means is a blood supply 130 for supplying an artificial blood or blood counterpart (hereinafter referred to collectively as "blood"), and each body corresponding part of the protective device 102, each of the protective device 102 It is composed of a blood discharger 140 which is connected to the blood supply unit 130 through a blood pipe line 135 piped into portions to discharge the supplied blood to the outside. In the present embodiment, the blood supply unit 130 receives the blood storage vessel 131 in which the blood is received and the blood contained in the blood storage vessel 131 through the blood conduit 135 according to the output signal of the control unit 106. It was illustrated that the pump 133 is pumped.

The blood storage container 131 may be made of a rigid container that maintains a fixed form, or may be made of various containers such as a flexible container that is stretched and expanded like a bag or a variable container that is deformed such as a wrinkle container. It may be made of a disposable pack structure to be replaced after use, or may be made of a structure that replenishes the blood repeatedly. When the blood storage container is made of a variable container, a mock bleeding means may be configured to discharge the blood by pressurizing the outside of the blood storage container in place of the pumping by the pump 133.

The blood contained in the blood storage container 131 preferably has properties such as color and viscosity similar to those of actual blood, in order to improve the realism, but reduces the rejection due to bleeding in consideration of the use or viewing by a minor. If you need to purify violence or cruelty, you may use substances that are less similar to blood.

The blood channel 135 is made of a flexible material so as not to interfere with the wearer's physical movement, although not shown, a connector for connection of both blood channel 135 is installed between the separate portions of the protective device 102 Can be.

On the other hand, in the illustrated embodiment, but the blood pipe 135 is made of a one-way pipe that is branched from the blood supply 130 to each blood ejector 140, but in some cases the blood pipe is blood supply 130 Is connected to the inlet and outlet of the pipe is formed to form a circulation path of the blood through the protective device 102, may be made of a structure in which each blood discharger 140 is connected to this circulation-type blood pipeline.

The blood discharger 140 may be of a simple structure having only an outlet, but preferably has a valve for opening and closing the outlet in accordance with the output signal of the control unit 106. In addition, in some cases, the blood ejector 140 may be configured to be opened by the pressure of blood delivered through the blood line 135 by having a mechanical valve that is opened in response to a pressure rise. Although not shown, a valve for blood flow control may be additionally installed on the blood line 135.

The exercise limiting means may be made of a variety of structures to limit the body movement through the protective device 102 in accordance with the operating signal of the control unit 106, the exercise limiting means illustrated in Figure 2 is the upper and lower parts of the arm It consists of an elastic tension member 151 connected between the worn side protection devices 102 and tension means for applying a tensile force to the elastic tension member 151.

The elastic tension member 151 is elastically stretched according to the movement of the corresponding body part, and may be made of a spring structure as shown, or may be made of a wire or band made of a high elastic material such as rubber or synthetic resin.

The tension means is to increase the tensile force by pulling the elastic tension member 151 connected in accordance with the operating signal output from the control unit 106, in the illustrated embodiment is connected between the protective device 102 and the elastic tension member 151 pneumatic cylinder 153, an air supply 120 connected to the pneumatic cylinder 153 through an air supply line 126 to supply air, and an air supply provided for each air supply line 126 connected to each pneumatic cylinder 118 It consists of a valve 124.

The air supplier 120 may be made of an air tank 120 filled with high pressure air as in the illustrated embodiment, and selectively controls the air supply to each pneumatic cylinder 118 from the air tank 120. The air supply valve 124 of each air supply line 126 is controlled by the control unit 106.

On the other hand, the elastic tension member 151 and the pneumatic cylinder 153 is shown to be exposed to the outside for the purpose of understanding, the elastic tension member 151 so as not to interfere with the operation of the sensing means provided outside the protective device 102 ) And the pneumatic cylinder 153 is preferably made of a structure embedded in the protective equipment (102). In addition, as a means for supplying the operating power of the sensing means 104, the control unit 106, the simulated bleeding means and the exercise limiting means, an external power source may be used, but the protective equipment so that the wearer can be more freely active It is preferable that a battery (not shown) is built in 102. In addition, the gas supplied by the air supplier 120 is not limited to air, various gases may be used as necessary.

The cooling means by lowering the temperature inside the protective gear to prevent the wearer's discomfort and physical activity during the game, although not shown, it is possible to simply attach or detach the cooling pack filled with the refrigerant inside each part of the protective equipment 102 It may be made of a structure provided with, or may be made of a structure in which a vent formed in each portion of the protective device 102 and a cooling fan for discharging the internal air to the outside or injecting the external air into the inside of each vent, It may also consist of a small refrigerant circulation cooler with a condenser, an evaporator and an expansion valve. In addition, it may be made of a cooling device using a heat pipe or a thermoelectric element to quickly transfer the heat inside to discharge the heat.

The protective equipment of the present invention configured as described above can be buffered by the wearer 102 in each part of the body in the competitive game, such as fighting, mock combat, so as to protect the athlete and without burdening the opponent By allowing them to exercise their skills to the fullest, they can increase the immersion and interest effects of participants and spectators in the game.

In addition, when the impact is applied to the outside of the protective device 102, the sensing means 104 detects the impact, the control unit 106 is the blood supply 130 in accordance with the input of the impact detection signal By operating the pump 133 of the opening and opening the blood ejector 140 of the position corresponding to the body part that is impacted to simulate bleeding, while opening the air supply valve 124 is located in the joint portion By applying a stronger tensile force to the elastic tension member 151 by the pneumatic cylinder 153, it is possible to create a situation similar to the injury by limiting the physical movement of the area.

Preferably, by the control unit 106, the limit of exercise is proportionally increased according to blood discharge, and in particular, exercise limiting means is controlled so that the physical activity is completely stopped as if the wearer died when a certain amount of blood is discharged do. For example, when applied to the kendo match, the blood supply 130, the blood discharger 140, the air supply valve 124 is operated according to the detected blow strength is made bleeding and exercise restrictions of the corresponding body parts, but more than a certain amount When bleeding occurs, the air supply valve 124 may be opened to cushion the air in the pneumatic cylinder 118 of the entire body of the wearer, so that all body movements of the wearer may be restrained.

As described above, the protective device of the present invention discharges simulated blood according to the blow received by the wearer, thereby producing an effect similar to actual bleeding, and in parallel or in conjunction with it, limiting physical movement to give an effect similar to actual physical damage. Increasing the tension and immersion by bringing the psychological state of athletes closer to the actual state of play, and enhancing the interest of the audience, such as watching real fights or battles.

In addition, since it is possible to determine whether the result of the game is a degree of bleeding due to the hit or the limit of exercise, the referee does not have to directly judge the game, and more objective judgment is possible, thereby preventing complaints about the decision in advance.

In addition, since the internal heat due to the body temperature is removed or discharged to the outside by the cooling means even when the game is played for a long time while wearing the protective equipment 102, the interior of the protective equipment is maintained in a comfortable state to increase the feeling of wearing as well as the concentration of the game. It becomes possible.

On the other hand, in the above-described embodiment, a plurality of pressure sensing sensors are illustrated as being distributed as the sensing means 104, the sensing means 104 can determine the impact and strength by measuring the change to the external impact. It can be made of a variety of conventional sensing structures. For example, a structure for detecting a hit by installing a net sensor having a net structure covering a predetermined area in the outer portion of the protective device 102 may be used, and when the air bag and the air bag are priced in the protective device 102 It may be configured to have a sensor for measuring the internal pressure or the pressure of the discharged air to detect the price strength of the site in accordance with the pressure state.

In addition, the control unit 106 is illustrated to adjust the degree of operation of the exercise limiting means according to the price strength, but is not limited to this, for example, the degree of operation of the exercise limiting means according to the price position By adjusting the, when the price corresponding to the place of emergency, it is also possible to prevent the joints of several parts to move simultaneously. If necessary, by directly connecting the motion limiting means to the sensing means 104 without using the control unit 106, and immediately after the sensing means 104, the motion limiting means is fully operated to maximize the movement of the user. By suppressing it, it is possible to produce the same effect as the price of the emergency.

In addition, the air supplier 120 may have a structure using a compressor or a pump for pressurizing and supplying air as well as the above-described air tank, and the pneumatic cylinder 118 and the air supply structure are formed in various structures other than those illustrated. Can be. For example, when air is supplied to the one side of the pneumatic cylinder 118 by the air supply 120, the other side may be made of an open pipe structure in which the air is discharged to the outside, on both sides of the pneumatic cylinder 153 The air supply pipe may be connected to the air supply pipe, and the air supply pipe may include a closed pipe structure having a direction change valve for changing the direction of air flow therein.

Figure 3 shows a second embodiment of the anti-competitive protective equipment according to the present invention, the movement limiting means is configured to operate only with the reciprocating cylinder 127 without the air supply 120 and the elastic tension member 151 described above. , For example applied to the leg portion of the wearer.

That is, the exercise limiting means of FIG. 3 connects the reciprocating cylinder 127 installed at both side protectors 102 of the upper and lower part of the wearer and the two entrances communicating with both spaces of the piston of the reciprocating cylinder 127. And a control valve 129 installed on the connection pipe path 128 to control the air flow through the connection pipe 128 according to the operation signal of the controller 106.

The motion limiting means configured as described above, the control valve 129 is initially fully open to facilitate the air communication between the spaces on both sides of the reciprocating cylinder 127 to allow the wearer to fold and unfold the knee joint of the leg freely. In addition, as the strike is sensed, the control valve 129 is operated by the control unit 106 to be gradually closed, making it difficult to expand and contract the reciprocating cylinder 127, making it more difficult for the wearer to fold and straighten the leg.

Since the structure does not need to have a means for supplying separate air for the operation of the reciprocating cylinder 127, the structure is simple and advantageous to the manufacturing and management, and the weight is also light weight can improve the wearing comfort.

In the present invention, the exercise limiting means may be formed of various mechanical devices that can selectively limit the movement of each body part about the joint of the user as well as the structure by the air pressure as described above.

Figure 4 shows a third embodiment of the present invention, the exercise limiting means is made of a mechanical braking structure exemplified as applied to the leg portion of the wearer, for convenience the structure of the simulated bleeding means is omitted.

The exercise limiting means shown is coupled to each other rotatably coupled to each other of the coupling member (161, 162) fixed to both side protectors 102 worn on the upper and lower legs of the wearer, Rotating coupling portion, in the illustrated embodiment consists of rotational braking means provided on both sides of the knee of the body.

The connecting members 161 and 162 are mediators for rotatably connecting the protectors 102 on both sides of the joint to each other, and are formed of various structures that can be fastened to the protectors 102 or the corresponding body parts as well as the rod form as shown. If the protective device 102 is configured to maintain a certain shape and strength, both of the protective devices 102 may be directly rotatably coupled without the connecting members 161 and 162.

The rotary braking means are respectively connected to both side protectors 102 directly through the connecting members 161 and 162, and the outer rotating body 163 and the inner rotating body which are rotatably coupled about the same axis. 164, a pneumatic cylinder 153 fixed to the internal rotating body 164, and is mounted to the cylinder rod of the pneumatic cylinder 153, the extension of the pneumatic cylinder 153 of the external rotating body 163 A braking block 165 in close contact with the braking surface, an air tank 120 connected to the pneumatic cylinder 153 through an air supply line 126 to supply air for operation, and the air supply line 126. The air supply valve 124 is installed on the air supply valve 124 to control the air supply through the air supply line 126 according to the operation signal of the control unit 106.

In the movement limiting means configured as described above, the air supply valve 124 is closed in the state in which the pneumatic cylinder 153 is initially contracted so that the braking block 165 is located at the inner side. Rotator 164 is freely rotatable to allow the wearer to freely fold and unfold the knee joint portion of the leg. Thereafter, as the blow is detected, the air supply valve 124 is opened by the controller 106 for a predetermined time, and the pneumatic cylinder 153 is gradually extended, and thus the braking block 165 of the external rotor 163 is removed. As the outer surface 163 and the inner rotator 164 becomes harder to closely adhere to the braking surface, it becomes more difficult for the wearer to fold and straighten the legs.

On the other hand, the pressing force by the pneumatic cylinder 153 may be elastic to some extent by the compressibility of the internal air, which means that the rapid braking force is applied in a state in which the braking block 165 is in close contact with the external rotating body 163. To prevent it. Although not shown, a spring for elastically supporting the brake block 165 may be installed as a means for appropriately increasing the braking force due to the contact of the brake block 165. The inner rotating body 164 and the outer rotating body 163 is not merely to limit the present invention is presented as an exemplary component constituting the rotary braking means, according to the braking structure is provided with a rotary coupling portion of various structures and forms Can be.

In addition, the rotary braking means in the present invention may be made of a variety of mechanical brake structure, such as a structure similar to the drum-type brake as well as a disk-type brake, may be made of an electronic brake structure using a solenoid actuator in some cases. .

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

1 is a front view showing a first embodiment of the antistatic game protective equipment having a simulated physical damage directing function according to the present invention.

2 is a block diagram of the protective device of the present invention shown in FIG.

Figure 3 is a block diagram showing a second embodiment of the protective equipment for electrified competition according to the present invention.

Figure 4 is a block diagram showing a third embodiment of the protective equipment for electrified competition according to the present invention.

Claims (5)

Protective equipment 102 to be worn by the user on each part of the body to protect the body part; A plurality of sensing means (104) provided for each part of the protective device (102) for detecting a blow applied from the outside; A control unit 106 for outputting an operation signal for artificial bleeding and motion restriction according to a detection signal input by the detection unit 104; Blood supply unit 130 for supplying the blood or substitute contained therein to the impacted portion of the protective device 102 through the blood pipe 135 and connected to the blood pipe 135 for each part forming the protective device 102 Simulated bleeding means having a blood discharger 140 installed to discharge the blood or substitute to the outside in accordance with the operation signal output by the control unit 106; Exercise limiting means for limiting movement of each part of the body worn by the protective device 102 according to an operation signal output by the control unit 106; And Protective equipment for anti-competition having a simulated physical damage directing function comprising a cooling means for absorbing or discharging heat inside the protective device (102). The method of claim 1, The control unit 106 controls the operation of the exercise limiting means in accordance with the discharge of blood, when a certain amount of blood is discharged, the charging having a simulated physical damage directing function, characterized in that to suppress the movement of all parts of the wearer's body Competition Protective Equipment. The method according to claim 1 or 2, The exercise limiting means is connected between each part of the protective device 102 is installed elastic elastic member 151 is stretched in accordance with the movement of the body portion, and the control unit 106 is connected to at least one side of the elastic tensile member 151 Protective equipment for anti-competition having a simulated physical damage directing function including a tension means for increasing the tension by pulling the elastic tension material 151 according to the operating signal of the). The method according to claim 1 or 2, The movement limiting means is connected between each part of the protective device 102 is connected to the reciprocating cylinder 127, which is stretched and contracted in accordance with the movement of the body portion, the connecting pipe for communicating the space between both sides of the piston of the reciprocating cylinder 127 Protective equipment for anti-competitive performance having a simulated physical damage directing function is installed on the 128 and includes a control valve (129) for controlling the air flow in both sides in accordance with the operation signal of the control unit 106. The method according to claim 1 or 2, The exercise limiting means is a rotary coupling portion for directly or indirectly connecting each part of the protective device 102 to each other in accordance with the movement of the body portion, and the rotation of the rotary coupling portion in accordance with the operating signal of the control unit 106 Protective equipment for anti-competition having a simulated body damage directing function comprising a limiting rotation braking means.

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