KR102071850B1 - Artificial blood discharge device for military training to depict battlefield situations - Google Patents

Abstract

The present invention relates to an artificial blood discharge device for military training to depict battlefield situations. More specifically, in a military training field equipped with a Miles system, artificial blood discharge devices are installed at an inner part and an outer part of a bulletproof helmet to depict damage caused by an attack during training. In case of the attack, the devices are broken by an electric signal and release artificial blood to a face of a wearer, thereby realistically depicting damage situations. The wearer becomes inconvenient that the face and training clothes have to be cleaned due to release of the artificial blood. Therefore, the wearer is actively engaged in training.

Description

Artificial blood discharge device for military training to depict battlefield situations

The present invention relates to an artificial blood discharge apparatus for military training for depicting the battlefield situation, and more specifically, artificial blood discharge apparatus inside or outside the bulletproof helmet to describe the damage caused by the hit during training in a military training field equipped with Miles system. When it is hit, it is broken by an electric signal and releases artificial blood to the wearer's face to realistically describe the damage situation, and the wearer actively provides inconvenience by washing the face and cleaning the training suit by releasing artificial blood. The present invention relates to an artificial blood discharge device for military training that can be exercised.

In recent years, military combat training is more advanced than simply training in a virtual situation, and when a person hits a target with a personal weapon, the sensor detects trigger pull and hit, and measures the degree of injury to limit the activity of the participants. By using it, more realistic mock combat training is possible.

The system containing the equipment used in this simulation training is called a Multiple Integrated Laser Engagement System (MILES). The Miles system is configured to detect a sensor when the personalizer or a common weapon is triggered and transmit a signal to the central control system to centrally control the hit.

In particular, the actual Miles system detects hits from various hitting targets such as laser light instead of bullets or detects whether they are within the damage range of a simulated bomb explosion and displays the degree of damage. .

The damage degree was displayed on the display window of the Miles Trainer Unit as a letter, serious injury, death, etc., or the emission color was changed depending on the survival, or the survival was transmitted to the wearer by a slight electric shock. .

However, the above-described methods tended not to do their best for survival because soldiers do not feel discomfort such as being hindered by movement or being contaminated with body or cloth even when they are attacked from various hitting targets.

Korean Patent Registration No. 10-1198684 (registered on October 30, 2012; hereafter referred to as 'prior document 1') presented a survival game helmet. Prior Art 1 is provided with a signal receiving unit for receiving a drive signal from the outside, a sensor unit for detecting a laser or infrared light is formed on the outer surface, and a flag portion for indicating whether or not to be shot is provided, additionally smoke screen and the light emitting unit and the sound generating unit It is configured to include. As described above, the prior document 1 is made by light emission or a flag as a means of informing the outside of the hit, and there is no great inconvenience in the wearer's activity, so it is insufficient to induce active training participation only by the device configuration.

Korean Patent Registration No. 10-1510631 (2015.04.03.registration; hereafter referred to as 'prior document 2') proposed a wireless communication system using a multi-band antenna for mounting the helmet surface. The prior document 2 provides a function of transmitting a variety of information of the wearer to the outside by mounting a wireless communication system on the surface of the helmet, or receiving and outputting information from the outside. Prior art 2 has the advantage of providing a variety of information by exchanging information wirelessly with the outside, but can not provide a similar effect of combat in combat training and still lack the configuration to induce the wearer to actively participate in training. .

Therefore, there is a need for a new means of providing additional hitting effects to the wearer along with electronic signals from lasers or sensors, and providing inconvenience to the activities due to the hitting effects, in order to engage in active training. It became.

Korean Registered Patent No. 10-1198684 (2012.10.30.registration): Survival game helmet Korea Patent Registration No. 10-1510631 (2015.04.03.Registration): Wireless communication system using multi-band antenna for mounting helmet surface

Military training artificial blood discharge device of the present invention for solving the problems of the prior art as described above,

It is detachably mounted on the inside and outside of the bulletproof helmet and discharges the artificial blood stored in the artificial blood bag during the attack during training, so that it can be buryed on the wearer's face and clothing, and the effect of bleeding on the battlefield and the face wash and the clothes washing on the wearer It is an object of the present invention to provide a device that can increase the training effect by providing a discomfort to perform, and motivates the wearer to engage in active training to reduce discomfort.

Military training artificial blood discharge device of the present invention for solving the above problems,

An artificial blood discharge apparatus for military training for depicting the battlefield situation, comprising: an artificial blood bag for storing artificial blood; A fixture for seating the artificial blood bag and detaching the bulletproof helmet inside and outside by a detachable means, and having a tubular mounting portion formed at a rear end thereof; A pressure generating assembly installed in the mounting portion of the fixed body and receiving a shot signal to ignite the ignition jade to generate pressure; Arranged inside the fixture through the fixture mounting portion is mounted on the artificial blood bag lower side slidably movable, the artificial blood bag by the blade protruding upward while moving forward by receiving the pressure of the pressure generating assembly It comprises a; blade assembly to break the.

The fixed body has a receiving space formed therein, the body and the inner body to the blade assembly by the mounting portion of the tubular shape protruding at the rear end; A cover which is coupled to the upper part of the body to embed the artificial blood bag and has a detachable means formed on the upper surface; And a stopper coupled to the mounting portion of the rear end of the body to prevent detachment of the blade assembly.

In addition, the body of the fixture, the settled portion for placing the artificial blood bag on the upper surface formed with a plurality of through holes; The settled portion is formed on the upper side of the body formed, is formed in a straight line from the point spaced apart inward from the front end to the rear end is installed so that a portion of the blade of the blade assembly is exposed to the upper, artificial blood bags are damaged by the blade movement to artificial A blade moving groove for discharging blood; A coupling groove formed on the side wall to correspond to the coupling protrusion formed on the inner wall of the cover; And a mounting portion protruding in a tubular shape to the rear end of the body to insert the blade assembly.

In addition, the pressure generating assembly, the pressure generating container is embedded in the mounting portion of the fixed body, the interior is formed with a space for generating pressure, the pressure discharge hole is formed in the front end, the rear end is opened; Ignition jade disposed in the pressure generating container; A wire having one end connected to the ignition jade and the other end connected to the outside through a wire connecting hole of a plug to transmit an electrical signal for ignition ignition; And a rubber packing through which the wire is inserted and interposed between the stopper and the pressure generating container to close the rear end of the pressure generating container.

In addition, the blade assembly, the blade is vertically installed and the blade is formed in front; It is configured to support the blade to be fixed and the rear end is a blade support formed with a pressure indentation groove toward the front side.

In addition, the artificial blood is composed of 40 to 70% by weight of glycerin, 4 to 12% by weight of red pigment, 10 to 20% by weight of coffee powder, 1 to 2% by weight of cinnamon powder, 15 to 45% by weight of distilled water or ,
Glycerin may be formed by mixing 40 to 70% by weight, red pigment 4 to 12% by weight, liquid caramel 1 to 2% by weight, cinnamon powder 1 to 2% by weight, distilled water 15 to 45% by weight.

Military training artificial blood discharge device of the present invention by the above solution,

It is detachably mounted on the inside and outside of the bulletproof helmet and discharges the artificial blood stored in the artificial blood bag during the attack during training to bury it on the wearer's face and clothing, and performs the description of the bleeding battlefield and cleans the face of the wearer and cleans the clothes. It is possible to provide a useful device that can improve the training effect, such as to provide a discomfort to the discomfort, and to participate in active training to reduce the discomfort.

1 is a cross-sectional view showing an artificial blood discharge device according to an embodiment of the present invention.
Figure 2 is a cross-sectional view showing a state in which the artificial blood discharge device according to the invention mounted on a bulletproof helmet.
3a to 3d is a block diagram showing a fixture according to the invention.
Figure 4 is a cross-sectional view showing a blade assembly according to the present invention.
Figure 5 is a block diagram showing a pressure generating assembly according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail an embodiment of the present invention. The present invention may be modified in various ways and may have various forms. Specific embodiments are illustrated in the drawings and the present invention will be described in detail in the text. However, this is not intended to limit the present invention to a specific disclosure form, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. In describing the drawings, similar reference numerals are used for similar elements. In the accompanying drawings, the dimensions of the structure is shown to be enlarged or reduced than the actual for clarity of the invention.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise", "comprise" or "have" are intended to indicate that there is a feature, number, step, operation, component, or combination thereof described on the specification, and one or the same. It is to be understood that the present invention does not exclude in advance the possibility of the presence or addition of other features, numbers, steps, operations, components, or a combination thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those generally used and defined in the dictionary should be interpreted to have a meaning consistent with the meaning in the context of the related art, and shall not be construed in an ideal or excessively formal sense unless explicitly defined in this application. .

1 is a cross-sectional view showing an artificial blood discharge device according to an embodiment of the present invention, Figure 2 is a cross-sectional view showing a state in which the artificial blood discharge device according to the invention mounted on a bulletproof helmet.

Military training artificial blood discharge device 10 for depicting the battlefield situation according to the invention as shown,

Artificial blood bag 20 for storing artificial blood, a fixture 30 for attaching to the bulletproof helmet while placing the artificial blood bag, and a pressure generating assembly installed in the fixture to receive the electrical signal to generate pressure 40 and a blade assembly 50 which receives the pressure of the pressure generating assembly and breaks the artificial liquid bag.

The artificial blood bag 20 is to produce a bag made of a film material to store the artificial blood inside, it is easily cut by the blade to discharge the stored artificial blood. Representatively, a bag is made of an aluminum deposition film in which aluminum is deposited on PET, OPP, and CPP surfaces, and artificial blood is stored therein and then heat-sealed and sealed. Wherein the aluminum deposition is to prevent the artificial blood deterioration by air inflow by maintaining the internal vacuum by blocking the micropores of the film.

The artificial blood should be suitable for use in four seasons regardless of temperature change, and there should be no twisting of pests in summer, and it is preferable to configure the winter so as not to freeze at -20 ° C in order to prevent freezing during the winter season.

Such a composition for controlling the viscosity, blood color and freezing point for the flow of artificial blood can be made by the composition of Table 1 below.

For example, 40 to 70% by weight of glycerin, 4 to 12% by weight of red pigment, 10 to 20% by weight of coffee powder or 1 to 2% by weight of liquid caramel, and 1 to 2% by weight of cinnamon are mixed with 100% by weight of the composition. In the remaining amount, the artificial blood can be prepared by mixing the distilled water in the range of 15 to 45% by weight.

It was confirmed that both the type 1 to type 4 provide a viscosity and color similar to blood.

Freezing point and viscosity are adjusted by the content of glycerin in the composition ratio. The glycerin is difficult to winter training because it is frozen at -20 ℃ or more when mixed with less than 40% by weight attached, it is difficult to provide a blood effect because it is difficult to provide a high blood viscosity when mixed with more than 70% by weight. It is preferable to use mixed.

In addition, by adjusting the red pigment, coffee, caramel content to control the blood color. The coffee or caramel is used by mixing any one of the two to make the color similar to blood.

In addition, cinnamon was added as a pest repellent, and it was confirmed that the insect repellent effect appeared at 1-2 wt%. Here, the insect repelling effect is insufficient at less than 1% by weight, and the insect repelling effect is not enhanced at 2% by weight or more, and thus it is preferable to use the mixture within the above range.

As shown in FIG. 3A, the fixture 30 of the present invention includes a artificial blood bag 20 and is stored therein, and has a structure detachable to the bulletproof helmet 60.

The fixture 30 has a tubular body 31 having a receiving space 311 formed therein.

Although the body 31 is illustrated as a rectangular plate cylinder in which the front and rear sides are rounded in the drawing, it may be provided in various forms that may be incorporated into the bulletproof helmet, in addition to the disc-shaped cylinder. In particular, as shown in Figure 2 bulletproof helmet 60 is disposed in the space between the headrest strap 61 mounted on the inside and outside and the bulletproof helmet inner upper surface to provide a structure that does not feel uncomfortable when mounting the artificial blood discharge device It is desirable to.

In addition, the body 31 may be provided with a tubular mounting portion 315 protruding rearward to allow the blade assembly 50 to be installed through the mounting portion.

In addition, the body may be further formed with a rail groove for supporting the blade assembly in the inner accommodating space to move linearly, the rail groove is formed to extend to the mounting portion as well as the inner space of the body to facilitate the mounting of the blade assembly Can be done.

In addition, the body 31 may form a plurality of through-holes in the upper plate and the lower plate constituting the tubular body so that the artificial blood discharged upon breakage of the artificial blood bag placed in the upper portion passes through the body and is discharged downward.

As shown in Figure 3b the present invention is coupled to the cover on the upper body.

The cover 32 has a removable structure with the body 31, and the upper portion is formed in a convex curved surface in the upper portion can be easily stored inside and outside the bulletproof helmet 60. The convex upper curved surface is preferably formed so as to correspond to the inner curved surface of the bulletproof helmet so as to be installed as close as possible, and when mounted outside the bulletproof helmet, the lower body portion can be formed into a spherical concave groove, etc. The body or the cover may be formed in a form corresponding to the contact surface of the bulletproof helmet.

The cover 32 has a built-in artificial blood bag 20 to prevent the artificial blood bag is compressed and broken by external pressure.

In addition, a detachable means 321 is formed on the upper surface of the cover 32 to be combined with the upper and outer bulletproof helmet.

As the detachable means 321, a variety of structures that may be easily detachable using a Velcro tape or a snap button or a magnetic button may be applied.

In addition, the coupling protrusion 322 may be formed on the inner edge of the cover 32 and a coupling groove 314 corresponding thereto may be formed on the side of the body 31 to allow detachment by a fitting method.

In addition, the coupling portion, by forming a coupling protrusion on the entire edge of the cover to combine, or only a portion of the edge of the cover to form a coupling protrusion, or a portion of the cover edge extending to the lower side and forming a coupling protrusion on the extended inner lower body It may be provided in various forms such as combined with.

In addition, the cover 32 forms a separation wall 323 therein to separate the area where the blade is placed and the area where the artificial blood bag is placed so that the artificial blood bag 20 is moved inside the cover to the blade 51. Can be prevented from being damaged. In this case, the separation wall 323 is not usually damaged by the blade, but is preferably formed in a thin thickness so as to be damaged by the blade advancing by the pressure. In addition, a partition wall is formed to partition the space, but the blade wall can be easily moved by forming a blade movement hole in the partition wall passing the blade.

In addition, the cover 32 is coupled to the body 31 so that the blade 51 protruding to the upper portion of the body, the blade assembly 50 can be prevented from being moved to the outside through the mounting portion to move the blade assembly 50 in the rear mounting direction. have. That is, it may further provide a stopper function to limit the moving range of the blade to the inner region of the cover.

1 and 3C, a stopper 33 is further installed at the end of the mounting portion 315 of the body 31.

The stopper 33 is coupled to the mounting portion by a screwing or interference fit method to close the end. This is to prevent the pressure generated in the pressure generating assembly 40 further installed therein is discharged to the rear. Preferably, the stopper 33 and the mounting portion 315 are screwed to prevent the stopper from being removed at the generated pressure. When the gas pressure discharge to the rear is blocked in this way, the generated gas can be discharged all the way forward to be used as the feed gas of the blade assembly.

In addition, the plug 33 is formed in the wire connecting hole 331 is configured so that the wire is inserted so that the external electrical signal is transmitted to the inside. At this time, the stopper may further prevent the pressure generated therein from being discharged backward by further applying and sealing a resin component in the gap between the wire and the wire connection hole.

Referring to the body 31 of the fixture 30 having the above configuration in more detail,

The body 31 is formed with a settled portion 312 for placing the artificial blood bag (20). The settle portion 312 is a wide portion of the upper body of the body, the artificial blood bag is placed and supported, and formed a plurality of through holes on the inner surface so that the artificial blood discharged when the artificial blood bag is broken through the through hole to be discharged downward do. Of course, the through hole is formed to penetrate the entire body up and down to facilitate the discharge of artificial blood.

The settle portion 312 is formed with a straight blade moving groove 313 in the front and rear direction. The blade moving groove 313 protrudes a part of the blade 51 of the blade assembly 50 upward, and enables the blade assembly to move in a state where the blade is protruded. The blade moving groove 313 guides the moving direction of the blade 51 in a straight line so that the blade assembly proceeds in a straight direction. The blade movement groove 313 may be formed from the inner side of the front end of the settled portion to a mounting portion of the rear end spaced apart by a predetermined length to enable the insertion of the blade assembly without jamming when the blade assembly is installed on the body.

Coupling grooves 314 are further formed on the body sidewalls. The coupling groove may be configured to correspond to the coupling protrusion 322 formed on the inner wall of the cover 32 to allow the cover to be engaged while incorporating a portion of the upper body. However, the combination of the body 31 and the cover 32 may apply various coupling methods that can easily detach two different members in addition to the above-described form.

The mounting portion 315 is formed at the rear end of the body. The mounting portion 315 has a form protruding outward from the settled portion 312 of the body to facilitate the incorporation of the blade assembly 50 and the pressure generating assembly 40 into the mounting portion. The mounting portion may be formed by forming a narrow width different from the body portion formed with the settled portion.

As shown in FIG. 3D, the body 31 having the settled part may have an inner groove 316 formed at a rear end thereof, and the mounting part 315 may be disposed in the inner groove. When the body 31 is formed in this way, the body 31 can be installed such that the front and rear surfaces of the body contact with the inner and outer circular inner walls of the bulletproof helmet when the body is installed on the bulletproof helmet by removing a portion protruding outward from the settling surface. Supported in the direction can be made stable installation.

4 is a cross-sectional view showing the blade assembly 50 according to the present invention.

As referred to the blade assembly 50 is composed of a blade 51 which is installed vertically, and a blade support 52 for supporting the blade is fixed, the fixed body 30 through the mounting portion 315 of the fixed body body Installed to be internal.

Here, the blade support 52 may be formed in a cross section similar to the inner end surface of the mounting portion. For example, when the mounting portion is formed of a circular tube or a square tube, the blade support is also formed into a circular rod or square rod long in the front and rear direction so as to be inserted into the mounting portion.

In addition, the blade 51 is directed toward the front, and configured to protrude upward more than the blade support 52 so that when the blade assembly is mounted on the fixed blade blade protruding blade formed in the fixed body ( Assembly is made to protrude upward through 313.

The blade support 52 of the blade assembly is further formed with a pressure indentation groove 521 recessed to the front side at the rear end. The pressure indentation groove 521 is to receive the pressure generated in the pressure generating assembly 40 to generate a driving force to the front. Therefore, the blade assembly 50 is moved forward in accordance with the strength of the pressure, and cut the artificial blood bag 20 placed in the upper part of the body of the fixed body in the process of movement to discharge the stored artificial blood.

As shown in Figure 5, the pressure generating assembly 40 according to the present invention is further installed.

The pressure generating assembly 40 is a member that is installed in the mounting portion 315 of the fixed body 30 to receive a shot signal to the outside to ignite to generate pressure.

Referring to the drawings, the pressure generating assembly 40 includes a pressure generating container 41 that is inserted in the mounting portion of the fixture but is installed in the rear of the blade assembly 50. The pressure generating container 41 is a cylinder that is opened rearward, a pressure discharge hole 411 having a diameter smaller than the inner diameter of the pressure generating container is formed at the front end, the first step 412 and the second step 413 on the outer surface. ) Is formed in multiple stages. The first step 412 disposed in front of the blade assembly is limited to the depth of the front end of the pressure generating vessel is inserted into the pressure inlet groove 521 of the blade assembly as well as the blade assembly if pressure does not occur because the blade assembly The second step 413 generated at the rear of the first step is limited so as to be held away from the pressure generation assembly, and the pressure generation assembly is pushed forward when pressure is generated while limiting the depth to be inserted into the mounting part 315 of the fixture. It is formed for the purpose of preventing it.

Next, the ignition jade 42 is disposed in the inner space of the pressure generating container 41, and when an electrical signal is transmitted from the outside, ignition occurs due to the heat of the embedded heating rod. The ignition jade in the present invention is made by the composition of Table 2 below.

The ignition jade 42 is connected to the outside by an electric wire 43. One end of the wire 43 is connected to the ignition jade, and the other end is connected to the outside. Here, the outside is connected to a control device that is equipped with a variety of communication and control by the person of the Miles system to transmit the electrical signal to the ignition jade when hit. Here, the wire is exposed to the outside through the wire connection hole of the plug.

The rubber packing 44 is further interposed between the pressure generating vessel rear end and the stopper. The rubber packing 44 removes the gap between the pressure generating container and the cap so that the rear is sealed, and the part to which the electric wire is inserted is coated with additional resin to maintain the sealing.

Since the pressure generating assembly 40 is closed at the rear and only the pressure discharge hole 411 is opened at the front, the gas pressure generated by burning the ignition jade is discharged to the front through the pressure discharge hole to move the blade assembly 50 to the front side. Let it move

Briefly explaining the operating state of the artificial blood discharge device configured as described above,

The artificial blood discharge device 10 according to the present invention is detachably mounted inside and outside of the bulletproof helmet 60.

When hit during training, the personal communication control device connected to the Miles system transmits an electrical signal to the ignition jade 42 through the wire 43 of the pressure generating assembly. The electrical signal heats the heat generating rod inside the ignition jade, and the ignition jade is ignited and burned by the heat of the heat generating rod. The high pressure is formed in the pressure generating container 41 by the combustion gas of the ignition jade, and the high pressure gas pressure is discharged forward through the pressure discharge hole 411 in front of the pressure generating container.

The discharged gas pressure is supplied to the pressure indentation groove 521 formed in the rear surface of the blade support body 52 of the blade assembly 50 to pressurize the blade assembly 50, and the blade support body 50 has the blade support body 52 in the body 31. It is sliding sliding inside. At this time, the blade assembly 50 is the blade 51 is linearly guided by the blade moving groove 313 of the body so that the blade assembly is moved linearly from the rear to the front.

In the process of moving the blade assembly 50, the blade 51 of the blade assembly cuts the lower portion of the artificial blood bag 20 placed in the settled portion of the fixed body, and the artificial blood stored through the cut portion is discharged. Drained artificial blood can be buried in the wearer's head, face and military uniform to create realistic damage.

In addition, the wearer who has artificial blood stained by the hit should erase the body part where the artificial blood is stained and the stained part of the military uniform after the training, thereby providing a useful device for actively participating in the training so as not to be hit during the subsequent training. .

10: artificial blood discharge device
20: artificial blood bag
30: fixture
31: body 32: cover
33: stopper
311: accommodation space 312: securement
313: blade moving groove 314: coupling groove
315: mounting portion 316: inner groove
321: detachable means 322: engaging projection
323: dividing wall
331: wire connector
40: pressure generating assembly
41: pressure generating container 42: ignition jade
43: wire 44: rubber packing
411: pressure discharge hole 412: first step
413: second step
50: blade assembly
51: blade 52: blade support
521: pressure indentation groove
60: bulletproof helmet
61: headrest strap

Claims (6)

In the artificial training blood discharge device for military training to describe the battlefield situation,
Artificial blood bag 20 for storing artificial blood; A fixture 30 for seating the artificial blood bag and detaching the inside and the outside of the bulletproof helmet by a detachable means, and having a tubular mounting portion 315 formed at a rear end thereof; A pressure generating assembly (40) installed in the mounting portion of the fixed body and receiving a shot signal to ignite the ignition jade to generate pressure; The blade which is disposed inside the fixture through the fixture mounting portion is mounted to be slidably moved to the lower side of the artificial blood bag 20 settled, and is protruded upward while moving forward by receiving the pressure of the pressure generating assembly 40. It comprises a blade assembly (50) to break the artificial blood bag by;
The fixture 30,
Body 31 is formed therein, the body 31 to the inner blade assembly 50 through the tubular mounting portion 315 protruding to the rear end; The cover 32 is coupled to the upper body side to incorporate the artificial blood bag (20) and the detachable means 321 is formed on the upper surface; And a stopper 33 coupled to the mounting portion of the rear end of the body to prevent detachment of the blade assembly.
The pressure generating assembly 40,
A pressure generating container 41 embedded in the mounting part 315 of the fixed body, a space for generating pressure therein, a pressure discharge hole 411 formed at a front end thereof, and a rear end thereof opened; An ignition jade 42 disposed inside the pressure generating container; One end is connected to the ignition jade 42, the other end is connected to the outside through the wire connecting hole 331 of the stopper 33 to transmit an electric signal for ignition ignition; And a rubber packing 44 inserted into the wire and interposed between the stopper 33 and the pressure generating container 41 to close the rear end of the pressure generating container.
The blade assembly 50, the blade 51 is installed vertically and the blade is formed in front; The artificial blood discharge apparatus, characterized in that it comprises a; support for the blade is fixed and the blade support (52) formed in the front end pressure inlet groove (521) to the front side. The method of claim 1,
The body 31 of the fixture,
Settlement portion 312 for placing the artificial blood bag on the upper surface formed with a plurality of through holes;
The settled portion is formed on the upper side of the body formed, is formed in a straight line from the point spaced apart inward from the front end to the rear end is installed so that a portion of the blade of the blade assembly is exposed to the upper, artificial blood bags are damaged by the blade movement to artificial A blade moving groove 313 for discharging blood;
A coupling groove 314 formed on the side wall and corresponding to the coupling protrusion 322 formed on the inner wall of the cover 32; And
And a mounting portion (315) protruding in a tubular shape to the rear end of the body to insert the blade assembly. The method of claim 1,
The artificial blood,
Glycerin 40 ~ 70% by weight, red pigment 4 ~ 12% by weight, coffee powder 10 ~ 20% by weight, cinnamon powder 1 ~ 2% by weight, artificial blood discharge characterized in that the composition is composed of 15 to 45% by weight of distilled water Device. The method of claim 1,
The artificial blood,
Glycerin 40 ~ 70% by weight, red pigment 4 ~ 12% by weight, liquid caramel 1 ~ 2% by weight, cinnamon powder 1 ~ 2% by weight, artificial blood discharge characterized in that the composition is formed by mixing 15 ~ 45% by weight Device.
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