KR20150088067A - Combat information system using digital combat uniform - Google Patents

Abstract

The present invention relates to a combat information system using a digital combat uniform which enables remote monitoring of a physical condition and a wounded part of a serviceperson by using a sensor and a digital thread installed on a combat uniform, so an appropriate operating instruction and a fast flow-up action are possible. The combat information system includes: a middle control apparatus transmitting serviceperson′s physical condition information received from a digital combat uniform to a remote place; and a central control center creating a database of the serviceperson′s physical condition information and maintaining the database, analyzing and determining the serviceperson′s physical state based on the maintained database, and transmitting the analysis and determination result to the remote place.

Description

{COMBAT INFORMATION SYSTEM USING DIGITAL COMBAT UNIFORM}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a combat information system using a digital combat suit, and more particularly, to a combat information system capable of remotely checking a physical condition of a soldier during a battle or an operation so as to promptly cope with an emergency situation occurring to each individual soldier The present invention relates to a combat information system using a digital combat suit.

The operational control methods currently used in the military are managed by recordings by soldiers along with auxiliary means of wired / wireless voice communication, and are based on the experience of the commander. Therefore, there may be inadequate operational control without knowing precise information about the individual's health condition or the detailed situation of the situation to the person who is performing the operation, and if such a mistake of human control occurs, Damage, and even fatal consequences for national security.

Modern warfare is also important for firepower, but it is more important to collect information about battlefields, monitor effective combat situation, and give proper operation instructions. In case of small operation, accurate monitoring and control of the command and control center Appropriate operational control is becoming a key element of victory.

It is necessary to effectively manage the health status of individual soldiers who are put into operation in remote command and control center, in order to be able to promptly cope with emergencies occurring to individual soldiers as well as actual combat situations according to the times like this .

A technique relating to a personal portable communication terminal for military use capable of measuring a living body signal according to the necessity has been proposed in Korean Patent Laid-Open No. 10-2005-0005245.

However, since the conventional bio-signal measurement using a personal portable communication terminal was mixed with various weapons and equipment worn by a soldier, there was a fear of being easily lost, there was a possibility of breakage or failure in battle, There was a fear that the aggressive movements of the soldiers could be disturbed, the accurate biomedical signals could not be measured, and the degree of injuries could not be grasped.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a medical image sensor, a medical image sensor, The digital combat uniform is configured to be integrated with the garment and the digital yarn applied to the digital combat uniform is short-circuited to detect the injured part of the soldier put on the combat site remotely. Thus, It is intended to provide a combat information system using a digital combat suit which can enable accurate monitoring and rapid follow-up.

According to another aspect of the present invention, there is provided a combat information system using a digital combat suit, comprising: a digital combat suit capable of grasping the physical condition information of a soldier; a receiving unit for receiving physical condition information of a soldier from the digital combat suit, An intermediate control device for transmitting physical condition information to a remote location; a database for managing the physical condition information of the soldiers received from the intermediate control device; managing the physical condition of the soldier based on the managed database; And an emergency relief center for performing follow-up measures when an abnormal signal is included in the result of the physical condition analysis of the soldier received from the central control center.

The digital combat clothing includes an endothelial garment capable of grasping a health state, a wound state, and an operating state of a soldier, and an outer garment integrally formed with the endothelial garment or detachably formed from the endothelial garment, An information sensing body provided on the inside of the body for measuring health state information of the soldier, floating state information, and operation state information; A receiving body for receiving health state information, floating state information, operational state information, and a fiber-type transmission medium installed in the main body to electrically connect the information sensing body and the receiving body, .

The information sensing body includes at least one of an electrocardiogram sensor, a breathing sensor, a heartbeat sensor, a body temperature sensor, and an operation detection sensor.

The receiving body is connected to the receiving body and to a plurality of floating media identifying transmission media constituting a closed circuit.

The fiber-type transmission medium and the transmission medium for confirming the floating portion are a digital room through which a current can flow.

The information sensing body may be sewn to the inside of the body by the fibrous transmission medium.

The information sensing body may be attached to the inside of the body by a seam tape.

The information sensing body may be a woven type sensor including conductive fibers.

The information sensing device may be a conductive silicon sensor manufactured by mixing a conductive powder with silicon.

The conductive fiber is characterized by being formed by coating nickel, copper, silver, gold, and a protective coating on the outer periphery of a polyester yarn or fabric.

Wherein the conductive silicon sensor is connected to the fiber-type transmission medium through a copper connection plate, the copper connection plate is integrally connected to the conductive silicon sensor during injection molding of the conductive silicon sensor, and the copper connection plate and the fiber- Respectively.

The intermediate control device may be a portable terminal that a soldier can carry.

The body temperature sensor senses a change in resistance value according to a change in body temperature, and the receiving body converts the resistance value into body temperature, and transmits the result to the display and the intermediate control device.

The body temperature sensor senses a change in the infrared wavelength value according to a change in body temperature, and the receiving body converts the infrared wavelength value into body temperature, and transmits the display to the display and the intermediate control device.

The motion detection sensor includes at least one of an acceleration sensor, an angular velocity sensor, and a sensor capable of detecting a moving state with an inertial body embedded therein.

According to the battle information system using the digital combat suit as described above, the medical sensor for sensing the biometric information of the soldier, the motion sensor for sensing the motion of the soldier, the medical sensor, and the transmission medium for transmitting the sensed information from the motion sensor The digital combat uniform which is configured to be integrated with the garment is applied and the digital yarn applied to the digital combat suit is short-circuited to detect the injured part of the soldier put on the battle site remotely so that the accurate Monitoring and rapid follow-up.

Brief Description of the Drawings Fig. 1 is a diagram showing a configuration of a battle information system using a digital combat suit according to the present invention.
2 is a view showing a configuration of a digital combat suit which is a constitution of the present invention.
3 is a view showing an example in which an information sensing body, a fiber type transmission medium, and a transmission medium for confirming a floating portion are installed in the body of the digital combat suit.
4 is a view showing the detailed structure of the information sensing body.
5 is a view showing an installation structure of the information sensing device.
6 is a view showing another installation structure of the information sensing device.

BRIEF DESCRIPTION OF THE DRAWINGS The objectives, specific advantages and novel features of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG. In the following description of the present invention, detailed description of known related arts will be omitted when it is determined that the gist of the present invention may be unnecessarily obscured by the present invention. In addition, the thickness of the lines and the size of the constituent elements shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, terms used are terms defined in consideration of functions in the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be based on the entire contents of the present specification.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a diagram illustrating a configuration of a battle information system using a digital battle suit according to the present invention. As shown in FIG. 1, a battle information system using a digital battle suit according to the present invention includes a digital battle suit (2) for receiving the physical condition information of the soldier from the digital combat uniform (1) and sending out the physical condition information of the received soldier to the remote place, and a control unit A central control center 3 for analyzing the physical condition information of the received soldiers in a database and analyzing the physical condition of the soldier based on the managed database and transmitting the analysis result to a remote site, (4) for performing follow-up when an abnormal signal is included in the result of the physical condition analysis of the soldier received from the soldier .

As shown in FIGS. 2 to 6, the digital combat garment 1 is a core structure for precisely grasping the physical condition information of a soldier, that is, a health state, a wounded state, and an operating state, And an outer garment 20 integrally formed with the outer garment 10 or detachably formed from the outer garment 10. The inner garment 10 is provided with an outer garment 10,

The endothelial garment 10 includes a main body 100 formed to be in close contact with the body of a soldier, a body 100 installed inside the main body 100, for detecting physical condition information of a soldier, such as health condition information, A receiving body 300 installed in the main body 100 for receiving health state information, floating state information and operating state information measured from the information sensing body 200; A fiber type transmission medium 400 mounted on the main body 100 to be integrated with the main body 100 and connected to the main body 100 to electrically connect the information sensing body 200 and the receiving body 300, .

In addition, the main body 100 is provided with a receiving medium 300 and a transmission medium 500 for identifying a number of floating parts constituting a closed circuit.

The outer garment 20 is equipped with military personal communication equipment and weapons necessary for the operation.

The main body 100 is preferably made of a resilient material so as to be adhered to the wearer's body.

The main body 100 may have a body 110 and arms 120 formed on both sides of the body 110. The main body 100 of the present invention is limited to the illustrated form It is not. That is, it can be applied to clothing products such as sweaters, cardigans, shirts, waistcoats and the like.

The information sensing body 200 measures a variety of physical condition information of a soldier wearing the battle suit 1, that is, health state information, floating state information, and operation state information. The information sensing body 200 includes an electrocardiogram sensor for measuring an electrocardiogram, A heart rate sensor for measuring a heart rate, a body temperature sensor for measuring a body temperature, and a motion detection sensor for measuring whether or not to operate. In order to effectively measure the physical condition information, (Not shown).

In addition to the measurement of the floating state information, the information sensing body 200 does not directly measure a wounded state of a soldier but estimates the wounded state based on direct measurement information such as electrocardiogram, breathing, heartbeat, The information sensing unit 200 measures the floating state information. Actually, the actual floating region is measured through the transmission medium 500 for identifying the floating region.

The method of installing the information sensing unit 200 on the main body 100 may be performed by using an adhesive or by various fixing members as many as possible. It is preferable to be sewn to the main body 100 by the fiber-type transmission medium 400 or attached with a seam tape so as to increase the wearer's senses and reduce the feeling of discomfort to the wearer.

At this time, the fiber-type transmission medium 400 may include a digital chamber through which current flows, so that the information sensing body 200 is installed in the main body 100, and the physical state information measured from the information sensing body 200 And electrically connects the information sensing unit 200 and the receiving unit 300 so that the information sensing unit 200 can be transmitted to the receiving unit 300.

Meanwhile, in order to improve the convenience of sewing between the information sensing body 200 and the main body 100, the information sensing body 200 may be provided with a light- 200 may be made of conductive woven fabric including conductive fibers or conductive silicone mixed with conductive powder such as carbon, gold, silver, etc. to silicon.

4, the conductive fiber 210 included in the fabric type sensor may include a polyester yarn 211 and a yarn 211 in the case where the information sensing body 200 is a fabric type sensor including conductive fibers 210. [ And a protective film 216 is formed on the outermost periphery of the fabric 210. The protective film 216 is formed on the outermost periphery of the fabric, . When the conductive fibers 210 are configured as described above, effective electrical signal transmission between the information sensing device 200 and the wearer's skin can be performed.

The receiving body 300 is provided in the main body 100 to receive solder state information measured from the information sensing body 200. The receiving body 300 includes a fiber-type transmission medium 400, And is electrically connected to the information sensing device 200.

The transmission medium 500 for detecting a floating area includes a transmission medium 500a for identifying a left arm side floating part installed on a left arm, a transmission medium 500b for a body side floating area confirmation provided on the chest and abdomen, And a transmission medium 500c for recognizing the left-hand side floating-type part installed in the part. Both ends of the transmission media 500a, 500b, and 500c for identifying each of the floating parts are connected to the receiving body 300 to constitute a closed circuit.

Therefore, as illustrated in FIG. 3, when the transmission medium 500c for detecting the right-arm side floating part is short-circuited by the bullet or debris (short-circuited part A), it can be judged that the right-hand side part of the soldier has been injured.

When the transmission medium 500 for identifying the floating position is provided, the position of the floating position of the soldier is not limited to that of the transmission medium 500, Of course, can be grasped more accurately.

The main body 100 may further include a receiving bag 600 in which the receiving body 300 can be received.

At this time, it is preferable that the receiving bag 600 is additionally provided with an elastic member around the inlet so that the inlet is always closed when the receiving body 300 is accommodated.

Considering that the receiving body 300 itself is to be accommodated in the receiving bag 600 formed in the main body 100, it is preferable that the receiving body 600 has a volume Weight needs to be minimized.

Therefore, it is preferable that the receiving body 300 has a function of transmitting the health state information, the floating state information, and the operation state information of the soldier to an indicator including a separate controller or a control function.

At this time, an indicator including a separate controller or a control function is preferably installed in the outer garment 10, and further, it may be integrated with a conventional military portable communication apparatus.

Meanwhile, the intermediate control apparatus 2 may be a device including another controller or a control function, or may be a portable terminal that a soldier can carry.

The intermediate control device 2 receives the health state information, the wound state information, and the operation state information of the soldier from the digital combat uniform 1 and receives the health state information, the wound state information, It is responsible for transmitting to the remote site.

That is, the intermediate control apparatus 2 includes a wireless communication module for long-distance wireless communication, and the communication method includes, for example, a Code Division Multiple Access (CDMA), a Binary Code Division Multiple Access (B-CDMA) Modulation, Amplitude Modulation (AM), Bluetooth, Zigbee, etc. may be used.

1, the central control center 3 may be constructed separately from the emergency relief center 4 and may be connected to the emergency relief center 4 via a communication network. Alternatively, It may be configured to include the relief center 4 as an accessory.

In addition, the central control center 3 includes a remote wireless communication module for receiving the health state information signal, the floating state information signal, and the operation state information signal of the soldier from the intermediate control device 2.

On the other hand, the emergency relief center 4 may be a medical unit independent of the central control center 3 or attached to the central control center 3.

In addition, the emergency relief center 4 may include an emergency information signal in the health state analysis information signal of the soldier received from the central control center 3, or may include an injured area confirmation signal in the wound state analysis information signal of the soldier Or if an operation disablement confirmation signal is included in the operation state analysis information signal of the soldier, follow up measures are taken promptly.

Here, the emergency situation information signal, the floating state analysis information signal, and the operation state analysis information signal are analyzed and determined by the central control center 3 based on signals measured from various sensors of the digital combat uniform 1 worn by a soldier Occurs.

In the meantime, when a soldier wearing a digital combat uniform applied to the embodiment of the present invention configured as described above, the degree of injury of the soldier can be roughly grasped through the operation state information sensed by the motion sensor, By detecting a short-circuit of the transmission medium 500, the accurate floating position of the bullet can be grasped. Here, it is preferable that the transmission medium 500 for detecting the floating part is a digital room through which a current can flow.

That is, if the floating body transmission medium 500 is broken due to bullets, fragments or the like, the short-circuited state is detected by the receiving body 300, and the short-circuit information is transmitted to the central control center 3 , And the central control center 3 grasps the injured area of the soldier from the received short circuit information. As described above, by more precisely dividing the region of the main body 100 and providing a plurality of floating-portion transmission media 500, it is possible to grasp the injured portion of the soldier more accurately.

If the information sensing device 200 is a conductive silicon sensor 220, the information sensing device 200 may be connected to the fiber-type transmission medium 400 via the copper connection plate 700 on the main body 100. The copper connection plate 700 may be connected to the conductive silicon sensor 220 by inserting one side of the body into the conductive silicon sensor 220 during the injection molding of the conductive silicon sensor 220.

At this time, the copper connection plate 700 and the fiber type transmission medium 400 are attached to the main body 100 with the conductive silicon sensor 220 and the fiber type transmission medium 400 by seam or tape And is firmly connected by mutual soldering (S).

When the information sensing element 200 and the fiber-type transmission medium 400 are connected to each other using the copper connection plate 700, the conductivity of the connection portion is increased and the connection durability is improved.

When the body temperature sensor is included in the information sensing body 200, the body temperature sensor senses a body current generated in the wearer's skin, and when a body current according to the body temperature of the wearer passes, And senses a change in resistance value and transmits it to the receiving body 300. The receiving body 300 converts the resistance value into body temperature and displays it on a display unit provided therein or transmits it to an external device, that is, to the intermediate control device 2. [ The intermediate control device 2 transmits the body temperature information to the central control center 3.

In addition, the body temperature sensor may be a sensor that detects a change in infrared wavelength value according to a change in body temperature. Since most of the infrared rays generated from the human body have a wavelength in the range of 8 to 14 mu m, the infrared sensor for sensing the infrared wavelength of the frequency band of the body temperature sensor is sufficient. When the body temperature sensor is an infrared sensor, the receiving body 300 converts the sensed infrared wavelength value into body temperature and displays it on its own display unit or transmits it to an external device, that is, the intermediate control device 2. The intermediate control device 2 transmits the body temperature information to the central control center 3.

When the motion sensing sensor is included in the information sensing body 200, the motion sensing sensor may include an acceleration sensor, an angular velocity sensor, and an inertial body (e.g., steel ball) Sensors that can detect the moving state (standing, sitting, walking, leaping) of the wearer (10) can be used alone or in combination.

The electric signal generated by the motion detection sensor is also transmitted to the receiving body 300 and interpreted by the built-in program so that the operating state of the wearer can be analyzed and grasped. Alternatively, the measurement signal itself can be transmitted to the external device, 2, and transmits it to the central control center 3 so that the central control center 3 can analyze and understand the operating state of the soldier.

According to the battle information system using the digital combat clothing according to the embodiment of the present invention, the battle information system using the battle information system includes the medical sensor for detecting the biometric information of the soldier, the motion sensor for sensing the operation of the soldier, A digital combat uniform which is constructed so that the transmission medium for transmitting information is integrated with the garment is applied and that the digital yarn applied to the digital combat suit is short-circuited to detect the injured part of the soldier put into the combat spot remotely, Accurate monitoring of the situation at the battlefield and rapid follow-up will be possible.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. It is to be understood that the invention may be variously modified and changed.

1: Digital combat suit 2: Intermediate control unit
3: Central Control Center 4: Emergency Relief Center
10: nappy clothing 20: outer clothing
100: main body 200: information sensing body
210: Conductive fiber 211: Polyester yarn
212: Nickel 213: Copper
214: silver 215: gold
300: Receiving body 400: Fiber type transmission medium
500: Transmission medium for identifying the injured area

Claims (15)

A digital combat garment capable of identifying a soldier's physical condition information;
An intermediate control unit for receiving the physical condition information of the soldier from the digital combat uniform and transmitting the physical condition information of the received soldier to a remote place;
A central control center for managing the physical condition information of the soldiers received from the intermediate control device in a database and analyzing the physical condition of the soldier based on the managed database and transmitting the analysis result to a remote location;
An emergency relief center for performing follow-up when an abnormal signal is included in the result of the physical condition analysis of the soldier received from the central control center;
The battle information system using the digital combat suit. The method according to claim 1,
The digital combat suit,
An endothelial garment capable of grasping a health condition of a soldier, a wounded state, and an operating state, and an outer garment integrally formed with the endothelial garment or detachably formed from the endothelial garment,
The endothelial garment includes:
A body formed to be in contact with the body of the soldier;
An information sensing body installed inside the body to measure health state information, injury state information, and operation state information of a soldier;
A receiving body installed in the main body and receiving health state information, floating state information, and operation state information measured from the information sensing body; And
A fiber type transmission medium installed in the main body to electrically connect the information sensing body and the receiving body to the main body so as to be integrated with the main body;
And a combat information system using the digital combat suit. The method of claim 2,
Wherein the information sensing body includes at least one of an electrocardiogram sensor, a breathing sensor, a heartbeat sensor, a body temperature sensor, and an operation detection sensor. The method of claim 2,
Wherein said receiving body is connected to said receiving body and to a plurality of floating media identifying transmission media constituting a closed circuit. The method of claim 4,
Wherein the fiber type transmission medium and the transmission medium for identifying the floating area are digital rooms capable of flowing electric current. The method of claim 2,
Wherein the information sensing body is sewn to the inside of the main body by the fiber type transmission medium. The method of claim 2,
Wherein the information sensing body is attached to the inside of the body by a seam tape. The method of claim 2,
Wherein the information sensing body is a woven type sensor including conductive fibers. The method of claim 2,
Wherein the information sensing body is a conductive silicon sensor manufactured by mixing conductive powder into silicon. The method of claim 8,
Wherein the conductive fibers are formed by sequentially coating nickel, copper, silver, gold, and a protective coating on an outer periphery of a thread or fabric of a polyester material. The method of claim 9,
Wherein the conductive silicon sensor is connected to the fiber-type transmission medium through a copper connection plate, the copper connection plate is integrally connected to the conductive silicon sensor during injection molding of the conductive silicon sensor, and the copper connection plate and the fiber- Wherein the combat information system comprises a digital combat suit. The method according to claim 1,
Wherein the intermediate control device is a portable terminal that can be carried by a soldier. The method of claim 3,
Wherein the body temperature sensor senses a change in resistance value according to a change in body temperature, and the receiving body converts the resistance value into body temperature, and displays the body temperature and transmits the body temperature to an external device. The method of claim 3,
Wherein the body temperature sensor senses a change in an infrared wavelength value according to a change in body temperature, and the receiving body converts the infrared wavelength value into a body temperature and displays the body temperature and transmits the body temperature to an external device. The method of claim 3,
Wherein the motion detection sensor includes at least one of an acceleration sensor, an angular velocity sensor, and a sensor capable of sensing a moving state with an inertial body incorporated therein.

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