KR101927713B1 - 3D Emblem with Smart Security Patch - Google Patents

Abstract

The present invention relates to a three-dimensional mark formed by injection molding and stored in a mark attached to a uniform, wherein the edge of the fabric (2) is sewn and fixedly joined, and a plurality of fixing protrusions (11) Member (10); A coupling member 20 having a coupling groove 21 formed on a back surface thereof and fixing the fixing protrusion 11 of the base member 10; An NFC tag 25 coupled to the insertion groove 22 formed on the back surface of the coupling member 20 and storing unique identification and identification information to transmit and receive data information wirelessly; And a patch member (30) whose back surface is adhered to the surface of the engaging member (20) and fixed on the surface, and the surface and characters are stamped with the projections (31) and painted. According to the present invention, it is possible to design a variety of three-dimensional structures by a three-dimensional graphic program and a convenient detachment structure by a stamping technique by removing the metal or embroidery from the mark to improve the shape and material of the mark, It is possible to perform security work through authentication process using an application, and to enhance security against disguise or theft of clothes.

Description

3D Emblem with Smart Security Patch "

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a stereoscopic sign including a smart security patch function, and more particularly to a stereoscopic sign that is manufactured by injection molding and information of a wearer is stored in a mark attached to a uniform.

Typically, a mark is a combination of symbols, letters, figures, cubic shapes, or combinations of these, and color. A group mark shall be used by a corporation jointly established by a person who operates a business that manufactures, manufactures, processes, or sells goods or by a person who engages in the service business, or uses a group member for the goods or service business It is a mark to make. Furthermore, collective marks are mainly used by various government agencies and nonprofit corporations including military, police, customs, security, security, and courts. In particular, it is worn in various forms such as concealment, work clothes, active wear, etc. in the form of umbrellas, ranks, coats, etc. to indicate the identity, characteristic or identity of the organization.

Traditionally, uniforms, ranks, coats, etc. that wear uniforms are mainly made of metal or embroidered on cloth. Particularly, the metal seals are heavy, and they are fixed to the uniform with pins or screws. Therefore, it is troublesome to attach and detach them, and a design processing technique using a primary die is required. In addition, the embroidered cloth was difficult to be detached, sewn, susceptible to contamination, and easily lost in friction. In addition, there were also problems that the mark could not be used for purposes other than identification of a group or identification of a simple identity.

As a prior art related to the present invention, Patent Document 1 discloses a RFID tag antenna for military attaching, comprising: a substrate 100 having a predetermined permittivity and performing a grounding function; And a patch (200) positioned on a ground plane of the substrate (100); Wherein the patch 200 includes a monopole 210 including an RFID chip to which power is supplied and a stub 220 extending in a direction parallel to the monopole 210 in a direction of the antenna H, The monopole 210 may have a structure in which the upper end of the monopole 210 is folded in a "? &Quot; shape above the stub 220, a structure covering the stub 220, H), and the length of the monopole (210) is longer than the length of the stub (220). The RFID tag antenna according to claim 1, . According to the disclosed prior art, there is a problem that the structure and structure are complicated, for example, in that a structure is complicated and a battery is mounted for power supply for transmitting and receiving a radio signal at a somewhat long distance.

Korean Registered Patent No. 10-0973715 (issued on August 4, 2010)

SUMMARY OF THE INVENTION An object of the present invention is to provide a smart security patch, which is combined with an NFC tag storing information of a wearer on a stereoscopic sign manufactured by injection molding, to be attached to a uniform or the like.

Another object of the present invention is to provide an application for security business that can wirelessly transmit / receive information to / from a remote server by bringing a portable terminal into close contact with an NFC tag coupled to a mark.

In order to achieve the above object, according to the present invention, there is provided an image forming apparatus comprising: a base member having a fabric edge, sewed and fixedly coupled, An engaging member having an engaging groove formed on a back surface thereof to fix the fixing protrusion of the base member; An NFC tag coupled to the insertion groove formed on the back surface of the coupling member and storing identification and identification information unique to a group and transmitting / receiving data information wirelessly; And a patch member having a back surface adhered and fixed to the surface of the coupling member, a surface of which is patterned and textured with irregularities and painted, and a smart security patch is provided.

Further, in the present invention, the fixing protrusions are made of a magnetic material, and the coupling grooves are formed with ring-shaped permanent magnets, so that the fixing protrusions can be coupled by the magnetic force with the permanent magnets.

Further, in the present invention, the patch member is formed by injecting and molding a polyurethane (PVC) film and a silk-printed film into a molded injection mold, and injecting and molding urethane into a three-dimensional shape by hydraulic pressure, The injection mold can be manufactured by filling the injection mold with silicon and injection molding.

Further, in the present invention, a fluorescent security pattern printed with a pattern or a letter in fluorescent ink may be printed on the patch member, or a substance emitting light only in a predetermined band may be added, or a hidden pattern or character may be printed in both directions depending on the viewing angle Or incorporating a three-dimensional film exhibiting a stereoscopic effect.

Further, in the present invention, the patch member may include a thigh, a rider, a cochlea or a name tag.

In addition, in the present invention, it may include an application for security business, which is installed in the portable terminal and reads information of the NFC tag within a predetermined distance from the patch member, connects to a remote server through a wireless communication network, and transmits and receives the read information .

Further, in the present invention, the security business application may be configured to input a cryptographic key or a security pattern when executed by a wearer, to perform security authentication with a fingerprint or iris initially registered by a wearer, And a function of transmitting a message or transmitting the location information of the wearer to the server with a GPS receiver installed in the portable terminal.

Further, in the present invention, if the portable terminal approaches the patch member within a certain distance, the security business application can be automatically executed to read information from the NFC tag.

Further, in the present invention, a velcro tape or a snap button distinguished by male and female can be combined with the surface of the base member and the back surface of the engaging member.

Further, in the present invention, a QR code may be printed on the surface of the base member or the surface of the engagement member.

According to the present invention, it is possible to design a variety of three-dimensional structures by a three-dimensional graphics program and a convenient detachable structure by a stamping technique by removing the metal or embroidery from the mark and improving the shape and material of the mark, Is added and authentication process using an application is performed, security work can be performed, and there is an advantage that security against dishonesty or theft is strengthened.

1 is an exploded perspective view showing a stereoscopic sign equipped with a smart security patch according to a first embodiment of the present invention.
2 is a perspective view showing a stereoscopic sign having a smart security patch according to the present invention.
3 is a cross-sectional view of a stereoscopic sign having a smart security patch according to the present invention.
4 to 6 are an exploded perspective view, a perspective view, and a cross-sectional view showing a second embodiment of a stereoscopic sign having a smart security patch according to the present invention.
7 to 9 are an exploded perspective view, a perspective view, and a cross-sectional view showing a third embodiment of a stereoscopic sign having a smart security patch according to the present invention.
FIG. 10 is a block diagram illustrating a system for performing a security service using a stereoscopic sign equipped with a smart security patch according to the present invention.
11 is a flowchart illustrating a process of performing a security service using a stereoscopic sign having a smart security patch according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of a stereoscopic sign having a smart security patch according to the present invention and an application for security business using the same will be described in detail with reference to the accompanying drawings.

In Fig. 1 to Fig. 3, the stereoscopic mark 1 shows a pleat consisting of the base member 10, the engaging member 20, and the patch member 30.

The base member 10 is sewed on a surface of a fabric 2 such as a uniform, a work clothes, or an active wearer with a sewing machine and is fixedly coupled to the base member 10. A sewing line 12 sewn with a sewing thread is formed at the edge of the base member 10. The base member 10 is made of a soft synthetic resin such as silicone which is excellent in elasticity and can be sewn with a sewing machine. Further, the base member 10 is formed in a circular shape, a shield shape, or a polygonal shape at a temperature of approximately 250 캜. A plurality of fixing protrusions (11) protrude from the surface of the base member (10). The fixing protrusion 11 is preferably rigid, but may be flexible with elasticity. The fixing protrusion 11 may be made of a metal or a magnetic material different from the material of the base member 10.

The joining member 20 is made of a soft synthetic resin such as silicon excellent in elasticity. The joining member 20 is formed by injection molding at a temperature of about 200 캜 and has substantially the same shape as the base member 10. A coupling groove (21) and an insertion groove (22) are formed on the back surface of the coupling member (20). The engaging groove 21 of the engaging member 20 is inserted into the fixing protrusion 11 protruding from the surface of the base member 10. It is preferable that the inner diameter of the engaging groove 21 is the same as the outer diameter of the fixing protrusion 11. A ring-shaped permanent magnet (24) is inserted into the coupling groove (21) of the coupling member (20). Therefore, when the fixing protrusion 11 of the base member 10 is a magnetic body, it exerts a fixing force to be coupled by the magnetic force with the ring-shaped permanent magnet 24.

The NFC tag 25 is inserted into the insertion groove 22 formed in the back surface of the engaging member 20. A support flange 23 is formed at the edge of the insertion groove 22 to fixly support the inserted NFC tag 25. The engagement member 20 may be inserted by extending the support flange 23 when the NFC tag 25 is inserted in a ducted manner. Further, the NFC tag 25 can be adhesively fixed to the inner side surface of the insertion groove 22 with an adhesive. The NFC tag 25 wirelessly transmits and receives data information at a certain distance. The NFC tag 25 is a non-contact type short-range radio tag to which various wireless data are exchanged at a distance of about 10 cm or less. The NFC tag 25 includes unique information related to a wearer such as a uniform, that is, affiliation, rank, name, contact, and resident registration number.

The patch member 30 has the same shape as the base member 10 and the engaging member 20 and the back surface of the patch member 30 is fixed to the surface of the engaging member 20 with an adhesive or the like. On the surface of the patch member 30, the pattern and characters are stamped with the unevenness 31 and subjected to painting. The patch member 30 is formed by injecting and molding a polyurethane (PVC) film and a silk-printed film in a molded injection mold, and urethane in a three-dimensional shape by hydraulic pressure. Furthermore, the patch member 30 can print various colors in addition to the base color when printing patterns and characters. In particular, the patch member 30 is printed so that a metal-like texture appears.

In addition, the patch member 30 may be provided with an encryption security code, so that the patch member 30 can function as a security patch. That is, a pattern or character can be printed with a fluorescent ink that can not be seen, and a fluorescent security pattern can be printed which can identify hidden patterns or characters with a dedicated recognizer. In addition, a special material security paper to which a substance which emits light only at a predetermined wavelength can be applied. In addition, a two-way latent image method in which hidden patterns and characters can be recognized in both directions depending on viewing angles can be applied. Also, a thin stereoscopic film exhibiting sharp and various stereoscopic effects can be applied. In addition, a metallic material sensibility technique for preventing forgery or modulation through a combination of various materials and patterns within the metal can be applied.

The QR code 26 can be printed on the surface of the base member 10 or on the surface of the engaging member 20 or inside the insertion groove 22. [ The QR code 26 preferably includes the same information as the wearer's identity or rank in addition to the NFC tag 25, but may also include information different from the NFC tag 25. The QR code 26 will be useful when it is unable to recognize the NFC tag 25 or when providing key information with the QR code 26. [ Therefore, after the coupling member 20 to which the patch member 30 is coupled is detached from the base member 10, the QR code information can be read using the QR code scanner.

As a second embodiment, in Fig. 4 to Fig. 6, a three-dimensional mark 1 is shown, which is composed of a base member 10, a coupling member 20 and a patch member 30, The configuration and manufacturing method of the pericardium are approximately the same. However, since the band element is in the form of a string attached to the shoulder belt 3 formed on the shoulder portion, the base member 10 is sewn on and fixed to the fabric of the uniform, the work clothes, or the active wear. Therefore, the base member 10 is formed into a three-dimensional mark 1 made up of a cluster, and a slot 13 is formed in the base member 10 like a bag for inserting a scabbard 3. A plurality of fixing protrusions 11 protrude from the edge of the base member 10 and a coupling groove 21 is formed in the coupling member 20. A plurality of coupling grooves are formed at the edge of the base member 10, A fixing protrusion may protrude from the coupling member 20.

Next, as a third embodiment, FIGS. 7 to 9 show a constellation consisting of the base member 10, the engaging member 20 and the patch member 30 as the three-dimensional mark 1, The configuration and manufacturing method of the pericardium according to the examples are the same. However, the flagpole is different from that of the base member 10 in that the flagpole is made of a square or a rectangle in addition to the base member 10 being sewn and fixedly bonded to various positions not specifically defined in the uniform of the uniform, work clothes or active wear.

The stereoscopic mark 1 of the present invention may be combined with a velcro tape or a snap button or the like discriminated by the male and female on the surface of the base member 10 of the thigh, the rider, or the flagpole and the back surface of the engaging member 20, respectively.

In Fig. 10, the NFC tag 25 mounted on the stereoscopic mark 1 needs a portable terminal 4 to transmit and receive information including the identity of the wearer. The portable terminal 4 may include a smart phone, a tablet, or a portable PC. Also, unlike the portable terminal 4, the portable terminal 4 may be a terminal installed at a specified location or location and reading information of the NFC tag 25. [

In the portable terminal 4, a security business application 40 is installed. The security business application 40 can be downloaded and installed from the server 50 that manages the security task of the organization or the department to which the security business application 40 belongs. In addition, the information included in the wearer's NFC tag 25 should be stored in the DB 51 connected to the server 50. The security business application 40 installed in the portable terminal 4 reads the information of the NFC tag 25 when it comes within a predetermined distance from the patch member 30 and accesses the remote server 50 through the wireless communication network, Information is transmitted and received. Also, it is possible to use the security business application 40 of the portable terminal 4 to send and receive an emergency call or a message, manage a schedule related to the work, (5) to the server (50). In addition, the security business application 40 may be configured to input a cryptographic key or a security pattern when executed by a wearer such as a uniform or perform security authentication with a fingerprint or iris initially registered by a wearer, It is possible to improve the property. Furthermore, when the portable terminal 4 approaches the patch member 30 within a certain distance, the security business application 40 is automatically executed to read information from the NFC tag 25. [

The operation of the security business application installed in the portable terminal using the stereoscopic sign equipped with the smart security patch according to the present invention will be described.

First, the three-dimensional mark 1 is divided into a base member 10 sewn on a fabric, a coupling member 20 in which an NFC tag 25 is embedded, and a patch member 30 adhered and fixed to the coupling member 20 . Here, the engaging member 20 integrally bonded to the patch member 30 is engaged with the base member 10 sewn to the fabric. That is, the fixing protrusion 11 protruding from the surface of the base member 10 is fitted to the ring-shaped permanent magnet 24 fixed to the coupling groove 20 in the coupling member 20. At this time, since the fixing protrusion 11 is a magnetic body, when it is inserted into the permanent magnet 24, it is coupled by the magnetic force. Furthermore, the polarity of the fixing protrusions 11 and the permanent magnets 24 should be such that they have gravity. The magnetic force of the fixed protrusions 11 and the permanent magnets 24 will separate them by applying a force of more than a certain level to be able to overcome the magnetic force. The fixing protrusions 11 and the permanent magnets 24 are each composed of a plurality of members so that the coupling member 20 to which the patch member 30 is integrally joined from the base member 10 is not easily separated. When the fixing protrusion 11 is made to be a permanent magnet, it will be coupled with the ring-shaped permanent magnet 24 inserted and fixed in the coupling groove 21 of the coupling member 20 with stronger magnetic force.

Next, in Fig. 11, when the stereoscopic sign 1 having the smart security patch is used to attach at least one of the umbrella, the class field, or the cochlea to the wearer's uniform, work clothes or active clothing, the wearer uses the security business application 40 And the portable terminal 4 including the function of being installed in contact with the NFC tag 25 by tagging can be used.

Therefore, the wearer touches the portable terminal 4 equipped with the NFC tagging function in close proximity to the stereoscopic sign 1 in which the NFC tag 25 is embedded (S1). At this time, the portable terminal 4 reads information from the NFC tag 25 by executing the installed security business application 40 (S2).

In addition, the security business application 40 requests input of a security key or a security pattern that the wearer has initially set (S3). The security key is a pattern inputted by the wearer when the security business application 40 is installed, and the security pattern is a pattern inputted by the wearer when the security business application 40 is installed. Further, according to the importance of security, the wearer can input security information such as fingerprint or iris confirmation at the time of installing the security business application 40. [ Furthermore, a method such as authorized authentication or terminal authentication may be applied for security when executing the security business application 40, and selective security may be set according to the wearer.

When the security key or the security pattern is input and authentication is completed, the security business application 40 accesses the remote server 50 via the Internet and transmits information read from the NFC tag 25 (S4). At this time, information to be transmitted includes position information and time information received from the GPS receiver 5 of the portable terminal 4, together with the identification information read from the NFC tag 25. [

The server 50 compares the information received from the security business application 40 with the information stored in the DB 51 to perform security authentication (S5). Then, the server 50 compares the security authentication information received from the security business application 40 with the authentication information stored in the DB 51 (S6). At this time, if the authentication information is not normally registered, the server 50 transmits an error message to the security business application 40 and re-inputs the authentication information through the security business application 40 (S9). When security authentication is completed with the server 50 and the normally registered user, the security business application 40 performs an emergency call, a message or a task scheduling management, a meeting or a discussion (S7). Then, the security business application 40 transmits the information selected and executed by the wearer to the server 50 and stored in the DB 51 (S8). The information stored in the DB 51 can be used as work information of individual wearer or data for human resource management.

While the invention has been shown and described with respect to the specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone with it will know easily.

The present invention relates to a portable information terminal device and a portable information terminal device having the same and a portable information terminal device having the same. Permanent magnet 25: NFC tag 26: QR code 30: patch member 31: unevenness 40: security application 50: server 51: DB

Claims (10)

A base member 10 formed by injection molding with the injection mold filled with silicone and having a plurality of fixing protrusions 11 protruding from the surface of the fabric 2;
An engaging groove 21 is formed in the injection mold by injection molding and is formed with a ring-shaped permanent magnet 24 on the back surface thereof. The fixing protrusion 11 of the base member 10 is fixed to the permanent magnet A coupling member (20) fixedly coupled by a magnetic force of the coupling member (24);
A QR code (26) printed on the surface of the base member (10) or on the surface of the coupling member (20) so that identification and identification information unique to a group can be stored and read by a QR code scanner;
Is inserted into the insertion flange 23 at the edge of the insertion groove 22 and is stored in the identification and identification information unique to the unit so that data information is wirelessly transmitted and received An NFC tag 25;
In the produced injection mold, polyurethane (PVC) is printed with silk printed pattern and characters, urethane is filled in a three-dimensional form by hydraulic pressure, and the imprint is made by injection molding (31) A printed fluorescent security pattern may be printed, or a material which emits light only in a predetermined band may be added, or a hidden pattern or character may be printed in both directions depending on the viewing angle, or a stereoscopic film showing a stereoscopic effect may be incorporated , A patch member (30) which is attached and fixed to the surface of the engaging member (20) with a back surface, and which includes a pericardium, a stripe, a cochlea or a name tag;
An application for security business, which is installed in the portable terminal 4 and reads information of the NFC tag 25 when it is within a predetermined distance from the patch member 30, connects to a remote server through a wireless communication network, and transmits / 40), the security business application (40), when executed by a wearer, inputs a cryptographic key or a security pattern, or performs security authentication with a fingerprint or iris registered at the beginning by the wearer, and the security business application (40) A function of transmitting an emergency call or a message transmission after the execution of the security application 40 or transmitting the position information of the wearer to the server 50 with the GPS receiver 5 installed in the portable terminal, And a function of automatically reading the information from the NFC tag (25) Three-dimensional marks comprising the mart security patches. delete delete delete delete delete delete delete delete delete

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