KR20200014985A - Smart-phone safty system - Google Patents

Abstract

The present invention relates to a smartphone disaster safety system having strong durability, which comprises: a housing (100) including a housing front surface (110) and a housing rear surface (120); a main body (200) including a holding plate fixing unit (210) and an NFC holding plate (220); and an NFC (300).

Description

Smartphone Disaster Safety System {SMART-PHONE SAFTY SYSTEM}

The present invention relates to a system using a smart phone, NFC (Near Field Communication) marker and the national branch number, as well as general facility management, and implements information guidance for reporting disasters, rescue and safety measures, etc. .

More specifically, it relates to a device and a system in which NFC is used to promptly and easily guide relevant information on signs such as a national license plate, electric pole numbering, street lamp numbering, security lamps, etc. to a mobile terminal such as a smartphone. .

NFC is a technology that connects communication between devices in less than 0.1 seconds without requiring complicated settings, and can transmit and receive data with a single touch like a traffic card stored in a smartphone. Because it can communicate only at close range, it has excellent physical security and has been mainly used for mobile payment service. Currently, it is used for data transmission for exchanging information of electronic products such as cameras or printers equipped with NFC.

While traditional RFID is a passive function of reading data such as a transportation card or a courier service, NFC can exchange data between credit card payments or devices with a chip.

In particular, the present invention relates to a technology for quickly and simply using NFC as a portable terminal such as a smart phone for information related to a sign such as a national license plate.

As the related art related to the above, the Patent No. 10-1389744 (2014.04.22) illustrated in FIGS. 1 and 2 is provided.

A main body installed in the facility; A cover coupled to the front of the main body; Coupling means for coupling the main body and the cover; A groove formed on the front of the main body; NFC coupled to the groove; A plurality of lamps provided at one side of the main body; A protective cover for protecting the lamp; An AR marker displayed on the cover surface; A power supply unit supplying operation power to the lamp; Including,

It is configured to include a fixing hole formed in the main body and the cover, respectively,

Arc-shaped contact portion and arc-shaped contact surface formed on the back of the main body; Fastening band coupling hole formed in the horizontal direction of the main body; It is configured to include.

The cover is made of a non-metallic material through which radio waves are transmitted well.

The power supply unit, the solar cell is installed on the cover surface; A charging control unit which supplies the electromotive force obtained by the solar cell to a lamp and charges the battery; Including,

The lighting unit includes a concave-type housing formed on one side of the front cover; A plurality of LED lamps provided in the housing; A protection cover that is watertightly installed on the front of the housing to transmit the illumination light to the outside while protecting the lamp; It is configured to include.

The national branch number plate can express autonomous information at the center, name at the top, name at the bottom according to the priority of the information so that users can quickly and easily transfer the location information in case of emergency in the area where the road name address is not assigned. In order to meet the needs of various users due to the increase in the number of users of mobile terminals, it is possible to effectively use various information such as internet address, map information, first aid, etc. in addition to the contents included in the branch number plate. It is aimed. In addition, various information (evacuation information, movement direction information, phone number, place name, internet address, QR code, etc.) including location information is displayed at a specific base or specific point, and a metal plate, a reflection sheet, and various display parts are displayed. Pre-determined panel consisting of multiple layers such as display sheet and UV blocking sheet, name plate display unit located at the top of the panel surface, grid display unit located at the bottom thereof, installation coordinate display unit and English display unit, and place names below Consists of a display unit, an emergency / inquiry phone display unit, a phone number display unit, and a QR code display unit at the bottom thereof, and a fastening member such as a bracket and a bolt / nut, etc. It may be fixed.

Disaster disaster safety system of the present invention,

Location / coordinate information of various holding facility signs such as telecommunications, transmission lines, street lamps, security lamps, etc. and related information necessary for management thereof, as well as data for providing evacuation information in case of emergency such as distress or wildfire, may be stored. Access the administrator's website using a mobile network or the Internet,

Even if the QR code is damaged or the letters or numbers on the facility are damaged, the data stored in NFC can be used by using a mobile terminal.

It has a strong durability against the external environment, its configuration is simple, it is easy to manufacture, and to provide a watertight structure that prevents the penetration of moisture.

Disaster disasters using NFC, linked to national branch numbering systems; Lifesaving; As a smartphone disaster disaster safety system for information guidance and reporting for safety measures,

A housing 100; Main body 200; NFC 300; includes;

The housing has a quadrangular shape including a housing front surface 110 and a housing rear surface 120, the body is protected by the housing, and the NFC is attached to the body,

The housing takes the form of an empty box inside and only the bottom surface is opened,

The main body includes a mounting plate fixing part 210 having a bundle shape at the bottom and an NFC mounting plate 220 taking a plate shape at the top,

The outer surface of the mounting plate fixing portion is formed to correspond to the shape of the housing lower inner surface 140 of the housing, so that the mounting plate fixing portion is inserted and fixed while in close contact with the inside of the lower end of the housing,

 On the bottom of the housing front 110 and the bottom of the mounting plate fixing portion 210, a self-locking device 150 is configured to hold the main body firmly fixed in the housing so as not to fall out,

A lock plate 151 formed by cutting two and two cut portions cut1 and cut2 in the vertical and horizontal directions, and having the other side cut off on one side of the bottom surface of the housing front surface 110; A locking hinge 152 formed on the one side of the locking plate 151 to be bendable by a method of cutting the thickness of a predetermined section of the housing front surface 110 in a thin manner (cut3); And a locking pin 153 protruding from the inner bottom surface of the housing 140 toward the housing rear surface 120 from an inner side surface of the locking plate 151.

In the main body, a locking hole 250 having a hole corresponding to the locking pin 153 is formed on the front surface of the bottom of the mounting plate fixing part 210 to fix the locking pin 153.

When the locking plate 151 is pulled out to open and the main body is inserted into the housing, and the locking plate 151 is pushed and closed, the locking pin 153 is inserted into the locking hole 250 to be fixed. In this way, the closing action is easily made by the self-torsion of the locking hinge 152 and keeps the closed state firmly.

According to the disaster disaster safety system of the present invention,

Location / coordinate information of various holding facility signs such as telecommunications, transmission lines, street lamps, security lamps, etc. and related information necessary for management thereof, as well as data for providing evacuation information in case of emergency such as distress or wildfire, may be stored. The administrator's website can be accessed using a mobile communication network or the Internet.

The present invention can use the data stored in the NFC using a mobile terminal even if the QR code, etc. are damaged, or letters or numbers written on the facilities are damaged.

In particular, it has a strong durability against the external environment, its configuration is simple, easy to manufacture, and provides a watertight structure that prevents the penetration of moisture.

1 and 2 are exemplary views illustrating the prior art.
Hereinafter, as an illustration concerning the embodiment of the present invention,
Figure 3 is an exemplary view showing an implementation to use attached to the sign.
4A is an exploded perspective view showing the entire decomposition; B is a perspective view of a portion viewed from another direction; C is a perspective view showing one other part from another direction;
Figure 5 is an enlarged perspective view of the pre-assembly state of any two parts.
Figure 6 is a perspective view showing a state before assembly of the assembled and the other parts of FIG.
7 is a perspective view showing the assembled state of FIG.
8 is an exemplary view showing a cross-sectional view of the front and the AA cutting line and BB cutting line of the assembled Figure 7;
Hereinafter, another embodiment of the present invention is illustrated and illustrated.
9 is a perspective view; Front view; Bottom view;
10 is an exemplary view showing in a perspective view a disassembled state or a state before assembly;
In FIG. 11, FIG. 11A is a state diagram showing a state before closing the locking device in a perspective view and a plan sectional view; 11B is a state diagram showing that the locking device is closed;
12 is an exemplary embodiment illustrating the use of a mobile terminal such as a smartphone.

Hereinafter, the disaster disaster safety system of the present invention will be described in detail with the accompanying drawings.

Devices and systems that quickly and easily guide relevant information on signs such as national point plates, pole numbers, street lamps, security lamps, etc. to NFC (N4) using Near Field Communication An embodiment of is briefly shown in FIG. In this regard, reference is made to FIGS. 2 and 3 in addition.

In the present invention, the system using the NFC (300) is linked to the national branch number system, to implement information guide for disasters, lifesaving, safety measures, reporting, etc., as in the example of Figure 4A, the present invention The disaster safety system of the housing is large; Main body 200; NFC 300; includes.

The NFC 300 uses a proximity data transmission technology, and transmits data to the mobile terminal n4 and a near field communication using a carrier frequency of a single frequency, and the carrier frequency is Industrial Scientific. Medical) for example. The proximity communication is a wireless data transmission technology capable of transmitting and receiving information included in a tag within a few 10 cm, but also includes contact communication. The body of the NFC (300) is composed of a synthetic resin, such as high strength and tough so as to propagate the RF signal transmitted and received, and transmit and receive information contained in the tag within a distance of 10cm through a non-metallic housing 100 Near field communication is possible.

In use, when the portable terminal n4 is brought close to the disaster safety system of the present invention installed on a sign n2 such as a pole n3, the NFC 300 of the information guide device and the NFC recognition unit of the portable terminal communicate with each other. It is possible to easily obtain relevant information in detail. The NFC 300 is configured to be recognized through the NFC recognition unit of the mobile terminal n4, in this regard can refer to a known technology that is commonly used.

Disaster safety system in the configuration, NFC marker device is largely housing (100); Main body 200; NFC 300; includes;

As illustrated in FIGS. 4A, 6 and 8, the housing 100 is empty in the form of a thin box back and forth that is generally rectangular in shape when viewed from the front. The housing 100 is blocked to close the inside, as well as the front and rear surfaces, and only the bottom surface is opened. Such a structure effectively guarantees waterproofing against gravity falling water such as rainwater. That is, since water falls downward by gravity, there is very little possibility of water penetration. In addition, it is manufactured by a single body rather than a configuration by assembling it can be well protected against the internal shock to protect the internal structure, and the configuration is simple, the production is advantageous and easy to maintain.

The housing 100 is resistant to impact, and excellent in corrosion resistance against drafts, and NFC, such as a mobile terminal such as a smart phone, made of a non-metallic material such as plastic, vinyl, synthetic resin, rubber, urethane, which transmits the radio well It should be configured to allow smooth communication between the (300).

Meanwhile, as shown in the right figure of FIG. 3, the front surface of the housing 100, that is, the front surface of the housing 110 may be attached or printed with an auxiliary information guide 111 such as a QR code or an AR marker (Augmented Reality Mark). Can be.

In FIG. 4C, the back of the housing 100, that is, the back of the housing 120, may be attached to a designated position in front of the sign n2 of FIG. 3 by using a strong adhesive such as silicon. By using such a method or a fixing screw or the like, the disaster safety system n1 of the present invention is attached and fixed to the sign n2.

4 to 6 and 8, the main body 200 includes a mounting plate fixing portion 210 taking a bundle form in the lower portion and the NFC mounting plate 220 taking a plate shape in the upper portion.

The outer surface side of the mounting plate fixing portion 210 is formed to correspond closely to the inner surface of the lower portion of the housing 100, that is, the shape of the housing lower inner surface 140. The mounting plate fixing part 210 is fixed in such a way that the mounting plate fixing part 210 is inserted in such a manner as to be in close contact with the inside of the lower end of the housing 100, and thus does not fall out. In addition, by closely maintaining the watertight (water) to prevent the external moisture from advancing or seeping into the interior of the housing 100 to prevent circuit failure or shortened life due to moisture infiltration. In this case, an O-ring or packing may be additionally installed between the housing lower inner surface 140 and the lower outer surface of the main body 200 to further strengthen the watertight state. In addition, to help secure the fixing, although not illustrated in the drawings, the fixing hole is formed in the lower portion of the housing 100 and the mounting plate fixing portion 210, respectively, and screwed together at a time with a fixing screw or It can be adhered using an adhesive or the like.

The NFC mounting plate 220 takes the form of a board (board) and is formed in a plate shape so as to extend upward from the mounting plate fixing portion (210). In particular, as in the example of Figure 5, the left and right width, front and rear width (t2) of the NFC mounting plate 220 is taken smaller than the left and right width, front and rear width (t1) of the mounting plate fixing portion 210 (t2 <t1) When the NFC mounting plate 220 is inserted into the housing 100 to maintain a spaced state so as not to contact the inner surface of the inside of the housing 100.

As shown in the example of FIG. 8, a space is spaced between an inner surface of the upper portion of the housing 100 and an outside of the NFC mounting plate 220. The separation space is a kind of buffer section, even if the housing 100 is shocked from the outside to provide a protective space so that the impact is not directly transmitted to the main body 200, in particular, NFC (300) therein. In addition, even if the size, shape of the NFC (300) is slightly different or large depending on the manufacturer to ensure a space to accommodate it.

In the front of the NFC mounting plate 220 is formed NFC recessed groove 230 of the recessed shape in the form, size corresponding to the periphery of the NFC (300), as shown in Figure 5, the NFC ( 300 is inserted into the NFC recess groove 230 to fix the NFC (300). In addition, even if the size, shape of the NFC (300) is slightly different or large depending on the manufacturer to secure it by adding a space to accommodate it.

And although not shown in the figure, by forming a handle protruding downward on the bottom of the NFC mounting plate 220, after the housing 100 and the NFC mounting plate 200 is assembled, such as maintenance needs As a result, the handle may be detached by holding the handle.

On the other hand, the member of the main body 200 may be made of plastic, plastic, such as vinyl, metal, rubber, urethane, and the like. At this time, in order to fit the NFC (300) well can be selected a member with a large friction or elastic contact force.

Another embodiment of the present invention will be described with reference to FIGS. 9 to 11. The body 200 is firmly fixed in the housing 100 to the bottom 112 of the housing front surface 110 of the housing 100 and the bottom of the mounting plate fixing portion 210 of the body 200, It may include a self-locking device (150) to hold and secure so as not to fall out. By using the locking device 150, all the components can be formed in one mold in one body, and there is no need to prepare and use a fixed screw separately, thus making it easy to manufacture, lowering production costs, and ensuring durability. Convenient maintenance and easy to use

In the housing 100, in FIG. 9 and FIG. 10, one side is left at the bottom surface of the housing front surface 110 by two cuts cut1 and cut2 cut and cut in the vertical and horizontal directions. Lock plate 151 is formed by cutting the remaining side; A locking hinge 152 formed on the one side of the locking plate 151 to be bendable by a method of cutting the thickness of a predetermined section of the housing front surface 110 in a thin thickness (cut3) to serve as a hinge; And a locking pin 153 protruding from an inner side surface of the locking plate 151 toward the housing rear surface 120 side of the housing bottom inner surface 140 of the housing 100.

In the main body 200, in the example of FIG. 10, a hole corresponding to the locking pin 153, that is, the locking pin 153 may be fixed to the front of the bottom of the mounting plate fixing part 210. A hole 250 is formed by drilling.

 The cuts cut1 and cut2 and the locking hole 250 may be formed at a time by using a slider of a mold.

Through the above-described configuration, as shown in FIGS. 10 and 11A, the locking plate 151 is pulled out and opened to insert the main body 200 into the housing 100, and then the example of FIG. 11B. As such, when the locking plate 151 is pushed and closed, the locking pin 153 is inserted into the locking hole 250 to be fixed very easily. At this time, by the member characteristics of the housing 100 constituting the locking hinge 152, the closing action of the locking hinge 152 can be helped to be made more easily, and the closed state is also maintained Can be helpful.

In addition, the locking pin 153 may be inserted into the locking hole 250 so that both sides or one side may be tapered or filleted. In addition, when necessary, the locking hinge 152 may use a separate hinge, the locking pin 153 may be used by attaching a separate pin.

NFC 300; NFC support plate 220; Main body 200; Deferred edition (210); A mobile terminal n4; A housing 100; A housing front 110; A housing back 120; Lock 150;

Claims (2)

Disaster disasters using NFC, linked to national branch numbering systems; Lifesaving; As a disaster safety system using a smartphone for information guidance and reporting for safety measures,
A housing 100; Main body 200; NFC 300; includes;
The housing includes a housing front surface 110 and a housing rear surface 120, the main body is protected by the housing, the NFC is attached to the main body,
The housing takes the form of an empty box inside and only the bottom surface is opened,
The main body includes a mounting plate fixing part 210 having a bundle shape at the bottom and an NFC mounting plate 220 having a plate shape at the top,
Smartphone disaster safety system, characterized in that quickly and easily guided to a mobile terminal (n4), such as a smartphone. The method of claim 1, wherein the NFC (300),
Proximity data transmission technology
By using the carrier frequency ISM (Industrial Scientific Medical) band of a single frequency to transmit data to the mobile terminal (n4) and Near Field Communication,
The proximity communication is a smart phone disaster disaster safety system, characterized in that it comprises a wireless data transmission technology that can transmit and receive information contained in the tag within a few tens of centimeters and communication performed in contact.

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