KR20160001136A - Shoes capable of tracing position and movement method and wireless power charger capable of loading and charging the same - Google Patents

Abstract

The present invention relates to a shoe capable of tracing a position and a movement method, and a wireless power transmitting device capable of holding and charging the same. According to the present invention, the shoe comprises: a main sole; an external skin formed in an upper side of the main sole, and having a wearing space formed therein; a heel attached on a lower surface of the main sole; a movement sensor formed in the main sole, the external skin, or the heel; a communications module formed in the main sole, the external skin, or the heel; a position information module formed in the main sole, the external skin, or the heel; a battery formed in the main sole, the external skin, or the heel, and providing power to the communications module, the position information module, and the communications module; and a control unit for obtaining information about a movement method of a wearer based on movement waveform information obtained from the movement sensor, and controlling the communications module so as to transmit the information about the movement method and position information obtained through the position information module to an external terminal.

Description

[0001] SHOES CAPABLE OF TRACING POSITION AND MOVEMENT METHOD AND WIRELESS POWER CHARGER CAPABLE OF LOADING AND CHARGING THE SAME [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a shoe capable of tracking a position and a movement mode, and a wireless charging device capable of loading and charging the shoe.

Due to the rapid urbanization of modern society, modern people living in complex living environments have become more and more popular. As a result, young infants, disabled people with low cognitive abilities, and elderly people are getting lost.

In modern society, children and elderly people are exposed to kidnapping, abduction, and other crimes. As a result, parents and guardians always wondered if their children were at home or at home.

Recently, the school has provided "Alert Service" to inform the school about the attendance and dismissal by text message on their parents' mobile phone at school and at school.

However, even in these cases, it is difficult to find them if children are kidnapped or lost.

Therefore, in order to confirm the safety of the student and to use it for the purpose of confirming the safety of the elderly person who is a guardian in case of an emergency, Recently, there has been a configuration in which a precision positioning system using a GPS module has been recently constructed to be easily mounted on a belt, to be applied to clothing, or to be mounted on shoes or the like.

However, by merely confirming the position, it is difficult to find a protected person. The protected person will continue to move, and it will be difficult to identify the protected person to find out only by the location information in the place with many people.

The present invention provides a shoe that can not only generate location information but also information on a wearer's movement method and can track a position and a movement mode that can notify a guardian thereof, The purpose of the crime is to solve the crime quickly even in situations of abduction such as abduction.

In order to solve the above-described problems, a shoe capable of tracking a position and a movement mode, which is one embodiment of the present invention, A cover provided on the upper side of the main window and forming a wearing space therein; A rear foot attached to the underside of the window; A motion detection sensor built in the main window, the outer cover, or the rear heel; A communication module installed in the main window, the shell, or the rear leg; A positional information module installed in the main window, the shell, or the rear foot; A battery built in the main window, the shell, or the rear heel and supplying power to the communication module, the position information module, and the communication module; And controlling the communication module to acquire the movement mode information of the wearer based on the movement waveform information obtained from the motion detection sensor and to transmit the position information and the movement mode information obtained through the position information module to the external terminal And a control unit.

Here, the shoe capable of tracking the position and the movement mode may include a secondary coil installed in at least one of the main window and the backhoe and receiving a wireless power signal from the external wireless power transmission device; And a rectification unit for rectifying the induced power generated from the secondary coil, wherein the control unit controls the charging of the battery using the secondary coil and the rectification unit.

Here, the shoe capable of tracking the position and the movement mode may further include a wear detection sensor installed in the wear space, and when the wear signal from the wear detection sensor is received, the movement waveform information and / And may transmit the movement mode information to the external terminal through the communication module.

Here, the control unit may generate the moving mode information using the moving waveform information, the position information, and the time information.

Here, the controller obtains velocity information using the position information and the time information, and when the velocity information is 1 to 6 km / h and the protruding pulse signal is included in a predetermined period of the moving waveform information, It can be judged that the user is moving on foot.

Here, the control unit obtains speed information using the position information and the time information, and when the speed information is more than 30 km / h and the moving waveform information includes fine waveform information, .

Here, the communication module may include a Wi-Fi communication module and a mobile communication module. If the location information is not received from the location information module, the control unit may transmit the location information using the Wi-Fi communication module and the mobile communication module Can be generated.

The shoe may further include a memory including wearer information including wearer ID information and wearer's protector information, and the control unit may transmit a confirmation request signal from an external terminal matching the wearer's protector information to the communication module The location information and the movement mode information may be transmitted through the communication module using the wearer's protector information.

The shoe may further include a memory including wearer ID information, wherein the controller transmits the wearer ID information to the external terminal through the communication module, and transmits an ID confirmation signal from the external terminal to the communication module The location information and the movement mode information may be transmitted to the external terminal through the communication module.

Meanwhile, the wireless power transmission device for charging the battery of the shoe capable of tracking the above-described position and movement mode comprises: a mount for mounting the shoe; A transmission coil part located at the cradle and including at least one primary coil corresponding to a secondary coil installed in the shoe; And a transmission control unit for controlling the primary coil to transmit the radio power signal to the secondary coil when the shoe is located on the cradle.

In another aspect of the present invention, there is provided a location information confirmation system including a safety management server, a shoe, and a guardian terminal, wherein the shoe transmits location information and ID information to the server, Transmits the area information to the server, and the safety management server checks the safe area information and the danger area information matched using the ID information acquired from the shoes, and if the location information is determined out of the safe area information , And may transmit the first alarm information to the guardian terminal.

Here, the safety management server may transmit the second alarm information to at least one of the police server and the emergency server if the location information is determined to be outside the dangerous area.

Here, the first alarm information may include the position information and the movement mode information, and the position information and the movement mode information may be displayed on the display unit of the parent terminal.

Here, the second alarm information may include the location information and the movement mode information.

Here, the police server and the emergency server can confirm the location information and transmit the recording command information to the surveillance camera corresponding to the location information.

According to an embodiment of the present invention having the above-described configuration, it is possible to generate information that can confirm the movement state of the wearer by using a signal obtained through the motion detection sensor, so that a missing child or the like can be checked sooner.

In addition, according to the embodiment of the present invention, since the battery in the shoe can be charged through the wireless charging system, it is possible to realize the complete waterproofing, and accordingly, a large number of electronic parts arranged in the shoe can be poured, Even if it does not break, it is excellent in durability.

Further, according to the embodiment of the present invention, since the charging region can be expanded by mounting two or more transmission coils in the wireless charging system, even if there is a change in the position of the shoes in the charging region, do.

Further, according to an embodiment of the present invention, when the protected person is outside the safe zone, or if the person is outside the danger zone, the guardian or the police can notify the position of the protected person as well as how the protected person moves , So that it can cope with the risk situation more appropriately.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram for explaining a mechanical configuration of a shoe capable of tracking a position and a moving mode, which is an embodiment of the present invention; FIG.
BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a shoe,
3 is a view showing a waveform in a motion detection sensor according to a moving means in a state in which a shoe capable of tracking a position and a moving manner, which is an embodiment of the present invention, is worn.
FIG. 4 is a conceptual diagram of a first embodiment of a position information confirmation system including a shoe capable of tracking a position and a movement mode, which is an embodiment of the present invention. FIG.
5 is a flowchart illustrating a method for transmitting location information and movement mode information of a protected person to a guardian using a shoe capable of tracking a position and a moving mode in a first embodiment of the position information verification system according to the present invention. .
FIG. 6 is a conceptual diagram of a wireless power transmission device capable of loading and charging shoes capable of tracking a position and a movement mode, which is an embodiment of the present invention. FIG.
FIG. 7 is a view for explaining the relationship between the size of two coils and the size of shoes in the wireless power transmission apparatus of FIG. 6;
FIG. 8 is a conceptual diagram of a second embodiment of a position information confirmation system including a shoe capable of tracking a position and a movement mode, which is an embodiment of the present invention. FIG.
9 is a flowchart for explaining a method for transmitting location information and movement mode information of a protected person to a guardian using a shoe capable of tracking a position and a movement mode in a second embodiment of the position information verification system according to the present invention. .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the preferred embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to like elements throughout.

FIG. 1 is a view for explaining a mechanical structure of a shoe capable of tracking a position and a movement mode, which is one embodiment of the present invention. As shown in FIG. 1, a shoe 100 capable of tracking a position and a movement mode, which is one embodiment of the present invention, includes a main window 20, a casing 10 formed on the main window 20, And a rear sheath (30) attached to the rear portion.

The cover 10 may be provided with an operation switch 180 for instructing start of the position information transmission function of the shoe 100, which can track the position and the movement mode, which is one embodiment of the present invention.

A wear detection sensor 160 is installed in the accommodation space formed by the main window 20 and the shell 10 so that the wearer can confirm whether or not the shoe 100 is worn. In addition to the wear detection sensor 160, the movement detection sensor 110 may be installed in any one of the shell 10, the main window 20,

The motion detection sensor 110 generates motion waveform information according to a change in pressure or a change in motion according to a manner in which the wearer moves. The control unit 190 generates information on the movement mode of the wearer based on the movement waveform information. This will be described later. When the motion sensor 110 is a pressure sensor, it is installed at a portion corresponding to the heel of the wearer, so that it is possible to more precisely acquire the movement waveform information according to the walking motion or the walk motion. On the other hand, the pressure sensor may be used instead of the wear sensor 160.

A battery 140, a substrate 50, a shielding shield 40, and a secondary coil 151 may be embedded in the rear sheath 30.

Here, the secondary coil 151 may be composed of a first sub-coil and a second sub-coil partially overlapping the first sub-coil to increase transmission efficiency. In other words, if the width of the section of the heel is not wide and it is difficult to make the secondary coil 151 of a sufficient size, two coils may be stacked to increase the reception efficiency of the wireless power signal.

Particularly, in the present invention, the secondary coil 151 (wireless charging system) is used to charge the battery 140, so that the heel 30 that houses the substrate 50 and the like can be completely waterproofed, .

The substrate 50 may be installed in the rear sheath 30 as an apparatus equipped with the communication module 120, the position information module 130 and the control unit 190 according to the present invention. These operations will be described in more detail with reference to the block diagram of FIG.

A shielding shield 40 may be provided between the secondary coil 151 and the substrate 50 to prevent the leakage magnetic field from the secondary coil 151 from affecting the substrate 50 or the battery 140 have.

The overall operation of the shoe 100 capable of tracking the position and the movement mode having the above configuration will be described with reference to Fig.

FIG. 2 is a block diagram illustrating an electronic configuration of a shoe according to an embodiment of the present invention. FIG. As shown in the figure, a shoe 100 capable of tracking a position and a movement mode according to the present invention includes a motion detection sensor 110, a communication module 120, a position information module 130, a battery 140, A charging unit 150, a wear detection sensor 160, a memory 170, an operation switch 180, and a control unit 190.

The motion detection sensor is a device for obtaining movement waveform information according to movement of a wearer of a shoe 100. Since the movement waveform is different according to a movement mode such as a case of moving on foot or a case of moving on a vehicle, Method information can be obtained. This will be described in more detail in FIG.

The communication module 120 transmits the location information and the movement mode information acquired based on the motion detection sensor 110 and the location information module 130 to the external terminal 300 (see FIG. 4) or the parent terminal 400 (See FIG. 4)). In addition, it can receive the position request signal from the terminal 400 of the guardian. Further, when the location information module 130 can not receive the satellite signal due to the location of the wearer in the building or the location under the ground, the location information is generated using the signal of the communication module 120 It is possible. That is, the communication module 120 may include the Wi-Fi communication module 120 and the mobile communication module 120, and if the location information from the location information module 130 is not received, The location information is generated using the Wi-Fi communication module and the mobile communication module (WCDMA communication module, GSM module, CDMA module, etc.).

The position information module 130 receives satellite signals and generates position information of the wearer. The controller 190 receives the operation signal of the operation switch 180 or the request signal of the guardian terminal 400 through the communication module 120 and obtains the positional information by controlling the positional information module 130 do. When the position information is continuously acquired, the controller 190 can acquire the speed information of the wearer in combination with the time information.

The battery 140 is charged by the wireless charging unit 150 and supplies power to the communication module 120, the motion sensor 110, the position information module 130, the controller 190, do. The battery 140 may be a rechargeable secondary battery, and may be installed in the heel 30 having a large receiving space.

The wireless charging unit 150 functions to charge the battery 140 in a non-contact manner. That is, the wireless charging unit includes the secondary coil 151 and the rectifying unit 153. When the wireless power signal from the wireless charging device is received through the secondary coil 151, AC power is generated by the electromagnetic induction action. The AC power is converted into DC power by the rectifying unit 153, and the controller 190 charges the battery 140 using the DC power.

The wear detection sensor 160 detects whether the wearer wears the shoe 100. The motion detection sensor 110 may replace the function of the wear detection sensor. However, by operating the motion detection sensor 110 according to whether the wear detection sensor 110 is worn or not, the operation efficiency can be improved.

The memory 170 stores wearer information including wearer ID information and wearer's protector information. That is, when receiving the position information confirmation request signal from the wearer's protector, the control unit 190 sends a confirmation request signal from the external terminal (parent terminal 400) matching with the wearer's protector information stored in the memory 170 And transmits the position information and the movement mode information through the communication module 120 using the wearer's protector information when the communication module 120 receives the information. At this time, wearer ID information is also transmitted. 4) via the communication module 120 and transmits an ID confirmation signal to the communication module 120 from the wearer terminal 200. The control module 190 transmits the ID information to the wearer terminal 200 through the communication module 120, The wearer's terminal 200 transmits the position information and the movement mode information to the wearer's terminal 200 via the communication module 120. The wearer's terminal 200 transmits the position information and the movement mode information Information is transmitted. That is, when the protected terminal 200 receives the position request signal from the guardian terminal 400, the position information and the moving mode information are requested from the shoe 100, When the information is received, it is transmitted to the guardian terminal 400. This will be described in more detail in Fig. 4 and Fig.

The position information and the movement mode information may be transmitted at the request of the guardian terminal or may be generated by the operation of the operation switch 180, that is, at the time when the wearer's rescue signal is generated, and may be transmitted to the external terminal. Alternatively, it may be periodically transmitted to the external terminal every set period (for example, every 1 hour, every 30 minutes).

In particular, when operated by the operation switch 180, it can be set to respond to an emergency by transmitting position information and movement mode information every minute.

Hereinafter, the waveform of the motion detection sensor 110 according to the movement means in a state in which the shoe 100 capable of tracking the position and movement manner, which is one embodiment of the present invention, is worn will be described with reference to FIG.

FIG. 3 is a diagram showing waveforms in a motion detection sensor according to moving means in a state in which a shoe capable of tracking a position and a movement mode, which is an embodiment of the present invention, is worn. 3 (a), when the wearer C is walking, the protruding pulse signal is generated at a predetermined cycle as shown on the right. That is, a protruding pulse signal is generated due to the impact of the moment when the shoe 100 touches the ground during walking.

On the contrary, when the wearer C of the shoe 100 moves to the vehicle as shown in FIG. 3 (b), only the fine waveform information is acquired by the motion detection sensor 110 as shown in the lower right figure. Only the pressure change signal corresponding to the vibration of the vehicle is confirmed.

Also, as described above, the control unit 190 can also obtain the moving speed information of the wearer using the position information and the time information from the position information module 130. [ If the protruding pulse signal is included in a predetermined cycle of the moving waveform information and the speed information of the wearer C is 1 to 6 km / h (the maximum walking speed is 6 km / h) as shown in FIG. 3A, The speed information obtained by using the position information and the time information may be at least 30 km / h (speed that is not possible to be walked or stepped) When the moving waveform information includes fine waveform information, it can be determined that the wearer C is moving.

As described above, the control unit 190 can determine the movement propensity using the movement waveform information, the position information, and the time information to generate the movement method information.

Hereinafter, a position information verification system including a shoe 100 capable of tracking a position and a movement mode according to an embodiment of the present invention will be described with reference to FIGS. 4 and 5. FIG.

4 is a conceptual diagram of a first embodiment of a position information verification system according to the present invention. 4, a position information verification system according to the present invention includes a shoe 100 worn by a wearer C, a mobile communication terminal 200 (also referred to as a wearer's terminal, a protected terminal) of a wearer C, A safety management server 300, and a protector terminal 400 of the wearer.

When the protector P desires the position and the movement state of the wearer C as the protected person, the wearer terminal 200 requests the position information request signal to the wearer terminal 200 through the safety management server 300, Transmits the position information and the movement mode information obtained from the shoe 100 to the guardian terminal. At this time, the position information module of the wearer's terminal 200 may be used instead of the shoe 100.

In the present invention, the position and the moving state of the wearer C are transmitted using the mobile communication terminal of the wearer C in the shoe 100. However, the present invention is not limited thereto, And then transmit its location and movement status information.

The specific operation thereof will be described in detail with reference to FIG.

5 is a flowchart illustrating a method for transmitting location information and movement mode information of a protected person to a guardian using shoes capable of tracking a position and a moving mode according to a first embodiment of the position information verification system according to the present invention FIG. As shown in FIG. 5, when the guardian wants to check the position and the movement state of the protected person, it sends a position information request signal using the guardian terminal 400 as its own smartphone (S11). This is transmitted to the terminal 200 of the protected person through the location information management server 300 (S21). When transmitting the position information request signal, the parent ID information is also transmitted. Then, the protected terminal 200 confirms the guardian ID information transmitted together with the position information request signal and sends it to the shoe 100. Then, the shoe 100 confirms whether the protector ID information matches the wearer protector information stored in the memory. When the protector ID information is confirmed, the position information and the movement method information are detected using the motion sensor 110 and the position information module 130 And transmitted to the protected terminal 200 (S31, S33). The protected-terminal 200 transmits them to the safety management server 300 (S33), and the location management server 300 receiving the information transmits the location information and the moving mode information to the guardian terminal 400 (S22) . Then, the position of the protected person and the moving means are displayed on the map screen by using the position information and the movement method information on the display unit of the protector terminal. As a result, the guardian can check the current position of the protected person, as well as by what means, so that the protected person can be found more quickly.

FIG. 6 is a conceptual diagram of a wireless power transmission device capable of loading and charging a shoe 100 capable of tracking a position and a movement mode, which is an embodiment of the present invention. 6, the wireless power transmission apparatus 500 can be configured as a mount capable of mounting the shoe 100, that is, a mount for mounting the shoe 100, that is, The wireless power signal is transmitted to the shoe 100 through the primary coils 501 and 502 installed on the surface of the flat plate portion 510 and the secondary coil of the shoe 100, The controller 151 receives the wireless power signal and charges the battery 140. [ That is, the transmission control unit of the wireless power transmission apparatus 500 controls the transmission coil to transmit the wireless power signal when the shoe is positioned on the transmission coil.

At this time, the shoe 100 may be placed side by side as in A, or may be staggered like B. The secondary coil 151 in the shoe 100 may be installed in the rear sheath 30 or in the front portion of the main window 20. [

Therefore, the shoe 100 needs to be charged regardless of the position of the secondary coil 151 of the shoe 100 and the state in which the shoe 100 is placed. Also, a guide 540 may be provided to ensure that the shoe 100 is positioned in the charging position. This guide 540 allows the user to position his / her shoe 100 in place.

On the other hand, the tracking device as described above may be mounted on both sides of the shoe 100, and the tracking device may be mounted on only one side of the shoe 100. Thus, when the tracking device is mounted on only one side of the shoe 100, the manufacturing cost can be reduced.

Accordingly, in the present invention, a primary coil is constructed as shown in FIG.

FIG. 7 is a view for explaining the relationship between the size of the two coils and the size of the shoe 100 in the wireless power transmission apparatus of FIG.

As shown in FIG. 7, the primary coil is composed of two circular or elliptical coils, and is composed of a first transmission coil 501 and a second transmission coil 502. The first transmission coil 501 and the second transmission coil 502 are partially overlapped as shown, and the extension length thereof is denoted by l.

On the other hand, the secondary coil 151 in the shoe 100 may be located in the main window 20 or the rear heel 30. [ At this time, the length of the shoe 100 is L, and normally L is not more than 30 cm.

At this time, since the relationship of l> L is established, the shoe 100 can be charged normally when the shoe 100 is placed on the cradle regardless of how the shoe 100 is placed.

In FIG. 7, an example of an overlapping two-coil system consisting of two coils overlapping each other has been described, but this is an embodiment for expanding the charging region. The present invention is not limited to this, and it is also possible to arrange two small-size coils so as not to overlap each other on the front and rear heel sides, or to place only one coil on either side. That is, the number and position of the primary coils may affect the convenience of the user and the price of the product, and the user may change the embodiment any number of times, and the user may mount the shoe such that the secondary coil is positioned at the portion where the primary coil is installed .

Hereinafter, a second embodiment in which the elderly such as the handicapped or the elderly can be more relieved in the position information confirmation system using the shoes having the above-described configuration will be described with reference to Figs. 8 and 9. Fig.

FIG. 8 is a conceptual diagram of a second embodiment of a position information confirmation system including a shoe capable of tracking a position and a movement mode, which is an embodiment of the present invention.

The positional information verification system according to the present invention includes a shoe 100 worn by a wearer C and a safety management server 300, a protector terminal 400 of a wearer, a police and ambulance server 500, 600).

The guardian (P) first sets the zone in which the protected person normally moves to the safe zone and also sets the zone in which the protected person is not expected to move at all to be a danger zone. Then, the safety management server 300 periodically checks the position of the wearer C, and then, when it is determined out of the safe area, transmits the first alarm information to the guardian terminal 400, , It transmits the position and the moving state of the wearer (C), which is the protected person, to the police and the paramedic server (500). In order to secure evidence and confirm the scene, the police and ambulance server 500 transmit the recording command information to the corresponding surveillance camera.

The specific operation thereof will be described in detail with reference to Fig.

9 is a flowchart for explaining a method for transmitting location information and movement mode information of a protected person to a guardian using a shoe capable of tracking a position and a movement mode in a second embodiment of the position information verification system according to the present invention. to be.

9, first, the guardian terminal generates safe zone information and danger zone information, and transmits it to the safety management server 300. The safety management server transmits the safe zone information and the danger zone information to a database (S110). On the other hand, the wearer's shoe 100 periodically acquires position information. That is, the position information is periodically acquired using the built-in GPS, and the position information is generated by analyzing the position information. Along with this, together with the built-in ID information, they are transmitted to the safety management server 300 (S120). At this time, the location information or the like may be automatically transmitted to the safety management server 300 or may be transmitted according to a location information request signal transmitted by the safety management server 300, which receives the request signal from the parent terminal 400 (S115).

The safety management server 300 may use the location information, the movement mode information and the ID information obtained from the shoe 100 and the safe area information and the danger area information of the wearer stored in the database to determine the wearer's position The first alarm information is transmitted to the guardian terminal 400 (S125, S130). Then, the guardian terminal 400 displays the location and the movement mode of the wearer on the map by using the built-in map information (S135).

If it is determined that the wearer's position is outside the dangerous area, the second alarm information is transmitted to the police and the emergency server 500 (S140). In order to confirm the emergency structure and evidence thereof, the police and the ambulance server 500 confirm the location information and the movement mode information, and perform a surveillance at the location corresponding to the location information And transmits a recording command to the camera 600 (S145, S150). That is, since the second alarm information includes the positional information and the movement mode information, the police and the emergency server 500, which have received the second alarm information, must record for evidence acquisition using the positional information A surveillance camera to be selected can be selected, and a recording command is transmitted thereto. Accordingly, the surveillance camera 600 starts recording, and it is possible to secure evidence for the crime scene.

 According to an embodiment of the present invention having a configuration, it is possible to generate information that can confirm the movement state of a wearer using a signal obtained through a motion detection sensor, thereby enabling a user to quickly identify a missing child or the like.

In addition, according to the embodiment of the present invention, since the battery in the shoe can be charged through the wireless charging system, it is possible to realize the complete waterproofing, and accordingly, a large number of electronic parts arranged in the shoe can be poured, Even if it does not break, it is excellent in durability.

Further, according to the embodiment of the present invention, since the size of the two coils is larger than that of the shoes in the wireless charging apparatus using the overlapping two-coil system, wireless charging can be performed regardless of the position of the shoe.

The shoe capable of tracking the position and the manner of movement described above and the wireless charging device capable of loading and charging the shoe are not limited in the configuration and method of the embodiments described above, All or some of the embodiments may be selectively combined so as to allow the modification to be made.

10: Sheath
20: The main window
30: heel
40: Shielding shield
50: substrate
100: Shoes
110: Motion detection sensor
120: Communication module
130: Location information module
140: Battery
150:
151: Secondary coil (receiving coil)
153:
160: Wear detection sensor
170: memory
180: Operation switch
190:
200: Protected terminal
300: Safety Management Server
400: Parental terminal
500: Wireless power transmission device
501: first transmission coil
502: second transmission coil
510:
520:
530: charge indicator
L: Length of shoes
l: length of primary coil

Claims (16)

Bon Chang;
A cover provided on the upper side of the main window and forming a wearing space therein;
A rear foot attached to the underside of the window;
A motion detection sensor built in the main window, the outer cover, or the rear heel;
A communication module installed in the main window, the shell, or the rear leg;
A positional information module installed in the main window, the shell, or the rear foot; And
A battery built in the main window, the shell, or the rear heel and supplying power to the communication module, the position information module, and the communication module; And
A controller for controlling the communication module to acquire movement mode information of the wearer based on the movement waveform information obtained from the motion detection sensor and transmit the position information and the movement mode information obtained through the position information module to an external terminal, And a shoe for tracking the position and the manner of movement.
The method according to claim 1,
A secondary coil installed in at least one of the main window and the rear heel to receive a wireless power signal from an external wireless power transmission device;
And a rectifying unit for rectifying the induced power generated from the secondary coil,
Wherein,
Wherein the secondary coil and the rectifying unit are used to charge the battery.
The method according to claim 1,
And a wear detection sensor installed in the wear space,
Wherein,
And transmitting the movement waveform information and the movement mode information to the external terminal through the communication module when the wearing signal from the wear detection sensor is received.
The method according to claim 1,
Wherein,
Wherein the movement type information is generated using the movement waveform information, the position information, and the time information.
5. The method of claim 4,
When the speed information is 1 to 6 km / h and the protruding pulse signal is included in the moving waveform information at a predetermined cycle, it is determined that the wearer is moving on foot Shoes that can track how, where, and how.
5. The method of claim 4,
Wherein,
Wherein the speed information is obtained by using the position information and the time information, and when the speed information is not less than 30 km / h and the moving waveform information includes fine waveform information, And shoes that can track the way you move.
The method according to claim 1,
The communication module includes:
A Wi-Fi communication module, and a mobile communication module,
Wherein,
And the location information is generated using the Wi-Fi communication module and the mobile communication module when the location information from the location information module is not received.
The method according to claim 1,
A wearer ' s information, wearer ' s information, wearer '
Wherein,
And transmitting the position information and the movement mode information through the communication module using the wearer's protector information when receiving a confirmation request signal from the external terminal matching the wearer's protector information through the communication module, Shoes that can track the way you move.
The method according to claim 1,
Further comprising a memory including wearer ID information,
Wherein,
And transmits the position information and the movement mode information to the external terminal through the communication module when the user ID information is transmitted to the external terminal through the communication module and the ID confirmation signal is received from the external terminal through the communication module, Shoes that can track how, where, and how.
A wireless power transmission apparatus for charging a battery of a shoe capable of tracking the position and movement mode according to claim 2,
A transmission coil part located at the cradle and including at least one primary coil corresponding to a secondary coil installed in the shoe; And
And a transmission control unit for controlling the primary coil to transmit the radio power signal to the secondary coil when the shoe is located in the cradle.
11. The method of claim 10,
The cradle,
And a guide to allow the shoe to be placed in the charging position.
A location information verification system comprising a safety management server, a shoe, and a guardian terminal,
The shoe according to any one of claims 1 to 6, wherein the shoe transmits position information and ID information to the server,
Wherein the guardian terminal transmits safety zone information and danger zone information to the server,
Wherein the safety management server checks the safety zone information and the danger zone information matched using the ID information acquired from the shoe, and when the position information is determined outside the safety zone information, , A safety management server, a shoe, and a protector terminal.
13. The method of claim 12,
The safety management server comprises:
A safety management server, a shoe, and a guardian terminal for transmitting second alarm information to at least one of a police server and an emergency server when the location information is determined to be outside the dangerous area.
13. The method of claim 12,
Wherein the first alarm information comprises:
The location information, and the movement mode information,
And a safety management server, a shoe, and a protector terminal, wherein the position information and the movement method information are displayed on a display unit of the protector terminal.
14. The method of claim 13,
Wherein the second alarm information comprises:
A safety management server, a shoe, and a guardian terminal including the location information and the movement mode information.
14. The method of claim 13,
Wherein the police station server and the emergency server include:
A safety management server, a shoe, and a protector terminal for confirming the position information and transmitting the recording command information to a surveillance camera corresponding to the position information.

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