KR102520830B1 - Apparatus and method for managing the schedule of sunlight expose - Google Patents

Abstract

It relates to a device for managing a schedule for getting in the sunlight, which includes: a registration unit for registering a desired schedule event related to getting in the sunlight desired by a user; And a management control unit that performs event management for the registered desired schedule event and provides event management-related event notification information on a screen of a user terminal when it is necessary to provide notification related to event management, wherein the event notification information includes: It may include first event notification information related to schedule management and second event notification information related to managing the activity state of the user.

Description

Sunlight schedule management device and method {APPARATUS AND METHOD FOR MANAGING THE SCHEDULE OF SUNLIGHT EXPOSE}

The present application relates to a device and method for managing a schedule for taking in sunlight.

Sunlight relieves depression (acts as a natural antidepressant and helps relieve depression), prevents cancer (because vitamin D is synthesized in the body through the skin, helps prevent cancer), and reduces blood pressure (When the skin is exposed to sunlight, nitric oxide is produced in the skin, which dilates blood vessels and lowers blood pressure, thereby reducing the risk of heart attack and stroke), sleep quality improvement function (sleep when exposed to enough sunlight) It is known to have various effects, such as secreting the hormone melatonin to help you sleep deeply) and improving bone health (making your bones strong by activating vitamin D secretion).

However, modern people cannot afford to get enough sunlight due to their busy daily lives, and as a result, depression and fatigue are increasing day by day.

Therefore, there is a demand for the development of a technology for managing a sun exposure schedule so that users can more naturally experience sun exposure in order to relieve depression and the like.

The background technology of the present application is disclosed in Korean Patent Publication No. 10-2005-0015726.

The present application is to solve the problems of the prior art described above, and to provide a sunlight schedule management device and method for managing a sun exposure schedule so that a user can more naturally learn sunlight to relieve depression and the like. do.

However, the technical problem to be achieved by the embodiments of the present application is not limited to the technical problems described above, and other technical problems may exist.

As a technical means for achieving the above technical problem, an apparatus for managing a sun exposure schedule according to an embodiment of the present application includes a register for registering a desired schedule event related to exposure to sunlight desired by a user; And a management control unit that performs event management for the registered desired schedule event and provides event management-related event notification information on a screen of a user terminal when it is necessary to provide notification related to event management, wherein the event notification information includes: It may include first event notification information related to schedule management and second event notification information related to managing the activity state of the user.

In addition, the desired schedule event includes at least one of desired place information, desired date information, and desired target sunlight index information that the user desires to be exposed to sunlight, and the desired target sunlight index information includes sunlight targeted by the user. It may be information for setting the exposure level.

In addition, the management control unit provides the first event notification information when a date corresponding to desired date information in the desired schedule event arrives, wherein the first event notification information corresponds to desired place information in the desired schedule event. It may include location-related notification information displaying the location of the corresponding desired place and the location of the user terminal on a map, and notification guide information for guiding event notification.

In addition, the management control unit, when the user's confirmation input for the first event notification information provided on the screen of the user terminal is made, based on whether the location of the user terminal satisfies a preset condition, the first 2 State change control is performed to change the state of some information in the event notification information, and the partial information may include gauge information generated to correspond to the desired target sunlight index information in the desired schedule event.

Also, the preset condition may be a condition in which the location of the user terminal obtained from the user terminal falls within a preset distance range from the desired place location corresponding to the desired place information in the desired schedule event.

In addition, the management control unit may change the state of the gauge information in proportion to a retention time at which the location of the user terminal satisfies a preset condition.

In addition, when a recommendation request signal for recommending a schedule event related to getting in the sunlight is received from a user terminal, the device for managing a schedule event for getting out in the sunlight according to an embodiment of the present invention generates a recommended schedule event and displays it on the screen of the user terminal. A recommendation unit may be further included.

Also, when skin type information of the user is input from the user terminal, the recommendation unit may generate the recommended schedule event in consideration of the input skin type information.

In addition, the apparatus for managing a sunning schedule according to an embodiment of the present invention further includes a weather information acquisition unit that obtains weather information from a server of the Korea Meteorological Administration, and the recommendation unit considers the weather information acquired by the weather information acquisition unit to obtain the weather information. You can create recommended schedule events.

In addition, as a result of performing the state change control, the apparatus for managing a schedule for taking in the sun according to an embodiment of the present application determines and provides compensation when the state of the gauge information is changed so that the gauge information has a maximum value It may further include a compensation unit that does.

On the other hand, the sun exposure schedule management system according to an embodiment of the present application includes the above-described sunlight exposure schedule management device according to an embodiment of the present application; and a user terminal that interworks with the device for managing a schedule for getting in the sunlight and receives and provides a control signal for controlling an operation of the device for managing a schedule for getting in the sunlight from a user.

In addition, a method for managing a schedule for getting out in the sunlight according to an embodiment of the present invention includes: (a) registering a desired schedule event related to getting out in the sunlight desired by a user; and (b) performing event management for the registered desired schedule event, and providing event notification information related to event management on a screen of a user terminal when it is necessary to provide notification related to event management, wherein the event notification information is provided. may include first event notification information related to schedule management and second event notification information related to managing the user's activity status.

The above-described problem solving means are merely exemplary and should not be construed as intended to limit the present disclosure. In addition to the exemplary embodiments described above, additional embodiments may exist in the drawings and detailed description of the invention.

According to the above-described problem solving means of the present application, by providing a sunning schedule management system, apparatus and method, to relieve depression, etc., the user can more naturally experience sunning, and manage the sunning schedule more effectively. can provide for you.

However, the effects obtainable herein are not limited to the effects described above, and other effects may exist.

1 is a diagram showing a schematic configuration of a sun exposure schedule management system according to an embodiment of the present invention.
2 is a diagram illustrating an example of receiving desired place information from a user terminal in order to register a desired schedule event in a register in the device for managing a schedule for taking in the sunlight according to an embodiment of the present invention.
3 is a view showing a display example of a management screen of a desired schedule event registered in a register, for example, in the apparatus for managing a schedule for sun exposure according to an embodiment of the present invention.
4 is a diagram illustrating an example of a case in which first event notification information provided by a management control unit of a device for managing a schedule for getting in the sunlight according to an embodiment of the present disclosure is displayed on a screen of a user terminal.
5 to 7 are diagrams illustrating an example of displaying second event notification information provided by the management control unit of the device for managing a schedule for getting out in the sunlight according to an embodiment of the present disclosure on a screen of a user terminal.
8 is a diagram illustrating an example of a character name information input screen displayed on a screen of a user terminal in order for a registration unit of a device for managing a schedule for taking in the sunlight to receive and register character name information from a user terminal according to an embodiment of the present invention.
9 is a view showing an example of a skin type information input screen displayed on the screen of a user terminal in order for a registration unit of a sun exposure schedule management device to receive and register user skin type information from a user terminal according to an embodiment of the present invention; am.
10 and 11 are diagrams showing examples of screens when the recommendation unit of the apparatus for managing a schedule for getting out in the sunlight displays a recommended schedule event on a screen of a user terminal according to an embodiment of the present disclosure.
12 is an example of a screen display when a gauge of gauge information for desired target sunlight index information is changed to have a maximum value as a management control unit of a device for managing a schedule for taking sunlight according to an embodiment of the present invention performs state change control; is a drawing showing
13 is a diagram illustrating an example of an image related to an internal road obtained from a user terminal in the apparatus for managing a schedule for taking in sunlight according to an embodiment of the present disclosure.
14 is a diagram showing an example of a screen display of a user terminal controlled by a device for managing a schedule for getting in the sunlight according to an embodiment of the present disclosure.
15 is an operational flowchart of a method for managing a schedule for taking in sunlight according to an embodiment of the present disclosure.

Hereinafter, embodiments of the present application will be described in detail so that those skilled in the art can easily practice with reference to the accompanying drawings. However, the present disclosure may be implemented in many different forms and is not limited to the embodiments described herein. And in order to clearly describe the present application in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the present specification, when a part is said to be “connected” to another part, it is not only “directly connected”, but also “electrically connected” or “indirectly connected” with another element in between. "Including cases where

Throughout the present specification, when a member is referred to as being “on,” “above,” “on top of,” “below,” “below,” or “below” another member, this means that a member is located in relation to another member. This includes not only the case of contact but also the case of another member between the two members.

Throughout the present specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

1 is a diagram showing a schematic configuration of a sun exposure schedule management system 1000 according to an embodiment of the present invention.

Hereinafter, the sun exposure schedule management system 1000 according to an embodiment of the present application will be referred to as the present system 1000 for convenience of explanation. In addition, the present system 1000 may include a sun exposure schedule management device 100 according to an embodiment of the present application, and such sunlight exposure schedule management device 100 is the device 100 for convenience of description in the following description. let's say

Referring to FIG. 1 , the present system 1000 may include the present device 100 and a user terminal 1 .

The apparatus 100 registers a desired schedule event related to sun exposure desired by the user, performs event management for the registered desired schedule event, and displays information on the screen of the user terminal 1 when necessary to provide a notification related to event management. Event notification information related to event management may be provided. A detailed description of the device 100 will be described later.

The device 100 may interwork (connect) with the user terminal 1 . Here, as an example, the device 100 interlocking (connected) with the user terminal 1 means that the method for managing a schedule for taking sunlight by the device 100 is a program or application executable in the user terminal 1. When it can be implemented in a form, it may mean a case (state) in which operation control is possible by the user terminal 1 as it is installed in the user terminal 1.

In other words, the device 100 may be provided in the form of a device included in the user terminal 1, for example. In this case, the device 100 may be a device that can be implemented in the form of a program or application installed in the user terminal 1 . In other words, the sunlight schedule management method provided through the device 100 may be implemented in the form of a program or application and provided through the user terminal 1, for example. However, it is not limited thereto, and as another example, the device 100 may be provided in the form of a server capable of transmitting and receiving data to and from the user terminal 1 or a separate device.

The user terminal 1 may refer to a terminal of a user who is provided with a method for managing a schedule of getting out in the sunlight provided by the apparatus 100 . The user terminal 1 is, for example, PCS (Personal Communication System), GSM (Global System for Mobile communication), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication )-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (WCode Division Multiple Access), Wibro (Wireless Broadband Internet) terminal, smartphone, smartpad, tablet PC, laptop, wearable It may include all types of wired and wireless communication devices such as devices and desktop PCs, but is not limited thereto.

Between the device 100 and the user terminal 1 may be interlocked (connected) through the network 2 .

The network 2 is, for example, a 3rd Generation Partnership Project (3GPP) network, a Long Term Evolution (LTE) network, a World Interoperability for Microwave Access (WIMAX) network, the Internet, a Local Area Network (LAN), and a Wireless LAN (Wireless). Local Area Network), WAN (Wide Area Network), PAN (Personal Area Network), Bluetooth (Bluetooth) network, NFC (Near Field Communication) network, satellite broadcasting network, analog broadcasting network, DMB (Digital Multimedia Broadcasting) network, etc. Kinds of wired/wireless networks may be included, but are not limited thereto.

The user terminal 1 may receive a control signal for controlling the operation of the device 100 by interworking with the apparatus 100 for managing a schedule for taking in sunlight, and provide the received control signal to the apparatus 100 . The user terminal 1 can control (remotely control) various operations of the device 100 . Hereinafter, a detailed description of the device 100 is as follows.

The apparatus 100 may include a registration unit 110, a management control unit 120, a recommendation unit 130, a weather information obtaining unit 140, a road guidance providing unit 150, and a compensation unit 160.

The registration unit 110 may register desired schedule events related to getting in the sunlight desired by the user. In this case, the user may input information about a desired schedule event related to taking in the sunlight desired by the user through the user terminal 1 . The user terminal 1 may provide (transmit) information about the input desired schedule event to the device 100 . Through this, the registration unit 110 may generate and register a desired schedule event based on information on the desired schedule event provided (input) from the user terminal 1 .

Here, the desired schedule event registered by the registration unit 110 (ie, information on the desired schedule event) may include at least one of desired place information, desired date information, and desired target sunlight index information that the user wishes to bask in the sunlight. can

In this case, the desired place information may include information on at least one of a name of a place desired by the user (eg, Yeouido Hangang Park, etc.) and a location (or address) of the place. In addition, the desired schedule event may include information about one place (for example, location information of the first place) as desired place information, but is not limited thereto, and information about a plurality of places (for example, the second place). Location information of each of the three places including the first place, the second place, and the third place) may be included.

Desired date information may include date-related information including year, month, and day, but is not limited thereto, and may be broadly understood as a concept including time-related information including am/pm, hour, and minute. . That is, the desired date information may include date-related information and time-related information. In addition, the desired date information herein may be information set based on a specific day, that is, one day, but is not limited thereto, and is set based on a date interval (or interval date) including a plurality of days may be information.

Desired target sunlight index information may be information for setting a target sunlight level (degree) of the user. That is, in the present application, the sunlight index may mean information indicating the level (degree) of actual sunlight exposure (ie, index information for confirming how much sunlight the user received). Accordingly, the desired target sunlight index information may refer to a setting value for a level of sunlight that the user desires as a target (ie, a value for setting how much sunlight the user wants to receive). The desired target sunlight index information may be illustratively set in a time unit concept (eg, a time unit concept such as seconds, minutes, and hours), but is not limited thereto. In the present application, it will be described assuming that the desired target sunlight index information is a minute (abbreviated as m).

Exemplarily, it is assumed that the unit of time is set to be time in relation to desired target sunlight index information, and the number 20 is input from the user. In this case, the registration unit 110 may register a desired schedule event including information 'desired target sunlight index information: 20'. Here, 'desired target sunlight index information: 20' may mean that the user sets a desired goal of receiving sunlight for 20 minutes.

As another example, when the desired target sunlight index information is set to 8, this may mean that the user sets a desired goal of receiving sunlight for 8 minutes (8 m).

2 is a view showing an example of receiving desired place information from a user terminal 1 in order to register a desired schedule event in the registration unit 110 in the sunlight schedule management device 100 according to an embodiment of the present invention. am. That is, FIG. 2 shows an example of a screen display of the user terminal 1 controlled by the management control unit 120, and particularly shows an example of a screen for receiving desired place information from a user.

Referring to FIG. 2 , in order to receive desired place information from a user, the management control unit 120 controls a map displaying the current location (up) of the user terminal 1 to be displayed on the screen of the user terminal 1, for example. can do. At this time, the user selects, for example, the location of the first place p1 and the location of the second place p2 as the position of the desired place (desired place location) on the map displayed on the screen of the user terminal 1. input (selection input, touch input) can be performed. Then, when a user input is made to the 'Complete' button displayed on the screen, the registration unit 110 responds to the user input, including information about the location of the first place p1 and the location of the second place p2. Desired schedule events having information on a plurality of desired places may be registered.

At this time, after at least one desired place information is registered in the registration unit 110 based on a user input, when the location of the user terminal 1 is within a preset distance range from the desired place location corresponding to the desired place information, As will be described later, the management control unit 120 may change the state of gauge information corresponding to the desired target sunlight index information input by the user in real time so that the gauge gradually accumulates. According to this, when it is determined that the location of the user terminal 1 falls within a preset distance range from the desired place location and is located at the desired place location corresponding to desired place information pre-registered by the user, the management control unit 120 The gauge of the desired target sunlight index information may be automatically increased to change the gauge state, and through this, the sunlight index may be automatically measured.

In addition, as an example, a place corresponding to 'Central Park' and a place corresponding to 'Infinite Forest' displayed on the screen of the user terminal 1 in FIG. 2 are recommended places by a recommendation unit 130 to be described later. can mean For example, when a recommendation unit 130 requests a recommended place from a user through the user terminal 1, the recommendation unit 130 selects 'Central Park' and 'Infinite' as two recommended places, as shown in FIG. 2 . The 'forest' may be displayed on a map and provided (displayed) on the screen of the user terminal 1 . At this time, based on the location of the user terminal 1 (that is, the current location of the user terminal obtained in real time), the recommendation unit 130 provides a place exposed to sunlight around the user to the user terminal 1 as a recommended place can recommend it.

FIG. 3 is a view showing a display example of a management screen of a desired schedule event registered in the registration unit 110, for example, in the device 100 for managing a schedule for sun exposure according to an embodiment of the present application.

Referring to FIG. 3 , as an example, it is assumed that three desired schedule events are registered in the registration unit 110 based on user input. At this time, the first desired schedule event among the three desired schedule events may include information in which the desired date information is 'December 24, pm 12:00 to 12:08' and the desired target sunlight index information is '8m'. . This first desired schedule event can be said to be registered when the user inputs a plan schedule (desired schedule) to receive sunlight for a time corresponding to 8 minutes from 12:00 pm to 12:08 pm on December 24th. Similarly, the second desired schedule event may include information in which desired date information is 'Tuesday, December 25, 12:30 to 12:35 pm' and desired target sunlight index information is '5m'. The second desired schedule event may mean a 'schedule that the user wishes to receive sunlight for a time corresponding to 5 minutes from 12:30 to 12:35 pm on Tuesday, December 25 (desired schedule)'.

According to the example shown in FIG. 3, the user may input information on three desired schedule events as desired schedules for sun exposure this week through the user terminal 1, and based on this, the register 110 registers three desired schedule events. Schedule events can be registered.

At this time, the management control unit 120, if there is a desired schedule event to which the desired date has arrived (arrived) among a plurality of (for example, three) desired schedule events registered in the register 110, the desired schedule to which the desired date has arrived. In relation to the event, first event notification information may be generated and provided to the user terminal 1 . For example, if the present (today) is December 24, the management control unit 120 may identify a first desired schedule event among three desired schedule events as a desired schedule event whose date (desired date) has arrived. . Thereafter, the management control unit 120 may generate first event notification information related to schedule management of the first desired schedule event in relation to the first desired schedule event and provide the first event notification information to the user terminal 1 . At this time, an example of the screen display of the first event notification information may be the same as that of FIG. 4 to be described later as an example.

On the other hand, in the example shown in FIG. 3, an example of a case where a desired schedule for sunbathing is not registered for next week is shown. That is, it can be confirmed that the desired schedule event corresponding to next week is not registered in the registration unit 110 .

In addition, in FIG. 3 , for example, in relation to three desired event events registered in the register 110, the user terminal 1 ), it can be confirmed that two desired place information is displayed on the map displayed on the screen. In this way, desired place information registered by a user input may be provided as a term such as 'my zone' on the screen of the user terminal 1, for example.

The management control unit 120 performs event management for desired schedule events registered in the registration unit 110, and provides event management related event notification information on the screen of the user terminal 1 when it is necessary to provide notification related to event management. can do.

In this case, the event management-related event notification information may include first event notification information related to schedule management as event management and second event notification information related to user activity management as event management. In other words, the event notification information can be divided into two types, the first type of event notification information is the first type of event notification information related to schedule management, and the second type of event notification information is related to the management of the user's activity status. It may be second event notification information.

The registration unit 110 may register a plurality of desired schedule events based on a user input. That is, the registration unit 110 may register at least one desired schedule event in response to a user input. Although not shown in the drawings, the apparatus 100 may include a database unit (not shown), and desired schedule events registered in the registration unit 110 are stored in the database unit (not shown) and stored in the management control unit 120. can be managed by

In the following description, for convenience of explanation, a case in which there is one desired schedule event registered in the registration unit 110 will be described as an example, and such one desired schedule event may be referred to as a first desired schedule event in the following description. there is.

When the date corresponding to the desired date information in the desired schedule event (first desired schedule event) registered in the register 110 arrives (arrives), the management control unit 120 determines the desired schedule event (first desired schedule event) and In relation to this, first event notification information may be provided. The management control unit 120 may transmit (provide) the first event notification information to the user terminal 1 through the network 2, through which the first event notification information is displayed on the screen of the user terminal 1. You can control it. An example of a screen display of the first event notification information can be more easily understood with reference to FIG. 4 .

4 is a diagram showing an example of a case in which first event notification information provided by the management control unit 120 of the apparatus 100 for managing a schedule for getting in the sunlight according to an embodiment of the present invention is displayed on the screen of the user terminal 1 am. That is, FIG. 4 shows an example of first event notification information for a first desired schedule event as an example.

Referring to FIG. 4 , the first event notification information includes desired places (p1, p2) corresponding to desired place information within a desired schedule event (first desired schedule event) and the position (up) of the user terminal 1. Location-related notification information displayed on a map and notification guide information for guiding event notifications may be included. Here, the location of the desired place may exemplarily include the location of the first place p1 and the location of the second place p2. That is, the desired place location may exemplarily include the location of the first place p1 and the location of the second place p2.

In addition, notification guidance information for guiding event notification may be information including guidance phrases such as 'PM 12:00, it's time to get sunlight!', and 'Please move to the sunlight zone'. Here, the sunlight zone may mean, for example, a location (place location) of a place corresponding to desired place information. However, it is not limited thereto, and the sunlight zone may mean a location of a recommended place (recommended place location) corresponding to recommended place information recommended by the recommender 130 to be described later. In particular, the sunlight zone may mean an area within a preset distance range from a place location corresponding to desired place information (or recommended place information).

When the user's confirmation input for the first event notification information provided on the screen of the user terminal 1 is made, the management control unit 120 determines whether the location of the user terminal 1 meets a preset condition in response to the confirmation input. Based on, it is possible to perform state change control for changing the state of some information in the second event notification information.

Here, the preset condition is that the location (real-time current location) of the user terminal 1 obtained from the user terminal 1 is within a preset distance range from the desired place location corresponding to the desired place information in the desired schedule event. can mean conditions.

In addition, some information in the second event notification information for which the state change control is performed by the management control unit 120 may include gauge information generated to correspond to the desired target sunlight index information in the desired schedule event. In addition, some information in the second event notification information for which state change control is performed by the management control unit 120 may include character information generated so that the state changes in association with the change in gauge information.

For example, when 20 is input and registered as the desired target sunlight index information, gauge information having 20 m (ie, 20 minutes) as the maximum value of the gauge may be generated as gauge information corresponding to the desired target sunlight index information. .

When it is determined that the predetermined condition is satisfied, the management control unit 120 may perform control (state change control) to change the state of the gauge information as part of the information in the second event notification information. However, it is not limited thereto, and the management control unit 120 may perform control to change the states of gauge information and character information together as some information in the second event notification information when it is determined that a preset condition is satisfied. there is.

At this time, the management control unit 120 may change the state of the gauge information in proportion to the time required for the location of the user terminal 1 to satisfy a preset condition. In this case, the management control unit 120 may change the state of the gauge information so that the longer the sufficiency maintenance time is, the gauges corresponding to the gauge information are gradually accumulated (increased).

That is, as a result of analyzing the location information (ie, the real-time location of the user terminal) obtained from the user terminal 1 in real time, the management control unit 120 determines that the current real-time location of the user terminal 1 is the desired place location (for example, If it is determined (analyzed) that the gate is within a preset distance range from the first place location), the state of the gate information may be changed in real time as part of information in the second event notification information. At this time, the management control unit 120 may perform state change control such that the number of gates of the gate information increases in proportion to a period of time in which the location of the user terminal 1 falls within a preset distance range.

That is, the longer the time that the location of the user terminal 1 falls within the preset distance range (that is, the longer the satisfaction holding time, in other words, the longer the location of the user terminal stays within the preset distance range), the longer it stays. A gauge of gate information may increase in proportion to time. The management control unit 120 may change (change to increase) the state of the gate corresponding to the gate information in real time in proportion to the change in the satisfaction maintenance time.

A description of the second event notification information can be more easily understood with reference to FIGS. 5 to 7 .

5 to 7 are examples of a case in which second event notification information provided by the management control unit 120 of the apparatus 100 for managing a schedule for getting in the sunlight according to an embodiment of the present disclosure is displayed on the screen of the user terminal 1 is a drawing showing That is, FIGS. 5 to 7 show examples of second event notification information for a first desired schedule event.

Referring to FIGS. 5 to 7 , the second event notification information may refer to information related to a user's activity status in relation to a registered desired schedule event.

The second event notification information includes gauge information (i1) generated to correspond to the desired target sunlight index information within the desired schedule event (first desired schedule event) in relation to the user's activity status, changes in the gauge information (i1), and It may include character information (i2) generated so that the status is changed in association with it, and activity history information (i3) for at least one registered desired schedule event. In this case, the gauge information i1 may be otherwise referred to as gauge information of the sunlight index.

Exemplarily, in FIGS. 5 and 6 , gauge information i1 generated to correspond to desired target sunlight index information (eg, 20 minutes, 20 m) in relation to a first desired schedule event is set to the maximum value of the gauge. It can be seen that it has a set value of 20 minutes (ie, 20m). That is, according to this, the maximum gauge value of the gauge information i1 may be set to a sunlight index value corresponding to the desired target sunlight index information (desired target sunlight index value).

At this time, FIG. 5 exemplarily shows that the total area of the gauge information i1 (that is, the maximum value of the gauge of 20 It can be seen that the area corresponding to the cumulative time of 3 minutes and 40 seconds (3m 40s) is displayed as being filled out of the entire area corresponding to minutes (20m). This display can be said to have appeared because the user was located (stayed) within a preset distance range from the desired location for a total of 3 minutes and 40 seconds during the daytime.

After that, it is assumed that the user was located within a preset distance range from the desired location for an additional 8 minutes and 20 seconds on the next day (ie, the above-described sunlight zone). That is, suppose that the user stays in the sunlight zone for 8 minutes and 20 seconds the next day and then leaves the sunlight zone. In this case, the management control unit 120 may calculate that the retention time, which is the time when the location of the user terminal 1 satisfies the preset condition, is 8 minutes and 20 seconds. At this time, while the satisfaction maintenance time is changed from 1 second to 8 minutes and 20 seconds, the gauge information ( The state of i1) can be changed (changed) in real time.

At this time, since the user stays in the sunlight zone for 8 minutes and 20 seconds and receives more sunlight, the management control unit 120 changes the state of the gauge information i1 to the existing 3 minutes and 40 seconds as in FIG. 5 as in FIG. 6. It can be changed (updated) to the same 12 minutes (12m). That is, since the user exposed to sunlight for an additional 8 minutes and 20 seconds to the existing 3 minutes and 40 seconds, the gauge of the current gauge information (i1) is a total of 12 minutes (by adding 8 minutes and 20 seconds to 3 minutes and 40 seconds, the total 12 minutes). Accordingly, the state of the gauge information i1 may be changed on the screen of the user terminal 1 as shown in FIG. 6 . That is, the gauge state of the gauge information i1 may be displayed in a form in which the gauge is filled in an area corresponding to 12 minutes (12 m) of the entire area by the state change control by the management control unit 120 .

The gauge information i1 may be information about an index by which the user can check how much sunlight has been received.

In addition, the character information (i2) included in the second event notification information is controlled so that the state is changed (changed) in conjunction with the change (state change) of the gauge information (i1) by the state change control of the management control unit 120. It can be. Here, the state of the character information (i2) may include at least one of the size of the character and the speech phrase of the character corresponding to the character information (i2).

The size of the character corresponding to the character information i2 may be changed so that the size increases (grows) as the gauge of the gauge information i1 increases. The speech phrase of the character corresponding to the character information i2 may be changed so that a pre-stored speech phrase is displayed for each gauge state (ie, each gauge level). Illustratively, in the gauge state of the gauge information (i1) as shown in FIG. 5 (that is, a state in which the gauge of 3m40s is filled), the speech phrase of the character is "i'm so happy!, How about you?" It can be a phrase. As another example, when the gauge state of the gauge information i1 as shown in FIG. 6 (ie, the gauge of 12m is filled), the management control unit 120 provides character information displayed on the screen of the user terminal 1. In the state of (i2), state change control is performed so that the speech phrase of the character is changed (changed) from the speech phrase shown in FIG. 5 to a speech phrase such as “i'm soooo happy!, i'm getting energy. can be done

A description of the activity history information i3 can be more easily understood with reference to FIG. 7 . Referring to FIG. 7 , activity history information i3 may refer to history information related to a user's activity for at least one registered desired schedule event including a desired schedule event (eg, a first desired schedule event). . That is, the activity history information i3 may mean history information related to the user's activity for the first desired schedule event, but is not limited thereto. 100) may mean history information related to user activities for all at least one desired schedule event registered in the registration unit 110.

This activity history information i3 may include sunlight index cumulative value information. The sunlight index cumulative value information may indicate an accumulated value for a time (sunlight index) during which the user actually received sunlight in relation to at least one registered desired schedule event. The sunlight index cumulative value information may be displayed separately by day, week, month, and year, for example.

In addition, when an input requesting viewing of my page is made from the user terminal 1, the management control unit 120 includes sunlight index cumulative value information as shown in FIG. 7 as my information, for example. The activity history information i3 may be displayed on the screen of the user terminal 1 .

The information on which the user actually performed sunlight in response to the registered desired schedule event (ie, gauge information that is measured/changed according to the user terminal being located in the sunlight zone, that is, sunlight index related information) is, for example, the user's activity As the history information i3, it may be recorded and stored in a database unit (not shown). By analyzing the user's activity history information (i3) recorded and stored in the database unit (not shown), the management control unit 120 generates daily, weekly, monthly, and annual sunlight index cumulative value information as statistical information. It can be provided to the user terminal 1 by displaying it in one area of the information (my pege). In addition, my information may include picture information of a character corresponding to character information i2 captured by the user as information about my picture, for example.

Also, referring to FIG. 5 , for example, the second event notification information may include type/name information, coin information, and the like. Here, the type/name information may refer to user's skin type (type) information and character name information, which will be described later. Such type/name information (ie, type information and name information) may be input from a user through the user terminal 1, for example. The registration unit 110 may register type information and name information input through the user terminal 1 . In addition, the coin information may refer to information about a coin, which is one kind of compensation provided by the compensation unit 160 to be described later.

8 is a diagram for displaying on the screen of the user terminal 1 in order for the registration unit 110 of the apparatus 100 for managing the schedule to get in the sunlight according to an embodiment of the present application to receive and register character name information from the user terminal 1 It is a diagram showing an example of the character name information input screen.

Referring to FIG. 8 , for example, the registration unit 110 may display a character name information input screen as shown in FIG. 8 on the screen of the user terminal 1 to receive character name information from the user. The user may input character name information to be used based on the character name information history screen displayed on the screen, and the registration unit 110 may receive and register the input character name information from the user terminal 1 . The registration unit 110 may generate and register a character having a character name input by a user. In this case, the created character may mean a character corresponding to the character information included in the previously described second event notification information.

When the compensator 160 achieves the sunlight index corresponding to the desired target sunlight index information (ie, the state of the gauge information is changed so that the gauge information generated to correspond to the desired target sunlight index information has the maximum value). case), compensation may be provided. At this time, the reward may include coins, cash, clothing products, etc., but is not limited thereto, and the type (type) of the reward is a kind that provides motivation for the user to perform sun exposure Anything can be applied.

When a recommendation request signal for recommending a schedule event related to getting out in the sun is received from the user terminal 1 , the recommendation unit 130 may generate a recommended schedule event and display the recommended schedule event on the screen of the user terminal 1 .

Here, the recommended schedule event may include at least one of recommended place information for recommending sun exposure to the user, recommended date information, and recommended target sunlight index information.

At this time, the description of the recommended schedule event can be understood as a concept similar to the desired schedule event described above. Even if omitted below, the description of the desired schedule event is the same or similar to the description of the recommended schedule event. can be applied

Briefly, the recommended place information includes information on at least one of the name of the recommended place and the location (or address) of the recommended place in recommending a place where the user is likely to take in the sunlight (a place where the user is likely to take in the sunlight). can include

The recommended date information is information that recommends a good date for the user to get sunlight, and may include date-related information including year, month, and day, but is not limited thereto, and includes am/pm, hour, and minute. It can be broadly understood as a concept that includes time-related information.

The recommended target sunlight index information may be information recommending a level (degree) of sunlight exposure by the user. For example, when the recommended target sunlight index information is 8m, it may be recommended that the user be exposed to sunlight for 8 minutes.

In this case, when the user's skin type information is input from the user terminal 1, the recommendation unit 130 may generate a recommended schedule event in consideration of the input user's skin type information.

To this end, as an example, the registration unit 110 may display a skin type information input screen for receiving the user's skin type information on the screen of the user terminal 1 . Thereafter, the user may input his or her skin type information based on the skin type information input screen displayed on the screen of the user terminal 1 . The registration unit 110 may receive and register skin type information input through the user terminal 1 from the user terminal 1 .

9 is a screen of the user terminal 1 in order for the registration unit 110 of the apparatus 100 for managing the sun exposure schedule according to an embodiment of the present invention to receive and register the user's skin type information from the user terminal 1. It is a diagram showing an example of the displayed skin type information input screen.

Referring to FIG. 9 , the registration unit 110 may display a skin type information input screen as shown in FIG. 9 on the screen of the user terminal 1 . At this time, the skin type information input screen may include, for example, 6 skin type items as skin type items selectable by the user. Exemplarily, among the six skin type items, a first skin type item includes information such as 'I always get sunburned skin, but my skin is pale without tanning', and a second skin type item includes 'always sunburned skin'. It includes information such as "I often get sunburned and often get burned, and I am white", and the third skin type item may include information such as "I often get sunburned and gradually get burned, and the color is average." . In addition, the fourth to sixth skin type items may be as shown in FIG. 9 .

Exemplarily, when the user selects a first skin type item among six skin type items, the registration unit 110 receives information about the skin type item selected by the user from the user terminal 1, and stores the input information. Based on this, the user's skin type information may be registered (stored) as first skin type information.

When the user's skin type information is input and registered in the registration unit 110, the recommender 130 generates a recommended schedule event in consideration of the input (registered) user's skin type information, and sends the generated recommended schedule event to the user. It can be displayed on the screen of the terminal 1.

In this case, an example of a recommended schedule event generated in consideration of skin type information is as follows. For example, the first skin type is a light skin type (weak skin type) that easily gets sunburned even when exposed to sunlight for a short time, and the second skin type is not easily sunburned even when exposed to sunlight for a rather long time. Let's assume that the third skin type is a strong skin type that does not burn even when exposed to sunlight for a long time).

In this case, when the user has the first skin type, a recommended schedule event having recommended target sunlight index information of 3 minutes (3 m) may be generated. According to this, the recommendation unit 130 may generate and recommend a schedule for sunning for about 3 minutes as a recommended schedule event, considering that the user's skin type is the first skin type (ie, a skin type with a weak level). there is. Also, when the user has the second skin type, a recommended schedule event having recommended target sunlight index information of 5 minutes (5 m) may be generated. Also, when the user has a third skin type, a recommended schedule event having recommended target sunlight index information of 10 minutes (10 m) may be generated.

For example, if the user is input as having a first skin type, the recommendation unit 130 generates a recommended schedule event including information such as, for example, 'I recommend getting sunlight for 10 to 20 minutes twice a week' can provide

As another example, when the user's skin type is a skin type that easily burns and burns easily (eg, a first skin type), the recommendation unit 130 sets the recommended target sunlight index information as the first time, for example, 10 minutes. can be set to On the other hand, if the user's skin type is a skin type that does not tan easily (ie, a third skin type), the recommender 130 may set the recommended target sunlight index information to, for example, 30 minutes as the second time. . In this case, the second time may be set relatively longer compared to the first time. In the present application, the recommended target sunlight index information may be differently referred to as sunlight exposure recommended time information.

That is, when the user has the second skin type, the recommender 130 sets the set value of the recommended target sunlight index information to be relatively long so that the user can be exposed to sunlight for a longer time compared to the case of the first skin type. (Set relatively longer than the set value for the first skin type). In other words, the recommendation unit 130 sets the recommended time for sunlight exposure to a short time when the user's skin type is prone to tanning, while setting the recommended time for sunlight exposure to a long time when the user's skin type is not prone to tanning, and recommends schedule events. can create

As such, the recommendation unit 130 may generate a recommended schedule event differently according to the user's skin type information in consideration of the input (registered) user's skin type information. In particular, the recommender 130 may create a recommended schedule event by changing the recommended target sunlight index information within the recommended schedule event according to the user's skin type information.

Also, the recommendation unit 130 may generate a recommended schedule event in consideration of at least one of the user's skin type information and the weather information acquired by the weather information obtaining unit 140 .

To this end, although not shown in the drawing, the system 1000 may include a weather station server (not shown).

The Korea Meteorological Administration server (not shown) may be connected to the apparatus 100 through the network 2 . The Korea Meteorological Administration server (not shown) may provide various weather information related to weather, including weather forecast information and current weather information.

The weather information acquisition unit 140 may obtain weather information from a Korea Meteorological Administration server (not shown). The recommendation unit 130 may generate a recommended schedule event in consideration of the weather information acquired by the weather information acquisition unit 140 .

In this case, an example of a recommended schedule event generated by considering both skin type information and weather information is as follows.

As described above, for example, when considering only skin type information, if the user has a first skin type (ie, a skin type with a weak level), the recommendation unit 130 has recommended target sunlight index information of 3 minutes (3 m). You can create recommended schedule events. In this case, when the user has the first skin type and today's weather information is cloudy, the recommender 130 may generate a recommended schedule event having recommended target sunlight index information of 4 minutes (4m). On the other hand, when the user has the first skin type and today's weather information is sunny, the recommender 130 may generate a recommended schedule event having the recommended target sunlight index information of 2 minutes (2 m). .

According to this, the recommender 130 generates a first recommended schedule event in consideration of the user's skin type information (this is a skin type classified according to the degree/level of burn, meaning whether it is a weak/medium/strong level). can do. In this case, when weather information is obtained in addition to the user's skin type information, the recommendation unit 130 may update (pre-generated) first recommended schedule event information in consideration of the weather information in consideration of the skin type information. Accordingly, an updated first recommended schedule event may be generated. Accordingly, the recommender 130 may display the updated first recommended schedule event on the screen of the user terminal 1 .

At this time, when updating the first recommended schedule event, the user's skin type information and the weather type of the weather information (for example, whether it is cloudy, sunny, rainy, snowy, etc.) may be considered. . In this case, the update may be performed on at least one of recommended place information, recommended date information, and recommended target sunlight index information included in the recommended schedule event.

The recommendation unit 130 generates and provides a recommended schedule event (or an updated recommended schedule event), so that an appropriate time (this is an appropriate sunlight exposure time, which means recommended target sunlight index information) suitable for the user's skin type is provided. can recommend

The recommendation unit 130 may generate recommended schedule events and display (provide) them on the screen of the user terminal 1, thereby recommending information (recommended schedule events) related to schedules suitable for sun exposure to the user.

10 and 11 are diagrams showing examples of screens when the recommendation unit 130 of the apparatus 100 for managing a schedule for sun exposure displays a recommended schedule event on the screen of the user terminal 1 according to an embodiment of the present invention. .

Referring to FIG. 10 , when the weather information obtaining unit 140 obtains weather information, the recommendation unit 130 generates a recommended schedule event considering a recommended date in consideration of the weather information and displays it on the screen of the user terminal 1. can provide

Illustratively, the recommendation unit 130 may determine that Monday, Wednesday, and Friday of this week are sunny weather (good weather) in consideration of this week's weather forecast information as weather information. In this case, Monday/Wednesday/Friday may be the recommended date, and the recommendation unit 130 generates a screen as shown in FIG. 10 as a recommended schedule event including the recommended date, for example, to display the screen of the user terminal 1. can be displayed on

For example, as shown in FIG. 10 , the recommendation unit 130 may provide a recommended schedule event including phrase information such as 'The weather is nice on Monday, Wednesday, and Friday!' in consideration of weather information. Also, the recommendation unit 130 may generate and provide recommended schedule events corresponding to each date (or day of the week) in consideration of weather forecast information.

That is, the recommender 130 corresponds to, for example, a recommendation schedule event corresponding to 'Monday the 25th (MON)', a recommendation schedule event corresponding to 'Tuesday the 26th (THU)', and 'Wednesday the 27th (WED)' A plurality of recommended schedule events including recommended schedule events to be generated and displayed on the screen of the user terminal 1 . At this time, when the user selects at least one of a plurality of recommended schedule events and requests registration, in response to this, the registration unit 110 registers the at least one recommended schedule event requested by the user, and the database unit (not shown) ), event management can be performed by the management control unit 120.

Referring to FIG. 11 , it is assumed that a user selects a recommended schedule event corresponding to 'Saturday the 27th (SAT)' as an example among recommended schedule events by date (by day of the week) provided (displayed) by the recommender 130 . In this case, in response to the user's selection input, the recommendation unit 130 may provide detailed recommended schedule information for the recommended schedule event (selected recommended schedule event) selected by the user as shown in FIG. 11 . Here, detailed recommended schedule information may include recommended date information and recommended target sunlight index information.

In FIG. 11 , it can be confirmed that the recommended date information is 'Saturday the 27th (SAT), from 9:01 AM to 9:11 AM'. In addition, in FIG. 11, the recommendation target sunlight index information is exemplarily recommended as '10 to 15 minutes'. Strictly speaking, since the time in the recommended date information is 'AM 9:01 to AM 9:11', '10 minutes' It can be confirmed that it is recommended. On such a screen, for example, when a user inputs a 'setting' button, in response to the user input, the registration unit 110 displays 'Saturday the 27th (SAT), 9:01 AM to 9:11 AM, A recommended schedule event having information of '10 minutes' may be registered.

In this way, the recommender 130 may recommend the user by displaying a recommended schedule event on the screen of the user terminal 1 in consideration of at least one of the user's skin type information and weather information.

Also, when a recommendation request signal is received, the recommender 130 may generate and provide a recommended schedule event including recommended place information. In other words, when a recommendation request signal is received, the recommender 130 may provide recommended place information.

At this time, when the recommendation unit 130 provides the recommended place information, for example, considering the current location information of the user terminal 1, current time information, and height information of surrounding buildings around the user terminal 1, the sunlight is good. An illuminated (sunlit) place can be provided as recommended place information.

That is, as the position of the sun changes by time zone, even if the user is at the first place position, for example, the area where sunlight shines on the corresponding first place position (the position on which sunlight shines) varies according to the position change of the sun by time zone. It can vary. For example, it is assumed that a user is located at a first place location (a certain point on the ground, a certain point) and there is a high building nearby. In this case, for example, in the time zone between 4:00 pm and 10:00 am (first time zone), sunlight is blocked by tall buildings nearby, and a shade may be formed at the location of the first location. On the other hand, in the time zone between 10:00 am and 4:00 pm (second time zone), sunlight may shine on the location of the first place as the sunlight is not blocked by nearby tall buildings.

As such, even if the sun simply rises today, the location of the same location ( For example, the time period during which sunlight shines (sunlight shines) on the first place location) may be different. In consideration of this point, the recommendation unit 130, when providing recommended place information, for example, current location information of the user terminal 1, current time information (particularly, the position of the sun in the current time zone) and the user terminal 1 ) In consideration of the height information of surrounding buildings, a well-lit (sunlit) place may be provided as recommended place information. In other words, the recommendation unit 130 may comprehensively consider the current location information of the user terminal 1, the location information of the sun by time zone, the height information of surrounding buildings, and the like, and provide more optimized customized recommended place information. .

Here, height information of neighboring buildings may be illustratively identified information based on pre-obtained digital map information. However, it is not limited thereto, and the height information of neighboring buildings considered herein may be information obtained through various conventionally known techniques capable of acquiring height information of buildings or techniques to be developed in the future.

That is, the recommendation unit 130 may recommend a place where sunlight can be well received in consideration of information such as the user's current location, current time, and height information of surrounding buildings. In particular, the recommendation unit 130 may provide (recommend) a place in a location where no shade occurs as recommendation place information in consideration of a shade area created by buildings for each time period.

Also, the recommendation unit 130 may generate a recommended schedule event in consideration of the type (wearable item type) of wearable item information acquired by an acquiring unit (not shown), which will be described later. In particular, the recommendation unit 130 may differently determine a setting value of the recommended target sunlight index information in consideration of the type of wearable article information, and generate and provide a recommended schedule event including the determined recommended target sunlight index information. .

Here, wearable item information may refer to hats, clothing, pants, shoes, etc. worn on the user's body. The wearable item type of the wearable item information may be information classified based on the degree (level) that makes a difference in the degree of sunlight exposure to the user's skin (influences the degree of exposure). Exemplarily, when the wearable item is a top among clothing, in particular, the short-sleeved top may expose the user's skin to sunlight more, whereas the long-sleeved top may have less sunlight exposure to the user's skin than the short-sleeved top. Also, among long-sleeved tops, the degree of sunlight exposure may be different depending on whether there are holes, thick clothes, or see-through clothes. Considering this point, the type of wearable item is, for example, whether it is short-sleeved clothing or long-sleeved clothing (whether it is thin long-sleeved clothing among long-sleeved clothing, thick long-sleeved clothing, or long-sleeved clothing with holes), whether it is shorts, long pants, etc. It can mean the same type of information.

In generating and providing recommended schedule events, the recommender 130 sets different weights for each type of wearable item, and generates different recommended schedule events in consideration of the weights for each type of worn item (in particular, the recommended target within the recommended schedule event). Sunlight index information can be created differently). The recommendation target sunlight index information may indicate sunlight exposure time recommendation information recommended to the user.

Illustratively, it is assumed that a weight is set to 1 for a short-sleeved top and a weight is set to 3 for a thick long-sleeved shirt. In this case, the recommender 130 sets (determines) the recommendation target sunlight index information to 5 minutes, and recommends including this, since the weight of the short-sleeved top is 1 when the worn item type of the acquired wearable item information is a short-sleeved top. You can create a schedule event. On the other hand, the recommendation unit 130 sets (determines) the recommendation target sunlight index information to 15 minutes rather than 5 minutes, since the weight of thick long-sleeved clothing is 3 when the worn item type of the acquired wearable item information is thick long-sleeved clothing. and create a recommended schedule event including it.

The wearable article information wraps the user's skin over a larger area and the thicker the material of the wrapped wearable article, the less the level of direct exposure of the user to sunlight. In consideration of this point, the recommendation unit 130 covers a wider area of the user's body part (skin) and has a thick material (for example, thick long-sleeved clothes), the recommendation unit 130 relatively recommends the user's body part (skin). Skin) has a thinner material and covers a smaller area (for example, a short-sleeved top) than when it is necessary to be exposed to sunlight more, and the recommended target sunlight index information is set to a longer value ( decision), and create and provide a recommended schedule event including it. The recommendation unit 1300 may provide recommended target sunlight index information more customized to the user in consideration of wearable item information the user is wearing or is expected to wear.

Meanwhile, the compensator 160 provides gauge information generated to correspond to desired target sunlight index information within a desired schedule event (eg, a first desired schedule event) as a result of performing state change control by the management control unit 120 (FIG. 6). When the state of the gauge information is changed so that the gauge for i1) in has the maximum value, compensation may be determined and provided. When the gauge state is changed so that the gauge has the maximum value, the compensator 160 determines the level of sunlight that the user has targeted (desired) (this is information that sets how long the user will receive sunlight, and the desired target Sunlight index information) may be determined as having been achieved (that is, it may be determined that a goal has been achieved), and a reward may be determined and provided.

In this case, the compensation unit 160 may determine whether or not to provide compensation and the type of compensation provided according to the level of the maximum gauge value at which the goal is achieved (ie, how much the maximum value of the gauge has).

Here, the type of reward may include at least one of characters, coins, and cash.

The character refers to a character that can be set by the user when providing the method for managing a schedule for sun exposure by the device 100 to the user, which may mean the character in FIG. 8 described above. Such a character may play a role of motivating the user to feel continuous interest in the act of basking in the sunlight (it may be used as a means of motivating).

A coin may be otherwise referred to as a point or the like. Coins can be used, for example, to purchase character items (eg, clothes, pants, accessories, bags, etc.) that decorate a character. In addition, coins (points) can be used to purchase items that users can actually wear (clothes, pants, accessories, shoes, bags, etc.). Coins can be used, for example, to purchase character items or items that can actually be worn by a user in a store within an application that can be implemented by the device 100 . As another example, coins may be provided to be cashable.

A specific example of determining whether or not to provide a reward and the type of provided reward according to the level of the maximum value of the gauge at which the goal is achieved is as follows.

For example, the compensator 160 determines the maximum value (level of the maximum value) according to the level of the maximum value of the gauge at which the goal has been achieved (that is, the maximum value of the desired target sunlight index information of the desired schedule event for which the goal has been achieved). If it is less than the first value (for example, less than 5 minutes (5m)), it may be determined not to provide compensation. In addition, when the level of the maximum value of the gauge is greater than or equal to the first value and less than the second value (eg, greater than 5 minutes and less than 10 minutes), it may be determined that the reward is a character. In addition, when the level of the maximum value of the gauge is greater than or equal to the second value and less than the third value (eg, greater than 10 minutes and less than 60 minutes), it may be determined that the reward is a coin (point). In addition, when the level of the maximum value of the gauge is greater than or equal to the third value (eg, 60 minutes or more), it may be determined that the reward is cash.

At this time, in relation to the case where the reward is determined (paid) in coins, illustratively, if the level of the maximum value of the gauge belongs to the first range (eg, range of 10 minutes or more and 20 minutes or less), it is considered to be 500 coins. can be determined In addition, the compensator 160 provides 1000 coins if the level of the maximum value of the gauge falls within the second range (eg, a range of 20 minutes or more and less than 30 minutes), and the level of the maximum value of the gauge is in a third range (eg, a range of 20 minutes or more and 30 minutes or less). , 30 minutes or more and 40 minutes or less), compensation can be determined with 1500 coins or the like. At this time, since an example of a case in which cash is determined (paid) as a reward may be understood as the same or similar to an example in which a coin is determined (paid) as a reward, a detailed description thereof will be omitted.

As such, the compensator 160 may provide different types of rewards, types of rewards, levels of rewards, and the like, depending on the level of the maximum value of the gauge that achieves the goal.

12 shows that the gauge information for desired target sunlight index information is changed to have the maximum value as the management control unit 120 of the device for managing sunlight schedule 100 according to an embodiment of the present invention performs state change control. It is a drawing showing an example of the screen display when it is. That is, FIG. 12 is, for example, a screen display example of the user terminal 1 shown when the user achieves a target sunlight index corresponding to desired target sunlight index information set in relation to a desired schedule event (a first desired schedule event). indicates

Referring to FIG. 12 , the management control unit 120 determines when a user achieves a target sunlight index of desired target sunlight index information included in a desired schedule event (a first desired schedule event) (in other words, desired target sunlight index information). When the gauge state is changed so that the gauge information generated to correspond to has the maximum value), a screen as shown in FIG. 12 may be displayed on the user terminal 1 . At this time, it can be confirmed that '+1000' is displayed on the screen, for example, as the compensation unit 160 determines the reward as 1000 coins.

This device 100 can help the user to naturally acquire sunlight, which is a habit for relieving depression. The apparatus 100 recommends a date, time zone, and location where sunlight is best through the recommended schedule event provided by the recommendation unit 130, and allows the user to register (set) a schedule event based on this, It can help the user to plan and implement a sun exposure schedule more easily. Here, the recommended date and time zone for good sunlight may mean the above-described recommended date information, and the recommended information for a sunny location may mean the above-described recommended place information.

In addition, the device 100 may provide a function of growing a character in relation to the sunlight schedule when the user performs the sunlight schedule using the sunlight schedule management technology provided through the device 100 . This device 100 can motivate an act of basking in sunlight by providing a character so that a user can grow a character whose state changes as much as he actually receives sunlight.

The apparatus 100 may receive information on the user's skin type from the user through the user terminal 1, for example, to provide a recommended schedule event. Through this, the user can select skin type information suitable for him or her. That is, the user can select a type suitable for his/her skin type.

In addition, the apparatus 100 may create (grant) and register a character in conjunction with the registration of a desired schedule event (or registration of a recommended schedule event) so that the user can feel continuous interest in sunbathing.

When the device 100 determines that the user actually performs an act of basking in the sunlight (that is, as the current location of the user terminal 1 is determined to be within a preset distance range from the desired place location, the user by changing at least one of the state of the character information and the state of the gauge information according to the elapse of time during which the user actually performs the act of taking sunlight (ie, according to the elapse of the satisfaction maintenance time) , it can be provided so that the user can be interested in and motivated by the act of taking in the sunlight.

Since changes in the habit of receiving sunlight are not immediately noticeable, in consideration of this, the present device 100 determines whether the state of the character information and the state of the gauge information are located in the sunlight zone based on whether or not they are located in the sunlight zone. By changing in real time according to the lapse of time (ie, the lapse of the sufficiency maintenance time), it is possible to more intuitively recognize the level at which the user has actually received sunlight.

In addition, since the present device 100 does not immediately notice changes in the habit of receiving sunlight, the degree to which the user receives sunlight is provided by the character growth function, state change control of character information, or state change control of gauge information. It is possible to imprint on the user the degree of need for sunlight (the degree to which sunlight is needed) with the appearance of the character (or the changed state of the gauge) that changes according to the

In addition, the device 100 may provide a recommended schedule event in consideration of weather information (this may include current weather information, weather forecast information, weather information by season, and the like).

In addition, the present device 100 considers that the best time to receive sunlight is different for each season, for example, so that the user can intuitively check the change of the season, the screen of the main graphic provided with the character is displayed as seasonal information (weather information). It can be provided (changed) differently in consideration of

The management control unit 120 of the present device 100 may perform management of registered desired schedule events. At this time, for example, the management control unit 120 may perform place management in relation to desired place information within the desired schedule event. That is, the management control unit 120 may manage the location (place location) of at least one piece of registered desired place information. Desired place information registered in the registration unit 110 (that is, information about a place where the sun is shining) may be changed at any time by a user input.

Also, the management control unit 120 may perform schedule management (schedule management) for registered desired schedule events. The user can input (set) information on how much sunlight he/she wants on a desired date and time (ie, information on a desired schedule event) to the user terminal 1, and the register 110 stores this input information Based on this, desired schedule events can be registered.

In addition, for example, when a desired schedule event is registered (set) or a recommendation request signal for recommending a schedule event is received from the user, the recommendation unit 130 performs a clear weather based on the weather information obtained from the Korea Meteorological Administration server. A recommended schedule event having an appropriate time slot (recommended date information) customized to the user may be generated and provided in consideration of the day and season of the week and the user's skin type information.

Gauge information considered by the device 100 (that is, gauge information generated corresponding to desired target sunlight index information within a desired schedule event registered in the device) is not automatically filled when the user is located in a sunlight zone. status may change. That is, when the user is located (or moved) to a position of any one place information among a plurality of place information including desired place information and recommended place information, the gauge of the gauge information corresponding to the registered desired target sunlight index information (i.e., sunlight index) can be automatically recorded and filled.

In addition, the apparatus 100 may provide a reward to the user when the target time set by the user is achieved (ie, when sunlight is exposed for a time corresponding to the desired target sunlight index information). At this time, the device 100 may provide (pay) a coin as an example as a reward, and the user may customize a character by using the provided coin, for example.

Also, the device 100 may set a user's photo and name. In addition, the device 100 can take, for example, a picture of a character, store it, store it, and share it.

In addition, the apparatus 100 may show a record of how much sunlight the user has been exposed to by date. That is, the present device 100 stores a measurement record (ie, a record of changes in the filling state of the gauge and a record of changes in the sunlight index) for the act of taking in sunlight performed by the user in relation to the registered desired schedule event by date, day of the week, Statistics can be provided by month, year, etc.

On the other hand, as described above, the management control unit 120, when the date corresponding to the desired date information in the desired schedule event (first desired schedule event) registered in the registration unit 110 arrives (arrives), for example, FIG. 4 As shown in , first event notification information in relation to a desired schedule event (a first desired schedule event) may be provided on the screen of the user terminal 1 .

In this case, the first event notification information displayed on the screen may include current location (up) information of the user terminal 1 and a map displaying information on a plurality of places (ie, locations of a plurality of places). Here, the plurality of place information may include at least one piece of desired place information and at least one piece of recommended place information. Desired place information may exemplarily mean a place location p1 and a place location p2 as shown in FIG. 4 . The recommended place information may exemplarily refer to a location of 'Central Park' and a location of 'Infinite Forest' as shown in FIG. 2 .

At this time, in the description to be described later, for convenience of explanation, the p1 place location, the p2 place location, the 'Central Park' place location, and the 'Infinite Forest' place location are respectively referred to as the first place location, the second place location, the third place location, and the fourth place location. It will be referred to as a place location.

When the date corresponding to the desired date information arrives, the management control unit 120 sets a predetermined value from the current position (up) of the user terminal 1 among a plurality of place information (ie, first place location to fourth place location). At least one piece of place information located within the distance range (that is, place information where the user terminal's periphery is located, for example, a first place location and a third place location) is mapped together with the current location (up) information of the user terminal 1. , and the first event notification information including such a map may be provided to the screen of the user terminal 1 .

At this time, the user wants to be provided with directions to a location of any one place information (eg, a first place location that is a p1 place location) among nearby place information (ie, a first place location and a second place location). In this case, the user may input a route request (input) to the user terminal 1 requesting a route to a certain place information location (first place location).

In this way, when a route request requesting a route to the first place location is made through the user terminal 1 with respect to the first place location, which is the location of any one place information among the locations of a plurality of place information displayed on the screen ( That is, when a route request is input through the user terminal), the route guide providing unit 150 generates and generates a route from the location of the user terminal 1 (ie, the current location, up) to the location of the first place. Information about the route may be provided to the user terminal 1 . Hereinafter, the road guidance providing unit 150 will be described in more detail.

The route guide providing unit 150 is an internal space such as a somewhat large complex and congested subway station or an interior (inside) of a large building when a user moves to a destination (for example, a first place location, which is the destination). Augmented Reality that supports the user's movement (guidance, guide, guidance) so that the user can accurately move to the destination (or to the exit toward the destination) without getting lost in this internal space even when passing through It may be prepared to provide a base road guidance technology.

In this application, the term destination may be used interchangeably with terms such as destination.

Specifically, the road guidance providing unit 150 includes a first path generation unit 11, a second path generation unit 12, a guidance control unit 13, a calculation unit 14, a first DB 15, and a second path generation unit 12. It may include a DB (16) and a location information acquisition unit (17).

The first route generating unit 11 may generate a route from a starting point to a destination based on information about a starting point and a destination (ie, starting point information and destination information) input from a user. At this time, the first route generating unit 11 may receive input of information about the starting point and the destination from the user through the user terminal 1 possessed by the user.

Here, the source information is, for example, information about the current location of the user, and for example, location information of the user terminal 1 obtained through a GPS sensor (ie, current GPS location information of the user terminal, current location of the user terminal) ) can mean. In addition, the destination information means the location (place location) of the place information that is the target of the destination of the route request, and is selected by the user from among a plurality of place information (a plurality of place locations) displayed on the screen. It may mean information of one place location (p1 place location).

In the present application, destination information is information of a first place location (p1 place location), and may be otherwise referred to as information of a destination place location (ie, destination place information). That is, in the present application, the first place location to which the route request is made may be otherwise referred to as a destination place location, a destination, and the like.

In other words, in the following description, the location of the source information means the current location (current GPS location, up) of the user terminal 1, and the location of the destination information is, for example, the location of the first place information, which is the first place location ( p1 place location).

Hereinafter, for convenience of description, the path generated by the first path generator 11 will be referred to as a reference path.

The first route generator 11 may receive source information and destination information from a user through the user terminal 1, and based on this, destination information (ie, the user's current location) from a location corresponding to the source information ( A route (reference route) to a location corresponding to the first place information (ie, the first place location and the destination place location) may be created.

In the present application, a route generated by the first route generator 11 (ie, a route from the current location of the user terminal to a destination) may be referred to as a reference route, a target route, and the like.

At this time, there may be a plurality of routes from the location of the source information to the location of the destination information. That is, a minimum time path, a shortest path) can be created. For example, the first path generation unit 11 may generate a path from a location of source information to a location of destination information, which minimizes walking travel time.

The route generated by the first route generator 11 may be exemplarily displayed on the screen of the user terminal 1 in conjunction with a map.

The second path generator 12 receives a request signal for requesting internal road guidance for an internal movement section included in the path (reference path) generated by the first path generator 11, the request signal In response to, an internal road guidance path corresponding to the internal movement section may be generated.

That is, the path (reference path) generated by the first path generator 11 may or may not include at least a part of the internal movement section.

At this time, the second route generator 12 includes an internal movement section in the route (reference route) generated by the first route generator 11, and requests route guidance for this internal movement section (ie, When a request signal requesting internal road guidance) is received from the user (or user terminal), an internal road guidance path corresponding to the internal movement section may be generated in response to the received request signal.

Here, the internal movement section may refer to a section corresponding to an internal space of a structure provided underground and/or on the ground. In this case, the internal space of the structure provided underground and/or on the ground may mean an internal space (internal space) corresponding to a subway station, an underpass, an underground shopping mall, a building, and the like. In addition, the building may mean, for example, a department store, hospital, mart, shopping mall, bus terminal, etc., but is not limited thereto.

The internal movement section considered herein may mean a section corresponding to a subway station (subway station), which is a structure preferably provided underground.

The second path generation unit 12 creates an internal road guidance route in consideration of the structure (internal structure) of the internal space for each floor of the structure provided underground and/or on the ground and the convenience facilities present in the internal space of the structure. can create According to this, the second path generation unit 12 may generate a path (an internally drawn path) so that the movement path is clearly distinguished for each floor of the interior space.

Here, convenience facilities existing in the interior space include, for example, a toilet in a subway station, an escalator, an elevator (elevator), a beverage vending machine, a convenience store, a locker, a control room, a transportation card charging station, a store (restaurant, clothing store, etc.), etc. It may be included, but is not limited thereto, and various convenience facilities in the subway station may be applied.

As such, the second path generator 12 considers the internal structure of each floor of the structure within the internal movement section or the location of convenience facilities so that the user can more easily move to the destination (first place location) within the internal movement section. Thus, an internal road guidance route for guiding a movement route to a destination (first place location) may be created.

When a request signal requesting internal route guidance for an internal movement section is received, the second route generator 12 may generate an internal route guidance route in response to the received request signal. At this time, the second path generation unit 12, when an image related to an internal road related to an internal road belonging to an internal movement section is obtained from the user terminal 1, receives a request signal for requesting internal road guidance using the obtained image related to the internal road. , and may generate an internal road guidance route in response to the recognized request signal.

13 is a diagram illustrating an example of an image related to an internal road acquired from the user terminal 1 in the apparatus 100 for managing a schedule for sun exposure according to an embodiment of the present disclosure.

Referring to FIG. 13 , it is assumed that a user obtains, for example, an image shown in FIG. 13 as an image of a road guidance sign existing in a specific subway station through the user terminal 1 .

At this time, the second path generator 12 determines whether the image acquired through the user terminal 1 is an image captured for an internal movement section within the path (reference path) generated by the first path generator 11. can do. That is, the second path generating unit 12 is an image obtained by capturing an image acquired through the user terminal 1 of an area among internal roads belonging to an internal movement section within a reference path (ie, an image obtained by internal movement). It is possible to determine whether the image is an image taken of an internal road belonging to a section).

As a result of the determination, when the image obtained through the user terminal 1 is an image obtained by photographing an internal road belonging to an internal movement section, the second path generator 12 converts the image obtained from the user terminal 1 in this way. It can be identified as an internal road-related image related to an internal road belonging to an internal movement section within the reference route.

Here, in order to identify whether the image acquired from the user terminal 1 in the second path generation unit 12 is an internal road-related image, for example, the road guidance providing unit 150 is a structure provided underground and/or on the ground ( It may include an image database unit (not shown) for pre-storing a plurality of images (ie, images of internal roads belonging to the corresponding internal space) of the internal space of all structures).

In the image database unit (not shown), each of these plural images is linked with location information when the corresponding image is captured (ie, location information of the user terminal when the corresponding image is captured) and direction information when the corresponding image is captured. and can be saved. Here, direction information may mean azimuth information. Also, location information may include GPS information, altitude information, and the like.

The second path generation unit 12 compares (matches) between the image obtained from the user terminal 1 and a plurality of images pre-stored in an image database unit (not shown), and the image obtained from the user terminal 1 It can be identified whether is an image related to an internal road related to an internal road belonging to an internal movement section within the reference route.

Thereafter, when the image obtained from the user terminal 1 is identified as an image related to an internal road, the second path generating unit 12 recognizes the identified image related to an internal road as a request signal, and the internal road corresponding to the internal movement section. You can create a navigation route.

Exemplarily, when the user inputs information about the starting point and the destination through the user terminal 1 to receive guidance on a route from the starting point to the destination, the first route generator 11 provides a route from the starting point to the destination ( base path) can be created. At this time, information about the path (reference path) generated by the first path generator 11 may be displayed on the screen of the user terminal 1, for example.

Thereafter, the user may move to the destination (first place location) based on (refer to) the route (reference route) generated through the first route generator 11 . At this time, as an internal movement section within the route (reference route), for example, a number of entrances, department stores, bus terminals, etc. are connected, and a somewhat complex and congested subway station (hereinafter referred to as a target subway station) consisting of several floors is included. Let's say there is. That is, it is assumed that the user has to pass through the target subway station while moving to the destination.

At this time, if the space corresponding to the target subway station is wide and, as mentioned above, a plurality of entrances, department stores, bus terminals, etc. are connected and consist of several floors, the user sees only the road guidance signs as shown in FIG. 13, for example You may get lost or get lost while moving to your destination.

In this case, when the user moves to the destination based on (referring to) the path (reference path) generated through the first path generator 11, the user provides internal road guidance for the internal movement section of the reference path. If you want to receive, for example, when you enter or are located in the corresponding internal movement section where you want to receive internal route guidance, an image of a road guidance sign belonging to the internal movement section (eg, in FIG. 13 An image as shown) may be captured using the user terminal 1 .

The second path generation unit 12 compares (matches) between the image acquired through the user terminal 1 and images previously stored in an image database unit (not shown), so that the acquired image is related to the corresponding internal movement section. If it is identified as an image related to an internal road, it may be recognized as a request signal for requesting internal road guidance for an internal movement section.

When a request signal is received (ie, when an image related to an internal road is obtained from a user terminal), the second route generator 12 generates an internal road guidance route corresponding to an internal movement section in response to the request signal; The generated internal road guidance path may be provided to be displayed on the screen of the user terminal 1, for example.

When the image related to the inner road is obtained, the second path generation unit 12 determines a route from the location corresponding to the image related to the inner road to the location of the nearest exit from the location of the destination among the exits belonging to the inner movement section. It can be created as an internal road guide route.

When the location of the destination input from the user is the location of a building on the ground, the second path generator 12 is closest to the location of the destination among exits (ie, exits in the subway station) belonging to the internal movement section. A route to the location of the located exit may be generated as an internal road guidance route, but is not limited thereto.

As another example, when the location of the destination input from the user is the location of a building existing on the ground, the second path generating unit 12 selects the destination among a plurality of ticket gates belonging to an internal movement section (ie, an internal space within a subway station). A route from the location of the ticket gate to the location of the closest ticket gate may be created as an internal road guidance route.

Exemplarily, when the location of the destination is a location corresponding to a ground building existing on the ground, the second path generator 12 determines the location of the destination among exits belonging to the interior movement section from the location corresponding to the image related to the interior road. A route from to the location of the nearest exit can be created as an internal road guidance route. Here, the location corresponding to the image related to the internal road is the location of the user terminal 1 that acquired the image related to the internal road, and may mean the current location of the user who has photographed/obtained the image related to the internal road.

On the other hand, the location of the destination corresponds to, for example, an underground building that is one of a plurality of buildings belonging to the internal movement section (in other words, any one of the plurality of shopping malls belonging to the underground shopping mall, which is the internal movement section) In case of the location, the second path generation unit 12 generates a route from the location corresponding to the internal road-related image to the location of the destination within the internal movement section (ie, a location corresponding to any one underground building within the internal movement section). It can be created as an internal road guide route.

At this time, there may be a plurality of routes from the location corresponding to the internal road-related image to the location of the destination information. A route (that is, a minimum time route, a shortest route) may be generated as an internal road guidance route. That is, the second path generation unit 12 is a path from the location corresponding to the internal road-related image acquired from the user terminal 1 to the location of the destination information (ie, the location of the first place), and the walking travel time is minimized. A route that becomes can be created as an internal road guidance route.

The guidance control unit 13 generates internal road guidance information for guiding the user's movement on the internal road guidance route, based on the internal road guidance path generated by the second route generator 12, so that the user possesses the internal road guidance information. It can be provided to the terminal (1).

At this time, the guidance control unit 13 may provide internal road guidance information to the user terminal 1 in consideration of the user's location information (user location information). In addition, the internal road guidance information may include information about the internal road guidance path generated by the second path generator 12 and movement guidance information considering the location information of the user that changes according to the user's movement.

Here, the user's location information is location information obtained through a location acquisition sensor included in the user terminal 1, and may be, for example, GPS information, etc., but is not limited thereto. As another example, the user's location information can be obtained through a single image (photo) even in a basement or indoor area where GPS does not work, for example, by using visual localization technology.

The guidance control unit 13 may provide internal road guidance information based on augmented reality for an internal road belonging to an internal movement section. That is, the guidance control unit 13 may provide internal road guidance information based on augmented reality.

The guide control unit 13 generates internal road guidance information for the internal movement section as at least one type of information among screen display information (straight indication arrow indication, U-turn indication, remaining distance indication, etc., display contents), sound information, and vibration information. and can be provided to the user terminal 1.

For example, when a plurality of direction indication information is included in the internal road-related image obtained from the user terminal 1, the guidance control unit 13 may provide corresponding direction indication information corresponding to an internal road guidance route among the plurality of direction indication information. The screen display information provided to the user terminal 1 may be controlled so that the icon of is displayed in a form that is easier to recognize or identify than the icon of non-corresponding direction indication information that does not correspond to the internal road guidance route.

At this time, displaying the icon in a form that is easy to recognize or identify means, as mentioned above, to display the icon in at least one of a visually emphasized form, an expanded form, a form accompanied by auditory effects, and a dynamic animation form. can do. This can be more easily understood with reference to FIG. 14 .

14 is a diagram showing an example of a screen display of the user terminal 1 controlled by the apparatus 100 for managing a schedule for sun exposure according to an embodiment of the present disclosure.

Referring to FIG. 14 , for example, suppose that a user is currently located in a subway station corresponding to 'Yeoksam Station' and wants to move to a first place, a destination located on the ground, via the interior of the subway station.

At this time, the user uses the user terminal 1 in 'Yeoksam Station' to receive a request for internal route guidance for the internal movement section included in the route among the routes from 'Yeoksam Station' to the 'first place location', which is the destination. An image such as (a) of FIG. 14 may be captured as an image related to an internal road using . At this time, the second path generation unit 12 may generate an internal road guidance path corresponding to an internal movement section among the roads (route) from the current location of the user to the location of the first place.

Meanwhile, it is assumed that a plurality of pieces of direction indication information are included in the acquired internal road-related image, including first direction indication information for guiding 'Gyodae/Sadang direction' and second direction indicating information for guiding 'Seolreung/Jamsil direction'.

At this time, when the destination to which the user wants to go is the location of the first place located on the side of 'Konkuk Univ. Station', the user follows the second direction indication information among a plurality of direction indication information included in the obtained image related to the internal road to 'Seolleung/Jamsil' You need to move in that direction.

Accordingly, the guidance control unit 13 converts the second direction direction information among a plurality of pieces of direction direction information included in the internal road-related image based on the internal road guidance path generated by the second path generator 12 to the internal road. While it is recognized as corresponding direction indication information corresponding to a road guidance route, first direction indication information among a plurality of direction indication information may be recognized as non-corresponding direction indication information that does not correspond to an internal road guidance route.

According to this, the corresponding direction indicating information may refer to information (direction indicating information) pointing to a direction matching a direction in which the user should go, among a plurality of direction indicating information (information indicating a plurality of directions).

In this way, after recognizing the second direction indication information among the plurality of direction indication information as the corresponding direction direction information, the guidance control unit 13 displays the internal road guidance information generated based on the internal road guidance route as screen display information as an example. As shown in (b) of 14, it can be provided on the screen of the user terminal 1.

That is, as shown in part A in (b) of FIG. 14 , the guidance control unit 13 can recognize or identify an icon of corresponding direction indication information among a plurality of pieces of direction indication information more easily than an icon of non-corresponding direction indication information. Screen display information may be provided to be displayed in a form.

In addition to controlling the screen display information for the corresponding direction indication information, for example, the guidance control unit 13 controls movement guidance information among the internal road guidance information displayed on the screen of the user terminal 1 (users that change according to the user's movement). As shown in part B in (b) of FIG. 14, [to go to the location of the first place, you have to go to 'Konkuk Univ. Station', and to go to 'Konkuk Univ. Screen display information may be controlled so that a phrase such as “Please turn right after going straight 100 m and take the train in the direction of Seolleung/Jamsil” is displayed on the screen of the user terminal 1 .

As such, the road guidance providing unit 150 provides the internal road guidance information for the internal movement section based on augmented reality, indicating a direction that matches the direction the user wants to go among a plurality of direction indication information included in the road guidance sign. The screen of the user terminal 1 may be controlled so that the information is displayed in a form that is easy to recognize or identify in comparison to non-corresponding direction indication information. The route guide providing unit 150 provides the user with more intuitive recognition of the direction he or she should go based on the information displayed on the screen, and through this, the user can move quickly without wandering on the road to the destination. You can guide (guide, provide) the way to do it.

In addition, the guidance control unit 13 considers real-time user location information obtained from a location acquisition sensor (eg, a GPS sensor, etc.) in the user terminal 1, and the remaining distance to a direction change point where the user should change the moving direction. Correspondingly, the contents of the screen display information, the contents of the sound information, and the vibration type of the vibration information may be changed.

At this time, the guidance control unit 13 provides sound information through a wearable sound input/output unit worn by the user or a speaker unit of the user terminal 1, and in the case of vibration information, the wearable vibration output unit worn by the user or the user terminal 1 ) can be provided.

For example, the guidance control unit 13 may generate and provide sound information so that the user can recognize the internal road guidance information as sound (so that the internal road guidance information can be provided as a sound output). In addition, the guidance control unit 13 may generate and provide the internal road guidance information as vibration information so that the user can perceive the internal road guidance information as vibration (so that the internal road guidance information can be provided as a vibration output).

In this case, the sound information generated by the guidance controller 13 may be provided through a wearable sound input/output unit (not shown) worn by the user or a speaker unit of the user terminal 1 . In addition, the vibration information generated by the guidance controller 13 may be provided through a wearable vibration output unit (not shown) worn by the user or a vibration unit provided in the user terminal 1 . In other words, the guidance controller 13 may control the wearable sound input/output unit or the speaker unit of the user terminal 1 so that generated sound information is provided to the user. Also, the guidance controller 13 may control the wearable vibration output unit or the vibration unit of the user terminal 1 so that generated vibration information is provided to the user.

However, it is not limited thereto, and when the device 100 itself includes a sound input/output unit and a vibration output unit, the generated sound information is provided through the sound input/output unit of the device 100 and generated Vibration information may be provided through a self-vibration output unit of the device 100 .

The device 100 may be connected to the user terminal 1 as well as the wearable sound input/output unit and the wearable vibration output unit through the network 2 . In this case, the network 2 connected between the two units (ie, the wearable sound input/output unit and the wearable vibration output unit) and the device 100 may be, for example, a wireless communication network, but is not limited thereto.

The wearable sound input/output unit may be, for example, a headset or earphone that can be worn on the user's head or neck and can input/output audio. For example, the wearable sound input/output unit may be differently expressed as a necklace type headset when worn on the neck. For example, the wearable sound input/output unit may be differently expressed as a headphone device.

For example, if the user is a blind person whose visual information is blocked, the wearable sound input/output unit is preferably a bone conduction type headset or earphone worn around the user's ear so that sound information obtainable through the ears is not blocked more than a predetermined amount. can do.

For example, the wearable sound input/output unit may receive voice information spoken by the user (eg, spoken voice information regarding departure information and destination information) and provide the same to the route guidance providing unit 150 . The first route generation unit 11 of the route guidance providing unit 150 recognizes source information and destination information based on voice analysis of the voice information provided from the wearable sound input/output unit, and based on the recognized information, creates a route ( base path) can be created. Also, the wearable sound input/output unit may output (express) sound information generated by the guidance control unit 13 .

The guidance control unit 13 vibrates the vibration information in response to the remaining distance to the direction change point where the user should change the moving direction, based on the user's real-time location information and internal road guidance information (in particular, the internal road guidance route). Contents of type or sound information can be changed. In this case, the vibration type may include at least one of a vibration intensity and a vibration pattern.

The guidance controller 13 may generate vibration information by varying the intensity of vibration or changing the pattern of vibration according to a movement direction such as forward movement, backward movement, left movement, or right movement. As another example, the guide control unit 13 may generate vibration information such that the vibration strength or vibration pattern varies according to the direction of movement, such as movement in the 1 o'clock direction, 2 o'clock direction, and 3 o'clock direction.

For example, when the internal road guidance information (particularly, the internal road guidance route) follows a right turn after going straight 300 m from the current user location information, the guidance control unit 13 transmits sound information saying 'You must go straight 300 m' to the wearable device. It can be provided to the sound input/output unit (or speaker unit), and through this, the wearable sound input/output unit can output sound information. At this time, the guidance control unit 13 may change the contents of the sound information in response to the remaining distance to the direction change point (the point where the user needs to turn right) to change the movement, and provide the changed sound information to the wearable sound input/output unit. there is.

That is, as the user moves based on the sound information 'You must go straight 300 m', the remaining distance to the direction change point may gradually decrease. In this case, the guidance controller 13 may control sound information to be changed for each preset distance corresponding to the remaining distance (in consideration of the remaining distance). For example, the guide control unit 13 may generate sound information and provide the sound information to the wearable sound input/output unit so that the sound information is changed at intervals of 10 m from the time when the remaining distance is 100 m or less.

Specifically, the guidance control unit 13 provides sound information so that sound information 'You must turn right after going straight 100m' is provided to the user through the wearable sound input/output unit when the remaining distance to the direction change point is 100m or less. can be changed Similarly, the guidance control unit 13 changes the sound information so that sound information 'You must turn right after going straight for 90m' is provided when less than 90m remains, and sound 'You must turn right after going straight for 80m' at the time when less than 80m remains. Sound information can be changed to provide information. For example, when the remaining distance is 10 m or less, the guidance controller 13 may generate sound information so that the sound information is changed and provided for every 1 m distance.

As another example, when the internal road guidance information (particularly, the internal road guidance route) follows a path turning right after going straight 300 m from the current user location information, the guidance control unit 13 determines the first vibration intensity, which is the weakest among 10 levels of vibration intensity. Vibration information having may be generated and provided to the wearable vibration output unit. Through this, the wearable vibration output unit may display and provide the vibration information provided from the guidance control unit 13 to the user.

At this time, the guidance controller 13 changes the vibration type of the vibration information in response to the remaining distance to the direction change point where the user has to change the movement (the point where the user has to turn right), and provides the changed vibration information to the wearable vibration output unit. can That is, as the user moves based on the vibration information of the first vibration intensity, the remaining distance to the direction change point may gradually decrease. At this time, the guidance controller 13 may control the vibration type of the vibration information to be changed for each preset distance corresponding to the remaining distance (in consideration of the remaining distance).

For example, the guide control unit 13 may change vibration information in a direction in which the vibration intensity gradually increases at intervals of 10 m from the time when the remaining distance is 100 m or less, and provide the changed vibration information to the wearable vibration output unit.

That is, the guide control unit 13 generates vibration information of the first vibration intensity and provides it to the wearable vibration output unit when the remaining distance to the direction change point is 100 m or less, and when the remaining distance is 90 m or less, the first vibration intensity may be changed to the second vibration intensity to provide vibration information having the second vibration intensity to the wearable vibration output unit. In addition, the guidance control unit 13 changes the vibration intensity from the second vibration intensity to the third vibration intensity at the point of time remaining below 80 m, generates vibration information having the changed third vibration intensity, and provides information to the user through the wearable vibration output unit. can provide

In addition, the guidance controller 13 may change the vibration pattern as the vibration type of the vibration information in response to the remaining distance to the direction change point (in consideration of the remaining distance). For example, the guide control unit 13 may change the vibration pattern for every 1m distance from the point at which the remaining distance is 10m or less.

Specifically, when the remaining distance is 10 m or less, the guide controller 13 generates vibration information in a pattern (vibration pattern) in which vibration of the first vibration intensity vibrates once every 2 seconds and provides it to the wearable vibration output unit. can In addition, when the remaining distance is 9 m or less, the guidance control unit 13 generates vibration information in a pattern (vibration pattern) in which the vibration of the second vibration intensity vibrates once per second and provides it to the wearable vibration output unit. there is. Also, when the remaining distance is 1 m or less, the guidance controller 13 may control the wearable vibration output unit by generating vibration information in a pattern in which a vibration having a tenth vibration intensity vibrates 5 times per second.

As such, the guidance control unit 13 may change the vibration type of the vibration information or the contents of the sound information in response to the remaining distance to the direction change point (in consideration of the remaining distance), and through this, the changed information (ie, the vibration type This changed vibration information and sound information with changed sound content) can be provided.

In addition, the guidance control unit 13 responds when it is determined that the user has deviated from the route corresponding to the internal road guidance information (ie, the internal road guidance route) based on the internal road guidance information (in particular, the internal road guidance route). Thus, the vibration type of vibration information or the content of sound information may be changed.

For example, the guidance control unit 13 may generate sound information saying 'You must turn right after going straight 100m' based on the internal road guidance path, and provide the sound information to the wearable sound input/output unit. At this time, if it is determined that the user deviated from the displayed route, the guidance control unit 13 displays 'You have deviated from the route' or 'You have deviated from the route. Make a U-turn and go back', and the sound information of the changed content may be provided.

As another example, when it is determined that the user has deviated from the internal road guidance route, the guidance controller 13 converts current vibration information (eg, vibration information having a first vibration intensity) to vibration information having a 10th vibration intensity. , and the changed vibration information may be provided to the wearable vibration output unit. Alternatively, when it is determined that the user has deviated from the internal road guidance route, the guidance control unit 13 transmits vibration information having a vibration pattern vibrating once at the first vibration intensity per second five times at the 10th vibration intensity per second. It may be changed to vibration information having a vibrating vibration pattern, and the changed vibration information may be provided.

The wearable vibration output unit may be disposed (provided) in a wearable form on a part of the user's body. For example, the wearable vibration output unit may be disposed (provided) in a wearable form (eg, a bracelet, etc.) on a user's wrist. One or a plurality of wearable vibration output units may be disposed on a part of the user's body.

A plurality of wearable vibration output units may be disposed at different positions relative to the user. For example, the wearable vibration output unit may be disposed on both wrists of the user. That is, the wearable vibration output units may be disposed on both wrists of the user at different positions, and in this case, two wearable vibration output units may be disposed in plurality.

Also, the wearable vibration output unit may include a vibration generating unit generating vibration, and at least one vibration generating unit may be disposed (equipped).

Also, as another example, the wearable vibration output unit may be disposed (provided) in the form of a headband wearable on the user's head. In this case, in the wearable vibration output unit in the form of a headband, a plurality of vibration generating units may be disposed inside the headband at different positions along the circumference.

Also, the wearable vibration output unit may be disposed (provided) in the form of a belt wearable on a user's waist. In this case, in the wearable vibration output unit in the form of a belt, a plurality of vibration generating units may be disposed inside the belt at different positions along the circumference.

Based on the internal road guidance information (in particular, the internal road guidance route), the guidance control unit 13 determines the position (placement position) of each of the plurality of wearable vibration output units disposed at different locations relative to the user and the movement direction of the user. The vibration type of the plurality of wearable vibration output units may be controlled (individually controlled, individually differently controlled) in consideration of the relationship of .

For example, with respect to the plurality of wearable vibration output units disposed on both wrists of the user, the wearable vibration output unit disposed on the left wrist is a first wearable vibration output unit, and the wearable vibration output unit disposed on the right wrist is a second wearable unit. Let's call it a vibration output unit. At this time, the guidance controller 13 determines the location of each of the plurality of wearable vibration output units (ie, considering that the first wearable vibration output unit is located on the left wrist and the second wearable vibration output unit is located on the right wrist) and the user's Vibration types of the plurality of wearable vibration output units may be controlled based on the internal road guidance path in consideration of the relationship with the movement direction.

Specifically, when the user needs to turn left along the internal road guidance path while the user is moving straight, the guidance controller 13 vibrates through the first wearable vibration output unit disposed on the user's left (left) wrist. Vibration information may be provided to the first wearable vibration output unit so that information is displayed (in other words, vibration is generated). In this way, the guidance controller 13 may control the first wearable vibration output unit in consideration of the user's movement direction (left turn), and through this, may provide the user with a vibration indicating that he or she should move in a left turn ( may be notified).

As another example, when the user needs to turn right along the internal road guidance path while the user is moving straight, the guidance control unit 13 vibrates through the second wearable vibration output unit disposed on the user's right (right) wrist. Vibration information may be provided to the second wearable vibration output unit so that the information is displayed (in other words, vibration is generated). In this way, the guide controller 13 may control the second wearable vibration output unit in consideration of the user's movement direction (right turn), and through this, may provide the user with a vibration indicating that the user should move to the right turn ( may be notified).

In addition, it is assumed that the wearable vibration output unit is a wearable vibration output unit in the form of a headband and will be described as follows.

In the wearable vibration output unit in the form of a headband, a plurality of vibration generating units may be disposed inside the headband along the circumference. For example, four vibration generating units may be included in the plurality of vibration generating units. At this time, the first vibration generating unit is disposed at a position corresponding to the center of the user's forehead (front head) of the inner circumference of the headband, the second vibration generating unit is disposed at a position corresponding to the right head of the user, and the third The vibration generating unit may be disposed at a position corresponding to the back of the head (back of the head) of the user, and the fourth vibration generating unit may be disposed at a position corresponding to the left side of the user's head.

At this time, when the user needs to turn right according to the movement path information while the user is moving straight, the guidance control unit 13 provides vibration information through the first vibration generating unit while guiding the user to move straight. A wearable vibration output unit in the form of a band may be controlled. The guidance controller 13 may control the wearable vibration output unit in the form of a headband to provide vibration information through the second vibration generating unit when the user needs to turn right.

Also, when the user needs to make a left turn, the guidance controller 13 may control the wearable vibration output unit in the form of a headband to provide vibration information through the fourth vibration generating unit. Also, when the user needs to make a U-turn, the guidance controller 13 may control the wearable vibration output unit in the form of a headband to provide vibration information through the third vibration generating unit.

In this way, the guide controller 13 determines the relationship between the position of each of the plurality of wearable vibration output units (placement for the user) (or the position of each of the plurality of vibration generating units included in the wearable vibration output unit) and the moving direction of the user. Considering , it is possible to control the vibration type of the wearable vibration output unit.

The guide control unit 13 provides movement guide information generated based on route guide information (particularly, a displayed route) as vibration (ie, vibration intensity or vibration pattern) through a wearable vibration output unit worn on the user's wrist, for example. It may be provided as different vibration information) or, for example, provided as voice through a wearable sound input/output unit worn on the user's head (ie, provided as voice guidance).

The road guidance providing unit 150 not only provides internal road guidance information as voice information through a wearable sound input/output unit, but also as vibration information through a wearable vibration output unit, so that general users (pedestrians) as well as visually impaired Even for the visually impaired, it is possible to provide safer and more accurate movement guidance (guide) for the internal road guidance route, and to maximize the user's convenience and activity.

In addition, the route guide providing unit 150 provides movement guide information in the form of voice information and vibration information, so that the user cannot continuously check the screen of the user terminal 1 displaying the internal route guide information while moving on foot. (For example, when a visually impaired person moves on foot or when a general user carries out a walking move with both hands full), more accurate route guidance or movement guidance (guide) can be provided.

The guidance control unit 13 may provide internal road guidance information on the screen of the user terminal 1 as screen display information. In this case, the screen display information may include, for example, an arrow display related to going straight, a right turn, a left turn, a U-turn, and the like, and a remaining distance display related to the remaining distance, but is not limited thereto.

The route guidance providing unit 150 may perform route guidance to a destination (first place location) and guidance of a moving route based on augmented reality (AR). In particular, in providing the user with a route from the user's current location to the location of the first place, the device 100 provides internal route guidance based on augmented reality (AR) for an internal route guidance route belonging to the corresponding route. Since the route can be provided through the route guidance providing unit 150, it is possible to help the user move smoothly without getting lost when moving to a destination via a complicated subway station.

That is, the route guidance providing unit 150 provides AR-based internal route guidance information, so that users who have difficulty finding a maze-like route in the subway due to, for example, a conventionally congested subway or an unfriendly location description (exemplarily, For foreigners, tourists, subway users, etc.), it is possible to provide (support) so that users can move more easily in the internal movement section.

The route guide providing unit 150 is illustratively used for users who use the subway for the first time for reasons of tourism or movement, users who experience inconvenience in using the subway due to unfriendly explanations (ie, conventional road guidance signs in subway stations, etc.) For the person, it can be provided to move more quickly and accurately without wandering on the first road.

When a request signal (internal route guidance request signal) requesting internal route guidance for an internal movement section included in the generated route is received, the route guidance providing unit 150 generates internal route guidance corresponding to the internal movement section. A route may be created, and internal road guidance information for guiding a user's movement on the created internal road guidance path may be provided based on augmented reality (AR).

A place location (ie, a desired place location, a recommended place location) considered in the apparatus 100 may mean a location within an area on the ground where sunlight shines.

The present device 100 provides more effective route guidance (route guidance) in guiding a moving route from the location where the user is currently located (current location) to the first place, which is the destination, through the route guidance providing unit 150. can be provided to make it happen.

In general, a navigation device, which is one of the conventional route guidance technologies, is mainly focused on a vehicle and only supports route guidance for a route on which the vehicle can move (i.e., a road on the ground). For internal spaces, such as the inside of a crowded subway station or the inside of a large building, route guidance for the internal space is not supported due to the absence of related data.

As such, most of the conventional route guidance technologies have difficulties in providing accurate route guidance for the internal space, so that the user exemplarily walks to the destination (in particular, the internal space on the first road) via the above-described internal space (internal space on the first road). When moving to the destination location), the user may get lost or wander while moving in the corresponding internal space, which causes a delay in travel time to the destination.

For example, in general, signs (signs guiding train movement directions or exits, etc.) existing inside subway stations are simple and ambiguous, such as internal trains, external trains, direction a, line b, etc. Therefore, users are connected to crowded transfer stations where multiple subway lines intersect (eg, Express Bus Terminal Station, Samseong Station, Jamsil Station, etc.), large buildings (department stores, marts, etc.), underground shopping malls, bus terminals, many entrances, etc., and multiple floors. There is a limit to accurately moving to a desired destination only by relying on road guidance signs in a conventional subway station in an underground/ground interior space composed of a floor.

That is, there is a difficulty in smoothly and accurately guiding the user to the desired destination (first place location) with respect to the interior space only by using conventional route guidance technology or signs, so that the user can move within the subway station. It may happen that you go down to the platform in the opposite direction to the direction you want to go, or you get lost because you cannot find the exit.

In addition, in conventional portal sites (eg, Naver, Google, etc.), in providing route guidance information based on a car or based on walking, when a starting point and a destination are input from a user, the starting point It provides information on the route from the destination to the destination, the distance to the route, and the required time (estimated required time) when moving the corresponding route by car or on foot.

However, such a conventional route guidance technology, as mentioned above, mainly provides a route to a destination based on a 2D map only for a route on which a vehicle can move (ie, a road on the ground), It is difficult to guide (guide) the user so that the user can accurately move without wandering through the corresponding internal space when moving through the complex subway station interior or the interior (inside) of a large building.

In addition, since the conventional route guidance technology does not clearly distinguish and display the movement path of each floor with respect to an internal space in which a plurality of floors exist, for example, a user passes through (via) a specific floor within the corresponding internal space ) When trying to reach the first place location, it is difficult to find it accurately.

Accordingly, in moving from the starting point to the destination through the route guidance providing unit 150, the present device 100 is used in an internal space, such as inside a rather large, complex and congested subway station or inside a large building. Augmented Reality (AR) that can support the user to move more smoothly and accurately without getting lost when moving to the destination (first place location) through the corresponding internal space when passing through the internal space. based way guidance technology can be provided.

Meanwhile, when a route (ie, a reference route or a target route) from the current location (up) of the user terminal 1 to the destination first place location (p1) is generated by the first route generator 11, the calculation is performed. The unit 14 may calculate a walking travel time for the path (reference path, target path) generated by the first path generator 11 .

When a route request input is made through the user terminal 1 (that is, when a route request requesting a route from the current location of the user terminal to the first place location is made), the route guidance providing unit 150 is configured by the user terminal ( A route is generated from the location of 1) to the location of the first place, and the information on the generated route and the walking travel time calculated by the calculation unit 14 (ie, the walking travel time for the created route) are displayed. It can be provided to the user terminal (1). In this case, the provided walking travel time (ie, the walking travel time calculated by the calculation unit) may be a customized walking travel time customized for the user. A more specific explanation is as follows.

The calculation unit 14 may calculate the walking movement time in consideration of the user's walking characteristic information obtained by analyzing the user's walking sensing data previously stored in the first DB 15 . To this end, although not shown in the drawings, the apparatus 100 may include an analyzer (not shown) that analyzes walking characteristic information using walking sensing data stored in the first DB 15 .

Here, the walking sensing data may refer to data (sensed value, measured value) sensed through a walking sensor provided in the user terminal as the user performs walking movement.

The walking sensor is a sensor capable of sensing (measuring) data related to a user's walking (stepping), and may include, for example, a gyro sensor, an acceleration sensor, a GPS sensor, etc., but is not limited thereto, and a pedometer, etc. can be included

In addition, in one example of the present application, walking sensing data is exemplified as data that is sensed (measured, acquired) using a walking sensor provided in a user terminal, but is not limited thereto, and the number of walking (steps), step length, and walking of the user are not limited thereto. Various gait analysis technologies capable of measuring or calculating speed (walking speed, step speed), walking distance, etc. (ie, various gait analysis technologies known in the art or developed in the future) may be applied.

Further, the walking characteristic information may refer to information obtained by analyzing walking sensing data pre-stored in the first DB 15 in association with feature information stored in the second DB 16 . That is, the analyzer (not shown) may obtain walking characteristic information through analysis using the walking sensing data stored in the first DB 15 . In particular, the analyzer (not shown) may obtain walking characteristic information of the user by performing analysis by linking the walking sensing data with the feature information stored in the second DB 16 .

The walking characteristic information is information about walking characteristics of a user in consideration of feature information, and may mean, for example, walking speed (step speed), but is not limited thereto. The walking characteristic information may mean speed information considering feature information, not simply speed according to a distance.

When the user performs a walking movement, the first DB 15 may obtain and store walking sensing data sensed (measured) through a walking sensor provided in a user terminal possessed by the user from the walking sensor. Walking sensing data may be accumulated and stored in the first DB 15 .

The second DB 16 may store feature information. A feature can refer to the appearance (shape) of the land and all objects on the ground.

The feature information may include slope information (gradient) of the terrain for a specific section. The slope information includes whether the terrain is flat with a slope of 0, an uphill terrain with a positive slope (+x°), a downhill terrain with a negative slope (-x°), and whether the sidewalk (or road) is indented. information may be included. In addition, the feature information is feature information for a specific section, and may include information such as whether the specific section is an intersection, an overpass, an underpass, or a section with traffic lights.

At this time, the feature information stored in the second DB 16 may be information previously known or acquired using various feature surveying techniques to be developed in the future, and a detailed description thereof will be omitted.

The analyzer (not shown) connects the walking sensing data stored in the first DB 15 and the feature information stored in the second DB 16 to obtain information about the user's walking characteristics (ie, walking characteristics information) can be analyzed. That is, the analyzer (not shown) may obtain walking characteristic information of the user considering the feature information through analysis in association with the feature information and the walking sensing data.

Exemplarily, in the user's walking characteristic information considering the feature information, as information analyzed by an analyzer (not shown), the walking speed when the user walks in a 100m section with an inclination of +60° is 1.66m/ s, the step speed when the user walks on a 100m section with a slope of +20° is 1.79m/s, and the step speed when the user walks on a flat 100m section with a slope of 0° is 2.5m/s and the slope is 60 Analysis information such as 1.55 m/s may be included in the cadence when the user walks the stairs of the 100 m section formed by degrees.

The analysis unit (not shown) may perform analysis based on a deep learning model (ie, learning using a deep learning model) by linking walking sensing data and feature information with each other, for example. As the number of walking sensing data increases, more accurate feature information of the user is obtained (that is, accurate user walking feature information optimized for each feature type is obtained by considering various types of feature information). can be obtained).

The deep learning model may mean, for example, an artificial intelligence (AI) algorithm model, a machine learning (machine learning) model, a neural network model (artificial neural network model), a neuro fuzzy model, and the like. In addition, the deep learning model is conventionally known or developed in the future, such as a Convolution Neural Network (CNN), a Recurrent Neural Network (RNN), and a Deep Neural Network, by way of example. Various neural network models may be applied.

The calculation unit 14 considers the user's walking characteristic information (ie, the user's walking characteristic information considering the feature information) obtained through analysis by the analysis unit (not shown), and calculates the destination information from the location of the departure point information. The walking movement time for the path (target path, reference path) to the location of can be calculated. The walking travel time calculated by the calculation unit 14 may be differently expressed as a required walking time, an expected walking travel (required) time, and the like.

In order to calculate the walking travel time for the path (target path, reference path) generated by the first path generator 11, the calculator 14 corresponds to the path (target path) from the second DB 16. The walking travel time may be calculated by identifying feature information on the route to be performed, and considering the user's walking characteristic information analyzed (obtained) by the analyzer (not shown) and the feature information on the identified route.

Here, the feature information stored in the second DB 16 may include information related to the first factor affecting the walking speed of the user. In this case, the information related to the first element may be information related to at least one of a slope of the terrain (flat, uphill, downhill), stairs, overpasses, underpasses, intersections, and traffic lights. At this time, when calculating the walking travel time, the calculation unit 14 may consider the traffic light waiting time as the traffic light related information.

In one example of the present application, as information related to the second factor affecting the user's gait, it is illustrated that at least one of the slope of the terrain, stairs, overpasses, underpasses, intersections, and traffic lights is considered, but is not limited thereto, Various features-related factors (crosswalks, etc.) that may affect the user's gait may be considered.

Specifically, the user's walking speed (i.e., walking speed) may vary depending on whether the user's moving terrain is flat, uphill, downhill, stairs, traffic lights, overpasses, intersections, etc. And, this difference in stride rate may appear differently for each user.

Conventionally, when providing a walking travel time for a specific path, a standardized walking travel time determined according to a distance is provided without considering individual walking characteristics. Illustratively, in the case of the prior art, the walking travel time for a specific path is provided in proportion to the distance, such as 1 minute for 100 m and 2 minutes for 200 m.

On the other hand, the calculation unit 14 applies walking characteristic information of a user (individual user) analyzed by an analysis unit (not shown) to feature information on a path corresponding to a path (target path), thereby calculating As the walking travel time for the path (target path), the user's personalized walking travel time tailored to the user's walking characteristics may be calculated by reflecting the feature characteristics of the corresponding path (target path).

For example, as a result of the identification of the feature information on the route by the calculation unit 14, a first section corresponding to 200 m with an inclination of +20° is a route (target route) corresponding to the feature information on the identified route. .

In this case, the calculation unit 14 considers the walking characteristic information of the user analyzed by the analysis unit (not shown), and calculates each section (each of the first to third sections) included in the corresponding route (target route). It is possible to calculate the walking travel time for each section customized to the user, and finally walking travel time for the path (target route) by summing up the calculated walking travel time for each section (i.e., estimated based on the user's walking characteristics). walking time).

When the calculation unit 14 calculates the walking travel time in consideration of the information related to the first element, the larger the absolute value of the gradient (ie, the steeper the uphill slope or the steeper the downhill slope), By predicting that the travel time will take longer, the walking travel time can be calculated as a larger value. In other words, the walking travel time calculated by the calculation unit 14 may be calculated as a larger value as the absolute value of the gradient in the information related to the first element included in the feature information on the route increases, for example.

Also, although not shown in the drawings, the road guidance providing unit 150 may include an acquiring unit (not shown).

The acquisition unit (not shown) may acquire wearable item information to be worn or carried when the user moves on foot on the path (target path) generated by the first path generator 11 from the user terminal. That is, the acquisition unit (not shown) may selectively additionally obtain wearable item information from the user terminal 1 . In this case, the calculation unit 14 may calculate the walking movement time in consideration of the walking characteristic information, feature information on the route, and wearable item information.

The wearable item information obtained by the acquisition unit (not shown) may be, for example, information directly input by the user through the user terminal 1 . However, it is not limited thereto, and the wearables information obtained by the acquisition unit (not shown) is provided by a wearables information providing unit (peripheral device) capable of providing information on wearables worn by the user and the device 100. By interlocking with each other, it may be information obtained from the wearable item information providing unit. Here, the wearables information providing unit may be, for example, an image sensor (camera) provided in the user terminal, but is not limited thereto.

Exemplarily, the user may take a photograph of a wearable item (including belongings) possessed or worn by the user through an image sensor (camera) of the user terminal, and an acquisition unit (not shown) may capture an image captured from the image sensor. can be obtained.

The acquisition unit (not shown) may identify a worn item included in the image by performing image analysis on the acquired image, and may perform a search on the identified worn item to obtain information on the identified worn item (i.e., , worn item information) can be acquired. In this case, the wearable item information may mean information including information related to the second element.

The acquiring unit (not shown) may automatically search the Internet for a worn item identical to the worn item identified by image analysis through linkage with the Internet, etc., and based on this, information on the worn item owned or worn by the user (i.e., Wearable item information) can be obtained.

For example, it is assumed that high heels are included as shoes worn by a user in an image captured by an image sensor. The acquisition unit (not shown) may identify high heels as a worn item included in the image by performing image analysis on the obtained image. Thereafter, the acquisition unit (not shown) may search for high heels matching the high heels in the identified image (ie, the same worn item that is matched) using the Internet. Based on these Internet search results, an acquisition unit (not shown) may obtain information (ie, wearable item information) on high heels included in the identified image. In this case, the information about the high heel may include, for example, information about the heel height and weight of the high heel.

In this case, various image analysis algorithms (various image analysis algorithms for identifying an object in an image) may be applied to the analysis of the image obtained from the image sensor, which already exists or is developed in the future.

When wearables information is not acquired, the calculation unit 14 may calculate a walking movement time for a path (target path) in consideration of walking characteristic information and feature information on the path. Meanwhile, when wearable item information is acquired, the calculation unit 14 may calculate the walking travel time for the path (target path) by further considering the wearable item information as well as the walking characteristic information and feature information on the route.

In the present device 100, in order to provide an accurate walking travel time customized to the user, the calculation unit 14 calculates the walking travel time by further considering the wearables information as well as the walking characteristic information and feature information on the route. may be desirable.

Here, the wearable item information may include information related to the second factor affecting gait during the user's walking movement. The information related to the second element may be information related to at least one of whether luggage is carried, the type of luggage, the type of shoes worn by the user, and the user's clothing type.

In this case, the type of load may include weight, size, and shape of the load. Here, the type of luggage refers to, for example, if the luggage is a bag, whether it is a wheeled carrier, a bag that the user can carry on his back, a bag that is worn on one shoulder, or a bag that has only a handle and needs to be carried by hand. etc. Also, the type of luggage may include whether it is a box or the like.

The type of shoe worn by the user may include the type of shoe and the heel height of the shoe. Here, the type of shoes may include sneakers, high heels, etc., but is not limited thereto.

The user's attire type may include, but is not limited to, whether it is a skirt, pants, shirt, sweatshirt, or suit.

In one example of the present application, as information related to the second factor affecting the user's gait, it is exemplified that only at least one of the possession of luggage, the type of luggage, the type of shoes worn by the user, and the user's clothing type is considered. However, it is not limited thereto, and various belongings or wearable items that may affect the user's pacing may be considered.

For example, when the user intends to move with a relatively heavy load when performing walking movement, the user's gait speed may be slow compared to the gait speed when not carrying the load (basic gait speed). In addition, when the user wears high heels with a heel of 7 cm while moving on foot, the stride speed may be slow compared to the case of wearing sneakers. In addition, when the user wears high heels with a heel of 7 cm while moving on foot, the stride speed may be slow compared to the case of wearing a high heel with a heel of 3 cm.

As such, the user's walking speed (i.e., gait) may vary depending on the type of wearable information possessed or worn by the user (specifically, according to the type of information related to the second element), This step speed difference may appear differently for each user.

In this application, wearables information is preferably understood as a concept that includes all information about belongings such as carriers, boxes, shopping bags, etc. as well as wearables such as hats, clothes, pants, shoes, accessories, etc. worn on the user's body. do.

When calculating the walking travel time in consideration of the information related to the second element, the calculation unit 14 predicts that the walking travel time will take longer as the weight value and the size value of the load have larger values, thereby predicting the walking travel time. can be calculated with a larger value. In other words, the walking travel time calculated by the calculation unit 14 is calculated as a larger value as the weight value and size value of the load are larger in information related to the second element included in the wearable item information, for example. It can be.

As such, the calculation unit 14 does not provide a standardized walking travel time as in the prior art in providing the walking travel time for a specific path from the starting point to the destination (the first location, which is the destination). Optimally customized for each user in consideration of various factors that can affect gait when a user moves on foot (ie, first factors related to landmarks, second factors related to wearables) and user's walking characteristic information walking time can be calculated.

The route guidance providing unit 150 provides route guidance information (or road guidance information) including the walking travel time calculated by the calculating unit 14 and the path generated by the first path generating unit 11 to the user terminal 1. can be displayed on the screen. In other words, the road guidance providing unit 150 may control (provide) route guidance information (road guidance information) to be displayed on the screen of the user terminal.

According to the calculation unit 14, the present device 100 converts the required time (estimated walking travel time) for the distance from the starting point to the destination (first location, which is the destination) into personalized walking information (ie, walking characteristic information). can be calculated based on This device 100 can provide the user with an optimized walking time (walking travel time).

The apparatus 100 may accumulate and store step data (walking sensing data) of a user (pedestrian) in the first DB 15 . In consideration of the user's walking characteristic information analyzed using the walking sensing data stored in the first DB 15, the device 100 determines the user's individual accumulated step data (accumulated walking sensing data) rather than a uniform time required. Based on this, it is possible to calculate and provide an accurate estimated walking travel time (estimated walking time) for each individual user.

In addition, the apparatus 100 may calculate a walking travel time by further considering feature information on a route. That is, the apparatus 100 may determine a feature on a path (target path) generated using feature information stored in the second DB 16 and calculate a walking travel time in consideration of the identified feature.

In other words, the device 100 determines the factors (first factors) existing on the path (target path) that affect the walking of the user by using the feature information stored in the second DB 16, and then , The user considering the influence of the feature information on the route (ie, the influence of the first elements) by applying the user's walking characteristic information pre-analyzed by the analyzer (not shown) to the identified elements. It is possible to calculate the walking travel time customized for the person.

In addition, the present apparatus 100 may calculate the walking movement time by further considering wearable item information possessed or worn by the user as well as user's walking characteristic information and feature information. Here, the wearable item information relates to items worn or possessed by the user, and may include information on luggage, items, clothes, and shoes worn by the user. This apparatus 100 may provide an estimated walking travel time from a departure point to a destination location customized to the user. That is, the apparatus 100 may provide a predicted actual walking time customized for the user's walking as the walking travel time for the path (target path).

The apparatus 100 may provide the walking travel time (required walking time) from the starting point to the destination in the form of a user interface (UI) of an application in consideration of the user's individual walking speed (walking speed, walking speed). .

In the prior art, a standardized walking travel time (required walking time) to a starting point and a destination (destination) was simply provided. On the other hand, in providing the walking travel time, the device 100 stores the user's walking data (walking sensing data), and then uses the stored walking sensing data to analyze the walking characteristic information and the user's requested route (from the starting point to the destination). Travel time on foot by comprehensively considering (reflecting) the user's wearables information (for example, luggage, objects, clothing, shoes, etc.) can be calculated.

In other words, the present device 100 further considers the personalized walking characteristic information (personalized user step information) and the feature on the route (uphill, downhill, intersection, overpass, underpass, etc.) that can affect walking speed. Thus, the estimated walking travel time from the starting point to the destination can be calculated. In addition, the present device 100 provides not only personalized walking characteristic information and feature information, but also wearable information of the user that may affect gait (ie, luggage, objects or clothes of the user, and shoes worn by the user). etc.), it is possible to more accurately calculate the expected walking travel time from the starting point to the destination. Here, the device 100 may acquire the user's wearables information through interworking with a peripheral device, for example, or by receiving an input from the user.

Such an apparatus 100 may provide an expected walking travel time tailored to each user, rather than a standardized travel time. That is, the device 100 may calculate (predict) and provide accurate personalized walking travel time suitable for each user's situation.

The walking travel time calculated and provided through the present device 100 can be referred to as the walking travel time re-calculated by correcting the conventionally provided walking travel time in consideration of the individual user's walking characteristics, feature information, wearables information, and the like. can

The location information acquisition unit 17 may acquire location information of the user (in particular, location information of the user terminal) in real time. The location information of the user acquired by the location information acquisition unit 17 may be location information obtained through a location acquisition unit included in the user terminal 1 or a location acquisition unit included in the device 100 . The location acquisition unit may be otherwise expressed as a GPS sensor or the like.

When the route guidance providing unit 150 determines that after displaying the route guidance information (route guidance information) on the screen of the user terminal, a request for movement guidance for a display route corresponding to the route guidance information has been input from the user terminal. In response to a movement guide request input, movement guide information for a display route may be provided based on the user's location information (real-time location information) and route guidance information obtained from the location information acquisition unit 17. The road guidance providing unit 150 may generate and provide movement guide information in response to a movement guide request input.

Here, the displayed path means a path included in route guidance information displayed on the screen of the user terminal, and may mean a target path displayed on the screen (ie, a display target path).

The movement guide information generated by the route guidance provider 150 may include movement guide information (movement guide information) related to risk factors that can be recognized through route guidance information. For example, the perceivable risk factors may mean factors such as stairs, topography, and roads. The road guidance providing unit 150 is movement guide information related to risk factors that can be recognized through route guidance information, exemplarily, information that there are stairs at a point several meters ahead, information that the terrain is indented, information that the road is on the left It is possible to generate information that exists.

The road guidance providing unit 150 may generate and provide movement guide information with at least one of sound information and vibration information. That is, the route guide providing unit 150 generates movement guide information based on the route guide information (particularly, the displayed route), and allows the user to recognize the generated movement guide information as a sound (the movement guide information outputs sound). It can be provided by generating sound information so that it can be provided as). In addition, the road guidance providing unit 150 generates and provides vibration information so that the user can recognize the movement guide information generated based on the route guidance information as vibration (so that the movement guide information can be provided as vibration output). can

The device 100 provides a user-customized walking travel time calculated and personalized through the calculation unit 14, so that a more accurate plan can be provided when the user wants to plan a walking-based tour or plan an appointment schedule. can help you set it up.

Hereinafter, based on the details described above, the operation flow of the present application will be briefly reviewed.

15 is an operational flowchart of a method for managing a schedule for taking in sunlight according to an embodiment of the present disclosure.

The sunlight schedule management method shown in FIG. 15 may be performed by the device 100 described above. Therefore, even if the content is omitted below, the description of the present device 100 can be equally applied to the description of the method for managing a schedule for going out in the sunlight.

Referring to FIG. 15 , in step S11, the registration unit may register a desired schedule event related to taking in sunlight desired by the user.

Here, the desired schedule event may include at least one of desired place information, desired date information, and desired target sunlight index information that the user desires to be in the sunlight. Also, the desired target sunlight index information may be information for setting a target sunlight level for the user.

Next, in step S12, the management control unit may perform event management for the desired schedule event registered in step S11, and provide event management-related event notification information on the screen of the user terminal when it is necessary to provide notification related to event management. there is.

Here, the event notification information may include first event notification information related to schedule management and second event notification information related to user activity management.

In addition, in step S12, the management control unit may provide first event notification information when a date corresponding to the desired date information in the desired schedule event arrives. Here, the first event notification information may include location-related notification information indicating the location of the desired place corresponding to desired place information in the desired schedule event and the location of the user terminal on a map, and notification guide information for guiding event notifications. there is.

In addition, in step S12, the management control unit, when the user's confirmation input for the first event notification information provided on the screen of the user terminal is made, based on whether the location of the user terminal satisfies a preset condition, a second event State change control for changing the state of some information in notification information may be performed. Here, some of the information may include gauge information generated to correspond to the desired target sunlight index information within the desired schedule event.

Also, here, the preset condition may mean a condition in which the location of the user terminal obtained from the user terminal falls within a preset distance range from the desired place location corresponding to the desired place information in the desired schedule event.

In addition, in step S12, the management control unit may change the state of the gauge information in proportion to the time for which the location of the user terminal satisfies a preset condition. In particular, the management control unit may change the state of the gauge information in real time in proportion to the lapse of the sufficiency maintenance time.

In addition, although not shown in the drawings, in the method for managing a schedule event for getting out in the sunlight according to an embodiment of the present application, after step S12, when a recommendation request signal for recommending a schedule event related to getting out in the sunlight is received from the user terminal, the recommendation unit recommends It may include generating a schedule event and displaying it on the screen of the user terminal (hereinafter referred to as step S13 for convenience of explanation).

At this time, in step S13, when the user's skin type information is input from the user terminal, the recommendation unit may generate a recommended schedule event in consideration of the input skin type information.

In addition, although not shown in the drawings, the method for managing a sunning schedule according to an embodiment of the present disclosure may include obtaining weather information from a weather service server by a weather information obtaining unit before step S13. In this case, in step S13, the recommendation unit may generate and provide a recommended schedule event in consideration of the obtained weather information.

In addition, although not shown in the drawing, in the sunlight schedule management method according to an embodiment of the present application, after step S13, the compensation unit performs state change control by the management control unit in step S12, and the gauge for the gauge information is the maximum value When the state of the gauge information is changed to have , a step of determining and providing compensation (this may be referred to as step S14) may be included.

In the foregoing description, steps S11 and S12 (or steps S11 to S14) may be further divided into additional steps or combined into fewer steps, depending on the implementation of the present application. Also, some steps may be omitted if necessary, and the order of steps may be changed.

The sunlight schedule management method according to an embodiment of the present application may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. Program instructions recorded on the medium may be those specially designed and configured for the present invention or those known and usable to those skilled in computer software. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic media such as floptical disks. - includes hardware devices specially configured to store and execute program instructions, such as magneto-optical media, and ROM, RAM, flash memory, and the like. Examples of program instructions include high-level language codes that can be executed by a computer using an interpreter, as well as machine language codes such as those produced by a compiler. The hardware devices described above may be configured to act as one or more software modules to perform the operations of the present invention, and vice versa.

In addition, the above-described method for managing a schedule for taking in sunlight may be implemented in the form of a computer program or application stored in a recording medium and executed by a computer.

The above description of the present application is for illustrative purposes, and those skilled in the art will understand that it can be easily modified into other specific forms without changing the technical spirit or essential features of the present application. Therefore, the embodiments described above should be understood as illustrative in all respects and not limiting. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope of the present application is indicated by the following claims rather than the detailed description above, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof should be construed as being included in the scope of the present application.

1000: sun exposure schedule management system
1: user terminal
100: sunlight schedule management device
110: register
120: management control unit
130: recommendation unit
140: weather information acquisition unit
150: road guidance providing unit
160: compensation unit

Claims (12)

As a sun exposure schedule management device,
Desired place information, which is information about a place where the user wants to be in the sunlight, desired date information, which is information about at least one of the date and time the user wants to be in the sunlight, and desired target, which is a set value for the level of sunlight that the user targets a registration unit registering a desired schedule event including at least one of sunlight index information; and
Performs event management including schedule management for the registered desired schedule event and management of the user's activity status for the desired schedule event, and manages the event on the screen of the user terminal when a notification needs to be provided in relation to the event management Including a management control unit that provides related event notification information,
The event notification information includes first event notification information related to the schedule management and second event notification information related to managing the activity status of the user,
The first event notification information,
Notification information including location-related notification information displaying the location of the desired place corresponding to the desired place information in the desired schedule event and the location of the user terminal on a map, and a preset guidance text for guiding notification regarding the desired schedule event. Sunshine scheduling device, which includes information. delete According to claim 1,
wherein the management control unit provides the first event notification information when a date corresponding to desired date information in the desired schedule event arrives; According to claim 1,
The management control unit,
When the user's confirmation input for the first event notification information provided on the screen of the user terminal is made, based on whether the location of the user terminal meets a preset condition, some information in the second event notification information Perform state change control that changes the state of
The partial information includes gauge information generated to correspond to the desired target sunlight index information in the desired schedule event. According to claim 4,
The preset condition is,
and a condition in which the location of the user terminal acquired from the user terminal is within a preset distance range from a desired place location corresponding to the desired place information in the desired schedule event. According to claim 4,
The management control unit,
The apparatus for managing a schedule for getting out in the sun, wherein the status of the gauge information is changed based on a retention time for which the location of the user terminal satisfies a preset condition. According to claim 1,
a recommendation unit generating a recommended schedule event and displaying the recommended schedule event on the screen of the user terminal when a recommendation request signal for recommending a schedule event related to getting out in the sun is received from the user terminal;
A sunning schedule management device further comprising a. According to claim 7,
The recommendation section,
wherein, when skin type information of the user is input from the user terminal, the recommended schedule event is generated in consideration of the input skin type information. According to claim 7,
Further comprising a weather information acquisition unit for obtaining weather information from the Meteorological Administration server,
wherein the recommendation unit generates the recommended schedule event in consideration of the weather information acquired by the weather information obtaining unit. According to claim 4,
As a result of performing the state change control, when the state of the gauge information is changed so that the gauge of the gauge information has a maximum value, a compensation unit determining and providing compensation;
A sunning schedule management device further comprising a. As a sun exposure schedule management system,
The sunlight schedule management device of claim 1; and
A user terminal that is interlocked with the sunlight schedule management device to receive a control signal for controlling the operation of the sunlight schedule management device and provide it to the sunlight schedule management device;
Sunshine schedule management system comprising a. A method for managing a sun exposure schedule performed by a sun exposure schedule management device,
(a) Desired place information, which is information about a place where the user wants to get out in the sunlight, desired date information, which is information about at least one of the date and time the user wants to get out in the sunlight, and settings for the level of the user's goal of getting out in the sunlight registering a desired schedule event including at least one of desired target sunlight index information as a value; and
(b) Performs event management including schedule management for the registered desired schedule event and management of the user's activity status for the desired schedule event, and displays a notification on the screen of the user terminal when necessary to provide a notification in relation to the event management Providing event notification information related to the event management;
The event notification information includes first event notification information related to the schedule management and second event notification information related to managing the activity status of the user,
The first event notification information,
Notification information including location-related notification information displaying the location of the desired place corresponding to the desired place information in the desired schedule event and the location of the user terminal on a map, and a preset guide text for guiding notification regarding the desired schedule event. A method of managing a sunning schedule, including information.

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