KR102327181B1 - Service model for providing weather information on coast and ship navigation - Google Patents

Abstract

A server that provides weather information on the coastal ocean includes: a database for storing weather information for a plurality of observatories; A selection unit for selecting one of the observation information providing interface and the prediction information providing interface from the user terminal, and receiving at least one selected from a plurality of observatories and a plurality of weather elements, when the observation information providing interface is selected, at least selected through the first page an observation information providing unit for providing current weather information on one or more selected observatories and at least one selected meteorological element observed at the one or more observatories; And when the prediction information providing interface is selected, at least one observatory selected through the second page and at least one observatory may include a prediction information providing unit that provides predicted weather information for the selected at least one weather element.

Description

SERVICE MODEL FOR PROVIDING WEATHER INFORMATION ON COAST AND SHIP NAVIGATION}

The present invention relates to a service model for providing meteorological information for coastal ocean and ship operations.

Disasters occurring on the coast, such as damage to coastal structures, coastal flooding, and oil pollution accidents, are closely related to the state of the sea and the flow of seawater. Therefore, accurate prediction of sea conditions and flow velocity in coastal waters is very important not only in the marine industry but also in coastal area protection, search and rescue in case of maritime accidents, and oil diffusion estimation.

Until recently, there have been many studies on the improvement of the prediction accuracy of coastal meteorology, but land forecasters are predicting the ocean forecast due to the lack of professional marine meteorological personnel and marine numerical forecasting models. It is far behind.

Korean Patent Publication No. 10-1556723 (published on September 23, 2015)

An object of the present invention is to provide weather information on a plurality of weather elements observed or predicted at an observatory selected by a user terminal among a plurality of observatories. However, the technical problems to be achieved by the present embodiment are not limited to the technical problems described above, and other technical problems may exist.

As a technical means for achieving the above-described technical problem, the server for providing meteorological information for the coastal ocean according to the first aspect of the present invention includes: a database for storing weather information for a plurality of stations; a selection unit for selecting one of an observation information providing interface and a prediction information providing interface from a user terminal, and receiving at least one selected from a plurality of observatories and a plurality of weather elements; when the observation information providing interface is selected, an observation information providing unit that provides current weather information on the selected at least one observatory and the selected at least one meteorological element observed at the at least one observatory through a first page; and a prediction information providing unit that, when the prediction information providing interface is selected, provides predicted weather information for the selected at least one observatory and the selected at least one weather element predicted at the at least one observatory through a second page can do.

According to a second aspect of the present invention, a method for providing meteorological information for a coastal ocean through a weather information providing server includes the steps of: storing weather information for each observatory; selecting one of an observation information providing interface and a prediction information providing interface from a user terminal, and receiving at least one selected from a plurality of observatories and a plurality of weather elements; providing current weather information for the selected at least one observatory and the selected at least one meteorological element observed at the at least one observatory through a first page when the observation information providing interface is selected; and when the forecast information providing interface is selected, providing forecast weather information for the selected at least one observatory and the selected at least one weather element predicted at the at least one observatory through a second page. have.

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

According to any one of the above-described problem solving means of the present invention, the present invention can provide weather information for a plurality of weather elements observed or predicted at an observatory selected by a user terminal among a plurality of observatories.

Through this, the present invention allows the user to be provided with the weather information observed or predicted at various observatories, can accurately predict the weather information of the sailing day by comparing the weather information with each other, and can also determine the optimal sailing day.

1 is a block diagram of a weather information providing server according to an embodiment of the present invention.
2 is a diagram illustrating a screen for providing weather information according to an embodiment of the present invention.
3 is a diagram for explaining a method of providing observation information according to an embodiment of the present invention.
4A to 4C are diagrams for explaining a method of providing prediction information according to an embodiment of the present invention.
5A to 5B are diagrams for explaining a method of providing weather image information according to an embodiment of the present invention.
6A to 6B are diagrams for explaining a method of providing additional weather information according to an embodiment of the present invention.
7 is a diagram for explaining a method of providing weather information on a route according to an embodiment of the present invention.
8 is a diagram for explaining a method of providing weather information through a weather forecast model, according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail so that those of ordinary skill in the art can easily implement them with reference to the accompanying drawings. However, the present invention may be embodied in many different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the specification, when a part is "connected" with another part, this includes not only the case of being "directly connected" but also the case of being "electrically connected" with another element interposed therebetween. . In addition, when a part "includes" a certain component, this means that other components may be further included, rather than excluding other components, unless otherwise stated.

In this specification, a "part" includes a unit realized by hardware, a unit realized by software, and a unit realized using both. In addition, one unit may be implemented using two or more hardware, and two or more units may be implemented by one hardware.

Some of the operations or functions described as being performed by the terminal or device in the present specification may be instead performed by a server connected to the terminal or device. Similarly, some of the operations or functions described as being performed by the server may also be performed in a terminal or device connected to the server.

Hereinafter, detailed contents for carrying out the present invention will be described with reference to the accompanying configuration diagram or process flow diagram.

1 is a block diagram of a weather information providing server 10 according to an embodiment of the present invention.

Referring to FIG. 1 , the weather information providing server 10 includes a database 100 , a selection unit 110 , an observation information providing unit 120 , a prediction information providing unit 130 , a route information providing unit 140 , and a weather forecast. It may include an image providing unit 150 and a weather additional information providing unit 160 . However, the weather information providing server 10 shown in FIG. 1 is only one implementation example of the present invention, and various modifications are possible based on the components shown in FIG. 1 .

Hereinafter, FIG. 1 will be described with reference to FIGS. 2 to 8 .

The database 100 may store weather information for a plurality of observatories. For example, the database 100 may store current and predicted weather information and location information of a plurality of meteorological elements measured by a plurality of observatories (eg, Gadeokgyo Observatory, Ganghwadaegyo Observatory, Geoje Observatory, etc.). have. For example, the database 100 stores meteorological information measured by a plurality of first observatories that measure a first meteorological component, and stores the meteorological information measured by a plurality of second stations that measure a second meteorological component. It can be stored for each of a plurality of weather elements.

The database 100 may further store weather image information and additional weather information for each observation point.

The database 100 contains information on passenger ship operation scheduled to be operated (date, departure time, passenger ship name, ship type, operation route, operation direction, departure point, arrival port, route classification, operation classification (normal, Toe, non-operation, etc.)). can be saved

Referring to FIG. 2 , the weather information providing server 10 provides an observation information providing interface 201 that provides meteorological observation information of the coastal ocean through the initial page of the coastal marine weather information site, and prediction information providing weather forecast information An interface 203, a weather image providing interface 205 that provides meteorological image information, an additional weather providing interface 207 that provides additional weather information, and a route information providing interface 209 that provides weather information on the route are provided. can

The selection unit 110 may receive a selection from one of the observation information providing interface 201 and the prediction information providing interface 203 from the user terminal, and may receive selection of at least one of a plurality of observatories and a plurality of weather elements.

2 and 3 together, when the observation information providing interface 201 is selected, the selection unit 110 selects at least one observatory from the user terminal through the first page of the coastal maritime weather information site. , and at least one of the plurality of weather elements may be selected from the user terminal.

When the observation information providing interface 201 is selected, the observation information providing unit 120 is an observation that includes information on a plurality of stations (eg, name of the station) and information on a plurality of weather elements (eg, name of a weather element). The information list 301 may be output through the first page. Here, a switch button for selecting whether to output on a map may be disposed for each of the plurality of observatories included in the observation information list 301 output through the first page. In this case, whether the observatory is displayed on the map or not may be determined according to an input of a switch button for each of the plurality of observatories.

A switch button for selecting whether to output a meteorological element to be displayed on the map may be disposed for each of the plurality of meteorological elements included in the observation information list 301 . At this time, whether or not to output the meteorological elements for the detailed weather information for the area in which the observatory selected by the user terminal is located may be selected through the switch button.

When the observation information providing interface 201 is selected, the observation information providing unit 120 may display the locations of the plurality of observatories on the map through the first page. For example, the observation information providing unit 120 may display location information of the plurality of observations on the map based on the information on the plurality of observations included in the observation information list 301 .

The selection unit 110 may receive a selection of an observatory to be displayed on the map from among the information on a plurality of observatories included in the observation information list 301 output through the first page from the user terminal, and may not be displayed on the map. The observatory may not be selected.

When the observation information providing interface 201 is selected, the selection unit 110 may receive selection of at least one of a plurality of observatories displayed on the map from the user terminal.

The observation information providing unit 120 may output the meteorological summary information 305 summarizing the weather information of the area in which the observatory 303 selected by the user terminal is located on the map in the form of a pop-up window. Here, the weather summary information 305 includes, for example, the name of the region in which the observatory 303 is located, the date and time of weather observation, temperature information (eg, output in a weather icon format) and wind speed information, wind direction information, and wave height information. can do.

When the observation information providing unit 120 receives the detailed view button 307 included in the weather summary information 305 from the user terminal, the observation information providing unit 120 selects an observatory 303 for a plurality of weather elements included in the observation information list 301 . ), the observed weather information 309 may be output. For example, the observation information providing unit 120 may include current weather information for a plurality of weather elements observed at the selected observatory 303 and location information of the selected observatory 303 (eg, latitude and longitude information of the selected observatory 303 , reference time information and sunrise/sunset time information) may be provided.

The selector 110 may receive, from the user terminal, a meteorological element to be displayed on a map among a plurality of meteorological elements observed at the observatory 303 selected through the first page. Here, the plurality of weather elements may include, for example, tide, waves, currents (direction/flow velocity), water temperature, salinity, temperature, atmospheric pressure, wind (wind direction/wind velocity/instantaneous wind velocity), and the like.

The observation information providing unit 120 may provide current weather information on at least one observatory 303 selected by the user terminal and at least one selected meteorological element observed at the at least one observatory 303 . For example, the weather information 309 may output only the weather elements selected by the user from the observation information list 301 and not output the weather elements that the user does not select from the observation information list 301 .

2 and 4A to 4C , when the prediction information providing interface 203 is selected, the selection unit 110 selects at least one observatory from the user terminal through the second page of the marine weather information site. may be selected, and at least one meteorological element among a plurality of weather elements may be selected from the user terminal.

When the prediction information providing interface 203 is selected, the prediction information providing unit 130 may include information on a plurality of stations (eg, name of the station) and information on a plurality of weather elements (eg, name of a weather element). The information list 401 may be output through the second page. Here, a switch button for selecting whether to output on a map may be disposed for each information on a plurality of observatories included in the prediction information list 401 output through the second page. In this case, whether the observatory is displayed on the map or not may be determined according to an input of a switch button for each of the plurality of observatories.

A switch button for selecting whether to output a meteorological element to be displayed on a map may be disposed for each of the plurality of meteorological elements included in the prediction information list 401 . At this time, whether or not to output the meteorological elements for the detailed weather information for the area in which the observatory selected by the user terminal is located may be selected through the switch button.

When the prediction information providing interface 203 is selected, the observation information providing unit 120 may display the locations of the plurality of observatories on the map through the second page. For example, the observation information providing unit 120 may display location information of the plurality of observations on the map based on the information on the plurality of observations included in the prediction information list 401 .

The selection unit 110 may receive a selection of an observatory to be displayed on the map from among the information on a plurality of observatories included in the prediction information list 401 output through the second page from the user terminal, and is not displayed on the map. The observatory may not be selected.

When one observation point among observation points where each of the plurality of observation stations is located is selected on the map, the prediction information providing unit 130 displays the predicted weather summary information 403 summarizing the predicted weather information of the region corresponding to the selected observation point in a pop-up window. can be printed on the map. Here, the predicted weather summary information 403 includes, for example, a region name of a region corresponding to the selected observation point, a predicted weather date and time, predicted temperature information (eg, output in a weather icon format) and predicted wind speed information, predicted wind direction information, and It may include predicted wave height information.

When the detailed report button 405 included in the forecast weather summary information 403 is received from the user terminal, the forecast information providing unit 130 is located at the selected observation point for each weather element included in the forecast information list 401 . The predicted weather information 407 in the corresponding region may be output. For example, the prediction information providing unit 130 may include predicted weather information for each of a plurality of weather elements predicted in the region of the selected observation point and location information of the selected observation point (eg, latitude and longitude information of the selected observation point 303 , reference time). information and sunrise/sunset time information, etc.) may be provided.

When the prediction information providing interface 203 is selected, the selection unit 110 may receive a selection from the user terminal of at least one of a plurality of observatories displayed on the map through the second page.

The selector 110 may receive, from the user terminal, a weather element to be displayed on a map among a plurality of weather elements predicted by the observatory 409 selected through the second page. Here, the plurality of weather elements may include, for example, tide, waves, currents (direction/flow velocity), water temperature, salinity, temperature, atmospheric pressure, wind (wind direction/wind velocity/instantaneous wind velocity), and the like.

When the prediction information providing interface 203 is selected, the prediction information providing unit 130 provides at least one station 409 selected through the second page and at least one selected weather element predicted by the at least one station 409. Forecast weather information can be provided. For example, the predicted weather information 407 may output only the weather elements selected by the user from the prediction information list 401 and not output the weather elements that the user has not selected from the prediction information list 401 .

When a tide forecast area is selected from the user terminal on the map, the prediction information providing unit 130 may display the selected tide forecast area by using a marker of a specific color.

In addition, the prediction information providing unit 130 provides information on the selected tide forecast area (eg, observation date, area name, latitude and longitude information, address information, tide time and elevation information, nearby sea splitting time and area information, etc.) can do.

Also, the prediction information providing unit 130 may provide the weekly tide forecast 411 and detailed prediction information 413 for the selected tide forecast area. Here, the weekly tide forecast 411 is the weekly forecast information of the specific week that the user wants to check, and includes detailed information on the tides of the specific week, solar/lunar time information, sunrise/sunset time information, tide information, high and low altitude information, etc. It may be information provided in the form. The detailed prediction information 413 may be information in which detailed information on tide levels, solar/lunar time information, sunrise/sunset time information, tide time information, and high/low elevation information of a specific week are provided in a graph format.

2 and 5A to 5B together, when the weather image providing interface 205 is selected, the weather image providing unit 150 provides satellite image information 503 and seawater numerical prediction weather map 513 through three pages. A weather image information list 501 including , may be output through the third page.

The weather image providing unit 150 provides weather image information including at least one of the satellite image information 503 and the seawater numerical prediction weather map 513 at the selected observation point among the plurality of observation points through the third page. can Here, the satellite image information 503 may include at least one of a sea wind image, a fog image, and a water temperature image. The seawater level prediction weather map 513 may include at least one of a current weather chart, a water temperature chart, and a salinity chart.

For example, when the satellite image information 503 is selected by the user terminal from the weather image information list 501 , the weather image providing unit 150 may be configured to respond to the current marine weather included in the satellite image information 503 . An image selected by the user terminal among the wind image 505 , the fog image 507 , and the water temperature image 509 may be output through the third page.

In addition, when the weather image providing unit 150 receives a search condition from the user terminal, based on the input search condition, the weather image providing unit 150 selects the sea wind image 505 , the fog image 507 , and the water temperature image 509 by the user terminal. The selected image may be outputted through the third page in an animation format (that is, a method of graphically displaying a selected one of sea wind, fog, and water temperature according to the passage of time) for each time period.

For example, when the weather image providing unit 150 selects the sea water level prediction weather map 513 from the weather image information list 501 by the user terminal, the weather image providing unit 150 includes the sea current weather map 513 included in the sea water level prediction weather map 513 . An image selected by the user terminal among 515 , a water temperature diary 517 , and a salinity diary 519 may be output through the third page. In addition, when the weather image providing unit 150 receives a search condition from the user terminal, based on the input search condition, the user terminal among the ocean current weather map 515 , water temperature weather chart 517 , and salinity weather chart 519 . The image selected by can be output through the third page.

2 and 6A to 6B together, when the additional weather information providing interface 207 is selected, the additional weather information providing unit 160 provides the living marine forecast index information 603 and the ship operation index information through the fourth page. A weather additional information list 601 including 605 may be output. Here, the living marine forecast index information 603 may include, for example, a sea bathing index, a skin scuba index, a sea fishing index, a sea splitting experience index, a sea distance index, a tidal flat experience index, a surfing index, a yacht index, etc. . The ship operation index information 605 may include a ship operation index for each region, a ship operation index for each route, a ship operation index for each port, and a ship operation index for each marina.

When at least one observation point is selected by the user terminal from among the plurality of observation points, the additional weather information providing unit 160 may output weather information of a region corresponding to the selected observation point in the form of a pop-up window.

The additional weather information providing unit 160 may provide additional weather information at the selected observation point among the plurality of observation points through the fourth page. Here, the additional weather information may include at least one of a living marine forecast index and a ship operation index of the selected observation point.

The weather supplementary information providing unit 160 includes a sea bathing index, a skin scuba index, a sea fishing index, a sea splitting experience index, a sea distance index, a tidal flat experience index, a surfing index, and a yacht index included in the living marine forecast index information 603. The selected sub-index may be output based on a condition input by the user terminal.

During the date period set by the user terminal, the additional weather information providing unit 160 outputs, through the fourth page, the weather warning fermentation status information along with the forecast index of the sub-index for the selected living marine forecast index at the selected observation point. can

The meteorological additional information providing unit 160 uses the sub-index selected from among the ship operation index for each region, the ship operation index for each route, the ship operation index for each port, and the ship operation index for each marina included in the ship operation index information 605, by the user terminal. It is possible to output step by step based on the set operating conditions (eg, the navigation route of the ship).

In addition, the weather supplementary information providing unit 160 sets the forecast index of the selected sub-index under index conditions (eg, blue (safe) corresponding to step 1, yellow (warning) corresponding to step 2, red corresponding to step 3) Depending on the color (dangerous)), different colors can be displayed and printed.

During the date period set by the user terminal, the additional weather information providing unit 160 may output the weather warning entry status information along with the forecast index of the sub-index for the selected ship operation index at the selected observation point through the fourth page. have.

2 and 7 together, when the route information providing interface 209 is selected, the selection unit 110 outputs a ship operation weather information list 701 including ship operation weather information through the fifth page. can

The selection unit 110 may receive information on the departure point and the destination selected from the user terminal through the route selection interface 703 . In addition, the selection unit 110 may receive a selection of the ship's operation date, departure operation time, and arrival operation time from the user terminal. Also, the selection unit 110 may receive a selection from the user terminal for at least one route among a plurality of routes from the origin to the destination.

The route information providing unit 140 may provide weather information on a route selected from among a plurality of routes from a departure point to a destination. For example, the route information providing unit 140 may provide current weather information and predicted predicted weather information on a selected route observed at an observatory selected by a user among a plurality of observation stations.

The route information providing unit 140 may provide a ship navigation safety management index of a route selected among a plurality of routes from a departure point to a destination.

2 and 8 together, the meteorological element setting unit (not shown) provides a meteorological element setting input window 801 that can set the unit for the meteorological element through the sixth page when the meteorological element setting interface is selected. can be printed out.

The selection unit 110 may receive a selection of at least one forecast model among a plurality of forecast models from the user terminal through the weather element setting input window 801 .

The meteorological element setting unit (not shown) may receive units for each of wind, temperature, and atmospheric pressure among a plurality of weather elements. For example, the weather element setting unit (not shown) may receive the unit for wind set to one of m/s, kt, and km/h, and the unit for temperature may be set to one of ℃ and ℉, atmospheric pressure The unit can be set to either hPa or mmHg. In this case, units of wind, temperature, and pressure included in the weather information (observed weather information, predicted weather information) may be displayed based on the set units for wind, temperature, and atmospheric pressure.

Meanwhile, for those skilled in the art, the database 100 , the selection unit 110 , the observation information providing unit 120 , the prediction information providing unit 130 , the route information providing unit 140 , the meteorological image providing unit 150 , and the meteorological addition unit It will be fully understood that each of the information providing units 160 may be implemented separately, or one or more of them may be integrated and implemented.

An embodiment of the present invention may also be implemented in the form of a recording medium including instructions executable by a computer, such as a program module executed by a computer. Computer-readable media can be any available media that can be accessed by a computer and includes both volatile and nonvolatile media, removable and non-removable media. Also, computer-readable media may include all computer storage media. Computer storage media includes both volatile and nonvolatile, removable and non-removable media implemented in any method or technology for storage of information such as computer readable instructions, data structures, program modules or other data.

The description of the present invention described above is for illustration, and those of ordinary skill in the art to which the present invention pertains can understand that it can be easily modified into other specific forms without changing the technical spirit or essential features of the present invention. will be. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

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

10: Weather information server
100: database
110: selection unit
120: observation information providing unit
130: prediction information providing unit
140: route information providing unit
150: weather image providing unit
160: weather supplementary information providing unit

Claims (9)

In the server providing meteorological information about the coastal ocean,
a database for storing weather information for a plurality of stations;
a selection unit for selecting one of an observation information providing interface and a prediction information providing interface from a user terminal, and receiving at least one selected from a plurality of observatories and a plurality of weather elements;
an observation information providing unit configured to provide current weather information on the selected at least one observatory and the selected at least one weather element observed at the at least one observatory through a first page when the observation information providing interface is selected; and
When the prediction information providing interface is selected, a prediction information providing unit that provides predicted weather information for the selected at least one observatory and the selected at least one weather element predicted at the at least one observatory through a second page, ,
When one observation point is selected from among the observation points where each of the plurality of observation stations are located, the forecast information providing unit displays the forecast weather summary information summarizing the predicted weather information of the region corresponding to the selected observation point on the map in a pop-up format. print out,
When the detailed report button included in the forecasted weather summary information is received, the forecasted weather information for each weather element included in the forecasted information list is output,
The server includes the observation information providing interface for providing weather observation information of the coastal ocean, the forecasting information providing interface for providing weather forecast information, a meteorological image providing interface for providing meteorological image information, and a route providing meteorological information on the route providing an informational interface;
The selection unit receives at least one meteorological element selected from the user terminal among a plurality of weather elements observed and predicted by the selected at least one observatory through the first page and the second page,
The selection unit receives at least one of a sea wind image, a fog image, and a water temperature image from the user terminal through a third page that provides weather image information,
The selection unit receives information on a departure point and a destination selected from the user terminal through a fifth page that provides weather information on the route,
Only the meteorological elements selected by the user terminal are output on the map, and the unselected weather elements are not output on the map,
a weather image providing unit for outputting at least one of the selected sea wind image, fog image, and water temperature image in an animation format for each time; and
The weather information providing server further comprising a route information providing unit for providing weather information on a route selected by the user terminal among a plurality of routes from the departure point to the destination.
delete The method of claim 1,
The observation information providing unit
The weather information providing server that displays the locations of the plurality of observatories on the map through the first page.
4. The method of claim 3,
the selection unit
At least one of the plurality of observatories displayed on the map is selected from the user terminal, the weather information providing server.
delete delete The method of claim 1,
The meteorological image information includes at least one of satellite image information and a seawater numerical prediction weather map at a selected observation point among a plurality of observation points,
The satellite image information includes at least one of the sea wind image, the fog image, and the water temperature image,
The weather forecasting weather map of the seawater will include at least one of a current weather map, a water temperature weather map, and a salinity weather map, weather information providing server.
The method of claim 1,
Further comprising a weather additional information providing unit for providing additional weather information at the selected observation point among the plurality of observation points through a fourth page,
The additional weather information will include at least one of the life marine forecast index and the ship navigation index of the selected observation point, weather information providing server.
In the method of providing meteorological information about the coastal ocean through a weather information providing server,
storing weather information for each station;
selecting one of an observation information providing interface and a prediction information providing interface from a user terminal, and receiving at least one selected from a plurality of observatories and a plurality of weather elements;
providing current weather information for the selected at least one observatory and the selected at least one meteorological element observed at the at least one observatory through a first page when the observation information providing interface is selected; and
Comprising the step of providing forecast weather information for the selected at least one observatory and the selected at least one weather element predicted at the at least one observatory through a second page when the forecast information providing interface is selected,
outputting predicted weather summary information summarizing predicted weather information of a region corresponding to the selected observation point on a map in a pop-up format when one observation point is selected among the observation points where each of the plurality of observation stations are located; and
When the detailed report button included in the forecasted weather summary information is received, outputting predicted weather information for each weather element included in the forecast information list;
The observation information providing interface for providing meteorological observation information of the coastal ocean, the forecasting information providing interface for providing weather forecast information, a meteorological image providing interface for providing meteorological image information, and a route information providing interface for providing meteorological information on the route providing;
receiving a selection from the user terminal of at least one weather element among a plurality of weather elements observed and predicted by the selected at least one observatory through the first page and the second page;
receiving a selection from the user terminal of at least one of a sea wind image, a fog image, and a water temperature image through a third page providing weather image information; and
Further comprising the step of receiving information on the departure point and destination from the user terminal through a fifth page that provides weather information on the route,
Only meteorological elements selected by the user terminal are output on the map, unselected weather elements are not output on the map,
outputting at least one of the selected sea wind image, fog image, and water temperature image in an animation format for each time; and
The method further comprising the step of providing weather information on a route selected by the user terminal among a plurality of routes from the origin to the destination.

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