KR20090112523A - A telecommunication system and a telecommunication service method for leading participate in a reporting on the ship - Google Patents

Abstract

PURPOSE: A communication system and a communication service method for leading report participation in a ship are provided to simply directly input latitude/longitude, thereby conveniently reporting an exact fish haul amount. CONSTITUTION: A communication system(1) for leading report participation in a ship includes a DB server(1-1), a data network facility, a voice network switch(1-6) and a voice network facility. Data communication and voice communication with a mobile communication terminal device(2a) for a ship are possible through the devices above. The mobile communication terminal device for a ship includes a central processing device(2-1) and an auxiliary facility. A network controller is between a DB server and a voice network switch of a coast station communication system. The network controller controls a voice communication service grade according to a data communication result.

Description

A telecommunication system and a telecommunication service method for leading participate in a reporting on the ship}

The present invention relates to a communication network controller for allowing fishing vessels to actively carry out fishing reports and the like and a method of providing a service through the communication network controller.

The fishing performance of fishing boats in the sea is important in that they can be reproduced by fisheries resource management and fish search information. In other words, the reconstructed fish search information is extremely important not only as a supplementary means to search for efficient fishes while reducing costs in the process of fishing, but also as a policy establishment information that is subject to fisheries agreements between countries.

In advanced fisheries such as Japan, in order to reduce the cost of searching for individual fishing boats while showing powerful search ability, the fishery of the whole sea area is searched at the national level, and the results of the fish search information (seasonal catch distribution chart by fish species), fishery forecast ( It is spreading to the general public with fishery information such as water temperature distribution, plankton distribution, nutrient distribution, and fishery weathering, to enhance fishery productivity and fishery negotiation ability.In Korea, the National Fisheries Research and Development Institute collects similar data and processes them It provides policy information to each sector.

In the past, test ships were used to carry out fish farming environments and test operations such as water temperature, nutrient salts, and plankton in the field, but in modern times, where information processing technology and information and communication technology have been developed, exploration in NOAA, etc. In addition to this information, it is synthesized and processed, and the observer's findings of where and how much they were caught when the vessel returned to the ship produce the most empirical approximate fish search information.

The test of the test line is a long-term local sampling of the site's fish habitat, and satellite exploration is a quick survey of a wide range. Therefore, when synthesized, the deep depth information from the test line is applied to a wide range of sea surface survey from the satellite. Observer data contributes to higher reliability as more empirical data because the data collected by the observer for the fishing vessels can also be directly collected. In other words, the observer is a significant data on the performance of each test vessel as a result of the operation of fishing vessels in all industries, and Japan has long regarded the observer as a long time. Each fishing boat placed in the port of Korea's terrestrial port has been inspected for its performance.

However, in order for the observer's entire investigation to function, the performance of the fishing vessels on the spot should be recorded in detail by location, species and catch quantity, so that the observer can be notified when the vessel enters the land. The working culture of workers' journals is significantly lower than the detail and accuracy of Japanese fishing boats, so they do not achieve the desired results in Korea, and this backwardness directly affects the ability to negotiate fishing. In view of this, a desirable transmission survey that suits the situation of Korea is to report immediately on the spot whenever the fishing boat operates, but the issue is whether voluntary participation of fishing boat users is involved. On the other hand, the government has also considered the method of uniform enforcement, but in this case, it was concluded that such consideration is impossible because it can produce criminals and cause social problems.

In Korea, fishery communication (fishery coast station) has been carried out by voice communication using SSB (Single Side Band), which is a long-distance communication network, and the catch information reported by voice communication is exposed to others in the communication network. In practice, it was not easy to actually participate in such catch reports, and despite the recent development of personal communication (mobile phones, TRS, etc.), such awareness has not improved, and the change of consciousness is urgently needed. (In the present invention, a mobile phone or a TRS is a concept encompassing a high output fixed type including a relay function and a low output portable type without a relay function).

The fishing boat position report is important for the rapid rescue of distress city and the evidence of fishing position disputes in the EEZ zone (exclusive economic zone) of neighboring countries, and the catch report is important for fishery resource management and fishery negotiations as above. It is important from the point of view of managing the national organization or the coastal communication network for fishing, and since fishing boats do not feel the benefits, they only recognize 'exposing information to others like a cat's neck'. It is difficult to obtain resource management data that can realize the useful value of information even though the promotion and planning are continued at cost and effort, and it can be understood that even the Korean auditors have been struggling for a long time.

In this regard, the present invention makes it possible to report catch data or position by easier operation in a situation of providing a communication network service through a mobile phone (CDMA, TDMA, FDMA), satellite communication, or frequency common communication (TRS). By interlocking and controlling services according to the degree of participation, the technology that ultimately induces location reporting or catch reporting, that is, technology that triggers Give and Take, has been devised.

On the other hand, Korea's Fisheries and Telecommunications (Fire Coastal Bureau) receives location reports and catch reports on fishing traffic of 5 tons or more (11,000 ships) due to its traffic communication capacity. In the aspect of safety management and service enhancement, there is no solution to the gap, so the present invention has been considered for such a solution.

In addition, the present invention is a relatively small mobile phone or TRS (frequency common communication system) in the circumstances that can be used for fishing vessels, a relatively old fishing vessel users using the small letter keys or numeric keys to catch fish and fish in the field one by one It is also invented in consideration of difficulty in inputting a position and the like.

The present invention is an invention in which the applicant of the present invention adds some configuration to the "reporting device (or collection) and method for catching fish, etc. which can be easily reported at the fishing boat site) filed on the same date. Since the description of the method is omitted, a person skilled in the art who wants to know more detailed information about the method, as well as the known art or other documents, as well as the reporting device (or collection) such as the catch amount that can be easily reported on the fishing vessel site and the method thereof Reference should also be made to the disclosure of the disclosure of and "including prior art published therein".

The first object of the present invention is to establish a culture in which fishing vessels actively position, catch, and report a communication network.

The second object of the present invention is to establish a system that allows fishing vessels to report catches with easy and accurate operation in the field, and distributes the input work for each fishing vessel to be carried out on land for each fishing vessel in spite of more detailed catch reports. In coastal countries, the aim is to provide technology to prevent the expansion of operational personnel.

The third object of the present invention is to provide a service grade in a mobile communication network that varies depending on the degree of the report data by limiting a part of the service when all the services are available when the specified reporting obligations are fulfilled and the specified reporting obligations or qualitative levels are not met. It is intended to provide a technological basis for establishing a give and take culture between fishing vessels and coastal states by restrictions.

The fourth objective of the present invention is to innovatively produce accurate catch reports that are not currently being made, thereby increasing national competitiveness and strengthening the pride and identity of fishing vessel management agencies, while the support policies of the national institutions actually touch the fisherman's skin. The aim is to make each other feel a win-win from the position of the fisherman.

The fifth object of the present invention is to provide a service method for raising awareness of fishers, granting fisherman benefits, and achieving national benefits by solving carrots and whips while releasing concerns of mass production of offenders.

The sixth object of the present invention is to provide a technical condition that greatly expands the management capacity of the existing fishing and telecommunication operator (coastal country) to enhance the subscriber capacity and to manage the vessel up to 5 tons or less, which has been the national management gap.

According to the present invention for this purpose, the terminal apparatus downloads a list of the target fish species provided by the coast station server, and the user inputs the fish species and the catch quantity based on the list of the target fish species. By using the track stored as a location, the terminal device provides a new fishing vessel convenience such as reporting by the catch time linked to the track or the operation of searching and inputting the location of the track, and further provides a service provided by the communication network itself. It provides a technical configuration and service method that controls the supply from the minimum basic service to the maximum value added service according to the level of data reporting.

In addition, the present invention provides a technical configuration or a service method that selectively takes only the configuration of differentially supplying the minimum basic service to the maximum value added service according to the level of data reporting service provided by the communication network itself apart from the convenience of the fishing vessel.

In addition, the present invention is limited to only the data to be input to the DB server operating fisheries, it is also preferred to automatically collect the daily communication through the means for direct communication between the fishing vessel users and organizations associated with living such as family or stomach plate It provides the technical condition to greatly improve the information processing agency's ability to handle traffic (ie capacity to do business).

On the other hand, the minimum service is defined as a service connected by the national agency or the management agency through the necessity and contact between the family of fishing vessel users, and the maximum service is connected to other fishing vessels and to other external networks, and at the same time as necessary. It can be set up to provide information that can infer the fish habitat environment such as fish forecast, fish exploration information, and water temperature distribution map, and the maximum service is provided by adding means such as communication fee subsidy or duty-free oil supply control to offset the communication fee generated from the network. It can also be linked to

Since the present invention can be configured as an additional device of the existing operating system or terminal device, it has an excellent effect on the collection of fishing data for fishing with only a simple additional action in an exchange communication network in which a communication service affects a marine fishing boat.

In the present invention, a method of preparing a list of fish species to be reported for each fishing vessel and also updating the data when the change is performed, even if the fishing worker does not know the standard term and knows the common slang, inputs, corrects and transmits the catch data according to the term appearing on the screen of the terminal. This is an excellent effect, especially for fishing boat users who input textual data accurately without using complicated keyboards. On the other hand, when the observer mentioned in the present invention directly investigates fish species sold on land and prepares a list of species to be reported based on this, more accurate actual situation is reflected.

In addition, in the present invention, the configuration of transmitting the catch position through the track storing function is a complicated latitude / longitude character of 23 digits by simply inputting two digits of '12 (hour) ', for example, a simple catch time in the terminal device. By simply inputting all the numbers or selecting the direct track position, the user can simply input the complex latitude / longitude directly, thus making it more convenient and accurate to catch and report the catch position.

In short, according to the present invention, while the fishing boats are comfortable in the field, accurate reporting data can be reached by the land management agency, and the fishing boats can voluntarily receive the beneficial information using the communication network, the ability to connect with other users, and various subsidies. It has the effect of creating an environment where people can participate in reporting, and through this, they have been unable to accurately collect the location and catches of the site. Representation provides an opportunity to innovate through the proposition of “distribution of work” and “location / catch management decentralization” in the context of 'service improvement' where reporting items are improved as they are reported.

According to the present invention, without the fear of mass production of offenders, which is a side effect of institutional enforcement, carrot and whip are combined to ultimately achieve fisherman awareness and national benefits.

In addition, according to the present invention can be seen that the task of arranging the neighboring fishing boats by voice communication for the fishing boats that have not been reported so far greatly reduced.

In particular, according to the present invention, the fishing communication operator is limited to only the data to be input to the DB server, preferably also automatically, while the daily communication is to directly communicate between the fishing vessel user and the organization associated with the living, such as family or stomach plate, the fishing vessel and Since the work load on direct communication can be greatly reduced, it is an excellent effect of providing extended service to all fishing vessels of 2 tons or more that have been left blank.

[Prior technology]

It has been found that there is no prior art to contrast with the present invention. However, even before the present invention, there may be an EDI (Electronic Data Interchange) which has a specific form frame in a mobile terminal and transmits data based thereon. Technology is expected to be prepared for this.

First, EDI uses a standardized form for exchanging information between data terminals or terminals and servers having different environments. This standard was first developed by the American Data Exchange Standards Association and is defined in ANSI X.12, which extends the hypertext of the Internet by simply typing data using a computer dial. In the form of a language to express). Therefore, the form is not changed randomly according to the usage environment, but is fixed as a standard and random characters are transmitted after the XML header. Therefore, it can be summarized as 'synchronization of form' and 'synchronization of data in the form'. In addition, most of the information is handled through various computer dials. On the other hand, the embodiment of the present invention described below can be arbitrarily changed if necessary by inputting a user's standard form by controlling the server (and inputting the terminal if necessary) and inputting data without a computer dial. It is typically different in that it is transmitted as a letter promised with the server, not the letter of. In other words, even if viewed from a large scope, the present invention is composed of 'synchronization of form' and 'synchronization of data' in the form, and thus 'characteristics that do not use a dial' are clearly different from each other without preparing for specific details.

Next, certain subscriber service restrictions in the switching network consisting of billing are similarly limited simply by entering information that the network operator blocks the network access function or originating function or that the fee has not been paid when off-line payment is not properly made. do. In this case, the reason why the human being can only artificially manipulate it offline is that manpower must intervene because the information in the communication network and the user fee payment are not similar to each other in terms of the type and process of the information. Therefore, as in the present invention to be described later, the information system whether it is immediately recognized as a type of internal information in the information system itself and notifies the user, and if necessary, it is completely different from the configuration that restricts the use of the subscriber manually or automatically in the information system. The service grade is also different in that it is limited to multiple levels.

On the other hand, service limitations due to EDI and billing are inadequate for services for specific fishing vessels, and no matter how hard they try to draw from them, they cannot be considered in fishing catch reports or location reports. In other words, they are completely different from their intended use, which represents a big difference in the service method. In order to find out the difference in use, the report on the position of the fishing boat or the catch amount report is further described as follows.

Fishing boats set out to sea to secure economic feasibility by finding and capturing fish. Fish exploration information is not only a necessary element in this process, but also contributes to securing the area where Korean fishing vessels can operate as a living by utilizing fishery negotiations with neighboring countries. Is an empirical data that is an important factor that directly or indirectly affects the fishing industry.

When a fishing boat sails to the sea, the ship reports its position once or three times daily. The position report reaches the land information system as latitude / longitude, such as "35 degrees 28 minutes 30 seconds north, 129 degrees 30 minutes 20 seconds east". Should be accurate. However, at present, most fishing vessels report their unique numbers, such as "87-5, in voyage," which divides the coastal water into a 10-mile (18.5 km) range of tiles. will be. In addition, fishing catches of fishing boats consist of "50Kg of saury, 100Kg of anchovies, and 50Kg of other catches." Here, fish species is limited to about 500 domestic species.

Such data or information is clearly distinguished from controlling the network by whether payment of royalties was made in response to EDI information processing or billing. That is, EDI is not a fixed latitude / longitude nor a fish species. Therefore, EDI sets only a specific standard in the form, and the daily information corresponding to the latitude / longitude number or fish species in the form can be freely input by the user. In addition, the billing measures up to now is a process of determining whether the user has been paid regardless of whether the longitude / latitude or the fish species number is entered. Therefore, as described below, a single information system according to the present invention ( DB) There is no correlation with each other unlike the process of directly determining whether data is introduced into a table.

Hereinafter, the configuration and operation of the present invention will be described with reference to the following Examples. However, the following embodiments are only representative of many implementations included in the present invention, and therefore, the embodiments are not limited to those illustrated below within the scope of the spirit of the present invention. Naturally, they can appear in various suns.

FIG. 1 is a system configuration diagram showing an interworking relationship between a mobile communication terminal station 2a .... 2n and a land-based radio communication coast station 1 that can be used in a conventional sea. In FIG. 1, the terminal device 2a is a block diagram showing a mobile phone or a frequency common system (TRS) as an example. However, the terminal device 2a may be associated with satellite communication that can be used in a fishing boat.

FIG. 1 is a block diagram illustrating a schematic diagram of a conventional system, centering on a conventional CPU 2-1 in which all functions are programmatically. The user selects a function and enters a number to enter a dial ( Or frequency setting) and a key operation unit 2-2, which may be added to input a character if necessary, a display unit 2-3 indicating internal state information and a user input state, and an external signal if necessary An input / output unit 2-4 capable of outputting a speaker, a speaker 2-5 for outputting a voice signal from a communication network, a microphone 2-6 for receiving user voice, and a transmitting / receiving unit interworking with a wireless communication network ( And a mobile communication terminal device (2a) for a ship to organically connect 2-7), and a data communication network to a data transmission / reception unit (1-3) interworking with a wireless communication network as a corresponding shore coast station (1) configuration. Data network control (1-2) and the voice network switch unit (1-6) for controlling the voice communication network to the voice transmission and reception unit (1-7) interworking with the wireless communication network to perform data communication in conjunction with the server (1-1) The call connection setting service between the subscribers of the mobile communication terminal 2a for ships is provided by interworking with the communication network server 1-5 for controlling various billing and subscriber connection.

Unexplained reference numerals (1-5) and (2-8) are antennas interlocked with the transceivers 2-7 to transceivers 1-3 and 1-7, and (1-1) is collected through a communication network. And a database (DB) for inputting the collected position or catch data by manpower, and the coast station (1) and the terminal station (2a) are the antenna (1-4) and the antenna (2-) through a space medium of a specific frequency group 8) is electrically connected to each other to enable communication. 1 is a bottom view when the terminal device is configured with a mobile phone or TRS.

On the other hand, the communication network server 1-5 sets up a call that can be connected between the mobile communication terminal device 2a and another terminal device 2n or through another gateway or external gateway 1-8 for interworking with a wired communication network. In other words, it refers to a group of subscribers who receive service within a network (the coast station voice communication switching network. The following is the same). It performs the function of interlocking calls between users. Such a network server (1-5) is typically connected to the voice network switch unit (1-6) to control the connection point according to each call (Call), especially in the case of TRS (frequency common communication system) in each network Dynamic grouping of the terminal devices 2a .... 2n is set in a specific group so that simultaneous calls, broadcasts, or calls at different rates can be made within the group. In other words, in the case of TRS, there may be a technology to apply different access criteria and different rate criteria as a grade according to user manpower setting.

In the prior art, as shown in FIG. 1, there is no causal relationship in which the DB server 1-1 and the communication network server 1-5 are directly interlocked and controlled. That is, the DB server (1-1) including the data communication operation (1-2) stores, retrieves, and updates text and graphic information other than voice to provide the information to the operator and provide the information to the terminal device or other external operator such as the Internet. In order to exchange and process information by interworking, the voice communication network server (1-5) recognizes in-network and out-of-network calls and establishes a connection with a terminal device (2a .... 2n) while efficiently operating other voice communication networks. Since it is for processing various additional information for, there is no causal relationship to be connected to each other. That is, the prior art has been that the voice and the data are separate information that is not interlocked with each other as long as the information is finally derived.

Although not currently in circulation, the following description will be given on the assumption that the position reporting automation is performed on a fishing boat using FIG. 1.

The position of the fishing boat, which is positioned from the GPS (satellite positioning system) installed inside or outside the terminal device (not shown), is input to the central processing unit 2-1 as the input / output unit 2-4, for example. On the basis of this, when the terminal apparatus 2a reaches a predetermined location reporting time or reaches a specific time interval, the terminal apparatus 2a calls the land base station 1 and uses the information as packet data to transmit / receive the data transmission / reception unit 1-3 and the data network control unit and the interface ( 1-2) → The DB server 1-1 is stored in the DB server 1-1. In this case, (D1) .... (Dn) indicates that the plurality of terminal devices 2a .... 2n can automatically and simultaneously connect to each other.

The information transmitted in this way is stored in the position table for each fishing vessel in the DB server 1-1, and the DB server is generally located within a predetermined position reporting time or a predetermined time interval based on the fishing vessel and a predetermined setting. When the location is not reported, a message informing the operator can be printed. In addition, the DB server may broadcast or transmit various stored fish search information or fishing information (water temperature distribution map, weather map, etc.) to each terminal device (2a .... 2n) at predetermined intervals. If lacking, it will be easy to understand the specification of another invention filed as date of the present invention and the prior art posted therein as discussed above.

The terminal device and the DB server can report the catch by wireless data communication. If the fish transmitted from the terminal device match the standard term, the DB server is stored in the catch table in the same way as the position table. However, since the transmission from the specific terminal device has not yet appeared in the prior art, a transmission method other than the principle that the catch table may be provided in the DB server so that the fishing boat can easily report the data or input data from the terminal device will be described later.

In addition, as the terminal device 2a, a fishing boat user can dial a specific counterpart of another terminal device 2n in the network or outside the network 1-8 to request a call, and the network server 1-5 receives the call request signal. By connecting and controlling the voice network switch unit 1-6, the user of the terminal device 2a can make a call with another user, requesting a call to connect from the terminal device 2a to another terminal device 2n or the like. In FIG. 7, it is referred to as outgoing. In FIG. 7, the call is connected to the terminal device 2a from another terminal device 2n.

There may be a technique of designating each fishing vessel terminal device 2a ... 2n in the network as a group or limiting a simple connection service for each terminal device as the communication network server 1-5.

FIG. 2 is a block diagram showing an example additionally performed to the configuration of FIG. 1, with a user selecting a function and selecting a number, centering on a conventional CPU 2-1 in which all functions are programmed. A key control unit 2-2, which may be added to input and dial (or frequency setting) and characters as necessary, a display unit 2-3 indicating internal state information and user input state, and an external signal if necessary Interworking with the input / output unit 2-4, a speaker 2-5 for outputting a voice signal from a communication network, a microphone 2-6 for receiving user voice, and a wireless communication network. And a mobile communication terminal device (2a) for ships to organically connect the transmission and reception unit (2-7), and the data communication network to the data transmission and reception unit (1-3) linked to the wireless communication network as a land base station configuration corresponding thereto Day to control Voice network switch unit which performs data communication by interworking network control unit and interface (1-2) with DB server (1-1) and controls voice communication network to voice transmission / reception unit (1-7) interworking with wireless communication network ( 1-6) in conjunction with the communication network server (1-5) for establishing various billing and / or subscriber connection in addition to the configuration of Figure 1 configured to enable the connection between the subscriber of the mobile communication terminal device (2a) for ships It is an example of implementation incorporating a new structure as an example.

That is, FIG. 2 shows the DB server 1-1 by interworking the coast station 1 DB server 1-1 and the communication network server 1-5 of FIG. 1 with a network control unit 1-11 that links information systems. 1) Based on the analysis of the collection result of the data information reached, the service is limited to the communication network server (1-5) and the DB server (1-1) has many fish species set as standard terms in the catch management table of the DB. (E.g., about 500 species), extract only a part of each fishing vessel and set it as a report target fish list (1-1-1, see Fig. 3), and send it to the fishing vessel periodically through a communication network or to transmit it when requested by the fishing vessel. On the other hand, the terminal apparatuses 2a ... 2n display the reportable fish species list 2-10 on the display unit 2-3, and the reportable fish species list 2-2 as the key operation unit 2-2. Report transmitted from coast station 1 by adding program to central processing unit 2-1 to select 10). Based on the target fish list, the catch amount for each fish type inputted by the terminal station 2a is reported to the catch amount table 1-1-2 (see FIG. 4) of the DB server 1-1 through the communication network. In addition, the display unit 2-3 of the terminal device may be configured to display a message (2-10) of the result of limiting the service.

3 and 4 are block diagrams illustrating the operation of FIG. 2.

In FIG. 3, the coast station operator operates the DB server 1-1 to create a fishery list (1-1-1). For example, if the registered fishing boat 801, Gangwonho, is registered as a sedentary net business, it may be caught by a sedentary net. Enter a number of fish in advance, and enter the fish as the standard term to be used in the statistics of the database. In other words, the most preferable thing is to import the fish registered in the DB table from the input operation and write it exactly to the standard term. Of course, only the fish that have been recently caught frequently by the 801 Kang Won-ho can be retrieved from the DB and can be created by limiting them. In other words, the list of fish species to be reported can be entered in the terminal device 2a through the dial. By inputting from) to the terminal device (2a) is to avoid the operation of the dial at the time of frequent reports in the terminal device.

In the DB server 1-1, the reportable fish species list 1-1-1 set by the operator of the coast station 1 is individually transmitted to the fishing terminal device 2a based on the corresponding fishing vessel ID. If necessary, the group or all the fishing vessels of the industry may be transmitted in a batch broadcast, and by this transmission, the microprocessor 2-1 of the terminal apparatus 2a may display the display unit 2- so that the fishing vessel user can easily operate the fishing vessel. 10, 2-10-1), and only those fishes that are currently caught by the fishing vessel among those that appear on the terminal device display unit 2-10, 2-10-1 as a list of fish species to be reported (1-1-1). By selecting and entering additional quantities numerically, you complete the data to be reported.

In the report target fish list (1-1-1) in FIG. 3, a fishing boat user has added a selection number for each fish type so that the user can input the data in () with only the numeric keys, but deletes it so that the terminal device selects the fish species as a direction key. An example is shown in the outline drawing. That is, according to the outline of FIG. 3, the list of the target fish species downloaded from the land is displayed on the screen 2-10-1 of the terminal device 2a. -11-2) to select the fish type as the numeric keys (2-11-3), and input the numbers with the numeric keys (2-11-3) to complete and transmit the information. The menu and the direction keys can be replaced or added by the mouse and the touch screen operation, and the configuration using the keys can be adopted as the configuration for writing with a pen. And of course, by connecting a separate additional device through the input and output unit (2-4) can be made easier to operate on a larger screen. In addition, the structure of writing with the pen on the screen of the terminal is effective not only for the specific catch report, but also for input of marine survey results (wind direction, wind speed, wave height, water temperature, etc.) that appear with various variables.

Meanwhile, the list of fish species to be reported is a direct structure that does not go through a wireless communication network by connecting the input / output units 2-4 of a terminal device after working in a land DB server 1-1 or using a separate office computer. It can also be configured to download (but at this time, a separate office computer is defined as included in the DB server 1-1 in the present invention). If necessary, the operator or the fishing vessel user of the coast station can directly prepare and set the list of fish species to be reported as the key operation unit 2-11, and in any case, the display unit 2-10 of the terminal device 2 can be set. The basic table of the reportable fish species list as shown in Fig. 3 is displayed so that the user can input the information as the key operation unit 2-11, and at the time of reporting, the program is provided in the microprocessor 2-1 so that the header is automatically added. need. The automatic generation of this header is common in the field of computer program coding and will not be further described.

In summary, the action of FIG. 3 is to use the list of pre-stored target fish species, and at the time of reporting the catch amount, the fish catch report is completed with the correct standardized fish species name. When the completed catch data reaches the land, it is recognized as the catch report table (1-1-2) input data as shown in FIG.

Inputting the position at the time of catching or transmitting it together with the GPS measurement position is the same as the principle explained by the packet frame, etc. However, when the fish species and the quantity are inputted as the list of fish species to be reported, they are voyaged from the catching place for a long time. If the location at the time of the report is different (in severe cases, the catch report may have entered the port) If you simply include the GPS measurement position at the time of the catch report, the catch location and the report location will be completely different. Research is also required.

That is, at this time, a track storing the location at a predetermined time interval in the terminal device (a track that continuously stores a plurality of locations for each time, which are positioned as GPS, for a predetermined interval, for a predetermined period, and the track definition in the present invention is the same) recording program means In this case, even if the user's reporting time is 18:00, for example, the catching time is designated as 06:00, so that the GPS measurement position at 06:00 can be retroactively transmitted. In the case of the terminal device, there is an advantage of not having to input a complicated latitude / longitude catch position, and the performance of catching multiple times in one catch report is divided by location / catch fish type / quantity / effort amount (the number of hits) in detail. There are also benefits to report. Of course, the track may be used to load the location of the closest time zone among the storage results of the server 1-1, which has been reported without being stored in the terminal. In addition, the configuration of inputting the catch time at the terminal may be a method of selecting a corresponding track position as a selection key by loading the already recorded track record itself.

Generally, catches are about once a day and location reports are several times a day, and many dozens or more times. Just converting can provide a great deal of accuracy. Further, the detailed tracks may be stored continuously in the terminal device at, for example, 10-minute intervals, and the stored tracks may be transmitted to the server to maintain the same tracks. It is published in Korean Patent Application No. 10-2004-0025540 filed on April 13, 2004.

Reference numerals (1-12) and (1-13) are a part of the terminal equipment (2a ... 2n) or a separate wired network in the wireless network, so that the management agency mainly understands the service level. It is physically separated. Specifically, (1-12) indicates the subjects not to be charged for use, such as the upper plate or market place, the fisheries cooperative, the port of entry and exit, the Korea Coast Guard, and the rescue headquarters, which are directly connected to the fishing industry. In the following flowchart description, this is treated as an inland network call.

In addition, (1-13) is an on-shore land terminal apparatus provided for the fishing coast station itself, and it is preferable to configure the fishing vessel to be linked at all times regardless of the service class. If (1-13) is configured as a wireless terminal device, the coast station operator can use this to manage and manage the communication network itself, so that the telecommuting can be expected to have another effect.

In FIG. 3 and FIG. 4, the fisherman's fishery report can be easily reported by sending each fish group list (1-1-1) from the land DB server 1-1. Despite the exemption or partial support of the out-of-network linkage fee and the reduction of the above-mentioned fee, the catch amount report (1-1-2) is not made according to the conditions (period, time or fidelity) set in the DB server. 4, the DB server searches for which fishing vessel is not reported for each fishing vessel, and controls the service level by controlling the corresponding fishing vessel in the voice communication network through the network control unit 1-11. Specific service class limitation will be described in more detail with reference to the following flow chart, but FIG. 4 illustrates that the network controller 1-11 operates in an imbalance in which such give and take has not occurred. The result of the change of the service grade is vice versa through the network controller 1-11, the DB server 1-1, the data network controller, the interface 1-2, and the data transmitter 1-3. It can be configured to appear as a non-execution message (2-10) in the display window of. Of course, these message or service restrictions also apply to non-location reporting.

The operation of Figs. 3 and 4 according to the configuration of Fig. 2 as described above will be supplemented or systematically explained in each flowchart described below.

FIG. 5 is a flow chart operating in FIGS. 3 and 4 above. That is, the operation of the DB server 1-1 in FIG. 3 to generate the reportable fish species list 1-1-1 is shown as 118 in FIG. 5, and the screen (2- in FIG. 10, 2-10-1 and the user's key operation means 2-11-1, 2-11-2, 2-11-3 are shown as 108 in FIG.

In the position reporting 101 in FIG. 5, the data measured by GPS is uploaded and transmitted (102, 103), and the coast station (1) DB server (1-1) receiving the 104 is stored in the position table. Classify and store location data (information) (105, 106). It is a unique feature of data communication that can transmit the position automatically at any time without manipulating the fishing boats waiting on the communication network. The packet data transmitted here is, for example, "the ship name (801 Kangwonho) automatically created as the identification code (ID) preset in the terminal device 2a, the latitude / longitude position automatically received from GPS (N0352340 / E1293025)"). The DB server 1-1 of the coast station 1, which has received the data, analyzes the packet frame transmitted from the fishing vessel and locates the same principle as the catch amount table 1-1-2 in FIG. Data is entered into the DB server 1-1 through the table.

In FIG. 5, the terminal apparatus stores a report target species list created and transmitted from a DB server or a report target species list input to the terminal apparatus as a basic table (118, 117, 116, 115, and 114).

In this process, a list of fish species corresponding to each type of fishing vessel is newly prepared or only a limited number of fish species with high possibility of catching seasonally are created and updated based on recent years' performance. The purpose of preparing / updating the list for each fish species is to make the report of the fishing vessel more convenient by making it simple, for example, from 1 to 10 species, excluding those that are unnecessary in the industry of the fishing vessel among 500 fish species. By linking the fishing boat and the server with each other, even if there is no keyboard on the fishing boat, it is possible to simply input the fish species by indexing them and further input them as the key value of the correct DB.

In this process, the DB server may transmit the report target fish list to the fishing terminal device periodically or by requesting the DB server to the DB server in a download manner. Just as text input is possible by writing method, you can directly input the fish species or import any fish species from all species stored in the terminal equipment and input the catch data.All such functions are the species to be reported to the central processing unit of the terminal equipment. Since a means for storing and presenting a list can be provided, the present invention defines a means for catering to any one of these configurations as a reportable fish list table constructing means. In a configuration in which the server transmits wirelessly or directly, even the base table may be transmitted together, which is naturally included in the concept defined above.

When transmitting the list of species to be reported from the DB server to the fishing vessel terminal device through a wireless network, etc., the vessel identification code (ID) is transmitted to the target, and the contents thereof will be the catch table and / or the list of the fish species list updated data. Receives it and stores it in the microprocessor so that the user can confirm and manipulate it. Checking and manipulating the screen of the user will be easier to understand if associated with FIG.

Next, the terminal apparatus retrieves the stored report target species list base table, and the user selects a fish species, inputs the quantity from the selected species, and inputs and transmits the GPS data or 'track position or catch time data' together. (107, 108, 109, 110).

In this process, the key is to select the species to be reported at the time of reporting the catch (107), or at least the species that can be inferred from the standard term. And, if necessary, the operation date, the number of times of operation (the amount of effort), the operation position, and the like, to improve the reporting convenience and accuracy of the fishing vessel user.

In FIG. 3, the direction keys (2-11-2) to numeric keys (2-11-3) while the user uploads (2-10, 2-10-1) the catch amount report screens (2-10, 2-10-1) ), It is possible to input catch report data in each fish species and quantity item by moving vertically and horizontally, and finally, it is possible to check the total quantity automatically calculated and transfer operation.

When the data transmitted in such a process is combined with the position data previously, for example, "the ship name (801 Kangwon Lake) automatically generated as the identification code (ID) preset in the terminal device 2, the latitude / longitude automatically received from the GPS) Location (N0352340 / E1293025), and the packet data of the fish species / quantity (X001 / Q100, X002 / Q50, X005 / Q150) created by the user based on the list of fish species to be reported and added to the header.

On the other hand, after the transfer operation is completed, it is possible to automatically return from the server the catch amount (burnout rate) reported so far compared to the catch quota, for example, "Quantity amount: Squid 100,000Kg / limit 100,000Kg, exhaustion amount : Squid 30,000Kg / Limit 10,000Kg, remaining amount: Squid 70,000Kg / Limit 90,000Kg ". Catch reporting and catch rate management are important targets in the fishing agreements of neighboring countries, so it is necessary to know in detail not only the coastal stations of land (1) but also the fishing vessels (2) in this regard. Sometimes.

Therefore, in this process, in most cases, the catch data to be reported as a numeric button or a handwriting manipulation on the screen can be completed. However, a screen is provided on the terminal device to report catches, and it is possible to report catches by manipulating letters, symbols, and numbers without basic computer dial manipulation, and to prepare for the purpose (effect) not known or performed until the date of application. It is natural that this is included in the concept of the present invention.

Next, the DB server 1-1 of the coast station 1 receiving the catch data performs a process of storing the catch information in the catch table of the fishing vessel (111, 112, 113).

In this process, if any one or more species on the list of target fishes sent from the DB server and the fish received from the fishing vessel match as standard terms or standard codes, they are stored directly in the DB so that no classification (modification) is necessary. If there is a mismatch, for example, if there is a mismatch, for example, if an error occurs during transmission or if the user inputs directly from the terminal device and the standard terminology or code system does not match, the situation is classified and displayed as a message. You can also make modifications.

In any one of the above two processes, the present invention retrospectively infers the position at the time of catching by retroactively transmitting the track stored in the terminal device or by importing the track stored in the land server as a simple input of the catch time or the track position as described above. Do it.

FIG. 6 is a flow chart for limiting the service class only to a fishing boat when a fishing boat is generated as a result of searching for the catch amount reported in FIG. 5 after the previous report, and FIG. 7 illustrates the service class as an example.

First, the principle of limiting the voice communication service level using the location report in FIG. 6 will be described.

First, when the terminal 2a reports the position in FIG. 6 (201), the coast station 1 stores it in the position table (202). This process is summarized in FIG. The coast station DB server receives and uploads the data measured by GPS, and the receiving station DB server classifies and stores the location information in the location table. Features of only data communication that can be transmitted also apply to FIG. 6.

Next, the coast station (1) searches the DB server (1-1) for any fishing boats that have not performed the location report (203). If there is a fishing boat that has not been implemented, the process of differentially restricting the class of service according to the stage of the fishing vessel is performed (204-0 → 210-0, 204-1 → 210-1, 204-2 → 210-2, 204- n → 210-n).

In other words, in the process, all fishing vessels report their position normally, for example, once every four hours, when the position is reported again (or set time or number of times) about four hours later than the previous position. Seen as a normal location reporting implementation, all services are provided when reported within). This could include setting a time and letting the location report at that time, but the government's intention to automate location reporting is relatively relatively every few minutes to several tens of hours, in order to collect more accurate fishing position. In order to collect the location densely, whether or not it is normal is not limited to any particular time interval or time, and judges whether or not the fishing boat fulfills its position reporting obligations at such time or interval under such a comprehensive (eclectic) system. It is.

All services depicted as service class 0 (210-0) in FIG. 6 are either fishing boats 210-0-0, for example, as shown in greater detail as service class 0 (210-0) in FIG. Service (210-0-a), which allows the coast station operator to talk to his / her family telephone, and to receive all the fishing information provided by the coast station through the terminal at sea (210-0-a). b) and services (210-0-c) capable of making and receiving radio telephones and all fishing vessels operating at sea as subscribers within the telecommunications network, such as TRS, and also making calls to subscribers on land as subscribers in the network; All services are provided without discrimination or in the selected settings, such as services that can be received (210-0-d) and services that can make and receive calls by roaming with wired telephones outside the network (210-0-e). I say that. Of course, such a service is not limited to FIG. 7, which is shown as a representative example, and may be further subdivided to limit the following services to grades (1, 2, 3 .... n) while being provided in various service forms. have.

In this process, the key is to control the heterogeneous voice communication network by searching for location reporting through data communication. However, it is also included as a means of the present invention to receive the location report by voice communication and then input it to the DB server by manpower so that the DB server searches and controls the voice communication network in the same way. In this case, the physical configuration of the network server 10-5 to limit the service as a result of the DB server 10-1 may be equivalent to the operation of the network control unit 10-11.

In Fig. 6, as a detailed service class limit of this process, if the position table search result 203 has an unfollowed fishing boat (204-0) and the unsuccessful stage has reached one stage (208-1), the coast station switching system is provided with a service. Class A is limited to Class A 210-1, and the result is that only a part of the fishing information is serviced, such as Service Class A 210-1 shown in FIG. 7 (210-1-b → 210-). 1-0; limiting measures such as providing only weather maps from water temperature distribution maps and weather maps) and simultaneous voice communication switching network to block outgoing calls from outside the network and limit incoming calls only. e → 210-1-0).

This first level of service class restriction is a leisurely service restriction measure to take into account that fishing vessels are inadvertently turning off location reporting (ie, not performing one or two location reporting) when entering certain water bodies. It only limits the highest level of service to raise awareness.

In addition, in FIG. 6, the detailed service class may be further limited by the same principle. In this case, the service class B (210-2), the class C (210-3) ..... class n ( Increasingly, depending on the degree of non-compliance, such as 210-n, a service restriction may be implemented that ultimately allows only the center managing the network and the family of fishing personnel to reach out and phase out all others. At this time, other fishing vessels are informed that the specific fishing vessel has not fulfilled the position report, and the preliminary message 215 is used to cooperate with the search. For example, a normal report can be implemented as soon as possible.

In other words, this case corresponds to the case where the fishing boat has forgotten and left the location reporting function temporarily blocked, or the fishing boat deliberately evades the location reporting, or the extent to which it can be thought that an accident has occurred. For example, one or two simple location reporting failures are considered as the first level of service grade restriction, and when three or four failures are not fulfilled, the second level of service grades, such as more than one day, is not met. In the nth step, each service can be subdivided and restricted.

Next, the principle of limiting the voice communication service grade using the catch report in FIG. 6 is as follows.

The catch report is performed by the process of (107) to (118) of Figure 5 above, the result is shown as (205, 206) in FIG. That is, the catch report is based on the list of species to be reported stored in the terminal equipment in standard terminology such as the coast station DB server, and each coaster inputs catches and optionally includes the position of the catcher. In this case, the catch amount of each fishing vessel is stored as the quantity per species.

At this time, instead of transmitting the fishing position as described above, it is possible to retrospectively transfer the track stored in the terminal device or call the track stored in the terrestrial server by retroactively inferring it by simply inputting the catch time or selecting the position of the track. .

On the other hand, the DB server searches the fishing table at a specific time or periodically to check whether fishing catches are reported in time (207), and if all the fishing vessels have carried out the normal report (208-0), all fishing vessels have a service grade of 0 (210). -0). The service class 0 (210-0) refers to the service restriction principle based on whether the location is reported earlier (210-0-0, 210-0-a, 210-0-b, 210-0-) in FIG. c, 210-0-d, 210-0-e) to provide all services as described in class 0 of service.

In this case, it is advantageous to inspect the fishing boat by analogy with the fishing administration of the fishing boat, rather than by the time or time interval of the previous position reporting as a means of checking whether the catch was reported in time. In other words, if a fishing boat that has not reported any catches until the ship arrives and enters the ship is notified by a message to the operator, the operator can additionally check whether the operator is actually operating and take measures to the subjects of the service restriction and the designated class. Of course, in case that it is inferred that the fish have not been reported while catching the fish in a certain place after sailing in connection with the location report, or the fish have not reported the catch while entering / exiting at a specific place after departure Through various conditions such as searching, you can search and take action. Therefore, the search for the non-compliance of the catch report is set to search in advance by various variables for each industry in consideration of the fishing type of the fishing vessel, and when this is not met, the present invention defines 'not fulfilling the set level data report'.

If a particular fishing vessel does not follow the catch report and the degree of its implementation is weak at the first stage (208-1), then the service grade of that particular fishing vessel is changed to A (210-1), as in the principle of location reporting. Limiting and further, if the degree of non-compliance is severe, the service level can be enhanced in stages according to the stages (208-2, 208-n), and at the enhanced time (212) for the non-implemented ship 213. When the service grade is limited and the catch report is carried out, a message indicating that the service grade is restored may be transmitted to the fishing vessel (214).

The level of non-compliance may be configured as a degree of non-compliance once or twice consecutively as in the previous position reporting or how many times non-compliance has been performed during the set month.

In short, in this process, the fishing vessel terminal apparatus 2a may use a conventional voice call with a dial or the like as shown in the outline of FIG. 2 (209). -1) and, as a result, network switching control at the network server (211), limiting the convenience of fishing on the voice network according to the grade of service level restriction (0, A, B .... n). In this process, the present invention feeds back the results of the data communication to the voice communication network, and extracts only fishing vessels that have not fulfilled their obligations in the data communication, and switches the switching control means of the voice communication network according to the degree of unfaithful fulfillment of the obligation. By controlling, it raises awareness on fishing vessels and ultimately leads to fishing vessel reporting.

Voice network switching control to limit such service class includes (210-0-0, 210-0-a, 210-0-b, 210-0-c, 210-0-d, 210-0-e) In addition to the control of the connection point of any one or more of them, each connection point can be left as it is, and the call time can be limited to 1 minute, 2 minutes, 3 minutes, ..... Is a term that includes spatial and temporal control.

To exemplify one design for limiting the service level, the operation manager registers the most basic level when registering a subscriber in the TRS network server (210-n) as shown in FIG. 7 and then according to the level of report participation. 210-3, 210-2, 210-1, 210-0), and in this case, the expanded grade is not collectively based on specific criteria as shown in FIG. You can apply it flexibly as you ask. Therefore, the term service restriction in the present invention is a concept including extending a service to such an inverse idea.

On the other hand, the service class restriction message 214 provided to raise awareness on the fishing boat also acts as a mutual recognition means of system monitoring on the fishing boat, so that the fishing boat also has an effect of early reporting.

FIG. 8 is an overall schematic diagram briefly summarizing the flow chart of FIG. 6. FIG. 8 illustrates a principle of limiting service grades by catching catch data returned based on a list of fish species reported by the server and analyzing the result. It is a flow chart.

The above-described embodiment is just described by one of many configurations that can be easily implemented from the present invention, and therefore the present invention is not limited to the above embodiment. For example, a configuration for inputting fish species into the terminal apparatus shown in FIGS. 3, 4, and 5 may be periodically downloaded from a server through a communication network, downloaded through a communication network upon user request, or directly connected to a terminal as described above. It can be downloaded or downloaded directly from the terminal through the key control unit, as well as inputting all the species at the factory before shipment, and by calling the user's direction keys, numeric keys or writing instruments to create a limited list of target fish species It is.

3, 4, 5, 8, etc. conforms to the policies of government agencies such as the National Institute of Fisheries and Research, which require reporting of various fish species in detail. Because it can be stored in DB directly with standard code, it shows excellent performance in catch catch reporting.

In the present invention, the main terms are defined as follows based on the above-described embodiments so as not to cause a disruption in the interpretation of the claims described in the concise terminology, and the interpretation of other general terms is taken into account in the definition of such specification. It should be understood by those skilled in the art that they may, but do not override, the following definitions of basic concepts.

The central processing unit 2-1 refers to a conventional central processing unit (CPU) in which all functions of the terminal apparatus are accommodated as a program.

The key operation unit 2-2 refers to a conventional key operation means which allows a user to select a function and input a number to set a dial or a frequency, and to add a character according to cooking selection. The key control unit may also include means for inputting text on the screen of the terminal as a writing tool if necessary.

The display unit 2-3 refers to conventional display means for indicating internal state information and user input state in the terminal device.

The input / output unit 2-4 is a configuration for selectively adding to the terminal device. The input / output unit 2-4 refers to a general input / output unit provided to interlock an internal or external signal. For example, the input / output unit 2-4 may be an RS-232, a USB port, or a brutus. It is composed.

The speaker 2-5 refers to conventional audio frequency output means for outputting a voice signal or the like from a communication network in a terminal device.

The microphone 2-6 refers to a general voice input means for receiving a user voice from a terminal device.

The transceiver unit 2-7 refers to a conventional transceiver unit including an antenna for interworking with a wireless communication network in a terminal device. The terminal device here is a conventional terminal of any one of SSB, VHF, cellular phone, TRS, and satellite communication. Refers to the device means.

Data transmission and reception unit (1-3) is a conventional data communication wireless communication base station provided in the coast station, including the antenna, and also includes any of the conventional relay station or operating station of SSB, VHF, mobile phone, TRS, satellite communication It is a term to say.

The voice transmitter / receiver 1-7 is a conventional voice communication wireless communication base station provided in a coast station and includes an antenna, and includes a conventional relay station or operating station of any one of VHF, cellular phone, TRS, and satellite communication. .

The DB server 1-1 refers to a configuration in which data communication report data of fishing vessels collected from the transmission and reception unit 1-3 can be collected and directly input as data signals such as letters, symbols, and numbers. By allowing database and computer operations, multiple clients can be integrated as needed. In particular, when the server is operated in a centralized manner, since the client linked to each province is actually regarded as a server, in the present invention, one of them is selected and defined as a DB server. On the other hand, the DB server (1-1) can be installed in a coastal station for wireless communication, as well as can be installed in a remote location in a centralized manner using the Internet. The data collected by the DB server is directly connected to the DB server by interlocking the data network control unit and the interface (1-2) to the input / output paths of the transceiver unit (1-3) and input the report data from the fishing vessel and the list of fish species to be reported to the fishing vessel. And fishing information and the like, but also includes means for storing the data recognized as voice as the operation console (1-13) in FIG.

The list of fish species to be reported is a means (1-1-1) for selecting and listing fish species that are frequently caught for each fishing vessel by the server as described in detail and defined above, or inputted by the user directly at the factory or the terminal device. Means to enable information linkage between the server and the terminal equipment by automatically attaching the header after it is created, and to make it easier for the user to reach the DB server as catch data (1-1-2). Say

The non-compliance message is a means of indicating the central processing unit and the display unit of the terminal device so that the service vessel is displayed on the terminal device screen as a means of informing the fishing vessel of the fact that the service grade is changed, the location report or the catch report is not fulfilled. The fishing boat may not include the location report, but it may include the fact that it is wanted.

The data network control unit and the interface (1-2) transmit and receive data while controlling several terminal devices (2a .... 2n) in a single channel or a plurality of channels without signal collision with each other. It refers to the control or route means for efficiently providing a.

The voice network switch 1-6 refers to an exchange apparatus of a conventional voice communication network for connecting voice communication from the voice transmission / reception unit 1-7 between subscribers, and performs call processing and communication path connection and termination.

The communication network server (1-5) refers to a means for assigning a voice network switch (1-6) to a dynamic group such as a group, a Japanese order, and controlling a normal voice communication network connection. 6) further includes a service grade control unit (1-10) for interlocking or integrated to control the connection according to the service grade conditions.

The gateway 1-8 refers to a means for interworking an external network other than a network, that is, a wired communication network, another mobile communication network, a satellite communication network, and the like. Normal roaming, outgoing, and incoming can be thought of as going through these gateways.

The network control unit 1-11 refers to a means for interworking control of the service level in the communication network server as a result of searching for a location report or a catch report in the DB server. Therefore, the network control unit is not limited to a specific physical means, it is more effective to be included as part of the program of the DB server or communication network server to perform. If there is no network control unit (1-11), even if a person skilled in the art has suggested the same technology as the present invention, the network is searched individually for each fishing vessel, and as a result, the network limiting service class is manually performed as a result. The controller will appreciate that processing with the program is more effective.

A related agency (1-12) refers to an organization that provides terminal equipment by wire or wireless as part of a network managed by the coast station (1), and refers to an organization that supports fishing vessels' production activities, arrival and departure management, and distress rescue. This is depicted to indicate discrimination in class of service. That is, the terminal device 2n, the gateway 1-8, and the related organizations 1-12 may be connected to each other according to the level of service.

The operating console (1-13) is a wireless or wired terminal device used by the coast station operator and preferably should be able to be connected to the fishing terminal device at all times despite the service class, which is the minimum network to which the fishing vessel should be in contact with the land in case of emergency. This is because it plays a role as. In other words, the coast station 1 has such an emergency contact network, while introducing a new mobile communication network such as TRS, but does not lose its identity as a fishing vessel support organization. The operation console (1-13) is not limited to a specific place where a wireless terminal can be used. Therefore, it is possible to work from home using the same function as the 114 information telephone on the land, but it is particularly prominent in the area affected by the communication network through the wireless function. It can function as a coast station operation device anywhere, allowing flexible expansion or contraction of emergency personnel in case of emergency.

In the terms of the present invention, the term "mobile ship communication terminal device and its associated equipment" refers to the central processing unit 2-1 based on the bar shown in Figs. 1 and 2 and defined by the terms. The key operation unit 2-2, the display unit 2-3, the input / output unit 2-4, the transceiver 2-7, the antenna 2-8, the speaker 2-5 and the microphone 2 -6) is a common configuration in which all of them are combined or optionally connected to each other to perform data communication and / or voice communication with the coast station communication system.

In addition, in the claims of the present invention, the term "coast station communication system 1 and its data network equipment" is shown in Figs. 1 and 2 and is based on the definition of the term "DB server (1-1). Data network control unit and interface (1-2), data transmission and reception unit (1-3), and antenna (1-4) are all combined or selectively interlocked as needed, and the ship's mobile communication terminal device and data communication The general configuration to perform the above, and the 'shore station communication system (1) and its voice network equipment' means' communication network server (1-5) and voice transmission and reception centering on the voice network switch (1-6) The unit (1-7), the antenna (1-4), the gateway (1-8) and the operation console (1-13) are all combined or optionally interlocked as necessary to provide a voice communication call to the ship mobile communication terminal device. It refers to a general configuration that can be set or canceled.

In addition, in the claims of the present invention, the term 'fishery information' refers to the 'water temperature that can be provided to the terminal device from the DB server 1-1 by generating statistical data through interworking with an external network or by its own program. Distribution charts, catch reports and seasonal distributions of fish by species, nutrient to plankton distributions from satellites or test lines, fisheries observations (including letters, pictures, and video) provided from satellite observations and meteorological services, and fish species sold from mountain range markets. Information that enhances the safety of fishery production and fishing vessels by including all or specially selected prices of fish prices.In addition, the principle of limiting the service level to 0, A, B, .... n may also be applied. .

In addition, in the claims of the present invention, the term "prospective message" means that the DB server searches for a fishing boat that has not fulfilled its position reporting obligation and recognizes (or via) the coast station operator as a message. Means for broadcasting (including text and voice) to marine vessels as information that can be searched by fishing vessels. It will be appreciated from the description of the above specification that the pre-message can be informed by the data communication, but to inform it by voice, the TTS (Text To Speech) to the output terminal of the DB server (1-1) Interworking with the voice network switch unit (1-6) via the device) and the voice network switching unit is possible through a procedure of broadcasting in a group that can inform all vessels.

The term "limited voice communication service level" in the term of the present invention means that the above-described class 0 is changed to any one or more of class A, B or class n.

The configuration of downloading the report target fish species list set by the DB server to the terminal device and inputting the report data includes, for example, an Internet interworking method in which the terminal accesses the DB server online.

TRS is a communication method that started from the theory that when human voices take a break depending on syllables and assign a channel to another person each time, the traffic handling capability is excellent within the same channel. Since it is a well-known technique, detailed description was abbreviate | omitted. Most modern digital TRS uses TDMA (Time Division Multiple Access) or FHMA (Frequency Hopping) to improve the multiplexing capability.

In the term of the present invention, GPS refers to a satellite positioning system, and includes a Galileo project as well as LBS (Location Based Service) which is another location-based service.

In the present invention, when the observer directly investigates fish species sold on land and prepares a list of species to be reported based on this, the observer may reflect more accurate reality.

In addition, the present invention exemplifies a configuration of directly reporting through a communication network in the fishing vessel of the site as the most preferable configuration, but based on the information downloaded to the list of fish species to be reported before inputting the catch (and / or catch time, etc.) to the land It is possible to report by connecting directly to the server system to enter the port, therefore, in the claims of the present invention 'data input and report' includes such meaning.

In addition, although the description of the present invention has mainly dealt with non-reporting of position reporting or catch data on a vessel, such reporting is not fulfilled as well as a specified fish species or a predetermined quantity as over / under under reporting or registered industries. Inadequate data reports that are entered as erratic data that cannot be easily caught can also be treated as non-reports, and therefore, the foregoing description is applied selectively in such cases.

In addition, the present invention has been described in accordance with the location report and catch report until now, but the principle of limiting the service grade when the report is not implemented, the outsourcing work to investigate the water temperature, wind direction, wind speed, etc. of the site to be reported regularly Of course, it can be used as a means to increase or decrease the service according to the degree of implementation.

In the term Give and Take, which is the term of the present invention, when Give is given from the coast station side, first, the coast station performs all services and then expresses a service control that controls the service step by step according to the degree of failure. As the coastal station performs a minimum service and then performs a report, the benefit of receiving the service becomes a step-by-step expression of service expansion. Therefore, only the start of the basic service is different, and the present invention is naturally selected by any of the methods. In other words, restricting the service from the highest level is the same as extending service from the lowest level in reverse.

Industrial Applicability The present invention can be widely utilized in a field requiring marine fish management or reporting, i.e., a land service system, a marine terminal apparatus, and a service sector operating a communication network.

That is, the fish species table provided in the terminal apparatus, as well as the fish species name of the standard term or standard code is transmitted from the coast station on the shore to the terminal apparatus to improve vitality in the use of the terminal apparatus and to limit the service when the report is not fulfilled in the fishing vessel. The service method has a great effect on the individual countries, management agencies and individual fishing vessel users in view of the fact that practically accurate catch reporting cannot be made at present, and more stable operation can be achieved by securing the identity of fishing vessel management institutions. .

In examining the aspects of the present invention used in the industry, as well as the industry which manufactures or constructs the device itself of the present invention, it is applied to the industry, and according to the device or the service method of the present invention, the proper catch data are obtained and the location is reported. In case of non-implementation, it is necessary to observe that the brand value of the management institution is increased by the added value such that the pre-message message is automatically broadcast and the fishing color is easy. As an added value, the industrial availability is also revealed.

In particular, the present invention, consisting of the TRS, creates an excellent industrial added value in the field of marine fishing, for example as named TRS for fishing vessels or TRS for fishing.

The present invention can be applied not only to report by data communication on fishing vessels, but also to report data by voice communication so that the workforce can intervene in an intermediary manner. Therefore, it can be used as a disaster communication network for the purpose of restricting the service of the telephone network for other convenience. In addition, even in the case of fishing boats do not pay a certain communication fee, it can be used as a service method to automatically limit the service class by recognizing it to the information system by personnel.

1 is a system block diagram showing an interworking relationship between a mobile communication terminal station (2a ... 2n) and a land-based radio communication coast station (1) which can be used in the conventional sea.

FIG. 2 is a block diagram illustrating an example of the invention in addition to the configuration of FIG. 1. FIG.

3 and 4 are block diagrams illustrating the operation of FIG.

5 is a flow chart of various reports acting on FIGS. 3 and 4;

FIG. 6 is a flow chart of service class limitation when no report is performed following FIG.

7 is an example in which the contents of the service class are specified.

FIG. 8 is a general flow diagram illustrating the organization of FIG. 6.

Claims (13)

'The coast station communication system (1) combined with the DB server (1-1), its data network facilities and voice network switches (1-6) and its voice network facilities', and the' central processing unit (2-1) Data communication and voice communication are possible between the marine mobile communication terminal device 2a 'coupled to the accessory; Between the DB server 1-1 and the voice network switch 1-6 of the coast station communication system 1, a network control unit 1-11 capable of controlling the voice communication service level according to the result of data communication is provided. By intervening; Communication system to lead the participation in reporting of the ship, characterized in that the configuration; the voice communication service grade of the ship is changed according to whether or not the data report of the set level through the data communication of the ship. 2. The terminal server 2-1 of the coast station communication system 1 allows a user of the terminal apparatus 2a to conveniently input the catch data using the report target fish list 1-1-1. And means for setting a report target fish list (1-1-2) for reporting; Downloading the report target fish species list set therefrom upon request from the terminal apparatus or from the DB server 1-1 to the terminal apparatus 2a at random or periodically; Receiving catch data of the user of the terminal apparatus 2a based on the report target fish list and storing the captured data in the DB server 1-1; Communication system for leading the report participation of the ship, characterized in that it further comprises; configuration for providing a data reporting convenience of the ship. 3. The DB server (1-1) of the coast station communication system (1) further comprises: a configuration for storing a plurality of positions reported from a fishing vessel on a ship basis; Based on the fact that the terminal device 2a additionally inputs and reports a catch time while inputting data based on the list of fish species to be reported; The DB server 1-1 automatically retrieves tracks close to the catching time and interlocks them to be converted and stored in the catch position; Communication system leading to the participation of the report report, characterized in that it further comprises a; to enhance the data reporting convenience and accuracy of the vessel. [4] The vessel according to any one of claims 1 to 3, further comprising a configuration for transmitting a message to the terminal device 2a when the service grade of the voice communication network is changed. Led communication system. A coast station communication system (1) combined with a DB server (1-1) and its data network facilities, and a marine mobile communication terminal device (2a) combined with a central processing unit (2-1) and its accessories. It is possible to collect data and provide fishery information through 'data communication'; The DB server 1-1 of the coast station communication system 1 collects the data reported from the ship mobile communication terminal apparatus 2a and retrieves and controls them under set conditions; A configuration in which the fishery information service grade from the DB server 1-1 is changed for the vessel in accordance with whether or not the ship's mobile communication terminal device 2a performs the set level data report. Communication system that drives reporting participation. A coast station communication system (1) combined with a DB server (1-1) and its data network facilities, and a marine mobile communication terminal device (2a) combined with a central processing unit (2-1) and its accessories. It is possible to collect data and provide information through data communication between '; The DB server 1-1 of the coast station communication system 1 collects the data reported from the ship mobile communication terminal apparatus 2a and retrieves and controls them under set conditions; When any one of the ship mobile communication terminal 2a has not fulfilled the position report of the set level, all messages of the ship are sent from the DB server 1-1 to at least one or more ship mobile communication terminal 2n. Communication system leading to the report participation of the ship, characterized in that it comprises a broadcast configuration. 'Movement mobile communication terminal device (2a) combined with the central processing unit (2-1) and its accessories,' 'DB server (1-1) and its data network facilities and voice network switch (1-6) and Data communication and voice communication are possible between the coast station communication system 1 'coupled to the voice network facility; The central processing unit 2-1 is assumed that the fish species reported by the terminal apparatus 2a matches the catch table fish species of the DB server 1-1. 'Reported species list table constituting means' which can set a list of target species (1-1-1) by importing any species at the time of reporting among the data inputted into many fish species at the time of product input or terminal device (2a) In addition to having; By means for receiving a service class restriction result in the coast station communication system 1; The terminal device 2a at the time of reporting inputs and reports catch data without a basic computer dial, and also configures the terminal device 2a in which the user is aware of the service class restriction in the coast station communication system. Communication system leading participation in reporting of ships. 8. The apparatus according to claim 7, wherein the central processing unit (2-1) of the ship mobile communication terminal device (2a) further includes a configuration for storing a plurality of positions at a time; If the terminal device 2a additionally designates a catch time input or track while inputting catch data based on the reportable fish species list 1-1-1; The central processing unit (2-1) of the terminal device (2a) automatically retrieves at least a track close to the catch time and linked to report the conversion to the catch position; Participation report of the ship, characterized in that it further comprises Communication system leading the way. 10. The method according to claim 7, wherein the data network facility of the coast station communication system 1 stores the plurality of locations reported from the fishing vessel as a track and substitutes the catch time from the fishing vessel into the track to convert the nearest fishing position. On the premise of a 'storable configuration'; The terminal device (2a) is configured to additionally input and report the catch time when inputting the catch data based on the report target species list (1-1-1); the report of the ship, characterized in that it further comprises Engagement communication system. The coast station communication system (1) performs communication with a plurality of terminal devices (2a .... 2n) and stores the result in the DB server (1-1), and also provides a voice communication switching network service In; When the data report of the set level is not input or insufficient fishing boat occurs as a result of searching the DB server 1-1 of the coast station communication system 1; Communication service leading to the report participation of the ship comprising: a configuration in which the 'voice communication service grade' in the voice communication switching network is changed to the terminal device 2a of the ship that the data report is not entered or insufficient. Way. 11. The method according to claim 10, wherein the report target fish list (1-1-1) is set in the DB server 1-1 of the coast station communication system 1, and the 'report target fish list is sent to the terminal device 2a. By means of downloading '; The terminal device (2a) is configured to easily input and report the catch data based on the downloaded report target fish species list; communication service method that leads the report participation of the ship, characterized in that it further comprises. 12. The report participation of the ship according to any one of claims 10 and 11, further comprising a configuration for transmitting a message to the terminal device 2a when the voice communication service level is changed. Led communication service method. A service method for communicating with a plurality of terminal apparatuses (2a ... 2n) in the coast station communication system (1) and storing the result in the DB server (1-1); The DB server 1-1 of the coast station communication system 1 collects a position report reported from the ship mobile communication terminal device 2a and retrieves it under a set condition; When the ship mobile communication terminal device 2a has not fulfilled the report of the set level; Communication service method for leading a report participation of the ship, characterized in that for; at least one or more of the ship mobile communication terminal device (2n) is configured to broadcast the pre-ship message from the DB server (1-1). .

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