KR101176378B1

KR101176378B1 - Fishing net management system protocol

Info

Publication number: KR101176378B1
Application number: KR1020120020714A
Authority: KR
Inventors: 황원
Original assignee: 삼영이엔씨 (주)
Priority date: 2012-02-29
Filing date: 2012-02-29
Publication date: 2012-08-23

Abstract

The present invention implements an optimized protocol in the communication between the base and the network management unit in a fishing network management system consisting of a vessel equipped with a base and a network management unit, and a plurality of buoys respectively installed in a plurality of fishing networks and wirelessly connected to the base, respectively. Regarding the fishing network management system protocol to
A plurality of buoys in which a battery is mounted on a base 310 and a fishing net management unit 320 and a plurality of fishing nets 100 are respectively installed in a plurality of fishing nets 100 and wirelessly connected to the base 310. The packet 400 according to the protocol for communication between the base 310 and the fishnet management unit 320 in the fishnet management system consisting of (200),
Header area 410 carrying $ PSYCB information, notification area 420, command area 430, and data area optionally including information to indicate whether it is a setting, a query, or a response to a setting or a query. 440 and the inspection total area 450.
As described above, the present invention includes a vessel 300 having a base 310 and a fishnet management unit 320 installed therein, and a plurality of buoys 200 installed in the plurality of fishing nets 100 and wirelessly connected to the base 310, respectively. Since the optimized protocol is implemented in communication between the base 310 and the fishnet management unit 320 in the fishnet management system, the fishnet can be efficiently managed such as finding a desired fishnet quickly and easily. .

Description

Fishing net management system protocol

The present invention relates to a protocol for a fishing network management system, and more particularly, to a vessel provided with a base and a fishing network management unit, and a plurality of buoys respectively installed in a plurality of fishing networks and wirelessly connected to the base, respectively. The present invention relates to a fishnet management system protocol for implementing an optimized protocol in communication between a base and a fishnet management unit in a fishnet management system.

According to the fishing net tracking technology according to the prior art, using a radio wave direction detector (RDF) to detect the direction of a specific frequency output through the antenna installed in the frequency output device for transmitting the signal installed in the target network to search the fishing net Find out.

However, in such a conventional technology, since the radio wave direction detector detects only a specific frequency direction output by a frequency output device installed in a fishing net and finds the corresponding fishing net, it takes much time, fuel, and manpower resources to find the fishing net. There has been a problem.

Therefore, a new fishing net management system is needed to efficiently manage the fishing nets, such as easily finding fishing nets. Especially, it is very important to develop a protocol for optimizing the communication of the fishing net management system.

The present invention has been made to solve the above problems, the base and the fishing net management unit in a fishing net management system consisting of a vessel provided with a base and a fishing net management unit, and a plurality of buoys respectively installed in a plurality of fishing nets and wirelessly connected to the base, respectively. The purpose of the present invention is to provide a network management system protocol for implementing an optimized protocol in communication between the two.

In order to achieve this object,

According to an aspect of the present invention,

A plurality of buoys in which a battery is mounted on a base 310 and a fishing net management unit 320 and a plurality of fishing nets 100 are respectively installed in a plurality of fishing nets 100 and wirelessly connected to the base 310. The packet 400 according to the protocol for communication between the base 310 and the fishnet management unit 320 in the fishnet management system consisting of (200),

Header area 410 carrying $ PSYCB information, notification area 420, command area 430, optionally containing information to indicate whether it is a setting, a query, a setting or a response to a query. And a data area 440 and a checksum area 450.

The header area 410, the notification area 420, the command area 430, the data area 440, and the check sum area 450 may be separated by commas.

The information indicating whether the setting is displayed in the notification area 420 is 0, the information indicating whether the query is 1, and the information indicating whether the setting or the response to the query is 2.

The command area 430 includes a command for querying the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the number of the entire buoys 200;

Instructions for querying the location of the specific buoy 200 and the battery level;

A command for querying whether a specific buoy 200 is used;

Information to indicate that is selectively carried.

Information for indicating the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the command to query the number of the entire buoy 200 is 0, the specific buoy ( The information for indicating a command for querying the location of the battery 200 and the remaining battery capacity is 6, and the information for indicating a command for querying whether the specific buoy 200 is used is 9.

The data area 440 includes an identifier, a version, and a battery level of the base 310, an identifier, a version and use of the entire buoy 200, and information on the number of the entire buoy 200;

Identifier and battery remaining information of the specific buoy 200;

Identifier and use information of the specific buoy 200;

Is optionally carried.

The present invention is composed of a vessel 300, the base 310 and the fishing net management unit 320 is installed, and a plurality of buoys 200 which are respectively installed in the plurality of fishing nets 100 and wirelessly connected to the base 310, respectively. Since the optimized protocol is implemented in the communication between the base 310 and the fishnet management unit 320 in the fishnet management system, the fishnet can be efficiently managed such as finding a desired fishnet quickly and easily.

1 is a view showing a preferred embodiment of the fishing net management system for applying the fishing net management system protocol according to the present invention.
FIG. 2 is a diagram illustrating an embodiment of a packet according to a preferred protocol for communication between the base and the fishnet management unit shown in FIG. 1.
FIG. 3 is a diagram illustrating a preferred embodiment of information carried in each area of a packet shown in FIG. 2.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing a preferred embodiment of a fishing network management system for applying the fishing network management system protocol according to the present invention, the fishing net 100, buoy 200, GPS (Global Positioning System) satellite 210 and the vessel ( 300). At this time, the vessel 300 is provided with a base 310 and a fishing network management unit 320 is mounted with a battery.

The present invention thus made will be described in detail with reference to FIGS. 2 and 3 as follows.

2 is a view showing an embodiment of a packet 400 according to a preferred protocol for communication between the base 310 and the fishnet management unit 320 shown in FIG. 1 and FIG. 3 is a packet 400 shown in FIG. FIG. 3 is a diagram illustrating a preferred embodiment of information contained in each of the regions 410, 420, 430, 440, and 450.

1 to 3, first, a plurality of fishing nets 100 are provided in the sea, and a buoy 200 is provided for each fishing net 100. At this time, each buoy 200 stores the current location by measuring the exact time and distance from the three or more GPS satellites 210, calculate the current position according to the triangulation method of the three different distances, and stores the current location, power from the mounted battery To be supplied. Each buoy 200 stores an identifier and is capable of wireless communication with the base 310. The base 310 is installed in the ship 300 together with the fishnet management unit 320. The base 310 receives power from the mounted battery.

The packet 400 according to the protocol for communication between the base 310 and the fishnet management unit 320 indicates whether the header area 410 on which $ PSYCB information is carried, whether it is a setting, a query, a setting, or a response to a query. It consists of a notification area 420, a command area 430, a data area 440, and the check total area 450, which selectively carries information to bet. In this case, the header area 410, the notification area 420, the command area 430, the data area 440, and the check sum area 450 are separated by commas.

The information indicating whether the setting is displayed in the notification area 420 is 0, the information indicating whether the query is 1, and the information indicating whether the setting or the response to the query is 2 is preferable.

The command area 430 includes a command for querying the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the number of the entire buoys 200; Instructions for querying the location of the specific buoy 200 and the battery level; A command for querying whether a specific buoy 200 is used or not; At this time, the information for indicating the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, the command to query the number of the entire buoy 200 is 0, the specific buoy ( The information for indicating a command for querying the location of the 200 and the battery remaining amount is 6, and the information for indicating a command for querying the use of the specific buoy 200 is 9.

The data area 440 includes an identifier, a version, and a battery level of the base 310, an identifier, a version and use of the entire buoy 200, and information on the number of the entire buoy 200; Identifier and battery remaining information of the specific buoy 200; Identifier and use information of the specific buoy 200;

Each area 410, 420, 430, 440, 450 of the packet 400 according to the protocol described above will be described in more detail as follows.

First, the fishnet management unit 320 transmits the packet 400 to the base 310, so that the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the entire buoy ( When the number of queries 200 is queried, 1 is displayed in the notification area 420 and 0 in the command area 430, and the data area 440 is blank.

In response, the base 310 transmits the packet 400 to the fishnet management unit 320, 2 in the notification area 420, 0 in the command area 430, and base information in the data area 440 [1]. Alternatively, the buoy information [2], the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the number of the buoys 200 are loaded.

When the fishnet management unit 320 queries the base 310 for the location and battery level of the specific buoy 200 through the packet 400 transmission, 1 in the notification area 420, 6 in the command area 430, and data. The area 440 contains an identifier of the buoy 200 to be queried.

In response to this, when the base 310 transmits the packet 400 to the fishnet management unit 320, the notification area 420 is 2, the command area 430 is 6, and the data area 440 has information or no response. Loads a buoy identifier, buoy location information, and battery level information.

When the fishnet management unit 320 sets the use of the specific buoy 200 to the base 310, the buoy to be set in the notification area 420, 9 in the command area 430, and data area 440. (200) Identifier and buoy usage information is carried.

In response to this, when the base 310 transmits the packet 400 to the fishnet management unit 320, the notification area 420 is 2, the command area 430 is 9, and the data area 440 is a buoy identifier and Contains buoy usage information.

When the fishnet management unit 320 queries the base 310 for the use of a specific buoy, the buoy identifier to be queried is loaded in the notification area 420, 9 in the command area 430, and in the data area 440.

In response to this, when the base 310 transmits the packet 400 to the fishnet management unit 320, the notification area 420 is 2, the command area 430 is 9, and the data area 440 is a buoy identifier and a buoy. Load information on use.

As described above, the present invention includes a vessel 300 having a base 310 and a fishnet management unit 320 installed therein, and a plurality of buoys 200 installed in the plurality of fishing nets 100 and wirelessly connected to the base 310, respectively. Since the optimized protocol is implemented in the communication between the base 310 and the fishnet management unit 320 in the fishnet management system, the fishnet can be efficiently managed such as finding a desired fishnet quickly and easily. .

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

100: fishing net
200: buoy
210: GPS satellite
300: ship
310: base
320: fishnets management
400: packet
410: header area
420: notification area
430: command area
440: data area
450: Inspection total area

Claims

A plurality of buoys in which a battery is mounted on a base 310 and a fishing net management unit 320 and a plurality of fishing nets 100 are respectively installed in a plurality of fishing nets 100 and wirelessly connected to the base 310. The packet 400 according to the protocol for communication between the base 310 and the fishnet management unit 320 in the fishnet management system consisting of (200),
Notification area 420, command area 430, data area 440, and checksum area, which optionally contain information for indicating whether the header area 410 is a setting, a query, or a response to a setting or a query. Consisting of 450,
The command area 430 includes a command for querying the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the number of the entire buoys 200;
Instructions for querying the location of the specific buoy 200 and the battery level;
A command for querying whether a specific buoy 200 is used;
The network management system protocol, characterized in that the information to indicate optionally.

The method according to claim 1,
The header area (410), the notification area (420), the command area (430), the data area (440) and the check sum area (450) are separated by a comma.

The method according to claim 1 or 2,
Fishing information management, characterized in that the information to indicate whether the setting in the notification area 420 is 0, the information for indicating whether the query is 1, the information for indicating whether the response to the setting or query is 2 System protocol.

delete

The method according to claim 1,
Information for indicating the identifier, version and battery level of the base 310, the identifier, version and use of the entire buoy 200, and the command to query the number of the entire buoy 200 is 0, the specific buoy ( The information for indicating a command for querying the location of the 200 and the battery level is 6, the information for indicating a command for querying the use of the particular buoy 200 is 9, characterized in that the network management system protocol.

The method according to claim 1 or 2,
The data area 440 includes an identifier, a version, and a battery level of the base 310, an identifier, a version and use of the entire buoy 200, and information on the number of the entire buoy 200;
Identifier and battery remaining information of the specific buoy 200;
Identifier and use information of the specific buoy 200;
Is optionally carried.