KR20000000030A - Cemetery information system satellite land surveying system - Google Patents

Abstract

PURPOSE: A graveyard information using G.P.S and D.G.P.S is provided to systematically manage country against greatly increasing graveyards. CONSTITUTION: The graveyard information using G.P.S and D.G.P.S comprises: a graveyard position G.P.S terminal(40) storing graveyard point data in a memory after latitude/longitude/altitude of the graveyard point are obtained by G.P.S or providing the grave point data obtained by line/radio network to a graveyard management central office(67); and a graveyard management central office(67) managing the graveyard point data as inherent number/coordinate.

Description

Cemetery information management system using satellite / intellectual / geodetic system {CEMETERY INFORMATION SYSTEM SATELLITE LAND SURVEYING SYSTEM}

The present invention relates to a cemetery information management system using a satellite / intellectual / geodetic system, which is particularly effective by the computerization of the cemetery contents by computerizing the cemetery contents by creating a cemetery management book file after the cemetery location data by the GPS system Scientific graveyard management is also accomplished.

Funeral culture centered on burial in Korea's unique cultural habits is a situation in which cremation is encouraged rather than burial due to rapid social development, expansion of social indirect facilities, and a change in awareness of traditional funeral culture.

The park cemetery and ossuary are also active, and the government is planning to place the funeral culture in the ossuary after a certain time after burial, as long as it does not violate the national sentiment.

However, in the past, the cemetery is not equipped with scientific and computerized management techniques, which is inconvenient to manage the cemetery, and because there is no scientific and computerized technique for cemetery management, it is an obstacle to comprehensive land management.

The present invention is to make the cemetery location data by the GPS system to improve the problems as described above to create a cemetery management book file to computerize the contents of the cemetery to achieve efficient homeland management and scientific cemetery management It is.

The present invention obtains the latitude / longitude / altitude / coordinates by the GPS and DGPS satellite measurement means to realize the location of the cemetery after storing the cemetery location data in the storage medium or / Graveyard location GPS terminal, which provides cemetery location data obtained from the wireless network to the cemetery management central office, and cemetery location data provided from the cemetery location GPS terminal, with unique number / coordinates / personal information / addresses / personal death / household It is characterized by a cemetery information management system using a satellite, intellectual, geodetic system consisting of a cemetery management central office that processes and converts the database into a cemetery management ledger file that is data-formed in the form of a cemetery, a cemetery address change, and an ossuary number.

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

1 is a block diagram of an embodiment of a graveyard information management system of the present invention.

2 is a circuit block diagram of another embodiment of the present invention.

Figure 3 is an embodiment showing the graveyard location PS terminal in Figure 2

Figure 4 is a reference diagram showing the installation status of the Republic of Korea DS satellite correction reference station associated with the present invention

Figure 5 is an embodiment showing a graveyard management book file according to the present invention.

* Explanation of code for main part of drawing *

20; GPS satellite 31; Desktop computer

32; Portable computer 33; Cadastral and Geodetic System

34; Central Council 35; Government Administration Computer Network

40; GPS terminal 41; Key input section

42; A barcode reader unit 43; Cdrom

44; Display portion 45; Micro computer

46; Modem 47; GPS receiver

48; Memory

Figure 1 shows an embodiment of a cemetery information management system using a satellite / intellectual / geodetic system according to the present invention.

Here, the location of the cemetery is obtained from the satellite 20 by latitude / longitude / altitude / coordinates by GPS and DGPS satellite measurement means, and then the cemetery location data is stored in the storage medium or wired / wireless network. Graveyard location GPS terminal 40 for providing the cemetery location data obtained to the cemetery management central station 67, and a number of satellites 20 and the digital PS signal for providing the GPS signal to the GPS terminal 40 Digi PS base station 50 is provided.

The graveyard location GPS terminal 40 receives graveyard location data provided from the graveyard location GPS terminal 40 via wired / wireless network along with graveyard location coordinate data with a unique number / personal information / address / dead person / household / The cemetery management central station 67, which is made into a database and processed as a cemetery management ledger file in the form of direct line / combination, cemetery address change, and ossuary number, is connected by digital and wired / wireless networks.

The digital network is connected to the central office of the government administrative computer network (35), the Ministry of Education's intellectual and geodetic system central office (34), the council central office (33) or personal desktop computer (31), portable computer (32) interconnected The graveyard management book file of the central station 67 is mutually available.

The cemetery location GPS terminal 40, as shown in Figure 3, the display unit 44 and the key input unit 41 to perform the screen interactive operation, and the bar code to read the graveyard location bar code, etc. The microcomputer 45 receives the GPS and the digital PS data from the satellite unit 43, the CD-ROM unit 43 accommodating the CD containing the intellectual information, and the satellite 20 and the digital data base station 50. It consists of the GPS receiver 47 provided to the system, the system memory 48, the modem 46 connected with the wired / wireless network, and the microcomputer 45 of a system control operation.

The cemetery location GPS terminal 40 receives the GPS and DPS data for the cemetery position directly from the cemetery, calculates coordinates (latitude, longitude, altitude) for the cemetery location and then provides it to the upper system through the modem 46. The graveyard position data is stored in the memory 48.

In addition, the cemetery location GPS terminal 40 reads the cemetery location bar code attached to the headstone with the barcode reader unit 42 and then stores data such as coordinates (latitude, longitude, altitude) for the cemetery location as the upper system or memory. Should be stored in.

Meanwhile, the wired / wireless network between the cemetery location GPS terminal 40 and the cemetery management central station 67 may be implemented as shown in FIG. 2.

When the cemetery location GPS terminal 40 is connected to the wireless public network 61 through a modem 46, the wireless public network 61 is a wired modem (62) and a communication interface 66 of the cemetery management ledger file through It is connected to the graveyard management central station 67 having a database 68, and is also connected to the graveyard management central station 67 via the radio base station 63, the communication connector 64, and the server 65. .

Reference numeral 68 is a personal computer, a is a wireless communication system, b is a wire communication system.

In the present invention having the above configuration, the user of the graveyard location GPS terminal 40 visits a predetermined graveyard and operates the graveyard location GPS terminal 40.

When the cemetery location GPS terminal 40 is already attached to the headstone, the bar code reader 42 closes the bar code reader of the bar code reader 42 as shown in FIG. You can read all of the graveyard location coordinates (latitude, longitude, altitude) and the personal data about the graveyard user.

The cemetery data read by the barcode reader unit 42 is read by the microcomputer 45 to store the contents in the memory 48 or through the modem 46 to the graveyard management central station 67. You can transfer the data.

On the other hand, when there is no information on the cemetery receives the GPS data for the current position through the GPS receiver unit 47 of the cemetery location GPS terminal 40 and on the other hand to obtain the digital PS data from the digital BS base station 50 After correcting the GPS data to obtain the correct cemetery location data and transmits the data to the host system via the modem (46).

Meanwhile, the digital PS base station 50 of Korea is installed in Jumunjin, Ulleungdo, Janggigot, Yeongdo, Geomundo, Marado, Eocheongdo, and Palmido, as shown in FIG.

Therefore, the cemetery location GPS terminal 40 receives the magnetic position data from the satellite 20 and the satellite navigation correction reference data transmitted from the GPS base station 50 to determine the exact (about a few cm to the cemetery location). Data can be obtained).

On the other hand, when the cemetery location data provided by the cemetery location GPS terminal 40 is provided to the cemetery management central station 67 of Figs. 1 and 2, the cemetery management central station 67 creates a cemetery management ledger file according to the following rules. do.

1. Identification Number

The land registered in the land register or the forest land register under the Intellectual Law shall be given a unique number for each parcel other than the land number.

The unique number is a serial number which is divided into three parts of the administrative district and the account book (land, forest field). The number is 19 units, and the cemetery number and the number indicating the ointment / no-ointment data are 24 units.

* 10 units of administrative division

* Unit 1 (Land 1, Forest 2)

* Unit number 8

* Graveyard No. 4 units

* Ointment, no ointment 1 unit (ointment 1, ointment 2)

For example, in the case of Yu In-kyung (171219-1543527) buried in 17-3 Dongjisan-ri

4521039021-20017-0003-0001-1

This is the same as the resident registration number of the cemetery.

2. Coordinates

The coordinates are measured by latitude, longitude, altitude as the cemetery location data acquired by the cemetery location GPS terminal 40, etc.

* The unit of latitude is 7 units including 38-26-14.3

* The hardness unit is 8 units including 126-36-15.4

* Altitude unit is 4 units including 1 ~ 2800 (Mt. Baidu)

Shall be.

For example, 3826143-12636154-1234

3. Personal information

* Hangul

* Chinese

* English

* Social security number or birth date

4. Address

* Have seen

At death

5. Death

* Date of death

* Store Date

* Survival period

* job

Cause of death

* Number of children

6. Household

* Main building

* Academic

* Parent address

7. Lineal

* Resident registration number

8. When joining

* Unique number before ensemble

* Unique number after combining

* Cultural assets at the time of excavation

* Type of store

9. Change Cemetery Address

* Address before change

* Ossuary number during cremation

10. Ossuary Number

Use of unique number of paragraph 1

When the cemetery management book file is created according to the contents of the cemetery received by the cemetery management central office 67 as described above, the user uses his / her digital device through the personal desktop computer 31, the portable computer 32, and the like of FIG. If the request for the cemetery management leader wants the cemetery management central station (67) can be received by the user by sending a cemetery management party as shown in FIG.

In addition, the council central office (33), the intellectual and geodetic system central office (34), the government administrative network central office (35) can also be used to receive the cemetery management ledger file to the digital as needed.

On the other hand, the cemetery management ledger as described above can be used as computerized data using digital map, electronic map, land ledger / forest ledger system to provide the cemetery map with the cemetery management ledger, or combine other information about the cemetery. Of course.

Such, the present invention can obtain the cemetery location in the exact location coordinates using the GPS and Digi-PS system and then add various ointment data for the cemetery to create a computerized cemetery management ledger file to manage the graveyard through the computer network Therefore, it is to enable comprehensive, scientific and systematic management of the country for the burgeoning cemetery.

Claims (3)

The location of the cemetery is determined by latitude / longitude / altitude by the GPS and DGPS satellite measurement means, and the cemetery location data is stored in a storage medium or the cemetery location data obtained by wire / wireless network The cemetery location data PS terminal 40 provided to the station 67, and the cemetery location data provided from the cemetery location GPS terminal 40, the unique number / coordinates / personal information / address / death personal / household / line / Cemetery information management system using satellite / intellectual / geodetic system, characterized in that it consists of cemetery management central office (67) which processes and converts the data into a cemetery management ledger file that has been converted into data in the form of a cemetery, a cemetery address, and an ossuary number. The cemetery location GPS terminal 40 is configured to read the display unit 44 and the key input unit 41 for performing the screen interactive operation, and the cemetery location bar code, etc., which are data-set on the graveyard headstone. A barcode reader unit 42, a CD-ROM unit 43 for accommodating CDs containing cadastral information, and a GPS and digital PS data are received from the satellite 20 and the DS base station 50, and the microcomputer ( 45. The satellite / intellective system comprises a GPS receiver 47 provided to the system, a system memory 48, a modem 46 connected to a wired / wireless network, and a microcomputer 45 for system control operation. / Cemetery Information Management System Using Geodetic System 3. The cemetery location GPS terminal 40 and the cemetery management central station 67 have computerized numerical maps, electronic map data, land ledgers, and forest ledger files. Cemetery information management system using satellite / intellect / geodetic system