JP2001351182A - System for position converting thunder position information and various information transmission at incoming side - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for position converting various information transmission for announcing various information such as disaster prevention information and thunder information and area information through the Internet with a position arbitrarily selected by a client as a center at an incoming side. SOLUTION: This system for position converting thunder position information and various information transmission at an incoming side is provided with an Internet provider server machine for storing various information such as disaster prevention information and thunder information and area information through the Internet in a storage part, and for providing the various information in response to a request from a member and a connection registration personal computer for a member for obtaining the above information data through the Internet in the Internet provider machine, and for working the information data, and for displaying the information data on a map picture with a position arbitrarily selected by a client as a center, and for deciding an alarm level, and for performing warning announcement or alarm announcement to various pieces of equipment according to the alarm level.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to transmission of various types of information such as weather information (typhoon, heavy snow, avalanche, etc.), earthquake / tsunami information, volcano information, etc. The present invention relates to a system for performing position conversion, and in particular, to a system for performing position conversion on a receiving side for transmitting lightning position information, which detects the occurrence of a local thundercloud and notifies a client (member user) of a lightning strike through the Internet.

[0002]

2. Description of the Related Art A variety of information such as weather information, disaster prevention information, regional information, leisure information, and living information transmitted via the Internet has been used for simultaneous / broadcast information on a transmission server. User) had unnecessary information or was difficult to understand. For example, tsunami warnings have been issued in coastal areas, calling for evacuation in mountainous areas, and even in lightning information, warnings often sounded far away from the place where lightning occurred and where lightning damage could not occur. In other words, most of the various information is one-sided on the sender side, not on the user side. In particular, in the case of having a receiving sensor for collecting various kinds of information or in the case of an automatic notification system, most of the systems can be described as a radius of the receiving sensor or the transmitter.

[0003]

SUMMARY OF THE INVENTION Accordingly, the present invention provides various types of information for notifying various information, such as disaster prevention information, lightning information, and regional information, via the Internet, centering on a position arbitrarily selected by a client. Provide a system that converts the position of the caller on the receiving side, and furthermore, performs local lightning detection to detect lightning expected to progress around the client, centering on the current position of the client, It is an object of the present invention to provide a system for converting the location of lightning location information transmission on the receiving side, which can notify a warning according to an alarm level.

[0004]

For this purpose, the system for converting the location of lightning location information and various types of information transmission on the receiving side according to the present invention uses the information such as disaster prevention information, lightning information and regional information via the Internet. An Internet provider server machine that stores the information in a storage unit and provides each information in response to a request from a member; obtains the information data via the Internet from the Internet provider server machine; processes the information data; It consists of a member's connection registration personal computer that displays on the map screen of an arbitrary radius centering on the selected position, determines the alarm level, notifies the alarm based on the alarm level, and notifies the various devices of the alarm. is there. Also,
The system for converting the position of lightning location information and various types of information transmission on the receiving side according to the present invention includes an antenna receiving device that captures a lightning phenomena occurring in an airspace with a radius of 80 km, and converts an electromagnetic wave received by the antenna receiving device into a communication signal. A relay box, a data processing computer that analyzes the direction and distance of the electromagnetic wave received by the antenna receiving device via the relay box, and displays the data on a map screen centering on the place where the antenna is installed; and An Internet provider server machine that receives and stores the analyzed data, determines the location and scale of lightning, displays real-time lightning occurrence data, collects online data from the Internet provider server machine, and stores the collected data in a database. Process the collected data as It is composed of a member's connection registration personal computer that displays on the map screen of an arbitrary radius centering on the position selected at will, judges the alarm level, notifies the alarm based on the alarm level, and notifies the various devices of the alarm. Things.

[0005]

An embodiment of the present invention will be described below with reference to the drawings. As shown in FIG. 1, the system for converting the position of lightning location information and various information transmissions on the receiving side includes lightning information 1, earthquake information 2, tsunami information 3, weather information 4, local living information 5,
Internet provider server machine 7 that stores information such as leisure information 6 in a storage unit via the Internet and provides each information in response to a request from a client.
Obtaining the information data from the Internet provider server machine 7 via the Internet, processing the information data, displaying the information data on a map screen centering on a position arbitrarily selected by the client, determining an alarm level, It comprises a member connection registration personal computer 8 for notifying an alarm or notifying various devices of an alarm according to the alarm level.

Further, as shown in FIG. 2, a system for performing position conversion of lightning position information and various types of information transmission on the receiving side includes an antenna receiving device 9 for capturing a lightning phenomena occurring in an airspace of a radius of 80 km, A relay box 10 for converting an electromagnetic wave received by the device 9 into a communication signal, and a data processing computer 11 for analyzing the direction and distance of the electromagnetic wave received by the antenna receiving device 9 via the relay box 10
And an Internet provider server machine 7 that receives and stores the data analyzed by the data processing computer 11, determines the position and scale of lightning, and displays the lightning occurrence data in real time. Collects data, stores the collected data as a database, processes the collected data, displays it on a map screen with a radius of 20 to 30 km centered on the position arbitrarily selected by the client, judges the alarm level, determines the alarm level, And a member connection registration personal computer 8 for notifying an alarm and notifying an alarm to various devices.

Next, the operating principle of lightning detection will be described with reference to the operation block diagram of FIG. 3. A module comprising a loop antenna and a sense antenna which orthogonally intersects electromagnetic waves (radio waves and magnetic fields) generated by intercloud discharge and lightning strikes. The catch is performed by the antenna receiving device 9 which has been formed. The received electromagnetic waves pass signals to the azimuth analyzer 14 and the distance analyzer 15 by the action of the frequency discriminator 13 via the analog converter 12. In particular, the distance analyzer 15 performs wavelength measurement and highly accurate frequency measurement, and as a result, the distance is calculated by an internal algorithm including the Doppler effect, and the azimuth is calculated by the loop antenna. The calculated data is passed to the display data processor 16, and a lightning mark is displayed on a map screen centered on the place where the antenna is installed by the CRT 17.

Next, the internal configuration of the Internet provider server machine 7 will be described with reference to FIG. 4. The Internet provider server machine 7 is connected to the data processing computer 11 by a dedicated line 18 and is connected to a member connection registration personal computer (paid). A provider connection unit 21 connected to the user's browser 8 and a non-member general personal computer (free user's browser) 19 via the Internet 20 and an arithmetic processing unit (information determination / Sorting unit) 22, a display unit 23 for displaying a lightning mark on a map screen centered on a place where an antenna is installed, and storing lightning information, earthquake information, tsunami information, weather information, local living information, leisure information, and the like. Various information storage units 24, a selection information storage unit 25 for storing read information, IP of the client (member of the user)
A user information storage unit 26 for storing addresses.

[0011] Further, the screen display of the CRT will be described with reference to FIG. 5. A real-time map screen display 27 with a radius of 80 km is specified, centering on the place where the antenna receiver 9 is installed, and the direction of electromagnetic waves generated by lightning. By receiving the distance, the lightning mark is color-coded on the map screen every 5 minutes to make it easy to see the passage of time, for example, white within 5 minutes from detection, yellow within 5 to 10 minutes, yellow from 10 minutes to 1
Up to 5 minutes, a lightning mark color-coded display such as black (not shown) and a lightning reception counter value display 28 that realistically displays the reception state of lightning signals and signals of unknown azimuth and distance that cannot be caught as lightning 28 And lightning discharge count graph display 2
9, a description display 30 of setting information and observation information, etc., and one leg represents 15 minutes, and the past three legs (45 minutes) are individually displayed on the real screen for 15 minutes.
The screen display 31 displays 0 minutes and 45 minutes. The lower left of the map screen display 27 is a leg mark (observation time zone) 34.
At the lower right is a radius display 35.

Next, the member connection registration personal computer 8 will be described. The member connection registration personal computer 8 is a central processing unit (CP) for performing various arithmetic processing in the same manner as a normal personal computer.
U), input devices such as a keyboard and mouse, storage devices such as a hard disk, and display devices such as a CRT. The central processing unit (CPU) acquires information data such as disaster prevention information, lightning information, and regional information (leisure) from the Internet provider server machine 7 via the Internet, and stores the acquired information data as a database. Means, processing the obtained information data,
Means for displaying the current position of the client on the map screen, means for determining the alarm level (disaster danger),
Means are provided for notifying a warning or notifying an alarm to various devices according to the alarm level.

The process flow of the member connection registration personal computer 8 will be described. When the member connection registration personal computer 8 is started and the lightning information acquisition browser software (original lightning information software) 32 shown in FIG. Connected to the provider (to which the user subscribes). Internet provider server machine 7 through the provider
When the password of the user is recognized by accessing to, the lightning data is obtained from the Internet provider server machine 7. As shown in FIG. 6, the acquired lightning data has a radius of 80 around the antenna observation point.
Since the actual client position is A or B based on the km information, a map with a radius of 30 km centering on client A is created as shown in FIG. Is displayed on a map with a lightning mark 33. Compare the location of the lightning with the area to notify the alarm,
If it is within the alarm notification area, an alarm is notified and output according to the set alarm notification method.

Acquisition and Use of Lightning Information Application Software The client obtains the original lightning information software 32 from the lightning information provider, sets the user's position information, and sets the center for notification of lightning information to the latitude and longitude. This is done by setting the longitude etc. Next, a user password is set, and a password for permitting access to the Internet provider server machine 7 is registered. Further, an area and a level (intensity and the like) for notifying a lightning alert are set, and a range for notifying a lightning alert is set. In addition, the type of alarm notification is set, for example, output to a siren, e-mail notification to a mobile phone, warning by voice, backup notification to a computer system, power supply stop notification to various devices, and I / O output. The member connection registration personal computer 8 displays the lightning information on a real-time monitor, collects the lightning information as a log file, and displays the history of the lightning information on the monitor. Further, the lightning information is illuminated with the notification area or level, and the presence or absence of the notification processing is determined to perform a lightning warning notification.

[0013]

According to the present invention, the system for converting the location of lightning location information and various information transmissions on the receiving side of the present invention is centered on a location where the client arbitrarily selects information such as disaster prevention information, lightning information, and regional information (leisure). Since a map having an arbitrary radius is created and various types of information are reported, accurate information on the area around the client can be transmitted. In addition, the system of the present invention for converting the position of lightning location information and various types of information transmission on the receiving side performs local lightning detection, thereby forming a map of an arbitrary radius centered on a position arbitrarily selected by the client. Create and sense the lightning that is expected to progress around the client and alert by voice, screen, signal output, and mobile communication system according to the risk of lightning, so it can be used in outdoor sports and golf courses It is possible to prevent a fatal accident due to a lightning strike and to prevent a function stop trouble due to a power failure by notifying a factory or the like of a lightning strike warning in advance.

[Brief description of the drawings]

FIG. 1 is a schematic explanatory diagram of a disaster detection system according to the present invention.

FIG. 2 is a schematic explanatory diagram of a lightning detection system of the present invention.

FIG. 3 is a lightning detection operation block diagram of the present invention.

FIG. 4 is an explanatory diagram of the internal configuration of the Internet provider server machine of the present invention.

FIG. 5 is a CRT screen display diagram of the present invention.

FIG. 6 is a map screen diagram centering on an antenna observation point of the present invention.

FIG. 7 is a map screen diagram centering on a client A of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Lightning information 2 Earthquake information 3 Tsunami information 4 Weather information 5 Local life information 6 Leisure information 7 Internet provider server machine 8 Membership connection registration personal computer 9 Antenna receiving device 10 Relay box 11 Data processing computer 12 Analog converter 13 Frequency classifier 14 Azimuth analyzer 15 Distance analyzer 16 Display data processor 17 CRT 18 Dedicated line 19 General personal computer 20 Internet 21 Provider connection unit 22 Operation processing unit 23 Display unit 24 Various information storage unit 25 Selection information storage unit 26 User information storage unit 27 Real-time map screen display 28 Lightning reception counter value display 29 Lightning discharge count graph display 30 Explanation display 31 Screen display 32 Lightning information original software 33 Lightning mark 34 Leg mark 35 Radius display

 ────────────────────────────────────────────────── ─── Continuing on the front page (72) Inventor Shin Sanada 99-2 Yachizoe, Fukidaitsutsumi, Yokote-shi, Akita Limited company Actras (72) Inventor Satoshi Saito 128 Hitoshi Nimachi, Hirasawa, Nikaho-cho, Yuri-gun, Akita Inside Kaho Electric Industry Co., Ltd. (72) Inventor Masaji Matsunami 3-5-12 Kurihara Chuo, Zama City, Kanagawa Prefecture AA44 BB12 BB18 BB64 BB65 BB73 DD02 DD11 EE05 EE06 EE08 EE18 FF17 GG08 GG12 GG19 GG32 GG43

Claims (2)

[Claims] 1. An Internet provider server machine that stores information such as disaster prevention information, lightning information, and regional information in a storage unit via the Internet and provides each information in response to a request from a client. Obtain the information data via the Internet, process the information data, display it on a map screen of an arbitrary radius centered on the position arbitrarily selected by the client, judge the alarm level, and notify the alarm by the alarm level And a member connection registration personal computer that performs alarm notification to various devices and a member-registered personal computer. 2. An antenna receiving apparatus for capturing a lightning phenomena occurring in an airspace with a radius of 80 km, a relay box for converting an electromagnetic wave received by the antenna receiving apparatus into a communication signal, and receiving by the antenna receiving apparatus via the relay box. A data processing computer that analyzes the azimuth and distance of the electromagnetic wave and displays it on a map screen centered on the location where the antenna is installed, and receives and stores the data analyzed by the data processing computer to determine the position and scale of lightning. Judgment, an Internet provider server machine for real-time display of lightning occurrence data, and online data collected from the Internet provider server machine, the collected data is stored as a database, the collected data is processed, and the client has arbitrarily selected. Display on the map screen of an arbitrary radius centered on the position , Judge the alarm level, and notify the alarm according to the alarm level and notify the alarm to various devices. Position conversion system.