JP3364611B2 - System that converts the position of lightning location information and various information transmissions on the receiving side - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention transmits various kinds of information such as weather information (typhoon, heavy snowfall, avalanche, etc.) information, earthquake / tsunami information, various disaster prevention information such as volcanic information, lightning information, regional information, etc. on the receiving side. The present invention relates to a system for position conversion, and more particularly to a system for position conversion of lightning position information transmission, which senses the occurrence of a local thundercloud and notifies a client (member user) of a lightning strike warning via the Internet on the receiving side.

[0002]

2. Description of the Related Art For various information such as weather information, disaster prevention information, area information, leisure information, living information, etc. that come via the Internet, until now, the client (member User), there was unnecessary information and it was difficult to understand. For example, in many cases, a tsunami warning was issued in the coastal area to call for evacuation in the mountainous areas, and even with the information about lightning, the warning sounded even when there was no possibility of lightning damage far from the lightning source. That is, most of the various information is unilateral to the sender, not the user. In particular, in the case of having a reception sensor for collecting various information or in the case of an automatic notification system, most of the systems can be described as a radius of the reception sensor or transmitter.

[0003]

Therefore, according to the present invention, various kinds of information transmission such as disaster prevention information, lightning information, area information, and the like are notified via the Internet, centered around a position arbitrarily selected by the client. By providing a system that converts the position on the receiving side, and by performing local lightning detection, centering on the current position of the client, the surrounding area of the client is sensed for expected lightning, It is an object of the present invention to provide a system for converting the position of a lightning position information transmission, which can notify a warning according to an alarm level, on the receiving side.

[0004]

Therefore, the system for converting the position of lightning position information and various information transmissions on the receiving side according to the present invention is a system for converting various information such as disaster prevention information, lightning information, and regional information via the Internet. An internet provider server machine that stores each piece of information in response to a request from a member and obtains the above information data from the internet provider server machine via the Internet, processes the information data, and a client arbitrarily It is composed of a member connection registration personal computer that displays on a map screen with an arbitrary radius centered on the selected position, judges the alarm level, and notifies the alarm and alarms to various devices according to the alarm level. is there. Also,
A system for converting the position of lightning position information and various kinds of information transmission on the receiving side according to the present invention is an antenna receiving device which catches a lightning phenomenon occurring in an air space of 80 km radius, and an electromagnetic wave received by the antenna receiving device is converted into a communication signal. A relay box, a data processing computer that analyzes the azimuth and distance of an electromagnetic wave received by the antenna receiving device through the relay box, and displays the data on a map screen centered on the location where the antenna is installed; and the data processing computer. An internet provider server machine that receives and stores analyzed data, determines the location and scale of lightning, and displays the lightning occurrence data in real time, and online data is collected from the internet provider server machine, and the collected data is a database Stored, processed the collected data, and the client It is composed of a personal computer for member connection registration that displays on a map screen of an arbitrary radius centered on the selected position, judges the alarm level, and notifies the alarm and alarms to various devices according to the alarm level. It is a thing.

[0005]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS 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 location of lightning position information and various information transmissions on the receiving side is as follows: lightning information 1, earthquake information 2, tsunami information 3, weather information 4, local life information 5,
Internet provider server machine 7 that stores each piece of information such as leisure information 6 in a storage unit via the Internet and provides each piece of information in response to a request from a client.
And obtaining the information data from the Internet provider server machine 7 via the Internet, processing the information data, displaying it on a map screen centered on a position arbitrarily selected by the client, and determining an alarm level, It is composed of a member connection registration personal computer 8 for performing alarm notification and alarm notification to various devices depending on the alarm level.

Further, as shown in FIG. 2, the system for converting the position of lightning position information and transmission of various information on the receiving side is, as shown in FIG. 2, an antenna receiving device 9 for catching a lightning phenomenon occurring in an air space of 80 km radius, and the antenna receiving device 9. 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 azimuth / 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 data analyzed by the data processing computer 11, determines the position and scale of lightning, and displays the lightning occurrence data in real time, and online from the internet provider server machine 7. Collect the data, store the collected data as a database, process the collected data, display it on a map screen with a radius of 20-30 km centered on the position arbitrarily selected by the client, judge the alarm level, and alarm level And a member connection registration personal computer 8 for performing alarm notification and alarm notification to various devices.

Next, the operation principle of lightning detection will be described with reference to the operation block diagram of FIG. 3. An integrated module is provided with a loop antenna and a sense antenna for orthogonalizing electromagnetic waves (radio waves and magnetic fields) generated by cloud discharge and lightning strike. It is caught by the antenna receiving device 9 which has been made into a computer. The received electromagnetic waves pass signals to the azimuth analyzer 14 and the distance analyzer 15 by the action of the frequency classifier 13 via the analog converter 12. Particularly, the distance analyzer 15 performs wavelength measurement and highly accurate frequency measurement, and as a result, the distance is calculated by the 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 the map screen centering on the place where the antenna is installed on 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 a connection registration personal computer for members (charged). The provider connection unit 21 connected to the user's browser 8 and the non-member general personal computer (free user's browser) 19 by the Internet 20, and the arithmetic processing unit (information determination / information determination / information read / determination). (Selection unit) 22, a display unit 23 that displays a lightning mark on a map screen centered on the place where the antenna is installed, and stores lightning information, earthquake information, tsunami information, weather information, local life information, leisure information, etc. Various information storage unit 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 the address is provided.

Further, the screen display of the CRT will be described with reference to FIG. 5. The real-time map screen display 27 with a radius of 80 km centering on the place where the antenna receiving device 9 is installed and the direction of the electromagnetic waves emitted by lightning are shown. By receiving the distance, the lightning mark is color coded on the map screen every 5 minutes to make it easy to see the elapsed time. For example, white is within 5 minutes of detection, yellow is within 5 to 10 minutes, and 10 to 1 minutes.
Up to 5 minutes, a color-coded lightning mark (not shown) such as black, and a lightning reception counter value display that realistically displays the lightning signal and the reception state of the direction and distance that cannot be captured as lightning with unknown values 28 And the lightning discharge count graph display 2
9 、 Explanation display 30 such as setting information and observation information, and 1 leg represents 15 minutes, and past 3 legs (45 minutes) information is individually re-displayed on the real screen 15 minutes 3
The screen display 31 displays 0 minutes and 45 minutes. The lower left corner of the map screen display 27 is a leg mark (observation time zone) 34.
In 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) that performs various kinds of arithmetic processing in the same manner as an ordinary personal computer.
U), input devices such as keyboard and mouse, storage devices such as hard disk, and display devices such as CRT. Then, the central processing unit (CPU) stores means for obtaining information data such as disaster prevention information, lightning information, area information (leisure) from the Internet provider server machine 7 via the Internet, and stores the obtained information data as a database. Means, process the obtained information data,
A means to display on the map screen centering on the current position of the client, a means to determine the alarm level (disaster risk),
It is provided with a means for notifying a warning and notifying an alarm to various devices according to an alarm level.

The processing 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 software of lightning information) 32 shown in FIG. Connected to the provider (user has a contract). Internet provider server machine 7 via provider
By recognizing the user's password by accessing, the thunder data is acquired 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.
With the information of km, the actual position of the client is A or B, so as shown in Fig. 7, create a map with a radius of 30 km centered on the client A, find the current location of the lightning on the coordinate axes, and The position where is generated is displayed on the map with the lightning mark 33. Compare the position of the lightning and the area that notifies the alarm,
In the alarm notification area, the alarm is notified and output according to the set alarm notification method.

Regarding acquisition and use of lightning information application software, the client acquires the original lightning information software 32 from the lightning information providing provider, sets the user position information, and sets the center of latitude and lightning information as the latitude / latitude information. It is done by setting the longitude. Next, a user password is set and a password for permitting access to the Internet provider server machine 7 is registered. Furthermore, the area and level (intensity, etc.) for notifying the lightning warning are set, and the range for notifying the lightning warning is set. Further, the type of alarm notification is set, for example, output to siren, e-mail notification to mobile phone, voice warning, backup notification to computer system, power supply stop notification to various devices, and I / O output. Then, 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. Furthermore, the lightning information is compared with the notification area and level, and it is determined whether or not the notification processing is performed, and the lightning alarm is notified.

[0013]

[Effect] The system for converting the lightning position information and various kinds of information transmission of the present invention on the receiving side focuses on the position where the client arbitrarily selects each information such as disaster prevention information, lightning information, and regional information (leisure). Since a map having an arbitrary radius is created and various kinds of information are notified, it is possible to transmit accurate information about the client peripheral area. Further, the system for converting the position of lightning position information and various kinds of information transmission on the receiving side of the present invention performs a local lightning detection to generate a map of an arbitrary radius centered on the position arbitrarily selected by the client. It is created and senses the progress of lightning in the area around the client, and the warning is controlled by voice, screen and signal output according to the risk of lightning, and it is reported by the mobile communication system. 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 drawings]

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

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

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

FIG. 4 is an explanatory diagram of an internal configuration of an 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 the client A of the present invention.

[Explanation of symbols]

1 thunder information 2 earthquake information 3 Tsunami information 4 Weather information 5 local life information 6 Leisure information 7 Internet provider server machine 8 Connection registration PC for members 9 Antenna receiver 10 relay box 11 Data processing computer 12 Analog converter 13 Frequency sorter 14 Direction analyzer 15 distance analyzer 16 Display data processor 17 CRT 18 leased line 19 General personal computer 20 Internet 21 Provider connection 22 Arithmetic processing unit 23 Display 24 Various information storage 25 Selection Information Storage 26 User Information Storage 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 Thunder information original software 33 thunder mark 34 leg mark 35 radius display

─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Shin Sanada 99-2 Yakizoe, Yukizozu, Yokote-shi, Akita Prefecture Actra Limited (72) Inventor Satoshi Saito 128 Shinmachi, Hirasawa, Nigaho-cho, Akita Prefecture Nikabo Electric Industrial Co., Ltd. (72) Inventor Masami Matsunami 3-5-12 Kurihara Chuo, Zama City, Kanagawa Prefecture (56) References JP 2000-131458 (JP, A) JP 10-308768 (JP, A) Special Open 2000-65953 (JP, A) JP 11-134355 (JP, A) JP 11-2539 (JP, A) JP 2000-121377 (JP, A) JP 2000-146619 (JP, A) ) (58) Fields surveyed (Int.Cl. ⁷ , DB name) G08B 21/00 G08B 25/14

Claims (2)

(57) [Claims] 1. An Internet provider server machine that stores various information such as disaster prevention information, lightning information, and regional information in a storage unit via the Internet, and provides each information according to a request from a client, and from the Internet provider server machine. Obtain the above 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 A system for converting the location of lightning position information and various information transmissions on the receiving side, which is composed of a connection personal computer for members that sends alarm notifications to various devices. 2. An antenna receiving device for catching a lightning phenomenon occurring in a radius of 80 km, a relay box for converting an electromagnetic wave received by the antenna receiving device into a communication signal, and an antenna receiving device for receiving the signal through the relay box. The data processing computer that analyzes the direction and distance of the electromagnetic waves that are displayed and displays it on a map screen centered on the location where the antenna is installed, and the data analyzed by the data processing computer are received and stored to determine the position and scale of lightning. Internet provider server machine that determines and displays the lightning occurrence data in real time, and online data is collected from the internet provider server machine, the collected data is stored as a database, the collected data is processed, and the client arbitrarily selects Displayed on the map screen with an arbitrary radius centered on the position , The lightning position information and various information transmissions are configured on the receiving side, which is composed of a connection registration personal computer for members that determines the alarm level and notifies the alarms and alarms to various devices according to the alarm level. Position conversion system.