JPH0441956B2 - - Google Patents

Info

Publication number
JPH0441956B2
JPH0441956B2 JP62105595A JP10559587A JPH0441956B2 JP H0441956 B2 JPH0441956 B2 JP H0441956B2 JP 62105595 A JP62105595 A JP 62105595A JP 10559587 A JP10559587 A JP 10559587A JP H0441956 B2 JPH0441956 B2 JP H0441956B2
Authority
JP
Japan
Prior art keywords
data
current weather
weather
current
measurement data
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
JP62105595A
Other languages
Japanese (ja)
Other versions
JPS63271189A (en
Inventor
Hajime Aya
Tsunemasa Gonta
Tatsuro Matsumae
Masamitsu Aoshika
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Tokai University
Original Assignee
Tokai University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Tokai University filed Critical Tokai University
Priority to JP10559587A priority Critical patent/JPS63271189A/en
Publication of JPS63271189A publication Critical patent/JPS63271189A/en
Publication of JPH0441956B2 publication Critical patent/JPH0441956B2/ja
Granted legal-status Critical Current

Links

Description

【発明の詳細な説明】 〔産業上の利用分野〕 本発明は、現在天気(現在天気とはWMO(世
界気象機関)が認定した符号型式で表わされる観
測地点の天気であるPresent Weatherを表わす。
以下「現在天気」という。)を自動的に判定し、
この現在天気を含めた各種気象要素測定データ
(以下、気象現況という。)を利用者に自動通報す
ることを可能とする現在天気自動判定方式及び気
象現況報自動判定通報システムに関するものであ
る。
[Detailed Description of the Invention] [Industrial Application Field] The present invention represents Present Weather, which is the weather at an observation point expressed in a code format recognized by the WMO (World Meteorological Organization).
Hereinafter referred to as "current weather". ) is automatically determined,
The present invention relates to an automatic current weather determination method and an automatic weather condition report automatic determination system that enables users to be automatically notified of various meteorological element measurement data (hereinafter referred to as current weather conditions) including the current weather.

〔発明の背景と課題〕[Background and problems of the invention]

当日あるいは翌日の気象状況を予測する所謂天
気予報は、例えばテレビジヨンの天気予報番組又
は加入電話の天気予報サービス等で容易に知るこ
とができるが、遠隔にある地点の現時点の現在天
気を含む気象状況を加入電話を介して知るような
システムは未だ実用化されていない。
The so-called weather forecast, which predicts the weather conditions for the current day or the next day, can be easily obtained from, for example, weather forecast programs on TV or weather forecast services on subscribed telephones. A system that allows the status to be known via a subscriber telephone has not yet been put into practical use.

例えば、行楽地又は競技場等に出かけるときに
於いて、これらの地点の気象現況を知ることがで
きれば非常に都合がよいが、上記システムが実用
化されていない現在では、気象現況を知りたい地
域に住んでいる人に電話で問い合わせる方法によ
るしかない。
For example, when going to a recreational area or a stadium, it would be very convenient if you could know the current weather conditions at these locations. The only way to find out is by contacting people who live in the area by phone.

本発明は以上に鑑み、遠隔地の気象現況を即座
に、しかも出来るだけ客観的な内容で知ることが
できるようにすることを課題とする。
In view of the above, it is an object of the present invention to make it possible to know the current weather conditions in remote areas immediately and in as objective a manner as possible.

〔課題を解決するための手段〕[Means to solve the problem]

以上の課題を解決するため、本発明は、各種気
象要素測定データに基づく現在天気の判定をコン
ピユータによつて設定時間間隔で自動的に行な
い、通信回線に結合された音声送出部に上記判定
によつて得た現在天気と、各種気象要素測定デー
タとを音声合成して格納しておき、格納した各種
データを上記通信回線を介して利用者に送出する
ようにしたものである。
In order to solve the above problems, the present invention automatically determines the current weather based on various weather element measurement data at set time intervals using a computer, and transmits the above determination to an audio transmitter connected to a communication line. The current weather thus obtained and various meteorological element measurement data are synthesized into voices and stored, and the stored various data are sent to the user via the communication line.

〔発明の作用〕[Action of the invention]

各種気象要素の測定器により一定時間間隔で測
定されたデータは現在天気の判定に必要な時間分
だけメモリに保持される。
Data measured at fixed time intervals by measuring instruments for various weather elements is held in memory for the time necessary to determine the current weather.

この保持されたデータに基づいて設定時間毎に
現在天気が判定され、通信回線に結合された音声
送出部には上記設定時間毎の新たな現在天気を含
む気象現況報が音声合成されて入力される。従つ
て利用者は上記通信回線にアクセスすることによ
つて何時でも即座に遠隔地(上記各種気象要素の
測定地点)の気象現況を知ることができる。
Based on this stored data, the current weather is determined at each set time, and a weather report containing the new current weather at each set time is voice-synthesized and input to the audio transmission unit connected to the communication line. Ru. Therefore, by accessing the above-mentioned communication line, the user can instantly know the current weather conditions at a remote location (the measurement point of the above-mentioned various weather elements) at any time.

〔実施例〕〔Example〕

第1図は本発明の実施例のブロツク図、第2図
は気象現況のうち、現在天気についての判定処理
を示すフローチヤートである。
FIG. 1 is a block diagram of an embodiment of the present invention, and FIG. 2 is a flowchart showing a process for determining the current weather among the current weather conditions.

本発明の実施例に係る現在天気自動判定及び気
象現況報自動判定通報システムは、第1図に示す
ように、各種気象要素(風向、風速、気温、露点
温度、雨量、雨量強度、日照時間、日射強度、視
程、気圧等)の測定器101〜109、この測定
器101〜109からの測定信号をBCD信号又
はアナログ信号に変換するための変換器201〜
209、上記各種気象要素の測定データに基づく
現在天気の判定処理、気象現況報の組立て処理及
び例えば加入電話回線等、通信回線への送出処理
等、本システムの制御を全般的に行なうマイクロ
コンピユータユニツト(以下、マイコンと略称す
る。)3、このマイコン3に内蔵し、変換器20
1〜209を経て入力された測定器101〜10
9からの測定データを収集するデータ収集部30
1及びデータ収集部301で収集したデータを記
憶しておくデータ格納部302、マイコン3の処
理によつて得た気象現況を音声情報にする音声合
成回路401、この音声合成回路401で組立て
た音声による気象現況報を格納する音声情報格納
回路402及び加入電話回線等、通信回線5との
接続を制御し、音声情報格納回路402に格納し
た気象現況報を通信回線5に送出制御するための
ネツトワーク制御回路403でなる音声情報送出
部4、測定器101〜109からの測定データ及
び通信回線5に送出する気象現況報等を印字出力
するプリンタ6等で構成されている。
As shown in FIG. 1, the current weather automatic judgment and weather situation report automatic judgment and reporting system according to the embodiment of the present invention includes various meteorological elements (wind direction, wind speed, air temperature, dew point temperature, rainfall amount, rainfall intensity, sunshine duration, measuring instruments 101 to 109 (solar radiation intensity, visibility, atmospheric pressure, etc.); converters 201 to 109 for converting measurement signals from the measuring instruments 101 to 109 into BCD signals or analog signals;
209, a microcomputer unit that performs overall control of this system, including processing for determining the current weather based on the measurement data of the various weather elements mentioned above, processing for assembling current weather reports, and processing for sending them to communication lines such as subscriber telephone lines. (Hereinafter, it is abbreviated as a microcomputer.) 3. This microcomputer 3 has a built-in converter 20.
Measuring instruments 101 to 10 input via 1 to 209
a data collection unit 30 that collects measurement data from 9;
1, a data storage unit 302 that stores data collected by the data collection unit 301, a voice synthesis circuit 401 that converts the current weather conditions obtained through the processing of the microcomputer 3 into voice information, and a voice assembled by the voice synthesis circuit 401. A network for controlling the connection between the voice information storage circuit 402 for storing the current weather report and the communication line 5 such as a subscriber telephone line, and controlling the transmission of the current weather report stored in the voice information storage circuit 402 to the communication line 5. It is comprised of an audio information sending unit 4 consisting of a work control circuit 403, a printer 6 that prints out measurement data from the measuring instruments 101 to 109, current weather reports, etc. sent to the communication line 5, and the like.

本システムに結合する通信回線5は気象現況報
の利用者が不特定多数の場合には加入電話回線を
使用するが、上記利用者が特定される場合には専
用線や無線回線等も使用可能である。尚、以下の
説明は通信回線5が加入電話回線である場合を例
とする。
The communication line 5 connected to this system is a subscriber telephone line if there are an unspecified number of users of the current weather report, but if the users are specified, a dedicated line or wireless line can also be used. It is. Note that the following explanation will be based on an example in which the communication line 5 is a subscriber telephone line.

各測定器101〜109からの測定データは各
変換器201〜209でマイコン3での処理に適
した信号形態(BCD信号又はある種のアナログ
信号)に変換されてマイコン3に入力される。マ
イコン3では一定時間間隔(例えば30秒毎)で上
記各変換器201〜209からの測定データをデ
ータ収集部301で収集し、データ格納部302
に当該測定データを格納する。
The measurement data from each of the measuring instruments 101 to 109 is converted by each converter 201 to 209 into a signal form (BCD signal or some kind of analog signal) suitable for processing by the microcomputer 3, and is input to the microcomputer 3. In the microcomputer 3, a data collection unit 301 collects measurement data from each of the converters 201 to 209 at fixed time intervals (for example, every 30 seconds), and the data is stored in a data storage unit 302.
The measurement data is stored in .

上記測定データのデータ格納部302への格納
は、古い測定データを新しい測定データに更新す
ることによつて行なわれ、当該データ格納部30
2には常に最新の測定データが格納された状態に
あるが、第2図に示す現在天気の判定処理では、
降水及び日照時間について現時点(後で述べる音
声情報格納回路402の気象現況報の更新時)か
ら1時間遡るデータを必要とするので、少なくと
も雨量計104からの降水データ及び日照計10
6からの日照データは格納されてから少なくとも
1時間の間、データ格納部302内に保持され
る。すなわち、データ格納部302の当該降水デ
ータ及び日照データの格納部分は、少なくとも1
時間分のデータ格納容量を有する例えばシフトレ
ジスタで構成され、新しいデータの入力でシフト
されて1時間前のデータが消滅するとともに上記
新しいデータが格納される。このようにして降水
データ及び日照データについては気象現況報の内
容更新時点から遡る過去1時間分のデータが常時
データ格納部302内に保持されていることとな
る。
The measurement data is stored in the data storage unit 302 by updating old measurement data to new measurement data.
2 always stores the latest measurement data, but in the current weather determination process shown in FIG.
Regarding precipitation and sunshine hours, data going back one hour from the current time (when the current weather report of the audio information storage circuit 402 is updated, which will be described later) is required, so at least the precipitation data from the rain gauge 104 and the sunlight gauge 10 are required.
The sunshine data from 6 is retained in the data storage unit 302 for at least one hour after being stored. That is, the storage portion of the data storage unit 302 for storing the precipitation data and sunshine data has at least one
It is composed of, for example, a shift register having a data storage capacity for an hour, and is shifted when new data is input so that the data from one hour ago disappears and the new data is stored. In this way, regarding precipitation data and sunshine data, data for the past hour going back from the time when the content of the current weather report was updated is always held in the data storage unit 302.

以上のようにして過去の測定データは消滅する
こととなるが、消滅前にプリンタ6によつて印字
出力することにより当該測定データの保存が可能
であり、これら保存された測定データは本発明に
は直接関係のない各種気象情報(例えばその地域
の農業に資するための気象分析)のために役立て
ることができる。
Although the past measurement data disappears as described above, it is possible to save the measurement data by printing it out using the printer 6 before it disappears, and these saved measurement data are used in the present invention. can be used for various types of weather information that are not directly related (for example, weather analysis to contribute to agriculture in the area).

第2図に示す現在天気の判定処理では、降水デ
ータ、降雨強度データ、最短視程データ、風速デ
ータ、日照時間データ及び湿度データが必要であ
り、降水データは雨量計104から、降雨強度デ
ータは雨量強度計105から、最短視程データは
視程計108から、風速データは風向風速計10
1から、日照データは日照計106からそれぞれ
出力され、また湿度データは温度計102から気
温データ、露点計103からの露点温度データ及
び気圧計109からの気圧データに基づいてマイ
コン3によつて演算することによつて求め、それ
ぞれの測定データは前記処理によつて一定時間間
隔でデータ格納部302に格納されていく。
The current weather determination process shown in FIG. 2 requires precipitation data, rainfall intensity data, minimum visibility data, wind speed data, sunshine hours data, and humidity data.The precipitation data is from the rain gauge 104, and the rainfall intensity data is from the rainfall The shortest visibility data is obtained from the intensity meter 105, the shortest visibility data is obtained from the visibility meter 108, and the wind speed data is obtained from the anemometer 10.
1, sunlight data is output from the sunlight meter 106, and humidity data is calculated by the microcomputer 3 based on the temperature data from the thermometer 102, the dew point temperature data from the dew point meter 103, and the atmospheric pressure data from the barometer 109. Each measurement data is stored in the data storage unit 302 at regular time intervals through the above processing.

マイコン3はデータ格納部302に格納された
各測定データに基づいて、設定時間毎(例えば10
分毎)に第2図に示す現在天気の判定処理を行な
う。この判定処理の例を説明すると、最初にデー
タ格納部302中の降雨データから過去30分以内
(判定処理時から遡る30分以内)に降水があつた
か否かの判断する。この判断が“NO”であれ
ば、次にデータ格納部302中の視程データから
最短視程が5Km未満か否かを判断する。この判断
が“NO”であれば、次に現在の時刻が日照時間
帯以外か否かを判断する。尚、ここで日照時間帯
とは日の出時刻から日没時刻までの時間帯をい
い、本システムを設置した地点及び期間によつて
変動するが、マイコン3に付加されているテンキ
ーにより当該日照時間帯の入力で分単位で可能で
ある。実施例では、当該日照時間帯を、4月〜9
月では7時から18時に、10月〜3月は8時から17
時にそれぞれ設定してある。
Based on each measurement data stored in the data storage unit 302, the microcomputer 3 performs the measurement every set time (for example, 10
The current weather determination process shown in FIG. 2 is performed every minute). To explain an example of this determination process, first, it is determined from the rainfall data in the data storage unit 302 whether or not there has been precipitation within the past 30 minutes (within 30 minutes before the time of the determination process). If this determination is "NO", then it is determined from the visibility data in the data storage unit 302 whether the shortest visibility is less than 5 km. If this determination is "NO", then it is determined whether the current time is outside the sunshine hours. Note that the sunshine hours here refers to the time period from sunrise to sunset, and varies depending on the location and period where this system is installed, but the sunshine hours can be determined using the numeric keypad attached to the microcomputer 3. This can be done in minutes by inputting . In the example, the sunshine hours are from April to September.
From 7:00 to 18:00 in January, from 8:00 to 17:00 from October to March
Each time is set.

日照時間帯か否かの判断に於いて、“YES”と
判断されると、データ格納部302中の日照デー
タによつて過去1時間の日照時間を算出する。日
照時間が例えば80%以上と判断されれば、マイコ
ン3は現在天気を最終的に「快晴」と判定する。
When determining whether it is a sunshine period or not, if it is determined as “YES”, the sunshine duration for the past hour is calculated based on the sunshine data in the data storage unit 302. If it is determined that the sunshine hours are, for example, 80% or more, the microcomputer 3 ultimately determines that the current weather is "clear and sunny."

以上で明らかなように、現在天気の判定では、
各種気象要素を継続して測定して得た現時点での
測定データと、各種気象要旨毎に測定データをシ
フトさせながら蓄積することにより得た現時点を
遡る一定時間分の新たな蓄積測定データとを常時
保持するようにし、当該測定データの組み合わせ
に基づいて判定を行なうようにしている。
As is clear from the above, when determining the current weather,
The current measurement data obtained by continuously measuring various meteorological elements, and the new accumulated measurement data for a certain period of time going back to the current time obtained by shifting and accumulating the measurement data for each weather summary. The data is kept at all times, and judgments are made based on the combination of the measurement data.

以上に説明した以外の判定が出力される処理に
ついては第2図から容易に理解できるので、文章
による説明は割愛する。
Since the process for outputting determinations other than those described above can be easily understood from FIG. 2, a text explanation will be omitted.

以上のようにして最終的に判定された現在天気
(第2図に二重枠〓〓で示した判定)と、データ
格納部302中の各種気象要素測定データ(例え
ば風向データ、風速データ、気温データ等)に基
いて、マイコン3は気象現況報を音声によつて組
立てて音声情報送出部4に記憶する。すなわち、
音声合成回路401には上記気象現況報の可変部
分(後述のフオーマツトの枠〓〓部分)に嵌め込
まれる言葉が種々格納されており、気象現況報の
更新時(更新は前記現在天気を判定した設定時間
毎に行なわれる。)に前記第2図の現在天気判断
及びデータ格納部302中の各種測定データに基
いて上記言葉を選び出して気象現況報フオーマツ
トの所定部分に当該言葉を嵌め込んで奇襲現況報
を組立てる。すなわち、その1例を示すと、 「××地方では、北の風3メートル、天気
雨、視界やや不良、気温20度、湿度60
%、雨量は1時間当り5ミリ、です。」 のようになる。このフオーマツトで枠〓〓部分は
可変部分を、その他の部分は固定部分を示す。
The current weather finally determined as described above (judgment indicated by the double frame 〓〓 in Fig. 2) and various meteorological element measurement data in the data storage unit 302 (for example, wind direction data, wind speed data, temperature data, etc.), the microcomputer 3 assembles the current weather report by voice and stores it in the voice information transmitter 4. That is,
The speech synthesis circuit 401 stores various words to be inserted into the variable part (format frame section to be described later) of the current weather report, and when the current weather report is updated (the update is based on the setting that determined the current weather). ), the above words are selected based on the current weather judgment shown in FIG. Assemble the information. In other words, to give one example: ``In the XX region, the north wind is 3 meters, the weather is rainy, visibility is slightly poor, the temperature is 20 degrees, and the humidity is 60 degrees.
%, the rainfall is 5 mm per hour. " become that way. In this format, the frame 〓〓 portion indicates a variable portion, and the other portions indicate a fixed portion.

以上の気象現況報は設定時間毎、例えば10分毎
に更新されるので、音声情報送出部4には常に最
新の情報が格納されていることとなる。
Since the weather information described above is updated every set time, for example every 10 minutes, the latest information is always stored in the audio information transmitter 4.

また、以上のようにして得られた各種データに
基いて国際気象通報式による陸上実況気象通報の
作成も可能である。
Furthermore, based on the various data obtained as described above, it is also possible to create live weather reports on land using the international weather report format.

遠隔地の気象現況を知りたいとき、利用者は自
己の電話機から当該遠隔地に設置されているシス
テムの電話番号をダイヤルすると、加入電話回線
5を経て当該システムの音声情報送出部4のネツ
トワーク制御回路403に呼出し信号が到達す
る。
When a user wants to know the current weather conditions in a remote location, he dials the phone number of the system installed in the remote location from his own telephone, and the system is connected to the network of the audio information transmitter 4 of the system via the subscriber telephone line 5. A calling signal arrives at control circuit 403 .

ネツトワーク制御回路403は以上のようにし
て生起した呼びに自動応答し、加入電話回線5を
介して上記利用者に気象現況報を送出する。すな
わち、音声情報格納回路402に格納されている
気象現況報がネツトワーク制御回路403を介し
て加入電話回線5に送出され、これによつて利用
者は加入電話を介して上記遠隔地の気象現況を即
座に知ることができる。
The network control circuit 403 automatically answers the call generated as described above, and sends the current weather report to the user via the subscriber telephone line 5. That is, the current weather information stored in the audio information storage circuit 402 is sent to the subscriber telephone line 5 via the network control circuit 403, so that the user can receive the current weather conditions at the remote location via the subscriber telephone. can be known instantly.

〔発明の効果〕〔Effect of the invention〕

本発明は、以上に説明したように、各種気象要
素を測定してコンピユータ処理により現在天気を
判定し、国際気象通報式による陸上実況気象通報
の作成が可能である。
As described above, the present invention is capable of measuring various meteorological elements, determining the current weather through computer processing, and creating a land-based live weather report based on the international weather report format.

更に、現在天気を含めた気象現況報を音声合成
で組立て、これを設定時間毎に旧データを更新し
ながら音声情報格納部に格納するようにした装置
であり、上記音声情報格納部に結合された通信回
線への呼びに自動応答して、気象現況報を送出す
ることにより、利用者は遠隔地の気象現況を即座
に、しかも客観的な内容で知ることができる。こ
のことは、気象観測者のいない飛行場、高速道
路、ダムサイド等の運用データとしての気象現況
を基地で随時かつ即時に知ることができ、更にコ
ンピユータに接続して自動的に各種の運用指示を
行なえるという効果がある。
Furthermore, the device assembles current weather information including the current weather by voice synthesis, and stores this in the voice information storage unit while updating old data at set times, and is connected to the voice information storage unit. By automatically answering calls to a communication line and sending out current weather reports, users can instantly and objectively know the current weather conditions in remote areas. This means that the base can immediately and at any time know the current weather conditions as operational data for airports, expressways, dam sides, etc. where there are no weather observers, and can also connect to a computer and automatically issue various operational instructions. It has the effect of

また、ある範囲の地域、例えば一町村内の複数
地点にそれぞれ各測定器101〜109及び各変
換器201〜209で構成される部分を設置し、
マイコン3、音声情報送出部4及びプリンタ6で
構成される部分を当該町または村役場に設置すれ
ば、利用者は町または村役場に電話をすることに
よつて一町村地域内の気象現況を知るようにする
ことも可能である。
In addition, parts each consisting of the measuring instruments 101 to 109 and the converters 201 to 209 are installed at multiple points in a certain range of areas, for example, one town or village,
If the part consisting of the microcomputer 3, audio information transmitter 4, and printer 6 is installed at the town or village office, users can call the town or village office to find out the current weather conditions within one town or village. It is also possible to

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明の実施例に係る現在天気情報自
動通報システムのブロツク図、第2図は現在天気
の判定処理を示すフローチヤートである。 101〜109……各気象要素測定器、201
〜209……各気象要素変換器、3……マイクロ
コンピユータユニツト(マイコン)、301……
データ収集部、302……データ格納部、4……
音声情報送出部、401……音声合成回路、40
2……音声情報格納回路、403……ネツトワー
ク制御回路、5……通信回線(加入電話回線)、
6……プリンタ。
FIG. 1 is a block diagram of a current weather information automatic reporting system according to an embodiment of the present invention, and FIG. 2 is a flowchart showing current weather determination processing. 101 to 109...Each meteorological element measuring device, 201
~209...Each meteorological element converter, 3...Microcomputer unit (microcomputer), 301...
Data collection unit, 302... Data storage unit, 4...
Audio information sending unit, 401...Speech synthesis circuit, 40
2...Audio information storage circuit, 403...Network control circuit, 5...Communication line (subscription telephone line),
6...Printer.

Claims (1)

【特許請求の範囲】 1 各種気象要素を継続して測定して得た現時点
での測定データと、各種気象要素毎に測定データ
をシフトさせながら蓄積することにより得た現時
点を遡る一定時間分の新たな蓄積測定データとを
常時保持するようにし、該保持した測定データの
組み合わせに基づいて、設定時間間隔で定められ
た判定時刻の到来毎に現在天気を判定して、前の
判定時刻での判定結果を新たな判定時刻での判定
結果で更新することにより、常時最新の現在天気
情報を保持するようにした現在天気自動判定方
式。 2 各種気象要素を継続して測定する各種測定器
と、該各種測定器からの測定データを収集するデ
ータ収集部と、現時点での測定データ及び既に蓄
積済みの測定データをシフトさせながら、上記デ
ータ収集部で収集した新たな測定データを蓄積す
ることにより得た各種気象要素毎の現時点を遡る
一定時間分の測定データとを保持するデータ格納
部と、該データ格納部に保持されたデータの組み
合わせに基づいて、設定時間間隔で定められた判
定時刻の到来毎に現在天気を判定するマイクロコ
ンピユータと、該マイクロコンピユータでの判定
結果を音声合成する音声合成部と、前の判定時刻
での現在天気情報を上記音声合成部から送付され
る新たな現在天気情報で更新することにより、常
時最新の現在天気情報を保持する音声情報格納部
と、該音声情報格納部に通信回線を結合するネツ
トワーク制御部でなる気象現況報自動判定通報シ
ステム。
[Claims] 1. Current measurement data obtained by continuously measuring various weather elements, and data for a certain period of time going back to the current time obtained by shifting and accumulating measurement data for each weather element. Based on the combination of the stored measurement data, the current weather is determined every time a determination time determined at a set time interval arrives, and the current weather is determined at the previous determination time. An automatic current weather judgment method that maintains the latest current weather information at all times by updating the judgment result with the judgment result at a new judgment time. 2 Various measuring instruments that continuously measure various meteorological elements, a data collection unit that collects measurement data from the various measuring instruments, and the above-mentioned data while shifting current measurement data and already accumulated measurement data. A combination of a data storage unit that holds measurement data for a certain period of time going back to the current time for each weather element obtained by accumulating new measurement data collected by the collection unit, and the data held in the data storage unit. a microcomputer that determines the current weather based on the arrival of a determination time determined at a set time interval; a speech synthesis unit that synthesizes the determination result of the microcomputer into speech; An audio information storage unit that always maintains the latest current weather information by updating the information with new current weather information sent from the audio synthesis unit; and a network control that connects a communication line to the audio information storage unit. Automatic judgment and reporting system for current weather conditions.
JP10559587A 1987-04-28 1987-04-28 System for automatic decision of present weather and system for automatic decision and message of present meteorological condition information Granted JPS63271189A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP10559587A JPS63271189A (en) 1987-04-28 1987-04-28 System for automatic decision of present weather and system for automatic decision and message of present meteorological condition information

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP10559587A JPS63271189A (en) 1987-04-28 1987-04-28 System for automatic decision of present weather and system for automatic decision and message of present meteorological condition information

Publications (2)

Publication Number Publication Date
JPS63271189A JPS63271189A (en) 1988-11-09
JPH0441956B2 true JPH0441956B2 (en) 1992-07-09

Family

ID=14411852

Family Applications (1)

Application Number Title Priority Date Filing Date
JP10559587A Granted JPS63271189A (en) 1987-04-28 1987-04-28 System for automatic decision of present weather and system for automatic decision and message of present meteorological condition information

Country Status (1)

Country Link
JP (1) JPS63271189A (en)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP4005358B2 (en) * 1999-08-24 2007-11-07 積水樹脂株式会社 Self-luminous road sign system
CN103217725A (en) * 2012-01-19 2013-07-24 数伦计算机技术(上海)有限公司 Meteorological data collecting system

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5710900A (en) * 1980-06-24 1982-01-20 Matsushita Electric Ind Co Ltd Snowfall measuring device
JPS57173777A (en) * 1981-04-17 1982-10-26 Fujiya:Kk Weather forecasting device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5710900A (en) * 1980-06-24 1982-01-20 Matsushita Electric Ind Co Ltd Snowfall measuring device
JPS57173777A (en) * 1981-04-17 1982-10-26 Fujiya:Kk Weather forecasting device

Also Published As

Publication number Publication date
JPS63271189A (en) 1988-11-09

Similar Documents

Publication Publication Date Title
US5848378A (en) System for collecting and presenting real-time weather information on multiple media
US7421344B1 (en) System and method for presenting personalized weather information and the like
US7720606B2 (en) Generation and distribution of personalized multimedia natural phenomenological information
JPH077769A (en) Meteorological information obtaining method utilizing interactive catv system and weather forecasting method based on the meteorological information
US5568385A (en) Software system for collecting and displaying weather information
US8832121B2 (en) Location-based data communications system and method
WO2001080129A1 (en) System and method for providing personalized weather reports and the like
US20040080430A1 (en) Method and system for delivering location dependent severe weather information
US6983154B2 (en) Data distribution system
EP1674889A1 (en) Technique for creating, directing, storing and automatically delivering a message to an intended recipient based on climatic conditions
US20010030624A1 (en) Individualized, location specific weather forecasting system
FR2893717A1 (en) Weather station, e.g. consumer weather station, for locally measuring e.g. pressure, has sensor, where station has unit exchanging data with remote server and mobile telephone by using global system for mobile communication type network
WO2008148649A1 (en) Weather prediction system
US20060000286A1 (en) Self-correcting barometer and/or altimeter
JPH0441956B2 (en)
Keoduangsine et al. A GPRS-based data collection and transmission for flood warning system: The case of the lower Mekong river basin
JPH11237483A (en) Meteorological information processor
Brasnett A global analysis of sea surface temperature for numerical weather prediction
WO2001008121A1 (en) Real time information supplying method utilizing relay sites for mobile communications
JP2005207863A (en) Weather observation system
JPH11328189A (en) Automatically selecting processor of inputted data
JP2002112339A (en) Information distribution method
CN2339997Y (en) Meteorological data automatic collecting and broadcasting apparatus
JP2000138978A (en) Meteorological observation network system
JP2005207905A (en) Timepiece with functions of weather prediction and of alarm sounding adjustment

Legal Events

Date Code Title Description
R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

EXPY Cancellation because of completion of term