CN104252767A - Natural disaster forecasting system for remote areas and forecasting method thereof - Google Patents
Natural disaster forecasting system for remote areas and forecasting method thereof Download PDFInfo
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- CN104252767A CN104252767A CN201410447809.9A CN201410447809A CN104252767A CN 104252767 A CN104252767 A CN 104252767A CN 201410447809 A CN201410447809 A CN 201410447809A CN 104252767 A CN104252767 A CN 104252767A
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Abstract
The invention discloses a natural disaster forecasting system for remote areas and a forecasting method thereof. The natural disaster forecasting system for remote areas comprises a dedicated early warning cell phone 1, a dedicated early warning cell phone 2, a dedicated early warning cell phone 3, a geological disaster early warning device, a local meteorological early warning system, an early warning computer, a GPRS (General Packet Radio Service) transmitting terminal, a base station, an antenna, a GPRS receiving terminal, an uninterruptible power supply 1, an uninterruptible power supply 2, an uninterruptible power supply 3, an uninterruptible power supply 4, a wind and solar generating set, a digital television, a DA (Digital-Analog) converter and an analog television. The early warning signals sent by the dedicated early warning cell phones, the local meteorological early warning system and the geological disaster early warning device can be timely transmitted to residential television screens at the remote areas, thus being favorable for timely keeping abreast of the news of natural disasters, and reducing casualties and property loss.
Description
Technical field
The present invention relates to a kind of disaster forecasting system, especially relate to a kind of disaster forecast system from far-off regions and forecasting procedure thereof.
Background technology
Remote districts information is relatively inaccessible, is again the district occurred frequently of the disasteies such as rubble flow, mountain torrents, heavy rain simultaneously.Existing disaster early warning major part issues disaster early warning information by special messenger by the mode of broadcast, also do not networked by the early warning signal issue sources such as local weather platform, geo-hazard early-warning device, present people thirst for a kind of disaster forecast system from far-off regions and solve problem in reality.
Summary of the invention
For the deficiencies in the prior art, the object of this invention is to provide a kind of disaster forecast system from far-off regions and forecasting procedure thereof.
The technical solution adopted for the present invention to solve the technical problems is: a kind of disaster forecast system from far-off regions, comprise that early warning is mobile phone dedicated 1, early warning be mobile phone dedicated 2, early warning is mobile phone dedicated 3, geo-hazard early-warning device, local weather platform early warning system, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, uninterrupted power source 1, uninterrupted power source 2, uninterrupted power source 3, uninterrupted power source 4, wind power solar genset, digital television, D/A converter, simulated television, early warning mobile phone dedicated 1, early warning mobile phone dedicated 2, early warning mobile phone dedicated 3, local weather platform early warning system, geo-hazard early-warning device is connected with early warning computer respectively, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, digital television is connected in turn and realizes signal unidirectional delivery, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, D/A converter, simulated television is connected in turn and realizes signal unidirectional delivery, uninterrupted power source 1 is connected with early warning computer, uninterrupted power source 2 is connected with GPRS transmitting terminal, uninterrupted power source 3 is connected with base station respectively with wind power solar genset, uninterrupted power source 4 is connected with GPRS receiving end.
A kind of forecasting procedure of disaster forecast system from far-off regions comprises the following steps:
1) the disaster forecaster in each place is distributed in after receiving various disaster information, by early warning is mobile phone dedicated, early warning information is transferred to early warning computer by the mode of note, when local weather platform monitors meteorological disaster, early warning information is transferred to early warning computer by local weather platform early warning system; Early warning information is transferred to early warning computer by the geo-hazard early-warning device being distributed in each geologic hazard district occurred frequently after monitoring geologic hazard signal;
2) early warning information that early warning connecting computer receives is launched by GPRS transmitting terminal, through base station, antenna, is received by GPRS receiving end;
3) early warning signal is sent on digital television and shows by GPRS receiving end, and early warning signal is sent to simulated television display through D/A converter by GPRS receiving end;
4) uninterrupted power source 1 provides power supply for early warning computer, and uninterrupted power source 2 provides power supply for GPRS transmitting terminal, and uninterrupted power source 3 and wind power solar genset provide power supply for base station, and uninterrupted power source 4 provides power supply for GPRS receiving end.
The invention has the beneficial effects as follows, the early warning signal that early warning is mobile phone dedicated, local weather platform early warning system, geo-hazard early-warning device send can be transferred in the TV screen of resident from far-off regions in time, be conducive to the message understanding disaster in time, reduce personnel and property loss.
Accompanying drawing explanation
Fig. 1 is the structural representation of disaster forecast system from far-off regions.
Embodiment
Below in conjunction with the detailed embodiments of the present invention of accompanying drawing:
As shown in Figure 1, a kind of disaster forecast system from far-off regions, comprise that early warning is mobile phone dedicated 1, early warning be mobile phone dedicated 2, early warning is mobile phone dedicated 3, geo-hazard early-warning device, local weather platform early warning system, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, uninterrupted power source 1, uninterrupted power source 2, uninterrupted power source 3, uninterrupted power source 4, wind power solar genset, digital television, D/A converter, simulated television, early warning mobile phone dedicated 1, early warning mobile phone dedicated 2, early warning mobile phone dedicated 3, local weather platform early warning system, geo-hazard early-warning device is connected with early warning computer respectively, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, digital television is connected in turn and realizes signal unidirectional delivery, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, D/A converter, simulated television is connected in turn and realizes signal unidirectional delivery, uninterrupted power source 1 is connected with early warning computer, uninterrupted power source 2 is connected with GPRS transmitting terminal, uninterrupted power source 3 is connected with base station respectively with wind power solar genset, uninterrupted power source 4 is connected with GPRS receiving end.
Early warning is mobile phone dedicated 1, early warning is mobile phone dedicated 2, the effect of early warning mobile phone dedicated 3 is the features utilizing mobile phone to be convenient for carrying, make disaster forecaster after receiving various disaster information, by early warning is mobile phone dedicated, early warning information can be transferred to early warning computer by the mode of note whenever and wherever possible, and it is on duty to be engraved in broadcasted values class room when not needing.
The mobile phone that early warning is mobile phone dedicated 1, early warning is mobile phone dedicated 2, early warning mobile phone dedicated 3 can select GSM, CDMA, WCDMA, TD-SCDMA, CDMA2000 network formats.
The effect of local weather platform early warning system is local weather platform when collecting meteorological disaster alarm, and early warning information is transferred to early warning computer by local weather platform early warning system.
The effect of geo-hazard early-warning device is to early warning computer by the geologic hazard Signal transmissions that detects.
The effect of D/A converter is that the digital signal that GPRS receiving end receives is converted to simulating signal to show on simulated television.
The effect of uninterrupted power source 1, uninterrupted power source 2, uninterrupted power source 3, uninterrupted power source 4 is for the electrical appliance of correspondence provides stable, continual electric power supply.
A kind of forecasting procedure of disaster forecast system from far-off regions comprises the following steps:
1) the disaster forecaster in each place is distributed in after receiving various disaster information, by early warning is mobile phone dedicated, early warning information is transferred to early warning computer by the mode of note, when local weather platform monitors meteorological disaster, early warning information is transferred to early warning computer by local weather platform early warning system; Early warning information is transferred to early warning computer by the geo-hazard early-warning device being distributed in each geologic hazard district occurred frequently after monitoring geologic hazard signal;
2) early warning information that early warning connecting computer receives is launched by GPRS transmitting terminal, through base station, antenna, is received by GPRS receiving end;
3) early warning signal is sent on digital television and shows by GPRS receiving end, and early warning signal is sent to simulated television display through D/A converter by GPRS receiving end;
4) uninterrupted power source 1 provides power supply for early warning computer, and uninterrupted power source 2 provides power supply for GPRS transmitting terminal, and uninterrupted power source 3 and wind power solar genset provide power supply for base station, and uninterrupted power source 4 provides power supply for GPRS receiving end.
After the invention process, the early warning signal that early warning is mobile phone dedicated, local weather platform early warning system, geo-hazard early-warning device send can be transferred in the TV screen of resident from far-off regions in time, be conducive to the message understanding disaster in time, reduce personnel and property loss.
Claims (2)
1. a disaster forecast system from far-off regions, it is characterized in that, comprise that early warning is mobile phone dedicated 1, early warning is mobile phone dedicated 2, early warning is mobile phone dedicated 3, geo-hazard early-warning device, local weather platform early warning system, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, uninterrupted power source 1, uninterrupted power source 2, uninterrupted power source 3, uninterrupted power source 4, wind power solar genset, digital television, D/A converter, simulated television, early warning mobile phone dedicated 1, early warning mobile phone dedicated 2, early warning mobile phone dedicated 3, local weather platform early warning system, geo-hazard early-warning device is connected with early warning computer respectively, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, digital television is connected in turn and realizes signal unidirectional delivery, early warning computer, GPRS transmitting terminal, base station, antenna, GPRS receiving end, D/A converter, simulated television is connected in turn and realizes signal unidirectional delivery, uninterrupted power source 1 is connected with early warning computer, uninterrupted power source 2 is connected with GPRS transmitting terminal, uninterrupted power source 3 is connected with base station respectively with wind power solar genset, uninterrupted power source 4 is connected with GPRS receiving end.
2. a forecasting procedure for a kind of disaster forecast system from far-off regions as claimed in claim 1, is characterized in that comprising the following steps:
1) the disaster forecaster in each place is distributed in after receiving various disaster information, by early warning is mobile phone dedicated, early warning information is transferred to early warning computer by the mode of note, when local weather platform monitors meteorological disaster, early warning information is transferred to early warning computer by local weather platform early warning system; Early warning information is transferred to early warning computer by the geo-hazard early-warning device being distributed in each geologic hazard district occurred frequently after monitoring geologic hazard signal;
2) early warning information that early warning connecting computer receives is launched by GPRS transmitting terminal, through base station, antenna, is received by GPRS receiving end;
3) early warning signal is sent on digital television and shows by GPRS receiving end, and early warning signal is sent to simulated television display through D/A converter by GPRS receiving end;
4) uninterrupted power source 1 provides power supply for early warning computer, and uninterrupted power source 2 provides power supply for GPRS transmitting terminal, and uninterrupted power source 3 and wind power solar genset provide power supply for base station, and uninterrupted power source 4 provides power supply for GPRS receiving end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410447809.9A CN104252767A (en) | 2014-09-04 | 2014-09-04 | Natural disaster forecasting system for remote areas and forecasting method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410447809.9A CN104252767A (en) | 2014-09-04 | 2014-09-04 | Natural disaster forecasting system for remote areas and forecasting method thereof |
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| CN104252767A true CN104252767A (en) | 2014-12-31 |
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| CN201410447809.9A Pending CN104252767A (en) | 2014-09-04 | 2014-09-04 | Natural disaster forecasting system for remote areas and forecasting method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104966383A (en) * | 2015-06-12 | 2015-10-07 | 江苏海事职业技术学院 | Composite protection-type warning system and method |
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Application publication date: 20141231 |