CN201138511Y

CN201138511Y - Communication command apparatus for artificially influencing weather

Info

Publication number: CN201138511Y
Application number: CNU2007200260822U
Authority: CN
Inventors: 邢建平; 胡晓健; 张德敬; 周军; 邱雪梅
Original assignee: Jinan Jossinfo Intelligence Science & Technology Co Ltd
Current assignee: Jinan Jossinfo Intelligence Science & Technology Co Ltd
Priority date: 2007-08-30
Filing date: 2007-08-30
Publication date: 2008-10-22
Anticipated expiration: 2017-08-30

Abstract

A communication command device which manually affects the weather belongs to a monitoring command device and mainly solves the problem that the emission of a rain making bomb is restrained by the distance and the accuracy; the communication command device which manually affects the weather is characterized by including a fixed point terminal module, a movable point terminal module, a moving point communication server module and an manual rain increasing rocket emission client terminal module. The utility model carries out collection on the emission result of the emission process of the rain making bomb by carrying out monitoring on the process; thereby realizing the operation of a rain making system under a normal state to reach fast rain making and leading the emission command of each rain making bomb to be accurate with no errors.

Description

A kind of Weather modification communicating and directing device

Technical field

The utility model belongs to the control and command device, specifically a kind of Weather modification communicating and directing device.

Background technology

The national economy fast development is constantly risen to the requirement of weather conditions.In order to guarantee the stable of economic development, reduce the influence of weather to China's agricultural, city, China just brings into use the method for rainmaking to influence weather in the latter stage fifties, and control and the development of robotization make the also simple and efficient more and more of rocket launching of increasing rain artificially, and China has had the area, many places to adopt the rocket launching supervisory system of increasing rain artificially.

The emission of rainmaking bullet is subjected to the distance and the restriction of accuracy.Each launch site may be that range control center is far away, may be to be in to move, and this just requires not to be subjected to distance limit on order transmits.Simultaneously the firing order of rainmaking bullet requires to appear at mistake on geographic position, target location, the T/A, the accuracy of this rocket launching information transmission that will guarantee to increase rain artificially.

The utility model content

The purpose of this utility model is to solve China's rainmaking and lacks effective monitoring means, the requirement that can not satisfy rainmaking to be subjected to time, space, control rule and communication mechanism constraint and can't improve promptness and accuracy, can not solve the assurance problem of the rainmaking supervision of some countries and regions effectively, Weather modification communicating and directing device is provided.

The technical solution of the utility model is: a kind of Weather modification communicating and directing device, comprise the point of fixity terminal module, and monitor fixedly rainmaking bullet launch site, transmit rainmaking firing order information; The transfer point terminal module transmits rainmaking firing order information to moving vehicle, obtains the pictures taken of moving vehicle present position; Transfer point communication server module is transmitted the information, the rainmaking firing order that collect with the transmission moving vehicle; The rocket launching client modules of increasing rain artificially shows the real time monitoring image of point of fixity, the pictures taken of transfer point and the rocket launching synchronous device of increasing rain artificially control; Described point of fixity terminal module comprises gps data acquisition module, Serial Port Information processing module and LED information display module; Described transfer point terminal module comprises gps data acquisition module, GPRS communications module and LED information display module; Described transfer point communication server module comprises transfer point end message receiving processing module and information forwarding module; The described rocket launching client modules of increasing rain artificially comprises communication module, point of fixity image display, transfer point picture display module and rainmaking bullet firing order input/output module.

The beneficial effects of the utility model are: monitor by the emission process to the rainmaking bullet, its emission results is gathered, thereby realize that the artificial rain system moves under normal condition, reach rapid artificial rainfall, and the firing order of each rainmaking bullet is all accurate.

Description of drawings

Fig. 1 is the structural representation of the supervisory system of the rocket launching of increasing rain artificially provided by the utility model.

Fig. 2 is the structural representation of point of fixity terminal module provided by the utility model.

Fig. 3 is the structural representation of transfer point terminal module provided by the utility model.

Fig. 4 is the structural representation of transfer point communication server module provided by the utility model.

Fig. 5 is the structural representation of the rocket launching client modules of increasing rain artificially provided by the utility model

Fig. 6 is an embodiment process flow diagram of rainmaking bullet emission provided by the utility model.

Embodiment

A kind of rocket launching synchronous device of increasing rain artificially as shown in Figure 1, comprising: point of fixity terminal module 100, monitor fixedly rainmaking bullet launch site, and transmit rainmaking firing order information; Transfer point terminal module 200 transmits rainmaking firing order information to moving vehicle, obtains the pictures taken of moving vehicle present position; Transfer point communication server module 300 is transmitted the information, the rainmaking firing order that collect with the transmission moving vehicle; The rocket launching client modules 400 of increasing rain artificially shows the real time monitoring image of point of fixity, the pictures taken of transfer point and the rocket launching synchronous device of increasing rain artificially control.

As shown in Figure 2, wherein said point of fixity terminal module 100 is provided with: gps data acquisition module 101, gather the GMT (Greenwich mean time) calibration information, and show local gps time in real time; Serial Port Information processing module 102 links to each other with the described rocket launching client 400 of increasing rain artificially, and receives the command information with response control center; LED information display module 103 shows the rainmaking order of the control center that receives.

As shown in Figure 3, wherein said transfer point terminal module 200 is provided with: gps data acquisition module 201, geographical location information, the GMT (Greenwich mean time) calibration information of collection moving vehicle; GPRS communications module 202 links to each other with the described transfer point communication server 300, and the transmission pictorial information that transfer point collected receives the rainmaking order that transmits via transfer point communication server module from control center; LED information display module 203 shows the rainmaking order of the control center that receives.

As shown in Figure 4, the wherein said transfer point communication server 300 is provided with: transfer point end message receiving processing module 301, link to each other with a plurality of described transfer point terminals 200, and the transfer point end message is transmitted and sends; Information forwarding module 302 links to each other with the described rocket launching client 400 of increasing rain artificially, and transmits the information of transfer point collection and the transmission order of control center.

As shown in Figure 5, the wherein said rocket launching client 400 of increasing rain artificially is provided with: communication module 401, link to each other with all point of fixity terminal 100 with the described transfer point communication server 300, and transmit the order and the object information thereof of various emission rainmaking bullets; Point of fixity image display 402 shows the point of fixity image; Transfer point picture display module 403 shows the transfer point picture; Rainmaking bullet firing order input/output module 404, the result of the command parameter of input emission rainmaking bullet and output emission rainmaking bullet.

Fig. 6 is the embodiment process flow diagram of rocket launching synchronous device of increasing rain artificially.Described rainmaking bullet firing order data processing method to rainmaking bullet firing order handle, the generated data bag is specially with the increase rain artificially step of rocket launching of indication rainmaking bullet launching site:

Steps A, the start time and the time restriction of input launch mission;

Step B, the emission quantity of the rainmaking bullet of input launch mission;

Step C, the longitude and latitude and the height of input target cloud layer;

Step D, obtain need emission rainmaking bullet have a few;

Step e, all need launch the position angle and the elevation angle of the point of rainmaking bullet relatively to calculate the target cloud layer;

Step F, send the launch mission order, be specially with the start time of steps A, B and the resulting launch mission of E position angle and the elevation angle synthetic rainmaking bullet firing order packet relative, send to each point of fixity and the transfer point communication server by described communication module 403 with quantity, the target cloud layer of time restriction, launch mission;

After launch mission sends, can also synthesize another command packet, wherein only contain and end the launch mission command code, send the order that stops to launch the rainmaking bullet to the point of fixity or the transfer point of artificial selection;

Step G launches if desired in the point of rainmaking and comprises transfer point, and command packet will send to the described transfer point communication server 300 earlier so, be transmitted to the transfer point terminal again;

Step H, after the transfer point terminal receives the rainmaking command packet of transfer point communication server forwarding, packet is handled, the start time and the time restriction of launch mission, the quantity of launch mission, the position angle and the elevation angle that the target cloud layer is relative are presented on the LED display.

Step I, in the transfer point terminal, through the manual confirmation task action result, synthetic task action result packet;

Step J, the task action result packet is transmitted to the rocket launching client of increasing rain artificially through the transfer point communication server;

Step K is launched if desired in the point of rainmaking and is comprised point of fixity, and command packet is just issued the corresponding mobile point terminal so; After the point of fixity terminal receives the rainmaking command packet of transfer point communication server forwarding, packet is handled, the start time and the time restriction of launch mission, the quantity of launch mission, the position angle and the elevation angle that the target cloud layer is relative are presented on the LED display.

Step L, in the point of fixity terminal, through the manual confirmation task action result, synthetic task action result packet;

Step M, the rocket launching client of increasing rain artificially receives the task action result packet that feeds back from each point of fixity terminal and transfer point terminal, and it is handled, and execution result is presented on the client end interface.

Claims

1, a kind of Weather modification communicating and directing device is characterized in that: comprise that the point of fixity terminal module links to each other with the rocket launching client modules of increasing rain artificially; The transfer point terminal module links to each other with the rocket launching client modules of increasing rain artificially by transfer point communication server module;

Described point of fixity terminal module comprises point of fixity gps data acquisition module, reaches the Serial Port Information processing module and the point of fixity LED information display module that link to each other with the gps data acquisition module; Described Serial Port Information processing module links to each other with the described rocket launching client modules of increasing rain artificially;

Described transfer point terminal module comprises transfer point gps data acquisition module, reaches the GPRS communications module and the transfer point LED information display module that link to each other with the gps data acquisition module; Described GPRS communications module links to each other with described transfer point communication server module;

Described transfer point communication server module comprises transfer point end message receiving processing module and coupled information forwarding module; Described transfer point end message receiving processing module links to each other with a plurality of described transfer point terminal modules;

The described rocket launching client modules of increasing rain artificially comprises communication module, reaches coupled point of fixity image display, transfer point picture display module and rainmaking bullet firing order input/output module; Described communication module links to each other with the point of fixity terminal module with all transfer point communication server module.