阅读说明：本技术 一种局部气候调节方法及其调节系统 (Local climate adjusting method and adjusting system thereof ) 是由 徐维林 阮明波 宋平 宫雪 杨吉 于 2020-04-24 设计创作，主要内容包括：本发明涉及一种局部气候调节方法及其调节系统,属于气候调节系统技术领域。解决现有技术无法调节区域降水,导致区域降水量不均衡,旱涝不均的技术问题。本发明的局部气候调节方法根据降水云团的位置分布,人工对降水云团进行精准调控,进而实现水系空中运输。本发明的局部气候调节系统,包括：中央处理系统,监测系统,动力系统,及空中管道；中央处理系统负责整个调节系统的智能处理；监测系统用于水汽传输动力和压力监测、动力系统的能源监测、及空中管道的状态监测；动力系统用于提供水汽传输动力、及空中管道抬升动力；空中管道用于使云从降水云团一端输送至目标区域。各系统相互配合对降水云团进行精准调控,进而实现水系空中运输。(The invention relates to a local climate adjusting method and a local climate adjusting system, and belongs to the technical field of climate adjusting systems. The technical problems that regional precipitation cannot be adjusted in the prior art, so that regional precipitation is unbalanced and drought and waterlogging are uneven are solved. The local climate regulating method provided by the invention can be used for manually and accurately regulating and controlling the precipitation cloud cluster according to the position distribution of the precipitation cloud cluster, so that the water system air transportation is realized. The local climate conditioning system of the present invention comprises: the system comprises a central processing system, a monitoring system, a power system and an aerial pipeline; the central processing system is responsible for the intelligent processing of the whole regulating system; the monitoring system is used for monitoring water vapor transmission power and pressure, monitoring energy of the power system and monitoring the state of the aerial pipeline; the power system is used for providing water vapor transmission power and air pipeline lifting power; aerial pipes are used to transport the cloud from one end of the precipitation cloud to the target area. The systems are mutually matched to accurately regulate and control precipitation cloud clusters, and further water system air transportation is achieved.)

1. A method of local climate conditioning, comprising the steps of:

according to the position distribution of the precipitation cloud cluster, the precipitation cloud cluster is manually and accurately regulated and controlled, and further the water system air transportation is realized.

2. The method of local climate control according to claim 1, wherein one embodiment is:

step 1, after the central processing system processes the collected position of the precipitation cloud cluster and the water vapor transmission power and pressure monitored by the monitoring system, determining the power required by the power system;

step 2, lifting the aerial pipeline to the air by power provided by the power system, and enabling one end of the aerial pipeline to be close to the precipitation cloud cluster;

step 3, providing conveying power through a power system arranged in the aerial pipeline, and enabling the cloud to be transmitted in the aerial pipeline;

and 4, adjusting the length and the direction of the aerial pipeline according to the state of the aerial pipeline monitored by the monitoring system to enable an outlet at the other end of the aerial pipeline to be positioned in a target area, and further realizing water system aerial transportation.

3. A local climate conditioning system, comprising: the system comprises a central processing system, a monitoring system, a power system and an aerial pipeline;

the central processing system is responsible for the intelligent processing of the whole adjusting system, including information collection and processing;

the monitoring system is used for monitoring water vapor transmission power and pressure, monitoring energy of a power system and monitoring the state of an aerial pipeline;

the power system is used for providing water vapor transmission power and air pipeline lifting power;

the aerial pipes are used to transport the cloud from one end of the precipitation cloud to the target area.

4. The local climate control system according to claim 3, wherein the powered system comprises a plurality of hot air balloons and fans, the power provided by the hot air balloons being capable of lifting the aerial pipes; the power provided by the fan may cause the cloud to be transported in an aerial duct to a target area.

5. The local climate control system according to claim 4 wherein a plurality of hot air balloons are disposed outside the air duct and a plurality of fans are disposed within the air duct corresponding to the location of the hot air balloons.

6. The local climate control system of claim 3, wherein the aerial pipes are detachably assembled pipes, and the length of the aerial pipes is adjustable according to the distance between the precipitation cloud and the target area.

7. The local climate conditioning system according to claim 3, wherein the aerial conduit material is a lightweight high strength material.

8. The local climate control system according to any of claims 3-7, wherein the local climate control system is of the mobile or semi-fixed type.

Technical Field

The invention relates to the technical field of climate regulating systems, in particular to a local climate regulating method and a local climate regulating system.

Background

At present, in each region, due to uncertainty of climate, precipitation in different regions and different regions has great difference, and water resource shortage and drainage basin drought and flood disasters in some regions are frequent. Therefore, the method has an important role in realizing the climate control of water resources in the process of producing agricultural workers in regions. However, in the prior art, there is no method and system for adjusting the regional precipitation by a certain method, and a new method and system are urgently needed to be developed to adjust the imbalance of the regional precipitation.

Disclosure of Invention

The invention provides a local climate adjusting method and a local climate adjusting system, aiming at solving the technical problems of unbalanced regional precipitation and uneven drought and waterlogging caused by incapability of adjusting regional precipitation in the prior art.

In order to solve the technical problems, the technical scheme of the invention is as follows:

the invention provides a local climate regulating method, which comprises the following steps:

according to the position distribution of the precipitation cloud cluster, the precipitation cloud cluster is manually and accurately regulated and controlled, and further the water system air transportation is realized.

In the above technical solution, one specific implementation of the local climate control method is as follows:

step 1, after the central processing system processes the collected position of the precipitation cloud cluster and the water vapor transmission power and pressure monitored by the monitoring system, determining the power required by the power system;

step 2, lifting the aerial pipeline to the air by power provided by the power system, and enabling one end of the aerial pipeline to be close to the precipitation cloud cluster;

step 3, providing conveying power through a power system arranged in the aerial pipeline, and enabling the cloud to be transmitted in the aerial pipeline;

and 4, adjusting the length and the direction of the aerial pipeline according to the state of the aerial pipeline monitored by the monitoring system to enable an outlet at the other end of the aerial pipeline to be positioned in a target area, and further realizing water system aerial transportation.

The present invention also provides a local climate conditioning system comprising: the system comprises a central processing system, a monitoring system, a power system and an aerial pipeline;

the central processing system is responsible for the intelligent processing of the whole adjusting system, including information collection and processing;

the monitoring system is used for monitoring water vapor transmission power and pressure, monitoring energy of a power system and monitoring the state of an aerial pipeline;

the power system is used for providing water vapor transmission power and air pipeline lifting power;

the aerial pipes are used to transport the cloud from one end of the precipitation cloud to the target area.

In the technical scheme, the power system comprises a plurality of hot air balloons and fans, and the power provided by the hot air balloons can lift the aerial pipeline; the power provided by the fan may cause the cloud to be transported in an aerial duct to a target area.

In the technical scheme, a plurality of hot air balloons are arranged outside the aerial pipeline, and a plurality of fans corresponding to the hot air balloons are arranged in the aerial pipeline.

In the technical scheme, the aerial pipeline is a detachably assembled pipeline, and the length of the aerial pipeline can be adjusted according to the distance between the precipitation cloud cluster and the target area.

In the technical scheme, the aerial pipeline is made of light high-strength materials.

In the technical scheme, the local climate regulating system is divided into a movable type or a semi-fixed type.

The invention has the beneficial effects that:

the local climate regulating method provided by the invention aims at the climate of a target area, and the precipitation cloud cluster is manually and accurately regulated and controlled according to the position distribution of the precipitation cloud cluster, so that the intervention of manual work on the climate is realized, and the problem of uneven precipitation climate is solved.

The local climate regulating system provided by the invention accurately regulates and controls precipitation cloud clusters through the mutual cooperation of the central processing system, the monitoring system, the power system and the aerial pipeline, so that water system aerial transportation is realized.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

Fig. 1 is a schematic block diagram of the mobile local climate control system of the present invention.

Fig. 2 is a schematic block diagram of the semi-stationary local climate control system of the present invention.

FIG. 3 is a schematic diagram of the structure of the central processing system of the present invention.

Fig. 4 is a schematic diagram of the structure of the monitoring system of the present invention.

The reference numerals in the figures denote:

1-a central processing system, 2-a monitoring system, 3-a power system and 4-an aerial pipeline;

31-hot air balloon, 32-fan;

41-the first aerial conduit, 42-the second aerial conduit.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings.