CN107121991B - A kind of intelligent humidity control method based on region division - Google Patents
A kind of intelligent humidity control method based on region division Download PDFInfo
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- CN107121991B CN107121991B CN201710397850.3A CN201710397850A CN107121991B CN 107121991 B CN107121991 B CN 107121991B CN 201710397850 A CN201710397850 A CN 201710397850A CN 107121991 B CN107121991 B CN 107121991B
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D22/00—Control of humidity
- G05D22/02—Control of humidity characterised by the use of electric means
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Abstract
The intelligent humidity control method based on region division that the invention discloses a kind of, comprising the following steps: target area S1, is divided into multiple subregions, is denoted as A1、A2、A3……An；S2, acquisition A1、A2、A3……AnHumidity in region, is denoted as W1、W2、W3……Wn；S3, to A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, and based on the analysis results to A1、A2、A3……AnHumidity in region is adjusted.The present invention carries out region division to the region for needing to carry out humidity regulation first, then the humidity information in different zones is acquired respectively, the actual humidity information humidity range corresponding with the region in single region is compared again, it is finally that damping strategy is formulated in the region according to comparison result, improve the specific aim and effect of humidity regulation, humidity regulation is carried out to the areas adjacent region simultaneously, the speed for accelerating target area humidity regulation, further increases the effect and efficiency of target area humidity regulation.
Description
Technical field
The present invention relates to humidity grading control technical field more particularly to a kind of intelligent humidity controls based on region division
Method processed.
Background technique
Relative air humidity is the key factor for influencing production and living environment.In different application scenarios, to humidity
Requirement it is also not identical.For example, when moisture management is applied to the field of warehouse item storage, due to the object of different location other side
Product are different, and the function of different articles is different with effect, and the requirement to humidity is not also identical, then needs the humidity to different location
It is individually detected and is considered, so that the result of humidity regulation is more matched with practical application scene.For another example, work as moisture management
When being applied in house, requirement of the different locations to humidity be not also identical between toilet, room, kitchen, storage etc., if sharp at this time
Humidity regulation is carried out to entire house with conventional humidity regulation method, is not only difficult to ensure the effect of humidity regulation, but also
The problem that humidity regulation speed is slow, effect is undesirable can be caused since the area of residence is larger, region is more, while will also result in money
The problem of source wastes.Based on the above situation, existing humidity regulation method it is not strong to the specific aim of humidity regulation, it is intelligent compared with
It is low, it is difficult to be adapted to the demand in people's production and life to humidity regulation, not can guarantee people's production and life offer is comfortable
Humidity environment.
Summary of the invention
Technical problems based on background technology, the intelligent humidity control based on region division that the invention proposes a kind of
Method processed.
Intelligent humidity control method proposed by the present invention based on region division, comprising the following steps:
S1, target area is divided into multiple subregions, is denoted as A1、A2、A3……An；
S2, acquisition A1、A2、A3……AnHumidity in region, is denoted as W1、W2、W3……Wn；
S3, to A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, and right based on the analysis results
A1、A2、A3……AnHumidity in region is adjusted.
Preferably, step S3 is specifically included:
Respectively multiple subregions are preset with suitable humidity range, are denoted as [W1min,W1max]、[W2min,W2max]、[W3min,
W3max]……[Wnmin,Wnmax]；
To A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, works as Wj≤aWjminWhen, to AjRegion
Start the first damping mode, and to AjThe adjacent region A in regioni、Ak……AxStart the second damping mode；
Work as Wj≥bWjmaxWhen, to AjRegion starts third damping mode, and to AjThe adjacent region A in regioni、Ak……Ax
Start the 4th damping mode；
Under the first damping mode, AjThe corresponding j moisture adjustment module in region is aerated operation, and j humidity regulation mould
The operating power of block remains P1；Under the second damping mode, Ai、Ak……AxCorresponding i, k ... x the humidity regulation mould in region
Block is aerated operation, and the operating power of i, k ... x moisture adjustment module remains P2；
Under third damping mode, AjThe corresponding j moisture adjustment module in region is aerated and heating operation, and j humidity
The operating power of adjustment module remains P1；Under the 4th damping mode, Ai、Ak……AxCorresponding i, k ... x humidity in region
Adjustment module is aerated and heating operation, and the operating power of i, k ... x moisture adjustment module remains P2；
Wherein, 0 < a < 1, bWjmax > aWjmin, 1≤j≤n, P1>P2。
Preferably, step S3 further include:
Respectively multiple subregions are preset with standard humidity range, are denoted as [W10,W11]、[W20,W21]、[W30,W31]……
[Wn0,Wn1]；
Work as Wj0≤Wj≤Wj1When, by Aj、Ai、Ak……AxCorresponding j, i, k ... x moisture adjustment module in region is adjusted to
Stop working state.
Preferably, step S2 is specifically included:
Equipped with n humidity detecting module, n humidity detecting module and A1、A2、A3……AnRegion corresponds, and n wet
Degree detection module is respectively used to acquisition A1、A2、A3……AnHumidity information in region, any one humidity detecting module include more
The installation site of a humidity sensor, multiple humidity sensors is all different.
The present invention carries out region division to the region for needing to carry out humidity regulation first, then acquires in different zones respectively
Humidity information, then the actual humidity information humidity range corresponding with the region in single region is compared, last root
It is that damping strategy is formulated in the region according to comparison result, improves the specific aim and effect of humidity regulation, while to the areas adjacent area
Domain carry out humidity regulation, accelerate target area humidity regulation speed, further increase target area humidity regulation effect and
Efficiency.Specifically: the present invention is that each single region is set with suitable humidity range, is carried out to the humidity in single region
When analysis, when the humidity in the region overruns, then different damping strategies is used, according to the actual situation with targetedly
Humidity regulation is carried out to target area；To the areas adjacent when humidity value of the present invention in target area deviates preset range simultaneously
Region equally carries out humidity regulation, within a short period of time adjust the humidity value in target area to the general level of the health, not only
The specific aim of humidity regulation is improved, and ensure that the timeliness of humidity regulation.Further, the present invention sets that there are two types of different
Operating mode the damping strategy in target area and close-proximity target zone region controlled, pass through different Working moulds
Formula reinforces the regulating effect to humidity in target area, improves the precision of humidity regulation in target area, provides for user strong
The humidity environment of Kang Shiyi.
Detailed description of the invention
Fig. 1 is a kind of step schematic diagram of intelligent humidity control method based on region division.
Specific embodiment
As shown in FIG. 1, FIG. 1 is a kind of intelligent humidity control methods based on region division proposed by the present invention.
Referring to Fig.1, the intelligent humidity control method proposed by the present invention based on region division, comprising the following steps:
S1, target area is divided into multiple subregions, is denoted as A1、A2、A3……An；By the way that target area is divided into
Multiple zonules can reduce the range of humidity collection, to improve the acquisition precision to humidity value in each cell domain.
S2, acquisition A1、A2、A3……AnHumidity in region, is denoted as W1、W2、W3……Wn；In present embodiment, it is equipped with n
A humidity detecting module, n humidity detecting module and A1、A2、A3……AnRegion corresponds, n humidity detecting module difference
For acquiring A1、A2、A3……AnHumidity information in region, for each sub-regions set a humidity detecting module come into
Row Humidity Detection can effectively guarantee the accuracy of Humidity Detection result；Meanwhile any one humidity detecting module includes multiple
The installation site of humidity sensor, multiple humidity sensors is all different, and passes through different location in acquisition each cell domain
Humidity value calculates the actual humidity value in the region based on the humidity value of above-mentioned different location, further improves
The accuracy that actual humidity value in each cell domain is acquired.
S3, to A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, and right based on the analysis results
A1、A2、A3……AnHumidity in region is adjusted.
Step S3 is specifically included:
Respectively multiple subregions are preset with suitable humidity range, are denoted as [W1min,W1max]、[W2min,W2max]、[W3min,
W3max]……[Wnmin,Wnmax]；
To A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, works as Wj≤aWjminWhen, show AjArea
The actual humidity value in domain deviates from the preset humidity range in the region, at this time to AjRegion starts the first damping mode, i.e. AjRegion
Corresponding j moisture adjustment module is aerated operation, and the operating power of j moisture adjustment module remains P1, and to AjRegion phase
Adjacent region Ai、Ak……AxStart the second damping mode, i.e. Ai、Ak……AxCorresponding i, k ... x moisture adjustment module in region
It is aerated operation, and the operating power of i, k ... x moisture adjustment module remains P2；Work as AjActual humidity value is relatively low in region
When, show that air is more dry in the region, for AjHumidity in region is adjusted, and is carried out using j moisture adjustment module
Ventilation operation, and the operating power of j moisture adjustment module is larger, puts forth effort to improve AjHumidity in region, meanwhile, utilize AjRegion
Adjacent Ai、Ak……AxCorresponding i, k ... x moisture adjustment module in region is aerated operation, and i, k ... x humidity regulation
Module is worked using lesser operating power, is on the one hand prevented to Ai、Ak……AxHumidity in region impacts, another party
Face can be assisted to AjHumidity in region is adjusted, to reach ideal humidity regulation effect；
Work as Wj≥bWjmaxWhen, show AjThe actual humidity value in region is higher, for by AjActual humidity value adjustment in region
To optimum range, at this time to AjRegion starts third damping mode, i.e. AjThe corresponding j moisture adjustment module in region is aerated
And heating operation, and the operating power of j moisture adjustment module remains P1, and to AjThe adjacent region A in regioni、Ak……AxIt opens
Dynamic 4th damping mode, i.e. Ai、Ak……AxCorresponding i, k ... x moisture adjustment module in region is aerated and heating operation,
The operating power of and i, k ... x moisture adjustment module remains P2；Work as AjWhen actual humidity value is higher in region, show the region
Interior air is more moist, to adjust the actual humidity value in the region to the general level of the health, is led to using j moisture adjustment module
Wind and heating operation, to accelerate the humidity value regulated efficiency in the region, and the operating power of j moisture adjustment module is larger,
Power improves AjHumidity in region, meanwhile, utilize AjThe adjacent A in regioni、Ak……AxCorresponding i, k ... x humidity regulation in region
Module is aerated and heating operation, and i, k ... x moisture adjustment module are worked using lesser operating power, can be effectively
Assist j moisture adjustment module to AjHumidity in region is adjusted, and is being accelerated to AjIt is mentioned on the basis of the humidity regulation speed of region
Height is to AjThe effect of region humidity regulation；
Wherein, 0 < a < 1, bWjmax > aWjmin, 1≤j≤n, P1>P2。
During humidity regulation, idle work, step are caused to avoid the moisture adjustment module in work from continuing sex work
S3 further include:
Respectively multiple subregions are preset with standard humidity range, are denoted as [W10,W11]、[W20,W21]、[W30,W31]……
[Wn0,Wn1]；
Work as Wj0≤Wj≤Wj1When, show AjActual humidity in region has been adjusted to standard humidity range, at this time for
The waste for avoiding resource, by Aj、Ai、Ak……AxCorresponding j, i, k ... x moisture adjustment module in region is adjusted to stop working
State, and the operation is conducive to Aj、Ai、Ak……AxActual humidity value in region is maintained within the scope of stable health.
Present embodiment carries out region division to the region for needing to carry out humidity regulation first, then acquires not same district respectively
Humidity information in domain, then the actual humidity information humidity range corresponding with the region in single region is compared, most
It is afterwards that damping strategy is formulated in the region according to comparison result, improves the specific aim and effect of humidity regulation, while attached to the region
Near field carries out humidity regulation, accelerates the speed of target area humidity regulation, further increases the effect of target area humidity regulation
Fruit and efficiency.Specifically: present embodiment is that each single region is set with suitable humidity range, in single region
When humidity is analyzed, when the humidity in the region overruns, then different damping strategies is used according to the actual situation, with
Humidity regulation targetedly is carried out to target area；When humidity value of the present embodiment in target area deviates preset range simultaneously
Humidity regulation is equally carried out to the areas adjacent region, within a short period of time adjust the humidity value in target area to strong
Kang Shuiping, not only increases the specific aim of humidity regulation, and ensure that the timeliness of humidity regulation.Further, this implementation
Mode controls the damping strategy in target area and close-proximity target zone region equipped with two different operating modes,
Reinforce the regulating effect to humidity in target area by different operating modes, improves the essence of humidity regulation in target area
Degree provides health suitable humidity environment for user.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (3)
1. a kind of intelligent humidity control method based on region division, which comprises the following steps:
S1, target area is divided into multiple subregions, is denoted as A1、A2、A3……An；
S2, acquisition A1、A2、A3……AnHumidity in region, is denoted as W1、W2、W3……Wn；
S3, to A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, and based on the analysis results to A1、A2、
A3……AnHumidity in region is adjusted；
Step S3 is specifically included:
Respectively multiple subregions are preset with suitable humidity range, are denoted as [W1min,W1max]、[W2min,W2max]、[W3min,
W3max]……[Wnmin,Wnmax]；
To A1、A2、A3……AnHumidity W in region1、W2、W3……WnIt is analyzed, works as Wj≤aWjminWhen, to AjRegion starting
First damping mode, and to AjThe adjacent region A in regioni、Ak……AxStart the second damping mode；
Work as Wj≥bWjmaxWhen, to AjRegion starts third damping mode, and to AjThe adjacent region A in regioni、Ak……AxStarting the
Four damping modes；
Under the first damping mode, AjThe corresponding j moisture adjustment module in region is aerated operation, and the work of j moisture adjustment module
The rate of doing work remains P1；Under the second damping mode, Ai、Ak……AxCorresponding i, k ... x moisture adjustment module in region carries out
Ventilation operation, and the operating power of i, k ... x moisture adjustment module remains P2；
Under third damping mode, AjThe corresponding j moisture adjustment module in region is aerated and heating operation, and j humidity regulation mould
The operating power of block remains P1；Under the 4th damping mode, Ai、Ak……AxCorresponding i, k ... x the humidity regulation mould in region
Block is aerated and heating operation, and the operating power of i, k ... x moisture adjustment module remains P2；
Wherein, 0 < a < 1, bWjmax > aWjmin, 1≤j≤n, P1>P2。
2. the intelligent humidity control method according to claim 1 based on region division, which is characterized in that step S3 is also
Include:
Respectively multiple subregions are preset with standard humidity range, are denoted as [W10,W11]、[W20,W21]、[W30,W31]……[Wn0,
Wn1]；
Work as Wj0≤Wj≤Wj1When, by Aj、Ai、Ak……AxCorresponding j, i, k ... x moisture adjustment module in region is adjusted to stop
Working condition.
3. the intelligent humidity control method according to claim 1 based on region division, which is characterized in that step S2 tool
Body includes:
Equipped with n humidity detecting module, n humidity detecting module and A1、A2、A3……AnRegion corresponds, n Humidity Detection
Module is respectively used to acquisition A1、A2、A3……AnHumidity information in region, any one humidity detecting module include multiple humidity
The installation site of sensor, multiple humidity sensors is all different.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108157146A (en) * | 2017-12-27 | 2018-06-15 | 定远县宏源农业机械有限公司 | A kind of regulation and control method of intelligence drainage and irrigation equipment |
| CN110445059B (en) * | 2019-07-17 | 2021-06-22 | 中节能（合肥）可再生能源有限公司 | Dehumidification method for cable trench |
| CN110394035A (en) * | 2019-07-17 | 2019-11-01 | 中节能（合肥）可再生能源有限公司 | A kind of cable duct continues dehumanization method |
| CN111833211A (en) * | 2020-07-29 | 2020-10-27 | 江苏天水灌排设备有限公司 | Method for regulating and controlling intelligent irrigation and drainage equipment |
| CN115993856B (en) * | 2023-03-22 | 2023-06-06 | 新立讯科技股份有限公司 | Multi-region environmental condition management and control method and system for factory building |
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