Environmental state adjusting system for promoting plant growth

Abstract

The invention relates to the technical field of environment control, in particular to an environment state adjusting system for promoting plant growth. Various environmental parameters in a planting zone of a plant are determined, and when the environmental parameters are abnormal, a plurality of associated parameters of corresponding environmental control equipment are calculated, so that a plurality of risk environmental control equipment with operation risks in the planting zone are determined; the temperature environment, the humidity environment or the illumination environment for plant growth in the planting subareas can be conveniently, safely and stably regulated and controlled; the processing scheme application is generated by determining the planting subareas of the risk environment control equipment, and the corresponding environment control equipment is input into the planting subareas needing to be processed, so that the environment parameters in the planting subareas are uninterruptedly controlled, the normal growth environment of plants is ensured, and the processing efficiency is improved. And the safety supervision of the planting partition and the environment control equipment is also realized.

Description

Technical Field

[0001] The invention relates to the technical field of environmental control, and in particular to an environmental state regulating system for promoting plant growth. Background Art

[0002] When plants grow in an indoor environment, corresponding environmental data is provided to the plants according to their growth stages to ensure that the plants can grow normally.

[0003] At present, the growth environment of plants is adjusted through corresponding environmental control equipment. Among them, if the environmental data is in an abnormal state, the abnormal state refers to an environment that does not meet the needs of plants, and the abnormal environmental data is temperature environmental data, humidity environmental data or light environmental data, then how to judge whether the environmental control equipment corresponding to the temperature environmental data, humidity environmental data or light environmental data is abnormal, and when the judgment result is clear, a large number of environmental control equipment with operating risks are pre-determined to ensure the normal growth environment of subsequent plants, and to achieve safe and stable regulation and control of the plant growth environment is a problem that needs to be solved;

[0004] Secondly, when the environmental control equipment with operating risks is determined, how to dispose of it and ensure that its corresponding plant environment area is not affected (i.e., normal growth) during the disposal process is also a problem that needs to be solved at present. Summary of the invention

[0005] In response to the above-mentioned determination existing in the prior art, the present invention provides an environmental state regulation system to promote plant growth, which can effectively solve the problem in the prior art that it is inconvenient to determine and deal with environmental control equipment with operating risks, thereby affecting the plant growth environment and it is inconvenient to regulate the growth environment.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions:

[0007] The present invention provides an environmental state regulating system for promoting plant growth, which at least comprises:

[0008] The plant status analysis module is used to determine the environmental parameters in the planting area that are in an abnormal state. The environmental parameters include at least the temperature index, humidity index and light index, and also include:

[0009] The abnormal operation monitoring module is used to obtain the environmental control device corresponding to the control planting partition and determine the operating status value of the environmental control device when the temperature index, humidity index and light index are abnormal, wherein:

[0010] The running state value is obtained by combining the internal state parameters and the external state parameters, where:

[0011] The internal state parameters are calculated based on the failure rate, load value, maintenance value and usage time;

[0012] The external state parameters are calculated based on the environmental value, the number of collisions and the pollution value;

[0013] Determine the risk environment control equipment and its corresponding planting partition according to the operating status value;

[0014] Also includes:

[0015] The optimization matching module is used to build a matching queue based on the risk environment control equipment and weather data, so as to allocate and apply the environment control equipment in the matching queue to the planting partition corresponding to the risk environment control equipment, thereby performing corresponding regulation on the environment corresponding to the temperature index, humidity index or light index in the planting partition.

[0016] Furthermore, the internal state parameter is obtained according to the following relationship:

[0017]

[0018] Wherein: Statu is the internal state parameter, GZ is the failure rate of the environmental control equipment, FZ is the load value of the environmental control equipment, WH is the maintenance value of the environmental control equipment, ST is the usage time, μ1, μ2, μ3 and μ4 are the corresponding weight coefficients, NGXa is the number of items, which is preset to 4, μT is the sum of μ1, μ2, μ3 and μ4, and μa is the constant correction coefficient.

[0019] Furthermore, the method for determining the maintenance value is:

[0020] Get the check difference jc;

[0021] Obtain the fault repair records of the environmental control equipment to obtain the duration of each fault repair, and calculate the total fault repair duration xs based on the time invested to the current time, based on:

[0022]

[0023] Among them, R1 and R2 are weight coefficients.

[0024] Furthermore, the load value FZ is determined by:

[0025] Obtain the standard temperature, standard humidity or standard illumination that the environmental control device needs to provide every day, calculate the difference between the daily weather temperature and the standard temperature, the difference between the daily weather temperature and the standard humidity, or the difference between the daily weather temperature and the standard illumination at the location of the planting zone, and count all the differences generated from the time when the environmental control device provides the standard temperature, standard humidity or standard illumination to the current time, and record them as the output load sf;

[0026] Obtain the single continuous operation load duration when the temperature threshold is reached during the operation of the environmental control device, collect the time between reaching the temperature threshold and being lower than the temperature threshold, and count all the load durations and record them as the temperature load duration wf;

[0027] Basis:

[0028]

[0029] In the formula, both k1 and k2 are weight coefficients, and the load value FZ is calculated therefrom.

[0030] Furthermore, the external state parameter is obtained according to the following relational expression:

[0031]

[0032] In the formula: Stbtu is the external state parameter, HJ is the environmental value, WZ is the turbidity value, PZ is the number of collisions, NGXb is the number of items, preset to 3, δ1, δ2, and δ3 are weight coefficients respectively, μG is the sum of δ1, δ2, and δ3, and μb is the constant correction coefficient.

[0033] Furthermore, obtain the risk operation status value FSt and compare it with the operation status value Stabu. If there is:

[0034] Stabu < FSt, it is determined that there is a risk of abnormal operation of the environmental control device. Therefore:

[0035] Calculate the operation status value for other environmental control devices to obtain the environmental control device greater than or equal to Stabu, and mark this environmental control device as a risk environmental control device.

[0036] When the risk environmental control device is generated, the management and control terminal assigns maintenance personnel to the risk environmental control device to determine the abnormal risk environmental control device and record it as the target environmental control device.

[0037] When the target environmental control device is determined:

[0038] Generate the corresponding maintenance and disposal plan, clarify the disposal time CT of this maintenance and disposal plan, and clarify the maximum time when the temperature index in the planting area is allowed to change and record it as the limit time XT. Thus:

[0039] If CT ≤ XT, execute this maintenance and disposal plan;

[0040] If CT > XT, then do not execute.

[0041] Furthermore, obtain the maintenance and disposal plan with CT > XT and its corresponding disposal time CT, and execute the following steps:

[0042] Based on the current time DT and the treatment time CT, the treatment estimated time YCT is obtained, and the time set [CT, YCT] is constructed;

[0043] Obtain weather data under the time set [CT, YCT], determine the planting partition whose temperature index, humidity index or light index required by the planting partition matches the weather data, and construct a matching queue for the matching planting partitions;

[0044] Obtain the coordinate position of the planting partition environment control device in the matching queue, obtain the coordinate position of the target environment control device, and clarify the path time generated by the coordinate position of the planting partition to the coordinate position of the target environment control device;

[0045] Combine the path time with the time set [CT, YCT] to redetermine the time set [CT, YCT+2ST]. In the matching planting zones, use the time set [CT, YCT+2ST] to redetermine the temperature index, humidity index, and light index required for the planting zones that match the weather data. Reconstruct the matching queue to assign environmental control equipment to the planting zones, thereby controlling the temperature index environment in the planting areas.

[0046] Furthermore, it also includes:

[0047] Determine whether the target environmental control device exists in the matching planting partition, wherein:

[0048] If it exists, the planting partition will be removed to retain the planting partition corresponding to the normal environmental control device and regenerate the matching queue.

[0049] Compared with the known prior art, the technical solution provided by the present invention has the following beneficial effects:

[0050] By clarifying various environmental parameters in the planting zones of plants, when the temperature, humidity or light environmental parameters are abnormal, multiple associated parameters of the corresponding environmental control devices are calculated, thereby clarifying multiple risk environmental control devices with operating risks in the planting zones, thereby facilitating safe and stable regulation of the plant growth environment in the planting zones;

[0051] By clarifying the planting zones of risky environmental control equipment, a disposal plan application is generated, and the corresponding environmental control equipment is input into the planting zones that need to be disposed of, so as to achieve uninterrupted control of the environmental parameters of the planting zones, ensure the normal growth environment of the plants, and realize safe supervision of the planting zones and environmental control equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0052] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the prior art descriptions are briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention, and for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0053] Figure 1 It is the overall module flow chart of the present invention. DETAILED DESCRIPTION

[0054] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0055] The present invention will be further described below in conjunction with the embodiments.

[0056] Example 1 (see Figure 1 ): A system for regulating environmental conditions to promote plant growth, comprising at least:

[0057] The plant status analysis module is used to obtain the plant growth cycle (clarify the current growth stage of the plant) and the corresponding actual growth parameters in the current different planting zones (in an entire planting area, it is divided into multiple individual planting zones for subsequent plant management and control. At the same time, the planting zones are small in area to facilitate the adjustment of environmental parameters within the planting zones, not limited to temperature, moisture, etc.). The actual growth parameters include a variety of category growth parameters, thereby determining the standard growth parameters corresponding to the growth cycle, and then comparing the actual growth parameters with the standard growth parameters to determine whether the current growth status of the plant meets the preset standards, that is, if the actual growth parameters are within the standard growth parameters, the growth status of the plant is normal, otherwise it is abnormal.

[0058] Further, the category growth parameter corresponding to the actual growth parameter in the abnormal state is obtained and marked as an abnormal category growth parameter, and the environmental parameter corresponding to the abnormal category growth parameter is obtained to determine whether the environmental parameter is in an abnormal state. The specific determination method is:

[0059] Obtain the environmental parameters corresponding to the current abnormal category growth parameters, including: temperature index WD, humidity index SD, and light index GZ;

[0060] Thus, the preset standard environmental parameters are obtained to compare the temperature index WD, humidity index SD, and light index GZ with the preset standard environmental parameters one by one to determine whether there are abnormal environmental parameters. If so, the environmental state is determined to be an abnormal state.

[0061] Here, when it is judged to be an abnormal state, if the abnormal environmental parameter is the temperature index WD, the humidity index SD or the light index GZ, it means that during the growth of the plant, the regulation and control of the temperature / humidity / light has been abnormal, resulting in the temperature environment / humidity environment / light environment of the plant being abnormal. Therefore, it also includes:

[0062] The operation abnormality monitoring module is used to obtain the environmental control equipment / humidity control equipment / light control equipment that controls the temperature index / humidity index / light index in the planting partition when the temperature index / humidity index / light index is abnormal. For the convenience of description, they are collectively referred to as environmental control equipment below. The operation status value of the environmental control equipment is judged to clarify whether the current equipment needs to be controlled. The operation status value is obtained by combining the internal state parameter Statu and the external state parameter Stbtu. The calculation formula of the internal state parameter Statu is as follows:

[0063]

[0064] Where: GZ is the failure rate of the environmental control equipment in the historical time, which is obtained based on the ratio of the number of failures to the use time. FZ is the load value of the environmental control equipment. WH is the maintenance value of the environmental control equipment. The difference between the number of regular inspections and the preset number of inspections per month is obtained. All the monthly differences between the time when the environmental control equipment was put into use to the current time are counted and recorded as the calibration difference jc. The fault repair record of the environmental control equipment is obtained to obtain the duration of each fault repair. The total fault repair duration xs is calculated based on the time when the equipment was put into use to the current time. Among them, R1 and R2 are weight coefficients, ST is the usage time. It should be noted that after obtaining the failure rate GZ, load value FZ, maintenance value WH and usage time ST, they are normalized and substituted into the above formula for calculation. The data is uniformly quantified to improve the calculation accuracy of the state parameter Statu in the environmental control equipment. μ1, μ2, μ3 and μ4 are the corresponding weight coefficients, NGXa is the number of items, which is preset to 4, μT is the sum of μ1, μ2, μ3 and μ4, and μa is the constant correction coefficient.

[0065] In the above, the method for determining the load value FZ is:

[0066] Obtain the standard temperature / standard humidity / standard illumination that the environmental control device needs to provide every day, calculate the difference between the daily weather temperature and the standard temperature, the difference between the daily humidity temperature and the standard humidity, or the difference between the daily illumination and the standard illumination at the location of the planting zone, and count all the differences from the time when the environmental control device provides the standard temperature / standard humidity / standard illumination to the current time, and record them as the output load sf;

[0067] Obtain the load duration of a single continuous operation when the temperature threshold is reached during the operation of the environmental control device. Collect the time between reaching the temperature threshold and falling below the temperature threshold. Count all load durations and record them as temperature load duration wf.

[0068] in accordance with:

[0069]

[0070] In the formula, k1 and k2 are weight coefficients, from which the load value FZ is calculated;

[0071] Furthermore, the state parameter Statu in the environmental control device is calculated according to the above formula.

[0072] The calculation formula of the external state parameter Stbtu is as follows:

[0073]

[0074] Where: HJ is the environment value. The temperature environment data and humidity environment data of the environment control equipment in the historical time (including the current day) are obtained. The difference between the temperature environment data, the humidity environment data and the safe temperature and humidity environment data is determined. Multiple temperature differences and humidity differences are obtained respectively. The product of the temperature difference and the humidity difference in each day in the historical time is obtained to obtain the temperature and humidity difference. All the temperature and humidity differences in the historical time are counted (the corresponding sum of each day is calculated), and thus recorded as the temperature and humidity value wg. The cleaning times qg of the environment control equipment in the historical time are obtained according to:

[0075]

[0076] Among them, b1, b2 and b3 are weight coefficients, WZ is the pollution value, which is determined by the product of the area and thickness of dust adhesion on the environmental control equipment, PZ is the number of collisions of the environmental control equipment, NGXb is the number of items, which is preset to 3, δ1, δ2 and δ3 are weight coefficients, μG is the sum of δ1, δ2 and δ3, and μb is the constant correction coefficient.

[0077] The running status value is calculated as follows:

[0078]

[0079] Where Stabu is the operating status value, θv1 and θv2 are weight coefficients respectively, and NGab is the evaluation item, which is preset to 2. In order to obtain the operating status value Stabu, the risk operating status value FSt of the environmental control device is obtained and compared. Among them:

[0080] If Stabu < FSt, it indicates that there is still a risk of abnormal operation of the environmental control device even under the safe value. Therefore:

[0081] Calculate the operating status value for other environmental control devices to obtain environmental control devices greater than or equal to Stabu, mark these environmental control devices as risk environmental control devices, and obtain the planting area where these environmental control devices are located. Furthermore, quickly determine the environmental control devices that may have abnormal operation, and at the same time judge the planting areas with growth risks where they are located. In this way, even if the temperature index, humidity index, or light index is abnormal during the monitoring and data collection of temperature sensors, humidity sensors, or light sensors in the planting area, but it is not recognized due to sensor failures, the determined risk environmental control devices can still indicate to the management personnel that there may be abnormalities in the planting area, which is more convenient for risk determination and control of the temperature environment / humidity environment / light environment in the planting area.

[0082] It should be noted that through the above determination of risk environmental control devices, the planting areas affected by the growth environment can be indicated, so as to implement corresponding control and disposal methods for abnormal planting areas to ensure that the environmental parameters for plant growth are normal.

[0083] It should be noted that when determining the risk environmental control devices, the management terminal distributes them to the risk environmental control devices according to the maintenance personnel existing in the current area. Specifically, the number of maintenance personnel assigned to each risk environmental control device is not limited and can be set according to the actual situation. Thus, it is convenient to determine the risk environmental control devices with abnormalities in subsequent time and record them as target environmental control devices.

[0084] The optimization matching module is used to obtain the target environmental control device and generate a corresponding maintenance and disposal plan. It should be noted that the maintenance and disposal plan is determined based on the abnormal problems of the target environmental control device (the abnormal problems are judged by the maintenance personnel). For example, in this plan, the abnormal problem is the abnormal situation of the temperature index / humidity index / light index of the target environmental control device. Therefore, obtain the preset maintenance and disposal plan in the database, clarify the disposal time CT of this maintenance and disposal plan, and clarify the maximum time when the temperature index / humidity index / light index in the planting area is allowed to change and record it as the limit time XT. Thus:

[0085] If CT≤XT, it means that during the shutdown and maintenance of the target environmental control equipment, the temperature index / humidity index / light index in the planting area will not affect the plants due to the short treatment time. Therefore, the maintenance treatment plan will be implemented to ensure the normal regulation of the temperature index / humidity index / light index for plant growth in the future.

[0086] If CT>XT exists, it means that when the environmental control equipment is repaired through the applied maintenance solution, the environmental control equipment does not operate to regulate the temperature / humidity / light of the planting partition, and exceeds the maximum acceptable time of the temperature index / humidity index / light index in the planting partition, resulting in the temperature index / humidity index / light index in the planting partition affecting the normal growth of the plants. Therefore, in order to ensure the normal and stable growth state of the plants in the planting partition, the following steps are also included:

[0087] Obtain the maintenance solution when CT>XT and its corresponding solution time CT;

[0088] Based on the current time DT and the treatment time CT, the estimated treatment time YCT is obtained, thereby constructing the time set [CT, YCT];

[0089] Obtain weather data under the time set [CT, YCT], and determine the planting partitions whose temperature index / humidity index / light index required in the planting partition (i.e., reaching the standard temperature index / standard humidity index / standard light index) matches the weather data. Matching means that the weather data under the time set [CT, YCT] is within the data range of the temperature index / humidity index / light index required by the planting partition. The matching planting partition can indicate that it does not need to perform temperature index / humidity index / light index regulation, that is, it does not need to operate through environmental control equipment, and thus the matching planting partitions are constructed into a matching queue, where:

[0090] Determine whether the matching planting partition has a target environment control device. If so, remove the planting partition to retain the planting partition corresponding to the normal environment control device and regenerate the matching queue;

[0091] Obtain the coordinate position of each planting partition environmental control device (normal) in the matching queue, obtain the coordinate position of each target environmental control device, and clarify the path time generated by the coordinate position of the planting partition to the coordinate position of the target environmental control device (each environmental control device corresponds to a target environmental control device). Here, determine the shortest path between two points and then determine the path time ST. Thus, combine the path time with the time set [CT, YCT] to redetermine the time set [CT, YCT+2ST]. Thus, in the matching planting partition, use the time set [CT, YCT+2ST] to redetermine the temperature index / humidity index / light index required by the planting partition and the planting partition that matches the weather data, and reconstruct the matching queue (there may be multiple environmental control devices corresponding to one target environmental control device. This method not only takes into account the different uses of the environmental control device after restoration Affected, and at the same time, unnecessary environmental control equipment is screened out to improve the sorting accuracy of environmental control equipment). In the above, by allocating the environmental control equipment in the matching queue to the planting partition corresponding to the target environmental control equipment for use, the problem of abnormal temperature index / humidity index / light index required by the planting partition (corresponding to the target environmental control equipment) due to excessive disposal time can be solved. In addition, by introducing the consideration of path time, the path loss time generated when the environmental control equipment is allocated to the target environmental control equipment and restored can be clearly defined. The path loss time can be used to restore the environmental control equipment to its corresponding planting partition (the planting partition corresponding to the environmental control equipment can withstand the time corresponding to the maximum temperature index / humidity index / light index that is not adjusted by the environmental control equipment), and the temperature index / humidity index / light index in the planting partition will not affect the plants;

[0092] In this way, the environmental control devices in the matching queue constructed under the time set [CT, YCT+2ST] are instantly assigned to the coordinate position of the target environmental control device, and are instantly restored to the corresponding position at the end of the processing time CT, so as to regulate the temperature index / humidity index / light index (i.e., environment) in the corresponding planting area during the maintenance of the target environmental control device to ensure the normal growth of the plants.

[0093] The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements will not cause the essence of the corresponding technical solutions to deviate from the protection scope of the technical solutions of the embodiments of the present invention.

Claims

1. An environmental state regulation system for promoting plant growth, comprising a plant state analysis module for determining environmental parameters in abnormal states in a planting zone, wherein the environmental parameters at least include a temperature index, a humidity index, and a light index, and wherein: It further includes: An operation anomaly monitoring module, which is used to obtain the corresponding environmental control device when the temperature index, humidity index or light index is abnormal, and judge the operation status value of the environmental control device, where: The operation status value is obtained by combining the internal status parameters and the external status parameters, where: The internal status parameters are calculated based on the failure rate, load value, maintenance value and usage time; The external status parameters are calculated based on the environmental value, collision times and dirtiness value; Judge the risk environmental control device and its corresponding planting area according to the operation status value; It further includes: An optimization matching module, which is used to construct a matching queue based on the risk environmental control device and weather data, so as to allocate and apply the environmental control devices in the matching queue to the planting areas corresponding to the risk environmental control devices, thereby performing corresponding regulation on the environment corresponding to the temperature index, humidity index or light index in the planting areas.

2. The environmental state regulating system for promoting plant growth according to claim 1, characterized in that: The internal status parameters are obtained according to the following relational formula: In the formula: Statu is the internal status parameter, GZ is the failure rate of the environmental control device, FZ is the load value of the environmental control device, WH is the maintenance value of the environmental control device, ST is the usage time, μ1, μ2, μ3 and μ4 are the corresponding weight coefficients respectively, NGXa is the number of terms, μT is the sum of μ1, μ2, μ3 and μ4, and μa is the constant correction coefficient.

3. The environmental state regulating system for promoting plant growth according to claim 2, characterized in that: The determination method of the maintenance value is: Obtain the difference between the number of regular inspections per month and the preset number of inspections, and count all the differences per month between the time when the environmental control device is put into use and the current time, which is recorded as the verification difference jc; Obtain the fault repair records of the environmental control device to get the duration of each fault repair, calculate the total duration of fault repair xs according to the time from the input time to the current time, based on: Among them, both R1 and R2 are weight coefficients.

4. The environmental state regulating system for promoting plant growth according to claim 2, characterized in that: The determination method of the load value FZ is: Obtain the standard temperature, standard humidity or standard illuminance that the environmental control device needs to provide every day, calculate the difference between the daily weather temperature and the standard temperature, the difference between the daily weather temperature and the standard humidity, or the difference between the daily weather temperature and the standard illuminance in the location of the planting area, and count all the differences generated from the time when the environmental control device provides the standard temperature, standard humidity or standard illuminance to the current time, which is recorded as the output load amount sf; Obtain the single continuous operation load duration when the environmental control device reaches the temperature threshold during operation, collect the time between reaching the temperature threshold and being lower than the temperature threshold, and count all the load durations and record them as the temperature load duration wf; Based on: In the formula, both k1 and k2 are weight coefficients, and thus the load value FZ is calculated.

5. The environmental state regulating system for promoting plant growth according to claim 1, characterized in that: The external status parameters are obtained according to the following relational formula: In the formula: Stbtu is the external status parameter, HJ is the environmental value, WZ is the dirtiness value, PZ is the collision times, NGXb is the number of terms, δ1, δ2 and δ3 are the weight coefficients respectively, μG is the sum of δ1, δ2 and δ3, and μb is the constant correction coefficient.

6. The environmental state regulating system for promoting plant growth according to claim 1, characterized in that: Obtain the risk operation status value FSt and compare it with the operation status value Stabu. If there is: Stabu < FSt, it is determined that the environmental control device has a risk of abnormal operation. Therefore: Calculate the running status values ​​of other environmental control devices to obtain an environmental control device whose running status value is greater than or equal to Stabu, and mark the environmental control device as a risky environmental control device.

7. The environmental state regulating system for promoting plant growth according to claim 1, characterized in that: When risk environment control equipment is generated, the management and control terminal assigns maintenance personnel to the risk environment control equipment to determine abnormal risk environment control equipment and record it as the target environment control equipment.

8. The environmental state regulating system for promoting plant growth according to claim 7, characterized in that: When the target environment control device is determined: Generate a corresponding maintenance and treatment plan, specify the treatment time CT of the maintenance and treatment plan, and specify the maximum time that the temperature index in the planting partition is allowed to change and record it as the limit time XT, so that: If CT≤XT, the maintenance solution will be executed; If CT>XT, it will not be executed.

9. The environmental state regulating system for promoting plant growth according to claim 8, characterized in that: Obtain the maintenance solution for CT>XT and its corresponding solution time CT, and perform the following steps: Based on the current time DT and the treatment time CT, the treatment estimated time YCT is obtained, and the time set [CT, YCT] is constructed; Obtain weather data under the time set [CT, YCT], determine the planting partition whose temperature index, humidity index or light index required by the planting partition matches the weather data, and construct a matching queue for the matching planting partitions; Obtain the coordinate position of the planting partition environment control device in the matching queue, obtain the coordinate position of the target environment control device, and clarify the path time generated by the coordinate position of the planting partition to the coordinate position of the target environment control device; Combine the path time with the time set [CT, YCT] to redetermine the time set [CT, YCT+2ST]. In the matching planting zones, use the time set [CT, YCT+2ST] to redetermine the temperature index, humidity index or light index required by the planting zones that matches the weather data, and reconstruct the matching queue to allocate the environmental control equipment to the planting zones, so as to regulate the temperature index, humidity index or light index environment in the planting area.

10. The environmental state regulating system for promoting plant growth according to claim 8, characterized in that: When building a matching queue, also include: Determine whether the target environmental control device exists in the matching planting partition, wherein: If it exists, the planting partition will be removed to retain the planting partition corresponding to the normal environmental control device and regenerate the matching queue.

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