Air conditioner fan control method and device and air conditioner
By obtaining and analyzing the production planning and environmental monitoring data of the target factory and performing intelligent temperature analysis and adjustment, the problem of lack of personalized and environmental differences in air conditioner fan control in the prior art is solved, and the accuracy and effectiveness of control are improved.
Patent Information
- Application Number
- CN202510247465.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-04
- Publication Date
- 2025-03-28
- Estimated Expiration
- Not applicable · inactive patent
AI Technical Summary
The prior art lacks personalized analysis of different types of work and equipment in air conditioner fan control, and ignores the differences in the environment inside and outside the factory, resulting in one-sidedness and inefficiency of control and regulation.
By obtaining the production planning information and environmental monitoring data of the target factory, conducting intelligent temperature analysis, calculating the theoretical air temperature, and intelligently adjusting according to the specific needs of the environment inside and outside the factory and equipment.
It improves the accuracy and effectiveness of air conditioner fan control, ensures normal production of workers and equipment in the appropriate environment, and enhances the safety of the system and the ability to work together in automation.
Smart Images
Figure CN119713528A_ABST
Abstract
Description
Technical Field
[0001] The present application relates to the field of air conditioner fan control, and in particular to an air conditioner fan control method, a control device and an air conditioner. Background Art
[0002] Industrial intelligent air conditioning fan control is of great significance in improving energy efficiency, enhancing comfort, optimizing air quality, realizing remote monitoring and control, enhancing system security, and promoting collaborative work of industrial automation. The existing technology still has the following shortcomings: When the existing technology adjusts the internal environment of the target factory by controlling the air conditioner fan, it usually only adjusts the internal environment of the target factory based on whether it is suitable for the general needs of workers' construction and equipment operation. It lacks personalized analysis of different types of work and different equipment, which reduces the effectiveness of the air conditioner fan control; Existing technologies usually ignore the comprehensive analysis of the actual needs of workers and equipment inside the factory when adjusting the internal environment of the target factory by controlling the air conditioner fan. At the same time, they lack consideration of the differences between the internal and external environments of the target factory, resulting in one-sided control and adjustment of the air conditioner fan, reducing the accuracy and effectiveness of the control and adjustment of the air conditioner fan, and is not conducive to ensuring the normal production activities of workers and equipment in the target factory. Summary of the invention
[0003] The object of the present invention is to provide an air conditioner fan control method, a control device and an air conditioner to solve the problems raised in the above background technology.
[0004] To achieve the above object, the present invention provides the following technical solution: a method for controlling a fan of an air conditioner, comprising: Basic information acquisition step: used to acquire the production status corresponding to the target factory and obtain the production planning information corresponding to the target factory; Environmental monitoring step: used to monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent temperature analysis step: used to perform intelligent analysis based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory, so as to obtain the corresponding theoretical air temperature inside the target factory; Intelligent adjustment step: used to perform intelligent analysis based on the corresponding theoretical air temperature inside the target factory, and obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0005] In a preferred embodiment of this scheme, the specific implementation method of the basic information acquisition step is as follows: Establish a data extraction relationship between the basic information acquisition step and the database, and extract the production plan corresponding to the target factory stored in the database; The production plan corresponding to the target factory includes the work arrangement plan for various industrial equipment in the target factory and the work arrangement plan for construction personnel. The work arrangement plan for various industrial equipment includes the start-up quantity of various industrial equipment, the corresponding working time periods of various industrial equipment and the production efficiency corresponding to each working time period. The work arrangement plan for construction personnel includes the corresponding construction types for each working time period and the number of construction personnel for each construction type.
[0006] In the preferred embodiment of this scheme, the specific implementation method of the environmental monitoring step is as follows: By monitoring the environment of the area near the outside of the target factory through an environment monitoring device preset outside the target factory, an external environment information set of the area near the outside of the target factory is obtained, wherein the environment information set includes external air flow rate, external air temperature, external air humidity and external light intensity; The internal environment of the target factory is monitored by an environment monitoring device preset inside the target factory to obtain an internal environment information set of the target factory, wherein the internal environment information set includes an internal air temperature; The external environment information set of the area outside the target factory and the internal environment information set of the target factory are recorded as the environment information set corresponding to the target factory.
[0007] In the preferred embodiment of this scheme, the specific implementation method of the intelligent temperature analysis step is as follows: Obtain the monitoring time period corresponding to the target factory, and filter the startup quantity and work efficiency of various industrial equipment corresponding to the target factory through the monitoring time period corresponding to the target factory, and filter the number of construction personnel, construction personnel, and construction types corresponding to each construction personnel corresponding to the target factory; Establish a data extraction relationship between the intelligent temperature analysis step and the database, and extract the heat generation coefficients of various types of industrial equipment corresponding to various working efficiencies stored in the database; Through the preset image acquisition device inside the target factory, image detection is performed on each construction worker inside the target factory during the monitoring period, and a set of construction images corresponding to each construction worker inside the target factory is obtained, and the standard construction images corresponding to each standard construction action of each construction type and the heat production efficiency and work intensity corresponding to each standard construction action of each construction type stored in the database are extracted; According to the construction types corresponding to each construction worker, each standard construction action corresponding to each construction worker is obtained by screening, and each construction image in the construction image set corresponding to each construction worker is subjected to image similarity matching analysis with each corresponding standard construction action to obtain the similarity between each construction image in the construction image set corresponding to each construction worker and each standard construction action, and the standard construction image with the maximum similarity corresponding to each construction image is screened, and the heat production efficiency and work intensity corresponding to the standard construction image with the maximum similarity are recorded as the heat production efficiency and work intensity corresponding to the construction image, and the heat production efficiency and work intensity corresponding to each construction image in the construction image set corresponding to each construction worker are obtained by statistics; The total heat production efficiency and work intensity of each construction worker during the monitoring period are obtained through statistical calculation; the calculation formula is , calculate the heat transfer influence coefficient corresponding to the area near the outside of the target factory ; Extract the thermal conductivity coefficient of the building materials of the target factory stored in the database Thermal resistance , heat transfer coefficient and insulation thickness ; By calculating the formula , calculate the heat transfer influence coefficient corresponding to the insulation layer of the target factory ; By calculating the formula , calculate the corresponding comprehensive heat generation coefficient inside the target factory ; When the target factory internal air temperature is less than or equal to the target factory external air temperature; By calculating the formula
[0008] When the air temperature inside the target factory is greater than the air temperature outside the target factory; by calculating the formula , calculate the theoretical air temperature inside the target factory ,in , , , , , They are respectively represented by the influence factor of the heat transfer coefficient corresponding to the preset target factory's external area, the influence factor of the heat transfer coefficient corresponding to the target factory's insulation layer, the influence factor of the heat generation of industrial equipment, the influence factor of the heat generation corresponding to the construction workers' construction labor, the comprehensive heat generation coefficient influence factor and the theoretical air temperature influence factor. , , They are respectively represented by the external air velocity, external air humidity and external light intensity in the area near the outside of the target factory. It is expressed as the heat generation coefficient of various industrial equipment corresponding to the target factory, It is represented by the startup quantity of various industrial equipment corresponding to the target factory. It is expressed as the sum of the heat production efficiency corresponding to each construction worker, It is expressed as the combined weight corresponding to the preset air velocity, air humidity and light intensity. Expressed as preset plant building material heat transfer weights, is expressed as a natural constant, Indicates the serial number of various industrial equipment. Expressed as the number of industrial equipment types, It represents the number of each construction worker. In the preferred embodiment of this scheme, the specific implementation method of the intelligent adjustment step is as follows: Establish a data extraction relationship between the intelligent adjustment steps and the database, extract the safe working temperature ranges corresponding to various working efficiencies of various types of industrial equipment stored in the database, and extract the suitable temperature ranges for the construction workers' body sensation corresponding to various working intensities stored in the database; The safe working temperature ranges of various industrial equipment corresponding to the target factory are obtained by screening the working efficiency of various industrial equipment in the target factory corresponding to the monitoring time period, and the safe working temperature ranges of various industrial equipment corresponding to the target factory are analyzed for interval overlap, and the overlapped parts of the safe working temperature ranges of various industrial equipment are extracted to obtain the comprehensive safe working temperature ranges of the industrial equipment corresponding to the target factory; The suitable temperature range for each construction worker is obtained by screening the sum of the work intensity corresponding to each construction worker during the monitoring period, and the overlap analysis of the suitable temperature range for each construction worker is performed to extract the overlapped part of the suitable temperature range for each construction worker, and the comprehensive suitable temperature range for the construction workers in the target factory is obtained; Perform temperature range overlap analysis on the comprehensive body-feeling suitable temperature range of the construction workers corresponding to the target factory and the comprehensive safe working temperature range of the industrial equipment corresponding to the target factory to obtain the temperature overlap range corresponding to the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory exists in the comprehensive body-felt suitable temperature interval of the corresponding construction personnel in the target factory, the air conditioner fan is not adjusted, and the air conditioner fan is not adjusted as the corresponding air conditioner fan adjustment result inside the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory does not exist in the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, and the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, which is recorded as the adjustment result of the air conditioner fan inside the target factory; If there is a temperature overlap interval and the corresponding theoretical air temperature inside the target factory is within the temperature overlap interval, it means that the temperature inside the target factory is normal and the air conditioner fan is not controlled, and the temperature inside the target factory is normal and the air conditioner fan is not controlled as the corresponding air conditioner fan adjustment result inside the target factory; If there is a temperature overlap interval but the corresponding theoretical air temperature inside the target factory does not exist in the temperature overlap interval, it means that the temperature inside the target factory is abnormal and the air conditioner fan is controlled so that the corresponding air temperature inside the target factory reaches the temperature overlap interval. The abnormal temperature inside the target factory and the control of the air conditioner fan are recorded as the corresponding air conditioner fan adjustment result inside the target factory.
[0009] To achieve the above object, the present invention also provides the following technical solution: an air conditioner fan control device, comprising the following steps: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0010] To achieve the above object, the present invention also provides the following technical solution: an air conditioner fan air conditioner, comprising the following steps: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0011] Compared with the prior art, the present invention has the following beneficial effects: The present invention effectively improves the accuracy and effectiveness of real-time prediction of the internal air temperature of the target factory by detecting the internal environment and the external near-region environment corresponding to the target factory and conducting a comprehensive analysis with the characteristics of the internal insulation materials of the target factory, thereby providing a data basis for the subsequent intelligent adjustment of the air conditioner fan and indirectly improving the accuracy of the air conditioner fan adjustment. The present invention effectively improves the accuracy of adjusting the air conditioner fan by comprehensively analyzing the types of work corresponding to different construction personnel in the target factory and the usage efficiency corresponding to different industrial equipment. BRIEF DESCRIPTION OF THE DRAWINGS
[0012] The present invention is further described using the accompanying drawings, but the embodiments in the accompanying drawings do not constitute any limitation to the present invention. A person skilled in the art can obtain other drawings based on the following drawings without creative work.
[0013] Figure 1 It is a schematic diagram of the connection steps of an embodiment of the present invention. DETAILED DESCRIPTION
[0014] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only 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.
[0015] See also Figure 1 , the present invention provides a method for controlling a fan of an air conditioner, the method comprising a basic information acquisition step, an environment monitoring step, an intelligent temperature analysis step and an intelligent adjustment step; The basic information acquisition step is connected with the intelligent temperature analysis step, the environment monitoring step is connected with the intelligent temperature analysis step, and the intelligent temperature analysis step is connected with the intelligent adjustment step.
[0016] Basic information acquisition step: used to acquire the production status corresponding to the target factory and obtain the production planning information corresponding to the target factory; Furthermore, the specific implementation method of the basic information acquisition step is as follows: Establish a data extraction relationship between the basic information acquisition step and the database, and extract the production plan corresponding to the target factory stored in the database; The production plan corresponding to the target factory includes the work arrangement plan for various industrial equipment in the target factory and the work arrangement plan for construction personnel. The work arrangement plan for various industrial equipment includes the start-up quantity of various industrial equipment, the corresponding working time periods of various industrial equipment and the production efficiency corresponding to each working time period. The work arrangement plan for construction personnel includes the corresponding construction types for each working time period and the number of construction personnel for each construction type.
[0017] Environmental monitoring step: used to monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Furthermore, the specific implementation of the environmental monitoring step is as follows: By monitoring the environment of the area near the outside of the target factory through an environment monitoring device preset outside the target factory, an external environment information set of the area near the outside of the target factory is obtained, wherein the environment information set includes external air flow rate, external air temperature, external air humidity and external light intensity; The internal environment of the target factory is monitored by an environment monitoring device preset inside the target factory to obtain an internal environment information set of the target factory, wherein the internal environment information set includes an internal air temperature; The external environment information set of the area outside the target factory and the internal environment information set of the target factory are recorded as the environment information set corresponding to the target factory.
[0018] Intelligent temperature analysis step: used to perform intelligent analysis based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory, so as to obtain the corresponding theoretical air temperature inside the target factory; Furthermore, the specific execution method of the intelligent temperature analysis step is as follows: Obtain the monitoring time period corresponding to the target factory, and filter the startup quantity and work efficiency of various industrial equipment corresponding to the target factory through the monitoring time period corresponding to the target factory, and filter the number of construction personnel, construction personnel, and construction types corresponding to each construction personnel corresponding to the target factory; Establish a data extraction relationship between the intelligent temperature analysis step and the database, and extract the heat generation coefficients of various types of industrial equipment corresponding to various working efficiencies stored in the database; Through the preset image acquisition device inside the target factory, image detection is performed on each construction worker inside the target factory during the monitoring period, and a set of construction images corresponding to each construction worker inside the target factory is obtained, and the standard construction images corresponding to each standard construction action of each construction type and the heat production efficiency and work intensity corresponding to each standard construction action of each construction type stored in the database are extracted; According to the construction types corresponding to each construction worker, each standard construction action corresponding to each construction worker is obtained by screening, and each construction image in the construction image set corresponding to each construction worker is subjected to image similarity matching analysis with each corresponding standard construction action to obtain the similarity between each construction image in the construction image set corresponding to each construction worker and each standard construction action, and the standard construction image with the maximum similarity corresponding to each construction image is screened, and the heat production efficiency and work intensity corresponding to the standard construction image with the maximum similarity are recorded as the heat production efficiency and work intensity corresponding to the construction image, and the heat production efficiency and work intensity corresponding to each construction image in the construction image set corresponding to each construction worker are obtained by statistics; The total heat production efficiency and work intensity of each construction worker during the monitoring period are obtained through statistical calculation; the calculation formula is , calculate the heat transfer influence coefficient corresponding to the area near the outside of the target factory ; Extract the thermal conductivity coefficient of the building materials of the target factory stored in the database Thermal resistance , heat transfer coefficient and insulation layer thickness ; By calculating the formula , calculate the heat transfer influence coefficient corresponding to the insulation layer of the target factory ; By calculating the formula , calculate the corresponding comprehensive heat generation coefficient inside the target factory ; When the air temperature inside the target factory is less than or equal to the air temperature outside the target factory; by calculating the formula When the air temperature inside the target factory is greater than the air temperature outside the target factory; by calculating the formula , calculate the theoretical air temperature inside the target factory ,in , , , , , They are respectively represented by the influence factor of the heat transfer coefficient corresponding to the preset target factory's external area, the influence factor of the heat transfer coefficient corresponding to the target factory's insulation layer, the influence factor of the heat generation of industrial equipment, the influence factor of the heat generation corresponding to the construction workers' construction labor, the comprehensive heat generation coefficient influence factor and the theoretical air temperature influence factor. , , They are respectively represented by the external air velocity, external air humidity and external light intensity in the area near the outside of the target factory. It is expressed as the heat generation coefficient of various industrial equipment corresponding to the target factory, It is represented by the startup quantity of various industrial equipment corresponding to the target factory. It is expressed as the sum of the heat production efficiency corresponding to each construction worker, It is expressed as the combined weight corresponding to the preset air velocity, air humidity and light intensity. Expressed as preset plant building material heat transfer weights, is expressed as a natural constant, Indicates the serial number of various industrial equipment. Expressed as the number of industrial equipment types, It represents the number of each construction worker. It is expressed as the total number of construction workers. Intelligent adjustment step: used to perform intelligent analysis according to the corresponding theoretical air temperature inside the target factory, and obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0019] Furthermore, the specific implementation method of the intelligent adjustment step is as follows: Establish a data extraction relationship between the intelligent adjustment steps and the database, extract the safe working temperature ranges corresponding to various working efficiencies of various types of industrial equipment stored in the database, and extract the suitable temperature ranges for the construction workers' body sensation corresponding to various working intensities stored in the database; The safe working temperature ranges of various industrial equipment corresponding to the target factory are obtained by screening the working efficiency of various industrial equipment in the target factory corresponding to the monitoring time period, and the safe working temperature ranges of various industrial equipment corresponding to the target factory are analyzed for interval overlap, and the overlapped parts of the safe working temperature ranges of various industrial equipment are extracted to obtain the comprehensive safe working temperature ranges of the industrial equipment corresponding to the target factory; The suitable temperature range for each construction worker is obtained by screening the sum of the work intensity corresponding to each construction worker during the monitoring period, and the overlap analysis of the suitable temperature range for each construction worker is performed to extract the overlapped part of the suitable temperature range for each construction worker, and the comprehensive suitable temperature range for the construction workers in the target factory is obtained; Perform temperature range overlap analysis on the comprehensive body-feeling suitable temperature range of the construction workers corresponding to the target factory and the comprehensive safe working temperature range of the industrial equipment corresponding to the target factory to obtain the temperature overlap range corresponding to the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory exists in the comprehensive body-felt suitable temperature interval of the corresponding construction personnel in the target factory, the air conditioner fan is not adjusted, and the air conditioner fan is not adjusted as the corresponding air conditioner fan adjustment result inside the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory does not exist in the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, and the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, which is recorded as the adjustment result of the air conditioner fan inside the target factory; If there is a temperature overlap interval and the corresponding theoretical air temperature inside the target factory is within the temperature overlap interval, it means that the temperature inside the target factory is normal and the air conditioner fan is not controlled, and the temperature inside the target factory is normal and the air conditioner fan is not controlled as the corresponding air conditioner fan adjustment result inside the target factory; If there is a temperature overlap interval but the corresponding theoretical air temperature inside the target factory does not exist in the temperature overlap interval, it means that the temperature inside the target factory is abnormal and the air conditioner fan is controlled so that the corresponding air temperature inside the target factory reaches the temperature overlap interval. The abnormal temperature inside the target factory and the control of the air conditioner fan are recorded as the corresponding air conditioner fan adjustment result inside the target factory.
[0020] To achieve the above object, the present invention also provides the following technical solution: an air conditioner fan control device, comprising the following steps: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0021] To achieve the above object, the present invention also provides the following technical solution: an air conditioner fan air conditioner, comprising the following steps: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.
[0022] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.
Claims
1. A method for controlling a fan of an air conditioner, characterized in that: include: Basic information acquisition step: used to acquire the production status corresponding to the target factory and obtain the production planning information corresponding to the target factory; Environmental monitoring step: used to monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent temperature analysis step: used to perform intelligent analysis based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory, so as to obtain the corresponding theoretical air temperature inside the target factory; Intelligent adjustment step: used to perform intelligent analysis based on the corresponding theoretical air temperature inside the target factory, and obtain the corresponding air conditioner fan adjustment result inside the target factory.
2. The air conditioner fan control method according to claim 1, characterized in that: The specific implementation method of the basic information acquisition step is as follows: Establish a data extraction relationship between the basic information acquisition step and the database, and extract the production plan corresponding to the target factory stored in the database; The production plan corresponding to the target factory includes the work arrangement plan for various industrial equipment in the target factory and the work arrangement plan for construction personnel. The work arrangement plan for various industrial equipment includes the start-up quantity of various industrial equipment, the corresponding working time periods of various industrial equipment and the production efficiency corresponding to each working time period. The work arrangement plan for construction personnel includes the corresponding construction types for each working time period and the number of construction personnel for each construction type.
3. The air conditioner fan control method according to claim 2, characterized in that: The specific implementation method of the environmental monitoring step is as follows: By monitoring the environment of the area near the outside of the target factory through an environment monitoring device preset outside the target factory, an external environment information set of the area near the outside of the target factory is obtained, wherein the environment information set includes external air flow rate, external air temperature, external air humidity and external light intensity; The internal environment of the target factory is monitored by an environment monitoring device preset inside the target factory to obtain an internal environment information set of the target factory, wherein the internal environment information set includes an internal air temperature; The external environment information set of the area outside the target factory and the internal environment information set of the target factory are recorded as the environment information set corresponding to the target factory.
4. The air conditioner fan control method according to claim 3, characterized in that: The specific implementation method of the intelligent temperature analysis step is as follows: Obtain the monitoring time period corresponding to the target factory, and filter the startup quantity and work efficiency of various industrial equipment corresponding to the target factory through the monitoring time period corresponding to the target factory, and filter the number of construction personnel, construction personnel, and construction types corresponding to each construction personnel corresponding to the target factory; Establish a data extraction relationship between the intelligent temperature analysis step and the database, and extract the heat generation coefficients of various types of industrial equipment corresponding to various working efficiencies stored in the database; Through the preset image acquisition device inside the target factory, image detection is performed on each construction worker inside the target factory during the monitoring period, and a set of construction images corresponding to each construction worker inside the target factory is obtained, and the standard construction images corresponding to each standard construction action of each construction type and the heat production efficiency and work intensity corresponding to each standard construction action of each construction type stored in the database are extracted; According to the construction types corresponding to each construction worker, each standard construction action corresponding to each construction worker is obtained by screening, and each construction image in the construction image set corresponding to each construction worker is subjected to image similarity matching analysis with each corresponding standard construction action to obtain the similarity between each construction image in the construction image set corresponding to each construction worker and each standard construction action, and the standard construction image with the maximum similarity corresponding to each construction image is screened, and the heat production efficiency and work intensity corresponding to the standard construction image with the maximum similarity are recorded as the heat production efficiency and work intensity corresponding to the construction image, and the heat production efficiency and work intensity corresponding to each construction image in the construction image set corresponding to each construction worker are obtained by statistics; The sum of heat production efficiency and work intensity corresponding to each construction worker in the monitoring period is obtained through statistical calculation; By calculating the formula , calculate the heat transfer influence coefficient corresponding to the area near the outside of the target factory ; Extract the thermal conductivity coefficient of the building materials of the target factory stored in the database Thermal resistance , heat transfer coefficient and insulation layer thickness ; By calculating the formula , calculate the heat transfer influence coefficient corresponding to the insulation layer of the target factory ; By calculating the formula , calculate the corresponding comprehensive heat generation coefficient inside the target factory ; When the target factory internal air temperature is less than or equal to the target factory external air temperature; By calculating the formula When the air temperature inside the target factory is greater than the air temperature outside the target factory; by calculating the formula , calculate the theoretical air temperature inside the target factory ,in , , , , , They are respectively represented by the influence factor of the heat transfer coefficient corresponding to the preset target factory's external area, the influence factor of the heat transfer coefficient corresponding to the target factory's insulation layer, the influence factor of the heat generation of industrial equipment, the influence factor of the heat generation corresponding to the construction workers' construction labor, the comprehensive heat generation coefficient influence factor and the theoretical air temperature influence factor. , , They are respectively represented by the external air velocity, external air humidity and external light intensity in the area near the outside of the target factory. It is expressed as the heat generation coefficient of various industrial equipment corresponding to the target factory, It is represented by the startup quantity of various industrial equipment corresponding to the target factory. It is expressed as the sum of the heat production efficiency corresponding to each construction worker, It is expressed as the combined weight corresponding to the preset air velocity, air humidity and light intensity. Expressed as preset plant building material heat transfer weights, Expressed as a natural constant, Indicates the serial number of various industrial equipment. Expressed as the number of industrial equipment types, It represents the number of each construction worker. Expressed as the total number of construction workers.
5. The air conditioner fan control method according to claim 4, characterized in that: The specific implementation method of the intelligent adjustment step is as follows: Establish a data extraction relationship between the intelligent adjustment steps and the database, extract the safe working temperature ranges corresponding to various working efficiencies of various types of industrial equipment stored in the database, and extract the suitable temperature ranges for the construction workers' body sensation corresponding to various working intensities stored in the database; The safe working temperature ranges of various industrial equipment corresponding to the target factory are obtained by screening the working efficiency of various industrial equipment in the target factory corresponding to the monitoring time period, and the safe working temperature ranges of various industrial equipment corresponding to the target factory are analyzed for interval overlap, and the overlapped parts of the safe working temperature ranges of various industrial equipment are extracted to obtain the comprehensive safe working temperature ranges of the industrial equipment corresponding to the target factory; The suitable temperature range for each construction worker is obtained by screening the sum of the work intensity corresponding to each construction worker during the monitoring period, and the overlap analysis of the suitable temperature range for each construction worker is performed to extract the overlapped part of the suitable temperature range for each construction worker, and the comprehensive suitable temperature range for the construction workers in the target factory is obtained; Perform temperature range overlap analysis on the comprehensive body-feeling suitable temperature range of the construction workers corresponding to the target factory and the comprehensive safe working temperature range of the industrial equipment corresponding to the target factory to obtain the temperature overlap range corresponding to the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory exists in the comprehensive body-felt suitable temperature interval of the corresponding construction personnel in the target factory, the air conditioner fan is not adjusted, and the air conditioner fan is not adjusted as the corresponding air conditioner fan adjustment result inside the target factory; If there is no temperature overlap interval and the corresponding air temperature adjustment inside the target factory does not exist in the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, and the air conditioner fan is adjusted so that the corresponding air temperature inside the target factory reaches the comprehensive body-felt suitable temperature interval of the construction personnel corresponding to the target factory, which is recorded as the adjustment result of the air conditioner fan inside the target factory; If there is a temperature overlap interval and the corresponding theoretical air temperature inside the target factory is within the temperature overlap interval, it means that the temperature inside the target factory is normal and the air conditioner fan is not controlled, and the temperature inside the target factory is normal and the air conditioner fan is not controlled as the corresponding air conditioner fan adjustment result inside the target factory; If there is a temperature overlap interval but the corresponding theoretical air temperature inside the target factory does not exist in the temperature overlap interval, it means that the temperature inside the target factory is abnormal and the air conditioner fan is controlled so that the corresponding air temperature inside the target factory reaches the temperature overlap interval. The abnormal temperature inside the target factory and the control of the air conditioner fan are recorded as the corresponding air conditioner fan adjustment result inside the target factory.
6. An air conditioner fan control device, applied to an air conditioner fan control method according to any one of claims 1 to 5, characterized in that: include: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.
7. An air conditioner fan air conditioner, applied to an air conditioner fan control method according to any one of claims 1 to 5, characterized in that: include: Obtain the production status of the target factory and obtain the production planning information of the target factory; Monitor the environmental conditions corresponding to the target factory and obtain the environmental information set corresponding to the target factory; Intelligent analysis is performed based on the production planning information corresponding to the target factory and the environmental information set corresponding to the target factory to obtain the theoretical air temperature inside the target factory; According to the corresponding theoretical air temperature inside the target factory, intelligent analysis is performed to obtain the corresponding air conditioner fan adjustment result inside the target factory.