CN112856726B - Intelligent temperature control system applied to air conditioner control system - Google Patents
Intelligent temperature control system applied to air conditioner control system Download PDFInfo
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- CN112856726B CN112856726B CN202110400222.2A CN202110400222A CN112856726B CN 112856726 B CN112856726 B CN 112856726B CN 202110400222 A CN202110400222 A CN 202110400222A CN 112856726 B CN112856726 B CN 112856726B
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/0008—Control or safety arrangements for air-humidification
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/61—Control or safety arrangements characterised by user interfaces or communication using timers
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/65—Electronic processing for selecting an operating mode
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Abstract
The invention discloses an intelligent temperature control system applied to an air conditioner control system, which is characterized by comprising a linkage temperature controller, wherein the linkage temperature controller comprises an adjusting system, a display system air control device and a purifying device, the adjusting system comprises a detection module, a control module and a judgment module, an analysis unit and a comparison unit are arranged in the detection module, the analysis unit is used for analyzing pollutants in the air and generating pollution data, the comparison unit is used for comparing the pollution data to judge whether the purifying device is started for purification, the judgment module is used for judging a working condition mode and a pollution level according to the pollution data, and the control module is used for controlling the air supply size of the air control device and controlling the purifying device for purification according to the working condition mode and the pollution level. The intelligent temperature control system applied to the air conditioner control system has the effect of air purification while meeting the indoor temperature regulation comfort.
Description
Technical Field
The invention relates to the technical field of air conditioner control systems, in particular to an intelligent temperature control system applied to an air conditioner control system.
Background
With the rapid development of industrialization and urbanization, environmental problems are more and more serious, more and more cities have haze, the most important standard of particle pollutants in haze is PM2.5, PM2.5 is also called inhalable particles, and the particles directly enter bronchus after being inhaled into human bodies to interfere the gas exchange of the lungs, so that diseases in various aspects such as asthma, bronchitis, cardiovascular diseases and the like are caused.
At present, the requirement on air quality in daily work and life is more emphasized, the air purification is particularly important, the mode which is usually adopted is that a module for purifying air is arranged in an air conditioning system, the air conditioning system purifies indoor air pollutants while adjusting the indoor temperature, so that the aim of reducing the air pollution is fulfilled, but the air purification is carried out while adjusting the indoor temperature in the current air conditioning system, so that the temperature adjustment and purification in the process from starting to closing of the air conditioning system are accompanied with the whole process from starting to closing, the pollutant content in the area reaches the standard, the pollutants are still continuously purified at the moment, personnel in the area feel uncomfortable, the aging of electric elements is accelerated, and the working state cannot be determined according to the air quality, thereby the effect of air purification can not be achieved while meeting the comfort of indoor temperature regulation.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an intelligent temperature control system applied to an air conditioner control system, which has the effect of air purification while meeting the indoor temperature regulation comfort.
In order to achieve the purpose, the invention provides the following technical scheme:
an intelligent temperature control system applied to an air conditioner control system comprises a linkage temperature controller, wherein the linkage temperature controller comprises an adjusting system and a display system, the display system comprises a touch screen and a main controller arranged in the touch screen, the intelligent temperature control system further comprises an air control device used for controlling air quantity and a purification device used for air purification, and a plurality of purification channels are arranged in the purification device;
the adjusting system comprises a detection module, a control module and a judgment module, wherein the control module comprises an air adjusting unit and a purification unit, the air adjusting unit is used for controlling the opening or closing of the air control device, the purification unit is used for controlling the opening or closing of the purification device, an analysis unit and a comparison unit are configured in the detection module, the analysis unit analyzes pollutants in the air and generates pollution data, the pollution data comprises pollution component information and pollution concentration information, the pollution component information represents the composition of the pollutants, the pollution concentration information represents the concentration of the pollutant components, the analysis unit sends the pollution data to the comparison unit, a comparison strategy and a preset pollution index are configured in the comparison unit, and the comparison strategy judges whether the purification device needs to be started for purification treatment according to the comparison of the pollution data and the pollution index, if the pollution data is smaller than the pollution index, the comparison unit generates a standby signal and sends the standby signal to a purification unit in the control module, and the purification unit controls the purification device to be in standby when receiving the standby signal; if the pollution data is larger than or equal to the pollution index, the comparison unit generates a purification signal and sends the purification signal to a judgment module;
the detection module further sends pollution data to a judgment module, a working condition comparison table, a judgment strategy and a preset pollution index are configured in the judgment module, the working condition comparison table comprises component information, mode information and grade information, the component information comprises a plurality of component classification according to main pollution sources in air pollutants, the mode information comprises a plurality of groups of working condition modes which are correspondingly set in any one of the component classification, the grade information is divided into a plurality of pollution grades according to any one of the working condition modes, a pollution threshold value is configured in the grade information, the judgment strategy comprises determining the corresponding component classification and the working condition mode according to the comparison of the pollutant component information in the pollution data and the working condition comparison table, and determining the pollution grade according to the comparison of the pollution concentration information in the pollution data and the pollution threshold value in the corresponding working condition mode, the judging module generates working condition information according to a judging strategy and sends the working condition information to the control module, and the working condition information represents that a corresponding working condition mode and a pollution grade are determined according to pollution data;
the air conditioning unit is provided with an air conditioning strategy, the air conditioning strategy generates a corresponding wind instruction according to a corresponding pollution level in working condition information, the wind instruction represents the wind power supplied by the air conditioning device, the purification unit is provided with a purification strategy, the purification strategy generates a purification instruction according to a corresponding working condition mode in the working condition information, the purification instruction represents and controls the opening or closing of a plurality of purification channels, the control module controls the air conditioning device to supply air after receiving the wind instruction, and the control module opens the corresponding purification channel according to the purification instruction after receiving the purification instruction, so that the purification device performs purification treatment.
As a further improvement of the invention, the processor also comprises a rechecking module, the rechecking module comprises a grading unit and a time delay unit, a priority policy including a purification order divided into classification categories according to the component information and generating order data is configured in the classification unit, the grading unit sends sequence data to a delay unit, a delay strategy and a preset delay time are arranged in the delay unit, the delay strategy comprises that the purification device is controlled to open the sequence of the corresponding purification channels according to the sequence data to carry out purification treatment, and controls the purification device to stop purifying when the delay time is reached, the delay unit generates a rechecking signal and sends the rechecking signal to the comparison unit when the purification device stops purifying, and the comparison unit judges whether the purification device needs to be started continuously for purification treatment according to the comparison strategy.
As a further refinement of the invention, the component categories include, but are not limited to, one or more of PM2.5, gaseous pollutants, dust, smog, and floe.
As a further improvement of the present invention, the reinspection module further includes a main cutting unit and a real-time monitoring unit, the real-time monitoring unit is configured to monitor pollutants in the air and generate a real-time concentration value, a stop threshold is preset in the real-time monitoring unit, a stop strategy is configured in the main cutting unit, the stop strategy includes comparing the real-time concentration value with the stop threshold within a delay time, if the real-time concentration value is smaller than the stop threshold within the delay time, the main cutting unit generates a cleaning signal and sends the cleaning signal to the control module, and the control module controls the cleaning device to stop the cleaning process when receiving the cleaning signal.
As a further improvement of the invention, the adjusting system further comprises a first detection module, the first detection module comprises a first detection unit, a first detection strategy and a preset first detection time period are arranged in the first detection unit, the first detection strategy comprises that the analysis unit is controlled to detect the air pollutants in the first detection time period according to the first use and basic data are generated, the basic data represent the pollutant components and pollutant concentrations in the air pollutants which are detected for the first time, the first detection unit sends the basic data to a display system, and the display system displays the basic data on a touch screen when receiving the basic data.
As a further improvement of the present invention, the detection module further includes an anomaly prompting unit, the preliminary detection unit further sends basic data to the anomaly prompting unit, the analysis unit further sends pollution data to the anomaly prompting unit, the anomaly prompting unit is configured with an anomaly judgment policy, the anomaly judgment policy includes whether the components of the pollutants in the basic data and the pollution data are the same according to comparison, if the basic data and the pollution data are not consistent, the anomaly prompting unit generates an anomaly signal and sends the anomaly signal to the display system, and when the display system receives the anomaly signal, the display system generates an anomaly mark and displays the anomaly mark on the touch screen.
As a further improvement of the present invention, the adjusting system further includes a constant control module, a temperature adjusting unit and a humidity control unit are disposed in the constant control module, a constant temperature area value is further disposed in the temperature adjusting unit, the temperature adjusting unit is configured to detect a temperature in the area and adjust the temperature in the area to be kept in the constant temperature area value, a constant humidity area value is disposed in the humidity control unit, the humidity control unit is configured to control a humidity in the area to be kept in the constant humidity area value, the constant control module further includes an atomizing and humidifying nozzle, and if the humidity in the area is lower than the constant humidity area value, the humidity control unit controls the atomizing and humidifying nozzle to perform atomizing and humidifying.
As a further improvement of the invention, the regulating system further comprises a purification memory module, the purification memory module records the previous pollution data and generates a pollution record table, and the pollution record table comprises the time when the purification device purifies and the wind power supplied by the wind control device.
As a further improvement of the present invention, the display system further includes a weather display unit, the weather display unit generates weather information according to real-time weather, a weather indication model is disposed on the touch screen, the weather display unit sends the weather information to the master controller, and after the master controller receives the weather information, the touch screen controls the weather indication model to perform weather display.
As a further improvement of the invention, a manual touch unit is further arranged on the touch screen, and when the manual touch unit is triggered, the manual touch unit is used for controlling the main controller to control the wind control device and/or the purification device to be turned on or off.
The invention has the beneficial effects that: detect the pollutant in to the air and generate pollution data through the analysis unit in the detection module, judge whether need carry out purification treatment under the contrast tactics effect in the contrast unit, when needs purification treatment, judge operating mode and pollution level through the judgement module, so that select the different purification passageways of corresponding operating mode control to carry out purification treatment when the purification to different pollution component information, improve purification efficiency, and adjust the wind-force size that corresponds according to operating mode information, so that reach the effect of comfortable air supply, and reach high-efficient effect of purifying in the air supply, thereby realize carrying out air purification's effect when satisfying the comfortable regulation of indoor temperature.
Drawings
FIG. 1 is a schematic diagram of the system of the present invention;
FIG. 2 is a logic diagram of contaminant processing according to the present invention.
Reference numerals: 1. a conditioning system; 11. a purifying memory module; 2. a display system; 21. a touch screen; 22. a master controller; 23. a weather display unit; 3. a detection module; 31. an analysis unit; 32. a comparison unit; 33. an abnormality presentation unit; 4. a control module; 41. a wind adjusting unit; 42. a purification unit; 5. a judgment module; 6. a rechecking module; 61. a classification unit; 62. a delay unit; 63. a main cutting unit; 64. a real-time monitoring unit; 7. a first inspection module; 71. a primary detection unit; 8. a constant control module; 81. a temperature adjusting unit; 82. a humidity control unit.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples. In which like parts are designated by like reference numerals. It should be noted that the terms "front," "back," "left," "right," "upper" and "lower" used in the following description refer to directions in the drawings, and the terms "bottom" and "top," "inner" and "outer" refer to directions toward and away from, respectively, the geometric center of a particular component.
Referring to fig. 1 and 2, a specific embodiment of an intelligent temperature control system applied in an air conditioning control system according to the present invention includes a linked temperature controller, an air control device and a purification device, the air control device is used for controlling air outlet, the purification device is used for purifying air, and a plurality of purification channels are disposed in the purification device, so that the purification device can realize multi-channel purification, and simultaneously purify different air pollutants, the linked temperature controller includes an adjustment system 1 and a display system 2, the display system 2 includes a touch screen 21 and a main controller 22 disposed in the touch screen 21, a manual touch unit is further disposed on the touch screen 21, and when the manual touch unit is triggered, the main controller 22 is used for controlling the air control device and the purification device to be turned on or off, so that air can be supplied by the air control device independently, the wind power can be manually adjusted; the purification device is independently controlled to carry out purification treatment, and different purification channels can be selected to carry out purification treatment; or simultaneously controlling the start of the air control device and the purification device.
The adjusting system 1 comprises a detection module 3, a control module 4 and a judgment module 5, the control module 4 comprises an air adjusting unit 41 and a purification unit 42, the air adjusting unit 41 is used for controlling the opening or closing of an air control device, the purification unit 42 is used for controlling the opening or closing of the purification device, an analysis unit 31 and a comparison unit 32 are configured in the detection module 3, the analysis unit 31 analyzes pollutants in the air and generates pollution data, the pollution data comprises pollution component information and pollution concentration information, the pollution component information represents the composition of the pollutants, wherein the main components in the pollutants are one or more of PM2.5, gaseous pollutants, dust, smog and floccules, the gaseous pollutants are mainly gas radon, the pollution concentration information represents the concentration of the pollutant components, the analysis unit 31 sends the pollution data to the comparison unit 32, a comparison strategy and a preset pollution index are configured in the comparison unit 32, the comparison strategy judges whether the purification device needs to be started for purification treatment or not according to the comparison of the pollution data and the pollution index, if the pollution data is smaller than the pollution index, the comparison unit 32 generates a standby signal and sends the standby signal to the purification unit 42 in the control module 4, the purification unit 42 controls the purification device to be standby when receiving the standby signal, and at the moment, the manual touch control unit can be selected to open the air control device for air supply; if the pollution data is greater than or equal to the pollution index, the comparison unit 32 generates a purification signal and sends the purification signal to the judgment module 5;
the detection module 3 also sends pollution data to the judgment module 5, and the judgment module 5 is internally provided with a working condition comparison table, a judgment strategy and a preset pollution index, wherein the working condition comparison table comprises component information, mode information and grade information, the component information comprises a plurality of component categories which are divided according to main pollution sources in the air pollutants, and the component categories are divided into four component categories in the embodiment, if the component categories are divided into: PM2.5, gaseous radon, dust and flocculus, mode information includes and corresponds in classifying according to arbitrary one composition and sets up multiunit operating mode, and the operating mode chooses for use in this embodiment for two kinds, if: high-efficient purification mode and soft purification mode, grade information has a plurality of pollution levels according to arbitrary operating mode division, and the pollution level sets up to three grades in this embodiment, if: the pollution level information comprises a high pollution level, a midday pollution level and a low pollution level, and pollution thresholds are configured in the level information, so that independent judgment thresholds exist in the judgment of different working condition modes and pollution levels;
the judgment strategy comprises the steps of determining corresponding component classification and working condition modes according to the comparison of pollutant component information in the pollution data and a working condition comparison table, determining pollution levels according to the comparison of pollution concentration information in the pollution data and pollution threshold values under the corresponding working condition modes, generating working condition information according to the judgment strategy by the judgment module 5, sending the working condition information to the control module 4, determining the corresponding working condition modes and the pollution levels according to the pollution data by working condition information representation, if the mixed pollution of PM2.5 and floccules is judged according to the pollution data, and the pollution levels are high pollution levels, selecting a high-efficiency purification mode at the moment.
The air adjusting unit 41 is configured with an air adjusting strategy, the air adjusting strategy generates a corresponding wind instruction according to a corresponding pollution level in the working condition information, the wind instruction represents the wind power supplied by the air control device, and when the pollution level is a high pollution level and the working condition mode is a high-efficiency purification mode, the air control device is controlled to supply air strongly, so that the effect of high-efficiency purification treatment can be achieved; purification unit 42 is provided with a purification strategy, the purification strategy generates a purification instruction according to a corresponding working condition mode in the working condition information, the purification instruction represents and controls the opening or closing of a plurality of purification channels, in the embodiment, purification channels corresponding to PM2.5 and floccules are controlled according to pollutant component information of pollution data to be purified, control module 4 controls a wind control device to supply wind after receiving a wind instruction, and control module 4 opens a corresponding purification channel according to the purification instruction after receiving the purification instruction, so that the purification device performs purification treatment, and air purification is performed while meeting the comfort of indoor temperature.
The processor also comprises a rechecking module 6, the rechecking module 6 comprises a grading unit 61 and a time delay unit 62, the grading unit 61 is internally provided with a priority strategy, the priority strategy comprises a purification sequence divided into classification according to the component information and generates sequence data, for example: in this embodiment, the harm of the floc pollution to the human body is greater than the harm of PM2.5, at this time, the priority of the floc in the sequence data is greater than the priority of PM2.5, the classifying unit 61 sends the sequence data to the delay unit 62, a delay policy and a preset delay time are provided in the delay unit 62, the delay policy includes controlling the purifying device to start the sequence of the corresponding purifying channels according to the sequence data to perform the purifying treatment, and controlling the purifying device to stop purifying when the delay time is reached, the delay unit 62 generates a rechecking signal and sends the rechecking signal to the comparing unit 32 when the purifying device stops purifying, the comparing unit 32 determines whether the purifying device needs to be continuously started to perform the purifying treatment according to the comparing policy, and purifies PM2.5 while preferentially purifying the floc, but rechecks the floc after the delay control of the delay unit 62, if the floccule purification reaches the standard, stopping floccule purification, performing efficient purification treatment on the PM2.5, performing delay control through the delay unit 62, skipping to rechecking the PM2.5, and if the PM2.5 reaches the purification standard, stopping purification treatment;
if the floccule does not reach the purification standard, continuing to purify the floccule, continuing to recheck the floccule after the delay control of the delay unit 62 until the floccule reaches the purification standard, rechecking the PM2.5 when the floccule reaches the purification standard, stopping rechecking and stopping the purification treatment when the PM2.5 reaches the purification standard.
The rechecking module 6 also comprises a main cutting unit 63 and a real-time monitoring unit 64, the real-time monitoring unit 64 is used for monitoring pollutants in the air and generating a real-time concentration value, a stop threshold value is also preset in the real-time monitoring unit 64, a stop strategy is configured in the main cutting unit 63, the stop strategy comprises comparing the real-time concentration value with the stop threshold value in the delay time, if the real-time concentration value in the delay time is smaller than the stop threshold value, the main cutting unit 63 generates a cleaning signal and sends the cleaning signal to the control module 4, and the control module 4 controls the purification device to stop purification treatment when receiving the cleaning signal, so that when the purification treatment is carried out, if the purification standard is reached when the delay time is not reached, the purification treatment is actively switched to stop, the purification efficiency of the purification device is improved, and the working time of the unnecessary purification device is saved.
The adjusting system 1 further comprises a first detection module 7, the first detection module 7 comprises a first detection unit 71, a first detection strategy and a preset first detection time period are arranged in the first detection unit 71, the first detection strategy comprises that the analysis unit 31 is controlled to detect the air pollutants in the first detection time period according to the initial use and generate basic data, the basic data represent the pollutant components and pollutant concentrations in the air pollutants which are detected for the first time, the first detection unit 71 sends the basic data to the display system 2, the display system 2 displays the basic data on the touch screen 21 when receiving the basic data, thereby defining the pollutant composition and the pollutant concentration in the area range during the first use, and displaying on the touch screen 21, thereby judge the main pollutant composition in the regional scope to can tentatively judge the later stage in service behavior of purification passage among the purifier, improve the supervision to purification passage and shorten the repair time to corresponding purification passage.
The detection module 3 further comprises an abnormality prompting unit 33, the primary detection unit 71 further sends basic data to the abnormality prompting unit 33, the analysis unit 31 further sends pollution data to the abnormality prompting unit 33, an abnormality judgment strategy is configured in the abnormality prompting unit 33, the abnormality judgment strategy comprises whether the composition of pollutants in the basic data and the pollution data is the same according to comparison, if the basic data and the pollution data are inconsistent, the abnormality prompting unit 33 generates an abnormal signal and sends the abnormal signal to the display system 2, the display system 2 generates an abnormal mark when receiving the abnormal signal and displays the abnormal mark on the touch screen 21, and the abnormal prompting unit 33 can judge that the pollutants which are not normally generated in the area exist, so that the abnormal condition of the pollutants exist in the area of a user is reminded, and the purification of the pollutants and the investigation of pollution sources are improved.
The adjusting system 1 further comprises a constant control module 8, a temperature adjusting unit 81 and a humidity control unit 82 are arranged in the constant control module 8, a constant temperature area value is further arranged in the temperature adjusting unit 81, the temperature adjusting unit 81 is used for detecting the temperature in the area and adjusting the temperature in the area to be kept in the constant temperature area value, a constant humidity area value is arranged in the humidity control unit 82, the humidity control unit 82 is used for controlling the humidity in the area to be kept in the constant humidity area value, the constant control module 8 further comprises an atomizing and humidifying nozzle, and if the humidity in the area is lower than the constant humidity area value, the humidity control unit 82 controls the atomizing and humidifying nozzle to perform atomizing and humidifying, so that the temperature and the humidity in the area are adjusted, the temperature and the humidity in the area are kept constant, and people in the area feel comfortable; governing system 1 still includes purification memory module 11, and the pollution data before the purification memory module 11 record generates the pollution record table, and the wind-force size of time and accuse wind device air supply when the pollution record table includes purifier purifies to reach and purify and the air supply condition according to the pollutant in the memory area, improve the purification efficiency when needs purify, shorten the time that detects and handle the pollutant.
The display system 2 further comprises a weather display unit 23, the weather display unit 23 generates weather information according to real-time weather, a weather indication model is arranged on the touch screen 21, the weather display unit 23 sends the weather information to the master controller 22, the master controller 22 receives the weather information, the touch screen 21 controls the weather indication model to perform weather display, so that the weather state is displayed on the touch screen 21 in real time, the weather influences the existence condition of pollutants, the condition that a user is reminded to pay attention to the pollutants under different weather conditions is achieved, and further the effects of adjusting comfort and improving the purification treatment are achieved.
The working principle and the effect are as follows:
detect the pollutant in the air and generate pollution data through the analysis unit 31 in the detection module 3, judge whether need carry out purification treatment under the contrast tactics effect in the contrast unit 32, when needs purification treatment, judge operating mode and pollution level through judgment module 5, so that select the different purification channel of corresponding operating mode control to carry out purification treatment when the purification to different pollution component information, improve purification efficiency, and adjust the wind-force size that corresponds according to operating mode information, so that reach the effect of comfortable air supply, and reach high-efficient purification's effect in the air supply, thereby realize carrying out air purification's effect when satisfying the comfortable regulation of indoor temperature.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.
Claims (9)
1. The utility model provides an intelligence temperature control system for in air conditioner control system, includes linkage temperature controller, its characterized in that: the linkage temperature controller comprises an adjusting system (1) and a display system (2), the display system (2) comprises a touch screen (21) and a main controller (22) arranged in the touch screen (21), the intelligent temperature control system further comprises an air control device for controlling air quantity and a purifying device for purifying air, and a plurality of purifying channels are arranged in the purifying device;
the adjusting system (1) comprises a detection module (3), a control module (4) and a judgment module (5), wherein the control module (4) comprises an air adjusting unit (41) and a purification unit (42), the air adjusting unit (41) is used for controlling the opening or closing of the air control device, the purification unit (42) is used for controlling the opening or closing of the purification device, an analysis unit (31) and a comparison unit (32) are configured in the detection module (3), the analysis unit (31) analyzes pollutants in the air according to detection and generates pollution data, the pollution data comprises pollution component information and pollution concentration information, the pollution component information represents and detects the composition components of the pollutants in the air, the pollution concentration information represents the concentration of the pollutant components, and the analysis unit (31) sends the pollution data to the comparison unit (32), a comparison strategy and a preset pollution index are configured in the comparison unit (32), the comparison strategy judges whether the purification device needs to be started for purification treatment according to the comparison pollution data and the pollution index, if the pollution concentration information is smaller than the pollution index, the comparison unit (32) generates a standby signal and sends the standby signal to the purification unit (42) in the control module (4), and the purification unit (42) controls the purification device to be in standby when receiving the standby signal; if the pollution concentration information is larger than or equal to the pollution index, the comparison unit (32) generates a purification signal and sends the purification signal to the judgment module (5);
the detection module (3) also sends pollution data to a judgment module (5), a working condition comparison table, a judgment strategy and a preset pollution index are configured in the judgment module (5), the working condition comparison table comprises component information, mode information and grade information, the component information comprises a plurality of component classification classes divided according to the components in the air pollutants, the mode information comprises a plurality of groups of working condition modes correspondingly set in any one of the component classes, the grade information is divided into a plurality of pollution grades according to any one of the working condition modes, a pollution threshold value is configured in the grade information, the judgment strategy comprises a step of determining the corresponding component class and the working condition mode according to the comparison of the pollutant component information in the pollution data and the working condition comparison table, and a step of determining the pollution grade according to the comparison of the pollution concentration information in the pollution data and the pollution threshold value in the grade information in the corresponding working condition mode, the judging module (5) generates working condition information according to the judging strategy and sends the working condition information to the control module (4), wherein the working condition information comprises a corresponding working condition mode and a pollution level which are determined according to the pollution data;
the air regulating unit (41) is configured with an air regulating strategy, the air regulating strategy generates a corresponding air instruction according to a corresponding pollution level in working condition information and sends the air instruction to the control module (4), the air instruction comprises the size of air supplied by the air control device, the purification unit (42) is configured with a purification strategy, the purification strategy generates a purification instruction according to a corresponding working condition mode in the working condition information and sends the purification instruction to the control module (4), the purification instruction represents the opening or closing of a plurality of purification channels, the control module (4) controls the air control device to supply air after receiving the air instruction, and the control module (4) opens the corresponding purification channel according to the purification instruction after receiving the purification instruction so as to enable the purification device to carry out purification treatment;
the linkage temperature controller also comprises a rechecking module (6), the rechecking module (6) comprises a grading unit (61) and a time delay unit (62), the classification unit (61) is internally provided with a priority strategy which comprises a purification sequence divided into classification according to pollutant component information and generates sequence data, the grading unit (61) sends the sequence data to the delay unit (62), the delay unit (62) is internally provided with a delay strategy and preset delay time, the delay strategy comprises that the purification device is controlled to open the sequence of the corresponding purification channels according to the sequence data to carry out purification treatment, and controls the purification device to stop purifying when the delay time is reached, the delay unit (62) generates a recheck signal and sends the recheck signal to the comparison unit (32) when the purification device stops purifying, and the comparison unit (32) judges whether the purification device needs to be started continuously for purification treatment according to the comparison strategy.
2. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: the component categories include, but are not limited to, one or more of PM2.5, gaseous pollutants, dust, smog, and floe.
3. The intelligent temperature control system applied to the air conditioner control system according to claim 2, wherein: the rechecking module (6) further comprises a main cutting unit (63) and a real-time monitoring unit (64), the real-time monitoring unit (64) is used for monitoring pollutants in the air and generating a real-time concentration value, a stopping threshold value is also preset in the real-time monitoring unit (64), a stopping strategy is configured in the main cutting unit (63), the stopping strategy comprises the steps of comparing the real-time concentration value with the stopping threshold value within a delay time, if the real-time concentration value within the delay time is smaller than the stopping threshold value, the main cutting unit (63) generates a cleaning signal and sends the cleaning signal to the control module (4), and the control module (4) controls the cleaning device to stop the cleaning processing when receiving the cleaning signal.
4. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: governing system (1) still includes first check module (7), first check module (7) are including first check unit (71), be provided with the first check strategy in first check unit (71) and predetermine the first check period, the first check strategy includes according to when first use in first check period control analysis unit (31) detect air contaminant and generate basic data, the first pollutant composition and the pollutant concentration that detect in the air contaminant of basic data sign, first check unit (71) send basic data to display system (2) in, display system (2) show on touch-control screen (21) when receiving basic data.
5. The intelligent temperature control system applied to the air conditioner control system according to claim 4, wherein: still include unusual suggestion unit (33) in detection module (3), elementary data is still sent to unusual suggestion unit (33) in primary examination unit (71), analysis unit (31) still send contaminated data to unusual suggestion unit (33) in, dispose unusual judgement strategy in unusual suggestion unit (33), unusual judgement strategy includes according to comparing whether the pollutant composition is the same in elementary data and the contaminated data, if elementary data and contaminated data are inconsistent, unusual suggestion unit (33) generate unusual signal and send to display system (2), display system (2) generate unusual mark and with touch-control screen (21) go up the mark and show when receiving unusual signal.
6. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: governing system (1) still includes permanent control module (8), be provided with temperature regulation unit (81) and humidity control unit (82) in permanent control module (8), still be provided with constant temperature district value in temperature regulation unit (81), temperature regulation unit (81) are used for the temperature in the detection zone and the temperature maintenance in the regulation zone in constant temperature district value, be provided with constant humidity district value in humidity control unit (82), humidity control unit (82) are used for humidity in the control zone to keep in constant humidity district value, permanent control module (8) still includes atomizing humidification shower nozzle, if the humidity is less than in the region during constant humidity district value, humidity control unit (82) control atomizing humidification shower nozzle carries out the spraying humidification.
7. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: the adjusting system (1) further comprises a purification memory module (11), the purification memory module (11) records pollution data before and generates a pollution record table, and the pollution record table comprises time when the purification device purifies and wind power of wind supplied by the wind control device.
8. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: the display system (2) further comprises a weather display unit (23), the weather display unit (23) generates weather information according to real-time weather, a weather indication model is arranged on the touch screen (21), the weather display unit (23) sends the weather information to the master controller (22), and after the master controller (22) receives the weather information, the touch screen (21) is connected with the weather indication model to perform weather display.
9. The intelligent temperature control system applied to the air conditioner control system according to claim 1, wherein: the touch screen (21) is further provided with a manual touch unit, and the manual touch unit controls the wind control device and/or the purification device to be turned on or off through the main controller (22) when being triggered.
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