CN104834022A - Air quality displaying system and air quality regulating system - Google Patents
Air quality displaying system and air quality regulating system Download PDFInfo
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- CN104834022A CN104834022A CN201410046719.9A CN201410046719A CN104834022A CN 104834022 A CN104834022 A CN 104834022A CN 201410046719 A CN201410046719 A CN 201410046719A CN 104834022 A CN104834022 A CN 104834022A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01W—METEOROLOGY
- G01W1/00—Meteorology
- G01W1/02—Instruments for indicating weather conditions by measuring two or more variables, e.g. humidity, pressure, temperature, cloud cover or wind speed
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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
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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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
- F24F11/70—Control systems characterised by their outputs; Constructional details thereof
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
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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
- F24F2110/00—Control inputs relating to air properties
- F24F2110/50—Air quality properties
-
- 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
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
- F24F2110/12—Temperature of the outside air
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/50—Air quality properties
- F24F2110/52—Air quality properties of the outside air
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating
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- Combustion & Propulsion (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Atmospheric Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Environmental & Geological Engineering (AREA)
- Quality & Reliability (AREA)
- Biodiversity & Conservation Biology (AREA)
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- Environmental Sciences (AREA)
- Air Conditioning Control Device (AREA)
Abstract
Provided are an air quality displaying system and an air quality regulating system, which can reduce the cost. The air quality displaying system comprises external air quality sensors, which are shared by a plurality of residences forming a congregated housing, are arranged outside the plurality of residences, inspect external air quality of the plurality of residences, and output external air quality signals representing the external air quality. The air quality displaying system comprises internal air quality sensors, which are arranged inside the plurality of residences, inspect internal air quality of the residences, and output internal air quality signals representing the internal air quality. The air quality displaying system comprises controllers, which are arranged at the residences, allow displayers to show corresponding information of the external air quality represented by the external air quality signals and corresponding information of the internal air quality represented by the internal air quality signals. The external air quality signals are transmitted to the controllers of the residences via a network, possessed by the congregated housing, in the congregated housing.
Description
Technical field
The present invention relates to a kind of system air quality being shown and regulates.
Background technology
Patent Document 1 discloses following a kind of aircondition: in the off-premises station of outside being configured at residence, be provided with the outside air quality sensor (pollen sensor, UV sensor, dust sensor, temperature sensor, baroceptor) that the air quality of the outside in residence is detected, in the indoor set of inside being configured at residence, be provided with the inner air mass sensor that the air quality of the inside in residence is detected.In addition, Patent Document 1 discloses the telepilot of the measured value that a kind of display is detected by air mass sensor.
Patent Document 2 discloses following a kind of aircondition: there is in the inside in residence the internal temperature sensor that air conditioner, heat exchanger and the temperature to the inside in residence detect, there is in the outside in residence the external temperature sensor detected the temperature of the outside in residence, control air conditioner and heat exchanger based on the temperature of the inside in the residence detected by indoor temperature transmitter, the temperature of outside in residence detected by atmosphere temperature transducer and the design temperature of the inside in residence.
Patent documentation 1: Japanese Unexamined Patent Publication 2002-188844 publication
Patent documentation 2: Japanese Unexamined Patent Publication 2010-181078 publication
Summary of the invention
the problem that invention will solve
If arrange air mass sensor respectively in the outside in residence and the inside in residence, then the cost of aircondition etc. can raise.
The invention provides a kind of air quality display system that can reduce costs and air quality regulation system.
for the scheme of dealing with problems
Air quality display system display air quality of the present invention.Air quality display system possesses outside air quality sensor, this outside air quality sensor is shared by the multiple residences forming collective residence, be configured at the outside in multiple residence, detect the outside air quality in multiple residence and export the outside air quality signal representing this outside air quality.Air quality display system possesses inner air mass sensor, and this inner air mass sensor is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality.Air quality display system possesses controller, this controller is configured at each residence, the inner air quality signal being transfused to outside air quality signal and exporting from the inner air mass sensor in this residence, makes display show the information relevant with the outside air quality represented by outside air quality signal and the information relevant with the inner air quality represented by this inner air quality signal.In the collective residence that outside air quality signal possesses via collective residence, network is transferred to the controller in each residence.
Air quality regulation system of the present invention regulates air quality.Air quality regulation system possesses outside air quality sensor, this outside air quality sensor is shared by the multiple residences forming collective residence, be configured at the outside in multiple residence, detect the outside air quality in multiple residence and export the outside air quality signal representing this outside air quality.Air quality regulation system possesses inner air mass sensor, and this inner air mass sensor is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality.Air quality regulation system possesses controller, this controller is configured at each residence, the inner air quality signal being transfused to outside air quality signal and exporting from the inner air mass sensor in this residence, controls the running of total-heat exchanger and air-conditioning based on two signals.In the collective residence that outside air quality signal possesses via collective residence, network is transferred to the controller in each residence.
In air quality regulation system of the present invention, also can be, outside air quality sensor detects the outside air quality of temperature as residence of the outside in residence, and inner air mass sensor detects the inner air quality of temperature as residence of the inside in residence.Also can be, controller is when being used as air-cooling system by total-heat exchanger and air-conditioning, when temperature higher than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, make operation of air conditioner, when temperature lower than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, total-heat exchanger is operated.
In air quality regulation system of the present invention, also can be, outside air quality sensor detects the outside air quality of temperature as residence of the outside in residence, and inner air mass sensor detects the inner air quality of temperature as residence of the inside in residence.Also can be, controller is when being used as heater unit by total-heat exchanger and air-conditioning, when temperature lower than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, make operation of air conditioner, when temperature higher than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, total-heat exchanger is operated.
In air quality regulation system of the present invention, also can be, outside air quality sensor also detects the outside air quality of air contamination as residence of the outside in residence, controller, when the air contamination of the outside in the residence represented by outside air mass signal is greater than setting, makes operation of air conditioner.
In air quality regulation system of the present invention, also can be, inner air mass sensor also detects the inner air quality of air contamination as residence of the inside in residence, controller, when the air contamination of the inside in the residence represented by inner air quality signal is greater than setting, makes total-heat exchanger operate.
In air quality regulation system of the present invention, also can be that controller makes display show the information relevant with the outside air quality represented by outside air quality signal and the relevant information of the inner air quality represented by this inner air quality signal that exports with the inner air mass sensor from this residence.
the effect of invention
According to the present invention, the air quality display system and air quality regulation system that can reduce costs can be provided.
Accompanying drawing explanation
Fig. 1 is the figure of the summary of the structure of the air quality display system represented involved by embodiment 1.
Fig. 2 is the figure of the functional structure of the air quality display system represented involved by embodiment 1.
Fig. 3 is the figure of the structure of the table that the storage part of the controller 1 of the air quality display system represented involved by embodiment 1 stores.
Fig. 4 is the figure of the action sequence of the controller 1 of the air quality display system represented involved by embodiment 1.
Fig. 5 is the figure of the summary of the structure of the air quality regulation system represented involved by embodiment 2.
Fig. 6 is the figure of the structure of the air quality regulation system represented involved by embodiment 2.
Fig. 7 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 2.
Fig. 8 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 2.
Fig. 9 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 3.
Figure 10 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 3.
Figure 11 is controller 1 another example at the process flow diagram of the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 3.
Figure 12 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 4.
Figure 13 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 4.
description of reference numerals
1: controller; 11: Department of Communication Force outside residence; 12: storage part; 13: Department of Communication Force in residence; 2: network in collective residence; 3: outside air quality sensor; 31: Department of Communication Force outside residence; 32: outside residence temperature and humidity measurement portion; 33: outer air measuring contamination portion, residence; 4: display; 41: Department of Communication Force in residence; 42: display part; 5: inner air mass sensor; 51: Department of Communication Force outside residence; 52: in residence temperature and humidity measurement portion; 53: air pollution quality measurement section in residence; 6: air-conditioning; 61: Department of Communication Force in residence; 62: by control part; 7: total-heat exchanger; 71: Department of Communication Force in residence; 72: by control part.
Embodiment
Embodiments of the present invention are described.
(background of invention)
In the past, can be measured by air mass sensor and utilize display terminal to watch air quality (temperature, humidity, CO in residence
2concentration, VOC (volatile organic compounds: volatile organic compounds) etc.), but there is following problem: in order to also obtain the air quality information of the outside in residence, must be configured for the air mass sensor of the air quality of the outside measuring residence, cost increases.
Also there is following problem: the large-scale information in units of the information Shi Yi city relevant with air quality utilizing website, TV etc. to obtain, town, village etc., therefore cannot grasp the information relevant with air quality among a small circle near oneself exactly.
The invention provides a kind of air quality display system and the air quality regulation system that while reducing costs, also can obtain the air quality information of the outside in residence.
In addition, the invention provides a kind of air quality display system and the air quality regulation system that can detect air quality among a small circle near oneself exactly.
(embodiment 1)
1. structure
Fig. 1 is the figure of the summary of the structure of the air quality display system represented involved by embodiment 1.
The air quality display system of present embodiment is the system that can be applied to collective residence.In air quality display system, in each residence forming collective residence, be configured with controller 1, display 4, inner air mass sensor 5.Outside air quality sensor 3 is configured with in the public portion of collective residence.In the collective residence that outside air quality sensor 3 has via collective residence, network 2 is connected with controller 1.
Fig. 2 is the figure of the functional structure of the air quality display system represented involved by embodiment 1.
The action of controller 1 pair of air quality display system controls.Controller 1 has Department of Communication Force 13 in Department of Communication Force 11 outside residence, storage part 12, residence.
Outside residence, Department of Communication Force 11 can communicate with Department of Communication Force 31 outside the residence of outside air quality sensor 3 via network in collective residence 2.
Storage part 12 stores various data.
In residence, Department of Communication Force 13 can communicate with Department of Communication Force 51 in the residence of Department of Communication Force 41 in the residence of display 4 and inner air mass sensor 5.
Outside air quality sensor 3 detects the air quality (hereinafter appropriately referred to as " air quality outside residence ") of the outside in residence.Outside air quality sensor 3 to have outside residence temperature and humidity measurement portion 32, outer air measuring contamination portion, residence 33 outside Department of Communication Force 31, residence.
Outside residence, Department of Communication Force 31 can communicate with Department of Communication Force 11 outside the residence of controller 1 via network in collective residence 2.
Outside residence, temperature and humidity measurement portion 32 is shared portions of collective residence, measures the temperature and humidity (hereinafter appropriately referred to as " temperature and humidity outside residence ") of the outside in residence, exports the signal of the temperature and humidity measured by representing.
Outer air measuring contamination portion, residence 33 is shared portions of collective residence, measures the dustiness (hereinafter appropriately referred to as " dustiness of the air outside residence ") of the air of the outside in residence, exports the signal of the dustiness of the air measured by representing.The dustiness of air is VOC concentration, CO in air
2concentration, PM2.5 concentration etc. represent the value to the pollution level that human body has dysgenic polluter to cause.
Inner air mass sensor 5 detects the air quality (hereinafter appropriately referred to as " air quality in residence ") of the inside in residence.Inner air mass sensor 5 to have in residence in Department of Communication Force 51, residence air pollution quality measurement section 53 in temperature and humidity measurement portion 52, residence.
In residence, Department of Communication Force 51 can communicate with Department of Communication Force 13 in the residence of controller 1.
In residence, the temperature and humidity (hereinafter appropriately referred to as " temperature and humidity in residence ") of the inside in residence is measured in temperature and humidity measurement portion 52, exports the signal of the temperature and humidity measured by representing.
In residence, air pollution quality measurement section 53 measures the dustiness (hereinafter appropriately referred to as " dustiness of the air in residence ") of the air of the inside in residence, exports the signal of the dustiness of the air measured by representing.The dustiness of air is VOC concentration, CO in air
2concentration, PM2.5 concentration etc. represent the value to the pollution level that human body has dysgenic polluter to cause.
Display 4 shows the information relevant with air quality.Display 4 has Department of Communication Force 41 in residence, display part 42.
In residence, Department of Communication Force 41 can communicate with Department of Communication Force 13 in the residence of controller 1.
Display part 42 shows the information relevant with the air quality represented by the signal received from controller 1 via Department of Communication Force in residence 41.
The function in each portion of the controller 1 shown in Fig. 2 can be made up of the signal conditioning package with calculation function.Signal conditioning package has CPU, storer, communication interface, operating portion etc. as hardware.The program for enabling the control in present embodiment be performed, data are stored in storer.By performing these programs, data by receiving and transmitting signal between CPU and communication interface, operating portion, display part etc., realize the function of the controller 1 shown in Fig. 2.Also identical in each controller 1 of embodiment 2 ~ 4.In addition, in embodiment 2 ~ 4, in the storer of above-mentioned signal conditioning package, program, data that the control for enabling in each embodiment is performed are stored.
Fig. 3 is the figure of the structure of the table that the storage part 12 of the controller 1 of the air quality display system represented involved by embodiment 1 stores.
In the table of the storage part 12 of controller 1, the dustiness of the temperature outside (1) time information residence external pelivimetry gone out with specific time interval stylus point, residence, the air outside residence and the dustiness for the temperature in (2) time information measured in residence, residence, air in residence.
2. action
The action of air quality display system is described.Fig. 4 is the figure of the action sequence of the controller 1 of the air quality display system represented involved by embodiment 1.
The dustiness (S1000) of temperature outside residence, air measured by outside air quality sensor 3.
The signal of dustiness of the temperature outside the residence measured by representing and air is outputted to controller 1 (S1001) by outside air quality sensor 3.
The information relevant with the dustiness of the temperature outside the residence represented by the signal received from outside air quality sensor 3 and air and current time are stored into storage part 12 (S1002) by controller 1 accordingly.
Inner air mass sensor 5 measures the dustiness (S1003) of temperature in residence and air.
The signal of dustiness of the temperature in the residence measured by representing and air is outputted to controller 1 (S1004) by inner air mass sensor 5.
The information relevant with the dustiness of the temperature in the residence represented by the signal received from inner air mass sensor 5 and air and current time are stored into storage part 12 (S1005) by controller 1 accordingly.
The information relevant with the dustiness of the temperature outside residence and air of current time and the information relevant with the dustiness of the temperature in residence and air are outputted to display 4 (S1006) by controller 1.
Display 4 shows the information relevant with the dustiness of the temperature residence and air that receive from controller 1, current time and the information (S1007) relevant with the dustiness of the temperature in residence and air.
3. sum up
The air quality display system display air quality of present embodiment.Air quality display system possesses outside air quality sensor 3, this outside air quality sensor 3 is shared by the multiple residences forming collective residence, be configured at the outside in multiple residence, detect the outside air quality in multiple residence and export the outside air quality signal representing this outside air quality.Air quality display system possesses inner air mass sensor 5, and this inner air mass sensor 5 is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality.Air quality display system possesses controller 1, this controller 1 is configured at each residence, the inner air quality signal being transfused to outside air quality signal and exporting from the inner air mass sensor 5 in this residence, makes display 4 show the information relevant with the outside air quality represented by outside air quality signal and the information relevant with the inner air quality represented by this inner air quality signal.In the collective residence that outside air quality signal possesses via collective residence, network 2 is transferred to the controller 1 in each residence.
Air quality display system according to the present embodiment, can share outside air quality sensor 3 by the multiple residences forming collective residence.And, the outside air quality Signal transmissions that in the collective residence that collective residence can be utilized to possess, the outside air quality sensor 3 by the outside being configured at residence detects by network 2, to the storage part 12 of controller 1, makes display 4 show information represented by outside air quality signal.Therefore, it is possible to reduce the cost of air quality display system.
In addition, air quality display system according to the present embodiment, can utilize the outside air quality sensor 3 of the collective residence existing for the residence being configured at oneself detect the air quality among a small circle near oneself exactly and show.
4. other example in present embodiment
As long as display 4 possesses can carry out with controller 1 Department of Communication Force that communicates, may not be special-purpose terminal and utilize tablet terminal, smart phone, TV etc. to form.
In the present embodiment, measured the air quality in residence by inner air mass sensor 5, but also the function of the air quality measured in residence can be set controller 1, measured the air quality in residence by controller 1.
Step S1000 ~ S1002 also can be contrary with the order of step S1003 ~ S1005.
In step S1007, display 4 both can utilize numerical value, chart to show the dustiness of temperature, air, also can show the suggestion that " come in, and row is taken a breath " is such.Further, when showing suggestion, both can carry out the judgement of suggestion statement in controller 1, also can carry out the judgement of suggestion statement in display 4.
(embodiment 2)
In the air quality display system of embodiment 1, the information that only dustiness of display and the temperature outside residence and air is relevant and the information relevant with the dustiness of the temperature in residence and air, but in the air quality regulation system of present embodiment, the dustiness based on the temperature in the dustiness of the temperature outside measured residence and air and residence and air controls air-conditioning and total-heat exchanger.
1. structure
Fig. 5 is the figure of the summary of the structure of the air quality regulation system represented involved by embodiment 2.
In the present embodiment, in each residence forming collective residence, except the structure of embodiment 1, air-conditioning 6, total-heat exchanger 7 is also configured with.
Fig. 6 is the figure of the functional structure of the air quality regulation system represented involved by embodiment 2.In the present embodiment, controller 1 also has judging part 14 beyond Department of Communication Force 13 in Department of Communication Force 11, storage part 12, residence except residence.The data etc. that judging part 14 stores based on the data received from Department of Communication Force 13 in Department of Communication Force outside residence 11 and residence, storage part 12 carry out controlling relevant judgement etc. with the running of air-conditioning 6 and total-heat exchanger 7.
Air-conditioning 6 carries out the adjustment of the air quality in residence.Air-conditioning 6 has Department of Communication Force 61 in residence, by control part 62.
In residence, Department of Communication Force 61 can communicate with Department of Communication Force 13 in the residence of controller 1.
By control part 62 based on the adjustment action carrying out the air quality in residence via Department of Communication Force in residence 61 from the control signal that controller 1 receives.Specifically, can based on the control signal received from controller 1 by control part 62, the adjustment action as the air quality in residence is carried out making the heating installation that in residence, the temperature rises operate and make the cold air operation of the mercury dropped in residence.The switching that cold air operation and heating installation operate carries out based on the control signal exported from controller 1.Controller 1 both can based on by user operation from the signal that the operating portion such as telepilot exports judge to carry out cold air operation and heating installation running which, also can judge based on the temperature represented by the inner air quality signal exported from inner air mass sensor 5 to carry out cold air operation and heating installation operate in which.Such as, carrying out cold air operation when controller 1 can be also more than first set point of temperature at the temperature represented by the inner air quality signal exported from inner air mass sensor 5, carrying out heating installation running when not reaching the first set point of temperature.
Total-heat exchanger 7 carries out taking a breath and Total heat exchange based on the control signal exported from controller 1.Total-heat exchanger 7 has Department of Communication Force 71 in residence, by control part 72.
In residence, Department of Communication Force 71 can communicate with Department of Communication Force 13 in the residence of controller 1.
Ventilation and Total heat exchange action is carried out based on the signal received from Department of Communication Force in residence 71 by control part 72.
2. action
Fig. 7 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 2.
Controller 1 reads the temperature (S1100) residence from storage part 12.
Controller 1 reads the temperature (S1101) in residence from storage part 12.
Controller 1 judges that whether temperature outside residence is higher than the temperature (S1102) in residence.
Temperature outside residence is higher than (when in S1102 being "Yes") when temperature in residence, and controller 1 makes air-conditioning 6 carry out action (S1103).On the other hand, the temperature outside residence is not higher than (when in S1102 being "No") when temperature in residence, and controller 1 makes total-heat exchanger 7 carry out action (S1104).
Fig. 8 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 2.
Controller 1, in step S1100, S1101, reads the temperature residence and the temperature in residence from storage part 12 in the same manner as summer (during cold air).
Controller 1 judges that whether temperature outside residence is lower than the temperature (S1105) in residence.
Temperature outside residence is lower than (when in S1105 being "Yes") when temperature in residence, and controller 1 makes air-conditioning 6 carry out action (S1106).On the other hand, the temperature outside residence is not less than the temperature in residence (time in S1102 for "No"), total-heat exchanger 7 is made to carry out action (S1107).
3. sum up
The air quality regulation system of present embodiment regulates air quality.Air quality regulation system possesses outside air quality sensor 3, this outside air quality sensor 3 is shared by the multiple residences forming collective residence, be configured at the outside in multiple residence, detect the outside air quality in multiple residence and export the outside air quality signal representing this outside air quality.Air quality regulation system possesses inner air mass sensor 5, and this inner air mass sensor 5 is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality.Air quality regulation system possesses controller 1, this controller 1 is configured at each residence, the inner air quality signal being transfused to outside air quality signal and exporting from the inner air mass sensor 5 in this residence, controls the running of total-heat exchanger 7 and air-conditioning 6 based on two signals.In the collective residence that outside air quality signal possesses via collective residence, network 2 is transferred to the controller 1 in each residence.
Air quality regulation system according to the present embodiment, can share outside air quality sensor 3 by the multiple residences forming collective residence.Further, the outside air quality Signal transmissions that in the collective residence that collective residence can be utilized to possess, the outside air quality sensor 3 by the outside being configured at residence detects by network 2 to controller 1, to control the running of total-heat exchanger 7 and air-conditioning 6.Therefore, it is possible to reduce the cost of air quality regulation system.
In addition, by utilizing total-heat exchanger 7 to carry out air quality adjustment, power consumption when air quality regulates can be reduced.
In addition, air quality regulation system according to the present embodiment, can utilize the outside air quality sensor 3 of the collective residence existing for the residence being configured at oneself to detect air quality among a small circle near oneself exactly to regulate air quality.
In the air quality regulation system of present embodiment, outside air quality sensor 3 detects the air quality of temperature as the outside in residence of the outside in residence, and inner air mass sensor 5 detects the air quality of temperature as the inside in residence of the inside in residence.Controller 1 is when being used as air-cooling system by total-heat exchanger 7 and air-conditioning 6, when temperature higher than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, air-conditioning 6 is operated, when temperature not higher than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, total-heat exchanger 7 is operated.
Thus, when total-heat exchanger 7 and air-conditioning 6 are used as air-cooling system, the power consumption regulated for air quality can be reduced.
In the air quality regulation system of present embodiment, outside air quality sensor 3 detects the air quality of temperature as the outside in residence of the outside in residence, and inner air mass sensor 5 detects the air quality of temperature as the inside in residence of the inside in residence.Controller 1 is when being used as heater unit by total-heat exchanger 7 and air-conditioning 6, when temperature lower than the inside in the residence represented by inner air quality signal of the temperature of the outside in the residence represented by outside air quality signal, air-conditioning 6 is operated, when the temperature of the outside in the residence represented by outside air quality signal is not less than the temperature of the inside in the residence represented by inner air quality signal, total-heat exchanger 7 is operated.
Thus, when total-heat exchanger 7 and air-conditioning 6 are used as heater unit, the power consumption regulated for air quality can be reduced.
In addition, in the air quality regulation system of present embodiment too, controller 1 can make display 4 show the information relevant with the outside air quality represented by outside air quality signal and the relevant information of the inner air quality represented by this inner air quality signal that exports with the above-mentioned inner air mass sensor 5 from this residence.
Thus, user can hold the information relevant with outside air quality and the information relevant with inner air quality by the display in display 4.
4. other example in present embodiment
S1100 and S1101 of process flow diagram also can be contrary order.
(embodiment 3)
In the air quality regulation system of embodiment 2, the running of air-conditioning 6 and total-heat exchanger 7 is controlled based on the temperature outside residence and the temperature in residence, but in the air quality regulation system of present embodiment, beyond temperature except residence and the temperature in residence, also control the running of air-conditioning 6 and total-heat exchanger 7 based on the dustiness of the air outside residence.
1. structure
The structure of the air quality regulation system involved by embodiment 3 is identical with the structure of the air quality regulation system involved by embodiment 2.
2. action
Fig. 9 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 3.
In the flowchart of fig. 9, relative to the process flow diagram of Fig. 7, with the addition of step S1200, S1201.
That is, the temperature in step S1102 outside residence is not more than the temperature in residence (time in S1102 for "No"), controller 1 reads the dustiness (S1200) of the air residence from storage part 12.
Whether the dustiness of the air that controller 1 judges outside the residence that reads out is greater than setting (S1201).
The dustiness of the air outside read out residence is greater than setting (being "Yes" in S1201), controller 1 makes air-conditioning 6 carry out action (S1103).On the other hand, when the dustiness of air is not more than setting (time in S1201 for "No"), total-heat exchanger 7 is made to carry out action (S1104).
Figure 10 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 3.
Controller 1, in step S1100, S1101, in the same manner as summer (during cold air), reads the temperature residence and the temperature in residence from storage part 12.
Controller 1 judges that whether temperature outside residence is lower than the temperature (S1105) in residence.
Temperature in step S1105 outside residence is not less than the temperature in residence (time in S1105 for "No"), controller 1 reads the dustiness (S1200) of the air residence from storage part 12.
Whether the dustiness of the air that controller 1 judges outside the residence that reads out is greater than setting (S1201).
The dustiness of the air outside read out residence is greater than setting (being "Yes" in S1201), controller 1 makes air-conditioning 6 carry out action (S1106).On the other hand, when the dustiness of air is not more than setting (time in S1201 for "No"), controller 1 makes total-heat exchanger 7 carry out action (S1107).
3. sum up
In the air quality regulation system of present embodiment, outside air quality sensor 3 also detects the air quality of air contamination as the outside in residence of the outside in residence, controller 1, when the air contamination of the outside in the residence represented by outside air mass signal is greater than setting, makes air-conditioning 6 operate.
Thus, when the air contamination of the outside in the residence represented by outside air mass signal is greater than setting, replaces the running of total-heat exchanger 7 that air-conditioning 6 is operated, therefore can not be taken into the air of the outside in residence.Therefore, it is possible to regulated the temperature in residence by the air-polluting of the outside in residence at the air of the inside suppressing residence simultaneously.
In addition, in the air quality regulation system of present embodiment, total-heat exchanger 7 also can be the general scavenger fan without hot-swap feature.
In addition, in the air quality regulation system of present embodiment too, controller 1 can make display 4 show the information relevant with the outside air quality represented by outside air quality signal and the relevant information of the inner air quality represented by this inner air quality signal that exports with the above-mentioned inner air mass sensor 5 from this residence.
Thus, user can hold the information relevant with outside air quality and the information relevant with inner air quality by the display in display 4.
4. other example in present embodiment
The opportunity of the S1200 of flowchart also can between S1100 ~ S1102.
In addition, the order of S1100 ~ S1102 and S1200 ~ S1201 of process flow diagram also can be contrary.The process flow diagram of this concrete example is represented shown in Figure 11.
Figure 11 is controller 1 another example at the process flow diagram of the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 3.
Controller 1 reads the dustiness (S1200) of the air residence from storage part 12.
Whether the dustiness of the air that controller 1 judges outside the residence that reads out is greater than setting (S1201).
The dustiness of the air outside read out residence is greater than setting (time in S1201 for "No"), controller 1 makes air-conditioning 6 carry out action (S1103).
On the other hand, the dustiness of the air outside read out residence is not more than setting (being "No" in S1201), controller 1 reads the temperature (S1100) residence from storage part 12.Further, controller 1 reads the temperature (S1101) in residence from storage part 12.
Controller 1 judges that whether temperature outside residence is higher than the temperature (S1102) in residence.
Temperature outside residence is higher than (when in S1102 being "Yes") when temperature in residence, and controller 1 makes air-conditioning 6 carry out action (S1103).On the other hand, the temperature outside residence is not higher than (when in S1102 being "No") when temperature in residence, and controller 1 makes total-heat exchanger 7 carry out action (S1104).
By the control of the process flow diagram shown in Figure 11, result is about air-conditioning 6 and total-heat exchanger 7, has carried out the action same with the process flow diagram shown in Fig. 9.In addition, although eliminate explanation for winter (during heating installation), but by the step S1102 of summer (during cold air), S1103, S1104 being replaced into S1105, S1106, S1107 of Figure 10, can the action same with the action of the process flow diagram shown in Figure 10 be carried out.
(embodiment 4)
In the air quality regulation system of embodiment 3, the dustiness based on the air outside the temperature outside residence, the temperature in residence and residence controls the running of air-conditioning 6 and total-heat exchanger 7.On the other hand, in the air quality regulation system of present embodiment, replace the dustiness of the air outside residence and control the running of air-conditioning 6 and total-heat exchanger 7 based on the dustiness of the air in residence.Further, in the air quality regulation system of present embodiment, the operating condition of total-heat exchanger 7 is controlled as ventilation operating condition and heat interchange operating condition.
1. structure
The structure of the air quality regulation system involved by embodiment 4 is identical with the structure of the air quality regulation system involved by embodiment 2.
2. action
Figure 12 is the process flow diagram of controller 1 at the control action in summer (during cold air) of the air quality regulation system illustrated involved by embodiment 4.In addition, in step S1100, S1101, S1102, the process identical with Fig. 9 is carried out.
Then, the temperature in step S1102 outside residence is not higher than (when in S1102 being "No") when temperature in residence, and controller 1 makes total-heat exchanger 7 carry out action (S1104).Now, controller 1 action that makes total-heat exchanger 7 carry out for taking a breath.
On the other hand, in step S1102, outside residence, temperature is higher than (when in S1102 being "Yes") when temperature in residence, and controller 1 reads the dustiness (S1300) of the air in residence from storage part 12.
Whether the dustiness of the air that controller 1 judges in the residence that reads out is less than setting (S1301).
The dustiness of the air in read out residence is less than setting (time in S1301 for "Yes"), controller 1 makes air-conditioning 6 carry out action (S1103).On the other hand, the dustiness of the air in residence is not less than setting (time in S1301 for "No"), total-heat exchanger 7 is made to carry out action (S1302).Now, controller 1 makes total-heat exchanger 7 carry out heat interchange action.
Figure 13 is the process flow diagram of controller 1 control action of (during heating installation) in the winter time of the air quality regulation system illustrated involved by embodiment 4.
Controller 1, in step S1100, S1101, in the same manner as summer (during cold air), reads the temperature residence and the temperature in residence from storage part 12.
Controller 1 judges that whether temperature outside residence is higher than the temperature (S1105) in residence.
Temperature in step S1125 outside residence is higher than (when in S1105 being "No") when temperature in residence, and controller 1 makes total-heat exchanger 7 carry out action (S1107).Now, controller 1 makes total-heat exchanger 7 carry out ventilation action.
On the other hand, the temperature in step S1105 outside residence is not higher than (when in S1105 being "Yes") when temperature in residence, and controller 1 reads the dustiness (S1300) of the air in residence from storage part 12.
Whether the dustiness of the air that controller 1 judges in the residence that reads out is less than setting (S1301).
The dustiness of the air in read out residence is less than setting (time in S1301 for "Yes"), controller 1 makes air-conditioning 6 carry out action (S1106).On the other hand, the dustiness of the air in residence is not less than setting (time in S1301 for "No"), total-heat exchanger 7 is made to carry out action (S1303).Now, controller 1 action that makes total-heat exchanger 7 carry out for heat interchange.
3. sum up
In the air quality regulation system of present embodiment, inner air mass sensor 5 also detects the air quality of air contamination as the inside in residence of the inside in residence, controller 1, when the air contamination of the inside in the residence represented by inner air quality signal is not less than setting, makes total-heat exchanger 7 operate.
In the present embodiment, when the air contamination of the inside in the residence represented by inner air quality signal is not less than setting, replaces the running of air-conditioning 6 and total-heat exchanger 7 is operated, being taken into the air of the outside in residence thus.Therefore, although the regulating effect of temperature in residence reduces, the dustiness of the air of the inside in residence can be improved.
In addition, in the air quality regulation system of present embodiment too, controller 1 can make display 4 show the information relevant with the outside air quality represented by outside air quality signal and the relevant information of the inner air quality represented by this inner air quality signal that exports with the above-mentioned inner air mass sensor 5 from this residence.
Thus, user can hold the information relevant with outside air quality and the information relevant with inner air quality by the display in display 4.
Claims (7)
1. an air quality display system, display air quality, this air quality display system possesses:
Outside air quality sensor, it is shared by the multiple residences forming collective residence, is configured at the outside in above-mentioned multiple residence, detects the outside air quality in above-mentioned multiple residence and exports the outside air quality signal representing this outside air quality;
Inner air mass sensor, it is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality; And
Controller, it is configured at each residence, the inner air quality signal being transfused to said external air mass signal and exporting from the above-mentioned inner air mass sensor in this residence, display is made to show the information relevant with the outside air quality represented by said external air mass signal and the information relevant with the inner air quality represented by this inner air quality signal
Wherein, in the collective residence that possesses via above-mentioned collective residence of said external air mass signal, network is transferred to the above-mentioned controller in each residence.
2. an air quality regulation system, regulate air quality, this air quality regulation system possesses:
Outside air quality sensor, it is shared by the multiple residences forming collective residence, is configured at the outside in above-mentioned multiple residence, detects the outside air quality in above-mentioned multiple residence and exports the outside air quality signal representing this outside air quality;
Inner air mass sensor, it is configured at the inside in each residence, detects the inner air quality in this residence and exports the inner air quality signal representing this inner air quality; And
Controller, it is configured at each residence, and the inner air quality signal being transfused to said external air mass signal and exporting from the above-mentioned inner air mass sensor in this residence, controls the running of total-heat exchanger and air-conditioning based on two signals,
Wherein, in the collective residence that possesses via above-mentioned collective residence of said external air mass signal, network is transferred to the above-mentioned controller in each residence.
3. air quality regulation system according to claim 2, is characterized in that,
Said external air mass sensor detects the outside air quality of temperature as above-mentioned residence of the outside in above-mentioned residence,
Above-mentioned inner air mass sensor detects the inner air quality of temperature as above-mentioned residence of the inside in above-mentioned residence,
Above-mentioned controller is when being used as air-cooling system by above-mentioned total-heat exchanger and above-mentioned air-conditioning, when temperature higher than the inside represented by above-mentioned inner air quality signal of the temperature of the outside in the residence represented by said external air mass signal, make above-mentioned operation of air conditioner, when temperature lower than the inside in the residence represented by above-mentioned inner air quality signal of the temperature of the outside in the residence represented by said external air mass signal, above-mentioned total-heat exchanger is operated.
4. air quality regulation system according to claim 2, is characterized in that,
Said external air mass sensor detects the outside air quality of temperature as above-mentioned residence of the outside in above-mentioned residence,
Above-mentioned inner air mass sensor detects the inner air quality of temperature as above-mentioned residence of the inside in above-mentioned residence,
Above-mentioned controller is when being used as heater unit by above-mentioned total-heat exchanger and above-mentioned air-conditioning, when temperature lower than the inside in the residence represented by above-mentioned inner air quality signal of the temperature of the outside in the residence represented by said external air mass signal, make above-mentioned operation of air conditioner, when temperature higher than the inside in the residence represented by above-mentioned inner air quality signal of the temperature of the outside in the residence represented by said external air mass signal, above-mentioned total-heat exchanger is operated.
5. the air quality regulation system according to any one in claim 2 ~ 4, is characterized in that,
Said external air mass sensor also detects the outside air quality of air contamination as above-mentioned residence of the outside in above-mentioned residence,
Above-mentioned controller, when the air contamination of the outside in the above-mentioned residence represented by said external air mass signal is greater than setting, makes above-mentioned operation of air conditioner.
6. the air quality regulation system according to any one in claim 2 ~ 4, is characterized in that,
Above-mentioned inner air mass sensor also detects the inner air quality of air contamination as above-mentioned residence of the inside in above-mentioned residence,
Above-mentioned controller, when the air contamination of the inside in the above-mentioned residence represented by above-mentioned inner air quality signal is greater than setting, makes above-mentioned total-heat exchanger operate.
7. air quality regulation system according to claim 2, is characterized in that,
Above-mentioned controller makes display show the information relevant with the outside air quality represented by said external air mass signal and the relevant information of the inner air quality represented by this inner air quality signal that exports with the above-mentioned inner air mass sensor from this residence.
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| JP2015022849A JP2015152300A (en) | 2014-02-10 | 2015-02-09 | Air quality display system, air quality adjustment system |
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