CN103792921A - Household room environment intelligent controller - Google Patents
Household room environment intelligent controller Download PDFInfo
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- CN103792921A CN103792921A CN201410039342.4A CN201410039342A CN103792921A CN 103792921 A CN103792921 A CN 103792921A CN 201410039342 A CN201410039342 A CN 201410039342A CN 103792921 A CN103792921 A CN 103792921A
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Abstract
The invention discloses a household room environment intelligent controller. A power circuit is respectively connected with an intelligent control circuit and an electric appliance device. The intelligent control circuit is connected with the execution electric appliance device. A remote control circuit is connected with the power circuit. The intelligent control circuit comprises a temperature collecting circuit, a humidity collecting circuit, a temperature judging circuit, a humidity judging circuit, a temperature executing circuit and a humidity executing circuit. The electric appliance device comprises a refrigeration electric appliance, a heating electric appliance, a dehumidification electric appliance and a humidification electric appliance. The signal output end of the temperature collecting circuit and the signal output end of the humidity collecting circuit are connected with the signal input end of the temperature judging circuit and the signal input end of the humidity judging circuit respectively. The signal output end of the temperature judging circuit is connected with the refrigeration electric appliance or the heating electric appliance in the execution electric appliance device through the temperature executing circuit. The signal output end of the humidity judging circuit is connected with the dehumidification electric appliance or the humidification electric appliance in the execution electric appliance device through the humidity executing circuit.
Description
Technical field
The present invention relates to ambient intelligence controller, relate in particular to a kind of family room ambient intelligence controller.
Background technology
At present, along with industrial and agricultural production great development, national economy improves rapidly, and living standards of the people constantly promote, and people also improve constantly life living environment conditional request.Because national economy is in the high speed development primary stage, very many-sided technology and management are all perfect not, under the state of rapid economic development, occur that some are to people's unfavorable phenomenon of living environment of surviving, affect people's state of mind, reduced health of people level.
People, in order to improve health conditions, improve the state of mind, just must improve existing severe existence living environment, make indoor temperature, the humidity of living reach due comfort level, and the air of particularly breathing feels pure and fresh, reach people's healthy requirement of surviving.In order to improve air pollution, country also takes several steps, and because country is too large, space is large too, and effect is not remarkable, takes the local comparatively reality of administering according to current present situation.One day scope of activities of people is exactly in work position, in the road of working, in family room, wherein the time is the longest at home, can be the temperature in family room, humidity, air, enhancement of environment comfortable, be very effectively to improve the good method that people are healthy, spirit is happy.
Summary of the invention
The object of this invention is to provide a kind of family room ambient intelligence controller, can automatically adjust family room environment temperature, humidity, air quality, meet the healthy requirement of people, improve people's quality of life.
The present invention adopts following technical proposals: a kind of family room ambient intelligence controller, comprises power circuit, intelligent control circuit, remote control circuit, execution electric equipment; Described power circuit connects respectively described intelligent control circuit, electric equipment, and described intelligent control circuit connects described execution electric equipment, and described remote control circuit connects described power circuit; Described intelligent control circuit comprises temperature collection circuit and humidity collection circuit, temperature decision circuitry and humidity decision circuitry, temperature executive circuit and humidity executive circuit, and described electric equipment comprises electric refrigerator, heating electrical appliance, dehumidifying electrical equipment and humidification electrical equipment; Described temperature collection circuit and the signal output part of humidity collection circuit are connected respectively the signal input part of temperature decision circuitry and humidity decision circuitry, the signal output part of described temperature decision circuitry is connected with electric refrigerator or the heating electrical appliance carried out in electric equipment by temperature executive circuit, and the signal output part of described humidity decision circuitry is connected with dehumidifying electrical equipment or the humidification electrical equipment carried out in electric equipment by humidity executive circuit.
Described remote control circuit comprises signal receiving circuit, signal interpretation circuit, signal output apparatus; Described signal receiving circuit connects described signal interpretation circuit, and signal interpretation circuit connects described signal output apparatus, and described signal output apparatus includes starting relay and disconnects relay, and signal output apparatus connects described power circuit.
Described power circuit comprises two-phase hand switch, two-phase automatic switch, the normally opened contact of starting relay, normally closed contact, the rectification circuit of disconnection relay; After a pair of normally opened contact of wherein said two-phase hand switch and two-phase automatic switch is in parallel, one end connects two-phase power supply, and the other end connects described execution electric equipment and rectification circuit, and the output terminal of rectification circuit connects intelligent control circuit; After a normally opened contact of the normally opened contact of described starting relay and two-phase automatic switch is in parallel, one end connects power supply by the normally closed contact that disconnects relay, and the other end connects power supply by two-phase automatic switch coil.
Described execution electric equipment also includes air purifier.
Described temperature collection circuit is temperature sensor, temperature decision circuitry is temperature comparison circuit, temperature executive circuit is that temperature is carried out relay, the signal output part of temperature sensor connects the temperature signal input end of temperature comparison circuit, the setting signal input end of temperature comparison circuit is provided with temperature setting circuit, temperature setting circuit comprises by the first resistance, the branch road of the series connection that the first swept resistance and the second resistance form, power supply is accessed respectively at the two ends of this series arm, wherein the sliding end of the first swept resistance connects the setting signal input end of temperature comparison circuit, the output terminal of temperature comparison circuit connects the base stage of the first triode, the grounded emitter of the first triode, the coil that collector is carried out relay by temperature connects positive source, the power end of temperature comparison circuit connects positive source by the 3rd resistance, the signal output part of temperature comparison circuit also connects positive source by the 4th resistance, and the setting signal input end of temperature comparison circuit also connects the coil of temperature execution relay by the 5th resistance, the contact that described temperature is carried out relay is connected in the power circuit of electric refrigerator or heating electrical appliance.
Described humidity collection circuit is hygristor, humidity decision circuitry is humidity comparator circuit, humidity executive circuit is that humidity is carried out relay, the first end of described hygristor connects the sliding end of the second swept resistance, the two ends of the second swept resistance are respectively by the 6th resistance, the 7th resistance connects AC power, the second end of hygristor is connected the input end of rectifier with the 7th resistance, the output terminal of rectifier connects power cathode by the first electric capacity, the output terminal of rectifier also connects the second electric capacity and the 9th resistance in parallel by the 8th resistance, the 8th resistance connects the input end of humidity comparator circuit by the 11 resistance, positive source is by the 12 resistance, the tenth resistance connects another input end of humidity comparator circuit, the output terminal of humidity comparator circuit connects the base stage of the second triode by the 13 resistance, the emitter of the second triode connects power cathode, the coil that collector is carried out relay by humidity connects positive source, the contact that described humidity is carried out relay is connected in the power circuit of dehumidifying electrical equipment or humidification electrical equipment.
The object of the invention is for fear of or reduce that people health is sick, lassitude, improve people's quality of life, strengthen body health level, this family room ambient intelligence controller technology progress, reasonable in design, desirable realization the control of family room ambient intelligence, the whole people are applied to intellectualized technology development and also play active promoting function, the concrete advantage of this family room ambient intelligence controller:
1, the all-round popularization of family room ambient intelligence control technology application, can automatically adjust family room environment temperature, humidity, air quality, meet the requirement that people are healthy, spirit is happy, also just avoid or reduce that people's health is sick, lassitude, improve people's quality of life, effectively improve people's body health level.
2, the all-round popularization of family room ambient intelligence control technology application, owing to avoiding or reducing that people's health is sick, lassitude, improves people's quality of life, effectively improves people's body health level, also can increase the benefit of enterprise and society simultaneously.
3, the all-round popularization of family room ambient intelligence control technology application, applies the development of modernization intellectual technology to the whole people and also plays active promoting function.
Accompanying drawing explanation
Fig. 1 is schematic block circuit diagram of the present invention;
Fig. 2 is the circuit block diagram of remote control circuit in the present invention;
Fig. 3 is the circuit diagram of power circuit in the present invention;
Fig. 4 is temperature acquisition in the present invention, judgement, executive circuit figure;
Fig. 5 is humidity collection in the present invention, judgement, executive circuit figure.
Embodiment
As shown in Figure 1, the invention discloses a kind of family room ambient intelligence controller, comprise power circuit, intelligent control circuit, remote control circuit, execution electric equipment; Described power circuit connects respectively described intelligent control circuit, carries out electric equipment, and described intelligent control circuit connects described execution electric equipment, and described remote control circuit connects described power circuit; Described intelligent control circuit comprises temperature collection circuit and humidity collection circuit, temperature decision circuitry and humidity decision circuitry, temperature executive circuit and humidity executive circuit, and described electric equipment comprises electric refrigerator, heating electrical appliance, dehumidifying electrical equipment and humidification electrical equipment; Described temperature collection circuit and the signal output part of humidity collection circuit are connected respectively the signal input part of temperature decision circuitry and humidity decision circuitry, the signal output part of described temperature decision circuitry is connected with electric refrigerator or the heating electrical appliance carried out in electric equipment by temperature executive circuit, and the signal output part of described humidity decision circuitry is connected with dehumidifying electrical equipment or the humidification electrical equipment carried out in electric equipment by humidity executive circuit.Described execution electric equipment also includes air purifier.
As shown in Figure 2, described remote control circuit comprises signal receiving circuit, signal interpretation circuit, signal output apparatus; Described signal receiving circuit connects described signal interpretation circuit, and signal interpretation circuit connects described signal output apparatus, and described signal output apparatus includes starting relay and disconnects relay, and signal output apparatus connects described power circuit.When switching power circuit signal is transmitted in a distant place, receive signal by signal receiving circuit, signal is passed to signal interpretation circuit, after signal interpretation circuit converts, pass to signal output apparatus, signal output apparatus starts or interrupting power circuit, gives intelligent control circuit and carries out electric equipment power transmission or power failure.
As shown in Figure 3, described power circuit comprises two-phase hand switch SD, two-phase automatic switch, the normally opened contact Y2 of starting relay, normally closed contact Y1, the rectification circuit of disconnection relay; After a pair of normally opened contact ZD2 of wherein said two-phase hand switch SD and two-phase automatic switch is in parallel, one end connects two-phase power supply L, N, and the other end connects described execution electric equipment and rectification circuit, and the output terminal of rectification circuit connects intelligent control circuit; After a normally opened contact ZD1 of the normally opened contact Y2 of described starting relay and two-phase automatic switch is in parallel, one end connects power supply L by the normally closed contact Y1 that disconnects relay, and the other end connects power supply N by two-phase automatic switch coil ZD.
Described power circuit can remote operation, also can local operation.Normal in the time that people are in, can local operation two-phase hand switch SD, intelligent controller is put into operation.Normal people will disconnect two-phase hand switch SD while leaving home, make intelligent controller in distant place state of a control.Before main people come home from work, a distant place is controlled and is started living environment intelligent controller power supply, and input air purifier purifies the air of a room, Based Intelligent Control Acquisition Circuit starts collecting temperature, moisture signal passes to signal judging circuit and judges, according to temperature height, humidity size, the temperature that automatically adjusts, humidity.
As shown in Figure 4, described temperature collection circuit is temperature sensor, temperature decision circuitry is temperature comparison circuit, temperature executive circuit is that temperature is carried out relay, the signal output part of temperature sensor connects the temperature signal input end (in the present embodiment temperature sensor and temperature comparison circuit become one IC1) of temperature comparison circuit, the setting signal input end of temperature comparison circuit is provided with temperature setting circuit, temperature setting circuit comprises by the first resistance R 1, the branch road of the series connection that the first swept resistance RP1 and the second resistance R 2 form, power supply is accessed respectively at the two ends of this series arm, wherein the sliding end of the first swept resistance RP1 connects the setting signal input end of temperature comparison circuit, the output terminal of temperature comparison circuit connects the base stage of the first triode VT1, the grounded emitter of the first triode VT1, the coil K1 that collector is carried out relay by temperature connects positive source, the power end of temperature comparison circuit connects positive source by the 3rd resistance R 3, the signal output part of temperature comparison circuit also connects positive source by the 4th resistance R 4, and the setting signal input end of temperature comparison circuit also connects the coil K1 of temperature execution relay by the 5th resistance R 5, the contact that described temperature is carried out relay is connected in the power circuit of electric refrigerator or heating electrical appliance.
Temperature setting circuit is according to setting two group of first swept resistance RP1 value in summer, winter, first swept resistance RP1 value of every adjustment, obtain a partial pressure value, the corresponding partial pressure value of each temperature value, this partial pressure value represents a desired temperature after being added to IC1, temperature sensor in IC1 will detect that indoor temperature and design temperature compare, and then export control signals from 3 ends of IC1.
The first class value use in winter, the normally opened contact of now temperature execution relay is connected in the power circuit of heating electrical appliance.The first swept resistance RP1 value selects indoor controlled temperature lower than the low-temperature values of setting, and IC1 triggers and works, the first triode VT1 conducting, and the coil K1 that temperature is carried out relay obtains electric adhesive, starts firing equipment and heats up.At controlled temperature, higher than the high temperature values of setting, IC1 does not work, the first triode VT1 cut-off, and temperature is carried out the coil K1 coil losing electricity of relay, stops firing equipment work; Said process goes round and begins again, and indoor temperature is remained in setting range.
The second class value use in summer, the normally closed contact of now temperature execution relay is connected in the power circuit of electric refrigerator.The first swept resistance RP1 value selects indoor controlled temperature higher than the high temperature values of setting, and IC1 does not work, the first triode VT1 cut-off, temperature is carried out the coil K1 dead electricity of relay, temperature is carried out the normally closed contact closure of relay, connects electric refrigerator work, lowers the temperature; When indoor temperature is reduced to lower than setting temperature value, the output terminal output high level of IC1, the first triode VT1 conducting, the coil K1 of temperature execution relay obtains electric, and the normally closed contact that temperature is carried out relay disconnects, and stops electric refrigerator and lowers the temperature.Said process goes round and begins again, and indoor temperature is remained in setting range.
As shown in Figure 5, described humidity collection circuit is hygristor RS, humidity decision circuitry is that humidity ratio is compared with IC circuit 2, humidity executive circuit is that humidity is carried out relay, the first end of described hygristor RS connects the sliding end of the second swept resistance RP2, the two ends of the second swept resistance RP2 are respectively by the 6th resistance R 6, the 7th resistance R 7 connects AC power, the second end of hygristor RS is connected the input end of rectifier D with the 7th resistance R 7, the output terminal of rectifier D connects power cathode by the first capacitor C 1, the output terminal of rectifier D also connects the second capacitor C 2 and the 9th resistance R 9 in parallel by the 8th resistance R 8, the 8th resistance R 8 also connects humidity ratio compared with the input end of IC circuit 2 by the 11 resistance R 11, positive source is by the 12 resistance R 12, the tenth resistance R 10 connects humidity ratio compared with another input end of IC circuit 2, humidity ratio connects the base stage of the second triode VT2 by the 13 resistance R 13 compared with the output terminal of IC circuit 2, the emitter of the second triode VT2 connects power cathode, the coil K2 that collector is carried out relay by humidity connects positive source, the contact that described humidity is carried out relay is connected in the power circuit of dehumidifying electrical equipment or humidification electrical equipment.
The value of hygristor RS changes with the variation of humidity, and the value of the large RS of ambient humidity is little, and the value of the little RS of humidity is large.Regulate the second swept resistance RP2 value can set humidity value size.The second swept resistance RP2 value is set according to high humidity and is connected dehumidifier work, dehumidifies; The little connection humidifier work of humidity, carries out humidification.The second swept resistance RP2 value is set two grades, and one grade is humidity 30%-50%, and second gear is humidity 50%-70%.Connect second gear dehumidifier the season of high humidity, connect one grade of humidifier the season that humidity is little.
Humidity less season, be normally to connect one grade, humidity hour moisture sensor RS resistance is larger, and integrated circuit (IC) is exported high level lower than the reference voltage of normal phase input end because of the voltage of inverting input, the second triode VT2 conducting, the normally opened contact of relay is connected humidifier and is carried out humidification.In the time that humidity reaches the high value of regulation, moisture sensor RS resistance diminishes, and integrated circuit (IC) is because the voltage of inverting input is higher than the voltage output low level of normal phase input end, and the second triode VT2 ends work, relay deenergization, and humidifier quits work.
Humidity larger season, normally to connect second gear, in the time that humidity reaches the high value of regulation, moisture sensor RS resistance diminishes, integrated circuit (IC) is because the voltage of inverting input is higher than the voltage output low level of normal phase input end, the second triode VT2 cut-off work, relay deenergization, the normally closed contact of relay is connected dehumidifier power supply and is dehumidified.In the time that humidity exceedes regulation low value, it is large that moisture sensor RS resistance becomes, integrated circuit (IC) is exported high level lower than the reference voltage of normal phase input end because of the voltage of inverting input, the second triode VT2 conducting, the normally opened contact adhesive of relay, relay disconnects dehumidifier power supply, and dehumidifier quits work.
Finally should be noted that: above embodiment is only in order to illustrate that technical scheme of the present invention is not intended to limit; Although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the field are to be understood that: still can modify or part technical characterictic is equal to replacement the specific embodiment of the present invention; And not departing from the spirit of technical solution of the present invention, it all should be encompassed in the middle of the technical scheme scope of request protection of the present invention.
Claims (6)
1. a family room ambient intelligence controller, is characterized in that: comprise power circuit, intelligent control circuit, remote control circuit, execution electric equipment; Described power circuit connects respectively described intelligent control circuit, electric equipment, and described intelligent control circuit connects described execution electric equipment, and described remote control circuit connects described power circuit; Described intelligent control circuit comprises temperature collection circuit and humidity collection circuit, temperature decision circuitry and humidity decision circuitry, temperature executive circuit and humidity executive circuit, and described electric equipment comprises electric refrigerator, heating electrical appliance, dehumidifying electrical equipment and humidification electrical equipment; Described temperature collection circuit and the signal output part of humidity collection circuit are connected respectively the signal input part of temperature decision circuitry and humidity decision circuitry, the signal output part of described temperature decision circuitry is connected with electric refrigerator or the heating electrical appliance carried out in electric equipment by temperature executive circuit, and the signal output part of described humidity decision circuitry is connected with dehumidifying electrical equipment or the humidification electrical equipment carried out in electric equipment by humidity executive circuit.
2. family room ambient intelligence controller according to claim 1, is characterized in that: described remote control circuit comprises signal receiving circuit, signal interpretation circuit, signal output apparatus; Described signal receiving circuit connects described signal interpretation circuit, and signal interpretation circuit connects described signal output apparatus, and described signal output apparatus includes starting relay and disconnects relay, and signal output apparatus connects described power circuit.
3. family room ambient intelligence controller according to claim 2, is characterized in that: described power circuit comprises two-phase hand switch, two-phase automatic switch, the normally opened contact of starting relay, normally closed contact, the rectification circuit of disconnection relay; After a pair of normally opened contact of wherein said two-phase hand switch and two-phase automatic switch is in parallel, one end connects two-phase power supply, and the other end connects described execution electric equipment and rectification circuit, and the output terminal of rectification circuit connects intelligent control circuit; After a normally opened contact of the normally opened contact of described starting relay and two-phase automatic switch is in parallel, one end connects power supply by the normally closed contact that disconnects relay, and the other end connects power supply by two-phase automatic switch coil.
4. according to the arbitrary described family room ambient intelligence controller of claims 1 to 3, it is characterized in that: described execution electric equipment also includes air purifier.
5. family room ambient intelligence controller according to claim 5, it is characterized in that: described temperature collection circuit is temperature sensor, temperature decision circuitry is temperature comparison circuit, temperature executive circuit is that temperature is carried out relay, the signal output part of temperature sensor connects the temperature signal input end of temperature comparison circuit, the setting signal input end of temperature comparison circuit is provided with temperature setting circuit, temperature setting circuit comprises by the first resistance, the branch road of the series connection that the first swept resistance and the second resistance form, power supply is accessed respectively at the two ends of this series arm, wherein the sliding end of the first swept resistance connects the setting signal input end of temperature comparison circuit, the output terminal of temperature comparison circuit connects the base stage of the first triode, the grounded emitter of the first triode, the coil that collector is carried out relay by temperature connects positive source, the power end of temperature comparison circuit connects positive source by the 3rd resistance, the signal output part of temperature comparison circuit also connects positive source by the 4th resistance, and the setting signal input end of temperature comparison circuit also connects the coil of temperature execution relay by the 5th resistance, the contact that described temperature is carried out relay is connected in the power circuit of electric refrigerator or heating electrical appliance.
6. family room ambient intelligence controller according to claim 6, it is characterized in that: described humidity collection circuit is hygristor, humidity decision circuitry is humidity comparator circuit, humidity executive circuit is that humidity is carried out relay, the first end of described hygristor connects the sliding end of the second swept resistance, the two ends of the second swept resistance are respectively by the 6th resistance, the 7th resistance connects AC power, the second end of hygristor is connected the input end of rectifier with the 7th resistance, the output terminal of rectifier connects power cathode by the first electric capacity, the output terminal of rectifier also connects the second electric capacity and the 9th resistance in parallel by the 8th resistance, the 8th resistance connects the input end of humidity comparator circuit by the 11 resistance, positive source is by the 12 resistance, the tenth resistance connects another input end of humidity comparator circuit, the output terminal of humidity comparator circuit connects the base stage of the second triode by the 13 resistance, the emitter of the second triode connects power cathode, the coil that collector is carried out relay by humidity connects positive source, the contact that described humidity is carried out relay is connected in the power circuit of dehumidifying electrical equipment or humidification electrical equipment.
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| CN201410039342.4A CN103792921A (en) | 2014-01-27 | 2014-01-27 | Household room environment intelligent controller |
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| CN201410039342.4A CN103792921A (en) | 2014-01-27 | 2014-01-27 | Household room environment intelligent controller |
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| CN201410039342.4A Pending CN103792921A (en) | 2014-01-27 | 2014-01-27 | Household room environment intelligent controller |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109032206A (en) * | 2018-08-07 | 2018-12-18 | 中国原子能科学研究院 | A kind of automatic temperature-controlled circuit based on jump type temperature switch |
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Application publication date: 20140514 |