CN202472320U - Out-of-home mode intelligent control device for indoor electricity - Google Patents
Out-of-home mode intelligent control device for indoor electricity Download PDFInfo
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- CN202472320U CN202472320U CN2012200905306U CN201220090530U CN202472320U CN 202472320 U CN202472320 U CN 202472320U CN 2012200905306 U CN2012200905306 U CN 2012200905306U CN 201220090530 U CN201220090530 U CN 201220090530U CN 202472320 U CN202472320 U CN 202472320U
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Abstract
The utility model relates to an out-of-home mode intelligent control device for indoor electricity. The out-of-home mode intelligent control device comprises a household distribution box and an out-of-home control device, wherein the household distribution box is used for controlling all power supply circuits in rooms; the all power supply circuits comprises interruptible power supply circuits and continuous power supply circuits; the out-of-home control device comprises a microprocessor and is connected with a dial switch, manual buttons, human body inductive sensors, a network module and an AC contactor control loop respectively; the dial switch switches in a manual or automatic control mode to realize conversion between an out-of-home mode and an in-home mode; meanwhile, a user remotely views room information via the network module and remotely controls the conversion between the out-of-home mode and the in-home mode; the microprocessor is used for controlling the conversion between the out-of-home mode and the in-home mode on an AC contactor by the AC contactor control loop according to signals of the manual buttons and the human body inductive sensors; and the human body inductive sensors are used for acquiring presence information of indoor personnel and sending the presence information to the microprocessor.
Description
Technical field
The utility model relates to a kind of control measure of indoor electricity consumption, relates in particular to the man pattern intelligence controlling device of a kind of indoor ionization.
Background technology
Along with further developing of the level of urbanization and improving constantly of people's living standard, the value volume and range of product of household electrical appliance increasing progressively all in the urban and rural households.When conventional domestic electrical equipment such as illuminating lamp, televisor, washing machine, refrigerator continued to occupy its dominant position, popular household electrical appliance such as computer, air-conditioning, electromagnetic oven, electric heater, micro-wave oven, water heater, humidifier had also progressively got into huge numbers of families.Abundant household electrical appliance have satisfied the growing material and cultural needs of people for people provide comfortable live and work environment.But the huge household electrical appliance of quantity also make the consumption of family's electric energy increase greatly.Along with development of technology, present household electrical appliance great majority have idle function, and this function has also objectively increased energy consumption when providing convenience for the user.The electric current of electrical equipment when standby is less, uses now widely that ammeter can't detect, and so just makes the power consumption of standby part to measure, so people are subjective thinks during standby not consumed power.This phenomenon also makes people form the not bad use habit of powered-down.Power consumption when household electrical appliance normally use is that life is necessary, or but the electric energy that consumes on the bad use habit of electric appliance standby then is huge waste.
Different people has different habits and customs, makes the time period of electrical appliance different with time length.We are example with the work and the life pattern of general urban family, probably are divided into three equal parts to 24 hours of every day, wherein, the length of one's sleep of 8 hours working time, 8 hours, can use these consumers at home in addition 8 hours.That is to say that the time of normally using these electrical equipment, probably meeting was at 0-8 hour, household electrical appliance have at least 16 hours time may be in holding state.The power consumption of each electrical equipment under holding state is about about 10% under the open state, adds that the electrical equipment with idle function is more and more, and waste of electric energy is well imagined.Electrical equipment is in the serviceable life that also can shorten electrical equipment under the holding state for a long time, accelerates the aging of circuit, even breaking out of fire.
Because the quantity of household electrical appliance is more and more, one by one close the energy that electrical equipment can be wasted the user, make troubles to life, user of long duration also can slowly form the custom that has nothing to do with power supply because feeling trouble.Therefore; Can original family electric power system be divided into can the cut off the power supply loop and the loop that can not cut off the power supply; Simultaneously household electrical appliance are divided into can the cut off the power supply part (for example televisor) and the part (for example refrigerator) of can not cutting off the power supply by job specification, then ready-portioned household electrical appliance are inserted corresponding loop.Break-make through intelligence controlling device control can outage loop realizes stopping the purpose of waste of energy and potential safety hazard under the household electrical appliance holding state.
The utility model content
The purpose of the utility model is exactly in order to solve the waste of energy problem that household electrical appliance under indoor unmanned or the situation that personnel have had a rest but are in holding state and are caused; Proposed the man pattern intelligence controlling device of a kind of indoor ionization, carried out the Li Jia conversion between the pattern at home through manual, automatic or Long-distance Control mode.All current supply circuits are connected in cut off the power supply for loop under the pattern of leaving home in the disconnection chamber under the pattern of house, realize the Energy Saving Control to household electrical appliance.
For realizing above-mentioned purpose, the utility model adopts following technical scheme:
A kind of indoor ionization man pattern intelligence controlling device, it comprises the household panel box, the control device of leaving home, several hand push buttons, several human body sensors and A.C. contactor; Wherein,
The household panel box is used for the whole supply lines in the centralized control room; All but supply line is divided into dead line and continued power circuit; But on dead line, be provided with A.C. contactor; A.C. contactor is then by leaving home control device control, but when leaving home pattern, dead line cut off with the minimizing power consumption, but then keeps the dead line normal power supply during pattern in the house;
The control device of leaving home comprises microprocessor, and it is connected with toggle switch, hand push button, human body sensor, mixed-media network modules mixed-media and A.C. contactor control loop respectively; Toggle switch carries out manually or the automatic control mode switching is left home/conversion of pattern at home with realization, and the user also leaves home/switching of pattern at home through long-range information in the room and the Long-distance Control of checking of mixed-media network modules mixed-media simultaneously; Microprocessor is then controlled A.C. contactor through the A.C. contactor control loop according to the signal of said hand push button and said human body sensor;
Said hand push button leave home the at home switching of pattern;
Said human body sensor is gathered indoor occupant and is had information, and it is sent into microprocessor.
The said control device of leaving home which is provided with power light and button pilot lamp by the continued power line powering.
Said hand push button is provided with one or more as required, and its installation site is arranged on doorway, the bedroom head of a bed or other positions that makes things convenient for the user manually to control; The parallel connection between the hand push button, device judgement button is pressed up to lifting as single job.
But the normally opened contact of said A.C. contactor is arranged on the dead line; The A.C. contactor control loop comprises auxiliary normally opened contact J1, auxiliary normally closed contact J2 and relay J 1, J2, and wherein A.C. contactor, auxiliary normally opened contact J1, auxiliary normally closed contact J2 are serially connected in the continued power circuit; Auxiliary normally opened contact J1 is also parallelly connected with a normally opened contact of A.C. contactor, forms self-locking circuit;
Auxiliary normally opened contact J1 is by relay J 1 control, relay J 1 with by a photoelectric coupled circuit control, photoelectric coupled circuit is by an output pin control of microprocessor;
Auxiliary normally closed contact J2 is by another relay J 2 controls, and 2 of relay J are by another photoelectric coupled circuit control, and this photoelectric coupled circuit is by another output pin control of microprocessor;
In the house during pattern, microprocessor send control signal make relay J 1 electric, its auxiliary normally opened contact J1 is closed, A.C. contactor gets electric, the normally opened contact of A.C. contactor is closed, but accomplish self-locking simultaneously dead line get; This moment, relay J 2 must not;
When leaving home pattern, microprocessor sends control signal makes relay J 1 cut off the power supply, and relay J 2 gets electric, and the auxiliary normally closed contact J2 of relay J 2 breaks off, the A.C. contactor outage, and the normally opened contact of A.C. contactor recovers normally open, but dead line cuts off the power supply.
A kind of control method that adopts the man pattern intelligence controlling device of indoor ionization; It is through leaving/the house mode switch; When leaving home pattern, but dead line is cut off to reduce power consumption; But then keep the dead line normal power supply in the house during pattern, satisfy daily life staying idle at home needs, its detailed process is:
1) user selects manually or automatic control mode through toggle switch according to the needs of oneself;
As be manual state, then get into step 2);
Auto state then gets into step 3) in this way;
2) under manual mode; The user leaves home/switching of pattern at home through the control of the hand push button on the control device of leaving home; If there is hand push button to be pressed, microprocessor sends and gets into mode signal at home, is in on-state all the time but A.C. contactor gets electric feasible dead line;
Be not pressed if detect any hand push button, then change the pattern of leaving home over to, microprocessor sends and gets into the mode signal of leaving home, but the A.C. contactor outage makes dead line cut off the power supply;
3) under automated manner, judged whether that earlier hand push button is pressed, if having, then release automated manner, change step 2 over to);
As do not have, then judged whether remote command, if having then carry out remote command, get into the pattern or the pattern of leaving home at home; As do not have; Then microprocessor is gathered indoor information through human body sensor, carries out whether analysis and judgement is indoor has the people, if confirm indoor no one then get into the pattern of leaving home automatically; Microprocessor sends and gets into the mode signal of leaving home, but the A.C. contactor outage makes dead line cut off the power supply; Someone then gets into pattern at home, and microprocessor sends and gets into mode signal at home, is in on-state all the time but A.C. contactor gets electric feasible dead line.
The utility model mainly utilizes following technology:
1, single-chip microcomputer application technology
Single-chip microcomputer has that volume is little, low in energy consumption, control function is strong, flexible extension, microminiaturization and advantage such as easy to use, and its application has been penetrated into our various fields in life, almost is difficult to find which field not have the trace of single-chip microcomputer.The utility model adopts single-chip microcomputer as main control chip, in conjunction with the collection of different sensor realization data, utilizes corresponding topworks to realize the control to target device simultaneously.
2, sensor technology
Sensor is a kind of pick-up unit; Can experience measured information; And the information that can detection be experienced, be for conversion into the information output of electric signal or other desired forms according to certain rules, to satisfy requirements such as transmission of Information, processing, storage, demonstration, record and control.It is a primary link of realizing detection automatically and automatic control.The utility model utilizes human body sensor to measure the personal information in the family, and measured information is that data fusion provides the data basis.
3, architectural electricity technology
The utility model is transformed the indoor panel box in original dwelling house on the basis of " covil construction electrical design standard "; Loop in original panel box is divided into can the cut off the power supply loop and the loop two parts that can not cut off the power supply, on the main line in loop that can not cut off the power supply, has increased A.C. contactor simultaneously so that control the break-make in this loop.
4, the network communications technology
This device has network interface, can realize network insertion easily, and the kinsfolk can understand the information mode of operation current with device in the family anywhere or anytime through network, and can carry out mode switch through the network remote control device.
5, the indoor pattern intelligence control method of leaving home
The user can set manually or automatic control mode through the toggle switch on the man pattern intelligence controlling device of indoor ionization according to the wish of oneself.Under manual control mode; The user can utilize the hand push button on the controller and be installed in manually leaving home/switching of pattern at home by realization of room ad-hoc location; All be furnished with pilot lamp on controller and the hand push button, the user can judge present mode of operation according to pilot lamp; Under automatic control mode, it is preferential that hand push button is set, and next judges whether to carry out Long-distance Control; If receive remote control command; Then carry out remote control command, otherwise the information that controller utilizes human body sensor to collect is carried out data fusion, forms automatic control command.When present indoor no one, then get into the pattern of leaving home, other situation should get into pattern at home; The user can carry out Long-distance Control according to the demand of self through the information in the room of checking of network remote, realizes leaving home/switching of pattern at home.
The beneficial effect of the utility model is: indoor ionization man's pattern intelligence control method and device solves indoor nobody the time household electrical appliance be in the waste of energy under the holding state for a long time.Particularly under the kind and the increasing reality of quantity of household electrical appliance, use indoor ionization man's pattern intelligence control method and device and new method is provided, made things convenient for the user, avoided unnecessary energy dissipation for the integrated management of household electrical appliance.
Description of drawings
Figure
1Be the indoor pattern intelligence controlling device structural representation of leaving home;
Figure
2Be the indoor panel box system diagram in the existing dwelling house;
Figure
3Be the indoor distribution system diagram through transforming in the utility model;
Figure
4Be relay output control circuit figure;
Figure
5A.C. contactor control mode figure;
Figure
6Be the indoor pattern control flow chart of leaving home.
Wherein, 1. human body sensor, the control device of 2. leaving home, 3. A.C. contactor, 4. hand push button, 5. mixed-media network modules mixed-media, 6. toggle switch, 7. button pilot lamp, 8. power light, 9. panel box, 10 A.C. contactor auxiliary contact.
Embodiment
Below in conjunction with accompanying drawing and embodiment the utility model is further specified
As shown in Figure 1, a kind of indoor ionization man pattern intelligence controlling device, it comprises household panel box 9, the control device 2 of leaving home, several hand push buttons 4, several human body sensors 1 and A.C. contactor 3; Wherein,
Household panel box 9 is used for the whole supply lines in the centralized control room; All but supply line is divided into dead line and continued power circuit; But on dead line, be provided with A.C. contactor 3; 3 of A.C. contactors are by control device 2 controls of leaving home, but when leaving home pattern, dead line are cut off with the minimizing power consumption, but then keep the dead line normal power supply during pattern in the house; Figure
2Be the indoor panel box system diagram in the existing dwelling house, to terminal consumer, isolating switch is realized decentralised control and the centralized control to the consumer loop from subscriber's drop.If cut off the panel box primary power, indoor whole consumer all is cut off power supply.
The control device 2 of leaving home comprises microprocessor, and it is connected with toggle switch 6, hand push button 4, human body sensor 1, mixed-media network modules mixed-media 5 and with A.C. contactor control loop 10 respectively; Toggle switch 6 carries out manually or the automatic control mode switching is left home/conversion of pattern at home with realization, and the user also leaves home/switching of pattern at home through mixed-media network modules mixed-media 5 long-range information in the room and the Long-distance Control of checking simultaneously; Microprocessor is then controlled through 10 pairs of A.C. contactors 3 of A.C. contactor control loop according to the signal of said hand push button 4 and said human body sensor 1;
Said hand push button 4 leave home the at home switching of pattern;
Said human body sensor 1 is gathered indoor occupant and is had information, and it is sent into microprocessor.
The said control device 2 of leaving home which is provided with power light 8 and button pilot lamp 7 by the continued power line powering.
Said hand push button 4 is provided with one or more as required, and its installation site is arranged on doorway, the bedroom head of a bed or other positions that makes things convenient for the user manually to control; The parallel connection between the hand push button 4, hand push button 4 is pressed and is lifted as single job.
Fig. 4 is the relay output control circuit; Utilize relay to output to the first order topworks between the out drive stage as system; Can accomplish the transition from the low-voltage direct to the high-voltage alternating through relay output, relay can realize ac contactor coil is got the control of dead electricity through optocoupler.
Among Fig. 3, Fig. 4, but the normally opened contact of said A.C. contactor 3 is arranged on the dead line; A.C. contactor control loop 10 comprises auxiliary normally opened contact J1, auxiliary normally closed contact J2 and relay J 1, J2, and wherein A.C. contactor 3, auxiliary normally opened contact J1, auxiliary normally closed contact J2 are serially connected in the continued power circuit; Auxiliary normally opened contact J1 is also parallelly connected with a normally opened contact of A.C. contactor, forms self-locking circuit;
Auxiliary normally opened contact J1 is by relay J 1 control, relay J 1 with by a photoelectric coupled circuit control, photoelectric coupled circuit is by an output pin control of microprocessor;
Auxiliary normally closed contact J2 is by another relay J 2 controls, and 2 of relay J are by another photoelectric coupled circuit control, and this photoelectric coupled circuit is by another output pin control of microprocessor;
In the house during pattern, microprocessor send control signal make relay J 1 electric, its auxiliary normally opened contact J1 is closed, A.C. contactor 3 electric, the normally opened contact of A.C. contactor 3 is closed, but accomplish self-locking simultaneously dead line get; This moment, relay J 2 must not;
When leaving home pattern, microprocessor sends control signal makes relay J 1 cut off the power supply, and relay J 2 gets electric, and the auxiliary normally closed contact J2 of relay J 2 breaks off, A.C. contactor 3 outages, and the normally opened contact of A.C. contactor 3 recovers normally open, but dead line cuts off the power supply.
Among Fig. 6; A kind of control method that adopts the man pattern intelligence controlling device of indoor ionization; It is through from/mode switch at home, but when leaving home pattern, dead line is cut off with the minimizing power consumption, but then keeps the dead line normal power supply during pattern in the house; Satisfy daily life staying idle at home needs, its detailed process is:
1) user selects manually or automatic control mode through toggle switch 6 according to the needs of oneself;
As be manual state, then get into step 2);
Auto state then gets into step 3) in this way;
2) under manual mode; The user leaves home/switching of pattern at home through 4 controls of the hand push button on the control device 2 of leaving home; If there is hand push button 4 to be pressed, microprocessor sends and gets into mode signal at home, is in on-state all the time but A.C. contactor 3 gets electric feasible dead line;
Be not pressed if detect any hand push button 4, then change the pattern of leaving home over to, microprocessor sends and gets into the mode signal of leaving home, but A.C. contactor 3 outages make dead line cut off the power supply;
3) under automated manner, judged whether that earlier hand push button 4 is pressed, if having, then release automated manner, change step 2 over to);
As do not have, then judged whether remote command, if having then carry out remote command, get into the pattern or the pattern of leaving home at home; As do not have; Then microprocessor is gathered indoor information through human body sensor 1, carries out whether analysis and judgement is indoor has the people, if confirm indoor no one then get into the pattern of leaving home automatically; Microprocessor sends and gets into the mode signal of leaving home, but A.C. contactor 3 outages make dead line cut off the power supply; Someone then gets into pattern at home, and microprocessor sends and gets into mode signal at home, is in on-state all the time but A.C. contactor 3 gets electric feasible dead line.
Claims (4)
1. an indoor ionization man pattern intelligence controlling device is characterized in that, it comprises the household panel box, the control device of leaving home, several hand push buttons, several human body sensors and A.C. contactor; Wherein,
The household panel box is used for the whole supply lines in the centralized control room; All but supply line is divided into dead line and continued power circuit; But on dead line, be provided with A.C. contactor; A.C. contactor is then by leaving home control device control, but when leaving home pattern, dead line cut off with the minimizing power consumption, but then keeps the dead line normal power supply during pattern in the house;
The control device of leaving home comprises microprocessor, and it is connected with toggle switch, hand push button, human body sensor, mixed-media network modules mixed-media and A.C. contactor control loop respectively; Toggle switch carries out manually or the automatic control mode switching is left home/conversion of pattern at home with realization, and the user also leaves home/switching of pattern at home through long-range information in the room and the Long-distance Control of checking of mixed-media network modules mixed-media simultaneously; Microprocessor is then controlled A.C. contactor through the A.C. contactor control loop according to the signal of said hand push button and said human body sensor;
Said hand push button leave home the at home switching of pattern;
Said human body sensor is gathered indoor occupant and is had information, and it is sent into microprocessor.
2. the man pattern intelligence controlling device of indoor ionization as claimed in claim 1 is characterized in that the said control device of leaving home which is provided with power light and button pilot lamp by the continued power line powering.
3. the man pattern intelligence controlling device of indoor ionization as claimed in claim 1 is characterized in that said hand push button is provided with one or more as required, and its installation site is arranged on doorway, head of a bed position, bedroom; The parallel connection between the hand push button, device judgement button is pressed up to lifting as single job.
4. the man pattern intelligence controlling device of indoor ionization as claimed in claim 1 it is characterized in that, but the normally opened contact of said A.C. contactor is arranged on the dead line; The A.C. contactor control loop comprises auxiliary normally opened contact J1, auxiliary normally closed contact J2 and relay J 1, J2, and wherein A.C. contactor, auxiliary normally opened contact J1, auxiliary normally closed contact J2 are serially connected in the continued power circuit; Auxiliary normally opened contact J1 is also parallelly connected with a normally opened contact of A.C. contactor, forms self-locking circuit;
Auxiliary normally opened contact J1 is by relay J 1 control, relay J 1 with by a photoelectric coupled circuit control, photoelectric coupled circuit is by an output pin control of microprocessor;
Auxiliary normally closed contact J2 is by another relay J 2 controls, and 2 of relay J are by another photoelectric coupled circuit control, and this photoelectric coupled circuit is by another output pin control of microprocessor;
In the house during pattern, microprocessor send control signal make relay J 1 electric, its auxiliary normally opened contact J1 is closed, A.C. contactor gets electric, the normally opened contact of A.C. contactor is closed, but accomplish self-locking simultaneously dead line get; This moment, relay J 2 must not;
When leaving home pattern, microprocessor sends control signal makes relay J 1 cut off the power supply, and relay J 2 gets electric, and the auxiliary normally closed contact J2 of relay J 2 breaks off, the A.C. contactor outage, and the normally opened contact of A.C. contactor recovers normally open, but dead line cuts off the power supply.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200905306U CN202472320U (en) | 2012-03-12 | 2012-03-12 | Out-of-home mode intelligent control device for indoor electricity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200905306U CN202472320U (en) | 2012-03-12 | 2012-03-12 | Out-of-home mode intelligent control device for indoor electricity |
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| Publication Number | Publication Date |
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| CN202472320U true CN202472320U (en) | 2012-10-03 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2012200905306U Expired - Fee Related CN202472320U (en) | 2012-03-12 | 2012-03-12 | Out-of-home mode intelligent control device for indoor electricity |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102591241A (en) * | 2012-03-12 | 2012-07-18 | 山东建筑大学 | Indoor power off-home mode intelligent control method and device |
| CN106094597A (en) * | 2016-07-29 | 2016-11-09 | 中山市迪克力照明电器有限公司 | A kind of three-wire system switch |
| CN107703892A (en) * | 2017-09-12 | 2018-02-16 | 广东美的制冷设备有限公司 | The control method and device of home appliance |
-
2012
- 2012-03-12 CN CN2012200905306U patent/CN202472320U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102591241A (en) * | 2012-03-12 | 2012-07-18 | 山东建筑大学 | Indoor power off-home mode intelligent control method and device |
| CN102591241B (en) * | 2012-03-12 | 2013-11-06 | 山东建筑大学 | Control method of indoor power off-home mode intelligent control device |
| CN106094597A (en) * | 2016-07-29 | 2016-11-09 | 中山市迪克力照明电器有限公司 | A kind of three-wire system switch |
| CN107703892A (en) * | 2017-09-12 | 2018-02-16 | 广东美的制冷设备有限公司 | The control method and device of home appliance |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121003 Termination date: 20140312 |