CN203615543U - Three-in-one smart control energy-saving air conditioning system - Google Patents
Three-in-one smart control energy-saving air conditioning system Download PDFInfo
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- CN203615543U CN203615543U CN201320635905.7U CN201320635905U CN203615543U CN 203615543 U CN203615543 U CN 203615543U CN 201320635905 U CN201320635905 U CN 201320635905U CN 203615543 U CN203615543 U CN 203615543U
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Abstract
The utility model discloses a three-in-one smart control energy-saving air conditioning system, which mainly consists of an air conditioner body, an exhaust unit (12), an indoor temperature sensor (13), an outdoor temperature sensor (14), a gas probe set (15) and a rain cover (16). A microcomputer chip, an air and temperature detection circuit and corresponding function execution circuits are arranged in a system control module (3); under the control of the microcomputer chip, the control of working conditions of an intake air fan (1), a heating module and/or air optimizing piece (2), a central ventilation valve (7), a return air valve (8), a filter piece and/or bypass valve (9), an air conditioning control circuit (10), the exhaust unit (12) and an air conditioner is implemented. A central ventilation function, an energy-saving cooling function, a heating function, an automatic air pollution removal function and an air purification function can be realized. The three-in-one smart control energy-saving air conditioning system is multifunctional and smartly controlled. The three-in-one smart control energy-saving air conditioning system is a brand-new household energy-saving electric appliance.
Description
Technical field the utility model relates to filed of air conditioning, specifically three-in-one intelligence control energy-saving air regulating system.
The humiture of background technology air quality and air is very close to the health effect of human body, in recent years, people are gathering around the air-conditioned while, use again new wind exchange system or new blower fan to solve air pollution problems inherent, and a large amount of air purifier, warmer products also come into huge numbers of families successively simultaneously.Above-mentioned various home appliances all have effect in a certain respect, even if but in actual use consumer be difficult to completely can buy together also inconvenience and be arranged on same indoorly, be to be shortcoming.At present, effect of various home appliances has identical, but incompatible, as: VMC or new blower fan, all do not consider to be combined with indoor existing air-conditioning interlock, that is: in realizing new wind function, can utilize in summer the new wind that night, outdoor temperature declined to a great extent is completely room temperature lowering, 10 ℃ of left and right of a lot of local day and night temperature in summer of its tangible China, mainly to use at night as the room of family, can introduce new wind cooling completely, greatly reduce like this workload of air-conditioning, significantly save electric energy, the new wind of simultaneously introducing from the Nature makes people avoid the puzzlement of " air conditioner disease ", live more healthy.And for example: the heat-production functions of heating system and air-conditioning can not be compatible, most of air-conditioning to heat usefulness poor, can substitute air-conditioning with warmer is completely indoor heating in the winter time, or according to concrete environment temperature, warmer and air-conditioning can be used in conjunction with, and realize energy-conservation.For another example: new blower fan and air purifier can not be compatible, air purifier can purify the air of a room but can not outdoor fresh, pleasant air be introduced indoor, and new blower fan is extremely low or also outdoor air should not be introduced when very hot indoor at outside air temperature, if by new blower fan and the two combination of air purifier, just can realize because of ground, because of time choice for use.
Summary of the invention: the purpose of this utility model is: the deficiency that overcomes the technology described in technical background and product, a kind of three-in-one intelligence control energy-saving air regulating system is provided, to utilize the function that outdoor Cryogenic air is room temperature lowering to be incorporated into one new blower fan function, air purifier function and the night in summer, i.e. " three-in-one intelligence control energy-saving air regulating system " described in the utility model.Mainly be made up of air conditioner body, air exhausting device, indoor temperature transmitter, outdoor temperature sensor, gas probe collection, rain cover etc., wherein air conditioner body is made up of air inlet fan, heating module and/or air optimization part, system control module, fresh wind port, air outlet, return air inlet, new air-valve, air returning valve, filter member and/or by-passing valve, ac control circuit, function button and/or display screen.Air inlet fan, heating module and/or air optimize that part, system control module, new air-valve, air returning valve, by-passing valve, ac control circuit, function button and/or display screen, air exhausting device, indoor temperature transmitter, outdoor temperature sensor, gas probe collection are electrically connected with system control module respectively and common and air-conditioning forms three-in-one intelligence control energy-saving air regulating system.Operation setting of the present utility model can adopt the set-up mode of remote controller and/or fuselage function button.Can realize:
1, new wind function: the utility model is set on the ventilation function of the eliminating indoor pollution that is suitable for VMC, the VMC of selling on its function and existing market and apply is just the same, system control module control air inlet fan and air exhausting device work, mainly utilize the circulation, exchange of air and get rid of indoor pollution.
2, energy-saving cool-down function: at night in summer, system is set to energy-saving cool-down function: in the time that outdoor sensor records outdoor temperature and is low to moderate set temperature value, system control module quits work by ac control circuit control air-conditioning, in the time that indoor temperature rises to the numerical value of setting because of air-conditioning shutdown, air inlet fan and air exhausting device start and enter fast turn-around, by-passing valve can also be set simultaneously, make mainly directly to flow to air outlet from the by-passing valve of opening from the Wind Volume Cryogenic air of outdoor introducing, obtain the Cryogenic air of Wind Volume more in indoor circulation, cooling, reach the double effects that existing new wind can save energy again.
3, heating function: in the winter time, can start heating module is indoor intensification, link according to the effect of indoor intensification and air-conditioning heating, wait when running into utmost point cold air, can automatic control air conditioner collaboratively heat, heat up, in the time that room temperature rises to the numerical value of setting, control air-conditioning and stop heating, also can automatically regulate according to environment temperature the heat that adds of self simultaneously, not only ensured the speed of indoor temperature raising and effect but also ensured indoor in temperature constant state.
4, automatic pollution discharge is dyed function: gas probe collection is set and detects indoor air environment, in the time that indoor harmful gaseous pollution exceeds standard, air inlet fan and air exhausting device start and introduce outdoor new wind and constantly dilute indoor harmful gas, indoor pollution foul smell are discharged through air exhausting device simultaneously.
5, air-cleaning function: system is set to air-cleaning function, outdoor air is blocked, air inlet fan work and exhaust blower is not worked, like this, room air constantly by filter member circulation, is realized and being purified under the effect of air inlet fan.The air purifier of selling on its effect and existing market and apply is just the same.
6, air optimizational function: this function is to be activated the in service of above-mentioned each function, air optimizational function is optimized part realization by air is set, air is optimized part and is made up of anion generator or ozone generator or photocatalyst or ultraviolet sterilization member, or is combined by them.Anion generator, photocatalyst, ozone generator, ultraviolet sterilization member are prior art, and are used in a large number in the equipment of air-treatment, ensure the safe, clean and comfortable of room air.
The utility model solves the technical scheme that its technical problem adopts: three-in-one intelligence control energy-saving air regulating system, mainly be made up of air conditioner body, air exhausting device, indoor temperature transmitter, outdoor temperature sensor, gas probe collection, rain cover, wherein air conditioner body is made up of air inlet fan, heating module and/or air optimization part, system control module, fresh wind port, air outlet, return air inlet, new air-valve, air returning valve, filter member and/or by-passing valve, ac control circuit, function button and/or display screen.That is: three-in-one intelligence control energy-saving air regulating system specifically comprises air inlet fan, heating module and/or air optimization part, system control module, fresh wind port, air outlet, return air inlet, new air-valve, air returning valve, filter member and/or by-passing valve, ac control circuit, function button and/or display screen, air exhausting device, indoor temperature transmitter, outdoor temperature sensor, gas probe collection, rain cover.Described function button and/or display screen refer to function setting when being arranged on air conditioner body and/or being arranged on moving for system on remote controller and/or the member of demonstration; Between described air outlet and fresh wind port, be provided with air inlet fan, heating module and/or air and optimize part, filter member and/or by-passing valve, described return air inlet correspondence is provided with air returning valve; Described system control module is the general designation of detection, control and executive circuit to realizing various functions in the utility model, wherein be provided with microcomputer chip programmable, control system operation, partial circuit in described detection, control and executive circuit or all circuit are arranged in air conditioner body, or make separately, going between is arranged separately in the position of indoor handled easily.The air vent of the corresponding wall of air conditioner body is installed and is arranged at indoor; The air vent of the corresponding wall of rain cover is installed and is arranged at outside; New air-valve is made with the integrated making of air conditioner or with the integrated making of rain cover or monomer, and the air vent installation of its corresponding wall is arranged to indoor or outside; By-passing valve and filter member are parallel to be arranged, that is: distinguished and admirable is parallel by by-passing valve and filter member, its role is to: in the time that by-passing valve is opened, the overwhelming majority of air stream can get around the resistance of filter member and from the straight-through air outlet of by-passing valve, can realize so larger ventilation; Air exhausting device is arranged on to upper side or the downside of the air vent on wall or furred ceiling interlayer, in the outside of air vent, rain cover is installed; Indoor temperature transmitter for temperature sensing and outdoor temperature sensor are placed in respectively to the appropriate location of indoor and outdoors side; Gas probe collection is arranged on air conditioner casing or goes between and be arranged on the position near sleep quality; Air inlet fan, heating module and/or air are optimized to part, system control module, new air-valve, air returning valve, by-passing valve, ac control circuit, function button and/or display screen, air exhausting device, indoor temperature transmitter, outdoor temperature sensor, gas probe collection are electrically connected with system control module respectively and common and air-conditioning forms three-in-one intelligence control energy-saving air regulating system.In system control module, be provided with microcomputer chip, air and temperature sensing circuit and corresponding function executive circuit etc., under microcomputer chip control, implement air inlet fan, heating module and/or air to optimize the control of the duty of part, new air-valve, air returning valve, by-passing valve, ac control circuit, air exhausting device and air-conditioning.The utility model is realized by ac control circuit the open and close control of air-conditioning, described ac control circuit is made up of jointly on-off circuit or on-off circuit and testing circuit, wherein on-off circuit is to adopt wireless or wired mode and air-conditioning to be electrically connected: wireless connections mode is employing " universal remote control " technology, by the Push And Release of system control module gauge tap circuit wireless signal emission control air-conditioning; While adopting wired connection, on-off circuit forms with entity electric wire, and one end is connected with system control module, and the other end is connected with switch terminal intrinsic on indoor apparatus of air conditioner, is realized the Push And Release of air-conditioning by system control module by entity electric wire; Or adopt the conversion of the mechanical contacts of electronic switching circuit or relay or A.C. contactor to open the connecting and disconnecting that realize the working power of system control module to air-conditioning with closing, and then realize the Push And Release of air-conditioning.In the time that ac control circuit is only made up of on-off circuit: system control module is no matter air-conditioning, in what duty, directly sends start or off signal to air-conditioning by on-off circuit as required; In the time that ac control circuit is made up of jointly on-off circuit and testing circuit: first detected the duty of air-conditioning by testing circuit, then system control module sends start or off signal by on-off circuit to air-conditioning.Ac control circuit make separately or with the integrated making of system control module, in the time that ac control circuit is made separately, in actual use, can be arranged on the position of air conditioner body or indoor other corresponding air-conditionings.
The function that the utility model can be realized:
1, new wind function: the utility model is set to get rid of on the ventilation function of indoor pollution, the VMC of selling on its function and existing market and applying is just the same, mainly utilizes the circulation of air to exchange and eliminating indoor pollution.
2, energy-saving cool-down function: at night in summer, system is set to energy-saving cool-down function: in the time that outdoor sensor records outdoor temperature and is low to moderate set temperature value, system control module quits work by ac control circuit control air-conditioning, in the time that indoor temperature rises to the numerical value of setting because of air-conditioning shutdown, air inlet fan of the present utility model and air exhausting device start and enter fast turn-around, if be provided with by-passing valve, by-passing valve is opened by system control module control, can quote more Wind Volume Cryogenic air circulates in room, cooling, reach existing new wind and have again energy-conservation double effects.
3, heating function: in the winter time, can start heating module is indoor intensification, link according to the effect of indoor intensification and air-conditioning heating, wait when running into utmost point cold air, can automatic control air conditioner collaboratively heat, heat up, in the time that room temperature rises to the numerical value of setting, control air-conditioning and stop heating, also can automatically regulate according to environment temperature the heat that adds of self simultaneously, not only ensured the speed of indoor temperature raising and effect but also ensured indoor in temperature constant state.
4, automatic pollution discharge is dyed function: gas probe collection is set and detects indoor air environment, in the time that indoor harmful gaseous pollution exceeds standard, air inlet fan and air exhausting device start and introduce outdoor new wind and constantly dilute indoor harmful gas, indoor pollution foul smell are discharged through air exhausting device simultaneously.
5, air-cleaning function: system is set to air-cleaning function, outdoor air is intercepted by new air-valve, and air returning valve is opened, air inlet fan work and exhaust blower is not worked, like this, room air enters and constantly circulates by filter member under the effect of air inlet fan from return air inlet, reaches purification.The air purifier of selling on its effect and existing market and apply is just the same.
6, air optimizational function: air optimizational function is optimized part and realized by air is set, air is optimized part and is made up of anion generator or ozone generator or photocatalyst or ultraviolet sterilization member, or they combine.Anion generator, photocatalyst, ozone generator, ultraviolet sterilization member are prior art, and are used in a large number in the equipment of air-treatment, ensure the safe, clean and comfortable of room air.While operating in new wind function or energy-saving cool-down function or heating function or safe pollution discharging function as native system, all can be by functions such as function button setting " anion " or " photocatalysts ", system controller control anion generator sends anion or starts the work of photocatalyst member, improve the air quality at indoor moveable, ensure indoor air clean and comfortable.
Described air inlet fan adopts a blower fan or the parallel setting of multiple blower fan, and parallel setting of multiple blower fans can increase air quantity, minimizing noise; On described air conditioner body, be provided with function button and/or display screen; Described filter member refers to for filtering, the device of the airborne dust of dissipation, toadstool, adopt the air filtrations such as active carbon filter core or HEPA filter course or cold catalyst or electrostatic case, dedusting, sterilization member form or are formed by the one or more combination of devices among them, be arranged on inlet side or the air side of air inlet fan; Described gas probe collection is the general designation of the various sensors to surveying the harmful gases such as formaldehyde, benzene, ammonia, carbon monoxide, its one end connected system control module, the other end is arranged on air conditioner body or is arranged on the indoor appropriate location near having a rest and sleeping; Described air exhausting device adopts active air exhausting device or passive type air exhausting device, wherein active air exhausting device is set up in parallel and is formed by a blower fan or multiple blower fan, air exhausting device and air conditioner body are made respectively, arrange and install, or air exhausting device and the integrated making of air conditioner body, are arranged in air conditioner body.When air exhausting device and the integrated making of air conditioner body, while arranging, adopt active air exhausting device; In the time that air exhausting device and air conditioner body are made respectively, are arranged, adopt passive type air exhausting device or active air exhausting device all can, be arranged on the position of the corresponding air vent of body of wall or indoor suspended ceiling and adopt wired or wireless its duty of mode control by system control module; Described passive type air exhausting device refers to the ventilating opening without wind mechanism part, only has the effect of circulation of air; Active air exhausting device refers to the air exhausting device with blower fan member, and the row of conduits fan of making as the ventilating fan, centrifugal blower made of axial flow blower etc. are adopted the duty of wired or wireless control mode control air exhausting device by system control module; Described heating module is adopt infrared heating or adopt Electromagnetic Heating or adopt the member of resistance heated, and wherein resistance heated comprises ceramic heat and quartz ampoule heating, infrared heating comprise the brilliant heating technique of carbon, and they are prior art; Described air outlet adopt manual wind adjustable to and/or the air port of air quantity, or electronic wind adjustable to and/or the air port of air quantity; Described new air-valve, by-passing valve, air returning valve all refers to unlatching, closes the device of air communication channel; Described by-passing valve be can open and close Ventilating valve, arrange with filter member is parallel, while opening, can realize to indoor larger ventilation is provided; Described rain cover is built-in with fly net; Described air vent refers to the through hole for being installed into blower fan and/or the air exhausting device special perforation indoor and outdoor of digging on wall or furred ceiling.
The beneficial effects of the utility model are: the function of existing VMC has been carried out to General Promotion and expansion, have and purify air and the function of " natural air conditioner ", have interlock heating to realize energy-conservation function, improve people's living environment again, one-machine-multi-function, Based Intelligent Control is a kind of brand-new, multiduty energy-saving electric appliance.
Description of drawings 1 is electrical connection block diagram of the present utility model;
Fig. 2 is the front schematic view of embodiment 1 air conditioner body;
Fig. 3 is the schematic diagram of Digiplex;
Fig. 4 is the installation vertical profile schematic diagram of the present utility model of embodiment 1;
Fig. 5 is the installation vertical profile schematic diagram of the present utility model of embodiment 2;
Fig. 6 is air conditioner body and the integrated installation vertical profile of the air exhausting device schematic diagram of embodiment 3;
Fig. 7 is the remote controller of embodiment 3.
In figure: 1-air inlet fan; 2-heating module and/or air are optimized part, and wherein 21-heating module, 22-air are optimized part; 3-system control module; 4-fresh wind port; 5-air outlet; 6-return air inlet; The new air-valve of 7-; 8-air returning valve; 9-filter member and/or by-passing valve, wherein 91-filter member, 92-by-passing valve; 10-ac control circuit; 11-function button and/or display screen; 12-air exhausting device, wherein 121-exhaust outlet; 13-indoor temperature transmitter; 14-outdoor temperature sensor; 15-gas probe collection; 16-rain cover; 17-wall; 18-air-conditioning.
The three-in-one intelligence control of specific embodiment energy-saving air regulating system, mainly, comprise air inlet fan 1, heating module and/or air are optimized part 2, system control module 3, fresh wind port 4, air outlet 5, return air inlet 6, new air-valve 7, air returning valve 8, filter member and/or by-passing valve 9, ac control circuit 10, function button and/or display screen 11, air exhausting device 12, indoor temperature transmitter 13, outdoor temperature sensor 14, gas probe collection 15, rain cover 16, wherein air inlet fan 1, heating module and/or air are optimized part 2, system control module 3, fresh wind port 4, air outlet 5, return air inlet 6, new air-valve 7, air returning valve 8, filter member and/or by-passing valve 9, ac control circuit 10, function button and/or display screen 11 form air conditioner body.Air conditioner body, air exhausting device 12, indoor temperature transmitter 13, outdoor temperature sensor 14, gas probe collection 15 form three-in-one intelligence control energy-saving air regulating system with air-conditioning.In each embodiment of the following stated, air-conditioning 18 views all do not omit and do not draw.
Embodiment of the present utility model is described below, but content of the present utility model is not limited to this:
Embodiment 1: Fig. 1 is electrical connection block diagram of the present utility model, and Fig. 2 is the front schematic view of embodiment 1 air conditioner body, and Fig. 3 is the schematic diagram of Digiplex, and Fig. 4 is the installation vertical profile schematic diagram of embodiment 1.In the present embodiment: filter member 91 and by-passing valve 92 arrange simultaneously; Heating module 21 and air are optimized part 22 and are all adopted, and wherein air is optimized part employing anion generator; Function button and display screen all adopt, arrange; Air exhausting device 12 is made separately and independent setting, that is: air exhausting device and air conditioner body are made respectively, are arranged, air exhausting device 12 adopts has the initiatively ventilating fan of air-exhausting function, be arranged on the wall on air conditioner body opposite on (in figure, omit and do not draw), by system control module control, it works asynchronously with air inlet fan 1; New air-valve 7 is made respectively and is arranged in the air vent of body of wall with air conditioner body; The indoor of the corresponding air vent of air conditioner body is installed and in the outside of air vent, rain cover 16 is installed; On-off circuit is only set in ac control circuit 10, adopt existing " universal remote control " know-why on market, relevant key is set in advance air-conditioning model is identified and assert by arranging and operating, then system control module 3 is by the Push And Release of ac control circuit 10 use Radio infrared signal controlling air-conditionings; Air-conditioning view does not omit and does not draw; System operation all can arrange running status of the present utility model by manual button or Digiplex.
Shown in Fig. 1, system control module 3 is formed to intelligence control linkage energy saving system with air inlet fan 1, heating module 21, anion generator, new air-valve 7, air returning valve 8, by-passing valve 92, ac control circuit 10, function button and display screen, air exhausting device 12, indoor temperature transmitter 13, outdoor temperature sensor 14, gas probe collection 15 with air-conditioning respectively.Exemplify below:
1, new wind function: be set to " new wind " function by the function button system on remote controller or air conditioner body, and air force be set and select whether timing etc., at this moment system control module 3 is controlled air inlet fan 1 and air exhausting device 12 starts,
Heating module does not heat, open with stylish air-valve 7, outdoor new wind enters fresh wind port 4 from the rain cover 16 that is arranged on air vent, then after part 91 filters after filtration, passes heating module 21 and flow out, enter indoor from air outlet 5, simultaneously, air exhausting device 12 (in figure do not draw) by indoor foul smell to outdoor discharge, so, from the new wind of outdoor introducing in indoor continuous circulation, its function and existing VMC are just the same, and these new wind function four seasons can be used.
2, energy-saving cool-down function: 10 ℃ of left and right of day and night temperature in summer, can be set to by function button system " energy-saving cool-down " function night in summer, and set the start-up temperature value of air-conditioning shutdown temperature value and air inlet fan and air exhausting device.When generally we sleep, bedroom door is all closed, if air-conditioning set temperature value is 26 ℃ while falling asleep, so also can set air-conditioning shutdown of the present utility model time, temperature value is 26 ℃, and the open temp value of setting air inlet fan and air exhausting device is 27 ℃.System control module 3 is analyzed the temperature that indoor temperature transmitter 13, outdoor temperature sensor 14 survey respectively and is compared with the start-up temperature value of the air-conditioning shutdown temperature value of setting and air inlet fan and air exhausting device by microcomputer chip; in the time that outdoor temperature is reduced to 26 ℃, system control module 3 enters stopped status by the on-off circuit control air-conditioning in ac control circuit 10.Because air-conditioning shutdown is risen indoor temperature gradually, in the time that indoor temperature rises to 27 ℃, system control module 3 starts air inlet fan 1, air exhausting device 12 and opens new air-valve 7 and by-passing valve 92 simultaneously, and heating module does not heat.Under the effect of air inlet fan 1, the air of outdoor low temperature enters fresh wind port 4 from the rain cover 16 that is arranged on air vent, by by-passing valve 92, walk around filter member 91 directly through heating module and enter indoor from air outlet 5, simultaneously, air exhausting device 12 by indoor original warm air constantly to outdoor discharge, so, a large amount of new wind is constantly circulation in bedroom, the circulation exchange of indoor and outdoor air and make to occupy room temperature lowering.
3, heating function: in the winter time, in the time that needs start heating module and are indoor intensification, with being set, function key system is set to " heating mode " function, and set suitable Temperature numerical, system control module 3 is controlled heating module 21 and is heated, close new air-valve 7 simultaneously, open air returning valve 8, start air inlet fan 1, like this, room air enters from air returning valve 8, is blowed to heating module 21 after through return air inlet 6, by by-passing valve 92 by air inlet fan 1, and heated air flows out from air outlet 5, room air so circulates, and indoor temperature constantly promotes.After this,, in the time being warmed up to the Temperature numerical of setting, heating module 21 stops heating for the numerical value that system control module 3 is measured according to indoor temperature transmitter 13 and the numeric ratio of setting.If the air-conditioning of now indoor existing installation also, in the time heating, is first closed air-conditioning, then system control module 3 is controlled heating module 21 and is quit work; Wait when running into utmost point cold air, can automatic control air conditioner collaboratively heat, heat up, in the time that room temperature rises to the numerical value of setting, control air-conditioning and stop heating, also can automatically regulate according to environment temperature the heat that adds of self simultaneously, not only ensured the speed of indoor temperature raising and effect but also ensured indoor in temperature constant state.
4, safe pollution discharging function: set " pollution discharging " function, gas probe collection 15 is surveyed voluntarily to indoor harmful gas, once indoor harmful gaseous pollution exceeds standard, system control module 3 will start air inlet fan 1, air exhausting device 12 and heating module does not heat, open with stylish air-valve 7, outdoor new wind enters fresh wind port 4 from the rain cover 16 that is arranged on air vent, after part 91 filters after filtration again, pass heating module 21 and flow out, enter indoor from air outlet 5, simultaneously, air exhausting device 12 discharges indoor noxious air, has ensured the safety of indoor air environment.
5, air-cleaning function: system is set to " air cleaning " function, system control module 3 is controlled new air-valve 7 and is closed, outdoor air is blocked, and opens air returning valve 8 simultaneously, and now air inlet fan 1 is worked and exhaust blower 12 and heating module 21 are not all worked, by-passing valve 92 cuts out.Like this, room air enters from air returning valve 8 under the effect of air inlet fan 1, flows out after through return air inlet 6, by filter member 91 from air outlet 5, and room air so circulates, and is constantly filtered, purifies.The air purifier of selling on its effect and existing market and apply is just the same.
6, air optimizational function: air optimizational function is to be activated the in service of above-mentioned each function, the present embodiment is pressed " optimization key " can start anion generator work, and a large amount of anions can improve and ensure the air cleaner of indoor moveable and comfortable.
Embodiment 2: Fig. 5 is the installation vertical profile schematic diagram of embodiment 2.In the present embodiment: filter member 91 and by-passing valve 92 arrange simultaneously; In heating module and/or air optimization part 2, only adopt air to optimize part, this air is optimized part and is adopted ultraviolet member to kill virus to entering indoor air, is prior art; Function button and display screen all adopt and are arranged on the casing of new blower fan body; Do not configure remote controller; New air-valve 7 is made, is arranged in air conditioner body; Air exhausting device 12 is made separately and independent setting, air exhausting device 12 adopts has the initiatively ventilating fan of air-exhausting function, be arranged on the wall on air conditioner body opposite on (in figure, omit and do not draw), control it by system control module 3 and work asynchronously with air inlet fan 1.In the present embodiment, compare with embodiment 1, the member relating to: the assembling direction that air inlet fan 1, heating module and/or air are optimized part 2, system control module 3, fresh wind port 4, air outlet 5, return air inlet 6, new air-valve 7, air returning valve 8, filter member and/or by-passing valve 9, ac control circuit 10, function button and/or display screen 11 changes to some extent, but relative position, structure and logic, function between each member is all just the same with embodiment 1.Just in heating module and/or air optimization part 2, only adopt ultraviolet member to kill virus to entering indoor air, this ultraviolet ray member adopts prior art, when air flows through after filter member and/or by-passing valve 9, killed virus and flow into again air outlet 5 and enter indoor by ultraviolet ray.
Embodiment 3: Fig. 6 is air conditioner body and the integrated scheme of installation of air exhausting device of embodiment 3, and Fig. 7 is the remote controller of embodiment 3.In the present embodiment: air exhausting device 12 adopts active air exhausting device and is arranged in air conditioner body, that is: with the integrated making of air conditioner body, setting; It is anion generators that the air arranging is optimized part 22; In ac control circuit 10, be provided with on-off circuit and testing circuit.The operation principle of the new wind function of the present embodiment, safe pollution discharging function, air optimizational function, air-cleaning function and use method of operating and embodiment 1 are just the same, do not repeat them here.But because being provided with on-off circuit and testing circuit in ac control circuit 10, in the time of energy-saving cool-down function: be set to " energy-saving cool-down " function by function button system, and set the start-up temperature value of air-conditioning shutdown temperature value and air inlet fan and air exhausting device.When generally we sleep, bedroom door is all closed, if air-conditioning set temperature value is 26 ℃ while falling asleep, so also can set air-conditioning shutdown of the present utility model time, temperature value is 26 ℃, and the open temp value of setting air inlet fan and air exhausting device is 27 ℃.System control module 3 is analyzed the temperature that indoor temperature transmitter 13, outdoor temperature sensor 14 survey respectively and is compared with the start-up temperature value of the air-conditioning shutdown temperature value of setting and air inlet fan and air exhausting device by microcomputer chip; in the time that outdoor temperature is reduced to 26 ℃; system control module 3 detects the duty of air-conditioning by the testing circuit in ac control circuit 10; if air-conditioning is in open state, enter stopped status by on-off circuit control air-conditioning.Because air-conditioning shutdown is risen indoor temperature gradually; in the time that indoor temperature rises to 27 ℃; system control module 3 starts air inlet fan 1, air exhausting device 12 and opens new air-valve 7 simultaneously; under the effect of air inlet fan 1; outdoor Cryogenic air is introduced and is entered indoor from air outlet 5; simultaneously; air exhausting device 12 starts; indoor original warm air from exhaust outlet 121 enter and by air exhausting device 12 constantly to outdoor discharge; so; a large amount of new wind is constantly circulation in bedroom, the circulation exchange of indoor and outdoor air and make to occupy room temperature lowering.If air-conditioning, in off-mode, directly starts air inlet fan 1, air exhausting device 12, as above-mentioned, a large amount of new wind is constantly circulation in bedroom, the circulation exchange of indoor and outdoor air and make to occupy room temperature lowering.It should be noted that: because the present embodiment does not arrange by-passing valve, a large amount of outdoor new wind is introduced indoor by the rotating speed of raising air inlet fan 1 strong.
Should say; those of ordinary skill in the art is under enlightenment of the present utility model; also can make other distortion or improvement; in every case relate to that system control module is electrically connected with indoor, outdoor temperature sensor, new air-valve, air returning valve and compare and then realize blower fan and air-conditioning links according to the temperature value of the variation of indoor and outdoor temperature and setting; or the design that system control module is changed by the control of new air-valve and air returning valve being realized to the function of new blower fan system and air purifier, all should be considered as mentality of designing of the present utility model, scheme and protection domain.
Claims (10)
1. three-in-one intelligence control energy-saving air regulating system, mainly comprises air inlet fan (1), heating module and/or air are optimized part (2), system control module (3), fresh wind port (4), air outlet (5), return air inlet (6), new air-valve (7), air returning valve (8), filter member and/or by-passing valve (9), ac control circuit (10), function button and/or display screen (11), air exhausting device (12), indoor temperature transmitter (13), outdoor temperature sensor (14), gas probe collection (15), rain cover (16), wherein air inlet fan (1), heating module and/air optimize part (2), system control module (3), fresh wind port (4), air outlet (5), return air inlet (6), new air-valve (7), air returning valve (8), filter member and/or by-passing valve (9), ac control circuit (10), function button and/or display screen (11) form air conditioner body, it is characterized in that: described air inlet fan (1), heating module and/or air are optimized part (2), system control module (3), new air-valve (7), air returning valve (8), by-passing valve, ac control circuit (10), function button and/or display screen (11), air exhausting device (12), indoor temperature transmitter (13), outdoor temperature sensor (14), gas probe collection (15) is electrically connected with system control module (3) respectively and common and air-conditioning forms three-in-one intelligence control energy-saving air regulating system.
2. three-in-one intelligence control energy-saving air regulating system according to claim 1, it is characterized in that: described system control module (3) is the general designation of detection, control and executive circuit to realizing various functions in the utility model, wherein be provided with microcomputer chip programmable, control system operation, partial circuit in described detection, control and executive circuit or all circuit are arranged in air conditioner body, or make separately, install separately.
3. three-in-one intelligence control energy-saving air regulating system according to claim 1, it is characterized in that: described ac control circuit (10) is made up of jointly on-off circuit or on-off circuit and testing circuit, wherein on-off circuit is to adopt wireless or wired mode and air-conditioning to be electrically connected: by the Push And Release of system control module (3) gauge tap circuit wireless signal emission control air-conditioning; While adopting wired connection, on-off circuit forms with entity electric wire, one end other end that is connected with system control module (3) is connected with switch terminal intrinsic on indoor apparatus of air conditioner, is realized the Push And Release of air-conditioning by system control module (3) by entity electric wire; Or adopt the conversion of the mechanical contacts of electronic switching circuit or relay or A.C. contactor to open the connecting and disconnecting that realize the working power of control module to air-conditioning with closing, and then realize the Push And Release of air-conditioning.
4. three-in-one intelligence control energy-saving air regulating system according to claim 1, is characterized in that: between described air outlet (5) and fresh wind port (4), be provided with air inlet fan (1), heating module and/or air and optimize part (2), filter member and/or by-passing valve (9).
5. three-in-one intelligence control energy-saving air regulating system according to claim 1, is characterized in that: described return air inlet (6) correspondence is provided with air returning valve (8).
6. three-in-one intelligence control energy-saving air regulating system according to claim 1, is characterized in that: described by-passing valve and filter member are parallel to be arranged.
7. three-in-one intelligence control energy-saving air regulating system according to claim 1, it is characterized in that: described air exhausting device (12) adopts active air exhausting device or passive type air exhausting device, wherein active air exhausting device is set up in parallel and is formed by a blower fan or multiple blower fan, air exhausting device (12) and air conditioner body are made respectively, arrange and install, or air exhausting device (12) with the integrated making of air conditioner body, be arranged in air conditioner body.
8. three-in-one intelligence control energy-saving air regulating system according to claim 1, is characterized in that: on described air conditioner body, be provided with function button and/or display screen.
9. three-in-one intelligence control energy-saving air regulating system according to claim 1, it is characterized in that: described filter member adopts the air filtrations such as active carbon filter core or HEPA filter course or cold catalyst or electrostatic case, dedusting, sterilization member form or are formed by the one or more combination of devices among them, is arranged on inlet side or the air side of air inlet fan (1).
10. three-in-one intelligence control energy-saving air regulating system according to claim 1, is characterized in that: described air inlet fan (1) adopts a blower fan or the parallel formation that arranges of multiple blower fan.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320635905.7U CN203615543U (en) | 2013-10-10 | 2013-10-10 | Three-in-one smart control energy-saving air conditioning system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320635905.7U CN203615543U (en) | 2013-10-10 | 2013-10-10 | Three-in-one smart control energy-saving air conditioning system |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104515229A (en) * | 2014-12-29 | 2015-04-15 | 苏州盟通利机电设备有限公司 | Indoor air intelligent processing system and method |
| CN105182785A (en) * | 2015-09-30 | 2015-12-23 | 北京格瑞那环能技术有限责任公司 | Intelligent household system |
| CN105276693A (en) * | 2014-07-11 | 2016-01-27 | 刘华荣 | Air purifier system with fresh air function |
| CN111427401A (en) * | 2020-02-21 | 2020-07-17 | 固安华电天仁控制设备有限公司 | Temperature control system and method for energy storage container |
-
2013
- 2013-10-10 CN CN201320635905.7U patent/CN203615543U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105276693A (en) * | 2014-07-11 | 2016-01-27 | 刘华荣 | Air purifier system with fresh air function |
| CN104515229A (en) * | 2014-12-29 | 2015-04-15 | 苏州盟通利机电设备有限公司 | Indoor air intelligent processing system and method |
| CN105182785A (en) * | 2015-09-30 | 2015-12-23 | 北京格瑞那环能技术有限责任公司 | Intelligent household system |
| CN105182785B (en) * | 2015-09-30 | 2018-05-25 | 北京格瑞那环能技术有限责任公司 | A kind of intelligent domestic system |
| CN111427401A (en) * | 2020-02-21 | 2020-07-17 | 固安华电天仁控制设备有限公司 | Temperature control system and method for energy storage container |
| CN111427401B (en) * | 2020-02-21 | 2021-10-12 | 国能信控互联技术(河北)有限公司 | Temperature control system and method for energy storage container |
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Effective date of registration: 20161118 Address after: No. 801 West Mt. Hengshan Road, Beilun District, Zhejiang, Ningbo Patentee after: Ningbo Blue's environmental science and Technology Co Ltd Address before: 230000 Anhui province Hefei City Government District Dan garden 11 unit 3 Building Room 706 Patentee before: Liu Huarong |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20140528 Termination date: 20201010 |