CN204678495U - Vertical air-conditioner indoor unit - Google Patents
Vertical air-conditioner indoor unit Download PDFInfo
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- CN204678495U CN204678495U CN201520173791.8U CN201520173791U CN204678495U CN 204678495 U CN204678495 U CN 204678495U CN 201520173791 U CN201520173791 U CN 201520173791U CN 204678495 U CN204678495 U CN 204678495U
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Abstract
The utility model relates to a kind of vertical air-conditioner indoor unit, comprise shell, blower fan, evaporimeter and return duct, described enclosure is provided with purification of air passage, and this purification of air passage is connected successively by storage tank, air intake district, spray district, gas-water separation district and wind outlet area from bottom to top and formed.Wherein, spray district is provided with the nozzle being communicated with water source, and the lower end in air intake district is communicated with this storage tank, is provided with water pump between storage tank and nozzle, and water pump draws water from storage tank and is sent to nozzle.Vertical air-conditioner indoor unit by the air intake enclosure of indoor, then after the nozzle spray filtering spraying district, and then carries out gas-liquid separation by gas-water separation dividing plate, finally again to the air that indoor blowout is clean, moistening.The effect of the existing indoor apparatus of air conditioner of the utility model, can realize again the purification of air, can also carry out humidification to air, can also improve the efficiency of air-conditioning simultaneously, have the function of achieving many things at one stroke, reach unexpected effect.
Description
Technical field
The invention belongs to field of air conditioning, be specifically related to a kind of split-type air conditioner indoor set, particularly relate to a kind of vertical indoor apparatus of air conditioner.
Background technology
Split-type air conditioner is the one of air-conditioning, is made up of indoor set and off-premises station, and indoor set and off-premises station are arranged on indoor and outdoors respectively, and centre is connected with electric wire by pipeline.Indoor set is divided into again hanging indoor set and vertical indoor set.
Existing vertical air-conditioner indoor unit effect is single, and wastes with a large amount of condensed waters.So-called condensed water, be exactly in evaporimeter steam form aqueous water through condensation process, condensed water is limpid nice and cool and its pH value be neutral, wastes condensed water and is waste earth resource.In existing vertical air-conditioner indoor unit, the condensed water of evaporimeter drippage, through certain accumulation, can drain into outdoor by the water-collecting tray bottom indoor set mostly.Under normal circumstances, in hot summer, the air-conditioning of, when normal temperature refrigeration or dehumidifying work, can discharge 1 liter of condensed water in every two hours outward.If condensed water elimination is improper, also can directly drop to outdoor becomes waste water, and this seriously runs counter to the environmental protection concept of 21 century.
In addition, dust is very easily overstock in vertical air-conditioner indoor unit inside, if indoor set inside is not through cleaning, when after use a period of time, the air through vertical air-conditioner indoor unit also can be contaminated, blows out harmful air.
Therefore, how solving the deficiency that above-mentioned prior art exists, is the problem that the present invention mainly studies.
Summary of the invention
The purpose of this utility model is in order to economical environment-protective, using air conditioner condensation cycling utilization of wastewater purifying waste water as air purifier, air purifier and indoor apparatus of air conditioner is united two into one.The indoor apparatus of air conditioner of air purifier is housed, not only there is the function of indoor apparatus of air conditioner self, there is again the function of clarifier, also there is the function of humidifier, also improve the Energy Efficiency Ratio of air-conditioning simultaneously, there is the effect of achieving many things at one stroke, serve unexpected effect.
For achieving the above object, technical scheme of the present invention is: a kind of vertical air-conditioner indoor unit, comprise shell, described shell is provided with air inlet and air outlet, and described enclosure has been arranged in series storage tank, air intake district, spray district, gas-water separation district, evaporimeter and wind outlet area from bottom to top successively;
Wherein, described storage tank is positioned at the bottom of described enclosure, and described storage tank has top end opening;
Described air intake district is an air intake space, described air intake district has an entrance, one outlet and a discharge outlet, entrance is used for room air to suck from here, outlet is used for the spray district air of suction being passed into upper end, discharge outlet is used for the water dripped in the air-water mixture or evaporimeter of spray to be back in storage tank, described air inlet is positioned at the side locations in air intake district, and as the entrance in air intake district, the discharge outlet in this air intake district is communicated with the top end opening of described storage tank, described air intake district is used for air to be clean to pass into described purification of air passage through air inlet,
Described spray district is the space of mixing air to be clean and water smoke, and spray district has an entrance and an outlet, and the entrance in spray district is communicated with the outlet in air intake district; The space in described spray district is vacillate now to the left, now to the right to rise or/and spiralling gas channel, circulation path interval along this gas channel arranges several nozzles, a water pump is connected between described nozzle with described storage tank, described water pump draws water and is sent to described nozzle from described storage tank, the flow area in the water smoke coating gas circulation road of described nozzle ejection corresponding to this nozzle; Described vacillate now to the left, now to the right rise gas channel by cylindrical space from bottom to top interval arrange some layers spray dividing plates build form, cylindrical space is separated into each sheaf space by each layer spray dividing plate in the vertical direction, adjacent two layers spray dividing plate is arranged in dislocation on the left and right directions of cylindrical space, every layer of end regions spraying dividing plate is made all to leave a connected entrance, the upper sheaf space that this connected entrance makes any one lower layer space be adjacent is communicated with, and forms the gas channel of vacillating now to the left, now to the right and rising with this; Described spiralling gas channel is formed by Ring-cylindrical space or spirality space, wherein, described Ring-cylindrical space is set with by inner core and urceolus and forms, the bottom tangent direction in Ring-cylindrical space is provided with flow-guiding mouth, and described spirality space is formed by installing spiral plate in cylindrical space or annulated column space;
Described gas-water separation district is the space of carrying out gas-water separation, and gas-water separation district has an entrance and an outlet, and the entrance in gas-water separation district is communicated with the outlet in described spray district; Be separated by from bottom to top in described gas-water separation district and be provided with some floor gas-water separation dividing plates, every layer of gas-water separation dividing plate is equipped with the filtration through hole on several its positive and negative surfaces through, the filtration through hole in adjacent two layers gas-water separation dividing plate is arranged in dislocation in the lateral direction;
Described evaporimeter is between described gas-water separation district and described wind outlet area, and the lower end of described evaporimeter is communicated with the outlet in described gas-water separation district;
Described wind outlet area is an air-out space, described wind outlet area has an entrance and an outlet, the entrance of described wind outlet area is communicated with described upper end of evaporator, on the sidepiece that described air outlet is located at wind outlet area or tip position, and as the outlet of wind outlet area, described wind outlet area is used for air and discharges through air outlet.
Related content in technique scheme is explained as follows:
1, in such scheme, be provided with for the passage that purifies air in the inside of vertical air-conditioner indoor unit, utilize the blower fan of blower fan as purification of air of original air-conditioning, reach the object that a machine (wind) is dual-purpose.The bottom of indoor apparatus of air conditioner is provided with storage tank, for storing the condensed water in indoor apparatus of air conditioner, using condensed water the purifying waste water as this clarifier of indoor apparatus of air conditioner, reaches the object that a water is dual-purpose; Using the shell of indoor apparatus of air conditioner each conduit wall as this clarifier; Evaporimeter connects a return duct, and return duct after the water in storage tank, then is connected to the compressor of air-conditioner outdoor unit.Air through described purification utensil blows out outside indoor apparatus of air conditioner through the blower fan of indoor apparatus of air conditioner.
2, in such scheme, storage tank is arranged in the position that original indoor apparatus of air conditioner bottommost arranged aqua storage tank originally, the condensed water that storage evaporator device drips, and is communicated to nozzle by water pump.The water source being used as nozzle is worked by the condensation water collection outside existing indoor apparatus of air conditioner discharge chamber.Or in storage tank, load purifying waste water of being used for purifying as required, and be communicated to nozzle by water pump, equally also can reach above-mentioned effect.
3, in such scheme, the storage tank of described indoor apparatus of air conditioner is communicated to the high temperature section condenser in outdoor machine of air-conditioner by a return duct, for the cooling of the condenser of outdoor machine of air-conditioner.
4, in such scheme, a storage tank is communicated with below described air intake district, this storage tank can be one-body molded with this indoor apparatus of air conditioner, also by the detachable bottom being connected to indoor set enclosure, be communicated with water pump between described storage tank and described spray equipment, described water pump draws water from described storage tank and is sent to described spray equipment.Be provided with multiple baffle plate in described storage tank, storage tank inner chamber be divided into multiple segment filters space successively, and the last period filter space the height of baffle plate higher than the baffle plate of adjacent rear one section of filter space, formed multistage filtering structure with this; The lower end in described spray district connects the first paragraph filter space of storage tank, and the entrance point of described water pump connects the final stage filter space of storage tank.
5, in such scheme, the distance between every adjacent two layers spray dividing plate is adjustable, and nozzle is communicated with water source, and the water smoke for generation of cone or covering of the fan fully contacts with the air up run, and adopts water removing impurity both economical, safety again.
6, in such scheme, the edge of the filtration through hole that gas-water separation dividing plate is offered vertically extends to form partition panel, better for gas-liquid separation.
7, in such scheme, be placed with in described air intake district except mite agent, for removing acarid.Active carbon is placed with, for removing peculiar smell in described air intake district.
8, in such scheme, the connected entrance on adjacent spray dividing plate, dislocation is arranged in the end of spray dividing plate respectively, so that air-flow can extend the time receiving spray in spray district.
9, in such scheme, the photoelectric sensor of the turbidity for detecting water in described storage tank, is also provided with.
10, in such scheme, described gas-water separation dividing plate is top arch-shaped clapboard upward, and the water droplet advantageously formed when gas-water separation drops onto in storage tank.
11, in such scheme, the distance between adjacent spray dividing plate is adjustable, and user can adjust distance between adjacent spray dividing plate, to reach the spraying effect of nozzle the best according to its demand.
12, in such scheme, storage tank both can be used for depositing the water through nozzle ejection, after nozzle ejection water smoke is by air spray cleaning to be clean, water with impurity flows into again in storage tank, after multiple segment filters, again provide water source to nozzle, form recycling of water with this.
13, in such scheme, in order to realize gas-water separation better, the aperture of described filtration through hole is in the scope of 4mm-20mm.
14, in such scheme, one end of described return duct connects described evaporimeter, the other end is connected to air-conditioner outdoor unit, part between described return duct two ends is arranged in the water that storage tank is immersed in storage tank, part between the two ends of described return duct is coil portions, described coil portions is immersed in the water in storage tank, adopts coil portions can increase the contact area of water in return duct and storage tank, effectively can reduce the water temperature in storage tank.
15, in such scheme, the switch of a control compressor can also be added, this switch makes when system closing compressor, and this indoor apparatus of air conditioner just uses as air purifier: once start compressor, this indoor apparatus of air conditioner regulates humiture simultaneously and purifies the air of a room.
Utility model works principle is: the shell of indoor apparatus of air conditioner is provided with air inlet and air outlet, enclosure has been arranged in series storage tank, air intake district, spray district, gas-water separation district and wind outlet area from bottom to top successively, and evaporimeter is positioned at gas-water separation district and wind outlet area.First, blower fan in indoor apparatus of air conditioner starts running, the air inlet (i.e. air intake go entrance) that indoor air is offered from indoor apparatus of air conditioner shell enters air intake district, spray district is entered again from the outlet in air intake district, air is after nozzle spray, reach gas-water separation district again, discharge finally by blower fan, complete the process of an air draught, air draft.Discharge outlet is communicated with the top end opening of storage tank, and the water smoke sprayed out in spray district drops in storage tank with the discharge outlet of the impurity in air along air intake district.
Be specially: when the air containing impurity enters spray district through nozzle, the water smoke of nozzle ejection cone or covering of the fan.Mixed with the air containing impurity by water smoke, most impurity is along with in current inflow storage tank, and this storage tank, for storing the condensed water from evaporimeter drippage, also has the impurity of few part along with air-water mixture, by blower fan with moving on; When the air-water mixture containing few partial impurities arrives gas-water separation district, the water containing impurity is separated further by gas-water separation dividing plate, and air then continues to advance to air outlet by gas-water separation dividing plate; Finally by the pure air that blower fan blowout is lower than prior art temperature.
Because technique scheme is used, the utility model compared with prior art has following advantages:
1, because the utility model structure is simple, purification of air passage is housed in existing vertical air-conditioner indoor unit, not only makes the utility model have the effect of vertical air-conditioner indoor unit, and after only increasing cheap cost, reach again the effect of clarifier, also there is humidification effect.Therefore, this indoor apparatus of air conditioner can not only play the effect of air-conditioning, can also play the effect of clarifier, in addition air is had again to the effect of humidification, achieves many things at one stroke and brings beyond thought effect.
2, because the utility model utilizes the condensed water in indoor apparatus of air conditioner to purify air, air conditioner condensate water is combined with the air being mixed with impurity, because the proportion of condensed water is greater than air specific weight, and the globule has surface tension, can effectively by the purification of air containing impurity.The utility model by the discarded condensed water cycling utilization of wastewater in indoor apparatus of air conditioner, both environmental protection, again many effects.
3, because evaporimeter connects a return duct, return duct is after the water in storage tank, be connected to compressor again, what load in evaporimeter return duct is cold-producing medium, under normal circumstances, from the temperature of evaporimeter cold-producing medium out lower than the water temperature storage tank, a part of Low Temperature Thermal to be passed to the water in storage tank by cold-producing medium by return duct, effectively can reduce the water temperature in storage tank.Water in storage tank sprays the water sucked in vertical air-conditioner indoor unit again, just nature has carried out partial warm down to the air sucking vertical air-conditioner indoor unit, and then blow out indoor set, therefore vertical air-conditioner indoor unit compares existing vertical air-conditioner indoor unit, has the effect improving air-conditioning Energy Efficiency Ratio.
4, due in this device, the water bottom air-conditioning in storage tank is sent in nozzle through water pump, water can be recycled, have environmental protection effect.
5, due in the present invention, indoor apparatus of air conditioner need not increase blower fan, using the blower fan of the blower fan in indoor apparatus of air conditioner as clarifier, only need utilize original blower fan, one machine (wind) is dual-purpose, and utilize the condensed water of drippage to purify air as water source, a water is dual-purpose simultaneously, both save manufacturing cost, reach again the effect of clarifier.Further, in this device, the condensation water collection outside discharge chamber in existing indoor apparatus of air conditioner is worked the water source being used as nozzle, effectively saved water spray group channel section place in clarifier need the cost of water.Return duct adopts coil pipe can increase the contact area of water in return duct and storage tank, effectively can reduce the water temperature in storage tank.
6, due in the present invention, the technical program can also control the switch of compressor by interpolation one, just use as air purifier when close compressor: once start compressor, this air-conditioner regulates humiture simultaneously and purifies the air of a room.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of vertical air-conditioner indoor unit in the utility model embodiment 1;
Accompanying drawing 2 is the working state schematic representation of the nozzle in the utility model embodiment 1;
Accompanying drawing 3 is the cross-sectional view spraying dividing plate in the utility model embodiment 1;
Accompanying drawing 4 is the cross-sectional view of the utility model embodiment 1 gas-liquid separation dividing plate;
Accompanying drawing 5 is the structural representation of air-conditioning system in embodiment 1 in the utility model;
Accompanying drawing 6 is the workflow schematic diagram of the utility model embodiment 1 vertical air-conditioner indoor unit
Accompanying drawing 7 is cylindrical helical ascending air channel cross-section structural representation in the utility model;
Accompanying drawing 8 is Ring-cylindrical spiral up draft channel cross-section structural representation in the utility model;
Accompanying drawing 9 is the structural representation of the air-conditioning system in the change of the utility model embodiment.
In above accompanying drawing: 1, shell; 10, air inlet, 11, air outlet; 2, air intake district; 20, storage tank; 21, water pump; 22, baffle plate; 3, district is sprayed; 30, dividing plate is sprayed; 31, connected entrance; 32, nozzle; 33, inner core; 34, urceolus; 35, flow-guiding mouth; 36, spiral plate; 4, district of gas-liquid separation chamber; 40, gas-water separation dividing plate; 41, through hole is filtered; 42, partition panel; 5, wind outlet area; 6, blower fan; 7, evaporimeter; 70, return duct; 8, condenser; 80, compressor; 9, flow controller.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment 1: a kind of vertical air-conditioner indoor unit
Shown in accompanying drawing 1-6, comprise shell 1, blower fan 6 and evaporimeter 7.The storage tank 20, blower fan 6 and the evaporimeter 7 that also comprise the air inlet 10 be arranged on shell 1, air outlet 11 and be arranged in shell 1, the bottom of described shell 1 inside is provided with storage tank 20, described shell 1 inside has air oasis, and this air oasis comprises air intake district 2, spray district 3, gas-water separation district 4 and wind outlet area 5 from bottom to top successively.
Wherein, described storage tank 20 is positioned at the bottom of described shell 1 inside, the condensed water dripped by evaporimeter 7 is deposited in storage tank 20, or add water voluntarily as required, described storage tank 20 has top end opening, the top end opening of storage tank 20 is communicated with air intake district 2, so that can fall in storage tank 20 along air intake district 2 through the water containing impurity of spray.Therefore, storage tank 20 also can be used for reclaiming the water comprising impurity after nozzle 32 sprays, and this water, by after air spray cleaning to be clean, is back to again in storage tank 20, provides water source again to after filtering-depositing nozzle 32, forms recycling of water with this.
Described air intake district 2 is an air intake space of shell 1 inside, described air intake district 2 has an entrance, one outlet and a discharge outlet, entrance is used for room air to suck from here, outlet is used for the spray district 3 air of suction being passed into upper end, discharge outlet is used for the water of drippage in the air-water mixture or evaporimeter 7 of spray to be back in storage tank 20, discharge outlet is communicated with the top end opening of storage tank 20, described air inlet 10 is positioned at the side locations in air intake district 2, and as the entrance in air intake district 2, described air intake district 2 is for passing into described purification of air passage by air to be clean through air inlet 10.
The space that to be clean air with water smoke is mixed of described spray district 3 set by shell 1 inside, spray district 3 has an entrance and an outlet, and the entrance in spray district 3 is communicated with the outlet in described air intake district 2; There are two kinds of forms in the space in spray district 3, wherein a kind of space spraying district 3 be vacillate now to the left, now to the right rise or, circulation path interval along this gas channel arranges three nozzles 32, a high-pressure hydraulic pump 21 is connected between nozzle 32 with storage tank 20, water in storage tank 20 is delivered to nozzle 32, nozzle 32 is made to spray conical or fan-shaped water smoke, this flow area corresponding to nozzle 32 in the water smoke coating gas circulation road that nozzle 32 sprays.
Described vacillate now to the left, now to the right rise gas channel by cylindrical space from bottom to top interval arrange four layers spray dividing plates 30 build form, cylindrical space is separated into each sheaf space by each layer spray dividing plate 30 in the vertical direction, adjacent two layers spray dividing plate 30 is arranged in dislocation on the left and right directions of cylindrical space, every layer of end regions spraying dividing plate 30 is made all to leave a connected entrance 31, the upper sheaf space that this connected entrance 31 makes any one lower layer space be adjacent is communicated with, and forms the gas channel of vacillating now to the left, now to the right and rising with this.
The space of carrying out gas-water separation of described gas-water separation trivial 4 set by shell 1 inside, gas-water separation district 4 has an entrance and an outlet, and the entrance in gas-water separation district 4 is communicated with the outlet in described spray district 3; Be separated by from bottom to top in described gas-water separation district 4 and be provided with some floor gas-water separation dividing plates 40, every layer of gas-water separation dividing plate 40 is equipped with the filtration through hole 41 on several its positive and negative surfaces through, the aperture of this filtration through hole 41 adopts 4mm, and the edge filtering through hole 41 vertically extends to form partition panel 42, the filtration through hole 41 in adjacent two layers gas-liquid separation dividing plate 40 is arranged in dislocation in the lateral direction.
See accompanying drawing 5, described evaporimeter 7 is between described gas-water separation district 4 and described wind outlet area 5, the lower end of described evaporimeter 7 is communicated with the outlet in described gas-water separation district 4, described evaporimeter 7 also connects a return duct 70, one end of this return duct 70 is connected with described evaporimeter 7, the other end is connected with air-conditioner outdoor unit 8, be specially on the compressor 80 that is connected in off-premises station, compressor 80 connects condenser 8, to form a circulation line on the evaporimeter 7 being finally connected to indoor set by flow controller 9 again.Return duct 70 adopts coil form, and its coil portions is immersed in the water in storage tank 20, and the design of coil portions can increase the contact area of water in return duct 70 and storage tank 20.Described return duct 70 after in described storage tank 20, then is communicated to the compressor 80 of air-conditioner outdoor unit, the low temperature of cold-producing medium in return duct 70 can be passed to the water in storage tank 20, thus reduce the water temperature in storage tank 20.After water in storage tank 20 reduces temperature, after spraying air, nature can take away a part of heat in air, and therefore, the air after the purification of discharging from indoor apparatus of air conditioner will reduce temperature, so just improves the Energy Efficiency Ratio of air-conditioning.
Described wind outlet area 5 is an air-out space of shell 1 inside, described wind outlet area 5 has an entrance and an outlet, the entrance of described wind outlet area 5 is communicated with the outlet in gas-water separation district 4, described air outlet 11 is located at out in the side locations of segmentation 5, and as the outlet of wind outlet area 5, described wind outlet area 5 is for discharging the air after being cleaned through air outlet 11, and blower fan 6 is located at wind outlet area.
Shown in accompanying drawing 4, wherein, the edge of the filtration through hole 41 described gas-water separation dividing plate 40 offered stretches out and forms partition panel 15.The partition panel 42 of the filtration through hole 41 in the leading section of described gas-water separation dividing plate 40 extends toward two ends, and the partition panel 42 at filtration through hole 41 place at the terminal edge place of gas-water separation dividing plate 40 is only toward downward-extension.
In above-described embodiment, this indoor apparatus of air conditioner structure is simple, when only increasing lower cost, serves significant progress.Using the condensed water of the evaporimeter 7 place drippage in vertical air-conditioner indoor unit as purifying waste water, using the blower fan 7 of the blower fan 6 of vertical air-conditioner indoor unit as air-out passage section 4, using the shell of vertical air-conditioner indoor unit as the wall forming purification channel.The program is environmental protection both, again effectively.
The course of work of this vertical air-conditioner indoor unit is introduced in citing below:
Shown in accompanying drawing 1, after this vertical air-conditioner indoor unit is opened, blower fan 6 starts running, and room air is sucked air intake district 2 from the air inlet 10 shell 1 by vertical air-conditioner indoor unit, then up carry and enter spray district 3 again, after nozzle 32 sprays, then arrive district of gas-liquid separation chamber 4, through the separation of gas-water separation dividing plate 40 along passage, and then blow over evaporimeter 7, finally discharge through blower fan 6 again, complete an air draught, the process of air draft.
The workflow of clarifier is described in further detail: after vertical air-conditioner indoor unit is opened, blower fan 6 starts running, room air enters from air intake district 2, after entering spray district 3, air containing impurity then can accept nozzle 32 and spray, because water pump 21 during work starts to draw the water in storage tank 20, the water in storage tank 20 is delivered in nozzle 32 by the water pump 21 of high pressure, then sprays the water smoke producing cone or covering of the fan through nozzle 32.Water smoke mixes with air, when water smoke agglomerates to a certain degree, just can gravitate toward dirty, now most of impurity is back in storage tank 20 along with water smoke, remaining a small amount of impurity is then adsorbed on a small amount of water smoke surface, by the effect of blower fan 6, along with the air with water smoke continues up to advance along passage.
When the mixing air containing a small amount of impurity arrives gas-liquid separation section 4, the water containing a small amount of impurity is separated further by gas-liquid separation dividing plate 40.So far, the air through gas-liquid separation then continues to advance to wind outlet section 5 air outlet 11, blows out pure air eventually through blower fan 6.Water with impurity is then subject to the isolation of gas-liquid separation dividing plate 40, is trapped in gas-liquid separation dividing plate 40, until cohesion flows back in storage tank 20.
In purification of air channel interior, the air-water mixture containing impurity passes through the collision of the dividing plate different from clarifier and tube wall, and water and the impurity of part can be subject to gravity toward dirty, get back in storage tank 20; Also down can flow to the bottom of wind inlet section 2 through the water of gas-liquid separation dividing plate 40 and impurity along passage tube wall, finally pass back in storage tank 20.
Air after gas-water separation continues up to flow by the effect of blower fan 6, until through after evaporimeter 7, finally again by blower fan 6 through air outlet 11 to the pure air of indoor blowout.
Here tests the Energy Efficiency Ratio that the utility model vertical air-conditioner indoor unit and existing vertical air-conditioner indoor unit carry out in situation on year-on-year basis by national standard, and it is as follows that experimental data makes form:
Above form shows, the relatively existing vertical air-conditioner indoor unit of this vertical air-conditioner indoor unit, and under refrigerating state, also improve 0.1 Energy Efficiency Ratio, energy-saving efficiency improves 3.05%.As everyone knows, in air conditioner industry, air-conditioning improves 0.1 Energy Efficiency Ratio and has been provided with very large progress.Therefore, vertical air-conditioner indoor unit of the present utility model has the effect improving air-conditioning Energy Efficiency Ratio and should not be underestimated.
Be presented below in conjunction with above-described embodiment and the accompanying drawing change possible to the utility model:
1, see shown in accompanying drawing 7, Fig. 9 and 8, all the other are identical with embodiment 1, difference is, the space in another kind of spray district 3 is a spiralling gas channel, circulation path interval along this gas channel arranges several and is communicated with the nozzle 32 of spray liquids, this flow area corresponding to nozzle 32 in the water smoke coating gas circulation road that nozzle 32 sprays.Described spiralling gas channel is formed by Ring-cylindrical space or spirality space, wherein, described Ring-cylindrical space is set with by inner core 33 and urceolus 34 and forms, the bottom tangent direction in Ring-cylindrical space is provided with flow-guiding mouth 35, and described spirality space is formed by installing spiral plate 36 in cylindrical space or annulated column space.Nozzle 32 is arranged in inner core 33 outer wall or urceolus 34 inwall.In use, if the shell of vertical air-conditioner indoor unit 1 is cylindrical shape, shell 1 can be used as urceolus 34, if the shell of vertical air-conditioner indoor unit 1 is square, be unfavorable for forming the air-flow rotating and rise, it is inner that urceolus 34 and inner core 33 need are arranged in shell 1, forms the space of an annulated column, risen by air-flow along annulated column spatially spiral in shell 1 inside.
2, see shown in accompanying drawing 5, all the other are identical with embodiment 1, storage tank 20 both can be used for depositing the water sprayed through nozzle 32, this water is by after air spray cleaning to be clean, can be back to again in storage tank 20, after multiple segment filters, provide water source again to nozzle 32, form recycling of water with this.Difference is, two baffle plates 22 are provided with in described storage tank 20, storage tank 20 inner chamber is divided into three sections of filter spaces successively, and the last period filter space the height of baffle plate 22 higher than the baffle plate 22 of adjacent rear one section of filter space, formed multistage filtering structure with this; The lower end in described spray district 3 connects the first paragraph filter space of storage tank 20, and the entrance point of described water pump 21 connects the final stage filter space of storage tank 20.
Because in storage tank 20, first order baffle plate 22 is higher, when the water backflow accumulation of first paragraph filter space in storage tank 20 is more, after water is overflowed, the water of spilling just flows in second segment filter space.In like manner, when the water backflow accumulation in second segment filter space is more, after water is overflowed, the water of spilling just flows in the 3rd section of filter space.Due to the density ratio water weight of impurity, therefore impurity will be deposited in the bottom, and the aqueous phase of spilling, to can be relatively cleaner, be provided with photoelectric sensor (not marking in figure), for detecting the turbidity of water in the 3rd section of filter space.When the water in storage tank 20 be detected reach pure time, just can by the water circulation use in storage tank 20, utilize water pump 21 that the water in the 3rd section of filter space in storage tank 20 is extracted into the water smoke again producing cone or covering of the fan in nozzle 32, water smoke is mixed with the air containing impurity, realizes the object of purification of air.
3, all the other are identical with embodiment 1, and difference is, above-mentioned spray dividing plate 30 or gas-water separation dividing plate 40 are set to five layers or six layers etc., can arrange the number of plies of dividing plate as required.And Multi-layer sprinkling dividing plate 30 also not all employing is arranged in parallel, as long as and adopt non-parallel layout can realize spray and be separated.Such as spraying dividing plate 30 adopts to be fixed on shell 1 inwall, and the other end is tilted to down, when after spray spout 32 spray water mist, can trickle along toward the spray dividing plate 30 had a down dip, backflow in the storage tank 20 that shower water is more easily down arranged.
4, all the other are identical with embodiment 1, and difference is, blower fan 6 can also be located at air intake district 2, and now, blower fan 6 produces negative pressure, by the air intake air purifier of indoor, after purification, discharge air purifier again.Blower fan 6 can be arranged on positions different in air purifier as required, and now, blower fan 6 adopts axial flow blower, or cross flow fan, circulates, do not limit the fixed position of blower fan 6 herein as long as air can be driven to be formed.
5, all the other are identical with embodiment 1, and difference is, described spray dividing plate 30 one end connects described spray district 3 inwall, and the relatively described spray district 3 of the other end is in downward-sloping setting.When nozzle 32 spray water smoke the air with impurity is sprayed time, after spray with the water of impurity can along with tilt spray dividing plate 30 down reflux until flow in storage tank 20.
6, all the other are identical with embodiment 1, and difference is, described gas-water separation dividing plate 40 is top arch-shaped clapboard upward, adopts this mode, the backflow of impure water after being more prone to realize gas-liquid separation.
7, all the other are identical with embodiment, difference is, described indoor apparatus of air conditioner does not adopt storage tank 20 can realize this purification object yet, only nozzle 32 need be communicated with water source, then the impure water after spray is discharged this air purifier by the aqua storage tank being located at bottom, purify the air that indoor apparatus of air conditioner sucks by force, but adopt the condensation water recovery and use that this scheme just can not will be dripped in evaporimeter 7, the feature of environmental protection of the program is not high.
8, all the other are identical with embodiment 1, and difference is, the aperture of filtering through hole 41 is that 8mm, 10mm, 16mm or 20mm etc. all can realize gas-liquid separation, can select the aperture of filtering through hole according to the density of spray liquid and viscosity etc.
9, all the other are identical with embodiment 1, difference is, the present embodiment can also control the switch of compressor by interpolation one, just use as air purifier when close compressor: once start compressor, this air-conditioner regulates humiture simultaneously and purifies the air of a room.
Above-described embodiment, only for technical conceive of the present utility model and feature are described, its object is to person skilled in the art can be understood content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalences done according to the utility model Spirit Essence change or modify, and all should be encompassed within protection domain of the present utility model.
Claims (9)
1. a vertical air-conditioner indoor unit, comprise shell (1) and evaporimeter (7), it is characterized in that: described shell (1) is provided with air inlet (10) and air outlet (11), described shell (1) inside has been arranged in series storage tank (20), air intake district (2), spray district (3), gas-water separation district (4) and wind outlet area (5) from bottom to top successively;
Wherein, described storage tank (20) is positioned at described shell (1) inner bottom, and storage tank (20) top end opening;
Described air intake district (2) is an air intake space, described air intake district (2) has an entrance, outlet and a discharge outlet, described air inlet (10) is positioned at the side locations of air intake district (2), and as the entrance of air intake district (2), the discharge outlet of described air intake district (2) is communicated with the top end opening of described storage tank (20), and described air intake district (2) is for passing into described purification of air passage by air to be clean through air inlet (10);
Described spray district (3) is the space of mixing air to be clean and water smoke, and spray district (3) has an entrance and an outlet, and the entrance of spray district (3) is communicated with the outlet in air intake district (2); The space of described spray district (3) is vacillate now to the left, now to the right to rise or/and spiralling gas channel, circulation path interval along this gas channel arranges several nozzles (32), a water pump (21) is connected between described nozzle (32) with described storage tank (20), described water pump (21) draws water and is sent to described nozzle (32) from described storage tank (20), the flow area in the water smoke coating gas circulation road that described nozzle (32) sprays corresponding to this nozzle (32); Described vacillate now to the left, now to the right rise gas channel by cylindrical space from bottom to top interval arrange some layers spray dividing plate (30) build form, cylindrical space is separated into each sheaf space by each layer spray dividing plate (30) in the vertical direction, adjacent two layers spray dividing plate (30) is arranged in dislocation on the left and right directions of cylindrical space, every layer of end regions spraying dividing plate (30) is made all to leave a connected entrance (31), the upper sheaf space that this connected entrance (31) makes any one lower layer space be adjacent is communicated with, and forms the gas channel of vacillating now to the left, now to the right and rising with this; Described spiralling gas channel is formed by Ring-cylindrical space or spirality space, wherein, described Ring-cylindrical space is set with by inner core (33) and urceolus (34) and forms, the bottom tangent direction in Ring-cylindrical space is provided with flow-guiding mouth (35), and described spirality space is formed by installing spiral plate (36) in cylindrical space or annulated column space;
Described gas-water separation district (4) is for carrying out the space of gas-water separation, and gas-water separation district (4) have an entrance and an outlet, and the entrance of gas-water separation district (4) is communicated with the outlet of described spray district (3); Be separated by from bottom to top in described gas-water separation district (4) and be provided with some floor gas-water separation dividing plates (40), every layer of gas-water separation dividing plate (40) is equipped with the filtration through hole (41) on several its positive and negative surfaces through, the filtration through hole (41) in adjacent two layers gas-water separation dividing plate (40) is arranged in dislocation in the lateral direction;
Described evaporimeter (7) is positioned between described gas-water separation district (4) and described wind outlet area (5), and evaporimeter (7) lower end is communicated with the outlet of described gas-water separation district (4);
Described wind outlet area (5) is an air-out space, described wind outlet area (5) has an entrance and an outlet, the entrance of described wind outlet area (5) is communicated with the upper end of described evaporimeter (7), described air outlet (11) is located at sidepiece or the tip position of wind outlet area (5), and as the outlet of wind outlet area (5), described wind outlet area (5) are for discharging air through air outlet (11).
2. vertical air-conditioner indoor unit according to claim 1, is characterized in that: described evaporimeter (7) is connected with air-conditioner outdoor unit by a return duct (70), and the part between the two ends of described return duct (70) is positioned at described storage tank (20).
3. vertical air-conditioner indoor unit according to claim 1, it is characterized in that: in described storage tank (20), be provided with multiple baffle plate (22), storage tank (20) inner chamber is divided into multiple segment filters space successively, and the last period filter space the height of baffle plate (22) higher than the baffle plate (22) of adjacent rear one section of filter space, formed multistage filtering structure with this; The lower end of described spray district (3) connects the first paragraph filter space of storage tank (20), and the entrance point of described water pump (21) connects the final stage filter space of storage tank (20).
4. vertical air-conditioner indoor unit according to claim 2, is characterized in that: the part between described return duct (70) two ends is coil portions, and described coil portions is immersed in the water of described storage tank (20).
5. vertical air-conditioner indoor unit according to claim 1, is characterized in that: the distance between adjacent two layers spray dividing plate (30) is adjustable.
6. vertical air-conditioner indoor unit according to claim 1, is characterized in that: the edge of the filtration through hole (41) that described gas-water separation dividing plate (40) is offered vertically extends to form partition panel (42).
7. vertical air-conditioner indoor unit according to claim 1 and 2, is characterized in that: the photoelectric sensor being also provided with the turbidity for detecting water in described storage tank (20).
8. vertical air-conditioner indoor unit according to claim 1, is characterized in that: described gas-water separation dividing plate (40) is top arch-shaped clapboard upwards.
9. vertical air-conditioner indoor unit according to claim 1, is characterized in that: the aperture of described filtration through hole (41) is in the scope of 4mm-20mm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520173791.8U CN204678495U (en) | 2015-03-25 | 2015-03-25 | Vertical air-conditioner indoor unit |
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| CN201520173791.8U CN204678495U (en) | 2015-03-25 | 2015-03-25 | Vertical air-conditioner indoor unit |
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| CN204678495U true CN204678495U (en) | 2015-09-30 |
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| CN107449048A (en) * | 2017-08-18 | 2017-12-08 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN107490056A (en) * | 2017-08-18 | 2017-12-19 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN108758845A (en) * | 2018-04-28 | 2018-11-06 | 六安荣耀创新智能科技有限公司 | A kind of cascade air cleaning unit |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107449048A (en) * | 2017-08-18 | 2017-12-08 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN107490056A (en) * | 2017-08-18 | 2017-12-19 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN107490056B (en) * | 2017-08-18 | 2023-09-26 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN107449048B (en) * | 2017-08-18 | 2023-12-19 | 广东美的制冷设备有限公司 | Air treatment module and air conditioner |
| CN108758845A (en) * | 2018-04-28 | 2018-11-06 | 六安荣耀创新智能科技有限公司 | A kind of cascade air cleaning unit |
| CN108826553A (en) * | 2018-08-15 | 2018-11-16 | 安徽盛美金属科技有限公司 | Energy saving water refrigerant air-conditioning |
| CN108940648A (en) * | 2018-08-27 | 2018-12-07 | 长春奥普光电技术股份有限公司 | A kind of fog guiding device, exhaust apparatus and fog generator |
| CN111495590A (en) * | 2020-04-17 | 2020-08-07 | 深圳浥清环保科技有限公司 | Air treatment device and air purification method |
| CN113834126A (en) * | 2021-10-14 | 2021-12-24 | 深圳市百宏怡氧技术有限公司 | Air-excited negative oxygen ion air conditioner |
| CN114165857A (en) * | 2021-12-15 | 2022-03-11 | 杭州中创科兴科技有限公司 | Indoor refrigeration central system of water-cooling heat pump circulation |
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