CN207751086U - wall-hanging air conditioner humidifier - Google Patents
wall-hanging air conditioner humidifier Download PDFInfo
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- CN207751086U CN207751086U CN201721850496.7U CN201721850496U CN207751086U CN 207751086 U CN207751086 U CN 207751086U CN 201721850496 U CN201721850496 U CN 201721850496U CN 207751086 U CN207751086 U CN 207751086U
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Abstract
The utility model is related to a kind of wall-hanging air conditioner humidifiers, including the first condensate collector, the second condensate collector, filtering water storage device and mist generating device, when wall-hanging air conditioner freezes, condensed water is discharged from the first indoor unit drainpipe, flow into the first condensate collector, it after condensed water enters filtering water storage device progress sterilizing by the first condensate collector, is atomized into mist generating device, the air-conditioner wind of air outlet blowout of the water mist through indoor unit is diffused into air；When wall-hanging air conditioner heats, condensed water is discharged from the first drainpipe of outdoor unit, flow into the second condensate collector, water in second condensate collector through filter be filtered in the water pump suction filter water storage device in water storage device with after sterilizing, it is atomized into mist generating device, the air-conditioner wind of air outlet blowout of the water mist through indoor unit is diffused into air.This case increases water mist mobility, keeps humidifying effect uniform in such a way that air-conditioner wind drives water mist diffusion.
Description
Technical field
The utility model is related to a kind of humidifier, more particularly to a kind of wall-hanging air conditioner humidifier.
Background technology
As the improvement of people's living standards, air-conditioning have become modern at home and office must electrical appliance, especially
In summer, winter, the long-play of air-conditioning can be such that indoor air relative humidity declines, and accelerate human skin surface's moisture stream
It loses, to health, there are hidden danger, so it is just proposed many air humidifiers on the market, but most of air humidifier is
A certain position is fixed on to air wetting, air wetting is uneven, and higher to water quality requirement；Whole nation most area is empty at present
Makings amount is all polluted to a certain extent, and many dust, bacterium are mixed in air, unless air purifier is installed at home, and
Dust present in air, bacterium etc. are also the hidden danger for causing human upper airway disease；This outdoor air conditioner all long-plays, production
The emission problem of raw condensed water always affects many neighborhood relationships, also results in the waste of water resource.
By the observation to existing some air humidifiers existing on the market, it is seen that there is several point defects：
1, existing humidifier is generally integrally fixed at a certain position to air wetting, and air wetting is uneven.
2, there is no sterilisation process, be easy to grow bacterium, there are hidden danger to health.
3, higher to water quality requirement, it is require to be pure water more, but contain the mineral matter elements such as calcium, magnesium, quilt in pure water more
Secondary pollution is will produce after ultrasonic ultrasonic delay line memory atomization.Water quality is preferably distilled water, but distilled water prepare it is relatively complicated.
4, there are radiation hidden danger, and existing air humidifier is mostly ultrasonic humidifier, and is often placed at apart from human body
Closer place, although although this ultrasonic technology is very little to the injury of human ear, put too person of modern times still have it is subtle
Influence.
Utility model content
The purpose of this utility model is to provide a kind of wall-hanging air conditioner humidifiers, and water mist diffusion is driven using air-conditioner wind
Mode increases water mist mobility, keeps humidifying effect uniform.
To solve the above-mentioned problems, the utility model provides a kind of wall-hanging air conditioner humidifier, and wall-hanging air conditioner includes
Indoor unit and outdoor unit, the discharge outlet of the indoor unit connect indoor unit drainpipe, outside the discharge outlet junction chamber of the outdoor unit
Machine drainpipe, the humidifier include the first condensate collector, the second condensate collector, filtering water storage device and atomization hair
Generating apparatus, wherein：
The indoor unit drainpipe includes the first indoor unit drainpipe and the second indoor unit drainpipe, first indoor unit
The water inlet of drainpipe is connect with the discharge outlet of the indoor unit, the water inlet of first condensate collector and described first
The water outlet of indoor unit drainpipe connects, the water outlet of first condensate collector and the second indoor unit drainpipe
Water inlet connects, and the water mouth of first condensate collector is connect with the condensed water water inlet of the filtering water storage device；
The pure water water outlet of the filtering water storage device is connect by water-supply-pipe with mist generating device, the atomization hair
Generating apparatus is arranged in the lower section of the indoor unit and corresponds to the air outlet of the indoor unit；
The outside of the filtering water storage device is equipped with water pump, and suction hose, the water suction are connected on the water inlet of the water pump
Pipe penetrates the water tank of the filtering water storage device and is pierced by from the condensed water water inlet and then is inserted into the second indoor unit row
In water pipe, the suction hose be pierced by the middle part of the second indoor unit drainpipe and with the pumping of second condensate collector
The mouth of a river connects；
The outdoor unit drainpipe includes the first outdoor unit drainpipe and the second outdoor unit drainpipe, first outdoor unit
The water inlet of drainpipe is connect with the discharge outlet of the outdoor unit, the water inlet of second condensate collector and described first
The water outlet of outdoor unit drainpipe connects, the water outlet of second condensate collector and the second outdoor unit drainpipe
Water inlet connects；
When the wall-hanging air conditioner refrigeration, condensed water is discharged from the first indoor unit drainpipe, and it is cold to flow into described first
Condensed water collection device, the condensed water enter the filtering water storage device by first condensate collector and carry out sterilizing
Afterwards, it is atomized into the mist generating device, the air-conditioner wind of air outlet blowout of the water mist through the indoor unit is diffused into sky
In gas；
When the wall-hanging air conditioner heating, condensed water is discharged from the first drainpipe of the outdoor unit, flows into described second
Condensate collector, the water in second condensate collector suck the filtering through the water pump in the filtering water storage device
It is filtered in water storage device with after sterilizing, is atomized into the mist generating device, water mist is through the indoor unit
Air outlet blowout air-conditioner wind be diffused into air.
Further, the mist generating device includes at least an atomizer and mounting bracket：
The mounting bracket includes left hook, right hook and bottom plate, and the left hook and right hook are separately positioned on described
The end of the left and right sides of indoor unit, the left hook is rotatablely connected a left connecting shaft, and a worm gear is arranged in the end of the right hook
Worm gearing, the left connecting shaft and the worm gearing are connect with the bottom plate, and the bottom plate is located at
The lower section of the indoor unit, the atomizer are arranged on the bottom plate, and the atomizer connects and corresponding with the water-supply-pipe
The air outlet of the indoor unit.
Further, the worm gearing includes a shell and right connecting shaft, and the shell is fixed at
The end of the right hook, the shell is interior to be equipped with motor and screw rod, and the motor is fixed in the shell, the spiral shell
Bar is rotatably arranged in the shell, and the output shaft of the screw rod and the motor is sequentially connected；
The upper end of the right connecting shaft is sector gear, and the sector gear can be with screw rod engaged transmission；The right side
The lower end of connecting shaft is connect with the bottom plate.
Further, the lower end of one sliding slot of middle part setting of the bottom plate, the left connecting shaft and right connecting shaft is sliding
It is dynamic to be arranged on the sliding slot.In the present embodiment, left connecting shaft is in inverted T shaped, and the cross bar of bottom is used to match with the sliding slot of bottom plate
It closes, plays the role of that left hook is made to connect with bottom plate, top has hole to be connect with hook fixing bolt is done.It is corresponding, right company
The cross bar coordinated with sliding slot is also arranged at the bottom of spindle.
Further, the rear and front end of the bottom plate is the arcuate structure being bent upwards.
Further, the left hook and right hook are L-type, and the head end of the left hook and right hook is by vertical
A transverse slat is connected to be fixedly connected with the bottom left and right sides of the indoor unit.
Further, the atomizer includes that water storage cylinder, water suction swab stick and atomizing piece, the water suction swab stick are located at the storage
In water drum, the front end of the water suction swab stick is connect with the atomizing piece, and the bottom of the water storage cylinder is connected to the water-supply-pipe, institute
The nozzle for stating water storage cylinder is equipped with hickey one, corresponding, and the atomizing piece and the junction periphery of the water suction swab stick are equipped with
Hickey two, the hickey two are threaded in the hickey one to seal the water storage cylinder.
Further, the water storage cylinder is inclined at by the mounting bracket on the bottom plate, the water storage cylinder
Nozzle is obliquely.The bottom of water storage cylinder offers the connecting hole with the connection of the water-supply-pipe.
Further, the filtering water storage device is connected to by hook on the indoor unit；The filtering water storage device
Water tank be equipped with synthetic fibers filter layer, activated carbon filter layer and reservoir bed successively from top to bottom, the condensed water water inlet sets
It sets at the top of the filtering water storage device and is connected to the synthetic fibers filter layer of upper end, the pure water water outlet is set
It sets in the bottom of the filtering water storage device and is connected to the reservoir bed；
Ozone generating-device and water pump are equipped on the outside of the water tank, the ozone generating-device is connected to described by pipeline
Reservoir bed；
One end of the suction hose is connected on the water inlet of the water pump, and one end is inserted into the synthetic fibers filter layer
And be pierced by and be inserted into the second indoor unit drainpipe from the condensed water water inlet, the water outlet of the water pump passes through outlet pipe
It is connected to the synthetic fibers filter layer.
Further, the inlet and outlet of first condensate collector are located on the same line, and described
The inlet and outlet of two condensate collectors are located on the same line.
Compared with prior art, there are following technique effects for the utility model：
1, the utility model increases water mist mobility, keeps humidifying effect equal in such a way that air-conditioner wind drives water mist diffusion
It is even；
2, the utility model increases controllable ozone-sterilizing device, to condensed water sterilization processing, due to containing when water mist flows
There is drop ozone (standard for meeting health ministry for ozone discharge), can reach the effect of purification air；
3, the design uses the cool condensate of air-conditioning, and generation process is identical as distilled water preparation principle, by filtering and sterilizes,
Can reach design requirements of the GB/T23332-2009 to humidifier, and the displacement of air conditioner condensate water can by under certain operating mode,
Cooperation humid enthalpy figure is calculated, and has verified that and meets the use of this humidifier enough；
4, ultrasonic ultrasonic delay line memory is placed on wall-hanging air conditioner lower part by the design, and generally relatively far apart with human body, radiation is micro-
Amount does not influence human body.
Description of the drawings
Fig. 1 is the installation diagram of the utility model wall-hanging air conditioner humidifier；
Fig. 2 is the structural schematic diagram of the utility model mist generating device；
Fig. 3 and Fig. 4 is the structural schematic diagram of the utility model worm gearing；
Fig. 5 and Fig. 6 is the structural schematic diagram of the utility model atomizer；
Fig. 7, Fig. 8 and Fig. 9 are the structural schematic diagram that the utility model filters water storage device；
Figure 10 is the structural schematic diagram of the first condensate collector of the utility model；
Figure 11 is the structural schematic diagram of the second condensate collector of the utility model；
Figure 12 is the force analysis figure of the utility model mist generating device；
Figure 13 is the force analysis figure of the utility model connecting shaft and mist generating device when linking up in 90 °；
Figure 14 is to assume flow height map in water tank in the utility model filtering water storage device.
Specific implementation mode
Below in conjunction with attached drawing, lifts a specific embodiment and be described in detail.
Please referring to Fig.1-Figure 11, a kind of wall-hanging air conditioner humidifier, wall-hanging air conditioner includes indoor unit 1 and outdoor unit 2,
The discharge outlet of the indoor unit 1 connects indoor unit drainpipe, and the discharge outlet of the outdoor unit 2 connects outdoor unit drainpipe, described
Humidifier includes the first condensate collector 12, the second condensate collector 22, filtering water storage device 14 and mist generating device
16, wherein：
The indoor unit drainpipe includes the first indoor unit drainpipe 11 and the second indoor unit drainpipe 13, first Room
The water inlet of interior machine drainpipe 11 is connect with the discharge outlet of the indoor unit 1, the water inlet of first condensate collector 12
121 connect with the water outlet of the first indoor unit drainpipe 11, the water outlet 122 of first condensate collector 12 and institute
State the water inlet connection of the second indoor unit drainpipe 13, water mouth 123 and the filtering of first condensate collector 12
The condensed water water inlet of water storage device 14 is connected by conduit 124；
The pure water water outlet 147 of the filtering water storage device 14 is connect by water-supply-pipe 15 with mist generating device 16,
The mist generating device 16 is arranged in the lower section of the indoor unit 1 and corresponds to the air outlet 17 of the indoor unit 1；
The outside of the filtering water storage device 14 is equipped with water pump 141, and suction hose is connected on the water inlet of the water pump 141
1411, the suction hose 1411 penetrate it is described filtering water storage device 14 water tank and from the condensed water water inlet 146 be pierced by into
And be inserted into the second indoor unit drainpipe 13, the suction hose 1411 is worn from the middle part of the second indoor unit drainpipe 13
Go out and is connect with the pump mouth 223 of second condensate collector 22；
The outdoor unit drainpipe includes the first outdoor unit drainpipe 21 and the second outdoor unit drainpipe 23, first Room
The water inlet of outer machine drainpipe 21 is connect with the discharge outlet of the outdoor unit 2, the water inlet of second condensate collector 22
221 connect with the water outlet of the first outdoor unit drainpipe 21, the water outlet 222 of second condensate collector 22 and institute
State the water inlet connection of the second outdoor unit drainpipe 23.
When the wall-hanging air conditioner refrigeration, condensed water is discharged from the first indoor unit drainpipe 11, flows into described first
Condensate collector 12, the condensed water enters the filtering water storage device 14 by first condensate collector 12 to carry out
It after sterilizing, is atomized into the mist generating device 16, the sky that air outlet 17 of the water mist through the indoor unit 1 is blown out
Wind is adjusted to be diffused into air；In refrigeration, after the first condensate collector 12 fills condensed water, extra water can pass through second Room
Interior machine drainpipe 13 is discharged；
When the wall-hanging air conditioner heating, condensed water is discharged from the first drainpipe of the outdoor unit, flows into described second
Condensate collector 22, the water in second condensate collector 22 are inhaled through the water pump 141 in the filtering water storage device 14
Enter and be filtered with after sterilizing in the filtering water storage device 14, is atomized into the mist generating device 16, water
The air-conditioner wind that air outlet 17 of the mist through the indoor unit 1 is blown out is diffused into air.In heating, the second condensate collector 22
After filling condensed water, extra water can be discharged by the second outdoor unit drainpipe 23.
In the present embodiment, the condensed water after filter sterilization is transported on atomizer by the mist generating device 16, then
It is sprayed by fixed angle, is flowed together along air-conditioner wind, to realize to indoor humidification, purify the effect of air.Atomization occurs
Device 16 includes that at least an atomizer 162 and mounting bracket 1626, the present embodiment preferably two atomizers 162, but this practicality are new
Type is not limited thereto, and the concrete structure of the mist generating device 16 is as follows：
The mounting bracket 1626 includes left hook 1611, right hook 1616 and bottom plate 1613,1611 Hes of the left hook
Right hook 1616 is separately positioned on the left and right sides of the indoor unit 1, and the end of the left hook 1611 is rotatablely connected a left connection
A worm gearing 1615, the left connecting shaft 1612 and described is arranged in the end of axis 1612, the right hook 1616
Worm gearing 1615 is connect with the bottom plate 1613, and the bottom plate 1613 is located at the lower section of the indoor unit 1,
The atomizer 162 is arranged on the bottom plate 1613, and the atomizer 162 connect with the water-supply-pipe 15 and corresponds to described
The air outlet 17 of indoor unit 1.
Further, the left hook 1611 and right hook 1616 are L-type, the left hook 1611 and right hook 1616
Head end be fixedly connected with the bottom left and right sides of the indoor unit 1 by one transverse slat 1617 of vertical connection.
The worm gearing 1615 includes a shell 16151 and right connecting shaft 16154, the shell 16151
It is fixed at the end of the right hook 1616, motor 16152 and screw rod 16153 are equipped in the shell 16151, it is described
Motor 16152 is fixed in the shell 16151, and the screw rod 16153 is rotatably arranged in the shell 16151, institute
It states screw rod 16153 and the output shaft of the motor 16152 is sequentially connected；
The upper end of the right connecting shaft 16154 is sector gear 161541, and the sector gear 161541 can be with the spiral shell
16153 engaged transmission of bar；The lower end of the right connecting shaft 16154 is connect with the bottom plate 1613.Worm gearing
1615 can drive bottom plate 1613 to rotate in a certain range, coordinate the air outlet 17 of air-conditioning, humidifying effect is more preferably.
Further, a sliding slot 1614, the left connecting shaft 1612 and right connection is arranged in the middle part of the bottom plate 1613
The lower end of axis 16154 is slidably arranged on the sliding slot 1614, can be adjusted between left hook 1611 and right hook 1616
Distance is to be suitable for different size of air conditioner indoor unit.
Further, the rear and front end of the bottom plate 1613 is the arcuate structure being bent upwards, i.e., bottom plate 1613 uses
Both ends tilt camber line design, and air-conditioner wind is directed to above interior, will not generate blow-through to human body.
In the present embodiment, the atomizer 162 includes water storage cylinder 1621, water suction swab stick 1623 and atomizing piece 1625, institute
It states water suction swab stick 1623 to be located in the water storage cylinder 1621, the front end of the water suction swab stick 1623 connects with the atomizing piece 1625
It connects, the bottom of the water storage cylinder 1621 is connected to the water-supply-pipe 15, and the nozzle of the water storage cylinder 1621 is equipped with hickey one
1622, corresponding, the atomizing piece 1625 and the junction periphery of the water suction swab stick 1623 are equipped with hickey 2 1624, institute
Hickey 2 1624 is stated to be threaded in the hickey 1；
Further, the water storage cylinder 1621 is inclined at by the mounting bracket 1626 on the bottom plate 1613,
The nozzle of the water storage cylinder 1621 is obliquely.
The filtering water storage device 14 is connected to by hook on the indoor unit 1；The water of the filtering water storage device 14
Case is equipped with synthetic fibers filter layer 143, activated carbon filter layer 144 and reservoir bed 145 successively from top to bottom：
Synthetic fibers filter layer 143：Preliminary filtering removes dust, the solid suspended particle in air conditioner condensate water, selection
Synthetic fibers allow for the filter layer for tentatively filtering and needing resistance small, and material non-toxic environmental protection, not mould not eat into, and have preferable
Chemical reagent-resistant performance, can weak acid resistant and weak base.
Activated carbon filter layer 144：It filters again, the fine solid particle that absorption synthetic fibers are missed eliminates the unusual smell.
In the present embodiment, the condensed water water inlet 146 be arranged it is described filtering water storage device 14 top and with it is upper
The synthetic fibers filter layer 143 connection at end, the pure water water outlet 147 are arranged at the bottom of the filtering water storage device 14
Portion is simultaneously connected to the reservoir bed 145；
Ozone generating-device 142 and water pump 141 are equipped on the outside of the water tank：
The ozone generating-device 142 is connected to the reservoir bed 145, the ozone of ozone generating-device 142 by pipeline
Spout output ozone enters at water storage, and ozone is a kind of strong oxidizer, and sterilization process is very quick, and sterilizing mechanisms are that ozone is direct
With bacterium, virus function, their organelle and DNA, RNA are destroyed, so that the metabolism of bacterium is destroyed, causes bacterium dead
It dies, sterilizing is thorough, and sterilized water can contain certain density ozone, can play the work of purification air in air through being atomised to
With.It is become as toxic gas it is contemplated that ozone reaches a certain concentration, therefore needs to control ozone content, it is desirable that it is accorded with
Close relevant national standard.
One end of the suction hose 1411 is connected on the water inlet of the water pump 141, and the synthetic fibers are inserted into one end
It is pierced by filter layer 143 and from the condensed water water inlet 146 and is inserted into the second indoor unit drainpipe 13, the water pump
141 water outlet is connected to the synthetic fibers filter layer 143 by outlet pipe.
Further, the water inlet 121 of first condensate collector 12 and water outlet 122 are located at same straight line
On, the water inlet 221 and water outlet 222 of second condensate collector 22 are located on the same line.
The utility model first opens wall-hanging air conditioner when in use, is then turned on wall-hanging air conditioner humidifier, is opened in air-conditioning
A period of time in, wall-hanging air conditioner humidifier will not be run, when air conditioner condensate water constantly flow into filtering water storage device 14, reach
After the water level value (such as 300ml) of humidifier setting, water-level detecting device sensed water level is met the requirements, and system automatically turns on, first
Condensed water enters filtering water storage device 14 by collection system, using in pipeline to mist generating device 16, through water suction
Swab stick atomizer is atomized, and drives water mist to diffuse to entire interior by air-conditioner wind.
In the present invention, the material of each device selects situation：
One, mist generating device
(1) mist generating device selection
1, bottom plate, left connecting shaft and two hooks：Mist generating device bottom plate needs to support ultrasonic ultrasonic delay line memory and water storage
Cylinder, left connecting shaft will then support entire bottom plate and worm couple with two hooks, and rigid requirements are larger, therefore cannot be with general
Plastics, using PVC profile (plastic-steel).The rigid of PVC profile, elasticity are good, and especially heat-proof quality is good, air-conditioning air-conditioning in refrigeration
Wind will not form too many droplet in PVC surface.
2, water storage cylinder：(polypropylene) is expected using pp, it is a kind of polymerization that nontoxic, odorless, tasteless milky is highly crystalline
Object, density only have 0.90-- " 0.91g/cm3, are one of kinds most light in current all plastics.It is particularly stable to water,
Water absorption rate in water is only 0.01%, and surface rigidity and gloss are all relatively good.
3, worm gearing：It is of less demanding for worm gear pair rotating speed, it is only necessary to slowly one in the present apparatus
Rotation in a angular range, but require have preferable self-locking performance, therefore it is required that worm gear pair to have preferable rigidity hardness, antifriction,
Wearability, the performance and antiscuffing capacity for being easy to running-in, and quality is light.POM acetal resins plastics (match steel) are a kind of tables
Face is smooth, glossiness hard and fine and close material, and intensity, rigidity are high, and elasticity is good, and anti-attrition wearability is good.Its excellent in mechanical performance,
Specific strength is sufficiently close to up to 2650MPa with metal up to 50.5MPa, specific stiffness.Institute is more suitable for use as worm gear pair.
(2) mist generating device force analysis
The quality G of bottom plate can be obtained by the design size of bottom plate and the density of PVC profile1:
G1=0.9m × 0.2m × 3 × 10-3m × 1.42kg/m3=0.76kg
The density expected by the design size and pp of water storage cylinder can obtain water storage cylinder quality G2：
G2=π (22-1.82) × 12 × 0.9g/cm3=26g
Water storage cylinder quality G of the water storage cylinder under full water state3:
G31.82 × 12 × 1g/cm of=π3=122g
Entire bottom plate apparatus quality G=G1+2G2+2G3=1.056kg
It is when bottom plate connecting shaft and hook horizontal direction are in θ that bottom plate please refers to Fig.1 2, Figure 12 with hook force analysis schematic diagram
Stressing conditions when angle, G are the gravity of entire bottom plate, and F is pulling force of the bottom plate by connection axis direction, and F ' is the resultant force of F and G,
It is the power driven required for worm gear.F ' at this time:
F '=G/tan (θ)
By gravity coefficient g=10kg/N, G=10.56N can be obtained
Torque (torque) M (F ') of power F ' to O points at this time：
Since the gear segment section of right connecting shaft is not easy to be processed at semicircle, therefore take θ ∈ (10 ° -90 °).
Figure 13 is the case where bottom plate connecting shaft is with when linking up in 90 °.
(3) worm couple technical parameter
1) it is designed by tooth face contact fatigue strength
Since it is considered that institution requests self-locking performance is good therefore take screw head number Z1=1, and by regulation Z1When taking 1, worm gear tooth number Z2
＞ 40, transmission ratio i=Z2/Z1＞ 40, therefore take Z2=42. this worm gear pair rotating speed of less demanding thus take worm screw rotating speed n1=30r/
Min obtains worm gear rotating speed n by i=422=5/7r/min.
Worm screw design formula：
T in formula2To act on the torque (N/mm on worm gear3)；
K is loading coefficient K=1-1.3；
[σ]HFor the allowable contact stress (N/mm of worm gear2)
1. calculating the torque T2 acted on worm gear:
T2 acts on the torque of O points for the F ' in Figure 12, by force analysisθ ∈ [10 ° -90 °],
When understanding that torque capacity is that θ takes 10 °：
2. determining loading coefficient K:
Loading coefficient K, because this structural loads is steady, sliding speed requires low therefore takes K=1.1；
3. calculating worm gear allowable contact stress:
[σH] ' --- the basic allowable contact stress of worm gear material, this worm gear material is POM engineering plastics, basic to be permitted
With 35% that contact stress is POM material compression strength, [σH] '=42.7Mpa.
N --- stress-number of cycles N=60n2jLh, wherein n2For the worm gear number of teeth；J is to indicate whether single-direction and dual-direction rotates motor
(being unidirectionally 1, dibit 2)；LhFor design work time (365 days, 8 hours), as N ＞ 25 × 107When, take N=25 × 107；Work as N
＜ 2.6 × 105When, take N=2.6 × 105。
To sum up
It tables look-up and 1 obtains standard module m, reference diameter of worm d1Respectively 1.6,20.
1 modulus m of table, reference diameter of worm d1And m2d1Value
Worm and gear reference diameter d2、d1, centre-to-centre spacing a and lead angle γ：
d1=20
d2=mz2=1.6*42=67.2
2) tooth root bending-fatigue strength is pressed to check：
Calculate virtual number of teethTable look-up 2 YFa=1.55.
| Zv | YFa | Zv | YFa | Zv | YFa | Zv | YFa |
| 20 | 1.98 | 30 | 1.76 | 40 | 1.55 | 80 | 1.34 |
| 24 | 1.88 | 32 | 1.71 | 45 | 1.48 | 100 | 1.30 |
| 26 | 1.85 | 35 | 1.64 | 50 | 1.45 | 150 | 1.27 |
| 28 | 1.80 | 38 | 1.61 | 60 | 1.40 | 300 | 1.24 |
2 turbine form factor of table
It tables look-up and understands [σ] '=20.68Mpa, then permissible bending stress：
According to
By the tooth root bending-fatigue strength calculation formulas of worm gear teeth
Obtain the ＜ of σ=1.1753 [σF]
Therefore the tooth root bending-fatigue strength of worm gear teeth is enough.
3) worm and wormwheel the size of each part
Worm screw：
Height of teeth top:ha1=m=1.6
Height of teeth root：hf1=1.2m=1.92
Fully teeth height:h1=2.2m=3.52
Tip diameter:da1=d1+2ha1=23.2
Root diameter:df1=d1-2hf1
Worm screw axial pitch:pa1=π m=5.024
Worm gear：
Height of teeth top:ha2=m=1.6
Height of teeth root:hf2=1.2m=1.92
Fully teeth height:h2=2.2m=3.52
Reference diameter:d2=mz2=67.2
Tip diameter:da2=d2+2ha2=70.4
Root diameter:df2=d2-2hf2=63.36
Worm gear transverse pitch；pt2=π m=5.024
4) worm gear pair precision
n2=0.714r/min
d2=67.2
VCircumference=π d2*n2=2.512
GB/T10095-1988 is looked into according to V circumference, chooses 9 grades of accuracy class.
5) worm gear pair transmission efficiency
Look into the equlvalent coefficient of friction fv=0.15 of pom plastics
Ψ v=arctan (fv)=8.53 °
η2η3Take 0.97
Worm gear pair transmission efficiency η=η can be obtained1·η2·η3=0.97 × 0.34=0.33
6) type selecting of worm screw auxiliary-motor
By n1=30r/min, a 12V DC motor is chosen, P=50W, rotating speed 30rpm/min, motor torque 4N/m,
Motor weight 0.95kg.
Whether checking computations motor torque meets the requirements：
Worm gear pair, worm gear output torque are driven under the motor
TIt is practicalη=4000=T × 0.33=1320 (Nmm) ＞ T2
Therefore the motor meets the requirements.
(4) design and type selection calculation of ultrasonic atomization piece
According to design requirement, the air humidifier should meet 15m2-35m2Indoor use, but due in national standard without clear
Provide 15m2-35m2Indoor air humidifier humidification amount, so according to 15m is often suitable on the market2-35m2Indoor air
Humidifier humidifies amount determines that this humidifier humidifies amount is 500ml/h (be divided to or so two, one side 250ml/h).
Ultrasonic ultrasonic delay line memory selects micropore atomization piece using swab stick water suction design.
The design size for the swab stick that absorbs water：
The outside diameter of water storage cylinder is designed as 40mm, wall thickness 2mm, length 120mm, therefore absorbent wool design size 115mm.
Two, water storage device is filtered
(1) water storage device size is filtered
Reservoir bed volume is designed as 10cm*5cm*9cm (long * wide * high), and first layer synthetic fibers filter layer is mounted on distance
At the 8cm of bottom, second layer activated carbon filter layer is mounted at the 7cm of bottom, to reserving design space 10cm* at the water storage of lower part
5cm*6cm=300ml.
In view of water 300ml or so (ozone sterilization use) should be maintained at water storage, and atomization is defined in design object
Piece atomization quantity is 500ml/h, therefore sets water inlet flow as 500ml, and water outlet flow is 500ml.Entire atomizer operation
When, condensation water collection system and filtering water storage system are first opened, the water level detecting sensor filtered in water storage system monitors water
When position reaches 300ml, sends out signal and open water outlet again, the water after ozone sterilization is transported to mist generating device.
(2) water inlet PIPE DIAMETER CALCULATION：
Assuming that water is in full pipe condition (i.e. maximum inflow) in water inlet pipe, hydraulics is looked into for gravity flow condenser pipe Guan Su's
It provides (gravity line refers to that water only flows freely under the effect of gravity in pipe, and intraductal atmospheric pressure is standard atmospheric pressure), takes from wall-mounted
Air conditioner indoor unit condenser pipe has following relationship to water inlet velocity in pipes for 0.1m/s. water pipes flow, flow velocity and caliber：
Q1=S1*V1
Q1-- water inlet flow
S1-- water inlet pipe cross-sectional area, S=π r2
V1-- water inlet flow velocity, V=0.1m/s
Therefore it is 1.4mm that can obtain water inlet caliber
Water outlet PIPE DIAMETER CALCULATION：
Water outlet flow is not belonging to flow automatically, because having the hydraulic pressure of 4cm high, such as Figure 14 in its case.
Gravitional force is converted into kinetic energy at this time：
By Q2=S2*V2, calculate r2≈0.6
Therefore water outlet caliber is 1.2mm
(3) design and type selecting of ozone generator
According to the standard that health ministry applies ozonization, a concentration of 0.1- of the requirement as Water warfare disinfection
10mg/L, the safe concentration in air are 0.15ppm, and it be half-life of ozone is 20-30min or so that water temperature, which is 10 DEG C,.
Select ozone generator for ozone output 10mg/h, production 30min ozone shuts down 30min, and it is dense to check ozone at water storage
Whether ozone concentration content meets national standard in degree content and air.
1) whether checking computations meet Water warfare disinfection and require：
Ozone generator runs the ozone amount Wo that 30min is generated3=5mg
It is 300ml when being full water state at water storage
5mg ozone is dissolved in by 50% dissolution rate in 300ml water, then at this time at water storage in ozone content
Therefore meet to water storage to purifying sterilizing requirement.
2) whether checking computations meet air-safety concentration requirement：
The applicable area of this air humidifier of clear stipulaties is 15m in this first chapter (one)2-35m2, now take most
Small area 15m2Dimension criteria as ozone concentration in checking computations air.
Assuming that the high 3m in room, then the room volume V=3*15=45m of 15m23
Ozone generator runs the ozone amount Wo that 30min is generated3=5mg
In entire room air ozone concentration Ko is calculated by spreading uniformly3：
Therefore meet air-safety concentration requirement.
Three, condensate collector
(1) condensation water collection system selection explanation
Refrigeration and heating condensation water collection system it requires that pipeline is nontoxic, under normal temperature and pressure because being to collect condensed water
Stable structure, so selecting pp material (polypropylene), it is a kind of polymer that nontoxic, odorless, tasteless milky is highly crystalline, close
Spend low, light weight meets design requirement.
The type selecting explanation of (two) second condensate collector water pumps
The water pump of second condensate collector is mainly used for the outer water of winter air-conditioning heating outdoor unit, cold by the second of outdoor unit
Water in Condensed water collection device water tank is extracted into filtering water storage system.
According to wall-hanging air conditioner installation provision, indoor and outdoor machine mounting height difference is usually no more than 5m, therefore pump head should be big
In 5m to meet the needs of different installation heights are poor.
It is 500ml/h that filtering water storage mouth flow is set in design object, therefore when selecting water pump, pump capacity should be greater than
500ml/h。
A motor is being chosen in requirement according to the above several points to water pump on the market, and parameter is as follows：
Middle Hunan water pump ZX45B-12V series
Operating voltage:12V
Lift：5m
Power：14.4W
Maximum stream flow：480L/h (regulating flow quantity).
Disclosed above is only the specific embodiment of the application, and however, this application is not limited to this, any this field
Technical staff can think variation, should all fall in the protection domain of the application.
Claims (10)
1. a kind of wall-hanging air conditioner humidifier, wall-hanging air conditioner includes indoor unit and outdoor unit, and the discharge outlet of the indoor unit connects
Connect indoor unit drainpipe, the discharge outlet of the outdoor unit connects outdoor unit drainpipe, which is characterized in that the humidifier includes the
One condensate collector, the second condensate collector, filtering water storage device and mist generating device, wherein：
The indoor unit drainpipe includes the first indoor unit drainpipe and the second indoor unit drainpipe, the first indoor unit draining
The water inlet of pipe is connect with the discharge outlet of the indoor unit, and the water inlet of first condensate collector is indoor with described first
The water outlet of machine drainpipe connects, the water inlet of the water outlet of first condensate collector and the second indoor unit drainpipe
Mouth connection, the water mouth of first condensate collector are connect with the condensed water water inlet of the filtering water storage device；
The pure water water outlet of the filtering water storage device is connect by water-supply-pipe with mist generating device, and the atomization fills
Install in the lower section of the indoor unit and correspond to the air outlet of the indoor unit；
The outside of the filtering water storage device is equipped with water pump, connects suction hose on the water inlet of the water pump, the suction hose is worn
Enter the water tank of the filtering water storage device and is pierced by from the condensed water water inlet and then is inserted into the second indoor unit drainpipe
In, the suction hose be pierced by the middle part of the second indoor unit drainpipe and with the pump mouth of second condensate collector
Connection；
The outdoor unit drainpipe includes the first outdoor unit drainpipe and the second outdoor unit drainpipe, the first outdoor unit draining
The water inlet of pipe is connect with the discharge outlet of the outdoor unit, and the water inlet of second condensate collector is outdoor with described first
The water outlet of machine drainpipe connects, the water inlet of the water outlet of second condensate collector and the second outdoor unit drainpipe
Mouth connection；
When the wall-hanging air conditioner refrigeration, condensed water is discharged from the first indoor unit drainpipe, flows into first condensed water
Collector, after the condensed water enters filtering water storage device progress sterilizing by first condensate collector,
It is atomized into the mist generating device, the air-conditioner wind of air outlet blowout of the water mist through the indoor unit is diffused into air
In；
When the wall-hanging air conditioner heating, condensed water is discharged from the first drainpipe of the outdoor unit, flows into second condensation
Water collector, the water in second condensate collector suck the filtering water storage through the water pump in the filtering water storage device
It is filtered in device with after sterilizing, is atomized into the mist generating device, water mist goes out through the indoor unit
The air-conditioner wind of air port blowout is diffused into air.
2. wall-hanging air conditioner humidifier as described in claim 1, which is characterized in that the mist generating device includes at least one
Atomizer and mounting bracket：
The mounting bracket includes left hook, right hook and bottom plate, and the left hook and right hook are separately positioned on the interior
The end of the left and right sides of machine, the left hook is rotatablely connected a left connecting shaft, and a worm and gear is arranged in the end of the right hook
Transmission device, the left connecting shaft and the worm gearing are connect with the bottom plate, and the bottom plate is located at described
The lower section of indoor unit, the atomizer are arranged on the bottom plate, and the atomizer connect with the water-supply-pipe and corresponds to institute
State the air outlet of indoor unit.
3. wall-hanging air conditioner humidifier as claimed in claim 2, which is characterized in that the worm gearing includes one
Shell and right connecting shaft, the shell are fixed at the end of the right hook, motor and screw rod, institute are equipped in the shell
It states motor to be fixed in the shell, the screw rod is rotatably arranged in the shell, the screw rod and the motor
Output shaft is sequentially connected；
The upper end of the right connecting shaft is sector gear, and the sector gear can be with screw rod engaged transmission；The right connection
The lower end of axis is connect with the bottom plate.
4. wall-hanging air conditioner humidifier as claimed in claim 3, which is characterized in that a cunning is arranged in the middle part of the bottom plate
The lower end of slot, the left connecting shaft and right connecting shaft is slidably arranged on the sliding slot.
5. wall-hanging air conditioner humidifier as claimed in claim 2, which is characterized in that the rear and front end of the bottom plate is upward
The arcuate structure of bending.
6. wall-hanging air conditioner humidifier as claimed in claim 2, which is characterized in that the left hook and right hook are L-type,
The head end of the left hook and right hook is fixedly connected by one transverse slat of vertical connection with the bottom left and right sides of the indoor unit.
7. wall-hanging air conditioner humidifier as claimed in claim 2, which is characterized in that the atomizer includes water storage cylinder, water suction
Swab stick and atomizing piece, the water suction swab stick are located in the water storage cylinder, and the front end of the water suction swab stick is connect with the atomizing piece,
The bottom of the water storage cylinder is connected to the water-supply-pipe, and the nozzle of the water storage cylinder is equipped with hickey one, corresponding, the mist
Change piece and the junction periphery of the water suction swab stick is equipped with hickey two, the hickey two is threaded in the screw thread
In interface one.
8. wall-hanging air conditioner humidifier as claimed in claim 7, which is characterized in that the water storage cylinder passes through the mounting bracket
It is inclined on the bottom plate, the nozzle of the water storage cylinder is obliquely.
9. wall-hanging air conditioner humidifier as described in claim 1, which is characterized in that the filtering water storage device passes through the company of hook
It is connected on the indoor unit；The water tank of the filtering water storage device is equipped with synthetic fibers filter layer, activated carbon successively from top to bottom
Filter layer and reservoir bed, the condensed water water inlet be arranged it is described filtering water storage device top and with the synthesis of upper end
Fibrous filter layer is connected to, and the pure water water outlet is arranged in the bottom of the filtering water storage device and connects with the reservoir bed
It is logical；
Ozone generating-device and water pump are equipped on the outside of the water tank, the ozone generating-device is connected to the water storage by pipeline
Layer；
One end of the suction hose is connected on the water inlet of the water pump, one end be inserted into the synthetic fibers filter layer and from
The condensed water water inlet, which is pierced by, to be inserted into the second indoor unit drainpipe, and the water outlet of the water pump is connected to by outlet pipe
To the synthetic fibers filter layer.
10. wall-hanging air conditioner humidifier as described in claim 1, which is characterized in that first condensate collector into
The mouth of a river and water outlet are located on the same line, and it is straight that the inlet and outlet of second condensate collector are located at same
On line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721850496.7U CN207751086U (en) | 2017-12-26 | 2017-12-26 | wall-hanging air conditioner humidifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721850496.7U CN207751086U (en) | 2017-12-26 | 2017-12-26 | wall-hanging air conditioner humidifier |
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| Publication Number | Publication Date |
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| CN207751086U true CN207751086U (en) | 2018-08-21 |
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ID=63149588
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|---|---|---|---|
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107965857A (en) * | 2017-12-26 | 2018-04-27 | 苏州工业职业技术学院 | Wall-hanging air conditioner humidifier |
| CN110986299A (en) * | 2019-11-04 | 2020-04-10 | 海尔(深圳)研发有限责任公司 | Air conditioner humidifying water source control method and device and air conditioner |
-
2017
- 2017-12-26 CN CN201721850496.7U patent/CN207751086U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107965857A (en) * | 2017-12-26 | 2018-04-27 | 苏州工业职业技术学院 | Wall-hanging air conditioner humidifier |
| CN110986299A (en) * | 2019-11-04 | 2020-04-10 | 海尔(深圳)研发有限责任公司 | Air conditioner humidifying water source control method and device and air conditioner |
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