CN208124537U - It is atomized fireplace - Google Patents
It is atomized fireplace Download PDFInfo
- Publication number
- CN208124537U CN208124537U CN201820627082.6U CN201820627082U CN208124537U CN 208124537 U CN208124537 U CN 208124537U CN 201820627082 U CN201820627082 U CN 201820627082U CN 208124537 U CN208124537 U CN 208124537U
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- water tank
- guide part
- level
- diffuser
- fog
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- 208000033748 Device issues Diseases 0.000 claims description 3
- 238000005266 casting Methods 0.000 claims 1
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- Air Humidification (AREA)
Abstract
The utility model belongs to technical field of electrical equipment, more particularly to a kind of atomization fireplace, including atomization fireplace ontology, operating water tank, guide part, fog outlet and air intake passage, atomization fireplace further includes set on side in operating water tank and along the level-one diffuser of air-flow flow path setting, level-one diffuser and guide part are enclosed the level-one chamber for buffer gas flow, and level-one chamber is connected to operating water tank.When being atomized fireplace work, level-one diffuser can by most of airflow-resistive and in level-one chamber balanced air-flow flow velocity, it is blown out again from level-one diffuser after flow velocity balanced in level-one chamber in air-flow, so that the flow velocity of the air-flow blown out from level-one diffuser is more uniform, and after being contacted with fog, by fog from being guided to fog outlet, in this way, it can make the fog concentration blown out from fog outlet more uniform, and then it may make Simulated flame effect true to nature, in addition, being also provided with to be the water tank of operating water tank moisturizing, so that the working time of atomization fireplace is longer.
Description
Technical field
The utility model belongs to technical field of electrical equipment more particularly to a kind of atomization fireplace.
Background technique
The purposes for being atomized fireplace is very extensive, has plenty of oxygenation effect, has plenty of medicine atomization and absorbs convenient for patient, usually
The atomization fireplace of household is for increasing indoor humidity.Existing household is atomized fireplace, can often increase in the fog outlet of atomization fireplace
If LED light, make the fog blown out from atomization fireplace that there is color by LED light, so that fog is showed such as Simulated flame
Effect.However, it is existing atomization fireplace fog from fog outlet be discharged when, fog concentration it is uneven so that Simulated flame
It is ineffective.In addition, the volume of atomization fireplace operating water tank is very limited, cause the working time for being atomized fireplace short；In order to
Atomization fireplace is set to work long hours, it is necessary to personnel's frequently moisturizing into operating water tank, it is troublesome in poeration, inconvenient to use.
Utility model content
The purpose of this utility model is to provide a kind of atomization fireplaces, it is intended to solve the mist of atomization fireplace in the prior art
When gas is discharged from fog outlet, fog concentration it is uneven so that when the work of Simulated flame ineffective and atomization fireplace
Between short technical problem.
To achieve the above object, the technical solution adopted in the utility model is：Atomization fireplace, including atomization fireplace ontology,
The fog outlet that is discharged set on the intrinsic operating water tank of the atomization fireplace, positioned at the operating water tank above for fog and
Air inlet of the air-flow for driving fog to the fog outlet is passed through to the operating water tank set on a side of the operating water tank to lead to
Road and control device are equipped with panel at the top of the atomization fireplace, offer water inlet on the panel, on the operating water tank
The second water inlet is offered, the atomization fireplace further includes being set to side in the operating water tank and being arranged along air-flow flow path
Level-one diffuser, the guide part in the operating water tank, in the atomization fireplace ontology and for storing water
Water tank, the second high liquid level probe for incuding operating water tank highest work liquid level, for incuding the operating water tank
Second low liquid level probe of minimum work liquid level and for the water in the water tank to be pumped to the benefit in the operating water tank
Water pump, the level-one diffuser and the guide part are enclosed the level-one chamber for buffer gas flow, and the level-one chamber
It is connected to the operating water tank；The first water inlet and the first water outlet are offered on the water tank；The water tank is set to institute
It states in atomization fireplace ontology, entrance connection first water outlet of the small pump, described in the outlet of the small pump
Second water inlet, the water inlet are connected to first water inlet, and the second high liquid level probe, second low liquid level are visited
Needle and the small pump are electrically connected with the control device respectively.
Further, the guide part includes the first guide part and the second guide part, first guide part and described the
Two guide parts are inclined to set, and first guide part is bonded setting, the level-one diffuser with the side of the operating water tank
One end connect with first guide part, the other end of the level-one diffuser is connect with second guide part, and described
Level-one diffuser, first guide part and second guide part surround to form the level-one chamber.
Further, the guide part further includes the of opposite with the side of operating water tank other side fitting setting
Three guide parts.
Further, the atomization fireplace further includes the second level diffuser along the setting of air-flow flow path, and the second level expands
One end of loose mail is connect with the third guide part, and the other end of the second level diffuser is connect with the level-one diffuser, and
The level-one diffuser, first guide part, the second level diffuser, the third guide part and the operating water tank close
The secondary cavity to be formed for buffer gas flow is enclosed, the secondary cavity is connected to the fog outlet.
Further, second guide part extends towards the fog outlet direction is equipped with the 4th guide part, the third
Guide part extends towards the fog outlet direction is equipped with the 5th guide part, and the 4th guide part and the 5th guide part are side by side
Setting, and is formed with out mist channel between the 4th guide part and the 5th guide part, and it is described go out mist channel outlet with
The fog outlet connection.
Further, the guide part further include respectively with the 4th guide part and the 5th guide part is angled sets
The 6th guide part set and be separately connected, offer on the 6th guide part connection fog outlet it is multiple go out mist spouts,
Multiple mist spouts out are equidistantly spaced setting.
Further, the atomization fireplace further include for outer water source to pump to the intake pump in water tank, it is described into
The entrance of water pump is connected to the water inlet, the first water inlet described in the outlet of the intake pump, the intake pump with it is described
Control device is electrically connected.
Further, the atomization fireplace further includes the first high liquid level for incuding the water tank highest work liquid level
Probe and the first low liquid level probe for incuding the minimum work liquid level of the water tank, the first high liquid level probe and described
First low liquid level probe is electrically connected with the control device respectively.
It further, further include the alarm device for being installed in the atomization fireplace ontology and being used for voice broadcast, the police
Device and the control device is reported to be electrically connected, the liquid level of the first low liquid level probe induced to the water tank is lower than the storage
When the minimum work liquid level of water tank, the alarm device issues voice broadcast.
Further, the atomization fireplace further includes the draining for water in the water tank and the operating water tank to be discharged
It pumps, offers the first discharge outlet on the water tank, the second discharge outlet is offered on the operating water tank, is opened up on the panel
Equipped with third discharge outlet, the entrance of the draining pump is connected to first discharge outlet and second discharge outlet respectively, described
Third discharge outlet described in the outlet of draining pump, the draining pump and the control device are electrically connected.
The beneficial effects of the utility model：The atomization fireplace of the utility model, by the way that guide part is arranged in operating water tank,
And the level-one diffuser being located on air-flow flow path is set, level-one diffuser is fixed over the guide, level-one diffuser with lead
It is surrounded to part and is formed with level-one chamber, level-one chamber is used for buffer gas flow, in this way, air-flow is from air inlet when being atomized fireplace work
Channel is blown into, and is contacted subsequently into level-one chamber, and with level-one diffuser, and level-one diffuser can be by most of airflow-resistive at this time
And in level-one chamber balanced air-flow flow velocity, blown out again from level-one diffuser after flow velocity balanced in level-one chamber in air-flow,
So that the flow velocity of the air-flow blown out from level-one diffuser is more uniform, and after being contacted with fog, by fog from being guided to fog outlet,
It in this way, can make the fog concentration blown out from fog outlet more uniform, and then may make Simulated flame effect true to nature, can effectively mention
Rise user experience.In addition, the atomization fireplace of the utility model is additionally arranged the water tank for storing water, meanwhile, it is opened up on panel
Water inlet, outer water source can carry out adding water to water tank by water inlet, also set up the second high liquid level probe for incuding work
Make the highest work liquid level of water tank, the second low liquid level probe is used to incude the minimum work liquid level of operating water tank；When the second low liquid
When liquid level in the probe induced to operating water tank of position is lower than the minimum work liquid level of operating water tank, control device sends order of drawing water
To drive moisturizing pump work, small pump pumps to the water in water tank in operating water tank automatically；When the second high liquid level probe sense
When should be higher than the highest work liquid level of operating water tank to the liquid level in operating water tank, control device transmission ceases and desist order and makes small pump
It stops working；Atomization fireplace provided by the utility model can make the water level in operating water tank be maintained at the liquid level that most preferably hazes, it is ensured that
It is atomized the amount of hazing of fireplace, extends the atomization fireplace working time, it is simple to operate.
Detailed description of the invention
It, below will be to embodiment or the prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only that this is practical new
Some embodiments of type for those of ordinary skill in the art without any creative labor, can be with
It obtains other drawings based on these drawings.
Fig. 1 is guide part, level-one diffuser and the second level diffuser of atomization fireplace provided by the embodiment of the utility model
Structural schematic diagram；
Fig. 2 is the partial structure diagram one of the guide part of atomization fireplace provided by the embodiment of the utility model；
Fig. 3 is the partial structure diagram two of the guide part of atomization fireplace provided by the embodiment of the utility model；
Fig. 4 is the schematic cross-sectional view of atomization fireplace provided by the embodiment of the utility model；
Fig. 5 is the structural schematic diagram of atomization fireplace provided by the embodiment of the utility model；
Fig. 6 is the flow graph of atomization fireplace working condition downstream provided by the embodiment of the utility model；
Fig. 7 is the configuration schematic diagram of atomization fireplace provided by the embodiment of the utility model；
Fig. 8 is the structural schematic diagram of the water tank of atomization fireplace provided by the embodiment of the utility model；
Fig. 9 is the partial enlargement diagram at the A in Fig. 8；
Figure 10 is the structural schematic diagram of the operating water tank of atomization fireplace provided by the embodiment of the utility model；
Figure 11 is the partial enlargement diagram at the B in Figure 10；
Figure 12 is the partial enlargement diagram at the C in Figure 10.
Wherein, each appended drawing reference in figure：
10-atomization fireplace ontologies；11-fog outlets；60-secondary cavities；
20-operating water tanks；21-guide parts；30-level-one diffuser；
31-the first perforation；32-the first fixed part；40-level-one chambers；
50-second level diffuser；2161-go out mist spout；52-the second fixed part；
211-the first guide part；212-the second guide part；213-third guide parts；
214-the four guide part；215-the five guide part；216-the six guide part；
217-go out mist channel；70-third chambers；80-heating parts；
12-panels；13-heat release holes；15- intake pump；
121-water inlets；122-third discharge outlet；22-the second water inlet；
23-the second discharge outlet；24-the second drainage area；241-the second inclined plate；
242-the second plate；14-control devices；90-water tanks；
91-the first water inlet；92-the first water outlet；93-the first discharge outlet；
94-the first drainage area；941-the first inclined plate；942-the first plate；
16-small pumps；17-draining pumps.
Specific embodiment
The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning
Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng
The embodiment for examining the description of attached drawing 1~12 is exemplary, it is intended to for explaining the utility model, and should not be understood as practical to this
Novel limitation.
In the description of the present invention, it should be understood that term " length ", " width ", "upper", "lower", " preceding ",
The orientation or positional relationship of the instructions such as " rear ", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached
Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of utility model.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more of the features.The meaning of " plurality " is two or two in the description of the present invention,
More than, unless otherwise specifically defined.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu
It is fixed " etc. terms shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be
Mechanical connection, is also possible to be electrically connected；It can be directly connected, two can also be can be indirectly connected through an intermediary
The interaction relationship of connection or two elements inside element.It for the ordinary skill in the art, can basis
Concrete condition understands the concrete meaning of above-mentioned term in the present invention.
As shown in Fig. 1~12, atomization fireplace provided by the embodiment of the utility model, including be atomized fireplace ontology 10, be set to
Atomization fireplace ontology 10 in operating water tank 20, positioned at operating water tank 20 above for fog be discharged fog outlet 11 and be set to
One side of operating water tank 20 is passed through air intake passage and control of the air-flow for driving fog to fog outlet 11 to operating water tank 20
Device 14, atomization fireplace top are equipped with panel 12, offer water inlet 121 on panel 12, offer second on operating water tank 20
Water inlet 22, atomization fireplace further include set on 20 inside of operating water tank and along 30 He of level-one diffuser of air-flow flow path setting
Guide part 21 in operating water tank 20, in atomization fireplace ontology 10 and for storing the water tank 90 of water, for feeling
Answer the second high liquid level probe (not shown) of 20 highest of operating water tank work liquid level, for incuding the minimum work of operating water tank 20
Make the second low liquid level probe (not shown) of liquid level and for pumping to the water in water tank 90 in operating water tank 20
Small pump 16, level-one diffuser 30 and guide part 21 are enclosed the level-one chamber 40 for buffer gas flow, and level-one chamber 40
It is connected to operating water tank 20；The first water inlet 91 and the first water outlet 92 are offered on water tank 90；Water tank 90 is set to atomization
In fireplace ontology 10, entrance the first water outlet 92 of connection of small pump 16, the second water inlet of outlet 22 of small pump 16, into
The mouth of a river 121 is connected to the first water inlet 91, and the second high liquid level probe, the second low liquid level probe and small pump 16 are filled with control respectively
Set 14 electric connections.
The atomization fireplace of the utility model embodiment by the way that guide part 21 is arranged in operating water tank 20, and is arranged and is located at
Level-one diffuser 30 on air-flow flow path, level-one diffuser 30 are fixed on guide part 21, and level-one diffuser 30 with lead
It is surrounded to part 21 and is formed with level-one chamber 40, level-one chamber 40 is used for buffer gas flow.In this way, when being atomized fireplace work, air-flow
It is blown into from air intake passage, is contacted subsequently into level-one chamber 40, and with level-one diffuser 30, level-one diffuser 30 can will be big at this time
Fraction stop and in level-one chamber 40 balanced air-flow flow velocity, air-flow after flow velocity balanced in level-one chamber 40 again from
Level-one diffuser 30 is blown out, so that the flow velocity of the air-flow blown out from level-one diffuser 30 is more uniform, and after contacting with fog, it will
Fog in this way, can make the fog concentration blown out from fog outlet 11 more uniform, and then may make imitative from fog outlet 11 is guided to
Kidney-yang flame effect is true to nature, can effectively promote user experience.In addition, the atomization fireplace of the utility model is additionally arranged for storing water
Water tank 90, meanwhile, water inlet 121 is opened up on panel 12, outer water source can be added by water inlet 121 to water tank 90
Water also sets up the second high liquid level probe for incuding the highest work liquid level of operating water tank 20, and the second low liquid level probe is for feeling
Answer the minimum work liquid level of operating water tank 20；When the second low liquid level probe induced to the liquid level in operating water tank 20 is lower than working water
When the minimum work liquid level of case 20, the transmission of control device 14 draws water order to drive small pump 16 to work, and small pump 16 is by water storage
Water in case 90 is pumped to automatically in operating water tank 20；When the second high liquid level probe induced is higher than to the liquid level in operating water tank 20
When the highest work liquid level of operating water tank 20, the transmission of control device 14 ceases and desist order and small pump 16 is made to stop working；This is practical new
The atomization fireplace that type provides can make the water level in operating water tank 20 be maintained at the liquid level that most preferably hazes, it is ensured that be atomized hazing for fireplace
Amount extends the atomization fireplace working time, simple to operate.
Specifically, in the present embodiment, the atomizer (not shown) that fog passes through setting and 20 bottom of operating water tank
It is formed, when being atomized fireplace work, atomizer forms fog, and fog dispersion floats on the water surface in operating water tank 20, from
The air-flow blown out again from level-one diffuser 30 after balanced flow velocity in level-one chamber 40 drives fog to form fog stream, final fog stream
It is discharged from fog outlet 11.
Specifically, in the present embodiment, the equipment that also other can be used the water in operating water tank 20 can be formed fog, this
The specific equipment that the water in operating water tank 20 is formed fog is not limited specifically in embodiment.
Specifically, in the present embodiment, by be set to operating water tank 20 side blower (not shown) to work
It is passed through air-flow in water tank 20, to drive the fog in operating water tank 20, since blower can provide more stable air-flow, make
Use equipment of the blower as air-flow is passed through into operating water tank 20, can ensure atomization fireplace can long-time stable normal work.
Specifically, in the present embodiment, the equipment that also other that can be used can be passed through air-flow into operating water tank 20, this implementation
The specific device category that air-flow can be passed through into operating water tank 20 is not limited specifically in example.
Further, as shown in Figure 1, in the present embodiment, multiple first perforation 31 are offered in level-one diffuser 30, and
Multiple equidistantly interval settings of first perforation 31.Stop via level-one diffuser 30, and the balanced flow velocity in level-one chamber 40
Air-flow can be expanded in air-flow from level-one from 31 blowout of the first perforation by opening up uniformly equidistant spaced first perforation 31
When loose mail 30 flows out, the amount for the air-flow that each region flows through in operating water tank 20 more evenly, in this way, can realize and adjust wind speed makes
The air-flow velocity for obtaining each region in operating water tank 20 is uniform, and it is more equal to adjust the throughput that each region in operating water tank 20 flows through
It is even, so that the air-flow blown out from level-one diffuser 30 is more evenly, and then it may make the fog concentration blown out from fog outlet 11 more equal
It is even, it can be further such that Simulated flame effect be true to nature.
Specifically, in the present embodiment, the first perforation 31 is shifted to install with air intake passage, so that entered by air intake passage
Air-flow can be in level-one chamber 40 after equilibrium, then by 31 blowout of the first perforation, in this way, level-one chamber 40 can be balanced by air-flow
Better effect.
Further, as shown in figures 1-4, in the present embodiment, guide part 21 includes that the first guide part 211 and second is led
To portion 212, the first guide part 211 is inclined to set with the second guide part 212, the first guide part 211 and the one of operating water tank 20
Side fitting setting, one end of level-one diffuser 30 are connect with the first guide part 211, and the other end of level-one diffuser 30 is led with second
It is connected to portion 212, and level-one diffuser 30, the first guide part 211 and the second guide part 212 surround to form level-one chamber 40.
By the way that the second guide part 212 to be set as tilting with the first guide part 211, it can play and be led air-flow by the second guide part 212
To effect.
Further, as shown in figures 1-4, in the present embodiment, the other end of level-one diffuser 30, which extends, is equipped with and second
Corresponding first fixed part 32 of 212 tilt angle of guide part, the first fixed part 32 are bonded setting with the second guide part 212.Pass through
First fixed part 32 is set, and 32 tilt angle of the first fixed part is corresponding with the second guide part 212, in this way, can consolidate first
Determine portion 32 to fit on the second guide part 212, can realize the effect that the first diffuser is more securely attached.
Further, as shown in figures 1-4, in the present embodiment, guide part 21 further includes the side phase with operating water tank 20
Pair the other side fitting setting third guide part 213.By the way that third guide part 213 is arranged, it is ensured that atomization fireplace is working
When, the fog that atomizer generates can remain in operating water tank 20, go out in operating water tank 20 without loss, and then guarantee in mist
When changing fireplace work, enough fog is stored in operating water tank 20, fog effect is bad out caused by avoiding because of fog deficiency, into
And it sees and effectively improves user experience.In addition, third guide part 213 to be bonded to opposite another in side for being set to operating water tank 20
On side, the effect that third guide part 213 is fixed can be played, the third guide part 213 in carrying or installation process is avoided to fall off,
Cause atomization fireplace can not normal use.
Further, as shown in figures 1-4, in the present embodiment, atomization fireplace further includes being arranged along air-flow flow path
One end of second level diffuser 50, second level diffuser 50 is connect with third guide part 213, the other end and level-one of second level diffuser 50
Diffuser 30 connects, and level-one diffuser 30, the first guide part 211, second level diffuser 50, third guide part 213 and work
Water tank 20 surrounds the secondary cavity 60 to be formed for buffer gas flow, and secondary cavity 60 is connected to mist channel 217 out.Pass through setting two
Grade diffuser 50, so that level-one diffuser 30, the first guide part 211, second level diffuser 50, third guide part 213 and work
Water tank 20 surrounds the secondary cavity 60 to be formed for buffer gas flow, thus it is possible, on the one hand, secondary cavity 60 can prevent fog loss from going out
Operating water tank 2060 after air-flow enters operating water tank 2060, can contact with fog and be formed fog stream, at this point, can pass through second level
The flow velocity of fog stream in the balanced secondary cavity 60 of chamber 60；On the other hand, since the fog of atomizer formation is in secondary cavity
It is unevenly distributed in 60, so, by the barrier effect of second level diffuser 50, can be played fog two in secondary cavity 60
The uniform effect of diffusion in grade chamber 60 so that the fog concentration blown out from fog outlet 11 is more evenly, can further such that
Simulated flame effect is true to nature.
Specifically, in the present embodiment, each first perforation 31 vertically corresponds with each atomizer position, so that by being atomized
The fog that device generates just can contact and be formed fog stream with from the wind of 31 blowout of the first perforation when the water surface out, so that
Fog stream can be in the balanced flow velocity better effect of secondary cavity 60.
Specifically, in the present embodiment, level-one diffuser 30, the first guide part 211, second level diffuser 50, third guiding
Portion 213 and operating water tank 20 surround the secondary cavity 60 to be formed for buffer gas flow, level-one diffuser 30, second level diffuser 50
And second guide part 212 surround to form third chamber 70, third chamber 70 connects with mist channel 217 out and second chamber 60 respectively
Logical, fog stream can further diffusion be uniform in third chamber 70, so that the fog concentration blown out from fog outlet 11 is more equal
Even and fog stream flow velocity more evenly, can be further such that Simulated flame effect be true to nature.
Further, in the present embodiment, multiple second perforation (not shown)s are offered in second level diffuser 50, and
Multiple equidistant interval settings of second perforation.Via second level diffuser 50 stop, and in operating water tank 20 uniform concentration mist
Air-flow is from the second perforation blowout, by opening up uniformly equidistant spaced second perforation, in fog stream from second level diffuser
50 outflow fog streams more evenly, in this way, can make from fog outlet 11 blow out fog concentration more evenly, can further such that
Simulated flame effect is true to nature.
Further, as shown in figures 1-4, in the present embodiment, one end of second level diffuser 50 extends fixed equipped with second
Portion 52, the second fixed part 52 are bonded setting with third guide part 213.It, can be fixed by second by the way that the second fixed part 52 is arranged
Portion 52 fits on third guide part 213, can realize and act on second level diffuser 50 more securely attachedly.
Further, as shown in figures 1-4, in the present embodiment, the second guide part 212 extends towards 11 direction of fog outlet
Equipped with the 4th guide part 214, third guide part 213 extends towards 11 direction of fog outlet is equipped with the 5th guide part 215, the 4th guiding
Portion 214 and the 5th guide part 215 are arranged side by side, and long and narrow mist out is formed between the 4th guide part 214 and the 5th guide part 215
Channel 217, and the outlet in mist channel 217 is connected to fog outlet 11 out.Simultaneously by the 4th guide part 214 and the 5th guide part 215
Row's setting is formed with out mist channel 217, can play the role of fog conductance to can be by going out mist channel 217 for fog stream
It is directed to fog outlet 11.In addition, long and narrow by the way that the 4th guide part 214 and the 5th guide part 215 to be arranged close to be formed side by side
Mist channel 217 out can play the role of in mist channel 217 out further by balanced fog.
Specifically, in the present embodiment, multiple supporting elements are equipped between the 4th guide part 214 and the 5th guide part 215 (in figure
It is not shown), the 4th guide part 214 and the 5th guide part 215 are fixed by supporting element, can ensure the 4th guide part 214 and the 5th
Intensity between guide part 215 and the out stability in mist channel 217, so that atomization fireplace is in normal work, mist channel 217 out
Caused blocking will not be deformed due to the 4th guide part 214 and the 5th guide part 215, and then caused mist out is uneven, in this way,
It can play the role of ensureing the stability of atomization fireplace.
Specifically, in the present embodiment, atomization fireplace is additionally provided with outside 20 other side of operating water tank and for fog
The heating part 80 of heating, and heating part 80 is arranged close to the 5th guide part 215, when being atomized fireplace work, into atomization fireplace
Air, a part by blower blows to operating water tank 20 from air intake passage, and another part air is contacted with heating part 80, is formed hot
Air-flow, thermal current heat the 5th guide part 215, in this way, can heat to the fog stream in mist channel 217 out, on the one hand, can
Play the role of being continuously fog heating, avoiding fog, when flowing to fog outlet 11, just temperature is lower and condenses into droplet, causes
Go out fog effect it is bad；On the other hand, can be fallen by the 4th guide part 214 and 215 standing cloud of the 5th guide part in working water
The droplet just condensed by fog in case 20 avoids so that the condensation degree of the fog stream blown out from mist channel 217 out is lower
Fog just condenses into droplet after the outflow of fog outlet 11, causes atomization fireplace ambient humidity, light and temperature higher and then influences user experience.
Specifically, in the present embodiment, heating part 80 is multiple heated at constant temperature pipes, and multiple heated at constant temperature tube side-by-sides interval is set
It sets, by using heated at constant temperature pipe as heating part, can play and heat more stable effect to the 5th guide part 215, so that respectively
The rate that unit time intrinsic fog air-flow is heated is close, and the efficiency that can make atomization fireplace to go out mist relatively connects in unit time
Closely, and then it can effectively ensure that out the effect of mist.
Specifically, in the present embodiment, it can be equipment of the air heating to form hot-air that heating part 80, which can also be other,
The present embodiment does not do unique restriction to the specific equipment of heating part 80.
Further, as shown in Figure 1, Figure 2 or shown in Fig. 4, in the present embodiment, guide part 21 further includes being oriented to respectively with the 4th
Portion 214 and the 5th guide part 215 angled setting and the 6th guide part 216 that is separately connected, offers on the 6th guide part 216
It is connected to multiple mist spouts 2161 out of fog outlet 11, multiple equidistantly interval settings of mist spouts 2161 out.It is led by setting the 6th
To portion 216, and multiple equidistant interval settings are offered on the 6th guide part 216 and are connected to the mist spout out of fog outlet 11
2161, so that the fog stream concentration blown out from mist spout 2161 out is more evenly, it can be further such that Simulated flame effect be true to nature.This
Outside, one and mist channel 217 is connected to out cavity body structure are formed in the 6th heating part, on the one hand, fog stream can be in cavity body structure
The hot-air being inside raised further heats, and guarantees that fog will not condense into droplet；It on the other hand, can be in cavity body structure into one
Balanced fog stream is walked, so that the fog stream concentration blown out from mist spout out is more evenly.
Specifically, in the present embodiment, heating part and fog outlet 11 are connected, in this way, the heat that heating part heating air is formed
Air can be blown out from fog outlet, on the one hand, can be blown out hot-air to prevent atomization fireplace heat siltation, be prevented the heat of siltation
Damage is generated to atomization fireplace；On the other hand, hot-air can be heated with the mist air flow contacts blown out from mist spout 2161 out
The fog stream that mist spout 2161 is blown out out, so that fog stream will not condense to form droplet on 11 periphery of fog outlet, to improve use
Family experience.
Specifically, as shown in fig. 7, in the present embodiment, atomization fireplace further includes intake pump 15, and intake pump 15 is used for will be outer
Water source pumps in water tank 90, wherein the entrance of intake pump 15 is connected to water inlet 121, the outlet first of intake pump 15
Water inlet 91, intake pump 15 and control device 14 are electrically connected；When not having water in water tank 90, staff passes through control dress
The work of 14 driving intake pumps 15 is set, so that outer water source be made to pump by intake pump 15, automatically in water tank 90 adding water,
This is easy to operate, laborsaving, conveniently.
Specifically, in the present embodiment, atomization fireplace further includes that the first high liquid level probe (not shown) and first are low
Level probe (not shown), the first high liquid level probe are used to incude the highest liquid level of the work of water tank 90, the first low liquid level
Probe is used to incude the minimum liquid level of the work of water tank 90, meanwhile, the first high liquid level probe and the first low liquid level probe respectively with
Control device 14 is electrically connected；When the first high liquid level probe induced to the water level in water tank 90 works most lower than water tank 90
When low water level, outer water source is pumped to water storage by the effect of intake pump 15 by the work of 14 intelligent drives intake pump 15 of control device
In case 90, when the first low liquid level probe induced to the water level in water tank 90 is higher than the peak level that water tank 90 works, control
The intake pump 15 that 14 intelligent drives of device processed are working stops working.
Specifically, in the present embodiment, atomization fireplace further includes alarm device (not shown), and alarm device is broadcast for voice
Report, the alarm device are installed in atomization fireplace ontology 10, and the alarm device and control device 14 are electrically connected；When the first low liquid level
When probe induced is lower than the lowest water level that water tank 90 works to the water level in water tank 90, control device 14 sends alert command
Alarm device is set to work, alarm device carries out voice broadcast, suggestion voices such as " please add water " is issued, to remind staff to add
Water operation.
Specifically, as shown in fig. 7, in the present embodiment, atomization fireplace further includes draining pump 17, and draining pump 17 is for arranging
Water in water and operating water tank 20 in water tank 90 out；The first discharge outlet 93 is offered on water tank 90, on operating water tank 20
The second discharge outlet 23 is offered, is opened up on panel 12 equipped with third discharge outlet 122, wherein the entrance of draining pump 17 is respectively communicated with
First discharge outlet 93 and the second discharge outlet 23, the outlet third discharge outlet 122 of draining pump 17, draining pump 17 and control device
14 are electrically connected；When needing to be discharged the water in water tank 90 or operating water tank 20, it can be driven and be drained by control device 14
17 operation of pump, so that the water in water tank 90 or operating water tank 20 is discharged；Compared to traditional mode, that is, utilize the gravity of water
The water in operating water tank 20 is discharged, the atomization fireplace of the utility model is provided with draining pump 17, by water tank 90 and operating water tank
Water in 20 is automatically drained out, and structure design is more reasonable, easy to operate and without moving bulky atomization fireplace；In addition, third
Discharge outlet 122 is set on panel 12, can be convenient staff's operation, and without bending over to find third discharge outlet 122, simultaneously also
Avoid the formation of the sundries such as cobweb.
Specifically, as shown in Fig. 8~9, in the present embodiment, water tank 90 includes the first inclined plate 941 and the first plate
942；Three side walls of the first inclined plate 941, the first plate 942 and the water tank 90 being connected with the first plate 942 form first row
Pool 94, the first discharge outlet 93 are set to the side wall of water tank 90, and the first discharge outlet 93 is round discharge outlet, and the first discharge outlet 93
Bottom surface and the first plate 942 upper surface it is tangent；When needing water in all discharge water tanks 90, by devising first row
Pool 94, is discharged the water in water tank 90 all, which has practicability, be worthy to be popularized.
Specifically, as shown in Fig. 8~9, in the present embodiment, the first water outlet 92 is set to the side wall of water tank 90, and the
The vertical range of one the 92 to the first plate of water outlet 942 less than the first low liquid level probe probe to the vertical of the first plate 942
Distance；To ensure that intake pump 15 and small pump 16 can normally work, i.e., when the first low liquid level probe induced to water tank 90
When interior water level is lower than the minimum liquid level that water tank 90 works, control device 14, the driving water inlet of control device 14 are sent commands to
Pump 15 works, thus carry out adding water to water tank 90, meanwhile, control device 14 drives small pump 16 to work, due to
Probe hanging down to first plate 942 of the vertical range of first the 92 to the first plate of water outlet 942 less than the first low liquid level probe
Straight distance, so that small pump 16 can pump to water in operating water tank 20 from water tank 90.
Specifically, as shown in Fig. 8~9, in the present embodiment, the first water inlet 91 is set to the side wall of water tank 90, and the
The vertical range of one the 91 to the first plate of water inlet 942 is greater than the probe of the first high liquid level probe to the vertical of the first plate 942
Distance；Outer water source flows into water tank 90 from the first water inlet 91, in addition, first the 91 to the first plate of water inlet 942 is vertical
Distance is greater than the probe of the first high liquid level probe to the vertical range of the first plate 942, to prevent the aqueous reflux in water tank 90.
Specifically, as shown in Figure 10~12, in the present embodiment, atomization fireplace further includes that the second inclined plate 241 and second is flat
Plate 242；Three side walls of the second inclined plate 241, the second plate 242 and the operating water tank 20 being connected with the second plate 242 form the
Two drainage areas 24, the second discharge outlet 23 are set to the side wall of operating water tank 20, and the second discharge outlet 23 is round discharge outlet, and second row
The bottom surface at the mouth of a river 23 and the upper surface of the second plate 242 are tangent；When needing water in all discharge operating water tanks 20, the is devised
Two drainage areas 24, small pump 16 work, and the water in operating water tank 20 is flowed out from the second discharge outlet 23, so that in operating water tank 20
Water energy is all discharged, in addition, the second drainage area 24 is devised, it can be preferably by the discharge of the water whole in operating water tank 20, it should
Rationally, usability is strong for design.
Specifically, as shown in Figure 10~12 in the present embodiment, the second water inlet 22 is set to the side wall of operating water tank 20, the
The vertical range of two the 22 to the second plates of water inlet 242 is greater than the probe of the second high liquid level probe to the vertical of the second plate 242
Distance, in this way, flow into the water in water tank 90 in operating water tank 20 from the second water inlet 22 when small pump 16 works, in addition,
The vertical range of second the 22 to the second plate of water inlet 242 is greater than probe the hanging down to the second plate 242 of the second high liquid level probe
Straight distance can prevent the aqueous reflux in operating water tank 20.
Specifically, in the present embodiment, atomization fireplace further includes for providing the lamps and lanterns of light source, and lamp installation is in fog outlet
In 11, and lamps and lanterns are inclined to set, and can be irradiated to the fog blown out from fog outlet 11, and to play, to show fog imitative
The effect of kidney-yang flame, when atomization fireplace works, fog is discharged from fog outlet 11, at this point, the light that lamps and lanterns generate is irradiated from fog outlet
11 discharge fogs make ornamental people have a kind of sense on the spot in person so that fog generates the simulated effect for having flame
Feel.
Specifically, in the present embodiment, lamps and lanterns are LED light, and the light that LED lamp source generates is not only soft, but also are had fine
Three-dimensional sense, Simulated flame effect true to nature may be implemented, improve ornamental value, make people experience it is truer.
Specifically, in the present embodiment, lamps and lanterns also can be used the LED light source of capable of emitting different colours, so can there are many
The light beam of color is irradiated fog, so that fog can show the effect that the five colours appear, further increases user experience.
Specifically, in the present embodiment, lamps and lanterns can also be that other can be to the light source that fog is irradiated, and the utility model is simultaneously
Unique restriction is not done to the specific type of lamps and lanterns.
Specifically, in the present embodiment, panel 12 is equipped with control button；Control button be respectively power supply control button,
Add water management key, starting control button.
Specifically, in the present embodiment, it is atomized the heat release hole 13 offered on the side wall of fireplace ontology 10 for heat dissipation；It is logical
Cross the design of heat release hole 13, it is ensured that the service life of heating component.
It is provided by the utility model atomization fireplace workflow be：
Before atomization fireplace work, Xian Jiashui：
One：Staff first mentions one barrel of water to the side of atomization fireplace, drives intake pump 15 to work by control device 14,
By water from being pumped in water tank 90 in bucket, the water level in water tank 90 is gradually risen, the first low liquid level probe and first high
Level probe is used to incude the liquid level in water tank 90；Firstly, the first low liquid level probe induced is to liquid level, when the first high liquid level is visited
When needle senses that the water of water tank 90 reaches highest liquid level, control device 145 drives intake pump 157 to stop working；At this point, water storage
The topped up with water of case 90.
Two：Water in water tank 90 is transported in operating water tank 20：Small pump 16 is driven to work by control device 14,
Small pump 16 pumps to the water in water tank 90 in operating water tank 20, so that the water level in operating water tank 20 is gradually increasing, it is first
First, the second low liquid level probe induced to liquid level, when the second high liquid level probe induced reaches highest to the water level in operating water tank 20
When water level, control device 14 drives small pump 16 to stop working；At this point, the operation of be completed operating water tank 20 plus water.
Three：It is reduced since the water in water tank 90 is pumped in operating water tank 20, staff need to continue to water storage
Add water in case 90, worked by 14 intelligent drives intake pump 15 of control device, the water level in water tank 90 is made to reach peak level,
Stop adding water again.
" one " to step " three " through the above steps makes equal topped up with water in operating water tank 20 and water tank 90, and work people
Member can star atomization fireplace and carry out work of hazing.
During the work time, intelligent-induction water level and automatically add water：
①：During the work time, the water level in operating water tank 20 gradually declines, when the second low liquid level probe induced to work
When making the water level in water tank 20 lower than the lowest water level that operating water tank 20 works, control device 14, control device are sent a signal to
14 driving small pumps 16 work, and the water in water tank 90 is transported in operating water tank 20；When the second high liquid level probe induced arrives
When water level in operating water tank 20 is higher than the peak level that operating water tank 203 works, control device 14 is sent a signal to, moisturizing is made
Pump 16 stops working.
②：In the course of work, the step of constantly recycling above-mentioned " 1. ".
③：Due to the step of in the course of work, constantly recycling above-mentioned " 1. ", so that the water in water tank 90 be made gradually to subtract
It is few, when the first low liquid level probe induced to the water level in water tank 90 is lower than the minimum liquid level of water tank 90, control device 14
Control alarm device and carry out voice broadcast, alarm device issues the voice promptings such as " insufficient raw material please add water ", with prompt staff into
Row plus water；When staff also does not have enough time adding water, with the extension of time, the water in operating water tank 20 is constantly consumed,
When the water level in operating water tank 20 is lower than lowest water level, control device 14 can also drive small pump 16 to work at this time, small pump
It stops working after 16 work 5min, at this point, control device 14 also can drive operating water tank 20 to stop working, to stop spraying behaviour
Make.
Drain operation：
When needing for the water in operating water tank 20 or water tank 90 to be discharged, control device 14 drives 17 work of draining pump
Make, the water in water tank 90 and operating water tank 20 be discharged by third discharge outlet 122, it is thus possible to operating water tank 20 or
Water tank 90 is cleaned.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. being atomized fireplace, including it is atomized fireplace ontology, the intrinsic operating water tank of the atomization fireplace is set to, is located at the work
Air-flow is passed through to the operating water tank for the fog outlet of fog discharge and set on a side of the operating water tank above water tank
For driving fog to the air intake passage and control device of the fog outlet, the atomization fireplace top is equipped with panel, described
Water inlet is offered on panel, and the second water inlet is offered on the operating water tank, it is characterised in that：The atomization fireplace also wraps
Include be set to the operating water tank in side and along air-flow flow path setting level-one diffuser, in the operating water tank
Guide part, in the atomization fireplace ontology and for storing the water tank of water, for incuding the operating water tank most senior engineer
Make the second high liquid level probe of liquid level, the second low liquid level probe for incuding the minimum work liquid level of the operating water tank and is used for
Water in the water tank is pumped into the small pump in the operating water tank, the level-one diffuser and the guide part enclose
The level-one chamber for being used for buffer gas flow is formed, and the level-one chamber is connected to the operating water tank；It is opened up on the water tank
There are the first water inlet and the first water outlet；The water tank is set in the atomization fireplace ontology, and the entrance of the small pump connects
Lead to first water outlet, the second water inlet described in the outlet of the small pump, the water inlet and described first enters water
Mouth connection, the second high liquid level probe, the second low liquid level probe and the small pump are electric with the control device respectively
Property connection.
2. atomization fireplace according to claim 1, it is characterised in that：The guide part includes that the first guide part and second is led
To portion, first guide part is inclined to set with second guide part, first guide part and the operating water tank
Side fitting setting, one end of the level-one diffuser are connect with first guide part, the other end of the level-one diffuser
It is connect with second guide part, and the level-one diffuser, first guide part and second guide part surround shape
At the level-one chamber.
3. atomization fireplace according to claim 2, it is characterised in that：The guide part further includes and the operating water tank
The third guide part of the opposite other side fitting setting in side.
4. atomization fireplace according to claim 3, it is characterised in that：The atomization fireplace further includes along air-flow flow path
The second level diffuser of setting, one end of the second level diffuser are connect with the third guide part, the second level diffuser it is another
One end is connect with the level-one diffuser, and the level-one diffuser, first guide part, the second level diffuser, described
Third guide part and the operating water tank surround the secondary cavity to be formed for buffer gas flow, the secondary cavity and it is described go out
The connection of mist mouth.
5. atomization fireplace according to claim 4, it is characterised in that：Second guide part is towards the fog outlet direction
Extending and is equipped with the 4th guide part, the third guide part extends towards the fog outlet direction is equipped with the 5th guide part, and described the
Four guide parts and the 5th guide part are arranged side by side, and are formed with out mist between the 4th guide part and the 5th guide part
Channel, and the outlet in the mist channel out is connected to the fog outlet.
6. atomization fireplace according to claim 5, it is characterised in that：The guide part further includes leading respectively with the described 4th
To the angled setting in portion and the 5th guide part and the 6th guide part that is separately connected, the company of offering on the 6th guide part
Lead to multiple mist spouts out of the fog outlet, multiple mist spouts out are equidistantly spaced setting.
7. atomization fireplace according to claim 1, it is characterised in that：The atomization fireplace further includes for taking out outer water source
The intake pump being sent in water tank, the entrance of the intake pump are connected to the water inlet, described in the outlet of the intake pump
First water inlet, the intake pump and the control device are electrically connected.
8. atomization fireplace according to claim 7, it is characterised in that：The atomization fireplace further includes for incuding the storage
Water tank highest work liquid level the first high liquid level probe and the first low liquid level for incuding the minimum work liquid level of the water tank
Probe, the first high liquid level probe and the first low liquid level probe are electrically connected with the control device respectively.
9. atomization fireplace according to claim 8, it is characterised in that：The atomization fireplace further includes being installed on the atomization
Alarm device in fireplace ontology and for voice broadcast, the alarm device and the control device are electrically connected, and described first is low
When level probe senses that the liquid level of the water tank is lower than the minimum work liquid level of the water tank, the alarm device issues language
Sound casting.
10. atomization fireplace according to claim 9, it is characterised in that：The atomization fireplace further includes described for being discharged
The draining pump of water in water tank and the operating water tank, offers the first discharge outlet on the water tank, on the operating water tank
The second discharge outlet is offered, is opened up on the panel equipped with third discharge outlet, the entrance of the draining pump is respectively with described first
Discharge outlet is connected to second discharge outlet, third discharge outlet described in the outlet of the draining pump, the draining pump and institute
State control device electric connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820627082.6U CN208124537U (en) | 2018-04-27 | 2018-04-27 | It is atomized fireplace |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820627082.6U CN208124537U (en) | 2018-04-27 | 2018-04-27 | It is atomized fireplace |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208124537U true CN208124537U (en) | 2018-11-20 |
Family
ID=64187837
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820627082.6U Expired - Fee Related CN208124537U (en) | 2018-04-27 | 2018-04-27 | It is atomized fireplace |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208124537U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020199313A1 (en) * | 2019-04-03 | 2020-10-08 | 广东科高电器有限公司 | Humidifier |
-
2018
- 2018-04-27 CN CN201820627082.6U patent/CN208124537U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020199313A1 (en) * | 2019-04-03 | 2020-10-08 | 广东科高电器有限公司 | Humidifier |
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