CN204141783U - Water-locator and damping device - Google Patents
Water-locator and damping device Download PDFInfo
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- CN204141783U CN204141783U CN201420575587.4U CN201420575587U CN204141783U CN 204141783 U CN204141783 U CN 204141783U CN 201420575587 U CN201420575587 U CN 201420575587U CN 204141783 U CN204141783 U CN 204141783U
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Abstract
The utility model provides a kind of water-locator and damping device.Described water-locator has the water-injecting cavity body for water storage, and wherein, described water-injecting cavity body has ring cavity structure, and is formed with circular outlets at described water-injecting cavity body bottom portion, flows out downwards through described circular outlets to make the water in described water-injecting cavity body.Water distributor structure of the present utility model is novel, the humidification water flowed out from its circular outlets can be made downwards to form a circle water curtain, flow out downwards equably.The utility model water-locator is particularly suitable for be had in the damping device of wet film.
Description
Technical field
The utility model relates to humidifying technology field, particularly relates to a kind of water-locator and damping device.
Background technology
Water-locator is mainly used in arranging the water yield according to certain rules in certain work area.In the various application of water-locator, sometimes need to form water curtain, drench operation to carry out some material under it or device dripping.Such as be applied to the water-locator in wet-membrane humidifier, it pours wet film as wet film provides humidification water by being dripped from top by humidification water.The water distributor structure be applied in prior art in humidifier is single, and water outlet is uneven, and spray disorderly spatters, and when flowing into wet film, excessive phenomenon easily occurs.
Utility model content
An object of the present utility model is the water-locator that will provide a kind of novel structure.
The utility model further object to make water-locator water outlet even, avoids, when flowing into wet film, excessive phenomenon easily occurs.
Another object of the utility model to provide a kind of damping device.
According to an aspect of the present utility model, the utility model provides a kind of water-locator, there is the water-injecting cavity body for water storage, wherein, described water-injecting cavity body has ring cavity structure, and be formed with circular outlets at described water-injecting cavity body bottom portion, flow out downwards through described circular outlets to make the water in described water-injecting cavity body.
Alternatively, described water-injecting cavity body comprises:
For the annular trough body of water storage, it has outer shroud cell wall and inner ring cell wall, and described outer shroud cell wall is circumferentially distributed with multiple opening; With
Be arranged on the annular cover plate on described annular trough body, its there is annular roof plate and from the lower surface of described annular roof plate to the first annular perisporium of downward-extension, wherein
Described first annular perisporium is configured to described annular trough body to be enclosed in its week to the inside, and be formed with annular gap between described first annular perisporium and described outer shroud cell wall, using the circular outlets as described water-locator, the water flowed out from described multiple opening of described annular trough body flows out downwards from described circular outlets.
Alternatively, described multiple opening circumferentially direction extends, and is arranged on the bottom of described outer shroud cell wall, and the lower edge of described multiple opening is 0.3cm-1cm apart from the distance of the bottom of described outer shroud cell wall.
Alternatively, described annular cover plate also comprises the second annular perisporium from the lower surface of described annular roof plate to downward-extension, described second annular perisporium is positioned at the inner side of described inner ring cell wall, described second annular perisporium is provided with at least one installing hole, and described inner ring cell wall is correspondingly provided with the screwed hole post that at least one has screwed hole.
Alternatively, the inner ring cell wall of the annular trough body of described water-locator is formed with water inlet, for making inlet pipeline through described water inlet to water filling in described annular trough body.
Alternatively, the annular roof plate of described annular cover plate is also provided with the multiple long and narrow holes circumferentially circumferentially distributed, multiple described long and narrow hole is arranged on the radial outside of described first annular perisporium.
Alternatively, the area of section of the opening that the radial inner edge that the area of section summation of all described long and narrow holes is less than described annular roof plate is formed.
Alternatively, multiple mounting ears is extended to form downwards from the circumferential outer rim of described annular roof plate.
According to another aspect of the present utility model, the utility model provides a kind of damping device, comprise as front arbitrary as described in water-locator.
Alternatively, described damping device, also comprises:
Wet film, it is configured to truncated cone tubular, and is configured to utilize its film internal pore to absorb humidification water; The circular outlets of described water-locator is arranged on the top of described wet film, so that humidification water droplet is poured described wet film top;
Air-supply passage, is arranged on above described water-locator, blows out described damping device for humidifier being flowed through described air-supply passage; And
Blower fan, be arranged in described air-supply passage, configure by air draught from the outer circumferential of described wet film through week that the film internal pore of described wet film sucks described wet film centre gangway to the inside, to make the humidification water in described film internal pore and described air draught heat exchange form steam, and carry the described wet film of outflow by described air draught.
Water distributor structure of the present utility model is novel, the humidification water flowed out from its circular outlets can be made downwards to form a circle water curtain, flow out downwards equably.The situation that spray disorderly spatters can not be there is.Be particularly suitable for and have in the damping device of wet film.
Further, the structure of the water-locator in the damping device of the utility model embodiment can make the humidification water that flows out downwards from its circular outlets equably from wet film top along wet film to dirty, each several part uniform water absorption of wet film can be made.Meanwhile, by wet film is configured to truncated cone tubular, further increases and add wetted surface.In addition, when humidification water flows into wet film downwards with the form of water curtain, excessive phenomenon can not occur, and current are more easily absorbed by wet film.
Further, in the damping device of the utility model embodiment, by arranging long and narrow hole to be formed without wet-film humidifying and the comparatively faster jet wind of flow velocity on water-locator, make the distance that its more effective and after more uniformly carrying humidification air flow is farther, to expand humidification scope.
According to hereafter by reference to the accompanying drawings to the detailed description of the utility model specific embodiment, those skilled in the art will understand above-mentioned and other objects, advantage and feature of the present utility model more.
Accompanying drawing explanation
Hereinafter describe specific embodiments more of the present utility model with reference to the accompanying drawings by way of example, and not by way of limitation in detail.Reference numeral identical in accompanying drawing denotes same or similar parts or part.It should be appreciated by those skilled in the art that these accompanying drawings may not be drawn in proportion.In accompanying drawing:
Fig. 1 is the schematic diagram of the water-locator according to the utility model embodiment;
Fig. 2 is the schematic diagram of the water-locator according to the utility model embodiment;
Fig. 3 is the schematic explosive view of the water-locator according to the utility model embodiment;
Fig. 4 is the schematic block diagram of the damping device according to the utility model embodiment;
Fig. 5 is the schematic side elevation of the damping device according to the utility model embodiment;
Fig. 6 is the schematic plan of the damping device according to the utility model embodiment;
Fig. 7 is the schematic explosive view of the damping device according to the utility model embodiment;
Fig. 8 is the schematic diagram of the wet film skeleton according to the utility model embodiment;
Fig. 9 is the schematic diagram of the wet film skeleton according to the utility model embodiment.
Detailed description of the invention
See Fig. 1-Fig. 3, the water-locator 30 of the utility model embodiment can have the water-injecting cavity body 31 for water storage, wherein, water-injecting cavity body 31 has ring cavity structure, and circular outlets 36 is formed bottom water-injecting cavity body 31, flow out downwards through circular outlets 36 to make the water in water-injecting cavity body 31.Water-locator in the utility model embodiment can be arranged in have hollow barrel-type or truncated cone tubular construction wait drip drench material top above, the water flowed out downwards from circular outlets 36 drenches a material top and flows into downwards to wait to drip from waiting to drip and drench material.
In certain embodiments, water-injecting cavity body can comprise annular trough body 34 for water storage and the annular cover plate 32 that is arranged on annular trough body 34.Annular trough body 34 comprises outer shroud cell wall 342 and inner ring cell wall 344, outer shroud cell wall 342 is circumferentially distributed with multiple opening 346 flowed out for the water in annular trough body 34.In the particular embodiment, multiple opening 346 can circumferentially extend in direction.Multiple openings 346 can be arranged on the bottom of outer shroud cell wall 342, a little more than bottom land, to make the water level in annular trough body 34 lower.In certain embodiments, the lower distance along the bottom apart from outer shroud cell wall 342 of multiple opening 346 can be 0.3cm-1cm, preferred 0.4cm-0.6cm, more preferably 0.5cm.Like this, when water-locator stops outwards supplying water, the ponding retained in annular trough body 34 is less, can natural evaporation fall, the peculiar smell preventing the medium-term and long-term water of annular trough body 34 from causing and bacteria breed.
Annular cover plate 32 can comprise annular roof plate 322 and from the lower surface of annular roof plate 322 to the first annular perisporium 324 of downward-extension.First annular perisporium 324 is configured to annular trough body 34 to be enclosed in its week to the inside, and is formed with annular gap between the first annular perisporium 324 and outer shroud cell wall 342, using the circular outlets 36 as water-locator 30.The water flowed out from multiple openings 346 of annular trough body 34 trickles downwards from circular outlets 36.In water-locator water supply process, the water in annular trough body 34 flows out formation one by circular outlets 36 and encloses water curtain, slowly, equably from up to down flows out.Water with the form of water curtain flow into downwards wait drip drench material time can not there is excessive phenomenon, and current more easily waited drip drench a material absorb.
In certain embodiments, the diameter of the first annular perisporium 324 can slightly larger than the outer shroud cell wall 342 of annular trough body 34, the width of the annular gap between the first annular perisporium 324 and outer shroud cell wall 342 is less than to be waited to drip the thickness drenching material, can not form current to make the water flowed out from circular outlets 36 downwards waiting to drip the surface drenching material.
In a further embodiment, annular cover plate 32 also can comprise the inner side being positioned at inner ring cell wall 344 from the lower surface of annular roof plate 322 to the annular perisporium 326 of the second annular perisporium 326, second of downward-extension.Second annular perisporium 326 is provided with at least one installing hole 325, and inner ring cell wall 344 is correspondingly provided with the screwed hole post 348 that at least one has screwed hole.The installing hole 325 of the second annular perisporium 326 is aimed at the screwed hole post 348 of inner ring cell wall 344, utilizes securing member such as screw etc. to be removably connected with annular trough body 34 by annular cover plate 32.In embodiment more specifically, the height of the inner ring cell wall 344 of annular trough body 34 can higher than the height of outer shroud cell wall 342, the height of the second annular perisporium 326 of annular cover plate 32 can lower than the height of the first annular perisporium 324, and the height of the outer shroud cell wall 342 of annular trough body 34 can be substantially identical with the height of the annular perisporium of first of annular cover plate 32 324.
The annular perisporium 326 of first annular perisporium 324, second of annular cover plate 32 forms an annular cover cap, to be covered by annular trough body 34 jointly with annular roof plate 322.In a preferred embodiment, the annular roof plate 322 of annular cover plate 32 is also provided with the multiple long and narrow holes 321 circumferentially circumferentially distributed, multiple long and narrow hole 321 is arranged on the radial outside of the first annular perisporium 324.
When water-locator 30 is applied in damping device, make to enter the air outlet flowing to damping device the air draught in damping device without the fraction of humidification through long and narrow hole 321 from the air inlet of damping device, together to flow out with humidification air-flow.Like this, the air-flow of damping device blowout is the mixed wind comprising humidification air-flow and non-humidification air-flow, makes user feel more comfortable.In a preferred embodiment, the area of section of the opening that the radial inner edge that the area of section summation of all long and narrow holes 321 is less than annular roof plate 322 is formed.When non-humidifier flows through long and narrow hole 321, resistance is little, and speed is fast, can form the comparatively faster jet wind of flow velocity, more effectively and more uniformly carry the farther distance of humidification air flow direction, to expand humidification scope.
In certain embodiments, the inner ring cell wall 344 of the annular trough body 34 of water-locator 30 is formed with water inlet 341 or water inlet pipe, with by water inlet 341 or water inlet pipe to water filling in annular trough body 34.
In certain embodiments, multiple (such as two, three or more) mounting ears 323 is extended with downwards from the circumferential outer rim of annular roof plate 322.Hold and wait that dripping the staving upper end drenching material is correspondingly provided with recess, mounting ears 323 and the recess tight fit of staving of annular roof plate 322, be arranged on staving to make water-locator 30.
The water-locator 30 of the utility model embodiment is particularly suitable for being applied in damping device, drips pouring water for the wet film in damping device provides.Therefore, the utility model embodiment still provides a kind of damping device, and it comprises the water-locator 30 of aforementioned any embodiment.See Fig. 4-Fig. 7, the damping device of the utility model embodiment also can comprise: wet film 10, air-supply passage 60 and blower fan 20.Wet film 10 is configured to truncated cone tubular, and is configured to utilize its film internal pore to absorb humidification water from water-locator 30.Wet film 10 is configured to truncated cone tubular, can improve further wet film 10 area with what increase damping device add wetted surface when not increasing wet film 10 height.
The circular outlets 36 of water-locator 30 is arranged on the top of wet film 10, so that humidification water droplet is poured wet film 10 top.In the damping device course of work, the water in the annular trough body 34 of water-locator 30 flows out formation one by circular outlets 36 and encloses water curtain, slowly, equably infiltrates wet film 10 from wet film 10 top, can make each several part uniform water absorption of wet film 10.Because wet film 10 has truncated cone barrel shape, circular outlets 36 can be arranged in above the outer rim on wet film 10 top, with the top or the radial outside upper surface that make the water droplet flowed out from delivery port 36 pour wet film 10.When humidification water flows into wet film 10 downwards with the form of water curtain, excessive phenomenon can not occur, and current are more easily absorbed by wet film 10.
In certain embodiments, the width of the annular gap between the first annular perisporium 324 and outer shroud cell wall 342 is less than the thickness of wet film 10, to make the humidification water flowed out from circular outlets 36 can not form current on the surface of wet film 10 downwards, affects air-flow and passes through.
Air-supply passage 60 is arranged on the top of water-locator 30, blows out damping device for humidifier being flowed through air-supply passage 60.Blower fan 20 is arranged in air-supply passage 60, configure by air draught from the outer circumferential of wet film 10 through week that the film internal pore of wet film 10 sucks wet film 10 centre gangway 12 to the inside, to make the humidification water in film internal pore and described air draught heat exchange form (water) steam, and carry outflow wet film 10 by described air draught.The air draught having carried (water) steam as humidification air-flow from damping device discharged to external environment condition.
In certain embodiments, damping device also can comprise housing 40, and wet film 10, water-locator 30 and air-supply passage 60 are all arranged in housing 40.The perisporium bottom of housing 40 offers the air inlet 401 of circumference distribution, and air draught is inhaled into the outer circumferential of wet film 10 from air inlet 401.These air inlets 401 can extend along short transverse.Further, can be limited by the perisporium top of housing 40 and form air-supply passage 60.Air draught can along the flow path shown in the black arrow in Fig. 4 in described damping device.The utility model embodiment, by offering the air inlet 401 of circumference distribution at housing 40 perisporium of damping device, considerably increases intake, thus improve damping device add moisture and humidification efficiency.
Further, the utility model embodiment is by being arranged to hollow barrel-type particularly truncated cone tubular by wet film 10, make air draught enter its week through wet film 10 outer circumferential to the inside and upwards flow out damping device, thus the air draught making to enter damping device from different air inlet is by humidification more equably.
When the annular roof plate 322 of water-locator 30 is provided with long and narrow hole 321, the air draught part entered in housing 40 from air inlet 401 enters (stream see shown in the white arrow in Fig. 4) air-supply passage 60 through long and narrow hole 321.The air draught entering air-supply passage 60 through long and narrow hole 321 forms non-humidification air-flow without wet film 10 humidification.Non-humidification air-flow together flows out from the air-supply passage 60 of damping device with the air draught (being called for short humidification air-flow) crossed through wet-film humidifying, forms the mixed wind comprising humidification air-flow and non-humidification air-flow, user can be made to feel more comfortable.Particularly when the area of section summation of all long and narrow holes 321 is less than the area of section of the opening of the radial inner edge formation of annular roof plate 322, because resistance when non-humidifier flows through long and narrow hole 321 is little, speed is fast, the comparatively faster jet wind of flow velocity can be formed, more effectively and more uniformly carry the farther distance of humidification air flow direction, to expand humidification scope.
See Fig. 4, housing 40 can comprise the staving 41 of upper end open and the wind scooper 42 of both ends open.Wind scooper 42 comprises from its lower limb upwards choke 422 of convergent and cylindrical portion 424 of upwards extending from choke 422 upper end.The annular trough body 34 of water-locator 30 is arranged in staving 41.The air inlet 401 of damping device is formed on the perisporium of staving 41, and air-supply passage 60 is limited by wind scooper 42 and formed.Wind scooper 42 upper end open is correspondingly as the air outlet of damping device, and blower fan 20 can be arranged in the cylindrical portion 424 of wind scooper 42.Blower fan 20 can arrange blower fan clamping piece 22, to be fixed in wind scooper 42 by blower fan 20.Draw-in groove 428 can be offered in cylindrical portion 424 top, and blower fan clamping piece 22 is connected in draw-in groove 428.
Staving 41 upper end can be connected with the lower limb of wind scooper 42 through the annular roof plate 322 of water-locator 30.In certain embodiments, at least one installing hole 426 can be set at choke 422 lower limb of wind scooper 42, correspondingly form multiple screwed hole 328 at annular roof plate 322, together with being removably mounted on annular roof plate 322 by wind scooper 42 by securing members such as screws.
In certain embodiments, staving 41 upper end is provided with the recess 411 corresponding to the mounting ears 323 of water-locator, by by recess 411 tight fit corresponding to staving 41 upper end for the mounting ears 323 of water-locator 30, to make annular roof plate 322 be arranged on staving 41, realize the connection of wind scooper 42 and staving 41.The weight of water-locator 30 self and the weight of the wind scooper 42 be arranged on above annular roof plate 322 and blower fan 20 etc., make annular roof plate 322 be fixed on staving 41 relatively stablely.When needs clean wet film 10 or change, only need slightly firmly the annular roof plate 322 of water-locator 30 upwards to be lifted, can the wet film 10 in staving 41 be represented in front of the user, very convenient.The damping device of the utility model embodiment can easily dismounting, is convenient to clean comparatively thoroughly its inside.
In an alternative embodiment, also at least one installing hole 426 can be set at annular roof plate 322 and choke 422 lower limb of wind scooper 42, correspondingly at least one screwed hole post (not shown) is set in the upper end of staving 41, with by the securing members such as screw by staving 41, annular roof plate 322 with and wind scooper 42 removably install.Now, water-locator 30 can not arrange mounting ears 323.
In some further embodiments, damping device also can comprise wet film skeleton 50, and be arranged in staving 41, water-locator 30 is arranged between wind scooper 42 and wet film skeleton 50.See Fig. 8-Fig. 9, wet film skeleton 50 comprises annulus 52, lower annulus 54 and is connected to the multiple inclination floors 56 between upper and lower annulus 54.Wet film 10 to abut on inclination floor 56 and is clamped between the lower surface of upper annulus 52 flange and lower annulus 54 upper surface to form described truncated cone tubular.Wherein water-locator 30 is arranged on above annulus 52.The week in passage to the inside that enters water-locator 30 via the upper annulus 52 of wet film skeleton 50 of the air draught in the centre gangway 12 to the inside week sucking wet film 10.
The wet film skeleton 50 of the utility model embodiment makes wet film 10 dismounting connect easily, and structural stability is better, avoids wet film 10 and operationally departs from wet film skeleton 50.And due to wet film 10 easy accessibility, user can be convenient to wet film 10 is cleaned, to reduce the incrusted deposit on wet film 10, both ensure that humidifying effect, and turn avoid bacteria breed.When the humidifying effect simultaneously caused because service time is long when wet film 10 does not reach and requires, be also convenient to user and wet film 10 is changed.
In certain embodiments, damping device also can comprise water tank 90 for depositing described humidification water and inlet pipeline 92.Gap 91 is provided with above water tank 90.Inlet pipeline 92 is bottom-up to be communicated with the water inlet 341 of water-locator 30 with upper annulus 52 via lower annulus 54 successively, for being delivered in the annular trough body 34 of water-locator 30 by the humidification water in water tank 90.Water lifting device 98 can be set in the bottom of water tank 90, such as water pump, to be delivered in the annular trough body 34 of water-locator 30 through inlet pipeline 92 by the humidification water in water tank 90.It is outside that water tank 90 can be arranged on housing 40, in substituting embodiment, also can be arranged in the such as staving 41 of housing 40 inside, as being arranged at the bottom of the bucket below wet film skeleton 50.
In certain embodiments, water tank 90 is arranged on that housing 40 is outside, and multiple inclination floors 56 of wet film skeleton 50 extend to form leg 51 downwards from lower annulus 54, at the bottom of bucket wet film skeleton 50 being supported on staving 41.Wet film skeleton 50 also can comprise the concentric location annulus 53 arranged with upper annulus 52, and location annulus 53 is arranged in annulus 52.One end that multiple inclination floor 56 is connected with upper annulus 52 extends internally along the radial direction of upper annulus 52, and ends in location annulus 53.
Discharge outlet 402 and intake tunnel 404 can be provided with at the bottom of the bucket of the staving 41 of damping device.The lower annulus 54 of wet film skeleton 50 is provided with the multiple osculums 58 circumferentially distributed, and flows at the bottom of bucket along the defluent water of wet film 10 from multiple osculum 58.Discharge outlet 402 is communicated with water tank 90 by discharge pipe line 94, flowing into water tank 90 through discharge outlet 402 and discharge pipe line 94 successively from multiple osculum 58 along the defluent water of wet film 10; And inlet pipeline 92 is via intake tunnel 404.Inlet pipeline extends in housing 40 via intake tunnel 404 successively, and extends upwardly to water inlet 341 through lower annulus 54 and location annulus 53 successively.
In certain embodiments, can multiple leg 412 be set bottom housing 40, so that the placement of damping device.
The damping device of the utility model embodiment in the course of the work, humidification water in water tank 90 is delivered in the annular trough body 34 of water-locator 30 through inlet pipeline 92 by water lifting device 98, flow out formation one through its circular outlets 36 and enclose water curtain, slowly, equably infiltrate wet film 10 from wet film 10 top.Blower fan 20 by air draught from the air inlet suction casing 40 of damping device, major part air draught passes wet film 10 through the film internal pore of wet film 10, steam is formed to make the humidification water in described film internal pore and described air draught heat exchange, and carry outflow wet film 10 by described air draught, flow in air-supply passage 60 through centre gangway 12; Another fraction air through water-locator 30 multiple openings 346 with (than humidified gases) faster flow velocity enter in air-supply passage 60, and carry humidified gases and flow to surrounding environment from the air outlet of damping device.When air draught passes wet film 10 through the film internal pore of wet film 10, the dust in air draught or particle can be filtered out by wet film 10, thus the air draught of humidification is purified.In addition, the dust filtered out by wet film 10 or particle can be rushed at the lower end of wet film 10 by the water of the outflow from water-locator 30, and then are flowed in water tank 90 by discharge pipe line 94.
In the utility model embodiment, when damping device quits work, water lifting device 98 quits work, water-locator 30 stops supplying water to wet film 10, blower fan 20 can work on such as a few minutes a period of time thus air-dry for wet film 10, so not only extend wet film 10 service life, also can effectively grow by anti-bacteria.
The damping device of the utility model embodiment can be used as room humidifier and is used alone.Now, water tank 90 and housing 40 can be made of one formula structure, such as, water tank 90 be arranged in housing 40, at the bottom of the bucket of staving 41; Or water tank 90 is removably installed as integral structure with housing 40.
The damping device of the utility model embodiment also can be arranged on air-conditioning (preferred floor air conditioner) inside, and now, damping device can be split-type structural, and namely housing 40 and water tank 90 split are arranged.Such as, housing 40 is arranged on air-conditioning top, water tank 90 is arranged on air-conditioning bottom, and the water in water tank 90 is introduced in the water-locator 30 in housing 40 by inlet pipeline 92, thus makes air-conditioning have constant-humidity constant-temperature function.Preferably, air conditioner condensation water pipe 96 can be placed in water tank 90 so that air conditioner condensate water is introduced water tank 90, form air conditioner condensate water self-loopa.
So far, those skilled in the art will recognize that, although multiple exemplary embodiment of the present utility model is illustrate and described herein detailed, but, when not departing from the utility model spirit and scope, still can directly determine or derive other modification many or amendment of meeting the utility model principle according to content disclosed in the utility model.Therefore, scope of the present utility model should be understood and regard as and cover all these other modification or amendments.
Claims (10)
1. a water-locator, have the water-injecting cavity body for water storage, it is characterized in that, described water-injecting cavity body has ring cavity structure, and be formed with circular outlets at described water-injecting cavity body bottom portion, flow out downwards through described circular outlets to make the water in described water-injecting cavity body.
2. water-locator according to claim 1, is characterized in that, described water-injecting cavity body comprises:
For the annular trough body of water storage, it has outer shroud cell wall and inner ring cell wall, and described outer shroud cell wall is circumferentially distributed with multiple opening; With
Be arranged on the annular cover plate on described annular trough body, its there is annular roof plate and from the lower surface of described annular roof plate to the first annular perisporium of downward-extension, wherein
Described first annular perisporium is configured to described annular trough body to be enclosed in its week to the inside, and be formed with annular gap between described first annular perisporium and described outer shroud cell wall, using the circular outlets as described water-locator, the water flowed out from described multiple opening of described annular trough body flows out downwards from described circular outlets.
3. water-locator according to claim 2, is characterized in that,
Described multiple opening circumferentially direction extends, and is arranged on the bottom of described outer shroud cell wall, and the lower edge of described multiple opening is 0.3 apart from the distance of the bottom of described outer shroud cell wall
cm-1
cm.
4. water-locator according to claim 2, is characterized in that,
Described annular cover plate also comprises the second annular perisporium from the lower surface of described annular roof plate to downward-extension, described second annular perisporium is positioned at the inner side of described inner ring cell wall, described second annular perisporium is provided with at least one installing hole, and described inner ring cell wall is correspondingly provided with the screwed hole post that at least one has screwed hole.
5. water-locator according to claim 2, is characterized in that,
The inner ring cell wall of the annular trough body of described water-locator is formed with water inlet, for making inlet pipeline through described water inlet to water filling in described annular trough body.
6. water-locator according to claim 2, is characterized in that,
The annular roof plate of described annular cover plate is also provided with the multiple long and narrow holes circumferentially circumferentially distributed, multiple described long and narrow hole is arranged on the radial outside of described first annular perisporium.
7. water-locator according to claim 6, is characterized in that,
The area of section summation of all described long and narrow holes is less than the area of section of the opening of the radial inner edge formation of described annular roof plate.
8. water-locator according to claim 7, is characterized in that,
Multiple mounting ears is extended to form downwards from the circumferential outer rim of described annular roof plate.
9. a damping device, is characterized in that, comprises the water-locator according to any one of claim 1-8.
10. damping device according to claim 9, characterized by further comprising:
Wet film, it is configured to truncated cone tubular, and is configured to utilize its film internal pore to absorb humidification water; The circular outlets of described water-locator is arranged on the top of described wet film, so that humidification water droplet is poured described wet film top;
Air-supply passage, is arranged on above described water-locator, blows out described damping device for humidifier being flowed through described air-supply passage; And
Blower fan, be arranged in described air-supply passage, configure by air draught from the outer circumferential of described wet film through week that the film internal pore of described wet film sucks described wet film centre gangway to the inside, to make the humidification water in described film internal pore and described air draught heat exchange form steam, and carry the described wet film of outflow by described air draught.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420575587.4U CN204141783U (en) | 2014-09-30 | 2014-09-30 | Water-locator and damping device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420575587.4U CN204141783U (en) | 2014-09-30 | 2014-09-30 | Water-locator and damping device |
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| CN204141783U true CN204141783U (en) | 2015-02-04 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105526658A (en) * | 2014-09-30 | 2016-04-27 | 青岛海尔智能技术研发有限公司 | Water distributor and humidification device |
| CN110822609A (en) * | 2019-11-21 | 2020-02-21 | 珠海格力电器股份有限公司 | Air purifying humidifier |
| WO2023124065A1 (en) * | 2021-12-31 | 2023-07-06 | 珠海格力电器股份有限公司 | Humidifying apparatus |
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2014
- 2014-09-30 CN CN201420575587.4U patent/CN204141783U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105526658A (en) * | 2014-09-30 | 2016-04-27 | 青岛海尔智能技术研发有限公司 | Water distributor and humidification device |
| CN105526658B (en) * | 2014-09-30 | 2022-12-06 | 青岛海尔智能技术研发有限公司 | Water distributor and humidification device |
| CN110822609A (en) * | 2019-11-21 | 2020-02-21 | 珠海格力电器股份有限公司 | Air purifying humidifier |
| WO2023124065A1 (en) * | 2021-12-31 | 2023-07-06 | 珠海格力电器股份有限公司 | Humidifying apparatus |
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