CN206191806U - Atomizer with light emission function - Google Patents
Atomizer with light emission function Download PDFInfo
- Publication number
- CN206191806U CN206191806U CN201621180881.0U CN201621180881U CN206191806U CN 206191806 U CN206191806 U CN 206191806U CN 201621180881 U CN201621180881 U CN 201621180881U CN 206191806 U CN206191806 U CN 206191806U
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- shell
- water
- filled
- transmission region
- housing
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- 230000005540 biological transmission Effects 0.000 claims abstract description 108
- 238000005034 decoration Methods 0.000 claims abstract description 26
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 123
- 239000011800 void material Substances 0.000 claims description 16
- 239000007788 liquid Substances 0.000 claims description 14
- 239000004744 fabric Substances 0.000 claims description 2
- 230000000694 effects Effects 0.000 abstract description 4
- 230000005611 electricity Effects 0.000 abstract 1
- 230000000149 penetrating effect Effects 0.000 description 20
- 239000000463 material Substances 0.000 description 17
- 238000000889 atomisation Methods 0.000 description 13
- 238000007639 printing Methods 0.000 description 11
- 235000014676 Phragmites communis Nutrition 0.000 description 7
- 238000007667 floating Methods 0.000 description 7
- 238000004519 manufacturing process Methods 0.000 description 7
- 238000010276 construction Methods 0.000 description 5
- 230000003287 optical effect Effects 0.000 description 5
- 230000015572 biosynthetic process Effects 0.000 description 4
- 239000003595 mist Substances 0.000 description 4
- 238000010586 diagram Methods 0.000 description 3
- 239000011521 glass Substances 0.000 description 3
- 239000010903 husk Substances 0.000 description 3
- 238000005286 illumination Methods 0.000 description 3
- 230000009545 invasion Effects 0.000 description 3
- 108010022579 ATP dependent 26S protease Proteins 0.000 description 2
- 235000003140 Panax quinquefolius Nutrition 0.000 description 2
- 240000005373 Panax quinquefolius Species 0.000 description 2
- 230000000994 depressogenic effect Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000009738 saturating Methods 0.000 description 2
- 239000000779 smoke Substances 0.000 description 2
- 238000004381 surface treatment Methods 0.000 description 2
- 239000012780 transparent material Substances 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 1
- 241000628997 Flos Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000000354 decomposition reaction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000003205 fragrance Substances 0.000 description 1
- 238000009688 liquid atomisation Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
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Abstract
The utility model relates to an atomizer with light emission function, comprising a main body, be provided with luminescent light, controller in the shell body, the controller is connected with atomizing device, luminescent light electricity respectively, the shell body includes the shell light transmission region that can see through luminous lamp ray and be used for forming the decoration light efficiency, has arranged the unsmooth relief (sculpture) line of shell on shell light transmission region's wall. The unsmooth relief (sculpture) line of shell produces in various degree assembling or the effect of dispersing to luminous lamp ray to at shell light transmission region's overhead highlight shadow zone and the low light level shadow zone that has different luminance that form, low light level shadow zone and highlight shadow zone staggered arrangement, just also form shilly -shally marvellous incomparable shadow scene of drawing with light belt or facula in shell light transmission region's the sky.
Description
Technical field
The present invention relates to a kind of atomizer that can adjust indoor humidity, it is particular in that the atomizer also has hair
Light function.
Background technology
Atomizer can be referred to as humidifier again, be generally used for humidifying room air, make the appropriate humidity of indoor holding,
User's comfort is improved, is the favor that this atomizer increasingly obtains modern, diversified mist is also occurred in that on the market
Change device.In order to extend atomizer function, the practicality of atomizer is improved, also occur in that subsidiary fragrance incensing function on the market at present, bear
The atomizer of ion function, illumination functions.
And the illuminating lamp in atomizer can be not only used for illuminating indoor environment at present, can be also used for illuminating on atomizer
Decorative shell, or illuminate the decorative elements such as decorative pattern on shell and increase the dicoration of the atomizer.For example exist
A kind of wall-type ripple-haze landscape lamp humidifier proposed in Chinese utility model patent 200920300426.3, in wall type ripples
Minute surface retroreflective projection device is provided with optical haze Landscape Lighting humidifier water tub (5), the minute surface retroreflective projection device is by water proof lamp
(4), reflective snoot (2) and two pieces of minute surfaces (8) are constituted, and two pieces of minute surfaces (8) are inserted in the tank (5) simultaneously into an angle of 90 degrees
Isoceles triangle body is constituted with horizontal plane (6), the water proof lamp (4) is placed in the outside of wall-type ripple-haze landscape lamp humidifier, institute
State water proof lamp (4) and be provided with reflective snoot (2) below, it is mini to make ripple fan (3) with the water proof lamp (4) side by side;Institute
State minute surface (8) and be arranged with atomizer (9), the interior outside of alien invasion decorative panel (1) is equipped with water smoke divergence hole (11), water smoke diverging
Color lamp is installed in hole (11).The water proof lamp 4 irradiates the mini ripples for making the water surface 6 that ripple fan 3 blows afloat, and light passes through water
The refraction of face 6 and minute surface 8, it is reflected in the alien invasion decorative panel (1) and forms dynamic water ripples and project metope, constitutes life
The ripples landscape that life is not stopped.
The content of the invention
Wall-type ripple-haze landscape lamp humidifier in above-mentioned patent 200920300426.3, using light and water ripples
With reference to a kind of dynamic ripples landscape is formed on the alien invasion decorative panel, the humidifier is set to turn into a kind of wall-hung decoration
Part.Such humidifier is far from being any weak point, but is to provide the humidification with then so different shadow decorative effects
Device is that the user for liking different-style more selects to be necessary.
In consideration of it, the present invention attempts setting about being improved from the illumination structure of atomizer, the atomizer is set not only to have
Illumination functions, additionally it is possible to which the combination of the translucent construction of electroluminescent lamp and atomizer itself uniqueness in the utilization atomizer is indoors
A kind of decoration light efficiency of uniqueness is projected out, marvellous shadow scene is constructed on wall indoors such that it is able to build one
Plant fine atmosphere.Such atomizer not only has atomizing functions, lighting function, also has both shadow decoration functions, significantly
Extend the function of the atomizer.
Therefore, the present invention proposes a kind of atomizer with lighting function, including shell body, being filled with water with the cavity volume that is filled with water
Housing, the housing that is filled with water is arranged in the shell body, is provided with giving liquid on the bottom wall of the housing that is filled with water
The atomising device of atomization, is provided with the shell overfolw hole for allowing the fog being filled with water in cavity volume to overflow on the shell body；
Characterized in that, be provided with electroluminescent lamp, controller in the shell body, the controller respectively with the atomising device, luminous
Lamp is electrically connected；The shell body includes can pass through the luminous lamp wiring and the shell transparent area for forming decoration light efficiency
Domain, is disposed with the concavo-convex embossment line of shell on the wall of the shell transmission region.
Wherein, the shell body is the main body periphery housing of the atomizer, and it can be by the housing group of left and right split
Dress is formed, or is assembled by the housing of upper and lower split, such as described shell body includes lower house and upper shell, described
Lower house and upper shell are combined to form the shell body up and down.The collecting water-holding husk body, mist are formed with the shell body
Makeup is put, the inner side cavity of controller and electroluminescent lamp etc. internals.
Wherein, the housing that is filled with water is the housing for containing liquid to be atomized, and the housing that is filled with water can be by support
Frame and be vacantly arranged in the shell body, or under the setting environment that the shell body includes lower house and upper shell, institute
Stating the housing that is filled with water can be located on the lower house with seat and be positioned by the lower house.
Wherein, the atomising device generally comprises atomization vibrating reed, and the atomization vibrating reed can convert electrical energy into machine
Tool energy simultaneously constantly pats liquid so as to make the liquid atomization during dither.
Wherein, the fog that fog can be allowed to pass through that the shell overfolw hole is provided on the shell body leads to
Road, it can directly connect free surrounding space and then the fog being filled with water in cavity volume is directly transported to free surrounding space.Or,
Fog nozzle can also be set on the shell overfolw hole, and so, the fog being filled with water in cavity volume overflows through the shell
Entered into after portalling in the fog nozzle and be finally transported to free surrounding space, now the shell overfolw hole turn into indirectly
Fog spills into the passage of free surrounding space.
Wherein, in order to form the shell transmission region on the shell body, the shell body can be using tool
The material for having printing opacity physical characteristic is manufactured, such as PC materials, glass material etc.；Or the shell body is integrally using non-
Light material is manufactured, and void region is set on the shell body, is then filled up by special with printing opacity physics in the void region
Property material manufacture light-passing board it is also possible.And further ought not arrange described on the wall of the shell transmission region
In the case of the concavo-convex embossment line of shell, substantially can directly form the shell transmission region by the void region is also
Feasible.In addition to the embodiments described above, other implementation methods can also be taken, as long as enabling the shell transmission region saturating
Cross the luminous lamp wiring.And the luminous lamp wiring can be the direct projection light of the electroluminescent lamp, can also be described
Light after the former propagation path of object change of the direct projection light of electroluminescent lamp by optical mirror or with optical mirror feature, example
Such as refracted light, reflection light.The electroluminescent lamp belongs to a kind of lampion, refers to for sending the signal of cue
Show that lamp is different.
In addition to can be through the luminous lamp wiring, the shell transmission region can also be used to form decoration light efficiency.
The concavo-convex embossment line of shell is disposed with the wall of the shell transmission region, wherein, the concavo-convex embossment line of shell is with recessed
Convex height fall simultaneously sketches out the light penetrating object of specific modelling by the height of concave convex drop, including recessed light penetrating object and convex lens light
Body.The recessed light penetrating object and convex lens body of light are named according to height of concave convex relative between them, such as in the shell
When setting depressed body on the wall of transmission region, the depressed body forms the recessed light penetrating object, and between the recessed light penetrating object
Relatively lofty region also just form the convex lens body of light.Conversely, setting lofty on the wall of the shell transmission region
During body, the towering body forms the convex lens body of light, and relatively sunken region between the convex lens body of light also just forms institute
State recessed light penetrating object.The recessed light penetrating object and convex lens body of light can not only printing opacities, additionally it is possible to change the propagation path of light.For example,
When the similar concavees lens of the recessed light penetrating object have recess curved surface, the recessed light penetrating object can be dissipated by its light.Again
For example, when the similar convex lens of the convex lens body of light have convex curved surface, the convex lens body of light can be assembled by its light
Line.And when the recessed light penetrating object or convex lens body of light are in tabular, the luminous lamp wiring then can be with direct projection through described recessed
Body of light or convex lens body of light.So, by the concavo-convex setting for floating embossed recessed light penetrating object and convex lens body of light concaveconvex shape of the shell
The propagation path of the luminous lamp wiring can be controlled, the luminous lamp wiring is mapped through after the concavo-convex embossment line of the shell
Go out dim light shadow zone and high light shadow zone that brightness differs, the dim light shadow zone and high light shadow zone interlaced arrangement, in the shell
The overhead of transmission region also just forms the marvellous incomparable shadow scene that hesitation light belt or hot spot are drawn, and also just forms the dress
Decorations light efficiency.
The concavo-convex embossment line can also substantially be arranged on other housings except that can be arranged on the shell body
On, for example it is arranged on described being filled with water on housing.Further technical scheme is that the housing that is filled with water is between the electroluminescent lamp and institute
State between shell transmission region, the part corresponding to the shell transmission region of the housing that is filled with water is configured to pass through institute
Luminous lamp wiring and the housing transmission region that is filled with water for forming decoration light efficiency are stated, in the wall of the housing transmission region that is filled with water
On be disposed with the concavo-convex embossment line of the housing that is filled with water, there is no the concavo-convex embossment line of the shell on the wall of the shell transmission region.
Wherein, between the electroluminescent lamp and the shell transmission region, features described above is defined the housing that is filled with water
Position relationship between the housing that is filled with water, the electroluminescent lamp and the shell transmission region, such position relationship makes described
Luminous lamp wiring is first filled with water after housing transmission region through described in and is irradiated to again on the shell transmission region.It is filled with water when described
In the cavity volume that is filled with water of housing after storage liquid, the atomization vibrating reed of dither constantly pats liquid and liquid is produced silk floss
Prolong ripples without cease, the housing that is filled with water that now described luminous lamp wiring is filled with water on housing transmission region through described in is concavo-convex floating
It is embossed and when being irradiated to continuous ripples ripples without cease, form rich sporty decoration light efficiency in the overhead of the atomizer.
Wherein, the part corresponding to the shell transmission region of the housing that is filled with water is set to the housing printing opacity that is filled with water
Region, the housing transmission region that is filled with water can simultaneously pass through the luminous lamp wiring with the shell transmission region.And it is described
Be filled with water housing transmission region and the shell transmission region can have equal or unequal glazed area, their transparent surfaces
Long-pending magnitude relationship can't influence the formation of the decoration light efficiency.
Wherein, in order to the housing transmission region that is filled with water described in being formed on the housing that is filled with water, the housing that is filled with water can
Manufactured with using the material of specific printing opacity physical characteristic, such as PC materials, glass material etc.；Or the housing that is filled with water is whole
Body is manufactured using alternatively non-transparent material, and void region is provided with the housing that is filled with water, and then fills up close in the void region
Seal also possible by the light-passing board of the material manufacture with printing opacity physical characteristic.Wherein, the concavo-convex embossment line of the housing that is filled with water
There is similar 26S Proteasome Structure and Function with the concavo-convex embossment line of the shell, be not repeated to discuss for this.
In addition, the concavo-convex embossment line can also be arranged on top cover body, and further technical scheme is, described
It is filled with water and top cover body is additionally provided between housing and the shell transmission region, the top cover housing is located at the upper of housing that be filled with water
On portion opening portion, the top cover overfolw hole for allowing the fog being filled with water in cavity volume to overflow is provided with the top cover body；It is described
The part corresponding to the shell transmission region of top cover body is configured to be filled through the luminous lamp wiring and for being formed
The top cover transmission region of light efficiency is adornd, the concavo-convex embossment line of top cover is disposed with the wall of the top cover transmission region, in the Sheng
Without the concavo-convex embossment line of housing that is filled with water on the wall of water hull body transmission region, do not have on the wall of the shell transmission region
There is the concavo-convex embossment line of the shell.
Wherein, top cover body is additionally provided between housing and the shell transmission region in described being filled with water, features described above definition
Position relationship between the housing that is filled with water, the top cover body and the shell transmission region, such position relationship makes institute
State luminous lamp wiring and be filled with water after housing transmission region, the top cover body transmission region through described in successively and be irradiated to the shell again
On transmission region.
Wherein, the top cover housing be located at it is described be filled with water in the upper opening portion of housing, so, the top cover body with it is described
Water-holding husk body forms a fog host cavity, prevents atomization vapour surrounding from trickling and influenceing fog-supplying amount.It is provided with the top cover body
For the top cover overfolw hole for allowing the fog being filled with water in cavity volume to overflow, the top cover overfolw hole is provided on the top cover body
A fog passage that fog can be allowed to pass through, it can directly connect the shell overfolw hole, can also be by fog mistake
Road is communicated to the shell overfolw hole, and so, the fog being filled with water in cavity volume sequentially passes through the top cover overfolw hole, described outer
Free surrounding space is spilt into after shell overfolw hole.
Wherein, the part corresponding to the shell transmission region of the top cover body is set to the top cover transmission region,
The top cover transmission region can simultaneously pass through the luminous lamp wiring with the shell transmission region.And the top cover transparent area
Domain and the shell transmission region can have equal or unequal glazed area, and the magnitude relationship of their glazed areas is simultaneously
The formation of the decoration light efficiency is not interfered with.
Wherein, the concavo-convex embossment line of the top cover has similar 26S Proteasome Structure and Function with the concavo-convex embossment line of the shell, is this
It is not repeated to discuss.
According to above-mentioned technical proposal, it is compared with the prior art, the beneficial effects of the present invention are：
Due to the shell body include can pass through the luminous lamp wiring and be used for formed decorate light efficiency shell it is saturating
Light region, is disposed with the concavo-convex embossment line of shell on the wall of the shell transmission region, so, the shell transmission region with
And the concavo-convex embossment line of the shell being disposed thereon turns into the translucent construction of itself uniqueness of the atomizer, the luminous light
When line is through the shell concavo-convex embossment line, the recessed light penetrating object of the different concavo-convex degree that the concavo-convex embossment line of shell has and
Convex lens body of light produces different degrees of convergence or disperse function to the luminous lamp wiring, so as in the shell transmission region
Overhead forms high light shadow zone and dim light shadow zone with different brightness, and the dim light shadow zone and the high light shadow zone interlock cloth
Put, the marvellous incomparable shadow scene that hesitation light belt or hot spot are drawn also just formed in the overhead of the shell transmission region,
Also the decoration light efficiency is just formed.In addition it is possible to described weak to adjust by adjusting the concavo-convex floating embossed shape of the shell
Light shadow zone and the shape in the high light shadow zone.
In addition, the concavo-convex embossment line is in addition to it can be arranged on the shell body, can also be arranged on simultaneously described
It is filled with water on housing or top cover body, or is only arranged at the shell body, is filled with water on housing or top cover body, is that this is described concavo-convex
Float embossed placement scheme various, placement position can be selected according to the concrete structure of atomizer.And the concavo-convex embossment line
It is to be compounded on the original housing component of the atomizer, without specially setting up printing opacity to set the concavo-convex embossment line
Part, therefore, setting the concavo-convex embossment line can't significantly increase the manufacturing cost of atomizer.
Further technical scheme is also possible that the shell body includes lower house and upper shell, the lower house and upper
The upper and lower pairing of housing is substantially combined in spherical, and the shell transmission region is arranged on the upper shell.So, the atomizer
There is the outward appearance of uniqueness in spherical.
Further technical scheme is also possible that and includes transitional shell and roof trim lid, the mistake on the upper shell
The lower edge for crossing housing combines the lower house, and the roof trim cage is located on the upper rim of the transitional shell, described outer
Shell transmission region and the shell overfolw hole are arranged on the roof trim and cover.So, the upper shell uses split knot
Structure is made and is easy to the transitional shell and roof trim lid to be manufactured using different materials or carry out different surface treatments, is entered
One step enriches the outward appearance of the upper shell.
The shell transmission region of the shell body can have translucency by the printing opacity physical characteristic of material, may be used also
With inherently void region, for example, following technical scheme is further used, void region, institute are provided with the shell body
State void region and form the shell transmission region.So described void region can not only allow the luminous lamp wiring to pass through,
The contour shape for repairing shadow in other words can also be further limited by the boundary profile of the void region.
In order to optimize the application experience of the atomizer, and it is easy to use this atomization effect to the atomizer
Really, the control of decoration light efficiency etc. functional module, further, the atomizer also includes remote control, on the remote control
It is provided with the signal generator that control instruction is sent to the controller.
Because the present invention has These characteristics and advantage, in may apply to the atomizer with lighting function for this.
Brief description of the drawings
Fig. 1 is the cross section structure diagram using the atomizer with lighting function of technical solution of the present invention；
Fig. 2 is the decomposition texture schematic diagram of the atomizer with lighting function;
Fig. 3 is the mplifying structure schematic diagram of a-quadrant in Fig. 2；
Fig. 4 is the structural representation using the atomizer of another embodiment.
Specific embodiment
As illustrated, the present invention proposes a kind of atomizer with lighting function, including shell body A, with the cavity volume that is filled with water
40 housing 4 that is filled with water, the housing 4 that is filled with water is arranged in the shell body A, and energy is provided with the bottom wall of housing 4 that is filled with water
Enough atomising devices 7 being atomized to liquid, are provided with the shell body A for allowing the fog being filled with water in cavity volume 40 to overflow
The shell overfolw hole 221 for going out；Characterized in that, electroluminescent lamp 8, controller 5 are provided with the shell body A, 5 points of the controller
Do not electrically connected with the atomising device 7, electroluminescent lamp 8；The shell body A includes can be used in combination through the light of the electroluminescent lamp 8
In the shell transmission region 220 for forming decoration light efficiency, shell is disposed with the wall of the shell transmission region 220 concavo-convex floating
Embossed 222.
The structure to the above-mentioned atomizer with lighting function is further described below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, the shell body A is the main body periphery housing of the atomizer, including lower house 1 and upper
Housing 2, the lower house 1 and upper shell about 2 pairing substantially combine in spherical.Include transitional shell 21 on the upper shell 2
With roof trim lid 22, with reference to the lower house 1,22, the roof trim lid is located at described the lower edge of the transitional shell 21
On the upper rim of transitional shell 21.So, the upper shell 2 is easy to the transitional shell 21 and top using Split type structure manufacture
Trim 22 is manufactured using different materials or carries out different surface treatments, and can further enrich the upper shell 2
Outward appearance.
Host cavity is formed with the shell body A, being filled with water with the cavity volume 40 that is filled with water is contained in the host cavity
Housing 4, the housing 4 that is filled with water is located on the lower house 1.Described being filled with water between housing 4 and the lower house 1 forms electric capacity
Chamber 10, is provided with atomising device 7 in the capacitance cavity 10, and the atomising device 7 is arranged on described being filled with water on the bottom wall of housing 4
's.The atomising device 7 includes atomization vibrating reed 70 and is sealingly disposed in atomization vibrating reed 70 and the housing 4 that is filled with water
Between sealing ring 71, it is described atomization vibrating reed 70 can convert electrical energy into mechanical energy and during dither constantly
Liquid is patted so that liquid is atomized into atomization gas in the cavity volume 40 that is filled with water.Controller is additionally provided with the capacitance cavity 10
5th, electroluminescent lamp 8 and signal lamp 81.The atomising device 7, electroluminescent lamp 8 and signal lamp 81 respectively with the controller
5 electrical connections.Indicating pass through hole is additionally provided with the side wall of the lower house 1, the signal lamp 81 indicates to lead to through described
Hole is revealed in outside the lower house 1, and the energization situation of the atomizer, the appearance that is filled with water are sent by the signal lamp 81
The cues such as the water storage situation in chamber 40.
Air blower 6 is additionally provided with the lower section of the controller 5.Outside air can be blown into institute by the air blower 6
State in the housing 4 that is filled with water and be blown into free surrounding space in the atomization gas being filled with water in housing 4 hoarding.And it is described in order to allow
The fog being filled with water in cavity volume 40 is spilt into free surrounding space, and shell overfolw hole 221 is provided with the roof trim lid 22.Institute
The fog passage that fog can be allowed to pass through that shell overfolw hole 221 is provided on the roof trim lid 22 is stated, it can
Directly to connect free surrounding space and then the fog being filled with water in cavity volume 40 be directly transported to free surrounding space.Or, may be used also
To set fog nozzle on the shell overfolw hole 221, so, the fog being filled with water in cavity volume 40 overflows through the shell
Portal and enter into after 221 in the fog nozzle and be ultimately escaping into free surrounding space, between now the shell overfolw hole 221 turns into
Ground connection spills into fog in the passage of free surrounding space.
As shown in figure 1, be additionally provided with the roof trim lid 22 can be through the light of the electroluminescent lamp 8 and for shape
Into the shell transmission region 220 of decoration light efficiency, the concavo-convex embossment line of shell is disposed with the wall of the shell transmission region 220
222.The part corresponding to the shell transmission region 220 of the housing 4 that is filled with water is configured to through the light of the electroluminescent lamp 8
The housing transmission region 41 that is filled with water of line.
Wherein, in order to form the shell transmission region 220 on the roof trim lid 22, in the water-holding husk
Be filled with water housing transmission region 41 described in being formed on body 4, and the roof trim lid 22, the housing 4 that is filled with water can be used with transparent object
Manage the material manufacture of characteristic, such as PC materials, glass material etc.；Or the roof trim lid 22, the housing 4 that is filled with water are overall
Manufactured using alternatively non-transparent material, void region is set on the roof trim lid 22, the housing 4 that is filled with water, then in the hollow out
It is also possible that the light-passing board manufactured with the material with transparent object reason characteristic is filled up in region.In addition to the embodiments described above, may be used also
To take other implementation methods, as long as enabling the shell transmission region 220 and the housing transmission region 41 that is filled with water through institute
State the light of electroluminescent lamp 8, and be filled with water housing transmission region 41 and the shell transmission region 220 can have it is equal or
The unequal glazed area of person, the magnitude relationship of their glazed areas can't influence the formation of the decoration light efficiency.And at this
In embodiment, the roof trim lid 22 and the housing 4 that is filled with water are overall using PC plastic manufacturings.
Wherein, the light of the electroluminescent lamp 8 can be the direct projection light of the electroluminescent lamp 8, can also be the electroluminescent lamp 8
Light after the former propagation path of object change of the direct projection light by optical mirror or with optical mirror feature, for example, reflect light
Line, reflection light etc..
As shown in Figures 2 and 3, the concavo-convex embossment line 222 of the shell is with height of concave convex drop and by described concavo-convex
Height fall sketches out the light penetrating object of specific modelling, including recessed light penetrating object 222b and convex lens body of light 222a.The convex lens body of light
The similar convex lens of 222a have convex curved surface, can be converged when the light of the electroluminescent lamp 8 is by the convex lens body of light 222a and
High light shadow zone is formed in the top of the atomizer, when the recessed light penetrating object 222b is in tabular, the light of the electroluminescent lamp 8 can be with
Direct projection forms dim light shadow zone through the recessed light penetrating object 222b in the top of the atomizer.And when to the institute in the present embodiment
State recessed light penetrating object 222b shape be suitably modified for similar concavees lens there is recess curved surface when, the recessed light penetrating object can be sent out
Dissipate by its light.So, the recessed light penetrating object 222b and convex lens body of light 222a can not only printing opacity, additionally it is possible to change light
Propagation path.The shell transmission region 220 and the concavo-convex embossment line 222 of the shell being disposed thereon turn into the mist
Change the translucent construction of device itself uniqueness, when the light of the electroluminescent lamp 8 is through the shell concavo-convex embossment line 222, the shell is recessed
The recessed light penetrating object 222b and convex lens body of light 222a of the different concavo-convex degree that convex embossment line 222 has are to the light of the electroluminescent lamp 8
Different degrees of convergence or disperse function is produced, there are different lights so as to be formed in the overhead of the shell transmission region 220
The high light shadow zone and dim light shadow zone of degree, the dim light shadow zone and high light shadow zone interlaced arrangement, in the shell transmission region
Also the marvellous incomparable shadow scene that hesitation light belt or hot spot are drawn just is formed on the building wall of 220 tops, also with regard to shape
Into the decoration light efficiency.In addition it is possible to adjust the dim light shadow zone by adjusting the concavo-convex floating embossed shape of the shell
With the shape in the high light shadow zone.
It will be seen from figure 1 that the housing 4 that is filled with water is between the electroluminescent lamp 8 and the shell transmission region 220
, such position relationship makes the light of the electroluminescent lamp 8 first through described in being irradiated to again after the housing transmission region 41 that is filled with water
On shell transmission region 220.After the storage liquid in the cavity volume 40 that is filled with water of the housing 4 that is filled with water, the mist of dither
Change vibrating reed 70 constantly to pat liquid and make liquid produce the ripples without cease that are continuous, now described luminous lamp wiring to pass through the Sheng
The concavo-convex embossment line 222 of shell that water hull body transmission region 41 is radiated on the shell transmission region 220 and being irradiated to is continuous not
During exhausted ripples ripples, rich sporty decoration light efficiency is formed in the overhead of the atomizer.
In addition to can concavo-convex embossment line be set on the roof trim lid 22, can also the shell body A its
On the wall of his transmission region, or concavo-convex embossment line is set on other housings of the atomizer, as shown in figure 1,
The concavo-convex embossment line 42 of the housing that is filled with water is disposed with the wall of housing transmission region 41 that is filled with water, the electroluminescent lamp 8 is passed through successively
After the housing transmission region 41 that is filled with water, shell transmission region 220 decoration light efficiency is formed in the overhead of the atomizer.
In order to external air flow be incorporated into it is described be filled with water in housing 4, in housing 4 and the shell printing opacity of being filled with water
Top cover body 3 is additionally provided between region 220, the top cover body 3 is located at described being filled with water in the upper opening portion of housing 4 and in institute
State and form gas channel between top cover body 3 and the housing 4 that is filled with water.
Shown in Fig. 2, the top cover body 3 forms a fog host cavity with the housing 4 that is filled with water, and prevents the circumfluence of atomization vapour four
Drop down and influence fog-supplying amount.It is provided with the top cover body 3 and is overflowed for the top cover for allowing the fog being filled with water in cavity volume 40 to overflow
Hole 30, the fog passage that fog can be allowed to pass through that the top cover overfolw hole 30 is provided on the top cover body 3, its is straight
Connect and connected with the shell overfolw hole 221.So, the fog being filled with water in cavity volume 40 sequentially passes through the top cover overfolw hole
30th, free surrounding space is spilt into after the shell overfolw hole 221.Certain top cover overfolw hole 30 can also be connected by fog passageway
It is also feasible scheme to lead on the shell overfolw hole 221.
In order to avoid blocking the light of the electroluminescent lamp 8, in the top cover body 3 corresponding to the shell transmission region 220
The part top cover transmission region 31 that is configured to through the light of the electroluminescent lamp 8, the top cover transmission region 31 with it is described
Shell transmission region 220 can simultaneously pass through the light of the electroluminescent lamp 8.And the top cover transmission region 31 and the shell printing opacity
The magnitude relationship that region 220 can have equal or unequal glazed area, their glazed areas can't influence described
Decorate the formation of light efficiency.In order to form the top cover transmission region 31, the structure of the shell transmission region 220 is may be referred to.
In the present embodiment, the top cover body 3 is overall using the manufacture of PC materials.
In order to form the decoration light efficiency, the concavo-convex embossment line is except that can be arranged on the roof trim lid 22, institute
State outside on the cavity volume 40 that is filled with water, can also be arranged on the top cover transmission region 31 of the top cover body 3.As shown in Fig. 2 on the top
The concavo-convex embossment line 32 of top cover is disposed with the wall of lid transmission region 31.
According to above-mentioned technical proposal it can be found that the concavo-convex embossment line can be only arranged at the roof trim lid
22nd, it is filled with water on the transmission region of one of them of cavity volume 40 or the top cover body 3, it is also possible to while being arranged on the roof trim
Lid 22, be filled with water on cavity volume 40 or the top cover body 3, if can allow the light of the electroluminescent lamp 8 through the concavo-convex embossment line simultaneously
The overhead for being irradiated to the atomizer can form decoration light efficiency.
In order to further optimize the decoration light efficiency, our translucent constructions to the atomizer are improved further,
Set on be filled with water cavity volume transmission region 41 or the top cover transmission region 31 under concavo-convex floating embossed facilities, in institute
State and void region is provided with roof trim lid 22, the void region forms the shell transmission region 220.The vacancy section
Domain 220 can not only allow the light of the electroluminescent lamp 8 to pass through, additionally it is possible to further be limited by the boundary profile of the void region
The contour shape of shadow is repaired in other words.
In order to optimize the application experience of the atomizer, and it is easy to use this atomization effect to the atomizer
Really, the control of decoration light efficiency etc. functional module, further, the atomizer also includes remote control, on the remote control
It is provided with the signal generator that control instruction is sent to the controller 5.
According to the enlightenment that above-mentioned technical proposal gives, other knots are also applied to concavo-convex floating embossed translucent construction
In the atomizer of structure, such as the atomizer shown in Fig. 4.The atomizer includes shell body A ", the shell body A " includes left and right
The left shell 2 " and right shell body 1 " of split.The housing 4 that is filled with water is additionally provided between the left shell 2 " and right shell body 1 " ", in institute
State the housing 4 that is filled with water " bottom wall on be provided with the atomising device 7 that is atomized to liquid ", the left shell 2 " on be provided with
For allowing the cavity volume 40 that is filled with water " in the shell overfolw hole 221 that overflows of fog "；The shell body A is " interior to be provided with electroluminescent lamp
8 ", controller（It is not drawn into figure）, the controller electrically connects with the atomising device 7 ", electroluminescent lamp 8 " respectively.The right shell
" including can the pass through the electroluminescent lamp 8 " light of body 1 and the shell transmission region 10 for forming decoration light efficiency ", described
The concavo-convex embossment line of shell is disposed with the wall of shell transmission region 10 "（It is not drawn into figure）.
Claims (7)
1. there is the atomizer of lighting function, including shell body, the housing that is filled with water with the cavity volume that is filled with water, the housing setting that is filled with water
In the shell body, the atomising device being atomized to liquid is provided with the bottom wall of the housing that is filled with water, it is described outer
The shell overfolw hole for allowing the fog being filled with water in cavity volume to overflow is provided with housing；Characterized in that, the shell body
Electroluminescent lamp, controller are inside provided with, the controller is electrically connected with the atomising device, electroluminescent lamp respectively；The shell body bag
Containing that can pass through the luminous lamp wiring and be used to be formed the shell transmission region for decorating light efficiency, in the shell transmission region
Wall on be disposed with the concavo-convex embossment line of shell.
2. atomizer according to claim 1, it is characterised in that the housing that is filled with water is outer with described between the electroluminescent lamp
Between shell transmission region, the part corresponding to the shell transmission region of the housing that is filled with water is configured to through the hair
Light lamp wiring and the housing transmission region that is filled with water for forming decoration light efficiency, the cloth on the wall of housing transmission region that is filled with water
The concavo-convex embossment line of the housing that is filled with water is equipped with, there is no the concavo-convex embossment line of the shell on the wall of the shell transmission region.
3. atomizer according to claim 2, it is characterised in that it is described be filled with water housing and the shell transmission region it
Between be additionally provided with top cover body, the top cover housing be located at it is described be filled with water in the upper opening portion of housing, set on the top cover body
There is the top cover overfolw hole for allowing the fog being filled with water in cavity volume to overflow；The top cover body corresponding to the shell transparent area
The part in domain is configured to through the luminous lamp wiring and the top cover transmission region for forming decoration light efficiency, on the top
The concavo-convex embossment line of top cover is disposed with the wall of lid transmission region, without described on the wall of housing transmission region that is filled with water
The concavo-convex embossment line of the housing that is filled with water, does not have the concavo-convex embossment line of the shell on the wall of the shell transmission region.
4. the atomizer according to claim 1,2 or 3, it is characterised in that the shell body includes lower house and upper shell,
The lower house and the upper and lower pairing of upper shell are substantially combined in spherical, and the shell transmission region is arranged on the upper shell.
5. atomizer according to claim 4, it is characterised in that include transitional shell and roof trim on the upper shell
Lid, the lower edge of the transitional shell combines the lower house, and the roof trim cage is located at the upper rim of the transitional shell
On, the shell transmission region and the shell overfolw hole are arranged on the roof trim and cover.
6. the atomizer according to Claims 2 or 3, it is characterised in that void region, institute are provided with the shell body
State void region and form the shell transmission region.
7. the atomizer according to claim 1,2 or 3, it is characterised in that the atomizer also includes remote control, described
The signal generator that control instruction is sent to the controller is provided with remote control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180881.0U CN206191806U (en) | 2016-10-28 | 2016-10-28 | Atomizer with light emission function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621180881.0U CN206191806U (en) | 2016-10-28 | 2016-10-28 | Atomizer with light emission function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206191806U true CN206191806U (en) | 2017-05-24 |
Family
ID=58733519
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621180881.0U Expired - Fee Related CN206191806U (en) | 2016-10-28 | 2016-10-28 | Atomizer with light emission function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206191806U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106288107A (en) * | 2016-10-28 | 2017-01-04 | 佛山市南海科日超声电子有限公司 | There is the nebulizer of lighting function |
| CN113294709A (en) * | 2021-06-02 | 2021-08-24 | 上海应用技术大学 | Multifunctional indoor landscape decorative lamp based on water refraction |
-
2016
- 2016-10-28 CN CN201621180881.0U patent/CN206191806U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106288107A (en) * | 2016-10-28 | 2017-01-04 | 佛山市南海科日超声电子有限公司 | There is the nebulizer of lighting function |
| CN113294709A (en) * | 2021-06-02 | 2021-08-24 | 上海应用技术大学 | Multifunctional indoor landscape decorative lamp based on water refraction |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170524 |