Shadow humidifier
Technical field
The present invention relates to household appliance technical field, especially, relate to a kind of humidifier.
Background technology
At present, humidifier has become as at home, the popularization electrical equipment of office, is mainly used in improving indoor humidity, improves indoor environmental quality.And along with the rapid raising of people's aesthetic taste, simple humidification function cannot meet the demand of people, it usually needs the outward appearance of humidifier deliberately is designed transformation, just can cater to the taste of user.
It is true that at present there is more humidifier, its indoor design lighting effects so that operationally, humidifier case can present soft shadow to humidifier, and can also convert the color of light, so that humidifier case can present different shadows.But, the humidifier of this kind of configuration light, owing to the projecting space of its shadow is static, therefore, expression effect is extremely limited;To this end, be such as provided that a kind of dynamic effect of shadow, then can be greatly improved its appreciation effect;And it is provided that dynamic optical image effect at present, and it is only to use roller illuminating lamp holder, shadow poor continuity produced by this illuminating lamp holder, soft degree is poor and needs cooperation perspective plane just can manifest simple plane effect, and expressive force is extremely limited.
Summary of the invention
For the problems referred to above, it is an object of the invention to provide a kind of shadow humidifier, this humidifier can provide continuity degree good, soft high, and has the shadow of dynamic three-dimensional effect, is fundamentally improving the shadow expression effect of humidifier.
The technical solution adopted for the present invention to solve the technical problems is: this shadow humidifier includes humidifier body;This humidifier body includes fog outlet, and lamp source;Also including control system in described humidifier body, this control system makes illumination that the mist shed from described fog outlet sends with described lamp source with the pattern real-time change that sets relative to position.
As preferably, the illumination real-time change as follows that the mist that described fog outlet sheds sends with described lamp source is relative to position: described lamp source maintains static, and the mist position that goes out of described fog outlet is driven and real-time change by motor;The haze that the illumination that described lamp source sends is sprayed on each position through fog outlet.
As preferably, the illumination real-time change as follows that the mist that described fog outlet sheds sends with described lamp source is relative to position: the position of described fog outlet maintains static, the position in described lamp source is driven and real-time change by motor, make the direction of illumination real-time change in lamp source, and make the illumination in lamp source pass the haze that described fog outlet is sprayed all the time.
As preferably, the illumination real-time change as follows that the mist that described fog outlet sheds sends with described lamp source is relative to position: the position of described fog outlet maintains static, described lamp source include multiple illumination head, each described illumination head is controlled by a common controller, makes each illumination head the most luminous according to the order set;And the illumination of each described illumination head both passes through the haze that described fog outlet is sprayed.
The beneficial effects of the present invention is: this shadow humidifier is in use, utilize the scattering phenomenon of visible ray, make the illumination transmission haze in lamp source, so, illumination, by the scattering of mist particle, can make the people of all directions around all see by the haze region of illumination transmission, and the region outside haze, owing to there is no scattering medium, the most just illumination cannot be seen from each position;Thus, make direction of illumination the most upwards project haze, then user around is it is seen that an optical haze;When direction of illumination presses rule real-time change with the relative position of mist, user is it is seen that a shadow twisted in real time by rule, and the three-dimensional flare huge, that swing just as, its shadow expression effect is the most prominent.
Accompanying drawing explanation
Fig. 1 is embodiment one structural representation of this shadow humidifier.
Fig. 2 is in Fig. 1 embodiment, an embodiment schematic diagram of fog outlet plate.
Fig. 3 is in Fig. 1 embodiment, an embodiment schematic diagram of shield
Fig. 4 is embodiment two structural representation of this shadow humidifier.
Detailed description of the invention
The present invention is further described with embodiment below in conjunction with the accompanying drawings:
Embodiment one:
In the embodiment one shown in Fig. 1, this shadow humidifier includes humidifier body;This humidifier body includes pedestal 1 and water tank 2;It is provided with circuit board 4 in pedestal 1, and is fixed with the ultrasonic transducer 5 towards the plash 10 on pedestal 1.
Described water tank 2 is installed on pedestal 1, and the water storage cavity 20 in water tank 2 is connected with the plash 10 of pedestal 1 by a valve body 3, and described valve body 3 makes the liquid level in plash 10 maintain the height of setting.
Water tank 2 is offered one and is gone out mist passage 21, and this goes out mist passage 21 and is right against ultrasonic transducer 5;Ultrasonic transducer 5 water body in described plash 10 is excited generation mist after, by described go out mist passage 21 guide fog outlet 210.Described one block of porous plate 6 of fog outlet 210 upper cover, this porous plate 6 is as in figure 2 it is shown, offer the porous plate through hole 60 of more than 2.Also covering one block of shield 7 above described porous plate 6, this shield 7 is as it is shown on figure 3, have the shield through hole 70 of more than 1;The distribution of described shield 7 and shield through hole 70 has following features, and at shield 7 during its center rotates a circle, a porous plate through hole 60 on porous plate 6 is at least covered once by any one shield through hole 70 with one heart;Described shield 7 is driven rotation by motor mechanism 8.By this scheme, the technological merit obtained is: be possible not only to make each porous plate through hole 60 the most open-minded by certain order, makes the mist position that of mist change by order;And, during each porous plate through hole 60 is gradually covered by shield through hole 70 and staggers, the breathing area consecutive variations of porous plate through hole 60, causes the thickness consecutive variations of the mist emerged from each porous plate through hole 60, further enhances the dynamic effect of regularity.
In embodiment one, the middle part of described fog outlet 210 is provided with lamp source 9, and this lamp source 9 is highlighted colored led lamp;In order to make the illumination in lamp source 9 invest the front of fog outlet 210 as much as possible, and range of exposures is the biggest, in the present embodiment, lamp source 9 uses highlighted colored led, and a minute surface seat 91 in dome-type is set at this rear, lamp source 9, thus obtain so that the illumination in lamp source 9 can dissipate the most on a large scale, to cover whole water smoke district as much as possible.
Separately it should be noted that, directly driven described porous plate 60 to rotate by drive mechanism, and cast out described shield 7, the haze by rule twisting can also be produced, but as mentioned above, the thickness of the mist emerged from each porous plate through hole 60 just cannot consecutive variations, therefore dynamic effect be not so good as the present embodiment one.
Embodiment two:
Fig. 4 show the embodiment two of this shadow humidifier, it is with the difference of embodiment one: cast out the shield 7 in embodiment one and motor mechanism 8, and described lamp source 9 includes multiple illumination head, it is distributed on the diverse location of porous plate 6, each described illumination head is controlled by a common controller, makes each illumination head the most luminous according to the order set;And the illumination of each described illumination head both passes through the haze that described fog outlet is sprayed.
In this manner, the regional location being illuminated in whole water smoke district is by order real-time change, and expression effect, just as one flare, jumps by order in water smoke district, and its shadow expression effect is splendid.
Additionally it is worthy of note, described lamp source 9 uses microlaser, and coordinates divergence assembly, and during such as concavees lens, the flare image volume caused is huge, and effect is the most prominent.
Above-mentioned shadow humidifier is in use, utilize the scattering phenomenon of visible ray, make the illumination transmission haze in lamp source, so, illumination, by the scattering of mist particle, can make the people of all directions around all see by the haze region of illumination transmission, and the region outside haze, owing to there is no scattering medium, the most just illumination cannot be seen from each position;Thus, make direction of illumination the most upwards project haze, then user around is it is seen that an optical haze;When direction of illumination presses rule real-time change with the relative position of mist, user is it is seen that one by the shadow of rule real time kinematics, and the three-dimensional flare huge, that swing just as, its shadow expression effect is the most prominent.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any modification, equivalent substitution and improvement etc. made, should be included within the scope of the present invention.