CN201609689U

CN201609689U - Automatic solution pulverizing device

Info

Publication number: CN201609689U
Application number: CN2009202732456U
Authority: CN
Inventors: 李奉爵
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-12-16
Filing date: 2009-12-16
Publication date: 2010-10-20
Anticipated expiration: 2019-12-16

Abstract

The utility model discloses an automatic solution pulverizing device which comprises containers, solution releasing valves, pulverizing modules and a control module, wherein each container is provided with a solution outlet, and solution releasing valve sets are arranged at the positions of the solution outlets; pulverizing module sets are arranged below the solution releasing valves; the control module is electrically connected with at least one solution releasing valve and one pulverizing module; and the control module controls the solution releasing valves and the pulverizing modules to open or close. Therefore, the automatic solution pulverizing device can achieve the efficiency of automatically blending component proportioning of solution to be pulverized, automatically starting or stopping time control, and controlling the pulverizing intensity and size of pulverized particles.

Description

The automatic atomising device of solution

Technical field

The utility model is about the automatic atomising device of a kind of solution, refers to that especially a kind of being applicable to discharges disinfection or the fragrant automatic atomising device of solution of fragrance expansion.

Background technology

See also Fig. 1, Fig. 1 is the schematic diagram of known atomising device.The water oxygen machine that atomising device 9 shown in the figure promptly is commonly called as generally is usually used in the purposes that essential oil fragrance spreads.At present common atomising device 9 mainly comprises following primary clustering, an essential oil ware 91, an and ultrasonic oscillator 92.Usually after the user needs earlier water to be followed essential oil or multiple other fragrancing liquid mixing preparation, pour in the essential oil ware 91, restart ultrasonic oscillator 92 and utilize high frequency oscillation, mixed solution is atomized into liquid particle.

Yet present known atomising device 9 has considerable operating procedure, still will lean on manually, and for example ratio of aromatic allotment, the time that starts, the amount of disengaging, and the intensity of atomizing etc. all must the user artificially be controlled, and allotment, quite inconvenience.Hence one can see that, how to realize a kind of convenience, simple structure, time saving and energy saving, can full automation control atomize again, produces the automatic atomising device of solution of the effect of fragrance or disinfection, is a kind of the pressing on the industry.

The utility model content

The purpose of this utility model is to provide a kind of solution automatic atomising device, to improve the defective that exists in the known technology.

For achieving the above object, the automatic atomising device of the solution that the utility model provides comprises: at least one container, at least one solution disengage valve, an atomizing module and a control module.Wherein, each container includes a liquid outlet.It is the liquid outlet place that is mounted at least one container that at least one solution disengages valve.And atomizing module is to be mounted at least one solution to disengage the valve below.As for, control module is to electrically connect at least one solution to disengage valve and atomizing module.Control module is controlled at least one solution and is disengaged valve and atomizing module.Therefore, the utility model time process control, and control atomizing intensity, and the effect of atomized particle size of starting or close in order to do the solution composition that can reach the atomizing of automatic allotment desire, automatically.

Wherein, atomizing module of the present utility model can include a piezoelectric ceramic oscillator and a liquid collecting ware.And piezoelectric ceramic oscillator is to be electrically connected to control module.Wherein, piezoelectric ceramic oscillator is to utilize electronics concussion principle, produces the high-frequency seismic wave liquid molecular structure is broken up, and thus solution is shaken into minimum vaporific particle, will discharge anion in the atomization process.Use piezoelectric ceramic oscillator to have more an advantage, when being in dry-fire condition accidentally, can't producing high temperature and burn.Certainly, the utility model also can adopt the ultrasonic oscillator, only must pay special attention to use the ultrasonic oscillator should avoid dry combustion method, otherwise will cause device to burn.

Moreover the utility model also can include at least one mozzle, is communicated with the liquid collecting ware that at least one solution disengages valve and atomizing module, is guided in the liquid collecting ware in order to disengaging the solution that valve flows out from solution.In view of the above, container need not be arranged at directly over the liquid collecting ware, can be located at other position, liquid collecting ware top, get final product by the guiding of solution self gravitation and mozzle, because of be located at the diffuse flow that will influence the liquid particle after atomizing directly over the liquid collecting ware to.

In addition, at least one solution of the present utility model disengages valve and can be a magnetic valve, and its groundwork principle is the electromagnetic force effect that utilizes solenoid to produce, and opens or close magnetic valve, mainly conveniently controls.Certainly, at least one solution of the present utility model disengages valve except that magnetic valve, also can be air pressure valve, oil pressure valve or other equivalent device.Again and, atomizing module of the present utility model can include a fan, is to be electrically connected to control module, in order to the solution particle rapid diffusion after will atomizing, reaches better disinfection or fragrance diffusion effect.

In addition, the utility model can also include a display screen, is electrically connected to control module, in order to display-related setting, such as start-up time, intensity, duration or prescription demonstration etc.Certainly, display screen also can be a Touch Screen, serves as showing and importing control of task simultaneously.In addition, the utility model can also include an input module, is electrically connected to control module, sets in order to input, starts time-histories, intensity, duration or sets formula rate etc. such as setting.

Moreover the utility model can also include a power module, is electrically connected to control module, and in order to power supply to be provided, it can be external power supply or battery etc.Again, the utility model can also include a remote controller, is in order to launching a wireless signal, and control module also includes a wireless signal receiving interface, and the wireless signal receiving interface is to receive the wireless signal that remote controller is launched.In view of the above, the utility model also can be set or control through remote controller.

Preferably, the utility model can also include an internal memory, is electrically connected to control module.And store at least one disengage valve start-up time and at least one disengaging the opening of valves duration in the internal memory.Wherein, control module can be disengaged valve start-up time and at least onely disengages the opening of valves duration and control at least one solution and disengage valve according at least one.In view of the above, disengaging valve can be to disengage the storing and setting that valve starts time-histories start-up time, can be the storing and setting of disengaging the opening of valves duration and disengage the control of opening of valves duration.

Time process control, and control atomizing intensity, and the effect of atomized particle size that the utility model can be realized allocating automatically the solution composition of desire atomizing, start or close automatically.

Description of drawings

Fig. 1 is the schematic diagram of known atomising device.

Fig. 2 is the stereogram of the utility model one preferred embodiment.

Fig. 3 is the system architecture diagram of the utility model one preferred embodiment.

Primary clustering symbol description in the accompanying drawing

20,21,22,23 containers; 201,211,221,231 liquid outlets; 3 solution disengage valve; 31 mozzles; 4 atomizing modules; 41 piezoelectric ceramic oscillator; 42 fans; 43 liquid collecting wares; 5 control modules; 51 wireless signal receiving interfaces; 52 power modules; 6 display screens; 7 input modules; 71 remote controllers; 8 internal memories; 81 disengage valve start-up time; 82 disengage the opening of valves duration; 9 atomising devices; 91 essential oil wares; 92 ultrasonic oscillators.

The specific embodiment

Please consult Fig. 2, Fig. 3 simultaneously, Fig. 2 is the stereogram of automatic atomising device one preferred embodiment of the utility model solution, and Fig. 3 is the system architecture diagram of the utility model one preferred embodiment.Show four

containers

20,21,22,23 among the figure, it is installed in four kinds of different solution respectively, and it can be the solvent of four kinds of different essential oils, aromatic or other disinfections.And each

container

20,21,22,23 includes a liquid outlet 201,211,221,231, in order to the solution in the

amount discharge container

20,21,22,23.

In addition, more as shown in FIG., having four solution to disengage valve 3, is liquid outlet 201,211,221,231 places that are mounted on four

containers

20,21,22,23 respectively, and it is in order to control disengaging of solution in the

container

20,21,22,23 respectively.In the present embodiment, it is a magnetic valve that solution disengages valve 3, and its groundwork principle is to utilize the effect of the electromagnetic force of solenoid generation, and then control is opened or closed.Certainly, the utility model is not limited to magnetic valve, and it also can be air pressure valve, oil pressure valve or other equivalent device.

Moreover, show an atomizing module 4 among the figure in addition, be to be mounted on solution to disengage valve 3 belows.Atomizing module 4 includes a piezoelectric ceramic oscillator 41 and a liquid collecting ware 43.Wherein, the liquid collecting ware 43 main solution of collecting disengage the solution that valve 3 flows out, and voltage supply electroceramics oscillator 41 produces atomizing.And piezoelectric ceramic oscillator 41 is mounted on liquid collecting ware 43 belows, and directly contacts the collected solution of liquid collecting ware 43, in order to this solution of running atomizing.Present embodiment is an electronics concussion principle of utilizing piezoelectric ceramic oscillator 41, produces the high-frequency seismic wave liquid molecular structure is broken up, and use this mode that solution is shaken into minimum vaporific particle, will discharge anion in its atomization process.

Wherein, present embodiment uses piezoelectric ceramic oscillator 41 can produce littler liquid particle except that the general oscillator of tool or more the atomizing effect of high strength or concentration, piezoelectric ceramic oscillator 41 is gone back other tool one advantage, need not maintain liquid during its running exists, that is to say when being in dry-fire condition accidentally, can't produce high temperature and burn.Certainly, the utility model also can adopt ultrasonic oscillator or other general oscillator, only must pay special attention to, if when using ultrasonic oscillator or other general oscillator, should avoid dry combustion method, and severe patient will cause device to burn.

In addition, showing four mozzles 31 among the figure again, is the liquid collecting ware 43 that the solution that is communicated with liquid outlet 201,211,221,231 places of four

containers

20,21,22,23 respectively disengages valve 3 and atomizing module 4.Mozzle 31 mainly is guided in the liquid collecting ware 43 in order to disengaging the solution that valve 3 flows out from solution.In view of the above,

container

20,21,22,23 need not be arranged at directly over the liquid collecting ware 43, can be located at other position, liquid collecting ware 43 tops, is got final product by the guiding of solution self gravitation and mozzle 31.If because

container

20,21,22,23 be located at the diffuse flow that will influence the liquid particle after the atomizing directly over the liquid collecting ware 43 to.Again, the atomizing module 4 of present embodiment also includes a fan 42, is mounted on a side of liquid collecting ware 43 belows, in order to reaching better disinfection or fragrance diffusion effect through the solution particle rapid diffusion after piezoelectric ceramic oscillator 41 atomizings.

Again and, show a control module 5 among the figure in addition, electrically connect solution and disengage valve 3, atomizing module 4, display screen 6, input module 7, and power module 52.Wherein, control module 5 mainly is that control solution disengages valve 3 and atomizing module 4.Display screen 6 is in order to display-related setting, such as start-up time, intensity, duration or prescription demonstration etc.Certainly, display screen 6 also can be a Touch Screen, serves as demonstration simultaneously, reaches the task that input is controlled.Input module 7 is set in order to input, starts time-histories, intensity, duration or sets formula rate etc. such as setting.

Showing a remote controller 71 among the figure in addition, is in order to launch a wireless signal.And control module 5 also includes a wireless signal receiving interface 51.Wherein, wireless signal receiving interface 51 is to receive the wireless signal that remote controller 71 is launched.That is present embodiment can be controlled or be set by remote controller 71.As for, power module 52 is in order to power supply to be provided, and it can be external AC power supply, through the dc source of rectification or battery etc.

Simultaneously, present embodiment also includes an internal memory 8, and it is electrically connected to control module 5.Wherein, internal memory 8 stores and disengages valve start-up time 81 and disengage the opening of valves duration 82.And control module 5 is to disengage valve 3 according to disengaging valve start-up time 81 and disengaging opening of valves duration 82 control solution.Moreover, disengage valve start-up time 81 and can be solution and disengage valve 3 and start the storing and setting of time-histories, can be that solution disengages the storing and setting that valve 3 is opened the duration and disengage opening of valves duration 82 control.

In view of the above, in the present embodiment, can reach following control function by control module 5:

One, control solution disengages valve 3 and disengages with the solution in the further control container 20,21,22,23.That is, disengage valve start-up time 81 and disengage the opening of valves duration 82 by what store in advance as above-mentioned, can control the composition and the proportion thereof of desire atomizing, for example control container 20 and disengage 20CC and 5CC respectively with container 23.

Two, control atomizing intensity or concentration, that is the watt level of control piezoelectric ceramic oscillator 41, the atomizing effect difference of the generation that makes.

Three, start the control of time-histories, disengage the control that valve 3 and piezoelectric ceramic oscillator 41 can start time-histories, for example 10 of every mornings open running, and similar time-histories such as turned round a hour is set by control solution.Therefore, present embodiment by fortune set earlier store after, can reach fully automatically, comprise when starting running, the composition of the intensity that turns round or concentration, duration of runs and atomizing and ratio thereof etc.

The foregoing description is only given an example for convenience of description, and the claim scope that the utility model is advocated is from should but not only limiting to the foregoing description with described being as the criterion of claim scope of application.

Claims

1. the automatic atomising device of solution is characterized in that, comprising:

At least one container, each container includes a liquid outlet;

At least one solution disengages valve, is mounted on this liquid outlet place of this at least one container;

One atomizing module is mounted on this at least one solution and disengages the valve below; And

One control module is electrically connected to this at least one solution and disengages valve and this atomizing module, and this this at least one solution of control module control disengages valve and this atomizing module.

2. the automatic atomising device of solution as claimed in claim 1 is characterized in that, this atomizing module includes a piezoelectric ceramic oscillator and a liquid collecting ware, and this piezoelectric ceramic oscillator is electrically connected to this control module.

3. the automatic atomising device of solution as claimed in claim 2 is characterized in that, includes at least one mozzle, is communicated with this liquid collecting ware that this at least one solution disengages valve and this atomizing module.

4. the automatic atomising device of solution as claimed in claim 1 is characterized in that, this at least one solution disengages valve and includes a magnetic valve.

5. the automatic atomising device of solution as claimed in claim 1 is characterized in that this atomizing module includes a fan, is electrically connected to this control module.

6. the automatic atomising device of solution as claimed in claim 1 is characterized in that, includes a display screen, is electrically connected to this control module.

7. the automatic atomising device of solution as claimed in claim 1 is characterized in that, includes an input module, is electrically connected to this control module.

8. the automatic atomising device of solution as claimed in claim 1 is characterized in that, includes a power module, is electrically connected to this control module.

9. the automatic atomising device of solution as claimed in claim 1, it is characterized in that, include one in order to launch the remote controller of a wireless signal, this control module includes a wireless signal receiving interface, and this wireless signal receiving interface receives this wireless signal that this remote controller is launched.

10. the automatic atomising device of solution as claimed in claim 1, it is characterized in that, include an internal memory, be electrically connected to this control module, this memory storage has at least one disengage valve start-up time and at least one disengaging the opening of valves duration, and valve start-up time and this are at least one to be disengaged the opening of valves duration and control this at least one solution and disengage valve according to should at least onely disengaging for this control module.