CN209124187U - A kind of atomization plant - Google Patents

Abstract

The utility model relates to sanitary bath equipment, in particular to a kind of atomization plant, comprising: water tank is connect with water source, for holding water；Fog output tube is connect with water tank；Atomising device is set in water tank, and atomising device is used to the water mist in water tank being melted into water mist；Wherein, fog output tube is used for the water that is discharged in water tank, or when being lower than default liquid level for the water level in water tank, water mist be atomized through atomising device is discharged, default peak level is lower than the entrance that fog output tube is connect with water tank.The water in water tank can be discharged due to fog output tube, or the water mist that discharge is atomized through atomising device, therefore, which can use when tap, can also use when atomising mechanism, that is, atomization plant has both the function of atomising mechanism and tap, so as to improve the space utilization rate on bathtub periphery, and entire bathroom can be made more succinct, and after being combined together atomising mechanism and tap, the cost of entire atomization plant can reduce.

Description

A kind of atomization plant

Technical field

The utility model relates to sanitary bath equipment, in particular to a kind of atomization plant.

Background technique

In current shower room, it is typically provided atomising mechanism, which has water tank and pipeline, has mist in water tank The fog in water tank can be discharged for gas, pipeline, user Ke Bian bath side maintenance facial skin, in addition, also having in shower room Tap, by tap, water can be flowed into bathtub, and at least there are the following problems in the prior art for inventor's discovery, due to needing An atomising mechanism and a tap are individually put in bathroom so that bathroom is not succinct enough, and due to atomising mechanism and Tap is generally all disposed within bathtub periphery, so that the space utilization rate on bathtub periphery can be reduced.

Utility model content

The purpose of this utility model is to provide a kind of atomization plants, and atomising mechanism and tap can be incorporated in one It rises, to improve the space utilization rate on bathtub periphery.

In order to solve the above technical problems, the embodiments of the present invention provides a kind of atomization plant, comprising:

Water tank is connect with water source, for holding water；

Fog output tube is connect with the water tank；

Atomising device is set in the water tank, and the atomising device is used to the water mist in the water tank being melted into water mist；

Wherein, the fog output tube is used for the water being discharged in the water tank, or for the water level in the water tank lower than pre- If when liquid level, the water mist being atomized through the atomising device is discharged, the default peak level is lower than the fog output tube and the water The entrance of case connection.

The utility model embodiment in terms of existing technologies, the water in water tank can be discharged due to fog output tube, or Person, when the peak level in water tank is lower than default liquid level, the water mist being atomized through atomising device can be discharged in fog output tube, therefore, The atomization plant can be used when tap, can also be used when atomising mechanism, that is to say, that atomization plant has both atomising mechanism With the function of tap, so as to improve the space utilization rate on bathtub periphery, and entire bathroom can be made more succinct, and It, can for an atomising mechanism and a tap are set and after being combined together atomising mechanism and tap Reduce cost.

Further, the atomization plant includes:

Water feed apparatus is connect with the water tank and the water source respectively, for carrying out moisturizing into the water tank；

Detection device is set in the water tank, for detecting the water level of the water tank；

Main control module is electrically connected with the water feed apparatus, the detection device respectively；Wherein, the main control module is used When detecting that the water level in the water tank is lower than default lowest water level in the detection device, the water feed apparatus is controlled to institute It states and carries out moisturizing in water tank, until the water level in the water tank reaches preset standard water level.

Further, when the fog output tube is used to be discharged the water mist of the atomising device atomization, the atomization plant is also Include:

Pipeline, the external water source, for being discharged；

Switching device is arranged on the pipeline, is used to open or closes the pipeline；

Wherein, the atomising device and the main control module are electrically connected, and the main control module is for receiving out mist instruction Or water outlet instruction, when the main control module receives out mist instruction, the main control module is for controlling atomization to the water tank Interior water is atomized；

When the main control module receives water outlet instruction, the main control module opens institute for controlling the switching device Pipeline is stated, the pipeline for being discharged after being opened.

Further, the atomization plant further include: the drainage arrangement being connect with the water tank；

The water feed apparatus includes: that the intake tunnel connecting with the water source, first connect with the water tank water outlet are logical Road and the second exhalant canal, the executing agency for opening or closing first exhalant canal and second exhalant canal；It is described Executing agency and the main control module are electrically connected:

Wherein, the main control module is used to detect that the water level in the water tank is default lower than described in the detection device It when lowest water level, controls the executing agency and opens first exhalant canal, to carrying out moisturizing in the water tank；

After the main control module receives water outlet instruction, the main control module opens institute for controlling the executing agency It states the second exhalant canal to be filled the water into the water tank, until the water in the water tank is flowed out from the fog output tube；

After the main control module receives out mist instruction, the main control module is used to open the atomising device, also uses When detecting that the water level in the water tank is higher than default peak level in the detection device, opens the drainage arrangement and carry out Draining.

Further, air inlet is opened up on the water tank, the air inlet is located above the normal water level, the atomization Equipment further include:

Switching device is electrically connected with the main control module, is used to open or closes the air inlet；

Essential oil reservoir, has at least one accommodating cavity, and the accommodating cavity is described for storing at least partly essential oil container Essential oil container has the champignon gas to volatilize from the essential oil container for storing essential oil, and diffusing in the accommodating cavity；

Air intake device is connected to the air inlet of each accommodating cavity and the water tank respectively, is used at least one Champignon gas in the accommodating cavity is pumped to being mixed in the water tank with water mist, and the fog output tube is for being discharged the champignon gas Body and the water mist；

Wherein, after the main control module receives water outlet instruction, the main control module controls the switching device closing The air inlet；It is instructed when the main control module receives out mist, and in the detection arrangement monitors to the water in the water tank Lower than after the preset standard water level, the main control module controls the switching device and opens the air inlet for position.

Due to atomization plant further include: air intake device, the atomising device being arranged in water tank, atomising device can generate water Mist, air intake device can be pumped the champignon gas in accommodating cavity to water tank by the air inlet of water tank, when champignon gas into After entering in water tank, champignon gas is mixed with water mist, and then water mist and champignon gas are discharged by fog output tube together, therefore atomization is set It is standby also to can be realized the effect of champignon simultaneously during realizing atomization, so that the succinct degree in bathroom can be improved.

Further, the air intake device includes:

Inlet passageway component, including escape pipe, at least one air inlet pipe being connected to the escape pipe, the escape pipe with The air inlet of the water tank connects, and the quantity of the air inlet pipe is equal with the quantity of the accommodating cavity, and corresponds, each described Air inlet pipe is connect with the respective corresponding accommodating cavity；

Air draught part is set in the escape pipe, and the air draught part is also used to generate when opening from each air inlet pipe Air-flow into the escape pipe.

Further, the air inlet pipe is multiple, the air intake device with the accommodating cavity further include:

Shell including shell bottom, is surrounded on the shell wall of shell bottom surrounding, the shell wall respectively with each air inlet pipe and institute State escape pipe connection；

Runner is rotatablely arranged in the shell, and is oppositely arranged with the shell bottom；The runner is towards the shell The side at bottom has a not closed inner cavity, and opening in communication with the inner cavity is opened up on the outer wheel face of the runner, described Opening when the runner turns to predeterminated position at least one air inlet pipe for being connected to；Wherein, the runner is relative to institute The side for stating shell bottom also forms the flat channel being connected to respectively with the escape pipe and the inner cavity between the shell bottom；

Actuator is fixedly connected with the runner, for driving the runner to rotate in the shell.

Further, also open up several air inlets on the shell wall of the shell, and the quantity of the air inlet with it is described The quantity of air inlet pipe is identical, and corresponds, and each air inlet is docked with the respective corresponding air inlet pipe respectively, and Spacing between two air inlets of arbitrary neighborhood is less than the length of the opening on the runner.

Further, the main control module is electrically connected with the atomising device and the air intake device respectively, the master Control module is also used to open the mist when the water level that the detection device detects in the water tank reaches the normal water level Makeup is set and the air intake device.

Further, the water tank is light transmission water tank, the atomization plant further include: the hair being set in the fog output tube Electro-optical device, the fog outlet of the direction of illumination of the light emitting device towards the fog output tube.

Further, the atomization plant further include: audio device, the audio device electrically connect with the main control module It connects, the main control module plays music for controlling the audio device.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of atomization plant in first embodiment of the invention；

Fig. 2 is the cross-sectional view of atomization plant in first embodiment of the invention；

Fig. 3 is the side view of Fig. 2；

Fig. 4 is the structural schematic diagram of air intake device in first embodiment of the invention；

Fig. 5 be in first embodiment of the invention shell and air inlet pipe and an air outlet pipe assembly after structural schematic diagram；

Fig. 6 is the structural schematic diagram of runner in first embodiment of the invention；

Fig. 7 is that the structure after the first elastic slice and the second elastic slice separate in water switch in first embodiment of the invention is shown It is intended to；

Fig. 8 be in first embodiment of the invention in water switch the first elastic slice and the second elastic slice contact after structure show It is intended to；

Fig. 9 is air intake device and the structural schematic diagram after the installation of essential oil reservoir in first embodiment of the invention；

Figure 10 is the structural schematic diagram of essential oil reservoir in first embodiment of the invention；

Figure 11 is the structural schematic diagram of atomization plant in second embodiment of the invention.

Specific embodiment

It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer Each embodiment of type is explained in detail.However, it will be understood by those skilled in the art that each in the utility model In embodiment, in order to make the reader understand this application better, many technical details are proposed.But even if without these skills The required guarantor of each claim of the application also may be implemented in art details and various changes and modifications based on the following respective embodiments The technical solution of shield.

The first embodiment of the utility model is related to a kind of atomization plant, and as shown in Figures 1 to 3, which includes: Water tank 1, fog output tube 16, atomising device 2, wherein water tank 1 is connect with water source, and for holding water, fog output tube 16 is connect with water tank 1, Atomising device 2 is arranged in water tank 1, and the water mist in water tank 1 can be melted into water mist by atomising device 2, when water tank 1 is constantly infused When entering water, the water energy in water tank 1 enough passes through fog output tube 16 and is discharged, in addition, when the water level in water tank 1 is lower than pre-set level, it should Default liquid level is lower than the entrance that fog output tube 16 is connect with water tank 1, at this point, fog output tube 16 can by water tank 1 through 2 mist of atomising device The water mist of change is discharged.

Present embodiment in terms of existing technologies, since the water in water tank 1 can be discharged in fog output tube 16, alternatively, working as When water level in water tank 1 is lower than default liquid level, the water mist being atomized through atomising device 2 can be discharged in fog output tube 16, therefore, the atomization Equipment can be used when tap, can also be used when atomising mechanism, that is to say, that atomization plant has both atomising mechanism and the fire hose The function of head, so as to improve the space utilization rate on bathtub periphery, and can make entire bathroom more succinct.

Specifically, as shown in Fig. 2, in a practical situation, above-mentioned atomising device 2 includes: at least one atomizing piece, atomizing piece Using electronics high frequency oscillation, the frequency of oscillation of the high frequency oscillation is more than the audibility range of people, and the electronic is to human body and animal It absolutely not injures, by the high-frequency resonant of atomizing piece, aqueous water minor structure is broken up and generates the elegant water mist of nature, herein mistake It is not required to heat or add any chemical reagents in journey, certainly, in a practical situation, atomising device 2 can also be micropore atomization piece Or piezoelectric ceramics atomization.

In addition, specifically, as shown in Fig. 2, fog output tube 16 includes: the first pipeline section being fixedly connected with the top of water tank 1 161, the second pipeline section 162 being fixedly connected with the first pipeline section 161, and the first pipeline section 161 is connected to the second pipeline section 162, second The outlet of pipeline section 162 is fog outlet 11.

In addition, atomization plant further include: water feed apparatus, main control module and detection device, wherein water feed apparatus respectively with water Case 1 is connected with water source, and for carrying out moisturizing into water tank 1, detection device is arranged in water tank 1, is able to detect the water of water tank 1 Position, main control module is electrically connected with water feed apparatus, detection device respectively, when detection arrangement monitors are lower than to the water level in water tank 1 When default lowest water level, main control module controls water feed apparatus and carries out moisturizing to water tank 1, until the water level in water tank 1 reaches default Normal water level, which is the lowest water level that can flood completely atomising device 2, so that atomising device 2 Atomizing functions are able to carry out, 2 dry combustion method of atomising device is avoided, which is lower than above-mentioned default peak level, is mist 2 best effort water level is set in makeup, at this point, the top space Shang You of water tank 1, can accommodate a certain amount of water mist, so that from The water mist that fog output tube 16 is discharged is more more.

In addition, atomization plant further include: the drainage arrangement being connect with water tank 1, meanwhile, above-mentioned water feed apparatus includes: and water Intake tunnel, the first exhalant canal for connecting with water tank 1 and the second exhalant canal of source connection open or close the first water outlet and lead to The executing agency in road and the second exhalant canal, the executing agency and main control module are electrically connected；When detection arrangement monitors to water tank 1 When interior water level is lower than default lowest water level, main control module control is in detection arrangement monitors to the water level in water tank 1 lower than default When lowest water level, control executing agency opens the first exhalant canal, to carrying out moisturizing in water tank 1, meanwhile, main control module is also used to After receiving out mist instruction, atomising device 2 is opened, and be higher than in detection arrangement monitors to the water level in water tank 1 and preset most It when high water level, opens drainage arrangement and is drained, until detection device detects that the water level in water tank 1 reaches preset standard water level When, drainage arrangement stops draining.

Specifically, above-mentioned intake tunnel can be first water inlet pipe, the first exhalant canal can be first outlet pipe, Second exhalant canal can be second outlet pipe, wherein the first outlet pipe and the second outlet pipe are connect with water tank 1 respectively, are held Row mechanism includes: the first switch valve being arranged on the first outlet pipe, the second switch valve being arranged on the second outlet pipe, and first Switch valve can control the opening and closing of the first outlet pipe, and second switch valve can control unlatching and the pass of the second outlet pipe It closes, also, first switch valve and second switch valve are electrically connected with main control module, main control module can be by controlling first switch Valve is to can control the opening and closing of the first outlet pipe, while main control module can also be controlled by control second switch valve The opening and closing of second outlet pipe.

Therefore, in a practical situation, when user, which sends out mist to main control module, to be instructed, such as user triggers out pressing for mist When button, the signal of main control module receiving detection device first, when detection device detect the water level in water tank 1 lower than it is preset most When low water level, main control module controls executing agency and opens the first exhalant canal, carries out moisturizing to water tank 1, until detection device is supervised It measures the water level in water tank 1 and reaches preset standard water level, at this point, main control module control atomising device 2 is opened, carry out out mist, together When, when detection device detects that the water level in water tank 1 is higher than default peak level, main control module is opened drainage arrangement and is arranged Water, until detection device detects that the water level in water tank 1 reaches preset standard water level.

In addition, in a practical situation, after user thinks that main control module sends water outlet instruction, such as user triggers pressing for water outlet When button, main control module control executing agency open the second exhalant canal filled the water into water tank 1, until the water in water tank 1 from It is flowed out in fog output tube 16.

In addition, the air inlet 12 is located at preset standard ullage as shown in Fig. 2, also opening up air inlet 12 on water tank 1, And atomization plant further include: switching device, essential oil reservoir 3 and air intake device, the switching device are arranged in water tank 1, energy It is enough to open or close air inlet 12, and switching device and main control module are electrically connected, and essential oil memory has at least one Accommodating cavity 31, accommodating cavity 31 can store at least partly essential oil container 8, be stored with essential oil, and accommodating cavity in the essential oil container 8 Diffusing in 31 has the champignon gas to volatilize from essential oil container 8, the air intake device air inlet 12 with accommodating cavity 31 and water tank 1 respectively Connection can pump the champignon gas at least one accommodating cavity 31 to being mixed in water tank 1 with water mist, wherein as the master After control module receives water outlet instruction, the main control module controls the switching device and closes the air inlet 12；As the master Control module receives out mist instruction, and is lower than the preset standard in the detection arrangement monitors to the water level in the water tank 1 After water level, the main control module controls the switching device and opens air inlet 12.

In addition, specifically, switching device includes: the changeover valve being arranged in air inlet, changeover valve is driven to rotate Rotary shaft, the motor for driving rotary shaft rotation, motor have motor transmission shaft, and motor transmission shaft and concentric rotation axis, which are fixed, to be connected It connects, when motor drives changeover valve to turn to the first predeterminated position by rotary shaft, changeover valve blocks air inlet completely, When motor drives changeover valve to turn to predeterminated position by rotary shaft, changeover valve opens air inlet, wherein above-mentioned Motor and main control module are electrically connected.

Since atomization plant includes: air intake device, the atomising device being arranged in water tank 12, atomising device 2 can be generated Water mist, air intake device can be pumped the champignon gas in accommodating cavity 31 to water tank 1 by the air inlet 12 of water tank 1, work as perfume (or spice) It smokes after gas enters in water tank 1, champignon gas is mixed with water mist, and then water mist and champignon gas pass through 16 row of fog output tube together Out, therefore atomization plant is in the effect that realizes during atomization while also can be realized champignon, due to only needing in bathroom One equipment is set, therefore can further improve the succinct degree in bathroom, and user only needs to operate atomization plant, i.e., Champignon and atomizing functions can be achieved, so as to reduce the complexity of operation.

In addition, specifically, the air inlet is logical as shown in figure 4, above-mentioned air intake device includes: inlet passageway component, air draught part 5 Road component includes: escape pipe 41, at least one air inlet pipe 42 being connected to escape pipe 41, the air outlet of escape pipe 41 and water tank 1 Connection, the quantity of air inlet pipe 42 is equal with the quantity of accommodating cavity 31, and corresponds, each air inlet pipe 42 with respectively corresponding to Accommodating cavity 31 connects, and air draught part 5 is arranged in escape pipe 41, after air draught part 5 is opened, can generate in air inlet pipe 42 and enter Air-flow in tracheae 41, specifically, in the present embodiment, air draught part 5 is blower.

In addition, specifically, as shown in Fig. 2 to 6, when air inlet pipe 42 and accommodating cavity 31 all have multiple, such as the institute of Fig. 4 to 6 Show, air intake device further include: shell 43, runner 44 and actuator 45, wherein shell 43 includes: shell bottom 431, is looped around shell bottom The shell wall of 431 surroundings, shell wall are connect with air inlet pipe 42 and escape pipe 41 respectively, and runner 44 is rotatably arranged in shell 43, And be oppositely arranged with shell bottom 431, the side at runner 44 towards shell bottom 431 has a not closed inner cavity 441, and runner 44 The opening 442 of the connection of inner cavity 441 is opened on outer wheel face, after runner 44 turns to predeterminated position, opening 442 and at least one Air inlet pipe 42 be connected to, runner 44 with respect to shell bottom 431 side also formed between shell bottom 431 respectively with escape pipe 41 and inner cavity The flat channel of 441 connections, actuator 45 are fixedly connected with runner 44, and runner 44 can be driven to rotate in shell 43.

As shown in figure 5, the shell wall of shell 43 is first cylindrical drum 432, in the present embodiment, the first cylindrical drum At least one air inlet 4321 is opened up on 432, each air inlet 4321 is arranged successively along the circumferencial direction of the first cylindrical drum 432, into The quantity of stomata 4321 is equal with the quantity of air inlet pipe 42, and corresponds, each air inlet 4321 with respectively it is corresponding into Tracheae 42 is connected to, as shown in Fig. 2, in the present embodiment, air inlet 4321 is three, air inlet pipe 42 is three, each air inlet Pipe 42 can correspond to an accommodating cavity 31, and the different essential oil of taste can be placed in each accommodating cavity 31, so that being pumped into fragrant in water tank 1 The taste smoked can also be different, and certainly, in a practical situation, air inlet 4321 and air inlet pipe 42 can also be one or more, together When, a venthole 4311 is opened up on the shell bottom 431 of shell 43, and venthole 4311 is partially toward 432 direction of the first cylindrical drum Extend, and part is located in the first cylindrical drum 432, and venthole 4311 is spaced from each other with each air inlet 4321, certainly, in reality In situation, which can be disposed entirely on shell bottom 431.

Meanwhile as shown in fig. 6, runner 44 include: the second cylindrical drum 443, the panel that is fixedly connected with the second cylindrical drum 443 444, the second cylindrical drum 443 is rotatablely arranged in first cylindrical drum 432, and coaxial with first cylindrical drum 432 Setting, the outer wall of second cylindrical drum 443 and the inner wall of first cylindrical drum 432 are sticked, in second cylindrical drum 443 Above-mentioned opening 442 is opened up, the gap between two air inlets 4321 of arbitrary neighborhood is less than the length of 44 upper opening 442 of runner； Wherein, panel 444 is oppositely arranged with the backboard, for closing shell bottom 431 of second cylindrical drum 443 far from shell 43 One end, actuator 45 are fixedly connected with panel 444, and in the present embodiment, actuator 45 is motor, and motor has motor drive Axis, the motor transmission shaft are fixedly and coaxially connected with panel 444.

For example, when air inlet 4321 is three, that is to say, that air inlet pipe 42, accommodating cavity 31 and essential oil container 8 are also Three, and correspond each other, certainly, in a practical situation, two or more essences can be also placed in an accommodating cavity 31 Oil vessel 8, the interior essential oil placed of three essential oil containers 8 may respectively be apple aroma, fragrant citrus taste and mela, when runner 44 rotates After predetermined angle, opening 442 is connected to any one air inlet 4321, is placed in accommodating cavity 31 corresponding to the air inlet 4321 Essential oil be apple aroma essential oil, then blower open after, can by with apple aroma gas extraction to water tank 1 in, certainly, in reality In the situation of border, since the gap between two air inlets 4321 of arbitrary neighborhood is less than the length of 44 upper opening 442 of runner, After runner 44 rotates predetermined angle, opening 442 can also be across two air inlets 4321, that is to say, that opening 442 can be with Two adjacent air inlets 4321 are connected to simultaneously, such as the essential oil placed in accommodating cavity 31 corresponding to two air inlets 4321 When for apple aroma and fragrant citrus taste, after blower is opened, the gas with apple aroma and fragrant citrus taste can be pumped into simultaneously to water tank 1 It is interior.

In addition, it is necessary to explanation, the smell of the champignon essence oil of each essential oil container 8 can need arbitrarily to set according to client It sets, is not merely above-mentioned three kinds.

In addition, in a practical situation, main control module and actuator 45 are electrically connected, which can control runner 44 Rotational angle, for example, five gears can be preset in main control module, each gear corresponds to a predetermined angle, while every A gear corresponds to a kind of smell, and user only needs to operate the gear in main control module, it will be able to smell is selected, thus Improve the ease of use of atomization plant.

In addition, main control module can be also electrically connected with atomization plant and air draught part 5, main control module can be by receiving The unlatching of signal control atomization plant and air draught part 5 is controlled, for example, one button of setting, after pressing lower button, main control module is opened Open atomization plant and air draught part 5.

In addition, as shown in Figures 2 and 3, water inlet 13 and discharge outlet 14 are also opened up on water tank 1, the water inlet 13 and external water Source connection, discharge outlet 14 connect with external sewage pipe, while drainage arrangement: drain valve (does not indicate) in figure, drain valve inlet and Discharge outlet 14 connects, and draining valve outlet is connect with external sewage pipe, meanwhile, drain valve and main control module are electrically connected, master control mould Root tuber controls the opening and closing of drain valve according to the control signal received, for example, a settable button, after user releases the button, Drain valve can control to open by main control module, for example, work as user after the shower, in order to avoid remaining water is smelly in water tank 1, Drain valve can be controlled by main control module to exhaust the water in water tank 1.

In addition, after main control module receives atomization instruction, if detection arrangement monitors to water tank 1 water level higher than preset Peak level, then main control module control drain valve is opened, and discharges the water in water tank 1, until the water level in water tank 1 reaches pre- bidding Until quasi- water level.

Specifically, above-mentioned detection device is water switch 9, as shown in FIG. 7 and 8, which includes: setting The first elastic slice 91, second elastic slice 92 opposite with the first elastic slice 91, the first elastic slice 91 and the second elastic slice 92 in highest water level It is electrically connected with main control module, after the first elastic slice 91 and the second elastic slice 92 contact, electrically conducts, when master control system knows the After one elastic slice 91 and the second elastic slice 92 electrically conduct, master control system it can be seen that the water level in water tank 1 is in preset peak level, In addition, water switch 9 further include: seal hollow sleeve 93, the floating ring 94 being set in hollow sleeve, the first elastic slice 91 and the second bullet Piece 92 is arranged in the sealing hollow sleeve 93, on the liquid level of the floating of floating ring 94 and water tank 1, wherein the first elastic slice 91 deviates from second First magnet is arranged in 92 side of elastic slice, and the second elastic slice 92 is also provided with second magnet away from 91 side of the first elastic slice, the The magnetism of the first magnet on one elastic slice 91 and the second magnet on the second elastic slice 92 is on the contrary, simultaneously, in the inside phase of floating ring 94 To setting third magnet 95 and the 4th magnet 96, the magnetism of two magnet is on the contrary, as shown in figure 8, when floating ring 94 follows liquid level When floating up to the place being overlapped with the magnet on the first elastic slice 91 and the second elastic slice 92, on third magnet 95 and the first elastic slice 91 First magnet is oppositely arranged, and the magnetism of third magnet 95 and the first magnet is on the contrary, therefore third magnet 95 can push first Elastic slice 91 is moved towards 92 direction of the second elastic slice, and the 4th magnet 96 is oppositely arranged with the second magnet on the second elastic slice 92, and the 4th The magnetism of magnet 96 and the second magnet is on the contrary, therefore the 4th magnet 96 can push the second elastic slice 92 to transport towards 91 direction of the first elastic slice It is dynamic, so that the first elastic slice 91 and the contact of the second elastic slice 92, to be electrically connected.

Meanwhile water switch 9 further include: third elastic slice and the 4th elastic slice in sealing hollow sleeve 93 are set, wherein Third elastic slice and the 4th elastic slice are set to the lower section of the first elastic slice 91 and the second elastic slice 92, wherein third elastic slice deviates from the 4th bullet First magnet is arranged in piece side, and the 4th elastic slice is also provided with second magnet away from third elastic slice side, when on floating ring 94 It is floating or when sinking down into the place being overlapped with the position of third elastic slice and the 4th elastic slice, the magnet on floating ring 94 make third elastic slice with 4th elastic slice contacts, at this point, the position of floating ring 94 is at preset standard water level, third elastic slice and the 4th elastic slice with Main control module is electrically connected, and when third elastic slice and the 4th elastic slice contact, is electrically conducted, when master control system know third elastic slice and After 4th elastic slice electrically conducts, master control system is it can be seen that the water level in water tank 1 is in preset standard water level.

In addition, water switch 9 further include: the 5th elastic slice and the 6th elastic slice in sealing hollow sleeve 93 is arranged in, wherein 5th elastic slice and the 6th elastic slice are set to the lower section of third elastic slice and the 4th elastic slice, wherein the 5th elastic slice deviates from the 6th elastic slice one First magnet is arranged in side, and the 6th elastic slice is also provided with second magnet away from the 5th elastic slice side, float when floating ring 94 or When sinking down into the place being overlapped with the position of the 5th elastic slice and the 6th elastic slice, the magnet on floating ring 94 makes the 5th elastic slice and the 6th Elastic slice contacts, at this point, the position of floating ring 94 is at default lowest water level, the 5th elastic slice and the 6th elastic slice are and master control Module is electrically connected, and when the 5th elastic slice and the contact of the 6th elastic slice, is electrically conducted, when master control system knows the 5th elastic slice and the 6th After elastic slice electrically conducts, master control system is it can be seen that the water level in water tank 1 is in default lowest water level.

In addition, water tank 1 is light transmission water tank 1, as shown in figure 3, atomization plant also wraps in order to render the shower atmosphere in bathroom Include: the light emitting device being set in the water tank 1, light emitting device are set in water tank 1, and the direction of illumination of the light emitting device Towards the fog outlet 11, specifically, light emitting device is LED lamp bead 6, which is arranged in the corner of fog output tube 16, After LED lamp bead 6 is opened, irradiated towards 11 direction of fog outlet, so that the water mist sprayed from fog outlet 11 has color, into And bathroom is made more to have atmosphere.

In addition, the light emitting device is also electrically connected with main control module, when main control module receives the control of unlatching atomising device 2 When signal processed, main control module also controls light emitting device unlatching simultaneously, as long as light emitting device is also opened so that atomization is opened It opens, in addition, when above-mentioned detection device detects that the water level in water tank 1 reaches preset peak level, main control module and control Light emitting device is lighted.

In addition, atomization plant further include: audio device, the audio device are arranged on water tank 1 or fog output tube 16, master control Module can control audio device and play music, for example, when atomising device 2 is spraying, in order to build good atmosphere, Ke Yibo Some music are put, the experience of user is increased.

In addition, as shown in figure 3, above-mentioned air intake device setting be fixedly connected above water tank 1, and with fog output tube 16, essential oil Reservoir 3 is also connect with fog output tube 16, and is located at the top of air intake device, wherein the shell 43 in air intake device is close to mist out Pipe 16 is arranged, and the actuator 45 in air intake device is also secured on fog output tube 16, since the actuator 45 is motor, motor tool There is motor transmission shaft, which is fixedly and coaxially connected behind the shell bottom 431 of shell 43 with the panel 444 of runner 44.

In addition, as shown in Figures 9 and 10, above-mentioned essential oil reservoir 3 includes: multiple positive direction box bodys 32, each square box Body is an above-mentioned accommodating cavity 31, and each square case is set side by side, and the bottom plate of each square case is Turbogrid plates 33, Air inlet pipe 42 is fixedly connected with Turbogrid plates 33, meanwhile, essential oil reservoir 3 further includes that lid closes rectangular on each square case Shape waffle slab 34, length direction waffle slab lid conjunction open up three on three square cases, and on length direction waffle slab and lead to Hole, essential oil container 8 are a small small cup, and small small cup is placed in through-hole, and are clamped with Rectangular grid plate 34.

In addition, as shown in Figure 1, atomization plant further includes a bracket 7, the bracket 7 is fixedly connected with water tank 1, for branch Support water tank 1.

The utility model second embodiment is related to a kind of atomization plant, and second embodiment is in first embodiment Parallel technical solution, in the first embodiment, fog output tube 16 can be used for water storage, and in the present embodiment, as shown in figure 11, Atomization plant can also include: pipeline 19, switching device, which can be used for being discharged, and switching device setting exists On pipeline 19, the pipeline 19 can be turned on or off, wherein atomising device 2 and main control module are electrically connected, main control module energy Enough receive mist instruction out or water outlet instruction, when main control module receives out mist instruction, main control module can control atomization dress The water set in 2 pairs of water tanks 1 is atomized, and when main control module receives water outlet instruction, main control module being capable of control switch device Opening conduits 19, pipeline 19 are discharged after being opened, and should go out mist instruction can be issued by going out mist button, water outlet instruction It can be issued by water outlet button, certainly, in a practical situation, when detection arrangement monitors reach default to the water level in water tank 1 Normal water level when, main control module can open atomising device 2, at this time, out mist instruction can be detection device to main control module It sends.

The pipeline 19 is parallel to each other with fog output tube 16, that is, includes: the third pipeline section 191 parallel with the first pipeline section 161, with the The 4th parallel pipeline section 192 of two pipeline section 162, wherein the first pipeline section 161 and third pipeline section 191 become placed against, the 4th pipeline section 192 It is become placed against with the second pipeline section 162, third pipeline section 191 is connect with external water source, and switching device can be a switch valve, this is opened It closes valve and main control module is electrically connected, which may be provided on third pipeline section 191, be used to open or close third pipeline section 191, meanwhile, atomization plant further include: shell, the shell can be by the first pipeline section 161, third pipeline section 191,162 and of the second pipeline section 4th pipeline section 192 cladding is got up.

It will be understood by those skilled in the art that the respective embodiments described above are to realize specific embodiments of the present invention, And in practical applications, can to it, various changes can be made in the form and details, without departing from the spirit and scope of the present invention.

Claims (11)

1. a kind of atomization plant characterized by comprising

Water tank is connect with water source, for holding water；

Fog output tube is connect with the water tank；

Atomising device is set in the water tank, and the atomising device is used to the water mist in the water tank being melted into water mist；

Wherein, the fog output tube is used for the water being discharged in the water tank, or is lower than for the water level in the water tank and presets most When high water level, the water mist being atomized through the atomising device is discharged, the default peak level is lower than the fog output tube and the water The entrance of case connection.

2. atomization plant according to claim 1, which is characterized in that the atomization plant includes:

Water feed apparatus is connect with the water tank and the water source respectively, for carrying out moisturizing into the water tank；

Detection device is set in the water tank, for detecting the water level of the water tank；

Main control module is electrically connected with the water feed apparatus, the detection device respectively；Wherein, the main control module is used for When the detection device detects that the water level in the water tank is lower than default lowest water level, the water feed apparatus is controlled to the water Moisturizing is carried out in case, until the water level in the water tank reaches preset standard water level.

3. atomization plant according to claim 2, which is characterized in that when the fog output tube is for being discharged the atomising device When the water mist of atomization, the atomization plant further include:

Pipeline, the external water source, for being discharged；

Switching device is arranged on the pipeline, is used to open or closes the pipeline；

Wherein, the atomising device and the main control module are electrically connected, and the main control module is for receiving out mist instruction or going out Water instruction, when the main control module receives out mist instruction, the main control module is for controlling atomising device to the water tank Interior water is atomized；

When the main control module receives water outlet instruction, the main control module opens the pipe for controlling the switching device Road, the pipeline for being discharged after being opened.

4. atomization plant according to claim 2, which is characterized in that the atomization plant further include: connect with the water tank The drainage arrangement connect；

The water feed apparatus include: the intake tunnel being connect with the water source, the first exhalant canal being connect with the water tank and Second exhalant canal, the executing agency for opening or closing first exhalant canal and second exhalant canal；The execution Mechanism and the main control module are electrically connected:

Wherein, the main control module be used for the detection device detect the water level in the water tank lower than it is described preset it is minimum It when water level, controls the executing agency and opens first exhalant canal, to carrying out moisturizing in the water tank；

After the main control module receives water outlet instruction, the main control module opens described for controlling the executing agency Two exhalant canals are filled the water into the water tank, until the water in the water tank is flowed out from the fog output tube；

After the main control module receives out mist instruction, the main control module is used to open the atomising device, is also used to When the detection device detects that the water level in the water tank is higher than default peak level, opens the drainage arrangement and arranged Water.

5. atomization plant according to claim 4, which is characterized in that open up air inlet, the air inlet on the water tank Above the preset standard water level, the atomization plant further include:

Switching device is electrically connected with the main control module, is used to open or closes the air inlet；

Essential oil reservoir has at least one accommodating cavity, and the accommodating cavity is for storing at least partly essential oil container, the essential oil Container has the champignon gas to volatilize from the essential oil container for storing essential oil, and diffusing in the accommodating cavity；

Air intake device is connected to the air inlet of each accommodating cavity and the water tank respectively, and being used for will be described at least one Champignon gas in accommodating cavity is pumped to being mixed in the water tank with water mist, the fog output tube for be discharged the champignon gas and The water mist；

Wherein, after the main control module receives water outlet instruction, the main control module is controlled described in the switching device closing Air inlet；It is instructed when the main control module receives out mist, and low to the water level in the water tank in the detection arrangement monitors After the preset standard water level, the main control module controls the switching device and opens the air inlet.

6. atomization plant according to claim 5, which is characterized in that the air intake device includes:

Inlet passageway component, including escape pipe, at least one air inlet pipe being connected to the escape pipe, the escape pipe with it is described The air inlet of water tank connects, and the quantity of the air inlet pipe is equal with the quantity of the accommodating cavity, and corresponds, each air inlet It manages and is connect with the respective corresponding accommodating cavity；

Air draught part is set in the escape pipe, and the air draught part is also used to generate entrance from each air inlet pipe when opening Air-flow in the escape pipe.

7. atomization plant according to claim 6, which is characterized in that the air inlet pipe with the accommodating cavity be it is multiple, The air intake device further include:

Shell including shell bottom, is surrounded on the shell wall of shell bottom surrounding, the shell wall respectively with each air inlet pipe and it is described go out Tracheae connection；

Runner is rotatablely arranged in the shell, and is oppositely arranged with the shell bottom；The runner is towards the shell bottom Side has a not closed inner cavity, and opening in communication with the inner cavity is opened up on the outer wheel face of the runner, the opening For being connected to when the runner turns to predeterminated position at least one air inlet pipe；Wherein, the runner is relative to the shell The side at bottom also forms the flat channel being connected to respectively with the escape pipe and the inner cavity between the shell bottom；

Actuator is fixedly connected with the runner, for driving the runner to rotate in the shell.

8. atomization plant according to claim 7, which is characterized in that also open up several air inlets on the shell wall of the shell Hole, and the quantity of the air inlet is identical as the quantity of the air inlet pipe, and corresponds, and each air inlet is respectively and respectively It is docked from the corresponding air inlet pipe, and the spacing between two air inlets of arbitrary neighborhood is less than on the runner The length of the opening.

9. atomization plant according to claim 5, which is characterized in that the main control module respectively with the atomising device and The air intake device is electrically connected, and the main control module is also used to detect that the water level in the water tank reaches in the detection device When to the normal water level, the atomising device and the air intake device are opened.

10. atomization plant according to claim 1, which is characterized in that the water tank is light transmission water tank, the atomization plant Further include: the light emitting device being set in the fog output tube, direction of illumination the going out towards the fog output tube of the light emitting device Mist mouth.

11. atomization plant according to claim 2, which is characterized in that the atomization plant further include: audio device, institute It states audio device and the main control module is electrically connected, the main control module plays music for controlling the audio device.