CN101543653A - Aromatic generating device and fog generating device - Google Patents

Abstract

The invention relates to an aromatic generation device which volatilizes a stored aromatic agent to generate aromatic and a fog generating device which brings simulation generated by fog to the skin of a user. The aromatic generation device (15) comprises: volatilization units (94, 95) for volatilizing an aromatic agent to generate aromatic; bottom container components (120, 121) containing a bottom container (121) that stores the aromatic agent; and a cover component (123) which covers at least a part of the bottom container (121) under the state that the aromatic agent stored in the bottom container (121) may be volatilized by the volatilization units (94, 95). The cover component (123), which has an aromatic discharge port (15a) for discharging the volatilized aromatic agent, is freely detachable relative to the bottom container components (120, 121), which are freely detachable relative to the aromatic generation device (15) when the cover component (123) is mounted.

Description

Aromatic generating device and mist generation device

Technical field

The present invention relates to a kind of aromatic generating device that aromatic volatilizees and generation is fragrant that makes storage, and a kind of energy brings the mist generation device of the stimulation that is produced by mist for the skin of user.

Background technology

All the time, remove stress, obtaining in the aromatotherapy of relaxation effect, can use volatilization devices such as electric filament lamp or fan to make the volatilization of aromatic oil aromatic such as (essence), in the space, emitting fragrance.Open communique H11-178908 (hereinafter referred to as ' 908 communique) motion of Japan Patent a kind of humidifier that has adopted such aromatotherapy.This humidifier carries out humidification for the space being remained on suitable humidity with liquid heat and with vapor evolution, makes the aromatic volatilization that is stored in the perfume container produce fragrance simultaneously.In the steam pipe that the steam that will take place guides upward, formed the support portion, on this support portion, perfume container has been installed.The heat of the steam in the steam pipe has promoted to be stored in the volatilization of the aromatic in the perfume container.After perfume container is installed, the lid that covers perfume container is installed.

Be used in the middle of the aromatic of aromatotherapy the in the majority of strong and stimulating being arranged, should be noted that during operation.But, in the humidifier of ' 908 communique, more small-sized perfume container need be installed in the support portion in the steam pipe above-mentioned, and pull down perfume container from the support portion.The operation of such perfume container also is not easy, and perfume container falls down or overturning easily.Aromatic in the fragrance container might spill, and perhaps is stained with to hand.

Summary of the invention

The present invention is in view of the invention with above-mentioned situation, its objective is to make the operation of the container that stores aromatic become easy.

In order to reach above-mentioned purpose, technical scheme of the present invention is,

A kind of aromatic generating device comprises: volatilization unit, described volatilization unit make the aromatic volatilization and produce fragrance; End container parts is arranged, described have end container parts to contain to store aromatic end container arranged; Cover, be stored under the described evaporable state of aromatic that has in the end container utilizing described volatilization unit to make, described cover covers described at least a portion that end container is arranged, and described cover has the fragrant discharge port that evaporable described aromatic is emitted; Described cover to be having the form that end container parts can disassembled and assembled freely to constitute with respect to described, described have end container parts with, form that can disassembled and assembled freely with respect to described aromatic generating device under the state that described cover is installed constitutes.

Based on above-mentioned formation, end container parts is arranged under the state that cover is installed, be installed on the aromatic generating device with the form that can freely dismantle.So, there is no need separately the end container parts that has that stores aromatic to be operated, can suppress the user mistake aromatic is stained with to hand.And, the operation of fragrant ware is become easily, can suppress user fragrant container parts is got rid of or done down.

Description of drawings

Fig. 1 is the perspective view of the cosmetology device of an embodiment.

Fig. 2 (a) is the front elevation of the cosmetology device of Fig. 1.

Fig. 2 (b) is the side view of the cosmetology device of Fig. 1.

Fig. 2 (c) is the front elevation with the cosmetology device under the body cap closed condition.

Fig. 2 (d) is the side view of the cosmetology device of Fig. 2 (c).

Fig. 3 is the sectional drawing along the 3-3 line of the cosmetology device of Fig. 2 (c).

Fig. 4 is the part decomposition diagram of body cap.

Fig. 5 is the decomposition diagram of lid.

Fig. 6 (a) and Fig. 6 (b) are the sectional drawing of lid and nozzle casing.

Fig. 7 is the sectional drawing along the 7-7 line shown in Fig. 2 (a).

Fig. 8 is the sectional drawing along 8-8 line shown in Figure 7.

Fig. 9 (a) is the sectional drawing along the 9-9 line shown in Fig. 2 (a).

Fig. 9 (b) is the expansion sectional drawing of cold atomizing nozzle (cold spray painting loophole).

Figure 10 is the part perspective view of discharge outlet.

Figure 11 is the part decomposition diagram of drainage mechanism.

Figure 12 (a) and Figure 12 (b) are for being in the sectional drawing along the 12-12 line of the drainage mechanism of the Figure 10 under closed condition and the open state respectively.

Figure 13 (a) is the sectional drawing along Fig. 2 (b) and 13a-13a line shown in Figure 3.

Figure 13 (b) is the sectional drawing along the 13b-13b line of Figure 13 (a).

Figure 14 is the decomposition diagram of fragrant container mechanism for assembling-disassembling.

Figure 15 (a) (b) (c) is the perspective view of fragrant container.

Figure 16 (a) (b) (c) is respectively the plane graph of fragrant ware, side view, sectional drawing.

Figure 17 is the block diagram of the cosmetology device of Fig. 1.

Figure 18 (a) (b) is respectively the side view of the cosmetology device of user mode, plane graph.

Figure 19 is the decomposition diagram of the lid of the 1st modification.

Figure 20 (a) (b) is respectively the sectional drawing of the lid of the 2nd, the 3 modification.

Figure 21 (a) (b) is respectively the sectional drawing of the lid of the 4th, the 5 modification.

Figure 22 is the sectional drawing of the fragrant container (cover) of modification.

Figure 23 (a) is the sectional drawing of the fragrant ware of modification (b).

The specific embodiment

Below, the cosmetology device of one embodiment of the invention is described.

In the following description, " preceding " " back " " on " D score " left side " " right side " is to use the state of cosmetology device to be benchmark with user P (as shown in figure 18).

As shown in Figure 1, the body 11 of cosmetology device (being also referred to as mist generation device) 10 comprises the shell 11a and the upper end open end face 12 that is covered with the inclination of shell 11a of oval tubular.Body cap 13 is installed on the body 11 with rotary form by hinge portion 32.Body cap 13 has oval-shaped hd top face 13b.Hd top face 13b has the inner surface of concavity, makes to be formed with the space in the inboard of hd top face 13b.

On the part of the general central authorities of end face 12, laterally be furnished with stem for stem, have the warm atomizing nozzle 18 of the warm spray painting loophole 18a that sprays warm mist H and have the cold atomizing nozzle 19 of the cold spray painting loophole 19a of injected cool mist C.In Figure 18, the mist H that 19a sprays, C have been represented from spray painting loophole 18a.

Atomizing nozzle 18,19 except jet 18a, the part beyond the 19a is by 20 coverings of nozzle casing (injection direction adjustment unit).Nozzle casing 20 can be dome-shaped, but its shape has more than and is limited to this.Nozzle casing 20 is installed on the body 11 with the form that can rotate up and down with respect to body 11.By rotary nozzle cover 20 up and down, can adjust the mist H that sprays from atomizing nozzle 18,19 up and down, the injection direction of C.

By the spray painting loophole 18a corresponding with it, the direction of the centrage at 19a center is sprayed by court for mist H, C.In an example, each atomizing nozzle 18,19 is by with mist H, the lean-in a little configuration sideling of form that C overlaps each other at injection direction.For example, be positioned at user under the situation in front of cosmetology device 10, the angle of inclination of atomizing nozzle 18,19 can be set to, and makes the mist H corresponding with it, and C is sprayed the angle of (with reference to Figure 18 (b)) towards the center (front) of user P.In illustrated embodiment, warm atomizing nozzle 18 is disposed in the left side, and cold atomizing nozzle 19 is disposed in the right side.

Nozzle casing 20 can be adjusted mist H, the injection direction H2 of C between upper limit direction and lower limit direction.For example, when nozzle casing 20 is arranged in upper limit position, can be with mist H, C sprays (upper limit direction) to the top of user P.When nozzle casing 20 is arranged in the lower position, can be with mist H, C for example sprays near horizontal direction with respect to the face that the is provided with edge of cosmetology device 10 along spraying by the lower limit direction of below than above-mentioned upper limit direction.The lower position of nozzle casing 20 is set at and makes mist H, and C bumps the position less than end face 12.

Nozzle casing 20 is provided with mist guide part 20b (with reference to Fig. 3).Mist guide part 20b can be the extended wall on every side from atomizing nozzle 18,19.Mist guide part 20b can have the relatively shorter wall portion of the atomizing nozzle of being positioned at 18,19 upper sides and be positioned at the long wall portion of the lower side of atomizing nozzle 18,19.Mist guide part 20b guiding mist H, C makes it be passed through spray painting loophole 18a by the edge, and the direction of the centrage at 19a center is sprayed.

The protection apparatus or the lid 21 that can rotate up and down are installed on nozzle casing 20.

The fragrant generating unit 15 of cosmetology device 10 produces fragrance by making the aromatic volatilization.With reference to Fig. 3 and Figure 13, fragrant generating unit 15 comprises fragrant container HY, and this fragrant container HY is taking in the fragrant ware (storage element has been also referred to as end container) 121 that stores aromatic.Fragrance container HY can also draw high from end face 12 is outstanding upward upward by the operation of taking out button.Based on this point, fragrant container HY can be taken out from fragrant generating unit 15.Fragrance container HY can along with mist H, the direction that the injection direction H2 of C intersects is taken out.Fragrance generating unit 15 was opened formation in 18,19 minutes with atomizing nozzle, was arranged on the body 11 than the position of atomizing nozzle 18,19 near the place ahead.Emitted upward by fragrant discharge port (fragrance is emitted the unit) 15a at the fragrance that fragrant generating unit 15 takes place.Fragrance discharge port 15a is arranged in spray painting loophole 18a, and near the 19a, than spray painting loophole 18a, 19a is near the place ahead.So fragrant discharge port 15a is than spray painting loophole 18a, the more close user P of 19a.Fragrance discharge port 15a position in the horizontal can be in (preferably central authorities) between warm spray painting loophole 18a and the cold spray painting loophole 19a.In illustrated embodiment, each spray painting loophole 18a has been formed centrally equilateral triangle among the center of 19a and the fragrant discharge port 15a.Fragrance discharge port 15a can be formed on spray painting loophole 18a, the below of 19a.

As shown in Figure 3, the mist guide part 20b that adjusts to the nozzle casing 20 of lower position be arranged in fragrant generating unit 15 (fragrant discharge port 15a) a part directly over.Be adjusted at nozzle casing 20 under the state of lower position,, also can fragrant container HY can't be taken out owing to the interference (contact) of mist guide part 20b even want fragrant container HY is taken out upward from fragrant generating unit 15.Only when being adjusted to the top position, fragrant container HY could be taken out by nozzle casing 20.

Even in the situation of nozzle casing 20 being adjusted to lower position, mist guide part 20b is not fully, but partly cover in fragrant discharge port 15a.So even nozzle casing 20 is adjusted to lower position, fragrance also can be from fragrant discharge port 15a towards mist H, C emits.

The power knob 16 that is arranged in the left side of fragrant generating unit 15 can be a mechanical switch.Operated fragrant container takes out button (taking-up functional unit) 111 and is set at when taking out fragrant container HY, take out the hands that button 111 carries out the user P of push to fragrant container and can not meet mist H, the position of C.When nozzle casing 20 is adjusted to lower position, mist guide part 20b guiding mist H, the mobile of C makes it can not run into fragrant container taking-up button 111.And the lower limit of the slewing area of nozzle casing 20 is limited so that mist H, and the spray of C can not run into fragrant container and take out button 111.

In the place ahead of fragrant generating unit 15, be furnished with the display part L that user P operates the operating portion 14 of cosmetology device 10 usefulness and shows the running status of cosmetology device 10 to user.Display part L also can utilize the pattern of lighting a lamp (light a lamp, point goes out, and turns off the light etc.) of a plurality of luminous bodys (for example LED etc.).Operating portion 14 includes operation control knob 14b, action pattern selector button 14a and fragrant control knob 14c.Operation control knob 14b when the operation of cosmetology device 10 begins and operation be operated when stopping.Action pattern selector button 14a is operated when selecting action pattern.

In cosmetology device 10, be set with plural number and plant action pattern.Cosmetology device 10 will be changed warm mist and cold mist switches and user P is sprayed according to action pattern every preset time.Action pattern comprises the cleaning skin pattern, tightens up elastic model and cortex NM isotype, is optimized on this aspect of cosmetic result for the skin of user P.In each action pattern, set injecting time and the switching times of warm mist H and cold mist C.Along with the push of each action pattern selector button 14a, the action pattern of cosmetology device 10 is switched successively.In cosmetology device 10, there is not to be provided with the action pattern of an injected cool mist C.

Fragrance control knob 14 was used in intensity (volatile quantity of aromatic, concentration) time of adjusting the fragrance of emitting from fragrant generating unit 15.Along with pressing fragrant control knob 14c at every turn, the intensity of fragrance according to " weak " → " in " → order of " by force " → " closing (not having fragrant) " switches successively.Each button 14a-14c is based on push output function signal.

Container 22 is in the rear of nozzle casing 20, is accommodated in the body 11.Container 22 stores the liquid (being water in the present embodiment) of scheduled volume (being about 120ml in the present embodiment).Liquid in the container 22 is fed into temperature mist generating mechanism described later (warm mist generating unit) 40 and cold mist generating mechanism (cold mist generating unit) 60, is used to take place mist H, C.As shown in Figure 3, body 11 is included in the container maintenance body 22a that has opening on the end face 12.Container keeps body 22a with the form that container 22 vertically can be inserted and takes out container 22 to be taken in.One presses container 22 when body cap 13 is in open mode, and by the bias unit that does not have among the figure to show, container 22 will be kept body 22a to extrude upward from container.Because such takeofing makes the installation of container 22 become easy.Press container 22 once more, container 22 can be fixed on the hook 22d.Based on this point, it is easy that the installation of container 22 becomes.Keep the bottom of body 22a to be provided with at container, will too much be supplied to the spout hole 22c that container keeps the water of body 22a to carry out overflow.Spout hole 22c is connected on the discharge outlet 24 that is arranged on body 11 back (Figure 10) by drain pipe HP.Spout hole 22c, discharge outlet 24 and drain pipe HP have formed the draining road HK that overflow water is discharged to the outside.

As shown in Figures 1 and 2, on the left surface of body 11 and right flank, arcual handle 23 is installed.Handle 23 can rotate (with reference to the arrow Y1 of Fig. 2 (d)) with respect to body 11.When user P wants to carry cosmetology device 10, handle 23 can be arranged in carrying position (double dot dash line of Fig. 2 (d)), when user P wants to use cosmetology device 10, handle 23 can be arranged in lower position (solid line of Fig. 2 (d)).Shown in Fig. 2 (b), when body cap 13 was in open mode, handle 23 was carried the position owing to can collide with body cap 13 so can not turn to from lower position.User P carries cosmetology device 10 if hold handle 23, body cap 13 must be switched to closed condition.

As Fig. 2 (b), shown in Figure 10, the back basifacial discharge outlet 24 of body 11 is covered by rotary port flap 25.Port flap 25 rotates around lower end axle (not shown).The water of discharging from discharge outlet 24 by the 25a of wall portion of port flap 25 to exterior guiding.Power line extends from the bottom of body 11.Power line 26 is by being fixed with the not shown bearing shell maintaining part clamping that is fixed on the shell 11a by screw by shell 11a.Be installed in the flexible cord band 27 useful when tying up power line 26 (Fig. 2 (c)) on the power line 26.On handle 23, be formed with the protuberance 28 that the hole that hangs flexible cord band 27 is used.In the situation of not using cosmetology device 10, can take care of hanging on the protuberance 28 under the state that power line 26 is tied up.

Tilt detection switch 29 is biased outstanding with the bottom surface from body 11.The state that the cosmetology device 10 that detects tilt detection switch 29 rises and the state of inclination.Be arranged on the situation on the plane such as desktop in cosmetology device 10, tilt to detect switch 29 and be received in the body 11, be in closed condition (not detecting inclination) owing to the deadweight of cosmetology device 10.For example cosmetology device 10 1 tilts, and perhaps one is raised, and tilts to detect switch 29 just to switch to opening (detecting inclination).

Based on Fig. 1-Fig. 4 body cap 13 is described.

When body cap 13 was in open mode, because end face 12 exposes, cosmetology device 10 can be operated.When using cosmetology device 10, body cap 13 is retained as open mode.When body cap 13 was in closed condition, end face 12 was all, and promptly atomizing nozzle 18,19, nozzle casing 20, and lid 21, and operating portion 14, fragrant generating unit 15 and container 22 are incorporated in the space of body cap 13 inboards.By closing body cap 13, can avoid when not using cosmetology device, adhering to foreign body on the atomizing nozzle 18,19.This is being ideal aspect health that keeps cosmetology device 10.And because can avoid owing to the mist H that produces attached to the foreign body on the atomizing nozzle 18,19, the variation of the injection direction of C can also prevent that the usability of cosmetology device 10 from suffering damage.That is to say, can suppress mist H, the direction of C beyond predefined direction sprayed.

As shown in Figure 3, in hinge portion 32, be furnished with Magnetitum 32a.On the body 11 with the corresponding position of Magnetitum 32a on, be provided with the body cap switch 32b of reed-type.Body cap switch 32b and Magnetitum 32a can detect body cap 13 and be in open mode.

On the inner face of body cap 13, be provided with the slip flank 13c of step dress.Slip flank 13c contacts with lid 21 with the state of low resistance to sliding when closing body cap 13, and lid 21 is rotated downwards.

In the front of body cap 13, be provided with the shift knob 33 that makes body cap 13 carry out switch motion.As shown in Figure 4, shift knob 33 has oppositely outstanding mutually turning cylinder 33a.Two turning cylinder 33a are sustained in the recess 13a of body cap 13.Shift knob 33 rotates around rotating shaft 33a.Button cover 34 is fixed on the body cap 13 by screw N1, covers shift knob 33.Between shift knob 33 and body cap 13, accompany spring B 1.The position of spring B 1 is by the 33b of the hub portion decision of shift knob 33.Spring B 1 is with shift knob 33 bias voltage forwards.

As shown in Figures 3 and 4, the far-end at shift knob 33 is provided with hook portion 33c.Hook portion 33c engages with recess 12a on the end face 12 that is located at body 11, and body cap 13 is remained closed condition.Shift knob 33 1 is pressed into by user P, and shift knob 33 is that rotate at the center with turning cylinder 33a just, and the joint of hook portion 33c and recess 12a is disengaged, and can open body cap 13.

Based on Fig. 5 and Fig. 6, movable lid 21 is described.

Lid 21 prevents that the hands of user P from touching each atomizing nozzle 18,19.Lid 21 is installed on the nozzle casing 20 by nozzle hinge portion 35.Illustrated lid 21 has the shape of the bongrace of medicated cap.

Lid 21 has the 21b of pair of rotary axes portion that faces one another.Nozzle hinge 36 has, and a pair of axis hole 36a that install corresponding with the 21b of pair of rotary axes portion of lid 21.The spring shaft 37 of axis hole 36a that runs through a side of nozzle hinge 36 is fixed on a side the rotation axial region 21b of lid 21.Like this fixing comprises and rotates axial region 21b and be formed on the chimeric of not shown recess on the spring shaft 37.The spring hitch 39 of axis hole 36a that runs through the opposing party of nozzle hinge 36 is installed on the opposing party's the rotation axial region 21b.

Based on such formation, lid 21 can spray between posture (as the solid line of Fig. 2 (b), and shown in Fig. 6 (a)) and the protection posture (as the double dot dash line of Fig. 2 (b), and shown in Fig. 6 (b)), around spring shaft 37 and spring hitch 39 rotations.The injection posture is, is fit to the posture to user P spraying, be in spray posture in lid 21 can not block mist H, the injection of C.The protection posture is, with mist H, and the form that the injection direction of C changes towards the below and the position that constitutes, lid 21 covers the top of atomizing nozzle 18,19 when being in the protection posture.To spray posture sometimes and be called, allow that mist is by the 1st position of spraying from atomizing nozzle towards user.To protect posture to be called sometimes, cover the 2nd position on the top of atomizing nozzle at least.

As shown in Figure 5, the end of torsion-coil spring B2 is fixed on the spring shaft 37.The other end of torsion-coil spring B2 is fixed on the nozzle hinge 36.Protection spring shaft 37, the axle sleeve 38 of parts such as helical spring B2 is fixed on the nozzle hinge 36 by screw N2.The biasing force of torsion-coil spring B2 passes on the lid 21 by spring shaft 37, with lid 21 to spraying the posture bias voltage.

Below the left surface of nozzle hinge 36 and right flank upper shaft hole 36a, be formed with protuberance 36b.Around each protuberance 36b, remove the coupling part of a part, be formed with the 36c of ditch portion.The 36c of ditch portion has predetermined width, is being communicated with the inboard and the outside of nozzle hinge 36.If the certain load of effect on each protuberance 36b, based on the bending of the coupling part that does not form the 36c of ditch portion, each protuberance 36b resilient movement is to enter the inboard of nozzle hinge 36.Load one on each protuberance 36b is disengaged, and based on the recuperability of the material of nozzle hinge 36, each protuberance 36b returns to from outstanding position, the side of nozzle hinge 36.As mentioned above, that protuberance 36b is had is flexible for the 36c of ditch portion.

In the nozzle hinge portion 35, on the recess 20a of upper side to the rear formation of atomizing nozzle 18,19 of nozzle casing 20, engage and fixing protuberance 36b respectively.Because protuberance 36b's is flexible, nozzle hinge portion 35 can dismantle from nozzle casing 20.That is to say that lid 21 is installed on the nozzle casing 20 with the form that can dismantle by configuration hinge 35.Because nozzle hinge portion 35 is by to imbed the arranged in form of nozzle casing 20, cosmetology device 10 has realized miniaturization.

Lid 21 and the action interlock of closing body cap 13 are rotated while slide along slip flank 13c, convert the protection posture to, are accommodated in 13 li of body caps.Be under the closed condition at body cap 13, lid 21 is incorporated in the body cap 13, and cosmetology device 10 has realized miniaturization.

Below, the warm mist generating mechanism 40 of internally ensconcing 11 li of the bodies of cosmetology device 10 describes.

As shown in Figure 7, temperature mist generating mechanism 40 mainly comprises, the water of supplying with from container 22 is heated and takes place the vaporizer (warm fog generator) 41 of warm mist and with the discharge part 42 of warm mist granular (particlized) with the warm atomizing nozzle 18 of the warm mist after spraying granular.

Being located at container keeps the connecting portion 22b of the lower end of body 22a to be connected with branching portion G.The water that branching portion G will supply with from container 22 is to warm mist generating mechanism 40, cold mist generating mechanism 60 (as shown in Figure 9), and discharge outlet 24 (as shown in figure 10) shunting.Branching portion G is connected on the vaporizer 41 by the feed pipe P1 that is formed by the elastomeric material with thermal insulation (for example silicone rubber, fluorubber).Connecting portion 22b, branching portion G, feed pipe P1 have formed from casing and have kept body 22a to give water route K1 to what vaporizer 41 was supplied with water.

Vaporizer 41 contains boiling-house 41c, and this boiling-house 41c has water heating that will be supplied to and the warm mist heater 41a that warm mist takes place.Water is by from being fed into the boiling-house 41c for water route K1 to the ramose water route K2 of giving in side.Boiling-house 41c is when increasing the contact area of water and warm mist heater 41a, and the volumetrical form that reduces boiling-house 41c forms.The water level of boiling-house 41c is retained as predetermined water level W.This water level W is set to, at water and under the unexpected ebullient situation by warm mist heater 41a superheated, and the height that heated water can not spray from warm atomizing nozzle 18.And water level W is set to, and warm mist heater 41a and the discontiguous state of water of boiling-house 41c can not occur, the height that so-called sky burns do not occur.The height of aforesaid spout hole 22c (position) is set to the height that the water that surpasses water level W can be discharged to the outside.The water level of boiling-house 41c keeps the water level of body 22a identical with container.On the radiating surface (with the discontiguous face of water) of warm mist heater 41a, be fixed with heater thermistor(-ter) 41b by screw.

Above vaporizer 41, connecting warm mist guide member 42a, this temperature mist guide member 42a warm atomizing nozzle 18 that will lead by the warm mist that warm mist heater 41a takes place.On warm mist guide member 42a, connecting the lower end that forms the snake parts 45 of snake shape by elastomeric material (for example silicone rubber).Connect the nozzle that nozzle installation portion 43 is housed in the upper end of snake parts 45 and keeping body 44.On nozzle installation portion 43, be fixed with warm atomizing nozzle 18.Temperature mist guide member 42a and snake parts 45 have formed the lead warm mist road M1 of warm atomizing nozzle 18 of warm mist.

In warm mist road M1, be provided with discharge part 42.As shown in Figure 8, discharge part 42 comprises from the outstanding to the inside pair of electrodes portion 47 of the internal face of warm mist guide member 42a and is configured in the 47 intermediary target 47a of portion of pair of electrodes portion.Each electrode part 47 contains spray point 48.The below of Fig. 8 is vaporizer 41 sides, and the top of Fig. 8 is warm atomizing nozzle 18 sides.The warm mist that takes place at vaporizer 41 flows along direction Y2.

Each spray point 48 is embedded in and is fixed on electrode and keeps in the body 49.Electrode keeps the cardinal extremity of body 49 to be fixed on the inwall of warm mist guide member 42a.Each spray point 48 can be the pin of 0.5mm for the diameter that is formed by the AgPd material.Each spray point 48 is connected on the high tension loop substrate 46.On two spray points 48, be added with high voltage.By occurring in the discharge between spray point 48 far-ends, warm mist is by granular.

It is all that water-absorbing body 50 is wound onto the periphery of each spray point 48.Water-absorbing body 50 can be fibrous materials such as non-woven fabrics.The far-end of spray point 48 from water-absorbing body 50 expose predetermined length (such as, 0.5mm-1.0mm).A part that constitutes the fibrous material of water-absorbing body 50 is burst forth into featheriness, and is outstanding from the exposing surface of water-absorbing body 50 as trickle corpus fibrosum 50a.If on the far-end of the spray point 48 that warm mist H concentrates attached to ion generation electric field and dewfall, the Electric Field Distribution that takes place between the spray point 48 will be significantly chaotic, and discharge becomes and is not easy generation, and the fact that number of particles will reduce is known.The water-absorbing body 50 of present embodiment makes the Electric Field Distribution stabilisation of each far-end of spray point 48, and prevents the confusion of Electric Field Distribution by absorbing attached to the water on the spray point 48.

Each electrode part 47 comprises the lateral insulator 51 that covers water-absorbing body 50 and electrode maintenance body 49.Insulator 51 can be by for example silicone rubber, fluorubber, formation such as fluororesin.

Target portion 47 comprises the intermediary target 52 that is remained on two spray points 48 by target holding member 54.Target holding member 54 is pressed into and is fixed in the protuberance 53 that is formed on the warm mist guide member 42a.Target 52 can be the Pt rod of diameter 0.7mm.Target holding member 54 can be formed by stainless steel (SUS304 etc.).The distal portion of target holding member 54 is furnished with water-absorbing body 54a.The position of target 52 is set to, and the electrion between two spray points 48 can be via target holding member 54, only the position of carrying out via target 52.By target 52 being set 48 of two spray points, can reduce by necessary insulation breakdown voltage when carrying out electrion, compare with the situation that target 52 is not set, can under lower voltage, discharge.

Below, cold mist generating mechanism 60 is described.

Cold mist generating mechanism 60 is by in the body 11 of interior plant cosmetology device 10.As shown in Figure 9, cold mist generating mechanism 60 mainly comprises, to carry out germ-resistant heat treated portion 61 from the water that container 22 is supplied with, the water that will kill bacterium in heat treated portion 61 carries out refrigerative cooling end 62, and the cold atomizing nozzle 19 that utilizes Venturi effect to generate cold mist and spray with the water that is cooled.

Branching portion G is connected in the heat treated portion 61 by the feed pipe P2 that is formed by elastomeric material (for example silicone rubber).Branching portion G and feed pipe P2 have formed and have given water route K3.

Heat treated portion 61 comprises apotheca 61a, and this apotheca 61a can store the water that keeps the identical water level W of body 22a with container.Heat treated portion 61 comprises, be stored in apotheca 61a in the mode that contacts of water by the fixed cold mist heater 64 of screw with suppress by the damping portion 65 of the water convection current of cold mist heater 64 heating.Damping portion 65 comprises, the inflow entrance 65a below being arranged on and be arranged on above flow export 65b between the stream that crawls.By crawling the length lengthening of the stream of damping portion 65.

Damping portion 65 is specifically described.On the inwall in opposite directions in the damping portion 65, be provided with the dividing plate 65c that a plurality of interlaced along continuous straight runs extend.Being formed with by a plurality of dividing plate 65c zonings in the inside of damping portion 65 is the stream of plural layer.In the present embodiment, be provided with 3 dividing plate 65c in the inside of damping portion 65, the inner area of damping portion 65 is divided into 4 layers.

The distance (highly) of adjacent dividing plate 65c is set to, can will be formed on the length lengthening of stream of damping portion 65 inside, and the recruitment that will reduce the flow path resistance of flow is reduced to the value of minimum.The area of inflow entrance 65a is set to the minima in the scope that does not hinder the water inflow.The volume of damping portion 65 is set to, and the logical supercooled fog heater 64 of water that flows into damping portion 65 inside is heated to the value that can not spend the too much time till the predetermined sterilization temperature (for example, 80 ℃).

Sterilization temperature is described.Sterilization temperature is set to, the temperature that continues to be enough to when preset time is exposed to the sun the antibacterial of sterilization object to make the antibacterial of sterilization object to kill substantially fully.For example, when the antibacterial of sterilization object is Legionnella, by 80 ℃ temperature is continued to make kill ratio near 100% more than 30 seconds.Can shorten the needed time of sterilization by sterilization temperature is raise always, be sprayed from cold atomizing nozzle 19 but exist owing to steam appears in the 61 inner appearance boilings of heat treated portion, perhaps water keeps body 22a refluence equally likely possibility toward container.So sterilization temperature is set to can ebullient temperature in the internal water of heat treated portion 61, and is set at high temperature as far as possible.In the present embodiment, sterilization temperature is made as 80 ℃, will be made as heat time heating time 30 seconds.

In apotheca 61a, be furnished with the water temperature thermistor(-ter) 66 of measuring damping portion 65 water temperature inside.Water temperature thermistor(-ter) 66 is arranged on the damping portion 65 water temperature inside place of easy reduction.In the present embodiment, be arranged in the inflow entrance 65a of damping portion 65.The top of the water level W of apotheca 61a is formed with pressure opening port 62b, and this pressure opening port 62b keeps body 22a to be connected by not shown tubular part and container.

On the 65b of outflow portion of damping portion 65, be connected with gas-liquid exchange portion 67.The bubble that contains is caught by gas-liquid exchange portion 67 from the effusive water of the 65b of outflow portion.Describe particularly.Gas-liquid exchange portion 67 has the approximate columned gas-liquid 67a of switch room that along continuous straight runs extends.The below of the 67a of gas-liquid switch room one distolateral (upstream side) is connected with the 65b of outflow portion of damping portion 65, and the below in another distolateral (downstream) is formed with the 67c of outflow portion that flows out water.In the 67a of gas-liquid switch room, the bubble that contains from the water that damping portion 65 supplies with is moved upward and is captured, and bubble and water are exchanged.Bubble is when for example adding hot water with cold mist heater 64, takes place in the time of the coupling part of water by each part or sneaks into.The volume of the 67a of gas-liquid switch room is set to the bigger value of volume of the bubble that produces than the use owing to cosmetology device 10.

Thermal component 68 have be formed on its inside give water route K4.The 67c of outflow portion of gas-liquid exchange portion 67 is connected the bottom to water route K4.Thermal component 68 can be formed by the aluminum fin, emits the heat that supplies to the water of K4 inside, water route, with water cooling.Water flows to the top (downstream) of giving water route K4 from the bottom (upstream side) of giving water route K4.Be connected on the feed pipe 69 for the top (downstream) of water route K4.Feed pipe 69 is connected on the cold atomizing nozzle 19, and cold atomizing nozzle 19 is fixed on nozzle with the hook form and keeps on the body 44a.

Cold atomizing nozzle 19 is connected on the blast pump 77 by ajutage 78.When the air of sending from blast pump 77 was sprayed from ajutage 78, heated water was attracted based on Venturi effect in the inside of damping portion 65, forms cold mist C.Cold atomizing nozzle 19 sprays the cold mist C that forms like this.

Describe particularly.Center arrangement at cold atomizing nozzle 19 has the 19c of aerojet portion.The 19c of aerojet portion will spray towards the place ahead by the air that ajutage 78 is transmitted from blast pump 77.Water supply unit 19b is by the arranged in form of leaving towards side direction with the far-end from the 19c of aerojet portion.Water supply unit 19b has by the distal openings of abundant undergauge.Produce negative pressure by the air flow that sprays from the 19c of aerojet portion.By this negative pressure, water is by from water supply unit 19b sucking-off, and such water forms cold mist C.Cold mist C is by forwards being sprayed by the air flow that sprays from the 19c of aerojet portion.In the present embodiment, cold spray painting loophole 19a comprises 19c of aerojet portion and water supply unit 19b.

Bottom surface at body 11 (shell 11a) is formed with tempering air suction inlet 72.Below thermal component 68, be furnished with the cooling motor 71 that cooling fan 70 is installed.Cooling fan 70 is cooled and drives rotation with motor 71, air is sucked by membrane filter 73 from tempering air suction inlet 72.The size of the mesh of membrane filter 73 or aperture opening ratio are set to the value that dust can't pass through.Cooling fan 70, cooling motor 71, and thermal component 68 (cooling end 62) is accommodated in the zoning parts 74 of approximate circle tubular.Cooling fan 70 is sent air flow towards the thermal component 68 that is arranged in the downstream, with thermal component 68 coolings.The lower ending opening of the snake parts 75 that formed by elastomeric material (for example silicone rubber) is installed on the top of zoning parts 74.The upper end open of snake parts 75 is connected on the air outlet 76.Air outlet 76 forms the concentric round shape of the 19c of aerojet portion with cold atomizing nozzle 19, surrounds cold atomizing nozzle 19.Zoning parts 74 and snake parts 75 have formed the air supply path S1 that will send towards air outlet 76 from air flow that cooling fan 70 is sent.

Below, drainage mechanism 80 is described.

As Figure 10-shown in Figure 12, drainage mechanism 80 is arranged on the lower backside of body 11.Drainage mechanism 80 will be filled container 22, case holding mechanism 22a, and warm mist generating mechanism 40, and the water of cold mist generating mechanism 60 is discharged to the outside of body 11.

As shown in figure 10, on the Drainage Division lid 82 that is arranged on the shell 11a, be provided with discharge outlet 24 and when user P carries out drain operation, slided up and down the draining button 81 of operation.Port flap 25 1 is closed, and draining button 81 and discharge outlet 24 are just covered by port flap 25.

As Figure 10 and shown in Figure 11, the extension finger 81a of draining button 81 is outstanding to the outside of shell 11a.User P hangs over finger 81a with finger and goes up operation draining button 81.At the back side of draining button 81, be formed with a pair of hook portion 81b.A pair of hook portion 81b engages with peristome 82a on being formed on Drainage Division lid 82.Draining button 81 is installed on the Drainage Division lid 82 with the form that can slide up and down by a pair of hook portion 81b.Between two hook portion 81b, be formed with the protuberance 81c of quadrangular prism shape.

The upper end of Drainage Division lid 82 be formed with towards above protuberance 82d.By protuberance 82d is stuck on the shell 11a, and the bottom of Drainage Division lid 82 fixed with not shown screw, the Drainage Division is covered 82 and is fixed on the shell 11a.On the back side of Drainage Division lid 82, be formed with the guide plate 82b that extends pair of plate-shaped also parallel to each other along the vertical direction.Between a pair of guiding version 82b, be extruded with the 82c of pair of engaging portion.

Guiding parts 83 is arranged in the back side of Drainage Division lid 82 and between guide plate 82b.General central authorities at guiding parts 83 are formed with conjugate foramen 83b, are pressed into the protuberance 81c of draining button 81 in conjugate foramen 83b.By the joint of hook portion 81b and junction surface 82c, draining button 81 is installed on the Drainage Division lid 82.So draining button 81 1 is slided by user P, draining button 81 and guiding parts 83 are just on one side by the guide plate 82b guiding of Drainage Division lid 82, Yi Bian one is slided along the vertical direction.

Draining arm 84 is formed approximate L font by bending.The base end part of draining arm 84 is fixed on the bottom of guiding parts 83 by screw N3.In the distal portion of draining arm 84, formed junction surface 84a jaggy.Draining arm 84 and guiding parts 83 become one, and can slide along the vertical direction.That is to say that draining button 81 1 is slided along the vertical direction by user P, draining button 81, wire guiding member 83 and draining arm 84 just move up and down integratedly.

As shown in figure 12, the deep inside in discharge outlet 24 is formed with drip chamber 85.Drip chamber 85 is connected with drain pipe P3 on being connected branching portion G.Shown in the arrow Y3 among Figure 12, the water among the drain pipe P3 is discharged from discharge outlet 24 by the peristome 85a that is formed on drip chamber 85 bottoms via drip chamber 85.Drain pipe P3 and drip chamber 85 are arranged on container 22, and container keeps body 22a, lower positions (below) such as warm mist generating mechanism 40 and cold mist generating mechanism 60.

The peristome 85a of drip chamber 85 can be used as the draining installation portion 86 of seal member and close and open.The slide interlock of draining installation portion 86 and draining button 81 is at the open state that carries out draining (Figure 12 (b)) with stop switching between the closed condition (Figure 12 (a)) of draining.Describe particularly.General central authorities at drip chamber 85 are provided with sliding handle 87.Sliding handle 87 can be free to slide along major axis.E ring 87b down is installed in the bottom of sliding handle 87.The medial part of draining installation portion 86 is installed on the following E ring 87b.Sliding handle 87 1 moves down, and the medial part that is fixed on down the draining installation portion 86 among the E ring 87b just moves down, and 85a closes with peristome.Sliding handle 87 1 moves up, and the medial part that is fixed on down the draining installation portion 86 among the E ring 87b just moves up, and peristome 85a is open.The lateral part of draining installation portion 86 closely contacts with the upper inside wall face of drip chamber 85, and anti-sealing flows out to body 11 inside from drip chamber 85.

In the general central authorities of the major axis of sliding handle 87, E ring 87a is installed.Keep the bottom of body 22a to be formed with spring bearing the 88a of portion being arranged in container above the sliding handle 87.Sliding handle 87 is inserted in the helical spring 88.Helical spring 88 is disposed in E ring 87a and spring bears between the 88a of portion, and the bias slide handle 87 downwards.That is to say that spring bears the last blocking portion performance function of the 88a of portion as helical spring 88, last E ring 87a conduct is blocking portion performance function down.The external diameter of last E ring 87a is set at the value bigger than the external diameter of helical spring 88.

The downside of last E ring 87a engages with the junction surface 84 of the draining arm 84 of Figure 11.So, there be not (Figure 12 (a)) under the operated state at the draining button, based on the biasing force downwards that produces by helical spring 88, sliding handle 87, draining arm 84, guiding parts 83 and draining button 81 are maintained at lower position.Under this state, peristome 85a is closed by draining installation portion 86.Based on the biasing force downwards that is produced by helical spring 88, closely contact is at the peripheral edge portion of peristome 85a for the inside part of draining installation portion 86, and closed condition is kept.Yet user one moves up draining button 81 (Figure 12 (b)), and draining arm 84 just links with it and moves up, and the sliding handle 87 that is stopped on the E ring 87a also moves up, and the closed condition of peristome 85a (sealing) is disengaged, and carries out draining.

Even under the situation of the position below sliding handle 87 moves to, draining arm 84 can not contact with draining installation portion 86 yet.

Below, fragrant generating unit (being also referred to as fragrant generating unit, aromatic generating device) 15 is described.

As shown in figure 13, fragrant generating unit 15 comprises fragrant container HY, volatilization device 90, fragrant container mechanism for assembling-disassembling 91.Fragrance container HY stores aromatic.Volatilization device 90 makes the aromatic volatilization that is stored among the fragrant container HY.As shown in figure 13, be fixed with fragrant shell 93 on shell 11a, this fragrance shell 93 is towards the general central opening of end face 12, and can take in fragrant container HY.On the internal face of receiving room 93a, guiding flank 93d forms with the form of extending along the vertical direction.Be furnished with the taking-up button sensor 93f of reed-type in the upper end of guiding flank 93d.Take out button sensor 93f and switch to opening, can detect fragrant container HY and be incorporated in receiving room 93a, promptly detect fragrant container HY is housed in the fragrant generating unit 15 by the Magnetitum 123g that is set on the fragrant container HY.

Zoning goes out the 93b of motor room below fragrant shell 93.In the 93b of motor room, taken in fragrance motor 95., form the discous electrode maintaining part 96 of approximate circle and be fixed on the fragrant shell 93 by screw with in the motor 95 at fragrance from the below.Fragrance is outstanding towards the top from the bottom surface of receiving room 93a with the driving shaft 95a of electrode 95.At the far-end of driving shaft 95a, be fixed with fragrance fan 94 by bearing shell 95b.Rotate fragrance with in the fan 94 at fragrance with motor 95, generate towards the air flow of receiving room 93a top.Use between the electrode 95 at fragrant shell 93 and fragrance, be furnished with installation portion 95c.Installation portion 95c so that the mode that receiving room 93a and the 93b of motor room can not be communicated with seal.In the present embodiment, fragrance uses fan 94 as volatilization unit performance functions with motor 95 and fragrance.

On the lower side of fragrant shell 93, be formed with and connect the hub 93c of portion.Connecting the hub 93c of portion also is communicated with in a tubular form in the downstream of fragrance with fan 94.Connecting the hub 93c of portion is connected in the piped connection hub portion 98 by the suction nozzle 97 that is formed by elastomeric material (for example silicone rubber).Connecting hub portion 98 is connected with air entry (suction portion) 99 on the bottom surface that is formed on shell 11a.The internal diameter that connects hub portion 98 is consistent with the diameter of air entry 99.In the bottom outside of shell 11a, be provided with the fragrance filter 100 that covers air entry 99.Fragrance is set to the value that dust can't pass through with the size or the aperture opening ratio of the mesh of filter 100.

Receiving room 93a connects the hub 93c of portion, and suction nozzle 97 and connection hub portion 98 have formed and be communicated with the bottom surface of shell 11a and the air supply path S2 of end face 12.When fragrance is driven rotation by fragrance with motor 95 with fan 94, the bottom surface of air from body 11 sucked with filter 100 by fragrance, this air is sent towards the top of receiving room 93a by air supply path S2.

Below, fragrant container mechanism for assembling-disassembling 91 is described.By fragrant container mechanism for assembling-disassembling 91, fragrant container HY is installed among the receiving room 93a of fragrant shell 93 with the form that can dismantle.Shown in Figure 13 and 14, fragrant container mechanism for assembling-disassembling 91 comprises, is fixed on receiving room 93a and removes this fixed fragrant container fixed part 102 with splenium 101 on the last fragrant container of pressing of fragrant container HY with fragrant container HY.

Splenium 101 on the fragrant container is described.

As Figure 13 and shown in Figure 14, in receiving room 93a, be fixed with the fan guard 103 of covering fragrance with fan 94 by screw N4.On fan guard 103, be formed with a plurality of (present embodiment is 3) the guide part 103b that extends along the vertical direction.Be formed with a plurality of (present embodiment is 3) air vent 103a between the guide part 103b of fan guard 103, the air flow of sending with fan 94 from fragrance passes through these air vents 103a.Be formed with circular recess or spring bears the 103c of portion and bears the 103d of hub portion that the central authorities of portion 103 project upwards from spring on the top of fan guard 103.Last pressing spring 104 is inserted and is led in the 103d of hub portion, and is contained in spring and bears among the 103c of portion.

Above fan guard 103, be furnished with spring shield 105 cylindraceous.Spring shield 105 can move along the vertical direction with respect to fan guard 103.Spring shield 105 by last pressing spring 104 towards the top bias voltage.

Spring shield 105 has the top board that covers fan guard 103 and go up pressing spring 104.Below spring shield 105, be formed with the hollow hub portion 105 (Figure 13) of the tubular of the hub portion of bearing fan guard 103.105a of hollow hub portion and the 103d of hub portion go up the expanding-contracting action of pressing spring 104 by the inboard that is disposed in pressing spring 104 to lead.Spring shield 105 has the guide part 103b that is located on the fan guard 103 and the hook portion 105b of the same quantity.Each hook portion 105b extends downwards from the side of spring shield 105, engages with corresponding guide part 103b.Hook portion 105b restraining spring cover 105 can not rotate it with respect to fan guard 103, but also prevents that spring shield 105 from coming off from the top.

As mentioned above, splenium 101 comprises fan guard 103 on the fragrant container, last pressing spring 104 and spring shield 105.

Fragrant container fixed part (limiting unit) 102 is described.

Be extruded with the button installation portion 93e of cup-shaped from the upper side of fragrant shell 93.The receiving room 93a of button installation portion 93e and unciform process portal and 107 are connected.In the bottom of button installation portion 93e, be provided with towards the unciform process 107 tabular hooks guiding roads 106 that extend that portal.The top in hook guiding road 106 is furnished with movable hook part 108.Shown in Figure 13 (a), under the state that the far-end of hook part 108 engages by receiving room 93a and fragrant container HY, fragrant container HY can't be taken out from receiving room 93a.Cardinal extremity at hook part 108 is formed with along the outstanding protuberance 108a of the direction of leaving from receiving room 93a.This protuberance 108a is connected on the inwall of button installation portion 93e by dismounting spring 109.Dismounting spring 109 with hook part 108 to receiving room 93a bias voltage.The two sides of hook part 108 have the lug 108b that extends downwards.The lower end of each lug 108b bends outwards, and along continuous straight runs extends.Hook part 108 has along the slotted hole 108c of the pair of parallel of the projected direction extension of hook part 108.On a pair of slotted hole 108c, be formed with a pair of rake 108d that clamps protuberance 108a respectively.Each rake 108d has behind the hook part 108 forward and the inclined-plane that tilts downwards.

The button cylindraceous that is arranged in the top of hook part 108 keep body 110 with hook part 108 from upper fixed.Button keeps body 110 to be pressed into button installation portion 93e, is fixed on not from the position that end face 12 is given prominence to.Button keeps the side of body 110 to comprise two 110a of wall portion that extend towards the below.Two 110a of wall portion are mutually towards the other side.The lower surface 110b of each 110a of wall portion and the upper surface of lug 108b are arranged in parallel, and restriction hook part 108 moves along the vertical direction.The lug 108b that stops the hook part 108 that wall 110c and split shock mount 109 bias voltages from outstanding downwards outstanding of each lower surface 110b touches mutually.Lug 108b stops wall 110c and touches mutually with outstanding, can prevent from that the biasing force of hook part 108 by dismounting spring 109 from portalling from unciform process 107 to drop to receiving room 93a.On button keeps button incorporating section 110d that the inboard of body 110 is provided with, be installed with by the fragrant container of user P push and take out button 111.On button keeps position that the bottom of body 110 faces one another, be formed with two orthogonal notch part 110e.

The fragrance container takes out button 111 and has the pair of ribs 111a that extends downwards.Pair of ribs 111a is stuck on the rake 108d of hook part 108.The lower surface of each flank 111a is and corresponding inclined-plane, the inclined plane of rake 108d.The inclined plane of flank 111a tilts forward and downwards from the rear of hook part 108.The fragrance container takes out button 111 1 and is pressed, and the inclined-plane by each flank 111a is contacting with the rake 108d of hook part 108 and sliding, make hook part 108 rearward (direction of leaving from receiving room 93a) mobile.The remote end part of hook part 108 is in the state of not giving prominence to from receiving room 93a.Hook part 108 is taken out button 111 bias voltage upward towards the biasing force of the dismounting spring 109 of receiving room 93a bias voltage with fragrant container.Between the flank 111a of fragrant container taking-up button 111, be formed with hook portion 111b.Hook portion 111b is bonded on button respectively and keeps on the notch part 110e of body 110.Like this, fragrant container takes out button 111 and can freely slide up and down, and can not come off from the top.

As mentioned above, fragrant container fixed part 102 comprises hook part 108, and dismounting spring 109, button keep body 110 and fragrant container to take out button 111.

Below, the fragrant container HY that stores aromatic is described.

As Figure 13 and shown in Figure 15, fragrant container HY mainly comprises, is arranged in the holding member 120 of spring shield 105 tops that are among the receiving room 93a, stores the fragrant ware (end container is arranged) 121 of aromatic, and is installed in the cover 123 on the holding member 120.

Holding member 120 is a tubular.On the top of holding member 120, be provided with, from the support portion 120a of the bottom of supported underneath fragrance ware 121 and be formed on support portion 120a around ventilation road 120b.Ventilation road 120b is communicated with spring shield 105 sides and fragrant ware 121 sides.Support portion 120a contacts by the spring shield 105 in its lower surface and the receiving room 93a and is supported.The posture of the fragrant ware 121 after holding member 120 keeps installing.Specifically, holding member 120 has the outstanding upward hook portion 120c of complex root (present embodiment is 3).Hook portion 120c forms every predetermined interval (present embodiment is about 120 degree) on the circumferencial direction of holding member 120.Fragrance ware 121 is embedded into hook portion 120c with demountable form.In the present embodiment, fragrant ware 121 and holding member 120 are as container parts performance function in the end is arranged.On the hook portion 120c under the state that embeds fragrant ware 121, metal ring 122 is installed.On the part of the upper end of holding member 120, be formed with two notch part 120d that along the circumferential direction extend.Be provided with recess 120e among each breach 120d.The size of holding member 120 is set to, and infant can not put it into the size in the mouth by mistake under the state of installing fragrant ware 121.

On holding member 120, columnar cover 123 is installed with demountable form.The relative horizontal plane of the top plate portion 123a of cover 123 cylindraceous tilts.The angle of inclination of top plate portion 123a is identical with the angle of inclination of end face 12.Describe particularly.On the inner face of the bottom of cover 123, be formed with two protuberance 123b.Insert from the top with holding member 120 corresponding notch part 120d and with the rotation of cover 123 circumferencial directions by each the protuberance 123b with cover 123, two protuberance 123b are entrenched in respectively on two recess 120e of holding member 120.By the state of cover 123 from each protuberance 123b and recess 120e tabling rotated to contrary direction, engagement state is disengaged.Hook portion 120c, fragrant ware 121 and encircle 122 tegmentum parts 123 and cover are housed on holding member 120 in the cover 123.Central authorities at the top plate portion 123a of cover 123 are formed with the fragrant discharge port 15a that is used to emit evaporable fragrance.In illustrated example, fragrant discharge port 15a can form clathrate.The size of the grid eye that forms on fragrant discharge port 15a is set to, do not hinder fragrance to transmit air flow with fan 94, and liquid aromatic attached to grid system in, this aromatic since surface tension remain on the size that is not easy to pass through in the grid eye.The size of the grid eye of fragrance discharge port 15a is set to, and can suppress user and produce the size (thickness) that splashes into the aromatic intention from the top towards fragrant ware 121.In the present embodiment, the size of grid eye (length of side) is set to 0.5-4.0mm, preferably is set to 1.8-2.2mm.

On the side of cover 123, be formed with the guiding road 123c of rib shape.Adjacent past more below, two guiding roads 123 is disconnected from each other more.When fragrant container HY was inserted receiving room 93a, fragrant container HY was directed to 123c and the guiding flank 93d guiding that is formed among the receiving room 93a, arrives the angle of inclination of top plate portion 123a and the angle of inclination consistent location of end face 12 (body 11).

Between two adjacent guiding road 123c, be furnished with Magnetitum 123g.The magnetic flux of Magnetitum 123g can be removed button sensor 93f and detect under fragrant container HY is installed in the state of receiving room 93a.The flange part 123e of the lower end of cover 123 along the circumferential direction extends to form the ventilation road.On the top of cover 123, be formed with the rubber that is divided into by a plurality of rib structures the 123f of portion is set.For being inserted in rubber, the rubber components 125 that is similar to cuboid is provided with among the 123f of portion.The bottom of rubber components 125 is outstanding from being formed on peep-hole not shown on the cover 123, fragrant container HY is being inserted under the state of receiving room 93a, the internal face Elastic Contact of the bottom of rubber components 125 and receiving room 93a, and form depression to be gone into to cover 123 side pressures.

As shown in figure 13, the direction changing unit 126 of the inboard of cover 123 will be changed into around fragrant ware 121 by the air flow (arrow Y4) that fragrance is sent with fan 94 and flow into the direction of fragrant ware 121 inside.Describe particularly.Direction changing unit 126 is formed on the inboard of the top plate portion 123a of cover 123.

Fragrance container HY one is inserted into receiving room 93a, the far-end of aforesaid hook part 108 just with from the outstanding outwardly jut 123d hasp in the side of cover 123, fix fragrant container HY.Under this state, fragrant container takes out button 111 1 and is depressed, and hook part 108 will move, and the hasp of itself and jut 123d just is disengaged.By the biasing force of spring shield 105, fragrant container HY is gone up upward to press, and from the end face 12 outstanding height that user can be caught.

The top of cover 123 is installed with container cover 124.Container cover 124 can be for there being the ring-type of fragrant discharge port in central authorities.On the outer rim of container cover 124, be formed with a plurality of (present embodiment is 4) bending part 124a.The far-end of each bending part 124a is engaged by bending to the inside and cover 123.Container cover 124 is fixed on the cover 123 by bending part 124.

Below, based on Figure 16 the fragrant ware 121 that stores aromatic is described.

As shown in figure 16, the fragrant ware 121 of metallic (for example stainless steel) is cylindric, includes circular bottom and sidewall 121h.The edge of opening of fragrance ware 121 is formed by the return portion 121a zoning of being turned back to the inside.The length that will length be defined as return portion 121a from sidewall 121h to return portion 121a edge.The length of this return portion 121a is set to, and fragrant ware 121 is being erect for being stored in two in the fragrant ware 121 under the vertical state, preferably the value that can not overflow of the aromatic more than 10.In the present embodiment, the diameter of fragrant ware 121 is 28mm, and the peristome diameter of return portion 121a is 24mm.The height of fragrance ware 121 is 10mm.

On the bottom of fragrant ware 121, be formed with a plurality of (present embodiment is 19) approximate hemispheric recess 121b (storage part).Between sidewall 121h and recess 121b, be formed with rake 121c.Rake 121c tilts with the high more form in the past more outside.Recess 121b and rake 121c adjust the aromatic that is stored in the fragrant ware 121 and the contact area (hereinafter referred to as " surface area of aromatic ") of air flow.In general, there is dependency relation between the surface area of aromatic and the volatile quantity.The volatile quantity of the big more aromatic of the surface area of aromatic is big more, and the surface area of aromatic is more little, and the volatile quantity of aromatic is more little.The recess 121b of present embodiment and rake 121c are stored in the surface area of the aromatic in the fragrant ware 121 by adjustment, as the adjustment unit performance function of the volatile quantity of adjusting aromatic.Describe particularly.The aromatic that splashes into fragrant ware 121 preferentially flows into each recess 121b, can not expand to and remove recess 121b part in addition on the bottom.That is to say, when the amount of the aromatic that splashes into was no more than the volumetrical summation (hereinafter referred to as " recess volume ") of whole recess 121b, recess 121b was adjusted to the surface area of aromatic the corresponding area of area of the part that forms with whole recess 121b.When being splashed into recess 121b above the volumetrical aromatic of recess, the aromatic in recess 121b under the storage is not removed recess 121b part in addition though can expand on the bottom, can be adjusted to and the corresponding surface area of the amount of aromatic by rake 121c.

The size of recess 121b and rake 121c (diameter and the degree of depth) is set to, in the amount of splashing into of aromatic is that the ratio of one and two situation following table area is a predetermined ratio, that is to say the value that certain dependency relation is arranged between number and the surface area that splashes into of aromatic.For example, the ratio of the surface area the surface area the when amount of splashing into of aromatic is one and twice is 1: 1.3-3.0, better is 1: 1.5-2.0.In the present embodiment, splashing into an aromatic in recess 121b when, recess 121b is almost all taken by aromatic.In the present embodiment, aromatic is being splashed in recess 121b in two, aromatic is expanded to the lower end (boundary member) of rake 121c.In the present embodiment, aromatic is being splashed in recess 121b in three, surface area enlarges along the angle of inclination of rake 121c.

The fragrant ware 121 even tilt, the aromatic that is stored among the recess 121b also can rest among the recess 121b, is not easy to flow out from recess 121b.

In fragrant generating unit 15, the diameter of fragrance discharge port 15a, by the flow velocity of the air that sprays from fragrant discharge port 15a, and the combination condition that is stored in the surface area of the aromatic in the fragrant ware 121 is set to, user P is at each mist H, the concentration of the aromatic that the blended state of C sucks down is no more than predetermined concentration (for example 10ppm), and does not hinder mist H, flow (injection) of C.Illustrate combination condition.For example in the present embodiment, the opening diameter of fragrant discharge port 15a is 19mm, and fragrance is 0.6m/ below second with fan 94 with the air velocity of fragrant discharge port 15a, and is better for to be driven in rotation in the form of 0.3m/ below second.The recess 121b and the rake 121c of fragrance ware 121 constitute, and the surface area of aromatic is 100-220mm2 when the amount of splashing into of aromatic is one (about 0.03ml), and that better is 130-190mm2.The recess 121b and the rake 121c of fragrance ware 121 constitute, and the surface area of aromatic is 220-340mm2 when the amount of splashing into of aromatic is two, and that better is 250-310mm2.

Below, the control loop of cosmetology device 10 is described.

As shown in Figure 3, the arranged beneath in the built-in function portion 14 of body 11 has control loop substrate 31.All actions of control loop substrate 31 control cosmetology device 10.Below control loop substrate 31, be fixed with electric power loop substrate 30.Electric power loop substrate 30 is to various motors that comprise control loop substrate 31 and various heating installation power supply.

Below, based on Figure 17 the electrical circuit of cosmetology device 10 is described.

＜electric power loop substrate 30 〉

On electric power loop substrate 30, connecting power line 26, accepting power supply from commercial socket.Electric power loop substrate 30 is connected on the power knob 16.When power knob 16 was depressed, electric power loop substrate 30 was in the closed condition of cutting off commercial socket power supply and the opening of supplying the action electric power to cosmetology device 10.

Electric power loop substrate 30 and fragrance motor 95, warm mist heater (abbreviating heater sometimes as) 41a, cold mist heater 64, cooling is connected with motor 71 and blast pump 77.Electric power loop substrate 30 is connected with discharge part 42 by high tension loop substrate 46.High tension loop substrate 46 will be supplied to discharge part 42 after will being increased to the predetermined voltage that can discharge from spray point 48 from the voltage of electric power loop substrate 30 supply.Electric power loop substrate 30 links together with control loop substrate 31.Electric power loop substrate 30 is powered by the control of control loop substrate 31, makes operations such as various motors and various heaters and stops.

＜control loop substrate 31 〉

Be equipped with control part 31a on the control loop substrate 31, the program of this control part 31a memory control cosmetology device 10 actions is also carried out various calculations and is handled.Control part 31a can be microcomputer.On control loop substrate 31, be connected with operation control knob 14b, action pattern selector button 14a and fragrant control knob 14c, this control loop substrate 31 is accepted from the operation signal of button 14a-14c output.

On control loop substrate 31, be connected with body cap switch 32b.Body cap switch 32b detects body cap 13 and is in the state that is opened, and start signal is transferred to control loop substrate 31.Control part 31a makes operation control knob 14b according to the start signal that transmits from body cap switch 32b, and the push of action pattern selector button 14a and fragrant control knob 14c comes into force.Under the state that does not have start signal to be transfused to from body cap switch 32b, promptly body cap 13 is under the situation of pent state, control part 31a make operating portion 14 button 14a-14c depress operation failure.As mentioned above, body cap switch 32b brings into play function as safety switch.

Control loop substrate 31 links together with taking-up button sensor 93f.Taking-up button sensor 93f detects fragrant container HY and is contained (fixing) in receiving room 93a, to control loop substrate 31 transmission start signal.Control part 31a makes operation control knob 14b according to from taking out the start signal of button sensor 93f input, and the operation of depressing of action pattern selector button 14a and fragrant control knob 14c comes into force.Do not having under the situation of start signal input from taking out button sensor 93f, promptly fragrant container HY is not contained under (fixing) situation in receiving room 93a, control part 31a make operating portion 14 button 14a-14c depress operation failure.As mentioned above, take out button sensor 93f and bring into play function as safety switch.At mist H, when C was stopped by the start signal of exporting from taking-up button sensor 93f under the state that is spraying from atomizing nozzle 18,19, control part 31a control electric power loop substrate 30 was to stop mist H, the generation of C.Describe particularly.When warm mist took place, control part 31a control electric power loop substrate 30 was to cut out warm mist heater 41a.When the generation of cold mist C, control part 31a control electric power loop substrate 30 is to cut out blast pump 77, cold mist heater 64 and cooling motor 71.

On control loop substrate 31, connecting and tilting to detect switch 29.For example body 11 falls down or is raised etc. under the situation, tilts to detect switch 29 to control loop substrate 31 output start signal.Control part 31a is according to the start signal that detects switch 29 outputs from inclination, and control electric power loop substrate 30 is to stop to warm mist heater 41a cold mist heater 64, cooling motor 71, blast pump 77 and 46 power supplies of high tension loop substrate.That is to say that control part 31a stops the everything of cosmetology device 10 according to the start signal that detects switch 29 outputs from inclination, guarantees the safety of user.

On control loop substrate 31, be connected with display part L.Control part 31a control display part L makes luminous body light a lamp with the predetermined pattern of lighting a lamp according to the controlled state of cosmetology device 10.

On control loop substrate 31, be connected with heater thermistor(-ter) 41b and water temperature thermistor(-ter) 66.Each thermistor(-ter) 41b, 66 will be transferred to control loop substrate 31 with the corresponding temperature detecting signal of the temperature of measuring.When the temperature of the warm mist heater 41a that detects as heater thermistor(-ter) 41b surpassed predetermined temperature, control part 31a just controlled electric power loop substrate 30 to cut off (stopping) power supply to warm mist heater 41a, closes warm mist heater 41a.When the water temperature of the heat treated portion 61 that water temperature thermistor(-ter) 66 detects less than predetermined sterilization temperature (present embodiment is 80 ℃) time, control part 31a just controls the electric power loop substrate with to cold mist heater 64 power supplies, open cold mist heater 64.And when the water temperature of the heat treated portion 61 that water temperature thermistor(-ter) 66 detects reached more than the predetermined sterilization temperature, control part 31a just controlled electric power loop substrate 30 to cut off the power supply to cold mist heater 64, closed cold mist heater 64.

On control loop substrate 31, be connected with electric power loop substrate 30.The power supply that control loop substrate 31 is accepted from electric power loop substrate 30.Control loop substrate 31 control electric power loop substrates 30 with control to the power supply that is connected various motors on the electric power loop substrate 30 and various heaters etc.

Control part 31a by 30 controls of control electric power loop substrate to the power supply of fragrance, so that fragrance reaches the corresponding revolution of desirable fragrance strength by the fragrant control knob 14c selection of operation with user P with the revolution (velocity of rotation) of fan 94 with motor 95.Selecteed desirable fragrance strength is high more, control part 31a control electric power loop substrate 30 so that fragrance increase with the revolution of fan 94.That is to say that selecteed desirable fragrance strength is high more, control part 31a control electric power loop substrate 30 is so that increased with the air capacity that fan 94 transmits by fragrance.Control part 31a is every the volatile quantity of preset time plus-minus aromatic.

The control part 31a of present embodiment can increase and decrease the volatile quantity of aromatic every the scheduled time.Describe particularly.Control part 31a drives fragrance motors 95 according to the intensity (concentration) of the fragrance of user P selection by electric power loop substrate 30.And after beginning the process preset time from fragrance with motor 95 operations (present embodiment is 20 seconds), control part 31a control electric power loop substrate 30 is so that fragrance stops (present embodiment is 5 seconds) with motor 95 in the scheduled period.By such formation, in cosmetology device 10, fragrance generation and stop alternately to be carried out.

In the present embodiment, control electric power loop substrate 30 is so that the control part 31a of various motor and the operation of various heater brings into play function as adjustment unit.

Below, explain the action of cosmetology device 10.

＜lid 21 〉

When cosmetology device 10 was in common user mode, shown in Fig. 6 (a), lid 21 kept spraying posture.Shown in Fig. 6 (a), when the hands PH of user P moved downwards from the top, lid 21 was by the contact of hands PH and moving to the transition of protection posture downwards.The lid 21 that is in the protection posture is disposed between atomizing nozzle 18,19 and the hands PH, prevents mist H, and C directly touches the hands PH of user P.As mentioned above, the lid 21 that is in the protection posture is physically isolated the hands PH of user P from atomizing nozzle 18,19.

Cover the top of atomizing nozzle 18,19 owing to be in the lid 21 of protection posture, by the mist H that sprays from atomizing nozzle 18,19, the injection direction of C is compared during with common user mode and is changed downwards, can not sprayed towards user P.

＜warm mist generating mechanism 40 〉

As shown in Figure 7, supplying to container from container 22 keeps the water of body 22a by giving water route K1 and supplying to boiling-house 41c to water route K2.The water level of boiling-house 41c is remained on predetermined water level W by the water of supplying with from container 22.Describe particularly.When the water level of boiling-house 41c reduces from the feedwater of container 22 will, the feedwater from container 22 when the water level of boiling-house 41c surpasses predetermined altitude (water level W) will stop.Temperature mist heater 41a will supply to the water heating of boiling-house 41c and gasification and warm mist will take place.The warm mist that takes place is guided upward by warm mist road M1, by the electrion that in discharge part 42, carries out between the spray point by granular (ionizing).Sprayed towards the place ahead from warm atomizing nozzle 18 by the warm mist of granular.Become at container 22 under the situation such as skies, when the water level W of boiling-house 41c reduces and temperature when rising, warm mist heater 41a will be closed based on the control of control part 31a.

＜cold mist generating mechanism 60 〉

As shown in Figure 9, being fed into container from container 22 keeps the water of body 22a to be fed into the apotheca 61a of heat treated portion 61 by giving water route K3.The water that is fed into apotheca 61a flows into the inside of damping portion 65 from inflow entrance 65a, and is maintained at water level W.The water that comprises the apotheca 61a of the water that flow into damping portion 65 inside is heated to predetermined sterilization temperature (present embodiment is 80 ℃) by cold mist heater 64.

Inside in damping portion 65 can be suppressed to follow the convection current of the water that heats and take place by the dividing plate 65c that alternately arranges with predetermined interval.Inflow entrance 65a forms minimum area.So, can suppress by from giving water at low temperature that water route K3 supplies with because convection current flows into the inside of damping portion 65.So the water of damping portion 65 inside does not allow to be subject to the influence that water at low temperature flows into, can be stably by cold mist heater 64 heating.

To in damping portion 65, stop the time (present embodiment is 30 seconds) of satisfying sterilization conditions at least from the water that cold atomizing nozzle 19 sprays.Owing in the cosmetology device 10 of present embodiment, do not have to be provided with the action pattern of an injected cool mist C, so at the sterilization conditions of warm mist H being reached the water of damping portion 65 from warm atomizing nozzle between 19 injection periods.The injection one of temperature mist H finishes, and the water that cold atomizing nozzle 19 just can finish sterilizing carries out cold atomizing, promptly sprays to user P.

When blast pump 77 is unlocked (operation) air by when the 19c of aerojet portion sprays, damping portion 65 be heated and germ-resistant water will owing to the negative pressure of injected generation by to water route K4 towards water supply unit 19b sucking-off, by cold atomizing and injection forwards.

Sneak at the bubble from the water of damping portion 65 sucking-offs and in gas-liquid exchange portion 67, be captured and by being exchanged with water.(unlatching of blast pump 77 (operation)) takes place through (present embodiment is 5 seconds) behind the preset time from the cold mist of cold atomizing nozzle 19, control part 31a control electric power loop substrate 30 is so that blast pump 77 low cruises.Behind the process preset time, control part 31a controls electric power loop version 30 so that blast pump 77 moves under common speed.That is to say that control part 31a controls the action of blast pump 77 when cold mist begins to take place so that the water of damping portion 65 gently flows into 67a inside, gas-liquid switch room, the air with 67a inside, gas-liquid switch room all sprays by cold atomizing nozzle 19 earlier.Can suppress like this to make also to exist and just begin injected cool mist C under the air state in 67a inside, gas-liquid switch room owing to water flows into the 67a of gas-liquid switch room tempestuously.Thereby can prevent to be disconnected for example for the water of water route K4 by bubble, cold mist C sprays by phased manner or the time stops.

The water that is removed bubble is cooled by the water route K4 that gives by thermal component 68.Thermal component 68 is by the air cooling that is transmitted by cooling fan 70.Be cooled the air flow that transmits with fan 70 by air supply path S1, spray to user from air outlet 76 towards the side opening of cold atomizing nozzle 19.By from air outlet 76 to user P injection air, can promote gasification attached to the cold mist C on the skin of user P, cool off the skin of user P expeditiously, and give user with the cooling sense.

＜fragrant generating unit 15 〉

Be pressed from the state of Figure 13 when fragrant container takes out button 111, hook part 108 is just towards leaving receiving room 93a (fragrant container HY) side shifting, and the joint of the jut 123d of the far-end of hook part 108 and cover 123 just is disengaged.Fragrance container HY is subjected to press on the spring shield 105 of biasing force of pressing spring 104, gives prominence to from end face 12.User can take out fragrant container HY from fragrant generating unit 15 (receiving room 93a) by mentioning outstanding fragrant container HY upward.In illustrated example, the removing direction of fragrant container HY and mist H, the injection direction of C intersects.

Shown in Figure 15 (a) and Figure 15 (b), when with cover 123 when circumferencial direction rotates, the joint of the protuberance 123b of cover 123 and the recess 120e of holding member 120 just is disengaged, and can take out covers 123 from holding member 120.User P can splash into the aromatic of liking to the recess 121b and the rake 121c of fragrant ware 121.At this moment, by recess 121b and rake 121c, can adjust the degrees of expansion of the aromatic of the bottom surface that splashes into fragrant ware 121.That is to say, can obtain with the several facing surfaces of splashing into of aromatic long-pending automatically.

After fragrant ware 121 splashes into aromatic, the cover 123 that covers fragrant ware 121 is installed and rotated to circumferencial direction, protuberance 123b and recess 120e are engaged, cover 123 is installed on the holding member 120.

The position of the guiding flank 93d of the guiding road 123c of cover 123 and receiving room 93a is being inserted into fragrant container HY among the receiving room 93a (body 11) under to good state.At this moment, top (jar 124) of fragrant container HY pressed downwards, the far-end of hook part 108 just is pressed towards the jut 123d of cover 123, towards leaving side shifting from fragrant container HY (receiving room 93a).When the fragrant container HY of further pressure makes it mobile downwards, the hook part 108 of split shock mount 109 bias voltages will be to receiving room 93a outstanding and and jut 123d engage.Fragrance container HY is fixed (installation) on receiving room 93a (body 11).

As shown in figure 13, when fragrance was powered by electric power loop substrate 30 with motor 95, fragrance will be driven in rotation with fan 94, and air is inhaled into air supply path S2 (arrow Y4) from air entry 99.The air that is inhaled into air supply path S2 is further transmitted (arrow Y4) by fragrance with fan 94 towards the top.The direction of the air flow that produces with fan 94 by fragrance be changed into, transmit through the side direction top of spring shield 105 from the air vent 103 of fan guard 103, the direction changing unit 126 that further is formed on cover 123 inner surfacies then imports the inside of fragrant ware 121.The air flow that flows into fragrant ware 121 makes the aromatic volatilization of the recess 121b that is stored in fragrant ware 121 and rake 121c, is transmitted upward once more and emits (arrow Y4) towards the top from fragrant discharge port 15a.The air velocity that sprays from fragrant discharge port 15a towards the top is set to the progressive wind speed that does not hinder from the mist of each atomizing nozzle 18,19 injections.In the present embodiment, maximum wind velocity is 0.6m/ second.

Shown in Figure 18 (a) and Figure 18 (b), under the user mode of cosmetology device 10, warm mist H is sprayed towards user P from warm atomizing nozzle 18 (warm spray painting loophole 18a).Cold mist C is sprayed by the face from cold atomizing nozzle 19 (cold spray painting loophole 19a) towards user P.Each mist H, C forward direction on one side move, on one side to transverse direction and above-below direction diffusion.So, each mist H, C leaves more to long range diffusion from atomizing nozzle 18,19 more.

The fragrance that takes place in fragrant generating unit 15 is emitted (Figure 18 emit direction H1) upward from fragrant discharge port 15a, and then and the mist H of the top by fragrant discharge port 15a, C mixes and mist H mutually, and C becomes one and carries (arrow A of Figure 18) to user P.The injection direction H2 of the mist of emitting from atomizing nozzle 18,19 and the fragrance of emitting from fragrant discharge port 15a emits the form that direction H1 is set to intersection like this.

Below, the using method of the cosmetology device 10 of present embodiment is described.

User P is placed on cosmetology device 10 on the desk of level etc., and body cap 13 is opened, and power line 26 is inserted not shown commercial socket, to cosmetology device 10 power supplies.User P depresses operation to power knob 16, and cosmetology device 10 is become holding state.Then, user P depresses operation to action pattern selector button 14a, selects the action pattern of liking.

User P depresses operation to fragrant control knob 14c, the intensity (concentration) of the fragrance that selection is liked.Selected the intensity of action pattern and fragrance at user P after, cosmetology device 10 is sprayed mist H based on the operation of depressing of operation control knob 14b with action pattern and fragrance intensity that user P selects, C and emit (generation) fragrance.

Describe particularly.Initial temperature mist H is sprayed from warm atomizing nozzle 18 towards user P, provides warm to the skin of user P.When warm mist H injection beginning had passed through preset time, the injection of warm mist H was stopped, and almost simultaneously, cold mist C is sprayed from cold atomizing nozzle 19 towards user P, the skin of cooling user P.Further, during through preset time, the injection of cold mist is stopped from cold mist C injection beginning, and almost simultaneously, the injection of warm mist H is begun.After the alternating spray of warm mist H and cold mist C was repeated predetermined times, the injection of mist finished.At mist H, in the injection of C, emit fragrance with the fragrance intensity of selecting from fragrant discharge port 15a.

Even at mist H, in the injection of C, user P also can be by depressing the intensity (concentration) that fragrance is switched in operation to fragrant control knob 14c.Even at mist H, in the injection of C, user P also can be by depressing the injection that operation stops atomizing nozzle 18,19 to power knob 16 or operation control knob 14b.

After the use of cosmetology device 10, by body cap 13 is become closed condition, cosmetology device 10 becomes the state of akinesia.

So,, can obtain following effect based on present embodiment.

(1) fragrance by from the different position of each atomizing nozzle 18,19 towards each mist H, C emits.So by the mist H that ejects from each atomizing nozzle 18,19, C and fragrance can be mixed into one effectively, can be along each mist H, the injection direction of C is sent to (sending) stable fragrance.So the user P of cosmetology device 10 will when C blows to face, can obtain stable fragrance from the mist H of each atomizing nozzle 18,19 injection.

(2) fragrant discharge port 15a is formed on than each atomizing nozzle 18,19 more by user P side, and on the position near each atomizing nozzle 18,19.So for the mist H that sprays with the form that spreads towards user P from each atomizing nozzle 18,19, C can be towards the mist H before the diffusion, C emits fragrance.So and fragrant discharge port 15a is arranged on the position of leaving from each atomizing nozzle 18,19, to the mist H that has spread, the situation that C emits fragrance is to relatively, fragrance and mist H, C mixes easily.Use the user P of cosmetology device 10, will when C blows to face, can obtain stable fragrance from the mist H of each atomizing nozzle 18,19 ejection.

(3) fragrant discharge port 15a is arranged in than each atomizing nozzle 18,19 more by user P side, and in the central authorities of warm spray painting loophole 18a (warm atomizing nozzle 18) and cold spray painting loophole 19a (cold atomizing nozzle 19).So, can emit fragrance to the either party of warm mist H and cold mist C from fragrant discharge port 15a.So, can be with the mist H that sprays from each atomizing nozzle 18,19, C and fragrance mix becomes one it, can also be suppressed at mist H, occurs the heterogeneity of the intensity (concentration) of fragrance among the C.No matter user P when using which side of atomizing nozzle 18,19, can obtain stable fragrance.

(4) a plurality of recess 121b and rake 121c have been formed in the bottom of fragrant ware 121.So when when recess 121b splashes into the aromatic that is no more than the volumetrical amount of recess, aromatic flows into a plurality of recess 121b and is stored, its surface area has been formed the form adjustment of part not expand of recess 121b.Further, in the time of the aromatic that splashes into to recess 121b above the volumetrical amount of recess, the surface area of aromatic is adjusted to the surface area corresponding with the amount of the aromatic that splashes into along rake 121c angle of inclination.So the amount of splashing into aromatic of the surface area that splashes into the aromatic of (storage) fragrant ware 121 can being adjusted into is to corresponding surface area, to adjust the volatile quantity of aromatic.

(5) control part 31a controls electric power loop substrate 30 according to the intensity (concentration) of the fragrance of user P setting, makes its revolution reach predetermined revolution to drive fragrance with motor 95.So, can adjust the intensity (concentration) of volatile quantity to reach desirable fragrance of aromatic.Further, owing to being restricted to splashing into of aromatic, counts in the corresponding preset range surface area that is stored in the aromatic in the fragrant ware 121, so can more fine adjust the intensity (concentration) of fragrance.

(6) with the generation of fragrance with stop to hocket.In general,, will descend, and be not easy to feel fragrant this fragrant olfactory sensation intensity if the people hears certain density fragrance constantly.Based on the cosmetology device 10 of present embodiment, user P is restored to the olfactory sensation intensity of aromatic, make user P can feel fragrant constantly.

(7) make the aromatic volatilization that is stored in the fragrant ware 121 with the air-supply of fan 94 by fragrance.So, can stably make the aromatic volatilization after fragrant driving with motor 95 begins, and can stop promptly to stop to the evaporable promotion of aromatic by the driving of fragrance with motor 95.So, need the time to heat up with use and with the heater of lowering the temperature the aromatic volatilization compared, can be carried out the adjustment of control part 31a with good responsiveness to the volatile quantity of aromatic.

(8) fragrance is located on the bottom surface of body 11 with the suction inlet 99 that fan 94 sucks air.So, can avoid sucking the fragrance of emitting once more from fragrant discharge port 15a towards end face 12 openings, can positively fragrance be passed to user.

(9) with the diameter of fragrant discharge port 15a, air velocity from fragrant discharge port 15a injection, and the surface area that is stored in the aromatic in the fragrant ware 121 is set at, user P is at mist H, and the concentration of the aromatic that the blended state of C sucks down can be above bringing user P the value of dysgenic predetermined concentration.So, can suppress user P and when using cosmetology device 10, continue suction and can bring fragrance more than the dysgenic concentration of user P.

(10) on fragrant container HY (cover 123), formed direction changing unit 126, all flowed into the air of fan 94 conveyings almost periphery to inside from the fragrant ware 121 of removing the part that is furnished with hook portion 120c by fragrance.So, can the ground air supply not be leaked at all places of the contact surface (surface) of aromatic and air, make the aromatic volatilization effectively.

(11) by being embedded hook portion 120c and be installed on the ring 122, fragrant ware 121 is fixed on the holding member 120.So, can positively fragrant ware 121 be fixed on the holding member 120.

(12) when fragrant container is taken out button 111 depress operation with fragrant container HY when body 11 (receiving room 93a) takes out, mist H, the generation of C will be stopped.So, though can prevent to also have mist H from each atomizing nozzle 18,19, the C ejection, user P will contact mist H, C because attempt to be taken out from the top by the fragrant container HY of last pressure from body 11 outstanding forms.

(13) on the nozzle casing 20 that is provided with each atomizing nozzle 18,19, be provided with lid 21.Based on this point, the hands that can limit user P contacts each atomizing nozzle 18,19, and protection user P.

(14) lid 21 constitutes, and when user P will be from lid 21 tops touchings atomizing nozzle 18,19, can rotate (moving) to protecting posture and covering atomizing nozzle 18,19 from spraying posture.So, when the hands of user P will be from touching atomizing nozzle above the lid 21 18,19,, between the hands of C and user, can prevent physically that user P from directly touching mist H, C because lid 21 is in mist H.

(15) lid 21 is installed on the nozzle casing 20 (body 11) with demountable form.So lid 21 can be come off from mist generation device by external force.For example, when cosmetology device 10 falls, perhaps user P adds on lid 21 in the over-drastic power, and lid 21 and nozzle hinge portion 35 become one and come off.So the breakage of lid 21 can be inhibited.In lid 21 breakages, only exchange lid 21 and get final product, by continuing to use body 11 can save resource.

(16) when body cap 13 is closed, Yi Bian just being accompanied by closing motion one side slip on flank 13c of body cap 13, lid 21 moves to protection posture (below) side, be incorporated in the body cap 13.So, there is no need with body cap 13 do very big, can will close cosmetology device 10 miniaturizations of the state behind the body cap 13.Can in little space, take in cosmetology device 10.

(17) lid 21 keeps spraying posture by the biasing force of torsion-coil spring B2.So body cap 13 1 is opened, lid 21 just returns to the injection posture by biasing force.So, can positively prevent, forget and be contained in lid 21 on the nozzle casing 20 or forget and rotate to spray the state that posture neither is in lid 21 to turn to the protection posture owing to user, be not in the state that sprays posture again.That is to say, can protect user P by lid 21.

(18) under the state of fragrant ware 121 in being accommodated in fragrant container HY, be installed on the body 11 with demountable form.So, there is no need separately the fragrant ware 121 that stores aromatic to be operated, can suppress user P mistake aromatic is stained with to hand.And, the operation of fragrant ware 121 is become easily, can suppress user P fragrant ware 121 is got rid of or done down.The situation that is arranged on body 11 sides with the reservoir that will store aromatic is compared, and splashing into operation and can carrying out easily on hand of aromatic can suppress mistake aromatic is splashed into place in addition, fragrant ware 121 inside (recess 121b).

(19) fragrant ware 121 is installed on the holding member 120 of fragrant container HY with demountable form.So, by fragrant ware 121 can be easily cleaned in the dismounting after use of fragrant ware 121.

(20) in the edge of opening portion of fragrant ware 121, formed return portion 121a.So even under the situation that fragrant ware 121 lanes are fallen, aromatic is stopped by return portion 121a, can suppress it and flow to the outside.

(21) when nozzle casing 20 is adjusted so that mist H the position downwards, when the injection direction of C changed towards lower limit direction side, fragrant container HY can not (each mist H, C side) taking-up from the top with mist guide part 20b interference (contact).So user P be in order to take out fragrant container HY, nozzle casing 20 must be adjusted upward so that mist H, the injection direction of C changes towards upper limit direction side.So, for user P, nozzle casing 20 is adjusted upward, at each mist H, after having guaranteed between C and the fragrant container HY to insert the space of hands, can take out fragrant container HY.

(22) fragrant generating unit 15 is formed respectively with warm mist generating mechanism 40.So, can suppress to be stored in the volatilization of the aromatic among the fragrant container HY by the warm mist heater 41a of warm mist generating mechanism 40, the heat of perhaps warm mist H etc. promotes to wait influence.So, can make for example fragrant air-supply with fan 94, it is easy that the adjustment of the volatile quantity of fragrant ware 121 becomes.

(23) with evaporable aromatic at mist H, the concentrated area flows to user P under the blended state of C.So, and all produce fragrance in the room and compare, just can make user P feel fragrance with the volatile quantity of a spot of aromatic.So, the use amount that can reduce and save aromatic.

(24) the fragrant container HY (fragrant ware 121) that will store aromatic has been arranged in mist H, in the air supply path S2 that C does not pass through.So, can not take place owing to be stored in aromatic and mist H in the fragrant ware 121, C directly contacts and makes the mist H of the aromatic that includes liquid, and C sprays to user P.So, can guarantee the safety of user P.

(25) rubber components 125 by with the outstanding and arranged in form of internal face that touches receiving room 93a in fragrant container HY.So, when taking out fragrant container HY, rub between the internal face of rubber components 125 and receiving room 93a from receiving room 93a, fly out suddenly from body 11 (receiving room 93a) based on the biasing force of last pressing spring 104 thereby can suppress fragrant container HY.

(26) with cover 123 and holding member 120 fragrant ware 121 is covered, and in fragrant container HY, be provided with the space between fragrant ware 121 and each parts 123,120.So, by warm mist generating mechanism 40, each heater 41a that cold mist generating mechanism 60 grades constitute, 60 heat is not easy to be transferred to fragrant ware 121.So the volatile quantity that can suppress to be stored in the aromatic in the fragrant ware 121 is by each heater 41a, 64 heat promotes to wait influence.The air-supply of fan 94 of feasible fragrance, it is easy that the adjustment of the volatile quantity of fragrant ware 121 becomes.

(27) clathrate of the aromatic that fragrant discharge port 15a the is formed liquid size that is not easy to pass through.So,, just aromatic can't be splashed into fragrant ware 121 if fragrant container HY is not taken out and cover 123 is pulled down from body 11.So, can prevent to be incorporated under the state of body 11 (receiving room 93a) at fragrant container HY, user P splashes into aromatic to fragrant ware 121.And, even in fragrant ware 121, store under the state of aromatic fragrant container HY is done, also can suppress aromatic and outwards fly out from fragrant discharge port 15a.

(28) size with the grid eye of fragrant discharge port 15a is set at, and can suppress to allow user P produce the size (fineness) that splashes into the intention of aromatic from the top of fragrant discharge port 15a towards 121 li in fragrant ware.So, can prevent that fragrant container HY is incorporated under the state of body 11 (receiving room 93a) lining, user P splashes into aromatic in fragrant ware 121.

The above embodiments also can change by following mode.

In the present embodiment, as shown in figure 19, form from the two ends, the left and right sides of nozzle hinge 36 with the form at the rear of covering nozzles cover 20 and to extend the maintaining part 36f that is provided with, and form recess 36g in the inboard of each maintaining part 36f.On the two sides of the nozzle casing corresponding 20, form the protuberance 20c that engages with recess 36g with each recess 36g.Even constitute like this, tabular maintaining part 36f is also crooked easily, so lid 21 can be installed on the nozzle casing 20 with dismountable form.

In the present embodiment, as keeping lid 21 to remain on the bias unit of spraying posture, also can adopt torsion-coil spring B2 spring in addition.For example, shown in Figure 20 (a), the junction surface 21c that is formed on the lid 21 is engaged with the guide part 20d that the form of extending with direction forwards, backwards on nozzle casing 20 forms, lid 21 is constituted along the form that fore-and-aft direction (arrow Y5) can slide with relative nozzle casing 20.Also the end of helical spring B3 can be fixed on the rear portion of lid 21, and the other end is fixed on the nozzle casing 20, with the form bias voltage of lid 21 to move rearward.Shown in Figure 20 (b), also can between lid 21 and nozzle casing 20, arrange helical spring B4, bias voltage lid 21 is moved upward it.Even constitute like this, lid 21 also can be usually by helical spring B3, and the biasing force of B4 remains on eject position, and by the forwards mobile protection posture that becomes of the hands PH of user P.

In the present embodiment, also can on lid 21, be provided with lid 21 from spraying posture is covered the warm mist that sprays from warm spray painting loophole 18a to excessively linking of protection posture side shielding portion.Describe particularly.Shown in Figure 21 (a), be arranged in parallel with respect to warm spray painting loophole 18a to be at lid 21 under the state of protecting posture, and almost cover the comprehensive form of warm spray painting loophole 18a, form the shielding portion F1 of wall shape downwards from the inboard of lid 21.Shown in Figure 21 (b), also can distal portion be set form approximate cone shape shielding portion F2 with the form that is inserted into from warm spray painting loophole 18a under the state that is in the protection posture at lid 21.Each shielding portion F1, F2 do not hinder the injection of warm mist H when lid 21 is in the injection posture.Even constitute like this, lid 21 is once becoming protection posture temperature mist H by each shielding portion F1, and F2 covers, and is being ejected on the hands PH of user P from the near position of warm spray painting loophole 18a so also can suppress warm mist H.And by each shielding portion F1, F2 covers by warm spray painting loophole 18a, and the internal pressure of warm atomizing nozzle 18 can rise.By from each shielding portion F1, the slit between F2 and the jet 18a sprays warm mist H, can reduce the temperature of warm mist H based on adiabatic expansion.So, can more positively protect user P.

In the present embodiment, fragrant discharge port 15a can not be a clathrate also, but is made of a plurality of circular ports.In this case, the diameter that is formed on each circular hole on the fragrant discharge port 15a is set to, the injection that does not hinder fragrance to carry air with fan 94, and liquid aromatic is maintained at based on surface tension and is not easy the diameter that passes through in the circular hole.The diameter of each circular hole of fragrance discharge port 15a can also be set to, and can suppress to allow user produce the size (thickness) that splashes into the aromatic intention from the top towards fragrant ware 121.Even constitute like this, can prevent that also user P from splashing into aromatic under fragrant container HY is incorporated in state in the body 11 (receiving room 93a) in fragrant ware 121.And, when fragrant container HY is done, can suppress aromatic and fly out to the outside.

In the present embodiment, as shown in figure 22, also can in the inside of cover 123, form the interference version 123h that covers fragrant ware 121 opening parts.Even constitute like this, if fragrant container HY is not taken out from body 11 and cover 123 is pulled down, user P also can't splash into aromatic to fragrant ware 121.And, produce the intention that splashes into aromatic from the fragrant ware 121 of the last direction of fragrant discharge port 15a so can suppress user P because can't be accommodated in the fragrant ware 121 of fragrant container HY inside with visual confirmation from the top of fragrant discharge port 15a.And, for example when fragrant container HY is done, can suppress aromatic and fly out to the outside.

In the present embodiment, so long as can adjust the shape of the surface area of the aromatic that is splashed into, recess 121b also can form different shapes.For example, shown in Figure 23 (a), also circular protruding wall 121e can be set, form circular recess 121b in the bottom of fragrant ware 121.Even constitute like this, be no more than under the situation of the volumetrical scheduled volume of recess in the amount of splashing into of aromatic, the surface area that splashes into the aromatic among the recess 121b can not be expanded to more than the area that recess 121b forms part yet.And when the aromatic that splashes into above the volumetrical amount of recess, the surface area of aromatic is tilted the 121c of portion and adjusts.So the surface area that splashes into aromatic by adjustment can be adjusted the volatile quantity of aromatic.Shown in Figure 23 (b), also can form outstanding by the bottom center at fragrant ware 121 is approximate cone shape protuberance 121f, forms circular recess 121b around protuberance 121f.Even constitute like this, recess 121b also can adjust the surface area that splashes into aromatic.

In the present embodiment, the shape of recess 121b is not only limited to hemispherical and can suits change.For example, can not form hexagon in the bottom of fragrant ware 121 with having gap shape.Even constitute like this, also can in the surface area of adjusting aromatic, reduce the thickness of the wall portion that separates each recess 121b.

In the present embodiment, the relevant control of also can all and cosmetology device 10 not being moved is all carried out by control part 31a, and the fragrant control part of the control of carrying out fragrant generating unit 15 is set in addition.

In the present embodiment, also can be moved to protection posture side, and stop each mist H, the generation of C by detecting lid 21.Describe particularly.Shown in Figure 21 (b), in hinge portion 32, arrange Magnetitum 21d, and the lid switch 129 of reed-type is set on the position corresponding with nozzle casing 20.Lid switch 129 is connected on the control part 31a.Move to protection posture side and import the start signal of exporting from lid switch 129 from spraying posture when control part 31a one detects lid 21, just control electric power loop substrate 30 to stop mist H, the injection of C (generation).Based on this point, lid 21 1 moves to protection posture side, mist H, and the injection of C just is stopped, and can suppress mist H, and C is sprayed onto on the hands PH of user P.In this case, also controllable power loop substrate 30 makes each mist H, and the emitted dose of C reduces.Based on this point, when lid 21 by when the 2nd position side moves, can suppress directly to be sprayed onto user on hand from the warm mist that atomizing nozzle has just ejected.Also can adopt the mechanical switch that detects to replace the switch of reed-type to constitute lid switch 129.

In the present embodiment, also can be with each atomizing nozzle 18,19 along fore-and-aft direction, perhaps above-below direction vertically is arranged in parallel on the body 11.In this case, fragrant discharge port 15a is set up with the form that is in straight line on front view.Even constitute like this, also can be with fragrance and each the mist H that emits from fragrant discharge port 15a, C is mixed into one.

In the present embodiment, atomizing nozzle more than three also can be set.In this case, fragrant discharge port 15a is arranged between two atomizing nozzles at two ends.Even constitute like this, also can be towards mist H from each atomizing nozzle ejection, C emits fragrance, and can suppress from the fragrance intensity heterogeneity between the mist of each atomizing nozzle injection.

In the present embodiment, also an atomizing nozzle can only be set.

In the present embodiment, the mist that ejects from atomizing nozzle also can only be the side warm mist H and the cold mist C.

In the present embodiment, also can with fragrant discharge port 15a with the arranged in form between warm atomizing nozzle 18 and cold atomizing nozzle 19 on nozzle casing 20.Even constitute like this, also can be with fragrance and the mist H that emits from fragrant discharge port 15a, C is mixed into one.

In the present embodiment, fragrant discharge port 15a also can not be formed on the central authorities of warm spray painting loophole 18a (warm atomizing nozzle 18) and cold spray painting loophole 19a (cold atomizing nozzle 19).That is to say, just can as long as fragrant discharge port 15a is formed between warm spray painting loophole 18a (warm atomizing nozzle 18) and the cold spray painting loophole 19a (cold atomizing nozzle 19a).Even constitute like this, also can be with a fragrance and a mist H who emits from fragrant discharge port 15a, C is mixed into one.

In the present embodiment, control part 31a also can lower the intensity (concentration) of fragrance every the scheduled time.Even constitute like this, user P is restored to the olfactory sensation intensity of fragrance, can make it feel fragrant constantly.

In the present embodiment, can change the flow velocity of the air that ejects from fragrant discharge port 15a aptly.

In the present embodiment, also can spray warm mist H and cold mist C simultaneously.In the present embodiment, also can set an injected cool mist C action pattern.

In the present embodiment, also can not adopt rubber components 125, and for example projection or flat spring are set on cover 123 or receiving room 93a.Even constitute like this, can prevent that also fragrant container HY from flying out from receiving room 93a.

In the present embodiment, fragrant ware 121 also can be ceramic or plastics system.

In the present embodiment, fragrant ware 121 is to be made of metal, but also can be plastic disposable container.By such formation, can prevent owing to repeatedly using same fragrant ware 121 to make the fragrant blended together of aromatic.And, and fragrant ware 121 is compared with the situation that holding member 120 forms as one, can reduce raw-material use amount, expense, the shelf space of fragrant ware 121 and carrying capacity of environment.

In the present embodiment, also can prepare the big smallest number of recess 121b, the multiple fragrant ware 121 that the angular width of rake 121c is different uses according to intensity (concentration) exchange of fragrance.

In the present embodiment, also can not adopt the air cooling mode of thermal component 68, and use for example water-cooled cooling end 62 instead, or use thermoelement to cool off.Even constitute like this, also can cool off water in 61 heating of heat treated portion.

In the present embodiment, also can make the aromatic volatilization that is stored on the fragrant ware 121 with heater by the control of control part 31a.In this case, heater constitutes the volatilization unit, and the control part 31a that controls the action of this heater constitutes adjustment unit.

In the present embodiment, also air entry 99 can be formed on the bottom surface part in addition of body 11.That is to say that air entry 99 is formed on the difficult place that will suck once more from the fragrance that fragrant discharge port 15 is emitted.For example, air entry 99 can be formed on the side, rear of body 11.

In the present embodiment, also fragrant ware 121 and holding member 120 can be formed as one.Even constitute like this, its operation is also simple when fragrant ware 121 is operated as monomer.

In the present embodiment, the shape of fragrant ware 121 also can not be circular, can be for for example polygon etc.

In the present embodiment, be not only limited to the air flow that fragrance is carried with fan 94 and carry, can carry yet from the side from the below of fragrant ware 121.In this case, direction changing unit 126 constitutes, can change air flow direction so that the air of carrying from the side from basic complete circumferentially inner inflow of fragrant ware 121.

In the present embodiment, as long as fragrant discharge port 15a is formed on each spray painting loophole 18a, get final product between the 19a, its shape is not only limited to circle.For example, can form ellipse, square, polygon etc.Even constitute like this, also can be with fragrance from fragrant discharge port 15a to warm mist H, the either party of cold mist C emits, and can be suppressed at each mist H, occurs the heterogeneity of the intensity (concentration) of fragrance among the C.

In the present embodiment, the spray of the liquid (for example water) that also can be generated by ultrasound wave is sprayed from atomizing nozzle.

Claims (5)

1, a kind of aromatic generating device comprises:

Volatilization unit, described volatilization unit make the aromatic volatilization and produce fragrance;

End container parts is arranged, described have end container parts to have to store aromatic end container arranged;

Cover, be stored under the described evaporable state of aromatic that has in the end container utilizing described volatilization unit to make, described cover covers described at least a portion that end container is arranged, and described cover has the fragrant discharge port that evaporable described aromatic is emitted;

Described cover has the end container parts can disassembled and assembled freely with respect to described,

Described have the end container parts can disassembled and assembled freely with respect to described aromatic generating device under the state that described cover is installed.

2, aromatic generating device according to claim 1 is characterized in that:

Described have end container parts to comprise described have end container and holding member,

Described holding member with dismounting freely form keep described cover and described end container arranged, keep the described posture that end container is arranged that is mounted.

3, aromatic generating device according to claim 2 is characterized in that:

Described have end container to have return portion, and described return portion is turned back and the zoning edge of opening to the inside.

4, a kind of mist generation device comprises:

Mist generating unit, described mist generating unit utilize liquid to generate mist, and the mist that generates is sprayed from the spray painting loophole;

The injection direction of the mist that injection direction adjustment unit, described injection direction adjustment unit spray described spray painting loophole, be in user above upper limit direction and be set in described upper limit direction below the lower limit direction between adjust;

The described aromatic generating device of claim 1;

What described cover had been installed describedly has end container parts to be disposed in position than the more close user of described spray painting loophole, and the described removing direction that has end container parts to intersect along the injection direction with described mist takes out,

When described injection direction adjustment unit is in state in described upper limit direction side adjustment process of injection direction with described mist, the described of described cover has been installed has end container parts not taking out with the described removing direction in situation lower edge of described injection direction adjustment unit interference

When described injection direction adjustment unit was in state in described lower limit direction side adjustment process of injection direction with described mist, what described cover had been installed describedly had end container parts and the interference of described injection direction adjustment unit and can not take out along described removing direction.

5, a kind of mist generation device comprises:

Mist generating unit, described mist generating unit utilize liquid to generate mist, and the mist that generates is sprayed from the spray painting loophole;

Control part, described control part are controlled the mist jet action of described mist generating unit;

The described aromatic generating device of claim 1;

Limiting unit, the described taking-up that end container parts is arranged that described cover has been installed in described limiting unit restriction;

Take out functional unit, described taking-up functional unit is in order to remove described cover has been installed described the taking-up restriction of end container parts to be arranged and being operated;

Described taking-up functional unit is set at, and the mist that sprays from described spray painting loophole can not be ejected into the position of hands of the user of the described taking-up functional unit of operation,

Described control part stops the injection of the mist of described mist generating unit once the operation that detects described taking-up functional unit.

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