CN102198038A - Mist generating device and beauty treatment device - Google Patents
Mist generating device and beauty treatment device Download PDFInfo
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- CN102198038A CN102198038A CN2011100815691A CN201110081569A CN102198038A CN 102198038 A CN102198038 A CN 102198038A CN 2011100815691 A CN2011100815691 A CN 2011100815691A CN 201110081569 A CN201110081569 A CN 201110081569A CN 102198038 A CN102198038 A CN 102198038A
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Abstract
The invention provides a mist generating device and a beauty treatment device having the same. The mist generating device conducts atomization on water supplied by a water supply case (33) through a heating mechanism part and discharges the mist from a mist outlet. The mist generating device is provided with a water supply rib plate (40a) which reduces load when water is supplied to the heating mechanism part from the water supply case (33).
Description
Technical field
The cosmetic apparatus that the present invention relates to a kind of mist generation device and possess this mist generation device.
Background technology
In the past, the mist generation device conduct, making liquid boiling such as water by heater or to make the atomization of liquid with ultrasound wave, and the warm mist that will generate emits to human bodies such as faces, is that the device of purpose is used thereby reach cosmetic result such as Glycerin or maintenance skin.In such mist generation device, supply tank that stores water and the scheme (for example, patent documentation 1) of mist being emitted have been proposed to possess to atomizing from the next water of this supply tank supply.
In the mist generation device of patent documentation 1, the lid that will have the supply port that is used to supply water is installed in the box main body that stores case, and lid is installed on the case maintenance body with the state that is disposed at the below.Then, in the mist generation device of patent documentation 1, when the water that stores in the device inside of mist generation device was reduced, the water in the supply tank was supplied in device inside mist generating units such as () heaters by supply port.
Patent documentation 1: TOHKEMY 2007-260058 communique
Yet in the mist generation device of patent documentation 1, the lid of supply tank and case keep body by having the formation such as (for example, polypropylene or polyethylene) of hydrophobic resin material.So, in the mist generation device of patent documentation 1, occur sometimes because the capillary effect of liquid (water) makes shipwreck keep the situation in the slit between the body with lid and the case that flows into supply tank.Therefore, in the mist generation device of patent documentation 1, case keeps intravital water surface rising to be hindered, and brings load can for thus the supply of the liquid (water) of the supply port that comes from lid, becomes unstable and the liquid (water) that mist generating units such as heater are carried out is supplied with.
Summary of the invention
The object of the present invention is to provide, can suppress the liquid of mist generating unit is supplied with become unsettled mist generation device and cosmetic apparatus.
In order to solve above-mentioned problem, the 1st invention possesses: the case that stores that can store liquid for a kind of mist generation device; The mist generating mechanism, it is to atomizing from the described next liquid of case supply that stores; Mist discharge port with emitting described mist is characterized in that, described mist generation device possesses load and reduces the unit, and this load reduces the unit and reduces liquid from the described load of case when described mist generating mechanism is supplied with that store.
The 2nd invention is characterized in that according to the 1st invention the described case that stores possesses: box main body; With the cover that is arranged on the form that can load and unload on the described box main body, this cover has and is used for liquid is stored the supply unit that case is supplied with to described mist generating mechanism from described, and described load reduces the unit and is set on the described cover.
The 3rd invention is characterized in that according to the 2nd invention it is the floor that is arranged on the described cover that described load reduces the unit.
The 4th invention is characterized in that according to the 3rd invention described rib-shaped becomes the form that on described cover described supply unit is fenced up.
The 5th invention is characterized in that according to the 4th invention the outside dimension of the described cover of ratio that the outside dimension of described supply unit is set is little.
The 6th the invention according to the 5th the invention, it is characterized in that, the outside dimension of described supply unit be set to described cover outside dimension 1/2nd.
The 7th invention is characterized in that according to the 3rd invention described rib-shaped becomes, and the periphery length of this floor is towards the more and more littler form of the direction of the supply that comes from the liquid of described supply unit.
The 8th invention is characterized in that according to the 2nd invention described cover is formed by the material of possess hydrophilic property.
The 9th invention is a kind of cosmetic apparatus that mist maintains skin surface of emitting, and it is characterized in that, described cosmetic apparatus possesses any described mist generation device in the 1st invention～the 8 invention.
Based on the present invention, can provide the liquid that can suppress to supply with become unsettled mist generation device and cosmetic apparatus to the mist generating unit.
Description of drawings
Fig. 1 (a) is the axonometric chart that shows cosmetology device.
Fig. 1 (b) is the axonometric chart that shows cosmetology device.
Fig. 2 is along the partial sectional view of the A-A line shown in Fig. 1 (b).
Fig. 3 is the sketch map that shows the pipe arrangement formation of cosmetology device.
Fig. 4 is the partial sectional view along the B-B line shown in Fig. 1 (a).
Fig. 5 (a) is the left side view of supply tank.
Fig. 5 (b) is the cutaway view along the C-C line of Fig. 5 (a).
Fig. 6 is the broken section enlarged drawing that case keeps body and supply tank.
Fig. 7 (a) is the schematic sectional view that shows the supply tank of variation.
Fig. 7 (b) is the supply tank schematic sectional view that shows variation.
The specific embodiment
Below, with reference to accompanying drawing, the embodiment that the present invention is embodied as cosmetology device is described.In addition, in the following description, [preceding (front)] [back] [on] [descending] [left side] [right side] user of being meant cosmetology device with when using cosmetology device towards [preceding (front)] [back] during as benchmark of the state of cosmetology device [on] [descending] [left side] [right side].
Fig. 1 (a) and Fig. 1 (b) show cosmetology device 10, and this cosmetology device 10 is the cosmetic apparatus that possesses the mist generation device of present embodiment.Shown in Fig. 1 (a) and Fig. 1 (b), on the main body case 11 that the end and approximate circle tubular are arranged, take in and be fixed with cosmetology device main body 12.Front center portion at the upper surface 13a of the upper shell 13 of cosmetology device main body 12 is formed with the peristome 13b of opening upward.Be assembled with base member 16 on upper shell 13, this base member 16 is integrated with peristome 13b and is formed recess 15.
This atomizing nozzle 20 on base member 16, the atomizing nozzle 20 of emitting (injection) warm mist is not installed, so that can rotate along arrow Ya direction (above-below direction) according to predetermined angular (for example, 25～55 °) with respect to cosmetology device main body 12 by giving illustrated bolster.Atomizing nozzle 20 can form as one with nozzle cover 22, and this nozzle cover 22 forms and will emit the form that covers of the mist discharge port 21 of warm mist on every side.In the present embodiment, rotate along the vertical direction, can adjust warm mist along the vertical direction and emit direction from what mist discharge port 21 was emitted by making atomizing nozzle 20.
Below the mist discharge port 21 of nozzle cover 22, be provided with from the mist guide part 23 of the approximate U word shape of end face so that the form of extending along the normal direction of nozzle cover 22 outer surfaces is upright.Mist guide part 23 impales the below and the left and right sides of mist discharge port 21, the finger that can prevent user from left and right directions and down direction near atomizing nozzle 20.The base end part of mist guide part 23 and with mist discharge port 21 below corresponding position be provided with the bleed hole 23a that runs through mist guide part 23 along the vertical direction.In addition, as shown in Figure 2, the lower surface (lower surface of mist guide part 23) by atomizing nozzle 20 is connected in the restriction portion 25 that is formed at base member 16, and atomizing nozzle 20 rotation downwards is limited.
In addition, shown in Fig. 1 (a) and Fig. 1 (b), at the rear of the atomizing nozzle 20 of base member 16, the form of rotating with (shown in the arrow Yb) along the vertical direction is equipped with the nozzle guard portion 26 that is used to protect atomizing nozzle 20.Nozzle guard portion 26 constitutes, and can close position (shown in Fig. 1 (a)) what atomizing nozzle 20 was covered, and the form of rotating along the vertical direction between the open position of nozzle guard portion 26 (shown in Fig. 1 (b)).
As Fig. 1 (a), Fig. 1 (b) and shown in Figure 2; nozzle guard portion 26 forms roughly semicircular tabular; two base end part 26a of nozzle guard portion about 26 are fixed on rotating shaft Z and go up (shown in Figure 2), and this rotating shaft Z is supported on the base member 16 with the form that can rotate.In the substantial middle position of the lower surface of nozzle guard portion 26 with from the lower surface of nozzle guard portion 26 downwards the vertical form of extending be formed with the place ahead floor 26b that overlooks approximate U word shape.Described the place ahead floor 26b is adapted to, and the place ahead of the atomizing nozzle 20 (mist discharge port 21) of the inboard of mist guide part 23 is covered under for the situation of closing position (closed condition) in nozzle guard portion 26.In addition, the lower surface of nozzle guard portion 26 and forwardly floor 26b the left and right sides with from the lower surface of nozzle guard portion 26 downwards the vertical form of extending be formed with a pair of side floor 26c that extends along fore-and-aft direction.Described side floor 26c is adapted to, the form that under the situation of having closed nozzle guard portion 26 left and right sides of mist guide part 23 is covered.That is to say, be positioned in nozzle guard portion 26 under the state that closes the position that the place ahead of atomizing nozzle 20 (mist discharge port 21) is covered by the place ahead floor 26b, and the left and right sides is covered by side floor 26c and mist guide part 23.Therefore, in the present embodiment, in nozzle guard portion 26 for to close under the situation of position, the warm mist of emitting from atomizing nozzle 20 (mist discharge port 21) can be from the place ahead and the side emit.
In addition, be formed with exhaust passage 26d at the lower surface of nozzle guard portion 26, this exhaust passage forms the concavity that rearward extends from the place ahead floor 26b.Be formed with the lower surface that is communicated with nozzle guard portion 26 and the air vent 26e of upper surface in the base end part side of the nozzle guard portion 26 of exhaust passage 26d.That is to say, the air vent 26e of present embodiment be formed on nozzle guard portion 26 on the rear position of user nozzle guard portion 26 farthest.In the present embodiment,, discharged upward from air vent 26e by exhaust passage 26d for to close under the situation of position in nozzle guard portion 26 by the warm mist that each floor 26b, 26c stop.
As shown in Figure 2, nozzle guard portion 26 links together by linkage part 30 and atomizing nozzle 20, and this linkage part 30 is integrally formed according to the form of predetermined angle (angle of bend D) intersection with the centrage of flat parts.The angle of bend D of linkage part is set at obtuse angle (being 132 ° in the present embodiment).Linkage part 30 is assembled on the 1st link rod base station 31 and the 2nd link rod base station 32 with the form that can rotate; the 1st link rod base station 31 be fixed on that rotating shaft Z goes up and can with nozzle guard portion 26 unitary rotation, the 2nd link rod base station 32 is formed on the atomizing nozzle 20.
Based on such formation, in the 2nd movable range H2 shown in Figure 2,, also can keep atomizing nozzle 20 (lower surface of mist guide part 23) and restriction portion 25 state of contact even be rotated in nozzle guard portion 26 under the situation of operation.That is to say that in the 2nd movable range H2, nozzle guard portion 26 constitutes can be with respect to atomizing nozzle 20 self contained functions.
In addition, in the 1st movable range H1 shown in Figure 2, atomizing nozzle 20 (nozzle cover 22) is that center of rotation is rotated along the vertical direction with the rotational action interlock of nozzle guard portion 26 and with the central axis X.So, in the 1st movable range H1, can by 26 pairs in rotating operation nozzle guard portion come from atomizing nozzle 20 (mist discharge port 21) warm mist emit direction adjustment.In addition; in the 1st movable range H1; nozzle guard portion 26 does not constitute by giving the illustrated unit that suppresses also can keep (maintenance) turned position under the situation of not giving external force, thereby can keep the turned position (warm mist emit direction) of (maintenance) adjusted atomizing nozzle 20.In addition, in the 1st movable range H1, nozzle guard portion 26 is configured in the top of atomizing nozzle 20, and keeps the position that the warm mist of emitting can not stopped by this nozzle guard portion 26.Like this, when not using cosmetology device 10, the effect of the cover that atomizing nozzle 20 (mist emits 21) is covered is played by the nozzle guard portion 26 of present embodiment.In addition, when using cosmetology device 10, the finger of nozzle guard portion 26 restriction user is near atomizing nozzle 20 (mist discharge port 21), thereby plays the effect of the keeping device of protection user.
In addition; shown in Fig. 1 (a) and Fig. 1 (b); be accommodated in supply tank 33 in the cosmetology device main body 12 and be positioned at the rear side of nozzle guard portion 26; this supply tank 33 has scheduled volume (in the present embodiment for storing; be about 100ml) liquid (in the present embodiment for water) store case, this liquid is used to generate the warm mist that atomizing nozzle 20 is emitted.Supply tank 33 with can along about (vertically) direction form of inserting and taking out be incorporated in the cosmetology device main body 12.
The power knob of operating when being provided with the power supply of opening and closing cosmetology device 10 35 at the upper surface 13a of upper shell 13 and in the left front of atomizing nozzle 20 (nozzle guard portion 26).In addition, be provided with the mode switch button 36 of operating when from a plurality of operation modes that cosmetology device 10 is possessed, selecting 1 operation mode at the upper surface 13a of upper shell 13 and in the right front of atomizing nozzle 20.In addition, at the upper surface 13a of upper shell 13, to be the running control knob 37 that form that fore-and-aft direction arranges is provided with operation when cosmetology device 10 running beginnings and running are stopped with mode switch button 36.
Substantial middle position at the above-below direction in the front of cosmetology device 10 (main body case 11) is provided with charged corpuscle mist discharge port 38, and this charged corpuscle mist discharge port 38 is used to emit by electrostatic atomization apparatus 38a (shown in the dotted line) and liquid is atomized and the charged corpuscle mist (charged corpuscle liquid) that generates.
Then, with reference to Fig. 3, Fig. 4, Fig. 5 (a) and Fig. 5 (b), the pipe arrangement of the cosmetology device main body 12 (cosmetology device 10) of present embodiment is constituted (internal structure) describe.In addition, the height of water surface W shown in Figure 3 remains unchanged substantially.
As shown in Figure 3, whole cosmetology device main body 12 has formed the end and approximate circle tubular, and this cosmetology device main body 12 is provided with case and keeps body 33a, and this case keeps body 33a at the upper surface 13a opening of cosmetology device main body 12 (upper shell 13) and can take in supply tank 33.Case keeps body 33a to be formed by thermoplastic resin (being polyethylene in the present embodiment).Keep body 33a upper shed to be formed with air vent 33b at case.In addition, keep also being formed with spout hole 33d on the body 33a at case, when the water level in case keeps body 33a rose to the formation position of spout hole 33d, case kept the water in the body 33a to keep the outside of body 33a to discharge to case.
In addition, as shown in Figure 4, be provided with at the middle body that keeps the above-below direction of body 33a along case and be used for supply tank 33 is fixed on case and keep case hook 27 in the body 33a.Case hook 27 with will run through case keep body 33a sidewall hook hole 27a around the form configuration that impales and possess the hook roughly cylindraceous that extends to the side and keep body 27b.The base end part of spring 27c is fixed on the leading section that hook keeps body 27b, and in the leading section binding of spring 27c hook part 27d is arranged, and this hook part 27d can keep moving in the body 27b at hook hole 27a and hook by along continuous straight runs.Hook part 27d is kept body 33a to suppress by spring 27c to case.
Keep the bottom of body 33a to be formed with the water supply hole 33c that runs through along the vertical direction at case.In addition, keeping the bottom of body 33a to link at case has the linking part 29 that extends along the vertical direction, and this linking part 29 becomes the end and roughly cylindric.Be provided with the connecting portion 29a that can be connected with the feed pipe P1 of water supply usefulness in the bottom of linking part 29, this connecting portion 29a forms vertically the tubular to edgewise bend from the side.
In the bottom that case keeps body 33a, to run through the form that this case keeps the bottom of the bottom of body 33a and linking part 29 along the vertical direction, supporting is formed with the water supply rod 28 that is round bar shape movably along the vertical direction.The supply water lower end of rod 28 is outstanding downwards from the bottom surface 12a (shown in Figure 3) of cosmetology device main body 12, and is fixed in case and keeps the spring 28a of the bottom lower surface of body 33a to suppress downwards.In addition, the sealing sealing member 29b of conical shaped is installed on the rod 28 that supplies water, this sealing sealing member 29b covers the peristome of the connecting portion 29a of linking part 29.
Based on such formation, in the present embodiment, under the state that the bottom surface 12a of rod 28 from cosmetology device main body 12 that supply water gives prominence to, sealing sealing member 29b is adjacent to by the elastic force pressure of spring 28a and the upper end of connecting portion 29a.So under the state that the rod 28 that supplies water is given prominence to from bottom surface 12a, the watertightness between the upper end of sealing sealing member 29b and connecting portion 29a is held.
In addition, cosmetology device 10 by mounting under the situation on the horizontal plane, the rod 28 that supplies water is pressed towards the elastic force pressure that horizontal plane is incorporated in the form antagonistic spring 28a of cosmetology device 10 inside with the deadweight by cosmetology device 10 and is moved upward.At this moment, sealing sealing member 29b is moved upward with the rod 28 that supplies water, and makes that the watertight state between the upper end of sealing sealing member 29b and connecting portion 29a is disengaged.
Then, supply tank 33 with can along about (vertically) direction form of inserting and taking out be incorporated in case and keep among the body 33a.At this, the supply tank 33 of present embodiment is described in detail.
Shown in Fig. 5 (a) and Fig. 5 (b), the supply tank 33 of present embodiment is made of box main body 34 and lid 39, and this lid 39 is the covers that become the lid of this box main body 34.
In box main body 34, with the seal member 34b upside peristome sealing of the container body 34a roughly cylindraceous of opening along the vertical direction of substantially planar, whole thus box main body 34 becomes lid and roughly cylindric.Overlook, it is big that the container main body 34a that seal member 34b forms wants.Therefore, in the present embodiment, draw seal member 34b, be easy to keep body 33a to take out from case supply tank 33 by colluding with finger.In addition, be formed with bolt 34c, have the lid 39 that does not give illustrated screw thread thereby inner peripheral surface can be installed at the lower, outer perimeter face of box main body 34.
The outside dimension little (1/2nd) of the ratio bottom 39a (lid 39) that the outside dimension of described water supply floor 40a is set.In addition, the external diameter than water supply floor 40a (diameter) size of setting along the height dimension of the above-below direction of water supply floor 40a is little, and is flat circular thereby whole water supply floor 40a becomes.In the present embodiment, the height dimension along the above-below direction of water supply floor 40a is set to 5mm.The cross-sectional shape of the bottom of water supply floor 40a becomes semicircular R shape.In addition, the bottom of water supply floor 40a be configured to cosmetology device 10 in the consistent form of water surface W that sets.
In addition, in the upper surface side of bottom 39a with the upright water supply cylindraceous portion 40 that is provided with of the form that peristome 39b is impaled and extend upward.In addition, in the present embodiment, the inner peripheral surface of water supply floor 40a, peristome 39b and water supply portion 40 is integrated into consistent form, thereby becomes same inner peripheral surface.Be equipped with the cover sealing component 40b of conical shaped with the form that this upper end open portion is covered in the upper end open portion of water supply portion 40.On cover sealing component 40b, be assembled with the lid pin 40c of the round bar shape that extends along the vertical direction.Lid pin 40c is suppressed downwards by spring 40d and the upper end of cover sealing component 40b and water supply portion 40 is adjacent to.So the watertightness between the upper end of cover sealing component 40b and water supply portion 40 is held.
In addition, the upper surface side at the bottom of lid 39 39a is equipped with quad seal part 39c with the form that water supply portion 40 is impaled.So under the state that lid 39 is installed on the box main body 34, the watertightness between the bottom 39a of lid 39 and the bottom of box main body 34 (the peristome 34d) is held.In addition, the outer peripheral face at lid 39 is formed with a plurality of a plurality of raised line 39e that extend along the vertical direction.In addition, the side of box main body 34 and substantial middle position along the vertical direction are provided with the fastener 34e of groove shape, and this fastener 34e is used to card and ends above-mentioned case hook 27 (hook part 27d).
Shown in Fig. 3, Fig. 4, Fig. 5 (a) and Fig. 5 (b), under the state below lid 39 is configured in, supply tank 33 is contained (setting) with the form of inserting and keeps among the body 33a at case.In addition, hook part 27d is blocked Zhi Zai Department to be ended among the 34e of portion, and supply tank 33 is fixed in the case maintenance body 33a thus.
Then, as shown in Figure 6, the rod 28 of supplying water is moved upward by external force, and lid pin 40c is moved upward by the upper end of the rod 28 that supplies water thus, makes that the watertight state between water supply portion 40 and the cover sealing component 40b is disengaged.Then, in the present embodiment,, make inside, the case of supply tank 33 keep body 33a and linking part 29 to be connected because the watertight state between water supply portion 40 and the cover sealing component 40b is disengaged, can be thereby become from the state of supply tank 33 water supply.Then, in the present embodiment, keep being formed with roughly circular water storage space S between body 33a and the water supply floor 40a at case.
In addition, as shown in Figure 3, by (for example possessing stable on heating elastomeric material, silicone rubber or fluorubber) upstream extremity of the feed pipe P1 that forms is connected on the connecting portion 29a of linking part 29, the downstream of this feed pipe P1 is connected the bottom of storing section 43, storing section 43 form along the vertical direction extend the end and approximate circle tubular arranged.Feed pipe P1 forms the water channel K1 that water is supplied to storing section 43 from supply tank 33.In addition, feed pipe P1 halfway branch be connected on the air vent 33b.Therefore, in the present embodiment, the air (bubble) in the feed pipe P1 keeps among the body 33a to case by air vent 33b row.
On the bottom of storing section 43, the form that is separated into 2 zones (space) with the bottom with storing section 43 is formed with the tabular partition wall 47 that extends upward from the inside bottom of storing section 43.Then, feed pipe P1 is connected the bottom of a side of being separated by partition wall 47 of storing section 43.In addition, the bottom of the opposite side of being separated by partition wall 47 of storing section 43 is communicated with the bottom of boiling-house 42a by interconnecting part 48, and this boiling-house 42a is used for heating by the water of 42 pairs of supplies of warm mist heater.Interconnecting part 48 forms the water channel K2 that water is supplied to boiling-house 42a from storing section 43.So, in the present embodiment, after feed pipe P1 supply water that come, that temperature is lower is in the bottom is supplied to storing section 43, flow upward, and mix with the water that stores in storing section 43 along partition wall 47.So, in the present embodiment, the water that the temperature of being come by firm supply is lower and stored the water that water in storing section 43 mixed and be supplied to (shown in arrow Yd, the Ye) among the boiling-house 42a.
It is tabular that boiling-house 42a forms the Boping that extends up and down along the heating surface 42b of the vertical upright warm mist heater of establishing 42.Temperature mist heater 42 is made of for example PTC (positive temperature coefficient) element.The water that the interconnecting part 48 of flowing through is supplied among the boiling-house 42a is heated and the temperature atomizing by warm mist heater 42 in boiling-house 42a.In addition, be provided with temperature sensor SE at warm mist heater 42.
Side in the upper end of boiling-house 42a is provided with bottom temperature mist guide portion 46, and this bottom temperature mist guide portion 46 forms flat the have end and approximate circle tubular.In the present embodiment, bottom temperature mist guide portion 46 forms bottom temperature mist passage M1.Bottom temperature mist guide portion 46 is temporarily taken in the water vapour (warm mist) that is created on boiling-house 42a, and this water vapour is guided (shown in the arrow Yf) to the top that is equipped with atomizing nozzle 20.In addition, in the bottom surface of bottom temperature mist guide portion 46, be provided with above-mentioned storing section 43 with form in the bottom surface upper shed of this bottom temperature mist guide portion 46.So, in the present embodiment, the water that generates by dewfall in the inside of bottom temperature mist guide portion 46 disperse with follow boiling at boiling-house 42a the water of the water equitemperature relative higher (being about 80～100 ℃) that by bottom temperature mist guide portion 46 reflow stream to storing section 43 (shown in the arrow Yg).That is to say that in the process that generates warm mist (in the process that heats by warm mist heater 42), the water higher with the water C.T in supply tank 33, case maintenance body 33a and the feed pipe P1 often is supplied to storing section 43.So, store the water in storing section 43 and just supply with the water C.T that comes higher from supply tank 33.Therefore, in the present embodiment, preliminarily heated warm water can be supplied among the boiling-house 42a, this compares with the situation that directly will be supplied to the boiling-house 42a from the water of the next temperature lower (room temperature) of feed pipe P1 supply, the temperature that can suppress the heating surface 42b of warm mist heater 42 reduces, and can suppress warm mist growing amount and reduce.Like this, in the present embodiment, storing section 43 also plays the function of return flow line.
In addition, in the present embodiment, storing section 43 (return flow line) and boiling-house 42a are configured to parallel the time, and interconnecting part 48 (water channel K2) and bottom temperature mist guide portion 46 (bottom temperature mist passage M1) also are configured to parallel.That is to say that storing section 43, interconnecting part 48 (water channel K2), boiling-house 42a and bottom temperature mist guide portion 46 (bottom temperature mist passage M1) form the cyclic pipeline in four limits.
The upper end of bottom temperature mist guide portion 46 is provided with the top temperature mist guide portion 51 that possesses discharge part 50, this top temperature mist guide portion 51 will be by warm mist (atomizing nozzle 20) guiding further upward of bottom temperature mist guide portion 46, and discharge part 50 carries out miniaturization (ionizing) by electrion to warm mist.Be provided with in the bottom (top of bottom temperature mist guide portion 46) of top temperature mist guide portion 51 and prevent wall 53, this prevents that wall 53 from forming the bottom of top temperature mist guide portion 51, and forms step (highly not isostructure) between the bottom of the bottom of bottom temperature mist guide portion 46 and top temperature mist guide portion 51.Prevent wall 53 stop from boiling-house 42a disperse the water that, temperature is higher relatively directly enter into from bottom temperature mist guide portion 46 above (atomizing nozzle 20 sides).Therefore, in the present embodiment, can suppress to emit from atomizing nozzle 20 from the boiling-house 42a water that, temperature is higher relatively that disperses.
In top temperature mist guide portion 51 and on the top that prevents wall 53, be provided with discharge part 50.Discharge part 50 is made of the 50b of target portion that applies high-tension a pair of spray point 50a and be provided between each spray point 50a.In discharge part 50, the electrion of warm mist by coming from each spray point 50a is by miniaturization.
Be bonded the upper end that is fixed on top temperature mist guide portion 51 by possessing stable on heating elastomeric material (for example, silicone rubber or fluorubber) upstream extremity (lower end) that form, that form undulatory ripple parts 55.In addition, the downstream of ripple parts 55 (upper end) is bonded to be fixed on and forms on the nozzle holder 56 roughly cylindraceous.Nozzle holder 56 is bonded and is fixed on the roughly circular nozzle seal 57, this nozzle seal 57 be installed in atomizing nozzle 20 (nozzle cover 22) the inboard mist discharge port 21 around.Therefore, in the present embodiment, guided to (shown in the arrow Yh) atomizing nozzle 20 (mist discharge port 21) by bottom temperature mist guide portion 46 warm mists by top temperature mist guide portion 51 and ripple parts 55.In the present embodiment, form top temperature mist passage M2 by top temperature mist guide portion 51 and ripple parts 55, this top temperature mist passage M2 will be guided to mist discharge port 21 by the warm mist that warm mist heater 42 generates.
In the present embodiment, case maintenance body 33a and feed pipe P1 constitute the water supply mechanism portion 62 as liquid supplying device, the heating arrangements portion 60 that storing section 43 (return flow line), boiling-house 42a, warm mist heater 42 and bottom temperature mist guide portion 46 constitute as the mist generating mechanism.In addition, in the present embodiment, top temperature mist guide portion 51, ripple parts 55 and atomizing nozzle 20 (mist emits 21) constitute the mist discharging gear release mechanism portion 61 as the mist discharging gear release mechanism.In addition, in the present embodiment, supply tank 33 and case keep body 33a to constitute fluid Supplying apparatus.
Then, the electric formation to the cosmetology device 10 of present embodiment describes.
Shown in Fig. 1 (a) and Fig. 1 (b), cosmetology device main body 12 is provided with and is used for control substrate 58 that the action of cosmetology device 10 is controlled.Temperature mist heater 42, electrostatic atomization apparatus 38a and discharge part 50 are electrically connected at control substrate 58.In addition, power knob 35, mode switch button 36 and running control knob 37 also are electrically connected at control substrate 58.In addition, on control substrate 58, be connected with temperature sensor SE.
The control substrate 58 of present embodiment is set [charged corpuscle pattern] that the charged corpuscle mist is emitted from charged corpuscle mist discharge port 38 after push power knob 35 opening power as the initial stage operation mode.In addition, behind the operation signal of control substrate 58 each input outputs when mode switch button 36 is pressed operation, operation mode can be switched to [charged corpuscle pattern] or make warm mist emit [warm mist pattern] from atomizing nozzle 20 (mist discharge port 21).
Operation mode is being set under the situation of charged corpuscle pattern, behind the operation signal of exporting when control substrate 58 input running control knobs 37 are pressed operation, electrostatic atomization apparatus 38a is controlled and generates the charged corpuscle mist, and this charged corpuscle mist is emitted from charged corpuscle mist discharge port 38.In addition, under the situation that operation mode is set at [warm mist pattern], the control substrate 58 of present embodiment is behind running control knob 37 input operation signals, begin warm mist heater 42 and discharge part 50 are switched on and generated warm mist, and warm mist is emitted from atomizing nozzle 20 (mist discharge port 21).In addition, reach under the situation of predetermined temperature (for example 128 ℃), thereby control substrate 58 stops to switch on to warm mist heater 42 and can prevent empty the burning in the surface temperature of the warm mist heater of measuring by temperature sensor SE 42.
Then, the effect effect to the cosmetology device 10 of present embodiment describes.Fig. 6 be presented at liquid (water) store in supply tank 33 and cosmetology device 10 mountings when horizontal plane, rod 28 states that are moved upward supply water.
As shown in Figure 6, along with water is atomized by temperature, make that water surface W can reduce (decline) when boiling-house 42a, storing section 43 and case kept the interior water yield of body 33a to reduce in boiling-house 42a.Then, because along with the underwater is reduced to than the bottom of the water supply floor 40a of lid 39 more by the position of below, air is flowed in the supply tank 33, so the water in the supply tank 33 keeps in the body 33a to be supplied to case with the metathetical form of this leaked-in air from water supply floor 40a.Be supplied to case by water from supply tank 33 and keep in the body 33a, water surface W can rise once more.Then, the bottom that rises to than water supply floor 40a along with water surface W more makes that by the position of top air stops to flow in supply tank 33, thereby the water supply that comes from supply tank 33 is finished.In addition, strictly, keeping the water supply of body 33a from supply tank 33 to case is not to finish when water surface W is consistent with the bottom of water supply floor 40a, but surpasses the time point end of the bottom of water supply floor 40a at the water surface.
Here, as mentioned above, in the present embodiment, case keeps body 33a to be formed by polyethylene, and lid 39 is formed by polypropylene.Polyethylene and polypropylene are thermoplastic resin, because the contact angle θ of thermoplastic resin excellent processability and general and water surpasses 90 °, have hydrophobic material so be used as.As everyone knows, in the time of generally in the slit of liquid inflow structure, be subjected to the capillary influence of liquid, and the proportional power of interface distance of the along continuous straight runs between structure portion (solid) and the liquid can work.That is to say, as present embodiment, keeping body 33a and water supply floor 40a to constitute under the situation of water storage space S by having the case that hydrophobic material forms, so owing to be subjected to this surface tension of capillary influence of water and can work to the direction (below) that hinders water surface W to rise.Like this, hinder the power of the direction of water surface W rising can become water from the load of supply tank 33 when case keeps body 33a (heating arrangements portion 60) to supply with.
Yet, in the present embodiment, water supply floor 40a being formed from the outstanding downwards form of the lower surface of bottom 39a, the external diameter of this water supply floor 40a is less than the external diameter of the bottom 39a of lid 39.So, in the present embodiment, compare with the formation that water supply floor 40a is not set, can dwindle case and keep interface distance between body 33a and water supply floor 40a (lid 39) and the water, along continuous straight runs.That is to say, in the present embodiment, with water from supply tank 33 when case keeps body 33a to supply with, can suppress to hinder water surface W to rise because of the surface tension of water.So, in the present embodiment, can be easy to that water is supplied to case from supply tank 33 and keep body 33a.In the present embodiment, water supply floor 40a plays the unitary effect of load reduction.
Therefore, based on present embodiment, it is as follows to obtain effect.
(1) lid 39 of supply tank 33 is provided with water supply floor 40a.So, can reduce water from the load of supply tank 33 when heating arrangements portion 60 supplies with.Therefore, can suppress the water supply of heating arrangements portion 60 is become unstable.
(2) supply tank 33 is provided with lid 39, and this lid 39 is provided with water supply floor 40a, and this lid 39 has and is used for peristome 39b that water is supplied with to heating arrangements portion 60 from supply tank 33.So, can reduce water from the load of supply tank 33 when heating arrangements portion 60 supplies with.
(3) reduce water from the load of supply tank 33 when heating arrangements portion 60 supplies with by the water supply floor 40a that is arranged on the lid 39.So, not only can simplify formation, and can suppress the water supply of heating arrangements portion 60 is become unstable.
(4) water supply floor 40a forms the form that the peristome 39b with lid 39 impales.So,, can more positively reduce water from the load of supply tank 33 when heating arrangements portion 60 supplies with when supply tank 33 supplies water by peristome 39b.
(5) in addition, water supply floor 40a is forming from the outstanding downwards form of the lower surface of the bottom 39a of lid 39, and the outside dimension of water supply floor 40a is less than the outside dimension of lid 39 (bottom 39a).In the present embodiment, constitute, compare, can dwindle case and keep interface distance between body 33a and water supply floor 40a (lid 39) and the water, along continuous straight runs with the formation that water supply floor 40a is not set by this form.That is to say, with water from supply tank 33 when case keeps body 33a to supply with, can suppress to hinder water surface W to rise because of the surface tension of water.Therefore, can suppress the water supply of heating arrangements portion 60 is become unstable, become unstable thereby can suppress warm mist growing amount.
In addition, above-mentioned embodiment also can change to following form.
In the above-described embodiment, the shape of water supply floor 40a also can be different shapes.For example, shown in Fig. 7 (a), also can be with water supply floor 40a to form taper towards below outside dimension (periphery length) with regard to the form that becomes more little more as the direction of the supply.By constituting, can make the outside dimension of water supply floor 40a more little, thereby can suppress to hinder water surface W to rise because of the surface tension of water the closer to the bottom (leading section) of water supply floor 40a with such form.In addition, shown in Fig. 7 (b), also water supply floor 40a can be formed diminishing nozzle-like with the form (attenuating) that just becomes more little towards below internal diameter size and the outside dimension of water supply floor 40a more.By constituting, can further make the outside dimension (periphery length) of water supply floor 40a more little, thereby can further suppress to hinder water surface W to rise because of the surface tension of water the closer to the bottom (leading section) of water supply floor 40a with such form.
In the above-described embodiment, the lid 39 of supply tank 33 also can be formed by the material of possess hydrophilic properties such as glass.By constituting with such form, can make the contact angle θ with water is below 90 °, thereby can suppress to hinder water surface W to rise because of the surface tension of water.In addition, contact angle θ is being set under the situation that is lower than 90 °, can generating power, thereby can promote the rising of water surface W by the surface tension of water towards the top.So, can reduce water from the load of supply tank 33 when heating arrangements portion 60 supplies with, and can suppress the water supply of heating arrangements portion 60 is become unstable.In this case, also can omit water supply floor 40a.In this variation, the lid 39 that is formed by the possess hydrophilic property material becomes load reduction unit.
In the above-described embodiment, also can make the outer peripheral face possess hydrophilic property of water supply floor 40a.By constituting, can dwindle the contact angle θ of the water on the outer peripheral face with water supply floor 40a, thereby can suppress to hinder water surface W to rise because of the surface tension of water with such form.In addition, in this case, also can make the bottom guarantor of water supply floor 40a hold the Shu aqueous.By constituting, for example, when supply tank 33 is taken out, can make the difficult bottom of water attached to water supply floor 40a with such form.In addition, can suppress following phenomenon:, be difficult to enter in the supply tank 33, hindered on the contrary to heating arrangements portion 60 and supplied water because of the surface tension of water becomes air although water surface W drops to than the bottom of water supply floor 40a more by the position of below.
In the above-described embodiment, the height dimension of water supply floor 40a also can suit to change.That is to say that as long as water supply floor 40a is outstanding from the lower surface of the bottom 39a of lid 39, and the bottom of water supply floor 40a is configured in last the getting final product of water surface W that cosmetology device 10 sets downwards.
In the above-described embodiment, also can suit to change the plan view shape of water supply floor 40a.For example, overlook, water supply floor 40a also can form quadrangle, triangle or ellipse and replace circle.
In the above-described embodiment, the cross-sectional shape of the bottom of water supply floor 40a also can form taper or straight angle shape.
In the above-described embodiment, water supply floor 40a also can form the isolating form of peristome 39b with lid 39.Equally, also can suit to change size or the position of water supply floor 40a.That is to say, overlook, as long as water supply floor 40a forms the form that the peristome 39b with the inboard of lid 39 impales.Even constitute with such form, compare with the formation that water supply floor 40a is not set, also can dwindle interface distance between water supply floor 40a (lid 39) and the water, along continuous straight runs.
In the above-described embodiment, the bottom of water supply floor 40a also can become skewed or wavy.
In the above-described embodiment, water (other liquid also can) is seethed with excitement and generate warm mist with warm mist heater 42, also can use by ultrasonic vibration with the device of the atomization of liquid or utilize electrostatic atomization apparatus, generate warm mist device of the atomization of liquid etc.
In the above-described embodiment, be provided with an atomizing nozzle 20 of emitting warm mist, the atomizing nozzle more than two also can be set.At this moment, the warm atomizing nozzle that also can emit warm mist is set to a plurality of forms, and the cold atomizing nozzle that perhaps also can emit cold mist is set to a plurality of forms.The form of one or more warm atomizing nozzle and one or more cold atomizing nozzle also can be set in addition.
In the above-described embodiment, also can omit electrostatic atomization apparatus 38a and charged corpuscle mist discharge port 38.
In the cosmetology device 10 of above-mentioned embodiment, also can be provided with the nozzle of emitting anion or cation etc. simultaneously and emit wetting agent or the nozzle of medicament such as whitening agent etc. with atomizing nozzle 20.
In the above-described embodiment, as heating the liquid that is used to generate warm mist by warm mist heater 42, also can be in supply tank 33 with the fluid retention that contains the liquid of wetting agent or whitening agent etc. or contain aromatic.
In the above-described embodiment, also can constitute cold mist is emitted to replace warm mist from atomizing nozzle 20 (mist discharge port 21).
In the above-described embodiment, though the present invention is embodied as cosmetology device, also the present invention can be embodied as humidifier etc.
As follows about the technical characterictic afterthought that can grasp from above-mentioned embodiment and variation.
A kind of fluid Supplying apparatus, it will be supplied to the supply unit of liquid from the next liquid of case supply that stores that can store liquid, it is characterized in that fluid Supplying apparatus possesses load and reduces the unit, this load reduces the unit and reduces liquid from the described load of case when described supply unit is supplied with that store.
Claims (9)
1. mist generation device possesses:
Can store the case that stores of liquid;
The mist generating mechanism, it is to atomizing from the described next liquid of case supply that stores; With
Emit the mist discharge port of described mist,
It is characterized in that described mist generation device possesses load and reduces the unit, this load reduces the unit and reduces liquid from the described load of case when described mist generating mechanism is supplied with that store.
2. mist generation device according to claim 1 is characterized in that,
The described case that stores possesses: box main body; With the cover that is arranged on the form that can load and unload on the described box main body, this cover has and is used for liquid is stored the supply unit that case is supplied with to described mist generating mechanism from described,
Described load reduces the unit and is set on the described cover.
3. mist generation device according to claim 2 is characterized in that,
It is the floor that is arranged on the described cover that described load reduces the unit.
4. mist generation device according to claim 3 is characterized in that,
Described rib-shaped becomes the form that on described cover described supply unit is fenced up.
5. mist generation device according to claim 4 is characterized in that,
The outside dimension of the described cover of ratio that the outside dimension of described supply unit is set is little.
6. mist generation device according to claim 5 is characterized in that,
The outside dimension of described supply unit be set to described cover outside dimension 1/2nd.
7. mist generation device according to claim 3 is characterized in that,
Described rib-shaped becomes, and the periphery length of this floor is towards the more and more littler form of the direction of the supply that comes from the liquid of described supply unit.
8. mist generation device according to claim 2 is characterized in that,
Described cover is formed by the material of possess hydrophilic property.
9. a cosmetic apparatus is emitted mist skin surface is maintained, it is characterized in that,
Described cosmetic apparatus possesses any described mist generation device in the claim 1～8.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-072108 | 2010-03-26 | ||
| JP2010072108A JP5103499B2 (en) | 2010-03-26 | 2010-03-26 | Mist generator and beauty device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102198038A true CN102198038A (en) | 2011-09-28 |
Family
ID=44659198
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011100815691A Pending CN102198038A (en) | 2010-03-26 | 2011-03-25 | Mist generating device and beauty treatment device |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5103499B2 (en) |
| CN (1) | CN102198038A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106936073A (en) * | 2017-04-10 | 2017-07-07 | 杭州大湛机电科技有限公司 | Automatic water replenishing type nanometer water ion generating device and method |
| CN112451392A (en) * | 2020-11-24 | 2021-03-09 | 吴兵来 | Beauty instrument based on biological fermentation technology |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115111685A (en) * | 2022-08-04 | 2022-09-27 | 南昌大学 | Humidifier with cosmetic face moisturizing function |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP2011200538A (en) | 2011-10-13 |
| JP5103499B2 (en) | 2012-12-19 |
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