CN103844545B - Fan heater - Google Patents
Fan heater Download PDFInfo
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- CN103844545B CN103844545B CN201310516338.8A CN201310516338A CN103844545B CN 103844545 B CN103844545 B CN 103844545B CN 201310516338 A CN201310516338 A CN 201310516338A CN 103844545 B CN103844545 B CN 103844545B
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Abstract
A kind of fan heater, it has housing (3) and ion generating unit (50), and this housing (3) is provided with the air-supply stream (4) from suction inlet (4a) to ejiction opening (4b), and constitutes shell；Ion generating unit (50) is arranged in housing (3), has the 1st electrode (51) and the 2nd electrode (52) and produces ion by electric discharge.And, it is formed with the inwall with housing (3) and abuts against and limit the limiting unit (60) of the relative movement relative to housing (3) of the 2nd electrode (52).
Description
Technical field
The present invention relates to a kind of fan heater supplying ion to the hair of user.
Background technology
In the past, as fan heater, such as Japanese Unexamined Patent Publication 2009-268502 publication (below, note
For patent document 1) disclosed in like that, the ion being known to be equipped with having the 1st electrode and the 2nd electrode produces
The hair dryer in life portion.(referring for example to patent document 1).
In this patent document 1, put by applying high voltage between the 1st electrode and the 2nd electrode
Electricity produces ion, and produced ion self-forming sprays in the ion ejiction opening of cover.Then, from ion
The ion of ejiction opening ejection contacts with hair, thus improves hair nursing effect.
And, in this patent document 1 because make covering be positioned at downstream ion generating unit cover with
The inner member of the inside being configured at fan heater is connected, so the charged of cover can be removed, thus
Realize the stabilisation released from the ion of ion discharge port.
But, in above-mentioned conventional structure, by only at the inner tube installation ion product of fan heater
The bottom in life portion, and this ion generating unit is installed on the inner core of fan heater.
Accordingly, there exist and cause asking that ion generating unit is installed obliquely due to the deviation etc. when assembling
Topic.
So, if ion generating unit is mounted in a slanted state, there are the following problems: such as, for
The when of removing the charged of cover and the connecting portion of cover be connected to the earth electrode of ion generating unit, it is impossible to
The connecting portion making cover is fully connected with earth electrode, thus because of the ion released from ion discharge port
Make cover charged.
Summary of the invention
It is an object of the invention to solve above-mentioned conventional problem, it is provided that can carry out cover more reliably removes electricity
Fan heater.
In order to solve above-mentioned conventional problem, the fan heater of the present invention has housing, ion produces
Portion, ion stream and ion discharge port, this housing is provided with the air-supply stream from suction inlet to ejiction opening,
And constitute shell；This ion generating unit is arranged in above-mentioned housing, has the 1st electrode and the 2nd electrode and leads to
Overdischarge produces ion；This ion stream is for by ion flow produced by above-mentioned ion generating unit；Should
Ion discharge port is located at the downstream of above-mentioned ion stream, for being released by above-mentioned ion.
And, above-mentioned fan heater also has cover, connecting portion and limiting unit, and this cover is configured to
Above-mentioned ion can be released while covering above-mentioned ion discharge port；This connecting portion is arranged at the interior of above-mentioned cover
Side, for electrically connecting between above-mentioned cover and above-mentioned 2nd electrode；This limiting unit is connected to above-mentioned housing
Inwall and limit above-mentioned 2nd electrode, relative to the relative movement of above-mentioned housing.
Thus, can reduce assemble time deviation thus carry out more reliably cover except electricity.
Using the fan heater of the present invention, can carry out cover more reliably removes electricity.
Accompanying drawing explanation
Fig. 1 is the side view of the fan heater of embodiments of the present invention 1.
Fig. 2 is the stereogram of the fan heater of embodiments of the present invention 1.
Fig. 3 is that the master of the fan heater of the embodiments of the present invention 1 observed from ejiction opening side regards
Figure.
Fig. 4 is the backsight of the fan heater of the embodiments of the present invention 1 observed from suction inlet side
Figure.
Fig. 5 is the sectional view of the fan heater of embodiments of the present invention 1.
Fig. 6 is to represent to be provided with gold in the main part of the fan heater of embodiments of the present invention 1
Belong to the top view of the part of particulate generating unit and fog generating unit.
Fig. 7 is that the fog that is provided with of the fan heater of enlarged representation embodiments of the present invention 1 produces
The sectional view of the part in portion.
Fig. 8 is that the fog that is provided with of the fan heater of enlarged representation embodiments of the present invention 1 produces
The top view of the part in portion.
Fig. 9 is that the fog that is provided with of the fan heater of enlarged representation embodiments of the present invention 1 produces
The sectional view of the electrode part in portion.
Figure 10 is that the fog that is provided with of the fan heater of enlarged representation embodiments of the present invention 1 produces
The top view of the electrode part in portion.
Figure 11 is the stereogram of the fog generating unit of embodiments of the present invention 1.
Figure 12 is the front view of the fog generating unit of embodiments of the present invention 1.
Figure 13 is the sectional view of the fog generating unit of embodiments of the present invention 1.
Figure 14 is the 1st electrode and the 2nd of the fog generating unit schematically showing embodiments of the present invention 1
The side view of the relation between electrode.
Figure 15 is the side of the 1st electrode of the fog generating unit schematically showing embodiments of the present invention 1
View.
Figure 16 is to represent the fan heater of embodiments of the present invention 1 after display part lateral incision
Sectional view.
Figure 17 is the section view of the display part of the fan heater of enlarged representation embodiments of the present invention 1
Figure.
Figure 18 is the side-looking of the display part of the fan heater of enlarged representation embodiments of the present invention 1
Figure.
Figure 19 is the knot of the display part of the fan heater schematically showing embodiments of the present invention 1
The sectional view of structure.
Figure 20 is the sectional view of the fan heater of the variation of embodiments of the present invention 1.
Detailed description of the invention
1st technical scheme of the present invention is a kind of fan heater, and it is provided with from suction inlet to ejiction opening
Air-supply stream, this fan heater has housing and ion generating unit, and this housing is used for constituting this and adds
The shell of hot air-supply arrangement；This ion generating unit is arranged in above-mentioned housing, has the 1st electrode and the 2nd electricity
Pole also produces ion by electric discharge.
And, above-mentioned fan heater also has ion stream, ion discharge port, cover and connecting portion,
The ion flow that this ion stream produces for above-mentioned ion generating unit；This ion discharge port is located at above-mentioned ion
The downstream of stream, is used for releasing above-mentioned ion；This cover is configured to covering the same of above-mentioned ion discharge port
Time can release above-mentioned ion；This connecting portion is arranged at the inner side of above-mentioned cover, for by above-mentioned cover and above-mentioned the
Electrically connect between 2 electrodes.
And, above-mentioned fan heater also has limiting unit, and the inwall of this limiting unit and above-mentioned housing supports
Connect and limit the relative movement relative to above-mentioned housing of above-mentioned 2nd electrode.
Thus, deviation when assembling can be reduced, more reliably by the charged removal of cover, it is thus possible to use
The hair of person supplies the ion of q.s continuously.
According to the above-mentioned ion generating unit of the 1st technical scheme, the 2nd technical scheme particularly, has for protecting
Holding the 1st maintaining part of above-mentioned 2nd electrode, above-mentioned limiting unit is located at above-mentioned 1st maintaining part.
Thereby, it is possible to increase the 2nd electrode positional precision relative to housing, it is thus possible to more reliably will cover
Connecting portion be connected to the 2nd electrode.
According to the above-mentioned cover of the 2nd technical scheme, the 3rd technical scheme particularly, is formed at above-mentioned shell to cover
Cover is installed on this housing by the mode of the opening of body, when above-mentioned cover has been arranged on above-mentioned housing, utilizes
Above-mentioned connecting portion will electrically connect between above-mentioned cover and above-mentioned 2nd electrode.
And, above-mentioned limiting unit be from above-mentioned 1st maintaining part to the installing to above-mentioned housing of above-mentioned cover
The tab that direction that direction intersects is prominent, above-mentioned tab, at least installing to above-mentioned housing at above-mentioned cover
The face of side, direction abut with the inwall of above-mentioned housing.
Thus, ion generating unit can be suppressed to misplace when cover is installed to housing, it is thus possible to more reliably
The connecting portion of cover is connected to the 2nd electrode.
According to when the above-mentioned cover of the 3rd technical scheme has been arranged on above-mentioned housing, become above-mentioned connecting portion with
The state of contact between above-mentioned 2nd electrode, particularly, above-mentioned tab limits the above-mentioned 2nd to the 4th technical scheme
Electrode, relative movement to the direction left from above-mentioned cover.
Thus, the 2nd electrode can be suppressed to occur dislocation to cause releasing connecing between the 2nd electrode and connecting portion
Touch such that it is able to keep the connecting portion of cover to be connected to the state of the 2nd electrode more reliably.
Above-mentioned 2nd electrode of any one technical scheme according to the 1st to the 4th technical scheme, the 5th technical scheme
The 2nd electrode particularly, be arranged close to above-mentioned ion discharge port side than above-mentioned 1st electrode, and at this
2nd electrode is formed with opening portion, and the circumference of the above-mentioned opening portion in above-mentioned 2nd electrode becomes to above-mentioned
The dome-like shape that the side that 1st electrode is contrary is protruded.
Thereby, it is possible to the electric-field intensity increased between the 1st electrode and the 2nd electrode, so that beyond ion,
As the many generations of acid ingredient of composition effective to hair, and can supply to the hair of user.
The above-mentioned ion generating unit of any one technical scheme according to the 1st to the 5th technical scheme, the 6th technology
Scheme particularly, is configured to have at least for cooling down the cooling end of above-mentioned 1st electrode, makes in air
Condensate moisture is in by chilled above-mentioned 1st electrode of above-mentioned cooling end, and makes moisture electrostatic by electric discharge
Atomization, in the base portion side of above-mentioned 1st electrode of above-mentioned ion generating unit, is provided with and covers the 1st electrode
Surrounding also can keep the 2nd maintaining part of the moisture of above-mentioned condensation.
Thus, can be while increasing composition effective to hair produced by ion generating unit, in condensation
In the water of the 1st electrode, the remaining water droplet not used in electrostatic atomization is kept by the 2nd maintaining part,
It is thus possible to the problem preventing from occurring big water droplet to disperse in the use of fan heater.
Below, it is described with reference to embodiments of the present invention.It addition, the present invention is not by this embodiment
Restriction.
(embodiment 1)
Fig. 1 is the side view of the fan heater representing embodiments of the present invention 1.
As the hair-dryer 1 of the fan heater of present embodiment, it has handle part 1a and main part
1b, this handle part 1a are as the part held for user, and this main part 1b intersects along with handle part 1
Direction be combined with handle part 1a.And be configured to: in use, hair-dryer 1 can be with handle part 1a and master
Body 1b presents substantially tee shape or substantially letter L shape (for substantially tee in present embodiment
Shape) the mode of outward appearance fold.
From the nose portion extracting power supply cord 2 of handle part 1a.Additionally, handle part 1a is divided into terminal part 1d
With the root 1c of main part 1b side, by connecting portion 1e by this root 1c and terminal part 1d with the side that can rotate
Formula couples together.Terminal part 1d can fold into the position along main part 1b.
Constituting the housing 3 of outer wall of hair-dryer 1 makes multiple dividing body be connected together composition.At housing 3
Be internally formed cavity, in this cavity, be accommodated with various electronic unit.
Being internally formed wind-tunnel (air-supply stream) 4 at main part 1b, this wind-tunnel 4 is main body 1b
Entrance opening (suction inlet) 4a of the side (right side) of length direction (left and right directions of Fig. 5) is to going out
Till mouth opening (ejiction opening) 4b, by making the fan 5 being accommodated in this wind-tunnel 4 rotate and shape air-flow
W1.That is, air-flow W1 is to flow in wind-tunnel 4 from outside via entrance opening 4a, in this wind-tunnel 4
It is discharged to the outside from exit opening 4b.
Entrance opening (suction inlet) 4a is coated with cancellous framework 81, the opening portion 81a of this framework 81
Be shaped as honeycomb shape.So, entrance can be expanded while guaranteeing to make the intensity equalization of bar portion 81b
Total aperture area of opening (suction inlet) 4a, it is thus possible to realize the increase of air quantity.
Additionally, as it is shown in figure 5, in framework 81, be formed with aperture opening ratio be 55%～90% degree,
Mesh width is the net 82 of 300nm～650nm degree.This net 82 can use the such as resistance such as metal, polyester
Combustion property resin, by so by integrally formed with framework 81 for net 82 narrow for mesh width, it is possible to more reliable
The tiny dust of ground suppression, hair etc. enter in air flow circuit.
Additionally, in main part 1b, housing 3 urceolus 3a be internally provided with substantially cylindric in
Cylinder 6, air-flow W1 flows through the inner side of this inner core 6.In the inner side of inner core 6, it is configured with fan in side, most upstream
5, the motor 7 for driving fan 5 it is configured with in the downstream of fan 5, the further downstream at motor 7 is joined
It is equipped with the heater 8 as heating arrangements.
After making heater 8 work, hot blast can be blown out from exit opening 4b.And, in present embodiment
In, although the resistive element that heater 8 is configured to wind banding and ripple tabular along the inner circumferential of inner core 6 is carried out
Configuration, but it is not limited to this.
And, in main part 1b, in the cavity 9 being formed between housing 3 and inner core 6, it is accommodated with 2
(multiple) metal microparticle generating unit (ion generating unit) 30,40, (ion produces fog generating unit
Portion) 50, for executing alive voltage applying circuit 12 etc. to fog generating unit 50.Additionally, with sky
Chamber 9, be accommodated with for metal particle for the position receiving the position of voltage applying circuit 12 different
Sub-generating unit 30,40 executes alive voltage applying circuit (not shown).
Preferably by voltage applying circuit 12 with execute alive voltage to metal microparticle generating unit 30,40 and execute
Add circuit (not shown) be configured in handle part 1a or be positioned at prolonging of handle part 1a in main part 1b
Region on long line.When user hand-held handle part 1a, voltage applying circuit 12 and voltage apply electricity
The torque that the quality on road (not shown) causes diminishes, and the load on hand therefore acting on user diminishes.
Furthermore it is preferred that voltage applying circuit 12 and voltage applying circuit (not shown) are configured at across inner core
The position of the 6 reciprocal both sides being positioned at inner core 6.So in such manner, it is possible to suppress voltage applying circuit 12
And interfere with each other the decline of caused voltage, destabilization between voltage applying circuit (not shown)
Deng problem occur.
And, in the present embodiment, cavity 9 lateral parts (with cavity 9 be used for receive voltage
Apply the position that the position of circuit 12 is different) it is accommodated with the switching for performing between hot blast and cold wind, work
The switch portion (not shown) of operation mode etc..
Additionally, cavity in the terminal part 1d of handle part 1a is accommodated with the on an off for performing power supply
Between other switch portion 16 of switching etc..These electronic units are by with insulating properties tree each other
The wire 17 of the heart yearn that the parcel such as fat is made up of metallic conductor etc. is attached.
Additionally, it is preferred that as far as possible by the wire 17 being connected with metal microparticle generating unit 30 and metal microparticle
Wire 17 and the wire 17 that is connected with fog generating unit 50 that generating unit 40 connects separate and configure
And do not make it intersected with each other.Therefore, it is possible to suppression is interfered with each other caused by the electric current flowing through each wire 17
Cannot obtain desired voltage, electricity in metal microparticle generating unit 30,40 or fog generating unit 50
Buckling obtains the generation of unstable problem.
In the present embodiment, switch portion 16 is configured to be exposed to the surface of housing 3 by operation
Operating parts 18, switches the open and-shut mode of interior contacts.In the present embodiment, by making operating parts 18
Slide at above-below direction, it is possible to the open and-shut mode of multistage switching interior contacts.
Specifically, it is possible to Switching power closedown, these 4 kinds of patterns of weak wind, moderate wind, high wind, behaviour
Under the state that workpiece 18 is positioned at foot, become power-off.And, if making operating parts 18 from foot
Upward during one gear of slip, then become power opening state, and carry weak wind.If it addition, making behaviour
Workpiece 18 is slided a gear the most upward, then carry moderate wind, when operating parts 18 slides into topmost,
Become carrying high wind.
On the other hand, for performing the switch portion (not shown) of hot blast and the switching of cold wind, mode of operation etc.
It is configured to be formed at by operation (bending) operating parts 19 on the surface of housing 3, interior contacts can be switched
Open and-shut mode.And, being formed above for showing currently selected pattern at operating parts 19
Display part 14.
These switch portion, display part 14 etc. are to electrically connect with the microcomputer on control panel 10.
In the present embodiment, by operation (bending) operating parts 19, it is possible to carry out basic " HOT ",
" cold and heat succeed each other ", " COLD ", the switching of " SCALP " these 4 kinds of wind-warm syndrome patterns.
Here, " HOT " is the pattern of output hot blast, namely when usually using, touch hair
The temperature of wind be about the pattern of 70 DEG C to 80 DEG C.
Additionally, " colding and heat succeed each other " is such as to replace heat outputting with 5 seconds cold wind, 7 seconds such modes of hot blast
Wind and the pattern of cold wind.It addition, in the present embodiment, as shown in figure 18, it is being in " colding and heat succeed each other "
The when of pattern, while display arrow, alternately display exports " HOT " corresponding to hot blast and output
" COLD " corresponding to cold wind.
Additionally, " COLD " is the pattern of output cold wind, namely when usually using, touch hair
The temperature of wind be about the pattern of 30 DEG C.
Additionally, " SCALP " is the pattern of output warm air, namely when usually using, touch hair
The temperature of the wind sent out is about the pattern of 50 DEG C.When " SCALP " pattern of being somebody's turn to do mainly carries out scalp care
Selected pattern.
And, when making operating parts 18 slide upward and by the state of electric power starting, microcomputer quilt
Energising, while heater 8 being driven with the driving signal corresponding to current wind-warm syndrome pattern, control
The wind-warm syndrome of display part 14 processed shows current wind-warm syndrome pattern.It addition, make operating parts 18 upward
Under the state slided and be only at electric power starting, being " HOT " pattern of selection and heat air delivery.
Then, operating operating parts 19, pressing signal is sent to microcomputer every time, thus
To 4 wind-warm syndrome states according to " colding and heat succeed each other " pattern, " COLD " pattern, " SCALP " pattern, " HOT "
The order of pattern switches over.
And, in the present embodiment, the letter of " SKIN " can be formed at display part 14, at weak wind
Under pattern, in the case of have selected " COLD ", " COLD " shows together with " SKIN ".
That is, under weak wind pattern, in the case of have selected " COLD ", moreover it is possible to as " SKIN "
Pattern uses.It addition, " SKIN " pattern is the pattern selected when carrying out the nursing of skin, its
By the cold wind containing fog etc. and skin contact reach to make the shape that moisture moisturizing is appropriateness of skin
State etc..
As shown in figure 16, this hair-dryer 1 uses switch element (IGCT) T for wind-warm syndrome control, and
The cold wind driving fan 5 and produce can be utilized as the cooling of switch element T of the part needing cooling
Carry out.Additionally, heat sink 67 is screwed on the radiating part 66 of switch element T, pass through
Heat sink 67 is extended to Japanese U shape 67a such that it is able to improve cooling effectiveness.
Below, the structure of display part 14 is illustrated in greater detail.
Display part 14 is used for showing " HOT ", " colding and heat succeed each other ", " COLD ", " SCALP " and " SKIN "
These 5 kinds of words, patterns, comprising: the chip-shaped light emitting diode 11 being installed on control panel 10,
For the white or milky diffuser plate 13 that the light of light emitting diode 11 is spread and by transparent tree
The display floater 15 that fat is constituted.
Display floater 15 can be formed separately and utilize Double-sided adhesive tape to be fixed on housing 3, also with housing 3
Can form as one with housing 3.As shown in figure 19, on the back side 15a of display floater 15, by print
Brush or transfer are provided with the transflective layer 15B for reflecting exterior light.
Additionally, on the face relative with the light emitting diode 11 of the upper surface being positioned at this transflective layer 15B,
It is provided with for blocking light that self-luminous diode 11 sends selectively by printing or application
Light shield layer 15C.Meaning that to show that wind-warm syndrome shows " HOT ", " cold and hot of " optionally shading "
Alternately ", " COLD ", word, the pattern such as " SCALP " and " SKIN ", and to specific region
(such as, the region beyond word segment) shading.
When power-off, because light emitting diode 11 is the most luminous, the inside of hair-dryer 1 is black
Dark.Therefore, even if becoming clear in the outside of hair-dryer 1, because exterior light is reflected by transflective layer 15B,
So can be difficult to see that internal part, wind-warm syndrome show.
When electric power starting, light emitting diode 11 is luminous, and this light passes light shield layer 15C and transflective layer
15B and be irradiated to outside.Now, because utilizing light shield layer 15C that the region beyond word segment is carried out
Shading, it is possible to the word shown in outside display wind-warm syndrome.
Here, as shown in figure 19, in the present embodiment, the back side 15a at display floater 15 arrange right
Answering the groove portion 15b of word, pattern, when being provided with this groove portion 15b, utilization printing or transfer will
Transflective layer 15B is arranged at the back side 15a of display floater 15.
Now, as shown in figure 19, make the corner 15c of open side of groove portion 15b by transflective layer 15B institute
Cover.Then, utilize printing or application that light shield layer 15C is arranged at the upper table of transflective layer 15B
Face.Now, the entirety of the opening of groove portion 15b is not blocked a layer 15C covering.That is, light shield layer 15C so that
The mode of at least central portion opening of groove portion 15b is configured.
Use this structure, when power-off, because light emitting diode 11 is the most luminous, display
Exterior light is reflected again on the surface in portion 14, so the surface of display part 14 appears as mirror-like.
On the other hand, the when that when electric power starting, light emitting diode 11 being luminous, light is from groove portion 15b
Opening penetrate, it is possible to only show the display of wind-warm syndrome in work.
And, in the present embodiment, it is the open side utilizing transflective layer 15B to cover groove portion 15b
Corner 15c's.Therefore, light emitting diode 11 is luminous when, covered by transflective layer 15B
Formed than dark dark place (shade) at Bu Fen.Its result, the edge of the display part shown becomes
Clearly, it is possible to make the visual raising of display part.
It addition, utilize hook to be fixed on diffuser plate 13 and the light emitting diode 11 of control panel 10, it is set to root
Show that " HOT ", " colding and heat succeed each other ", " COLD ", " SCALP " and " SKIN " is carried out according to wind-warm syndrome
Distribution.And, each light emitting diode 11 is the difference according to corresponding display content and sends difference
The light of color.But, also can be luminous with homochromy light emitting diode 11.
It addition, the process color of display part 14 can also with the conjunction matching in colour of main part 1b change.But,
In the case of white, pink colour, gold etc., owing to single color printing cannot be carried out sufficient shading, preferably
, after printing with outward appearance process color, the process color of the silver color system being used as shading is carried out
Printing, the process color of this silver color system uses the ink material that the ratio of metal dust is high.
It addition, in the present embodiment, although it is that the display of display part 14 is shown as wind-warm syndrome, but also
Can serve as the display of the maintenance of the display of air quantity, the display of ion generation, filter etc..It addition, not
Can be only to utilize light emitting diode 11 to carry out text importing, it is also possible to be utilize picture to carry out showing, profit
Display etc. is carried out with liquid crystal panel.
Inner core 6 has in cylindrical portion 6a, multiple supporting rib 6b(Fig. 5 only at diagram one) and flange part 6c,
The plurality of supporting rib 6b and circumferentially disperses to configure, this flange part to radial outside extension from cylindrical portion 6a
6c connects and substantially vertical to the axis direction with this cylindrical portion 6a with cylindrical portion 6a by supporting rib 6b
Direction highlights.
Being formed with gap g1 between cylindrical portion 6a and flange part 6c, a part of air-flow W1 is via this
Gap g1 shunts and flows in cavity 9, thus forms affluent-dividing W2.It addition, as by affluent-dividing W2 to
The gap g1 of the introducing port imported in cavity 9, it is arranged at the downstream of fan 5 and is the upper of heater 8
The position of trip side.Therefore, affluent-dividing W2 is before utilizing heater 8 to heat, the coldest gas
Stream.
And, a part of affluent-dividing W2 is shunted further and obtains affluent-dividing W3.This branch
Stream W3 is without metal microparticle ejiction opening described later (ion discharge port) 20a, 20b, fog ejection
Mouthful (ion discharge port) 20c, and become between inner core 6 and housing 3 through and from exit opening 4b's
The coldest air-flow of outer peripheral portion ejection.
On housing 3, in the position being positioned at exit opening 4b side of cavity 9, it is formed with the through hole of ellipse
(opening) 3b, utilizes the cover 20 being made up of the synthetic resin material of insulating properties to be sealed by this through hole 3b.
Consequently, it is possible in the present embodiment, cover 20 covering is formed at through hole (opening) 3b of housing 3
And it is installed on this housing 3.Additionally, in the present embodiment, by making cover 20 relative to housing 3 from Fig. 5
Left side mobile be to the right installed on housing 3.Therefore, in the present embodiment, from wind-tunnel (air-supply
Stream) 4 direction to the upstream side, downstream become the direction installed to housing 3 of cover 20.
Additionally, on cover 20, metal microparticle ejiction opening (ion discharge port) 20a, 20b and fog spray
Outlet (ion discharge port) 20c is independently formed.
It addition, in order at fog generating unit (ion generating unit) 50 and metal microparticle generating unit (ion
Generating unit) 30,40 front, formed for the ion stream 4c of ion flow, so metal microparticle spray
Outlet (ion discharge port) 20a, 20b and fog ejiction opening (ion discharge port) 20c is arranged at ion
The downstream of stream 4c.
Additionally, in order to suppress to be caused cover 20 charged by metal microparticle or fog, preferably cover 20 compares housing
The electric conductivity of 3 is low.If cover 20 is charged, then this electric charge makes charged metal microparticle and anion, fog
Be difficult to from metal microparticle generating unit 30,40, fog generating unit 50 releases.
In order to suppress to cover 20 charged, it is preferred to use be difficult to the material electrified, such as PC(Merlon)
Resin forms cover 20, makes the material of cover 20 become the material being difficult to electrify.It addition, at this part, cover
20 outer walls constituting hair-dryer 1.
Additionally, in the present embodiment, the aperture ratio fog ejection of metal microparticle ejiction opening 20a, 20b
The aperture of mouth 20c is little.I.e., it is possible to more easily carry out via fog ejiction opening 20c to fog generating unit
While the maintenance of 50, the confirmation of state etc., suppression finger, instrument etc. are via metal microparticle ejiction opening
20a, 20b enter by mistake through.
Additionally, be provided with rib (teat, connecting portion) 21 in the inner side of cover 20, by making this rib 21 with aftermentioned
The electric discharge of fog generating unit 50 electrode (Japanese: put to) (the 2nd electrode) 52 is abutted,
Thus it is electric to carry out removing of cover 20.
The most so, in the present embodiment, cover 20 and fog generating unit (ion generating unit) 50, cover
20 and metal microparticle generating unit (ion generating unit) 30 and cover 20 and metal microparticle generating unit (from
Sub-generating unit) 40 it is formed with 3 ion generating apparatus 100.
And, in the present embodiment, it being provided with electro-mechanical part 1f, it makes user carry and by fog generating unit
The electric charge that the electric charge (present embodiment is negative electrical charge) of the ion that (ion generating unit) 50 produces is contrary.
This electro-mechanical part 1f is formed by the electroconductive resin (conductive member) of the outer surface being exposed to handle part 1a.
Additionally, in the present embodiment, it is formed with metal particle at the periphery 20d of fog ejiction opening 20c
Sub-ejiction opening (ion discharge port) 20a, 20b.
Specifically, metal microparticle ejiction opening 20a and metal microparticle ejiction opening 20b is to spray with fog
It is arranged side by side centered by mouth 20c.
That is, on cover 20, metal microparticle ejiction opening 20a, 20b and fog ejiction opening 20c are to blow
On the width (left and right directions of Fig. 3) of blower fan 1, according to metal microparticle ejiction opening 20a, fog
Ejiction opening 20c, the order of metal microparticle ejiction opening 20b are formed side by side.
By carrying out such configuration, self-forming is in the metal particle of the periphery 20d of fog ejiction opening 20c
Sub-ejiction opening (ion discharge port) 20a, 20b spray anion, can suppress electronegative fog laterally
Diffusion (discrete).
Its result, improves the straight ahead of fog and makes fog be accessible to hair, it is thus possible to enter one
Step improves hair nursing effect.
And, the downstream of fog ejiction opening 20c and be lower section, prolong with the emission direction along fog
The mode stretched is provided with wall portion 20e.By arranging this wall portion 20e, it is possible to suppression is from fog ejiction opening 20c
The fog of ejection spreads downwards (discrete).
Additionally, in cavity 9, metal microparticle generating unit 30,40 and fog generating unit 50 are to blow
On the width (left and right directions of Fig. 3) of blower fan 1, produce according to metal microparticle generating unit 30, fog
Life portion 50, the order of metal microparticle generating unit 40 are arranged side-by-side.
And, in fog generating unit 50 and the metal microparticle generating unit adjacent with this fog generating unit 50
Between (anion generating unit) 30,40, it is provided with shield (separating part) 6d.
And, as shown in Figure 6 and Figure 8, by with along the above-below direction of hair-dryer 1 and the ejection side of fog
The mode extended to (left and right directions of Fig. 6) configures shield 6d, can suppress metal microparticle, fog
Mix before spraying from metal microparticle ejiction opening 20a, 20b and fog ejiction opening 20c.
Metal microparticle generating unit 30,40 is respectively provided with the electric discharge formed by the metal material with electric conductivity
Electrode (the 1st electrode) and electric discharge are to electrode (the 2nd electrode).
And, sparking electrode and electric discharge to electrode between utilize voltage applying circuit (not shown) to apply
High voltage (for-1kV～-3kV in present embodiment) and discharge (corona discharge etc.), by
This discharge process makes metal microparticle (molecule of metal, anion etc.) self discharge electrode, electric discharge to electricity
Pole etc. release.
This metal microparticle generating unit 30,40 can be shaped generally as identical shape, it is also possible to is formed as
Metal microparticle generating unit 30 and metal microparticle generating unit 40 shape are different from each other.
Sparking electrode can be made up of superfine wire rod.And, its width (diameter) be preferably set to 10 μm～
400 μm (than better suited be 30 μm～300 μm, be more suitable for is 50 μm～200 μm).It addition,
Cross sectional shape can use circle, ellipse, polygonal shape etc. variously-shaped.
It addition, sparking electrode can by such as transition metal (such as, gold, silver, copper, platinum, zinc, titanium,
Rhodium, palladium, iridium, ruthenium, osmium etc.) simple substance, alloy or with transition metal implement plating process and obtain
Component etc. constitute.In metal microparticle generating unit 30, the particle of the metal producing and releasing in 40
In the case of gold, silver, copper etc., the particle of this metal can produce antibacterial action.
It addition, containing in the case of platinum, zinc, titanium etc. in the particle of metal, the particle of this metal can
Produce antioxidation.Additionally, it was found that the particle of platinum has an extremely large antioxidation.
Alternatively, it is also possible to be that metal microparticle generating unit 30,40 produces ion (such as by discharge process
Anion, such as NO2 -, NO3 -Deng), make this ion and sparking electrode, electric discharge to electrode, other
Components containing metal material or metal ingredient etc. collide, thus produce metal microparticle.I.e., it is also possible to
Electric discharge comparative electrode, other component above-mentioned it is made up of the material containing above-mentioned transition metal, and from these structures
Part releases metal microparticle.
For above-mentioned metal microparticle generating unit, inventor through attentively studying the result obtained is: find
Hair oxidation resistance can given to supply Pt microparticles such as hairs, so that the injury recovery of hair etc.
Time, if also supplying zinc particulate to hair etc. on the basis of supply Pt microparticles such as hair, then can be more
Effectively make the injury recovery of hair etc..
Therefore, in the present embodiment, the metal contained by the sparking electrode of metal microparticle generating unit 30
Being platinum, the metal contained by the sparking electrode of metal microparticle generating unit 40 is zinc.In addition it is also possible to be
The sparking electrode making metal microparticle generating unit 40 contains platinum, the sparking electrode of metal microparticle generating unit 30
Containing zinc.
Fog generating unit 50 has sparking electrode (the 1st electricity formed by the metal material with electric conductivity
Pole) 51 and electric discharge to electrode (the 2nd electrode) 52.And, utilize voltage applying circuit 12 in this electric discharge
Electrode 51 and electric discharge are to applying high voltage (present embodiment is-3kV～-5kV) between electrode 52
Discharge (corona discharge etc.).
In the present embodiment, sparking electrode 51 is formed as needle-like, and electrode 52 is formed as and electric discharge by electric discharge
The tip side of electrode 51 has the component of the tabular of compartment of terrain configuration.
As is illustrated by figs. 11 and 12, electric discharge has generally plate like matrix part 52a and from matrix to electrode 52
Portion of terminal 52b that portion 52a is projecting.
In the substantial middle position of matrix part 52a, it is formed with the circle of the discharge port constituting metal microparticle
Opening portion 52c.As shown in figure 12, observing from front, sparking electrode 51 is configured at the big of opening portion 52c
Cause center.On the other hand, run through to be provided with in portion of terminal 52b and run through and the through hole 52d of wiring for wire 17.
Additionally, as fog generating unit 50, use the electrostatic atomization dress with cooling end 53 and fin 54
Putting, this cooling end 53 is used for cooling down sparking electrode 51, and this fin 54 utilizes this cooling end 53 for release
The heat produced during cooling sparking electrode 51.
Specifically, fog generating unit 50 has by peltier-element 53a as cooling end 53 with by having
The coldplate 53b having the component (such as hardware etc.) of thermal conductivity to constitute, makes the moisture in air exist
By the surface condensation of peltier-element 53a chilled coldplate 53b, thus produce condensed water.
And, at the upstream side of fog generating unit 50, it is provided with and for release, coldplate 53b is carried out cold
The fin 54 of the heat produced time but.In the apparatus, discharge process is utilized to make supplied water the coldest
Solidifying water micronized such that it is able to generate the most tiny fog (band containing anion of nanoscale size
The fog of negative electricity).
Additionally, by metal microparticle generating unit 30,40 and fog generating unit 50 are placed in from inner core
Fixing rib projecting for upper wall 6f (fixing component) 6g of 6, thus metal microparticle generating unit 30,
40 and fog generating unit 50 be fixed on the top of inner core 6.The bottom of fin 54 is provided with installing plate
55, by this installing plate 55 being installed on fixing rib (fixing component) 6g, thus by fog generating unit 50
It is fixed on the top of inner core 6.
It addition, by the shape of fixing rib 6g, extrusion position are set as various, it is possible to flow through
The wind direction of wind of cavity (branch flow passage) 9, air quantity arrive desired amount.That is, fixing rib 6g can be used
The control instrument of the wind direction of wind of cavity (branch flow passage) 9, air quantity is flowed through as control.
And, when cover 20 has been arranged on housing 3, make electric discharge (prominent to electrode (the 2nd electrode) 52 and rib
Portion, connecting portion) contact between 21.In the present embodiment, make electric discharge to electrode (the 2nd electrode) 52
With rib (teat, connecting portion) 21 is with in the fore-and-aft direction (assembling between cover 20 and fog generating unit 50
Direction) facing face contacts on the direction that intersects.
Specifically, electrode (the 2nd electrode) 52 is had towards fore-and-aft direction (cover 20 and fog by electric discharge
Assembly orientation between generating unit 50) in front front surface 52g and towards the width of hair-dryer 1
The side surface 52h in (direction intersected with the assembly orientation between cover 20 and fog generating unit 50) outside.
And, make rib 21 with electric discharge, the side surface 52h face of electrode (the 2nd electrode) 52 be contacted.
And, in the present embodiment, rib 21 also with the electric discharge front surface to electrode (the 2nd electrode) 52
52g face contacts.
Specifically, 4 positions of the prominent inner surface being located at cover 20 of rib 21, in electric discharge to electrode the (the 2nd
Electrode) 52 the periphery of matrix part 52a, 2 ribs 21 and the electric discharge front table to electrode (the 2nd electrode) 52
Face 52g and the contact of side surface 52h face.
It addition, be formed for guiding electric discharge that electrode (the 2nd electrode) 52 side forward is inserted at 4 ribs 21
Lead-in chamfered 21a entered, in lead-in chamfered 21a, shape in the way of arranging continuously with lead-in chamfered 21a
Become to have horizontal side bearing surface 21b.And, on horizontal side bearing surface 21b, with continuous with horizontal side bearing surface 21b
The mode arranged is formed with front side bearing surface 21c.
Additionally, 4 ribs 21 are in the way of 2 ribs 21 are facing with each other, it is arranged at the position of 90 degree of staggering one by one.
Now, 4 ribs 21 so that rib 21 facing with each other lead-in chamfered 21a between side facing, horizontal bearing surface
Mode facing between 21b is arranged.And, lead-in chamfered 21a facing with each other is formed as more to termination
The taper that (rear) width is the widest.
Also, it is preferred that by making the width ratio of horizontal side bearing surface 21b facing with each other discharge to electrode the (the 2nd
Electrode) 52 the diameter of matrix part 52a narrower so that electric discharge to electrode (the 2nd electrode) 52 by that
Clamped by rib 21 faced by this.
And, in the present embodiment, fog generating unit (ion generating unit) 50 has multiple for limiting
Sparking electrode processed (the 1st electrode) 51 and the electric discharge fixing use to the position between electrode (the 2nd electrode) 52
Rib 56.
Specifically, 3 fixing being arranged at rib 56 have staggered about 90 degree one by one relative to opening portion 52c
Position.
Additionally, 3 positions of the periphery of the matrix part 52a of electrode (the 2nd electrode) 52 are formed in electric discharge
There is through hole 52f, by fixing rib 56 is inserted this through hole 52f respectively, thus limit sparking electrode the (the 1st
Electrode) 51 and electric discharge to the position between electrode (the 2nd electrode) 52.
Now, preferably fixing do not contact with between rib 56 and rib 21.
Additionally, in the present embodiment, fog generating unit 50 has maintaining part 57, utilizes maintaining part 57 to protect
Hold sparking electrode 51 and electric discharge to electrode 52.
Sparking electrode 51 is to be protected by base portion 51a insertion is formed at the insertion hole 57a of maintaining part 57
It is held in maintaining part 57.
On the other hand, electric discharge is by making the face of sparking electrode 51 side (rear surface) 52i touch to electrode 52
The seat surface 57b of upper maintaining part 57 and maintained portion 57 keeps.It addition, at the front upper of maintaining part 57
It is formed with the wall portion 57c that forwards (downstream) is prominent, as shown in figure 12, observes from front, this wall
Portion 57c is the contour shape of bending.
And, make electric discharge that the top 52j of electrode 52 to be formed as corresponding with the curved shape of wall portion 57c
Shape, so that electric discharge is accommodated in the sweep of wall portion 57c to the top 52j of electrode 52.Therefore, it is possible to
The suppression electric discharge dislocation relative to maintaining part 57 to electrode 52.
Additionally, be provided with cylindrical portion 57d in maintaining part 57, the base portion 51a of sparking electrode 51 is inserted in
The through hole 57e of cylindrical portion 57d.
Here, in the present embodiment, it is provided with the inwall 3c with housing 3 and abuts and limit electric discharge to electricity
Pole (the 2nd electrode) 52 is relative to the limiting unit 60 of the relative movement of housing 3, it is thus possible to suppression is due in group
Deviations during dress etc. cause installing ion generating unit 50 obliquely.
Specifically, the maintaining part (the 1st maintaining part) 57 be arranged at ion generating unit 50 arranges limit
Portion 60 processed.
In the present embodiment, self-sustaining portion (the 1st maintaining part) 57 it is provided with upward (with cover 20
The direction intersected to the direction that housing 3 is installed) prominent tab 57f.
And, by making the rear surface of tab 57f (at least in the side, direction installed to housing 3 of cover 20
Face) the front surface 3e of 57g and the teat 3d of the inwall 3c being formed at housing 3 in the way of prominent downwards
Abut, thus limit electric discharge to electrode (the 2nd electrode) 52 relative to the rearward relative movement of housing 3.
That is, limit electric discharge and electrode (the 2nd electrode) 52 (is released electric discharge to electrode to the direction left from cover 20
The direction of the contact between 52 and rib 21) relative movement.
So, in the present embodiment, the maintaining part keeping electric discharge to electrode (the 2nd electrode) 52 it is used for
(the 1st maintaining part) 57 also serve as limit discharge to electrode (the 2nd electrode) 52 relative to housing 3
The limiting unit 60 of relative movement.
In addition it is also possible to by making the tab 57f as limiting unit 60 be clamped by the inwall 3c of housing 3, from
And make electric discharge that electrode (the 2nd electrode) 52 to be fixed relative to housing 3.If so, can be more reliably
The suppression electric discharge dislocation relative to housing 3 to electrode (the 2nd electrode) 52.
Additionally, in the present embodiment, electrode (the 2nd electrode) 52 is arranged to compare sparking electrode by electric discharge
(the 1st electrode) 51 is near fog ejiction opening (ion discharge port) 20c side, in this electric discharge to electrode (
2 electrodes) 52 it is formed with opening portion 52c.Opening portion 52c, without being located at central portion, can be to see from front
Examine, be formed at the position that the top 51b of self discharge electrode (the 1st electrode) 51 staggers, it is also possible to be to tilt
Shape.
Additionally, for the electric charge producing the electrostatic for suppressing hair, it is desirable to discharge to electrode (the 2nd electricity
Pole) 52 the area of opening portion 52c be more than 7mm2.In the present embodiment, being formed with bore is 4mm
Opening portion 52c.
And, discharge the circumference 52k of the opening portion 52c in electrode (the 2nd electrode) 52 is formed as to
It is dome-shaped that the opposition side of sparking electrode (the 1st electrode) 51 is protruded.This circumference 52k can be by such as
Set opening at the thin plate that thickness is 0.5mm, then the periphery of this opening portion is processed and shape to curving
Become.
And, in the present embodiment, as shown in figure 14, to be certainly attached to sparking electrode (the 1st electrode)
The side of the distance roughly the same (present embodiment is 2.25mm) of the top A of the water droplet of the top 51b of 51
Formula is formed with the face 521 being positioned at sparking electrode (the 1st electrode) 51 sides of circumference 52k.
Additionally, be provided with cylinder in the base portion 51a side of the sparking electrode (the 1st electrode) 51 of ion generating unit 50
Shape portion 57d, cylindrical portion 57d is covering the surrounding of sparking electrode (the 1st electrode) 51 and as keeping cold
2nd maintaining part of solidifying moisture.
Now, preferably being selected from the inner surface of cylindrical portion 57d to the distance of sparking electrode (the 1st electrode) 51 is
The degree of 0.1mm to 0.5mm.Like this, it is possible to play capillary effect, improve condensation
The holding capacity of water.
Alternatively, it is also possible to be that cylindrical portion 57d is formed separately with maintaining part 57.Additionally, in present embodiment,
Although cylindrical portion 57d be shaped as cylindrical shape, but also be able to be formed as triangle, quadrangle, have many
The shape of individual groove.
Above, as described, in the present embodiment, hair-dryer 1 is provided with and (inhales from entrance opening
Entrance) wind-tunnel (air-supply stream) 4 of 4a to exit opening (ejiction opening) 4b, and there is composition shell
Housing 3.And, there is in housing 3 the ion generating unit 50 utilizing electric discharge to produce ion, this ion
Generating unit 50 has sparking electrode (the 1st electrode) 51 and electric discharge to electrode (the 2nd electrode) 52.
And, also have ion stream 4c, fog ejiction opening (ion discharge port) 20c, cover 20 and
Rib (connecting portion) 21, this ion stream 4c is for the ion flow produced by ion generating unit 50；This fog
Ejiction opening (ion discharge port) 20c is located at the downstream of ion stream 4c, is used for releasing ion；This cover
20 be configured to cover fog ejiction opening (ion discharge port) 20c while can release ion；This rib is (even
Meet portion) 21 be located at the inner side of cover 20, for will cover 20 and electric discharge to electric between electrode (the 2nd electrode) 52
Connect.
And, hair-dryer 1 has and is connected to the inwall 3c of housing 3 and limits electric discharge to electrode (the 2nd electrode)
The limiting unit 60 of the relative movement relative to housing 3 of 52.
Thus, deviation when assembling can be reduced, more reliably by the charged removing of cover 20, thus to use
The ion of the hair sustainable supply q.s of person.
Additionally, in the present embodiment, have for keeping the electric discharge guarantor to electrode (the 2nd electrode) 52
Holding portion's (the 1st maintaining part) 57, limiting unit 60 is arranged at maintaining part (the 1st maintaining part) 57.
Thereby, it is possible to increase electric discharge to electrode (the 2nd electrode) 52 relative to the positional precision of housing 3, from
And more reliably the rib (connecting portion) 21 of cover 20 is connected to electric discharge to electrode (the 2nd electrode) 52.
Additionally, cover 20 is installed on this housing 3 in the way of covering the opening 3b being formed at housing 3, will cover
20 when being arranged on housing 3, utilize rib (connecting portion) 21 will cover 20 and electric discharge to electrode (the 2nd electrode)
Electrically connect between 52.
And, self-sustaining portion (the 1st maintaining part) 57 is handed over to the direction towards housing 3 installation with cover 20
The tab 57f that the direction of fork highlights is as limiting unit 60, at least the installing to housing 3 at cover 20 of tab 57f
The face 57g of side, direction be connected to be formed at the teat of the inwall 3c of housing 3 in the way of prominent downwards
The front surface 3e of 3d.
Thus, cover 20 ion generating unit 50 when housing 3 is installed can be suppressed to misplace such that it is able to more
Reliably the rib (connecting portion) 21 of cover 20 is connected to electric discharge to electrode (the 2nd electrode) 52.
Additionally, cover 20 has been arranged on housing 3 when, rib (connecting portion) 21 and electric discharge are to electrode (the
2 electrodes) contact between 52, tab 57f limit electric discharge to electrode (the 2nd electrode) 52 to from cover 20 from
The relative movement in the direction opened.
Thus, can suppress to discharge the electric discharge occurring to misplace and cause to electrode (the 2nd electrode) 52 to electrode
(the 2nd electrode) contact between 52 and rib (connecting portion) 21 is released from, it is thus possible to keep more reliably
The rib (connecting portion) 21 of cover 20 and electric discharge are to the connection status between electrode (the 2nd electrode) 52.
Additionally, electrode (the 2nd electrode) 52 is arranged to more close than sparking electrode (the 1st electrode) 51 by electric discharge
Downstream (ion discharge port side), and it is formed with opening in this electric discharge on electrode (the 2nd electrode) 52
Portion 52c.And, the circumference 52k to the opening portion 52c in electrode (the 2nd electrode) 52 that discharges is formed as
To dome-shaped with what sparking electrode (the 1st electrode) 51 opposite side was protruded.
Thereby, it is possible to increase sparking electrode (the 1st electrode) 51 and electric discharge to electrode (the 2nd electrode) 52 it
Between electric-field intensity so that as the composition effective to hair beyond ion acid ingredient fecund
Raw, and supply to the hair of user.
Additionally, ion generating unit 50 is configured to have at least for cooling down sparking electrode (the 1st electrode) 51
Cooling end 53, make condensate moisture in air in the chilled sparking electrode in cooled portion 53 (the 1st electricity
Pole) 51 and make moisture electrostatic atomization by electric discharge.And, at the sparking electrode (of ion generating unit 50
1 electrode) 51 base portion 51a side, be provided with surrounding the energy covering this sparking electrode (the 1st electrode) 51
Keep cylindrical portion (the 2nd maintaining part) 57d of the moisture of condensation.
Thus, can increase while the composition effective to hair that ion generating unit 50 produces, with cylinder
Shape portion (the 2nd maintaining part) 57d keep condense in the water of sparking electrode (the 1st electrode) 51 not quiet
The remaining water droplet used in electrospray, it is thus possible to prevent from occurring big water droplet to fly in the use of hair-dryer 1
The problem spattered.This act on carry out skin nursing in the case of be particularly effective.
Above, the preferred embodiment of the present invention is illustrated, but the present invention is not by above-mentioned embodiment
Restriction, it is possible to carry out various deformation.
Such as, as shown in figure 20, the present invention also can be suitably used for band brush this fan heater of hair-dryer 1A.
Band brush hair-dryer 1A when power-on, can from constitute housing 3 brush portion 3f ejiction opening 4b blowing cold air,
The wind such as hot blast.
And, the wind of blowout blows out from the formation face of brush 3g through the inside of brush portion 3f, it is possible in profit
While brush 3g combing hair, wind is got on hair.In the housing 3 of this band brush hair-dryer 1A
It also is provided with ion generating unit 50, the ion of fog etc. can be supplied.
Additionally, in the respective embodiments described above, illustrate as ion generating unit and have for producing metal particle
Son and the metal microparticle generating unit of anion, it would however also be possible to employ do not produce metal microparticle, only produce negative
The ion generating unit of ion.
Even additionally, produce the ion generating apparatus of cation, the present invention is also suitable.So, if producing
Raw cation, then the most effective in the case of using the hair with man-made hair such as wig.Because wig etc.
Man-made hair is the most electronegative, by supply cation, can suppress the generation of electrostatic.
Additionally, in the respective embodiments described above, although illustrate as fog generating unit and anion generating unit
There is sparking electrode (the 1st electrode) and electric discharge corresponding thereto to electrode (the 2nd electrode) component, it is possible to
The 2nd electrode to be arranged on not facing with sparking electrode (the 1st electrode) position.
Additionally, in the respective embodiments described above, illustrate define 2 metal microparticle ejiction openings (from
Sub-discharge port) situation, but also can form more than 3 metal microparticle ejiction openings (ion discharge port).
Additionally, in the respective embodiments described above, illustrate and utilize affluent-dividing ejection metal microparticle and fog,
In the case of there is no affluent-dividing, also can self-corresponding ejiction opening ejection metal microparticle and mist
Gas.
It is further possible to style (shape, size, cloth to cover, housing and other details as one sees fit
Office etc.) it is changed.
As it has been described above, the fan heater that the present invention relates to, can stably remove the charged same of cover
Time, stablize and produce in large quantities the composition of effect, the tiny fogs such as there is imparting hair moist feeling, because of
This also can be suitably used for the purposes such as the moisturizing to scalp, face, health etc..
Claims (7)
1. a fan heater, it is characterised in that have:
Housing, ion generating unit, ion stream, ion discharge port, cover, connecting portion and limiting unit,
Above-mentioned housing is provided with the air-supply stream from suction inlet to ejiction opening, and constitutes shell；
Above-mentioned ion generating unit is arranged in above-mentioned housing, has the 1st electrode and the 2nd electrode and by electric discharge
Produce ion；
Above-mentioned ion stream is for by ion flow produced by above-mentioned ion generating unit；
Above-mentioned ion discharge port is located at the downstream of above-mentioned ion stream, for being released by above-mentioned ion；
Above-mentioned cover is configured to while covering above-mentioned ion discharge port to release above-mentioned ion；
Above-mentioned connecting portion is arranged at the inner side of above-mentioned cover, for by electricity between above-mentioned cover and above-mentioned 2nd electrode
Connect；
Above-mentioned limiting unit be connected to above-mentioned housing inwall and limit above-mentioned 2nd electrode, relative to above-mentioned
The relative movement of housing,
Wherein, above-mentioned 2nd electrode and above-mentioned connecting portion are with between above-mentioned cover and above-mentioned ion generating unit
Assembly orientation intersect direction on facing face contact.
Fan heater the most according to claim 1, it is characterised in that
Above-mentioned ion generating unit has the 1st maintaining part for keeping above-mentioned 2nd electrode, and above-mentioned limiting unit sets
In above-mentioned 1st maintaining part.
Fan heater the most according to claim 2, it is characterised in that
Above-mentioned cover is installed on this housing in the way of covering the opening being formed at above-mentioned housing,
When above-mentioned cover has been arranged on above-mentioned housing, utilize above-mentioned connecting portion by above-mentioned cover and above-mentioned 2nd electricity
Electrically connect between pole,
Above-mentioned limiting unit be from above-mentioned 1st maintaining part to the handing over to direction that above-mentioned housing is installed of above-mentioned cover
The tab that the direction of fork is prominent,
Above-mentioned tab, at least at the face to the side, direction that above-mentioned housing is installed of above-mentioned cover and above-mentioned housing
Inwall abut.
Fan heater the most according to claim 3, it is characterised in that
When above-mentioned cover has been arranged on above-mentioned housing, contact between above-mentioned connecting portion with above-mentioned 2nd electrode,
Above-mentioned tab limits above-mentioned 2nd electrode, relative movement to the direction left from above-mentioned cover.
5. according to the fan heater according to any one of Claims 1 to 4, it is characterised in that
Above-mentioned 2nd electrode is arranged close to above-mentioned ion discharge port side than above-mentioned 1st electrode, and this
2 electrodes are formed with opening portion,
The circumference of the above-mentioned opening portion in above-mentioned 2nd electrode is formed as to contrary with above-mentioned 1st electrode
It is dome-shaped that side is protruded.
6. according to the fan heater according to any one of Claims 1 to 4, it is characterised in that
Above-mentioned ion generating unit is configured to have at least for cooling down the cooling end of above-mentioned 1st electrode, makes sky
Condensate moisture in gas is in by chilled above-mentioned 1st electrode of above-mentioned cooling end, and makes water by electric discharge
Divide electrostatic atomization,
In the base portion side of above-mentioned 1st electrode of above-mentioned ion generating unit, it is provided with and covers the four of the 1st electrode
Zhou Bingneng keeps the 2nd maintaining part of the moisture of above-mentioned condensation.
Fan heater the most according to claim 5, it is characterised in that
Above-mentioned ion generating unit is configured to have at least for cooling down the cooling end of above-mentioned 1st electrode, makes sky
Condensate moisture in gas is in by chilled above-mentioned 1st electrode of above-mentioned cooling end, and makes water by electric discharge
Divide electrostatic atomization,
In the base portion side of above-mentioned 1st electrode of above-mentioned ion generating unit, it is provided with and covers the four of the 1st electrode
Zhou Bingneng keeps the 2nd maintaining part of the moisture of above-mentioned condensation.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-262324 | 2012-11-30 | ||
| JP2012262324A JP2014108120A (en) | 2012-11-30 | 2012-11-30 | Heating and blowing apparatus |
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| Publication Number | Publication Date |
|---|---|
| CN103844545A CN103844545A (en) | 2014-06-11 |
| CN103844545B true CN103844545B (en) | 2016-09-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310516338.8A Active CN103844545B (en) | 2012-11-30 | 2013-10-28 | Fan heater |
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| Country | Link |
|---|---|
| JP (1) | JP2014108120A (en) |
| CN (1) | CN103844545B (en) |
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| JP6467033B2 (en) * | 2015-02-20 | 2019-02-06 | 富士フイルム株式会社 | Organic pattern embedding composition, pattern forming method, and electronic device manufacturing method |
| JP6877932B2 (en) * | 2015-09-28 | 2021-05-26 | 東京応化工業株式会社 | Resist pattern forming method and shrink agent composition |
| CN105476244A (en) * | 2015-11-24 | 2016-04-13 | 张耀忠 | Humidifying electric hair dryer |
| JP2017158926A (en) * | 2016-03-11 | 2017-09-14 | パナソニックＩｐマネジメント株式会社 | Hair care device |
| JP6598074B2 (en) | 2016-08-01 | 2019-10-30 | パナソニックＩｐマネジメント株式会社 | Discharge device and method of manufacturing the same |
| JP6899542B2 (en) * | 2016-08-01 | 2021-07-07 | パナソニックＩｐマネジメント株式会社 | Discharge device |
| JP6820534B2 (en) * | 2017-03-01 | 2021-01-27 | パナソニックＩｐマネジメント株式会社 | Heating blower |
| CN206810524U (en) | 2017-05-31 | 2017-12-29 | 北京小米移动软件有限公司 | A kind of water particulate generating means |
| CN107198333A (en) * | 2017-06-23 | 2017-09-26 | 深圳爱伡仕新能源科技有限公司 | A kind of negative-ion hair comb |
| CN109171158B (en) * | 2018-11-08 | 2024-01-12 | 浙江诗杭电器有限公司 | Hair drier |
| CN109965484B (en) * | 2019-03-18 | 2024-06-07 | 莱克电气股份有限公司 | Hair drier |
| CN110403326B (en) * | 2019-07-11 | 2023-10-27 | 追觅科技(苏州)有限公司 | Hair drier |
| JP7329699B2 (en) * | 2020-05-15 | 2023-08-18 | 追▲べき▼科技（上海）有限公司 | HAIR DRYER HAVING NEGATIVE IONS, WATER ION GENERATOR AND HAIR DRYER |
| CN114190681B (en) * | 2021-01-21 | 2024-02-23 | 杭州乐秀电子科技有限公司 | Hair care hurricane cylinder |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP3402323B2 (en) * | 2000-12-25 | 2003-05-06 | 松下電工株式会社 | Hair dryer |
| JP4144788B2 (en) * | 2002-11-19 | 2008-09-03 | 九州日立マクセル株式会社 | Hairdressing tools |
| ES2335426T3 (en) * | 2005-01-28 | 2010-03-26 | Panasonic Electric Works Co., Ltd. | HAIR DRYER WITH ELECTROSTATIC ATOMIZING DEVICE. |
| JP4655945B2 (en) * | 2006-01-19 | 2011-03-23 | パナソニック電工株式会社 | Heating blower |
| JP5123729B2 (en) * | 2008-04-30 | 2013-01-23 | パナソニック株式会社 | Hair care equipment |
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| CN103844545A (en) | 2014-06-11 |
| JP2014108120A (en) | 2014-06-12 |
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