CN102240247A - Beauty apparatus - Google Patents
Beauty apparatus Download PDFInfo
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- CN102240247A CN102240247A CN2011101408599A CN201110140859A CN102240247A CN 102240247 A CN102240247 A CN 102240247A CN 2011101408599 A CN2011101408599 A CN 2011101408599A CN 201110140859 A CN201110140859 A CN 201110140859A CN 102240247 A CN102240247 A CN 102240247A
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Abstract
The invention provides a beauty apparatus which allows a user easily view the state of the beauty apparatus and is beneficial for user's sleep. The beauty apparatus (10) has a luminescent display portion (HD) which gives off light when driven by a mist generation portion (51) or a electrostatic atomization portion, and a control portion (53) regulating the brightness of the luminescent display portion (HD).
Description
Technical field
The present invention relates to a kind ofly, emit the cosmetic apparatus of the liquid of atomizing.
Background technology
For example patent documentation 1 has proposed to emit the cosmetic apparatus of the liquid of atomizing.Patent documentation 1 described cosmetic apparatus possesses: the resettlement section of liquid such as holding water; To supplying with the device for atomizing liquid that next liquid atomizes from this resettlement section; With the portion that emits that the liquid of atomizing is emitted to the outside of cosmetic apparatus.Cosmetic apparatus is provided with for the guidance panel of user operation and is used to the luminous displaing part (for example, LED lamp) that allows user see the state of cosmetic apparatus.
Patent documentation 1: TOHKEMY 2003-135553 communique
In addition, user uses above-mentioned cosmetic apparatus sometimes in bed.Yet user will will be arranged on the illumination reduction of the illuminator in the bedroom or extinguish illuminator through regular meeting in bed.When using cosmetic apparatus in the room of such low-light (level), the luminous problem that hinders the user comfortable sleeping because of the luminous displaing part of cosmetic apparatus can appear.
In addition, use under the situation of the lower luminous displaing part of brightness not hindering the user comfortable sleeping, under the state of the illumination that has improved the room, user can be difficult to judge that whether luminous displaing part is luminous.That is to say, user can occur and be difficult to problem that the state of cosmetic apparatus is discerned.
Summary of the invention
The present invention proposes at above-mentioned situation just, and it is a kind of that its purpose is to provide, and can easily see the state of cosmetic apparatus, and can help to bring the cosmetic apparatus of comfortable sleep to user.
In order to achieve the above object, a form of the present invention is a cosmetic apparatus, and it will be emitted by the liquid of device for atomizing liquid atomizing, it is characterized in that possessing: luminous displaing part, and it is luminous when described device for atomizing liquid drives; And control part, it adjusts the brightness of described luminous displaing part.
Preferably, begin to drive from described device for atomizing liquid the time when elapsed time of lighting being greater than or equal to predefined reduction and beginning reference value, described control part begins to reduce the brightness of described luminous displaing part.
Preferably, begin to drive from described device for atomizing liquid the time when elapsed time of lighting being greater than or equal to described reduction and beginning reference value, described control part little by little reduces the brightness of described luminous displaing part.
Preferably, when the elapsed time of lighting when described device for atomizing liquid begins to drive was greater than or equal to described reduction and begins reference value, described control part reduced the brightness of described luminous displaing part interimly.
Preferably, described cosmetic apparatus further possesses luminance detection portion, it detects the illumination of incident light, when described device for atomizing liquid drives, by the detected illumination of described luminance detection portion when the state that is greater than or equal to predefined illumination reference value is brought down below described illumination reference value, described control part begins to reduce the brightness of described luminous displaing part.
Preferably, when described device for atomizing liquid drives, rising to when being greater than or equal to described illumination reference value from the state that is lower than described illumination reference value by the detected illumination of described luminance detection portion, described control part begins to promote the brightness of described luminous displaing part.
Preferably, described cosmetic apparatus further possesses state-detection portion, it detects the state that is installed in the illuminator in the room that is provided with described cosmetic apparatus, when described device for atomizing liquid drives, extinguished under the situation of at least one side among both at the illumination step-down and the described illuminator that detect described illuminator by described state-detection portion, described control part begins to reduce the brightness of described luminous displaing part.
Preferably, when described device for atomizing liquid drives, uprise and described illuminator is lighted under the situation of at least one side among both in the illumination that detects described illuminator by described state-detection portion, described control part begins to promote the brightness of described luminous displaing part.
Preferably, when described device for atomizing liquid drove, when the brightness of described luminous displaing part became the preset brightness lower limit, described control part stopped to reduce the brightness of described luminous displaing part.
Preferably, when the brightness of described luminous displaing part became described brightness lower limit, described control part made the brightness of described luminous displaing part maintain the brightness lower limit.Preferably, described brightness lower limit is than 0 big value.
Preferably, described control part carries out PWM (pulse width modulation) control to described luminous displaing part.
Based on the present invention, can easily see the state of cosmetic apparatus, and can help to bring comfortable sleep to user.
Description of drawings
Fig. 1 (a) is the axonometric chart of the cosmetology device of the 1st embodiment.
Fig. 1 (b) is the axonometric chart of the cosmetology device of the 1st embodiment.
Fig. 2 is the block diagram of the cosmetology device of the 1st embodiment.
Fig. 3 is the flow chart of the driving handling procedure of the 1st embodiment.
Fig. 4 is the axonometric chart that shows the cosmetology device of the 2nd embodiment.
Fig. 5 is the flow chart of the driving handling procedure of the 2nd embodiment.
Fig. 6 is the axonometric chart of the cosmetology device of the 3rd embodiment.
Fig. 7 is the block diagram of the cosmetology device of the 3rd embodiment.
Fig. 8 is the sketch map that is provided with the room of cosmetology device.
Fig. 9 is the flow chart of the driving handling procedure of the 3rd embodiment.
Figure 10 is the axonometric chart of the cosmetology device of the 4th embodiment.
Figure 11 is the flow chart of the driving handling procedure of the 4th embodiment.
Figure 12 is the sketch map that is provided with the room of cosmetology device.
Figure 13 is the block diagram of the cosmetology device of the 5th embodiment.
Figure 14 is the flow chart of the driving handling procedure of the 5th embodiment.
Figure 15 is the block diagram of the cosmetology device of the 6th embodiment.
Figure 16 is the flow chart of the driving handling procedure of the 6th embodiment.
The specific embodiment
(the 1st embodiment)
Below, with reference to Fig. 1～Fig. 3, the 1st embodiment that the present invention is specialized is described.In addition, in the following description, [preceding (front)] [back] [on] [descending] [left side] [right side] user of being meant cosmetic apparatus with when using cosmetology device towards [preceding (front)] [back] during as benchmark of the state of cosmetic apparatus [on] [descending] [left side] [right side].
Shown in Fig. 1 (a) and Fig. 1 (b), show cosmetology device 10 as an example of cosmetic apparatus.Cosmetology device 10 possesses main body case 11 and is housed in cosmetology device main body 12 in this main body case 11.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.In addition, be assembled with base member 16 on upper shell 13, this base member 16 is integrated with peristome 13b and is formed recess 15.
The atomizing nozzle 20 that possesses nozzle cover 22 is installed on base member 16, and this nozzle cover 22 forms and will emit the form that covers of the mist discharge port 21 of (injection) warm mist on every side.Described atomizing nozzle 20 can be so that upwardly extending not give illustrated axis be that the center fluctuates at right and left.Then, adjust warm mist and emit direction by shaking atomizing nozzle 20 from what mist discharge port 21 was emitted.In addition, the warm mist of emitting from mist discharge port 21 is generated by the mist generating unit 51 (with reference to Fig. 2) that is configured in as device for atomizing liquid in the main body case 11.
In addition, the nozzle guard portion 26 that is used to protect atomizing nozzle 20 can with about the illustrated axis that do not give that extends be to be supported in base member 16 under the state that fluctuates of center.Described nozzle guard portion 26 has becomes roughly semicircle flat main part 26a.Two ends on the left and right directions of the rear end of described main part 26a are provided with base end part 26b, this base end part 26b with rotatable state be supported in be arranged on the base member 16, do not give on the illustrated rotating shaft.Nozzle guard portion 26 can close position (Fig. 1 (a)) what atomizing nozzle 20 was covered, and shakes between the open position (Fig. 1 (b)) that atomizing nozzle 20 is open.
In addition; loading and unloading are housed in the rear side that case 33 is positioned at nozzle guard portion 26 that stores in the cosmetology device main body 12 freely, and this stores to store in the case 33 has the liquid of scheduled volume (as an example, being about 100ml) (as an example; be water), this liquid is used to generate the warm mist that atomizing nozzle 20 is emitted.
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 mode switch button 36, when a plurality of operation modes that possessed from cosmetology device 10, selecting 1 operation mode this mode switch button 36 operated at the upper surface 13a of upper shell 13 and in the right front of atomizing nozzle 20.In the present embodiment, as operation mode, be provided with warm mist pattern of emitting warm mist and the charged corpuscle pattern of emitting charged corpuscle mist described later in advance.
In addition, the upper surface 13a at upper shell 13 is provided with running control knob 37 with the form with mode switch button 36 arrangements.Under by the operation mode that the operation of mode switch button 36 is selected, operate running control knob 37, make the running of cosmetology device 10 begin and turn round to stop thus.
In addition, be provided with luminous displaing part HD (as an example, being the LED lamp) at the upper surface 13a of upper shell 13, this luminous displaing part HD is luminous according to the driving condition of cosmetology device 10.Preferably, luminous displaing part HD is configured in and can allows on the position that the user of cosmetology device 10 sees, for example between power knob 35 and the mode switch button 36.
Position at the substantial middle height in the front of main body case 11 is provided with the charged corpuscle mist discharge port 38 that is used to emit charged corpuscle mist (charged corpuscle liquid).Compare with above-mentioned temperature mist, described charged corpuscle mist is for trace and have electric charge.The charged corpuscle mist is generated by the electrostatic atomization portion 52 that is configured in as device for atomizing liquid in the main body case 11.
Then, the electric formation to the cosmetology device 10 of present embodiment is illustrated.
As shown in Figure 2, cosmetology device 10 possesses the controller 50 that is configured in the main body case 11.Power knob 35, mode switch button 36 and running control knob 37 are electrically connected not to give on the input side interface of illustrated described controller 50.In addition, luminous displaing part HD, mist generating unit 51 and electrostatic atomization portion 52 are electrically connected and are not being given on the outlet side interface of illustrated controller 50.Then, controller 50 is controlled luminous displaing part HD, mist generating unit 51 and electrostatic atomization portion 52 according to the operation to various buttons 35～37.In addition, in the present embodiment, luminous displaing part HD is carried out PWM (Pulse WidthModulation) control.
Then, with reference to flow chart shown in Figure 3, the control part 53 practiced driving handling procedures of present embodiment are described.In addition, the time point that becomes the state that can drive cosmetology device 10 at operating power button 35 is carried out described driving handling procedure.
At this moment, in driving handling procedure, control part 53 is so that the form of luminous displaing part HD flicker is carried out PWM control (step S10).Specifically, the dutycycle (duty ratio) of the control signal (pulse signal) of control part 53 subtend luminous displaing part HD output is suitably adjusted so that the brightness of luminous displaing part HD become predetermined brightness value during and make this brightness become [0 (zero)] during alternately appearance repeatedly.In addition, so-called dutycycle is meant: the ratio of the pulse width in the one-period.
Then, control part 53 judges whether user has operated running control knob 37 (step S11).That is to say in step S11, judge whether be operated at the running control knob of operating in order to make mist generating unit 51 or electrostatic atomization portion 52 begin to drive 37.When the judged result of step S11 is negative judgment, owing to running control knob 37 also is not operated, so this processing is carried out the transition to above-mentioned step S 10.In addition, when the judged result of step S11 is affirmative judgement, because running control knob 37 has been operated, so control part 53 remains on preset brightness higher limit KPrmax (step S12) with the brightness Pr of luminous displaing part HD.As an example, the brightness that described brightness higher limit KPrmax is presented is the brightness when the dutycycle of the control signal that inputs to luminous displaing part HD is set to [100% (being 100% when opening, is 0% when closing)].
Then, control part 53 judges whether operation mode is charged corpuscle pattern (step S 13).When described judged result is affirmative judgement, because operation mode is set to the charged corpuscle pattern, so control part 53 begins to drive electrostatic atomization portion 52 (step S 14) for the charged corpuscle mist is emitted.Then, control part 53 carries out the transition to step S16 described later with this processing.In addition, when the judged result of step S13 is negative judgment, because operation mode is set to warm mist pattern, so control part 53 begins to drive mist generating unit 51 (step S15) for warm mist is emitted.Then, control part 53 carries out the transition to next procedure S16 with this processing.
In step S16, control part 53 will reset to [0 (zero)] by the time that timing portion 54 measures, and begin to measure mist generation elapsed time T1 by timing portion 54.Then, control part 53 judges whether running control knob 37 is operated (step S17).That is to say, in step S 17, judge whether the running control knob 37 of operation is operated in order to stop to drive mist generating unit 51 and electrostatic atomization portion 52.When the judged result of step S 17 is affirmative judgement, owing to running control knob 37 has been operated, so control part 53 carries out the transition to step S24 described later with this processing.In addition, when the judged result of step S17 is negative judgment, because running control knob 37 is not operated, so control part 53 judges whether the mist generation elapsed time T 1 that is measured by timing portion 54 is greater than or equal to predefined reduction and begins reference value KT1 (step S 18).It is the reference value that is used to judge whether to begin reduce the brightness Pr of luminous displaing part HD that described reduction begins reference value KT1, is set to [1 minute] as this reference value of example.
In the judged result of step S18 is that (during T1＜KT1), control part 53 carries out the transition to above-mentioned step S17 with this processing to negative judgment.In addition, be that (during T1 〉=KT1), control part 53 reduces the brightness (step S19) of luminous displaing part HD to affirmative judgement in the judged result of step S18.For example, control part 53 makes the dutycycle reduction [1%] to the control signal of luminous displaing part HD output.That is to say that in the present embodiment, be greater than or equal to when reducing beginning reference value KT1 in the elapsed time (mist generates elapsed time T1) when mist generating unit 51 or electrostatic atomization portion 52 begin to drive, the brightness Pr of luminous displaing part HD begins to reduce.
Then, control part 53 carries out the judgment processing (step S20) identical with step S 17.When described judged result was affirmative judgement, control part 53 carried out the transition to step S24 described later with this processing.In addition, when the judged result of step S20 is negative judgment, control part 53 judges whether the brightness Pr of luminous displaing part HD is less than or equal to brightness lower limit KPrmin (step S21), and this brightness lower limit KPrmin is redefined for specific luminance higher limit KPrmax and wants little value.Even described brightness lower limit KPrmin is set under the state that the illuminator in the room extinguished user and also can discerns luminous displaing part HD in the value of luminous minimum brightness or the value more bigger than this value, this brightness lower limit KPrmin can be usually than 0 big value.As an example, the brightness that brightness lower limit KPrmin is presented is the brightness when the dutycycle of the control signal that inputs to luminous displaing part HD is set to [20% (being 20% when opening, is 80% when closing)].
The judged result of step S21 be negative judgment (during Pr＞KPrmin) since to the dutycycle of the control signal of luminous displaing part HD output greater than 20%, so control part 53 carries out the transition to above-mentioned step S19 with this processing.That is to say, in the present embodiment, the brightness Pr of luminous displaing part HD along with the time through little by little descending.In addition, be that affirmative judgement is (during Pr≤KPrmin), owing to become 20% to the dutycycle of the control signal of luminous displaing part HD output, so control part 53 carries out the judgment processing (step S22) identical with above-mentioned steps S17, S20 in the judged result of step S21.When described judged result was affirmative judgement, control part 53 carried out the transition to step S24 described later with this processing.
In addition, when the judged result of step S22 is negative judgment, control part 53 judges that the mist of being measured by timing portion 54 generates elapsed time T1 and whether is greater than or equal to drive and stops reference value KT2 (step S23), and this driving stops ratio that reference value KT2 sets, and to reduce time of beginning reference value KT1 long.Described driving stops reference value KT2 and is used to judge the reference value that stops to drive mist generating unit 51 or electrostatic atomization portion 52.As an example, driving stops reference value KT2 and is set to, user under the situation that will drive mist generating unit 51 or electrostatic atomization portion 52 in bed, the time (for example, 8 hours) that this user stops just in WA mist generating unit 51 or electrostatic atomization portion 52.
In the judged result of step S23 is that (during T1＜KT2), control part 53 carries out the transition to above-mentioned step S22 with this processing to negative judgment.In addition, be that (during T1 〉=KT2), control part 53 carries out the transition to next procedure S24 with this processing to affirmative judgement in the judged result of step S23.
In step S24, be set at operation mode under the situation of charged corpuscle pattern, control part 53 stops to drive electrostatic atomization portion 52.In addition, be set at operation mode under the situation of warm mist pattern, control part 53 stops to drive mist generating unit 51.Then, control part 53 carries out the transition to above-mentioned step S10 with this processing.
Then, the effect to this cosmetology device 10 of user in the time will having driven cosmetology device 10 in bed describes.In addition, prerequisite is that operation mode is set to the charged corpuscle pattern, and user is slept under the state that the illuminator with the room extinguishes.
At this moment, user is operated running control knob 37 after the power knob 35 that will operate cosmetology device 10 in bed, thereby drives electrostatic atomization portion 52.So, emit the charged corpuscle mist that generates by electrostatic atomization portion 52 from the charged corpuscle mist discharge port 38 of cosmetology device 10.
In addition, through after being equivalent to reduce the time (for example 1 minute) of beginning reference value KT1, the brightness Pr of luminous displaing part HD is along with the time little by little descends through beginning when electrostatic atomization portion 52 begins to drive.Then, in the time of till the brightness Pr of luminous displaing part HD drops to brightness lower limit KPrmin, the brightness Pr of luminous displaing part HD can maintain this state (that is brightness lower limit KPrmin).So, in the room that illuminator is extinguished, can suppress to hinder the sleep of user from the light that luminous displaing part HD penetrates.
In addition, user is temporarily waken up at night sometimes.If the brightness Pr of luminous displaing part HD is made as [0 (zero)], whether the user of waking up just is difficult to visually discern cosmetology device 10 and is driving.In this, in the present embodiment, because the brightness Pr of luminous displaing part HD maintains brightness lower limit KPrmin, so the user of waking up night can easily see that cosmetology device 10 (electrostatic atomization portion 52 in this case) is driving by seeing luminous displaing part HD.
Then, back operation running control knob 37 will stop to drive electrostatic atomization portion 52 if user is got up morning.In addition, when electrostatic atomization portion 52 begins to drive through after being equivalent to drive the time (for example 8 hours) that stops reference value KT2, have or not operation running control knob 37 all can stop to drive electrostatic atomization portion 52.Like this, if stop to drive electrostatic atomization portion 52, luminous displaing part HD will glimmer.That is to say that cosmetology device 10 becomes holding state.
In addition, be under the situation of warm mist pattern at operation mode, replace driving the electrostatic atomization portion 52 except driving mist generating unit 51, the processing and the charged corpuscle pattern of being carried out are roughly the same.Therefore, omission explanation operation mode is the effect under the warm mist pattern.
Therefore, in the present embodiment, can obtain following effect.
(1) luminous displaing part HD is configured on the position that user can see, the brightness Pr of this luminous displaing part HD can suitably adjust according to the control signal that comes from control part 53.That is to say, can according to circumstances adjust the brightness Pr of luminous displaing part HD.
(2) user can be slept under the state that has driven electrostatic atomization portion 52 (perhaps the mist generating unit 51) sometimes.At this moment, if the brightness Pr of luminous displaing part HD is higher, just might hinder sleep to the luminous user of taking notice of of luminous displaing part HD.At this, in the present embodiment, begin to drive from electrostatic atomization portion 52 (perhaps the mist generating unit 51) the time elapsed time, mist of lighting generate elapsed time T1 and be greater than or equal to when reducing beginning reference value KT1, reduce the brightness Pr of luminous displaing part HD.So, under the situation of the state user sleep that has driven electrostatic atomization portion 52 (perhaps the mist generating unit 51), can reduce the probability that luminous luminous displaing part HD hinders the user sleep.
(3) at this, the brightness Pr of luminous displaing part HD is reduced, brightness Pr is sharply descended.In this case, might make user think that fault has taken place luminous displaing part HD or cosmetology device 10 self fault has taken place by mistake.In this, in the present embodiment, the brightness Pr of luminous displaing part HD little by little descends.So, can reduce user and think that the probability that fault has taken place self for fault or cosmetology device 10 has taken place luminous displaing part HD by mistake.
(4) in addition, if till making the brightness Pr of luminous displaing part HD be reduced near [0 (zero)] or this value, for example the user of temporarily waking up at night just is difficult to visually discern the state of cosmetology device 10.In addition, also can occur making user to think that the problem of fault has taken place cosmetology device 10 by mistake.In this, in the present embodiment, the brightness settings that brightness lower limit KPrmin is presented is for can see luminous displaing part HD in luminous degree, and the brightness Pr of restriction luminous displaing part HD is lower than brightness lower limit KPrmin.So for example the user of temporarily waking up at night also can easily be seen the state of cosmetology device 10.In addition, can suppress to make user to think that fault has taken place cosmetology device 10 by mistake.
(5) further, in the present embodiment, till the brightness Pr of luminous displaing part HD reduces to brightness lower limit KPrmin after, brightness Pr remains on brightness lower limit KPrmin.So, can suppress, hinder the sleep of user with the corresponding amount of the brightness Pr change of restriction luminous displaing part HD (that is, LED lamp etc. flash).
(6) method of the brightness Pr of luminous displaing part HD is adjusted in conduct, except the method for PWM control, it is also conceivable that on the passage of luminous displaing part HD transmission of electricity, variable resistance is being set, and use the flow through method of size of current of luminous displaing part HD of this variable resistance adjustment.Yet, in this case, need be used to control variable resistance is set on the drive circuit of luminous displaing part HD, to constituting of dispelling the heat of the heat that produces by variable resistance and be used to control and variable-resistancely constitute etc.In this, in the present embodiment, carry out PWM control by 53 couples of luminous displaing part HD of control part.So, the size of the controller 50 that comprises drive circuit is dwindled and must not be arranged on corresponding amount on the drive circuit, and then can suppress to make the cosmetology device 10 that possesses controller 50 to maximize being used to adjust the flow through variable resistance etc. of electric current of luminous displaing part HD.
(7) in addition, follow the driving of electrostatic atomization portion 52 (perhaps the mist generating unit 51) to begin to make the brightness Pr of luminous displaing part HD to reduce.So, compare with the situation that the brightness Pr that does not make luminous displaing part HD reduces, can help to reduce the power consumption of cosmetology device 10.
(the 2nd embodiment)
Then, with reference to Fig. 4 and Fig. 5, the 2nd embodiment of the present invention is described.In addition, in the 2nd embodiment, the part of the formation of cosmetology device and the part of control treatment are different with the 1st embodiment.Therefore, in the following description, mainly the part different with the 1st embodiment is illustrated, also the repetitive description thereof will be omitted and the parts formation identical or suitable with it with the 1st embodiment enclosed identical symbol.
As shown in Figure 4, different with the 1st embodiment is though have the function of emitting the charged corpuscle mist as the cosmetology device 10A of cosmetic apparatus, not have the function of emitting warm mist.In addition, cosmetology device 10A possesses power knob 35, but does not possess mode switch button 36 and running control knob 37.In addition, cosmetology device 10A possesses electrostatic atomization portion 52, but does not possess mist generating unit 51.In this cosmetology device 10A, power knob 35 1 is operated, is opening operation, will drive electrostatic atomization portion 52 and the charged corpuscle mist is emitted from charged corpuscle mist discharge port 38.
Then, with reference to flow chart shown in Figure 5, the control part 53 practiced driving handling procedures of present embodiment are described.
At this moment, when user had been operated power knob 35 in order to drive cosmetology device 10A, control part 53 was carried out and is driven handling procedure.Then, in driving handling procedure, control part 53 is lighted luminous displaing part HD (step S30).At this moment, control part 53 control signal that dutycycle is set to [100%] is exported to luminous displaing part HD.Then, control part 53 carries out the processing of step S31, S32, S33 successively, and these processing are identical with the processing of above-mentioned steps S14, S16, S18.Then, (during T1 〉=KT1), in order little by little to reduce the brightness Pr of luminous displaing part HD, control part 53 carries out the processing of step S34, S35 successively, and these processing are identical with the processing of above-mentioned steps S19, S21 to become affirmative judgement in the judged result of step S33.
Then, (during Pr≤KPrmin), control part 53 carries out the judgment processing of step S36, and this processing is identical with the judgment processing of above-mentioned steps S23 to become affirmative judgement in the judged result of step S35.Then, (during T1 〉=KT2), control part 53 stops to drive electrostatic atomization portion 52 (step S37) to become affirmative judgement in described judged result.Then, control part 53 carries out the processing of step S38 repeatedly, and this processing is identical with the processing of above-mentioned steps S10.
That is to say, in the present embodiment, when power knob 35 is operated, begin to drive electrostatic atomization portion 52.Then, when electrostatic atomization portion 52 begins to drive through after being equivalent to drive the time (for example 8 hours) that stops reference value KT2, stop to drive electrostatic atomization portion 52.In addition, luminous displaing part HD is in flicker.
Therefore, in the present embodiment, can obtain effect (1)～(7) identical effect with above-mentioned the 1st embodiment.
(the 3rd embodiment)
Then, with reference to Fig. 6～Fig. 9, the 3rd embodiment of the present invention is described.In addition, in the 3rd embodiment, the illumination to the light that illuminates cosmetology device detect aspect and the part of control treatment different with the 1st embodiment.Therefore, in the following description, mainly the part different with the 1st embodiment is illustrated, also the repetitive description thereof will be omitted and the parts formation identical or suitable with it with the 1st embodiment enclosed identical symbol.
As shown in Figure 6, possess luminance detection portion 60 as the cosmetology device 10B of cosmetic apparatus, this luminance detection portion 60 has the light accepting part that incident light is received.As shown in Figure 7, luminance detection portion 60 is electrically connected and is not being given on the input side interface of illustrated controller 50.Then, export to controller 50 from luminance detection portion 60 with the light income relevant detection signal (signal of telecommunication) of light accepting part.That is to say that the cosmetology device 10B of present embodiment constitutes with the form that can detect the illumination of the light that illuminates this cosmetology device 10B.Position to illumination test section 60 is not particularly limited, and as the example of Fig. 6, luminance detection portion 60 can be arranged on the upper surface of cosmetology device 10B, the rear end side of for example nozzle guard portion 26.
Then, an example to the room of the cosmetology device 10B that is provided with present embodiment describes.
As shown in Figure 8, in the room, be provided with and be used for carrying out the window 61 of daylighting (for example, sunlight) from the outside and be used for illuminator 62 throwing light in the room.In addition, what employed bedding 64 and having was provided with face 65a when being provided with user 63 sleep in the room is provided with platform 65, and this is provided with face 65a and is provided with cosmetology device 10B.
Then, with reference to flow chart shown in Figure 9, the control part 53 practiced driving handling procedures of present embodiment are described.
At this moment, in driving handling procedure, control part 53 carries out the processing of step S10, S11, S12, S13, S14, S15, S16, S17 successively.Then, when the judged result of step S17 was negative judgment, control part 53 (also can be called [light quantity] based on the detection signal that comes from luminance detection portion 60 in addition to the illumination Pa of the light that illuminates cosmetology device 10B.) detect (step S171).Then, control part 53 judges whether be lower than predefined illumination reference value KPa (step S172) by the detected illumination Pa of step S171.Described illumination reference value KPa is used to judge the whether reference value of deepening of room.As an example, illumination reference value KPa is set at, and also can not judge the value that the room is dark when having light to incide from window 61 under the state in the room basically and only lighting the night-luminescent lamp of illuminator 62.
In the judged result of step S172 is that (during Pa 〉=KPa), control part 53 judges that rooms are bright to negative judgment, and judges that the mist of being measured by timing portion 54 generates elapsed time T1 and whether is greater than or equal to above-mentioned driving and stops reference value KT2 (step S173).In described judged result is that (during T1＜KT2), control part 53 carries out the transition to above-mentioned step S17 with this processing to negative judgment.In addition, be that (during T1 〉=KT2), control part 53 carries out the transition to step S24 described later with this processing to affirmative judgement in the judged result of step S173.
On the other hand, be that (during Pa＜KPa), control part 53 carries out the processing of step S19, S20, S21 to affirmative judgement successively in the judged result of step S172.Then, be that (during Pr≤KPrmin), the same with the processing of above-mentioned steps S171, the illumination Pa that 53 pairs of control parts illuminate the light of cosmetology device 10B detects (step S211) to affirmative judgement in the judged result of step S21.Then, control part 53 judges whether detected illumination Pa is greater than or equal to illumination reference value KPa (step S212) in step S211.In described judged result is that (during Pa＜KPa), control part 53 carries out the processing of step S22, S23, S24 to negative judgment successively, then, carries out the transition to above-mentioned step S10.
In addition, the judged result of step S212 be affirmative judgement (during Pa 〉=KPa), control part 53 can judge lighted after user are got up illuminator 62 or early morning twilight incide in the room by window 61.Then, control part 53 makes the brightness Pr of luminous displaing part HD promote (step S40).For example, control part 53 will improve [1%] to the dutycycle of the control signal of luminous displaing part HD output.Then, control part 53 carries out and above-mentioned steps S17, S20, judgment processing (step S41) that S22 is identical.When described judged result was affirmative judgement, control part 53 carried out the transition to above-mentioned step S24 with this processing.In addition, when the judged result of step S41 was negative judgment, control part 53 judged whether the brightness Pr of luminous displaing part HD is greater than or equal to brightness higher limit KPrmax (step S42).
In described judged result is that (during Pa＜KPrmax), control part 53 carries out the transition to above-mentioned step S40 with this processing to negative judgment.That is to say, follow the time through little by little promoting the brightness Pr of luminous displaing part HD.In addition, be that (during Pr 〉=KPrmax), control part 53 makes the brightness Pr of luminous displaing part HD maintain brightness higher limit KPrmax to affirmative judgement, and this processing is carried out the transition to above-mentioned step S17 in the judged result of step S42.
Then, to the effect of this cosmetology device 10B of user in the time will having driven cosmetology device 10B in bed, be that the center is illustrated with the part different with the effect of above-mentioned each embodiment.In addition, prerequisite is that operation mode is set to the charged corpuscle pattern.
At this moment, power knob 35 and the running control knob 37 of the user 63 1 operation cosmetology device 10B that sleep will drive electrostatic atomization portion 52.So, emit the charged corpuscle mist that generates by electrostatic atomization portion 52 from the charged corpuscle mist discharge port 38 of cosmetology device 10B.At this moment, lighted at user 63 under the state of illuminator 62, the brightness Pr of luminous displaing part HD is maintained at brightness higher limit KPrmax.
Then, if user 63 extinguishes illuminator 62 or only lights night-luminescent lamp, the illumination Pa by luminance detection portion 60 detected light will become and be lower than illumination reference value KPa.So, follow the brightness Pr of time little by little to descend through luminous displaing part HD.Then, in the time of till the brightness Pr of luminous displaing part HD drops to brightness lower limit KPrmin, the brightness Pr of luminous displaing part HD is maintained at this state (that is brightness lower limit KPrmin).So in darker room, the light that can suppress to come from luminous displaing part HD hinders the sleep of user 63.
In addition, when user 63 was temporarily waken up at night, light the fluorescent lamp of illuminator 62 sometimes in order to illuminate whole room.So the brightness Pr of luminous displaing part HD is to be raised to the form of brightness higher limit KPrmax from brightness lower limit KPrmin.Its result, the situation that maintains brightness lower limit KPrmin with brightness Pr is compared, and can allow the user 63 of temporarily waking up at night see more clearly whether cosmetology device 10B (in this case, being electrostatic atomization portion 52) is driving.
Then, when user 63 to extinguish illuminator 62 or only lights night-luminescent lamp in order to fall asleep once more, the brightness Pr of luminous displaing part HD little by little descended through meeting along with the time, and this brightness Pr is maintained at brightness lower limit KPrmin.
Then, because early morning twilight shines into from window 61 and makes the room become bright in the room, so can be greater than or equal to illumination reference value KPa by the illumination Pa of luminance detection portion 60 detected light.Its result, the brightness Pr of luminous displaing part HD is to be raised to the form of brightness higher limit KPrmax from brightness lower limit KPrmin.
Therefore, in the present embodiment, except can obtaining the effect identical, can also further obtain following effect with effect (1), (3)～(7) in above-mentioned each embodiment.
(8) to probably can extinguish the illuminator 62 in room or only light night-luminescent lamp in bed at user 63.At this, in the present embodiment,, will judge that user 63 slept, and begin to reduce the brightness Pr of luminous displaing part HD when the state that is greater than or equal to illumination reference value KPa is brought down below illumination reference value KPa at the illumination Pa that detects by luminance detection portion 60.So, under the situation of state user 63 sleeps that driven electrostatic atomization portion 52 (perhaps the mist generating unit 51), can reduce the probability that luminous luminous displaing part HD hinders user 63 sleeps.
(9) so-calledly rise to the situation that is greater than or equal to illumination reference value KPa at the illumination Pa that detects by luminance detection portion 60 from the state that is lower than illumination reference value KPa and probably be meant, user 63 wake up or morning user 63 got up.At this, in the present embodiment, rise to when being greater than or equal to illumination reference value KPa from the state that is lower than illumination reference value KPa at the illumination Pa that detects by luminance detection portion 60, promote the brightness Pr of luminous displaing part HD.So and compare with the situation that the illumination Pa that detects brightness Pr irrelevant, luminous displaing part HD is maintained at brightness lower limit KPrmin, can make the user 63 of waking up easily see the state of cosmetology device 10B.
(the 4th embodiment)
Then, with reference to Figure 10 and Figure 11, the 4th embodiment of the present invention is described.In addition, in the 4th embodiment, the part of the formation of cosmetology device and the part of control treatment and the 1st～the 3rd embodiment is different.Therefore, in the following description, mainly the part different with the 1st～the 3rd embodiment is illustrated, identical with the 1st～the 3rd embodiment or suitable with these embodiments parts formation is enclosed identical symbol, and also the repetitive description thereof will be omitted.
As shown in figure 10, the same with the cosmetology device 10B of above-mentioned the 3rd embodiment, possess luminance detection portion 60 as the cosmetology device 10C of cosmetic apparatus.On the other hand, cosmetology device 10C does not possess mode switch button 36, running control knob 37 and mist generating unit 51.In this cosmetology device 10C, power knob 35 1 is operated, is opening operation, will drive electrostatic atomization portion 52 and the charged corpuscle mist is emitted from charged corpuscle mist discharge port 38.
Then, with reference to flow chart shown in Figure 11, the control part 53 practiced driving handling procedures of present embodiment are described.
At this moment, in driving handling procedure, control part 53 carries out the processing of step S30, S31, S32 successively.Then, control part 53 carries out the processing of step S321, S322, S323 successively, and these processing are equivalent to the processing of above-mentioned steps S171, S172, S173.Then, be that (during T1 〉=KT1), control part 53 carries out the transition to step S37 described later with this processing to affirmative judgement in the judged result of step S323.In addition, be that (during Pa＜KPa), control part 53 carries out the processing of step S34, S35 to affirmative judgement successively in the judged result of step S322.
Then, be that (during Pr≤KPrmin), S321 is the same with step, and the illumination Pa that 53 pairs of control parts illuminate the light of cosmetology device 10C detects (step S351) for affirmative judgement in the judged result of step S35.Then, control part 53 judges whether detected illumination Pa is greater than or equal to illumination reference value KPa (step S352) in step S351.In described judged result is that (during Pa＜KPa), control part 53 carries out the processing of step S36, S37, S38 to negative judgment successively.
In addition, be that (during Pa 〉=KPa), control part 53 carries out the processing of step S50, S51 to affirmative judgement successively, and these processing are equivalent to the processing of above-mentioned steps S40, S42 in the judged result of step S352.Then, be that (during Pr 〉=KPrmax), control part 53 carries out the transition to above-mentioned step S321 with this processing to affirmative judgement in the judged result of step S51.
Therefore, in the present embodiment, can obtain with above-mentioned each embodiment in effect (1), the identical effect in (3)～(9).
(the 5th embodiment)
Then, with reference to Figure 12～Figure 14, the 5th embodiment of the present invention is described.In addition, in the 5th embodiment, aspect can detecting to the state of the illuminator in the room that is provided with cosmetology device and a part and the 1st～the 4th embodiment of control treatment different.Therefore, in the following description, mainly the part different with the 1st～the 4th embodiment is illustrated, also the repetitive description thereof will be omitted and identical with the 1st～the 4th embodiment or suitable with these embodiments parts formation is enclosed identical symbol.
As shown in figure 12, in the room that is provided with as the cosmetology device 10D of the cosmetic apparatus of present embodiment illuminator 62 is installed, this illuminator is based on (being also referred to as [remote-operated controller] from remote control unit.) 75 signalizing activitys that send.That is to say, light fully under the situation of signal having sent, light the fluorescent lamp of illuminator 62 from remote control unit 75.In addition, sending under the situation of local black out signal, lighting the night-luminescent lamp of illuminator 62 from remote control unit 75.In addition, sending from remote control unit 75 under the situation of complete black out signal, illuminator 62 extinguishes fully.
In addition, as shown in figure 13, in the cosmetology device 10D of present embodiment, be provided with the state-detection portion 70 that the signal that sends out from remote control unit 75 is received.That is to say that cosmetology device 10D can detect the state of the illuminator 62 that illuminates the room based on the reception result of state-detection portion 70.
Then, with reference to flow chart shown in Figure 14, the control part 53 practiced driving handling procedures of present embodiment are described.
At this moment, in driving handling procedure, control part 53 carries out the processing of step S10, S11, S12, S13, S14, S15, S16, S17 successively.Then, when the judged result of step S17 was negative judgment, control part 53 judged based on the reception result of state-detection portion 70 whether illuminator 62 is in closed condition (step S175).In the present embodiment, so-called [closed condition of illuminator 62] is meant state that all electric lights of illuminator 62 are extinguished and the state of only lighting night-luminescent lamp.
When the judged result of step S 175 is negative judgment, because illuminator 62 is in open mode, so control part 53 judges that the fluorescent lamp of illuminator 62 is an illuminating state.Then, control part 53 judges whether the mist generation elapsed time T1 that is measured by timing portion 54 is greater than or equal to above-mentioned driving and stops reference value KT2 (step S176).In described judged result is that (during T1＜KT2), control part 53 carries out the transition to above-mentioned step S17 with this processing to negative judgment.In addition, be that (during T1 〉=KT2), control part 53 carries out the transition to step S24 described later with this processing to affirmative judgement in the judged result of step S176.
On the other hand, when the judged result of step S175 is affirmative judgement, because illuminator 62 is a closed condition, so control part 53 carries out the processing of step S19, S20, S21, S22 successively.Then, when the judged result of step S22 was negative judgment, control part 53 judged whether illuminator 62 is open mode, be whether the fluorescent lamp of illuminator 62 is illuminating state (step S221).When described judged result is negative judgment,,, then, this processing is carried out the transition to above-mentioned step S10 so control part 53 carries out the processing of step S23, S24 successively because illuminator 62 is a closed condition.
In addition, when the judged result of step S221 was affirmative judgement, the fluorescent lamp of control part 53 judgement illuminators 62 was lighted and is made the room become bright, and carries out the processing of step S40, S41, S42.Then, be that (during Pr 〉=KPrmax), control part 53 carries out the transition to above-mentioned step S17 with this processing to affirmative judgement in the judged result of step S42.
Therefore, in the present embodiment, except can obtaining the effect identical, can also further obtain following effect with effect (1), (3)～(7) in above-mentioned each embodiment.
(10) to probably can extinguish the illuminator 62 in room or only light night-luminescent lamp in bed at user 63.At this, in the present embodiment, receive the signal that sends out from remote control unit 75, and detect the state of illuminator 62 according to this reception result by state-detection portion 70.That is to say, extinguished or only lighted under the situation of night-luminescent lamp, will judge that user 63 slept, and begin to reduce the brightness Pr of luminous displaing part HD at all electric lights that detect illuminator 62.So, under the situation of state user 63 sleeps that driven electrostatic atomization portion 52 (perhaps the mist generating unit 51), can reduce the probability that luminous luminous displaing part HD hinders user 63 sleeps.
(11) in addition, based on the reception result of state-detection portion 70 and detect under the situation that the fluorescent lamp of illuminator 62 lighted, will judge that user 63 has been got up and (also comprise in this case, temporary getting up.), and the brightness Pr of lifting luminous displaing part HD.So, can allow the user 63 of getting up easily see the state of cosmetology device 10D.
(the 6th embodiment)
Then, with reference to Figure 15 and Figure 16, the 6th embodiment of the present invention is described.In addition, in the 6th embodiment, the part of the formation of cosmetology device and the part of control treatment and the 1st～the 5th embodiment is different.Therefore, in the following description, mainly the part different with the 1st～the 5th embodiment is illustrated, also the repetitive description thereof will be omitted and identical with the 1st～the 5th embodiment or suitable with these embodiments parts formation is enclosed identical symbol.
As shown in figure 15, the same with the cosmetology device 10D of above-mentioned the 5th embodiment, possess state-detection portion 70 as the cosmetology device 10E of cosmetic apparatus.On the other hand, cosmetology device 10E does not possess mode switch button 36, running control knob 37 and mist generating unit 51.In this cosmetology device 10E, power knob 35 1 is operated, is opening operation, will drive electrostatic atomization portion 52 and the charged corpuscle mist is emitted from charged corpuscle mist discharge port 38.
Then, with reference to flow chart shown in Figure 16, the control part 53 practiced driving handling procedures of present embodiment are described.
At this moment, in driving handling procedure, control part 53 carries out the processing of step S30, S31, S32 successively.Then, control part 53 carries out the judgment processing (step S325) identical with above-mentioned steps S175.When described judged result is negative judgment, because illuminator 62 is open mode, so control part 53 carries out the judgment processing (step S326) identical with above-mentioned steps S 176.In described judged result is that (during T1 〉=KT2), control part 53 carries out the transition to step S37 described later with this processing to affirmative judgement.In addition, be that (during T1＜KT2), control part 53 carries out the transition to above-mentioned step S325 with this processing to negative judgment in the judged result of step S326.
On the other hand, when the judged result of step S325 is affirmative judgement, because illuminator 62 is a closed condition, so control part 53 carries out the processing of step S34, S35 successively.Then, be that (during Pr≤KPrmin), control part 53 carries out the judgment processing (step S355) identical with above-mentioned steps S221 to affirmative judgement in the judged result of step S35.When described judged result is negative judgment, because illuminator 62 is an open mode, so control part 53 carries out the processing of step S36, S37, S38 successively.In addition, when the judged result of step S355 was affirmative judgement, control part 53 carried out the processing of step S50, S51 successively.Then, be that (during Pr 〉=KPrmax), control part 53 carries out the transition to above-mentioned step S325 with this processing to affirmative judgement in the judged result of step S51.
Therefore, in the present embodiment, can obtain with above-mentioned each embodiment in effect (1), (3)～(7), (10), (11) identical effect.
In addition, present embodiment also can change to other embodiments as described below.
In each embodiment, also can on the drive circuit that is used for driven for emitting lights display part HD, be provided for the formation (, being variable resistance) that the size of the electric current that is supplied to luminous displaing part HD is changed as an example.Then, variable-resistance resistance value can be changed as required, the brightness Pr of luminous displaing part HD can be adjusted thus.
In each embodiment, in the time of also can becoming brightness lower limit KPrmin at brightness Pr, brightness Pr is changed between brightness lower limit KPrmin and brightness higher limit KPrmax with luminous displaing part HD.
In each embodiment, also can reduce the brightness Pr of luminous displaing part HD, till this brightness Pr becomes [0 (zero)], be till dutycycle becomes [0%].Compare with the situation of above-mentioned each embodiment, based on such formation, can reduce cosmetology device 10, the power consumption of 10A～10E.
In the 5th and the 6th embodiment,, also can make the brightness Pr of luminous displaing part HD maintain brightness lower limit KPrmin even when the judgment processing of step S221 or step S355 becomes affirmative judgement.In addition, the brightness Pr of luminous displaing part HD is promoted to till the brightness between brightness lower limit KPrmin and the brightness higher limit KPrmax.
In the 5th and the 6th embodiment, also can close from illuminator 62 the time elapsed time of lighting be greater than or equal to when reducing beginning reference value KT1, reduce the brightness Pr of luminous displaing part HD.
In the 3rd and the 4th embodiment,, also can make the brightness Pr of luminous displaing part HD maintain brightness lower limit KPrmin even when the judgment processing of step S212 or step S352 becomes affirmative judgement.In addition, the brightness Pr of luminous displaing part HD is promoted to till the brightness between brightness lower limit KPrmin and the brightness higher limit KPrmax.
In the 3rd and the 4th embodiment, (elapsed time during Pa＜KPa) is greater than or equal to when reducing beginning reference value KT1, reduces the brightness Pr of luminous displaing part HD also can to become affirmative judgement in the judged result from step S172 or step S322.
In each embodiment, also can make the brightness Pr of luminous displaing part HD reduce (perhaps promoting) every the scheduled time (for example every 0.4 second).That is to say, also can make brightness Pr change interimly.The scheduled time also can be for greater than [0 second] and be less than or equal to the random time of [120 minutes].Yet the preferred scheduled time is greater than [0 second] and is less than or equal to the random time of [60 minutes].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [5 minutes].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [1 minute].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [10 seconds].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [5 seconds].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [2 seconds].In addition, the further preferred scheduled time is for greater than [0 second] and be less than or equal to the random time of [1.5 seconds].In addition, most preferably the scheduled time for greater than [0.1 second] and be less than or equal to the random time of [1 second].
In addition, also can reduce at the brightness Pr that makes luminous displaing part HD interimly under the situation of (perhaps promoting), make the dutycycle of the control signal of exporting to luminous displaing part HD change predefined setting number (, being 1%) each time as an example.Described setting number also can be for greater than [0%] and less than the arbitrary value of [100%].Yet, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [20%].In addition, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [10%].In addition, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [5%].In addition, most preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [3%].
In each embodiment, also can reduce at the brightness Pr that makes luminous displaing part HD under the situation of (perhaps promoting), Yi Bian on one side reduce repeatedly and promote brightness Pr and make brightness Pr near brightness lower limit KPrmin (brightness higher limit KPrmax).
In each embodiment, also can reduce at the brightness Pr that makes luminous displaing part HD under the situation of (perhaps promoting), make dutycycle change [1%] any setting number in addition each time to the control signal of luminous displaing part HD output.Described setting number also can be for greater than [0%] and less than the arbitrary value of [100%].Yet, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [20%].In addition, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [10%].In addition, further preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [5%].In addition, most preferably set number for being greater than or equal to [1%] and less than the arbitrary value of [3%].
In each embodiment, so long as the brightness that user can be seen, the brightness that brightness lower limit KPrmin is presented also can be, the brightness when the dutycycle to the control signal of luminous displaing part HD output becomes beyond 20% other and sets number arbitrarily.Described setting number also can and value [50%] below above for [1%].Yet preferably setting number is [5%] above and [30%] following value.In addition, preferably setting number is [10%] above and [20%] following value.In addition, most preferably set number and value [20%] below above for [15%].
In each embodiment, also can be set at [1 minute] random time in addition with reducing beginning reference value KT1.Described reduction begins reference value KT1 also can be for greater than [0 minute] and be less than or equal to the random time of [60 minutes].Yet preferred reduction beginning reference value KT1 is greater than [0 minute] and is less than or equal to the random time of [30 minutes].In addition, the further preferred beginning reference value KT1 that reduces is for greater than [5 seconds] and be less than or equal to the random time of [20 minutes].In addition, most preferably reduce beginning reference value KT1 for greater than [10 seconds] and be less than or equal to the random time of [2 minutes].
In each embodiment, also driving can be stopped reference value KT2 and be set at [8 hours] time arbitrarily (for example 7 hours) in addition.In addition, also can driving be stopped reference value KT2 and be set at the time arbitrarily by user.In this case, also can be arranged on cosmetology device 10,10A～10E with being used for driving the operating portion that stops reference value KT2 for the user setting.
In each embodiment, luminous displaing part HD also can be for possessing the formation of blue led lamp, perhaps also can be for possessing the formation of red LED lamp.In addition, luminous displaing part HD also can for possess blueness or red beyond the formation of LED lamp of other colors.
In each embodiment, luminous displaing part HD also can be for possessing the formation of display frames such as liquid crystal display or OLED display.
In the 2nd, the 4th and the 6th embodiment, cosmetology device 10A, 10C, 10E also can be for emitting the formation of warm mist.That is to say that cosmetology device 10A, 10C, 10E also can be for possessing mist generating unit 51 but do not possessed the formation of electrostatic atomization portion 52.
Storing case 33 also can be for storing the casing of any liquid beyond the water (liquid etc. that comprises the liquid of wetting agent or whitening agent and comprise aromatic).
Also can generate clock signal by the CPU that constitutes control part 53.Therefore, in each embodiment, timing portion 54 also can carry out measure of time based on the clock signal that is generated by CPU.
Claims (12)
1. cosmetic apparatus, it will be emitted by the liquid of device for atomizing liquid atomizing,
It is characterized in that possessing:
Luminous displaing part, it is luminous when described device for atomizing liquid drives; With
Control part, it adjusts the brightness of described luminous displaing part.
2. cosmetic apparatus according to claim 1 is characterized in that,
Begin to drive from described device for atomizing liquid the time when elapsed time of lighting being greater than or equal to predefined reduction and beginning reference value, described control part begins to reduce the brightness of described luminous displaing part.
3. cosmetic apparatus according to claim 2 is characterized in that,
When the described elapsed time was greater than or equal to described reduction and begins reference value, described control part little by little reduced the brightness of described luminous displaing part.
4. cosmetic apparatus according to claim 2 is characterized in that,
When the described elapsed time was greater than or equal to described reduction and begins reference value, described control part reduced the brightness of described luminous displaing part interimly.
5. according to any described cosmetic apparatus in claim 1～claim 4, it is characterized in that,
Described cosmetic apparatus further possesses luminance detection portion, and it detects the illumination of incident light,
When described device for atomizing liquid drives, by the detected illumination of described luminance detection portion when the state that is greater than or equal to predefined illumination reference value is brought down below described illumination reference value, described control part begins to reduce the brightness of described luminous displaing part.
6. cosmetic apparatus according to claim 5 is characterized in that,
When described device for atomizing liquid drives, rising to when being greater than or equal to described illumination reference value from the state that is lower than described illumination reference value by the detected illumination of described luminance detection portion, described control part begins to promote the brightness of described luminous displaing part.
7. according to any described cosmetic apparatus in claim 1～claim 4, it is characterized in that,
Described cosmetic apparatus further possesses state-detection portion, and it detects the state that is installed in the illuminator in the room that is provided with described cosmetic apparatus,
When described device for atomizing liquid drives, extinguished under the situation of at least one side among both at the illumination step-down and the described illuminator that detect described illuminator by described state-detection portion, described control part begins to reduce the brightness of described luminous displaing part.
8. cosmetic apparatus according to claim 7 is characterized in that,
When described device for atomizing liquid drives, uprise and described illuminator is lighted under the situation of at least one side among both in the illumination that detects described illuminator by described state-detection portion, described control part begins to promote the brightness of described luminous displaing part.
9. according to any described cosmetic apparatus in claim 1～claim 4, it is characterized in that,
When described device for atomizing liquid drove, when the brightness of described luminous displaing part became the preset brightness lower limit, described control part stopped to reduce the brightness of described luminous displaing part.
10. cosmetic apparatus according to claim 9 is characterized in that,
When the brightness of described luminous displaing part became described brightness lower limit, described control part made the brightness of described luminous displaing part maintain the brightness lower limit.
11. cosmetic apparatus according to claim 10 is characterized in that,
Described brightness lower limit is than 0 big value.
12. according to any described cosmetic apparatus in claim 1～claim 4, it is characterized in that,
Described control part carries out PWM (pulse width modulation) control to described luminous displaing part.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010-112194 | 2010-05-14 | ||
| JP2010112194A JP5147895B2 (en) | 2010-05-14 | 2010-05-14 | Beauty equipment |
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| Publication Number | Publication Date |
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| CN102240247A true CN102240247A (en) | 2011-11-16 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011101408599A Pending CN102240247A (en) | 2010-05-14 | 2011-05-10 | Beauty apparatus |
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| CN (1) | CN102240247A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JPH0831581A (en) * | 1994-07-20 | 1996-02-02 | Tokyo Gas Co Ltd | Residence information operation board |
| CN101543457A (en) * | 2008-03-26 | 2009-09-30 | 松下电工株式会社 | Mist generator |
| CN101656049A (en) * | 2008-08-18 | 2010-02-24 | 北京京东方光电科技有限公司 | Device and method for controlling brightness of backlight source |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6125548Y2 (en) * | 1981-01-12 | 1986-08-01 | ||
| JPS58183429U (en) * | 1982-05-27 | 1983-12-07 | 三菱電機株式会社 | Air conditioner display device |
| JPH08227280A (en) * | 1995-02-22 | 1996-09-03 | Hitachi Ltd | Light emission type display circuit or device and image display device with it |
| JPH09250800A (en) * | 1996-03-19 | 1997-09-22 | Mitsubishi Electric Corp | Controlling device of air conditioner |
| JPH11230605A (en) * | 1998-02-13 | 1999-08-27 | Mitsubishi Electric Corp | Air conditioner |
| JP2005055134A (en) * | 2003-08-07 | 2005-03-03 | Sharp Corp | Refrigerator |
-
2010
- 2010-05-14 JP JP2010112194A patent/JP5147895B2/en not_active Expired - Fee Related
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- 2011-05-10 CN CN2011101408599A patent/CN102240247A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0831581A (en) * | 1994-07-20 | 1996-02-02 | Tokyo Gas Co Ltd | Residence information operation board |
| CN101543457A (en) * | 2008-03-26 | 2009-09-30 | 松下电工株式会社 | Mist generator |
| CN101656049A (en) * | 2008-08-18 | 2010-02-24 | 北京京东方光电科技有限公司 | Device and method for controlling brightness of backlight source |
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| JP5147895B2 (en) | 2013-02-20 |
| JP2011239822A (en) | 2011-12-01 |
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