Specific embodiment
Next, applicable the embodiment of the present invention will be described in detail in conjunction with attached drawing.
Fig. 1 is the exemplary diagram illustrated to the skin for the 1st embodiment for being applicable in the present invention with electric device, and Fig. 2 is pairThe schematic diagram that internal structure in Fig. 1 is illustrated.
As shown in Figure 1 and Figure 2, be applicable in the skin of the 1st embodiment of the present invention with electric device (such as: beautifying skinShaping instrument), comprising: main body cover 100；Driving portion (or driving device) 110；And interface portion 120-1~120-6；InPart or all.
Wherein, " including part or all " refers to that such as a part of constituent element of interface portion 120-1~120-6 can be withSuch as other constituent elements of driving portion 110 are integrated.It, next will be with packet in order to help to be more fully understood from the present inventionIt is illustrated in case where including whole.
Firstly, main body cover 100, comprising: the 1st outer cover 100-1 is configured at the upside when observing on Fig. 1；2nd outer cover100-2 is configured at downside；End cap 100-3；And the supporting table 100-4 in Fig. 2.Wherein, supporting table 100-4 as shown in Fig. 2,It can be integrally-formed with upside outer cover 100-1.Wherein, " can be integrally-formed " be referred to be fixed to upside outer coverIn mode formed.As shown in Fig. 2, the 1st substrate for being formed with control unit 200 can be by supporting table 100-4 and being formed with2nd substrate of ion generating unit 220 is separated by a distance to be configured, and whereby, can prevent the mainboard configured with control unit 200I.e. the 1st substrate is influenced by interference caused by the high voltage generated in plasma generating unit 220.End cap 100-3 beThe lid being fixed after insertion needle (cutter head) 230.
Driving portion 110 can include: charging part 110-1；Needle engaging portion 110-2, that is, collet portion；Control unit 200；Electric power is depositedStorage portion 210；Plasma generating unit 220；And needle 230；In part or all.As shown in Fig. 2, control unit 220 is formed in1st substrate and the 1st substrate are adhered to the side of the 1st outer cover 100-1, and the another side of the 1st substrate is equipped with electric power storage unit210, such as battery.Plasma generating unit 220 is formed in the 2nd substrate, and in order to which loss when generating plasma to be down to mostIt is low and transfer energy to skin targets position and configure the position in shell 100 outside the main body close to therapentic part.In addition, plasma generating unit 220 is separated from each other with mainboard i.e. the 1st substrate for being formed with control unit 200, and with can be by mainboardThe mode that the influence of interference caused by high voltage minimizes is configured.Wherein, although there is no separately in the drawings1st substrate and the 2nd substrate are labeled, but can electrically be connected by the i.e. cable realization of conducting wire being connected in connectorIt connects.In turn, the 2nd substrate for being formed with plasma generating unit 220 is supported by 2 of the front side configured in the 1st outer cover 100-1Platform 100-4 and fixed.Wherein, front side is direction locating for pointer 230.
Charging part 110-1 is equipped on independent charger and executes charging action, is deposited by delivering a voltage to electric powerCharging is executed in storage portion 210.In above process, the AC voltage inputted can be converted into D/C voltage by charging part 110-1And it stores and arrives electric power storage unit 210.Needle engaging portion 110-2 is the part for combining needle 230.
Interface portion 120-1~120-6 can include: User's Interface portion 120-1,120-2,120-4~120-6, pass throughInterface (interface) between user and receive user's instruction；And display unit 120-3, for aobvious to userShow the working condition of instrument；Deng.More specifically, as shown in Figure 1, be applicable in the interface portion 120-1 of embodiments of the present invention~120-6, comprising: output indicator 120-1；Radiate button 120-2；Display unit 120-3；Mode button 120-4；Power supply/rankButton 120-5；And memory button 120-6.Output indicator 120-1 is the indicator light for prompting plasma output state.Radiation button 120-2 is the play button for exporting plasma, and display unit 120-3 is for display working condition and settingThe picture of value, mode button 120-4 can be used in 5 kinds of selection continuous or pulse modes.Power supply/level button 120-5 can be usedIn the output intensity of 3 ranks of ON/OFF (ON/OFF) power supply or selection.At long-pressing 2 seconds or more, power supply can be closed.OrWhen being not carried out any push-botton operation within 5 minutes, power supply can be automatically turned off.Memory button 120-6 can be used in readingTake 3 kinds of memory settings set by user.
Fig. 3 is the schematic diagram that the upper side to the plasma creating device in Fig. 2 and the back side are illustrated respectively, Fig. 4It is that figure is carried out to the upper side and front elevation of plasma generating unit illustrated in Fig. 3 (such as: plasma adjustment section) respectivelyThe schematic diagram shown, Fig. 5 are the signals being illustrated for the plasma production principle to plasma generating unit illustrated in Fig. 4Figure.
As shown in Figures 3 to 5, it is applicable in the plasma generating unit i.e. plasma generation device 220 of embodiments of the present invention, is wrappedIt includes: substrate 300；Connector 310 is provided to the side of substrate 300；High voltage generating unit 320；And plasma generating unit330；In part or all, wherein it is identical as the meaning of above-mentioned explanation including " part or all ".
Wherein, substrate 300 is insulation PCB substrate, can be made using the electrolyte of ceramics or FR4 material.Constitute etc.The substrate 300 of ion generating unit is the 2nd substrate for being applicable in embodiments of the present invention, can be by connector 310 from as described aboveThe 1st substrate receive voltage and all kinds of (control) signals.For example, received voltage is loaded into high voltage generating unit320.It more precisely, can be by being loaded into primary side because high voltage generating unit 320 includes high-tension transformerThe full-bridge mode of voltage in son (such as: coil) works and forms the secondary voltage of high pressure and provide to plasma generating unit330.In being applicable in the embodiment of the present invention, it is named as the 1st high voltage in the high voltage that high voltage generating unit 320 generates.?It is applicable in the embodiment of the present invention, the 1st high voltage as described above routinely maintains stable size.For example, by 1500V'sVoltage is loaded into plasma generating unit 330 with the stable size of no increase and decrease.
In addition, as shown in figure 3, forming plasma generating unit 330 on the substrate 300.As shown in figure 4, being applicable in the present invention'sThe plasma generating unit 330 of embodiment, comprising: the 1st electrode 400；2nd electrode 410；And multiple switch element 420-1,420-2.1st electrode 400 has in such a way that centre Jie has substrate 300 opposite each other and same or similar with the 2nd electrode 410Area.Wherein, in being applicable in the embodiment of the present invention, with the area pair in the 1st electrode 400 and the 2nd electrode 410 opposite each otherThe a part for the substrate 300 answered can be named as electrolyte component 300-1.One as substrate 300 of electrolyte component 300-1Point, material identical with substrate 300 can be utilized to be made, also the material different from substrate 300 can be utilized to be made, therefore suitableWith being not limited to a certain specific form in the embodiment of the present invention.Using the area opposite with electrolyte component 300-1 as baseStandard only forms an electrode as the 1st electrode 400, and forms multiple electrodes as the separation of the 2nd electrode 410.But it is being applicable in thisIt is not by electric limit as described above due to specific form in the embodiment of invention.It in other words, as long as can be to plasmaGeneration area be adjusted, can use any form.
As shown in figure 4, the 2nd electrode 410 forms 3, each 2nd electrode 410 is distinguished by switch element 420-1,420-2Realize electrical connection or insulation.In other words, switch element 420-1,420-2 can include such as small-sized high-voltage connection relay(lead relay), and can be realized between separated electrode and based on external control signal execution switch motionElectrical connection or insulation.Information related to this will be described in detail in subsequent content.By acting as described above,Plasma corresponding with the 2nd high voltage of multiple ranks can be generated respectively in plasma generating unit 330.For example, electric from heightIn the state of pressing generating unit 320 to load the 1st high voltage of 1500V, plasma generating unit 330 can be instructed according to user and be generatedThe 2nd high voltage of 1000V simultaneously generates corresponding plasma.
As shown in figure 5, the 1st high voltage generated in high voltage generating unit 320 as shown in Figure 3 will be loaded into such as figure3 and plasma generating unit 330 shown in Fig. 4 the 1st electrode 400.At this point, because the 2nd electrode of plasma generating unit 330410 be to be grounded 500 by human body, it can be considered that electrolyte is between the 1st electrode 400 and skin, and institute as aboveThat states is different from electrical discharge (arc) by the high voltage for being loaded into the 1st electrode 400 of electrolyte, will form plasma simultaneouslySkin is transmitted in the form of miniflow light (micro streamer).This is immediately adjacent to high voltage and forms height when contacting skinThe case where tension discharge, is different.Wherein, the pedestal that the 2nd electrode 410 also independently can be additionally connected to (circuit) connectsIn ground portion.
As described above, the high voltage generated in the high-tension transformer of high voltage generating unit 320 can be considered as directly addingIt is downloaded to the 1st electrode 400, such as copper sheet, so that high voltage energy be made to be directly passed, is being transmitted to the of top via electrolyteDuring 2 electrodes 410, high voltage will be converted into plasma form.It is different from bottom surfaces one the 1st electrode of formation,Be respectively formed the 2nd electrode 410 of 3 rectangle forms in upper side, and 3 the 2nd electrodes 410 can by switch element 420-1,2nd high voltage required for 420-2 is generated, and plasma is generated using the different high voltages being respectively formed.
Fig. 6 is the schematic diagram being illustrated for the working principle to the plasma generating unit in Fig. 4.
As shown in fig. 6, it is applicable in the plasma generating unit 330 as shown in Figure 4 of embodiments of the present invention, it can be with such as Fig. 6(a) to (c) shown in three state work.In being applicable in the embodiment of the present invention, state as described above can be ordered respectivelyEntitled 1st mode to the 3rd mode, wherein " mode (mode) " refers to the 1st instruction to the 3rd instruction setting according to userIn such a way that (a) to (c) state of such as Fig. 6 is worked.
In being applicable in the embodiment of the present invention, as shown in fig. 6, can be adjusted by the area to plasma generating electrodesWhole mode directly controls plasma output, by quantity of electric charge Transfer Formula as follows, can calculate and electricityThe proportional plasma output of the area of pole.
Formula 1
(wherein, k is the dielectric constant of electrolyte, and ε o is permittivity of vacuum, and A is the area of parallel-plate (or electrode), dFor the distance between parallel-plate)
Switch element 420-1,420-2 in Fig. 4 are minitype high voltage wiring relays, can be opened highest 4000VIt closes, therefore easily the 1500V generated by high voltage generating unit 320 can be switched.
As shown in (a) of Fig. 6, plasma generating unit 330 rank 1 be the 1st rank the 2nd high-voltage state under because1st switch element 420-1 and the 2nd switch element 420-2 are closed, thus will only by the 2nd electrode 410-1 export etc. fromSon.
In addition, as shown in (b) of Fig. 6, in the case where rank 2 is the 2nd high-voltage state of the 2nd rank, because only that plasmaThe 1st switch element 420-1 in generating unit 330 is opened, therefore will export on the area of 2 the 2nd electrodes 410-1,410-2Plasma.
In addition, as shown in (c) of Fig. 6, under rank 3 i.e. other 2nd high-voltage state of 3rd level, because plasma generatesThe 1st switch element 420-1 and the 2nd switch element 420-2 in portion 330 are opened, therefore will be in 3 the 2nd electrode 410-1Plasma is exported on the area of~410-3.
As shown in (a) to (c) of Fig. 6, it is applicable in the activation of the 2nd electrode 410-1~410-3 in the embodiment of the present inventionState is shown with hacures (hatching).
Fig. 7 is the block diagram illustrated to the driving mechanism in Fig. 1.
As shown in fig. 7, being applicable in the skin electric device 90 of the 1st embodiment of the present invention, comprising: electric power generating unit 700；Control unit 710；Plasma generating unit 720；Display unit 730；And interface portion 740；In part or all, wherein " packetInclude part or all " it is identical as the meaning of above-mentioned explanation.
Electric power generating unit 700 will be stored from externally input electric power to electric power storage unit 703, such as battery, and controlledStored power is provided to high voltage generating unit 721 under the control in portion 710.For example, power storage portion 703 can includeThe lighium polymer rechargeable battery of 7.4V, 1000mAh capacity.It whereby, can be by means of such as FET member after pressing power knobThe control of the switch elements such as part and power supply is connected and is controlled.Wherein, switch element can be configured in power supply controlPortion 701.In addition, power control part 701 can be loaded for the full-bridge for constituting high voltage generating unit 721 and switch portion 723The switch element of (full bridge) mode carries out control signal, that is, voltage of ON/OFF control.Usually as control voltage energyEnough use the clock signal of 5V.
Control unit 710 is as described above, control skin with the overall work of electric device 90.When passing through interface portion740 when receiving user's instruction, passes through the plasma that control exports corresponding intensity.That is, making skin according to the 1st instructionIt is worked with electric device 90 with the 1st mode, so that it is worked with the 2nd mode according to the 2nd instruction, made according to the 3rd instructionIt is worked with the 3rd mode.Wherein, the 1st mode to the 3rd mode can be considered as control unit 710 to plasma generating unit 725The mode controlled.That is, plasma generating unit 725 is adjusted according to intensity of the different modes to plasma.
In addition to this, control unit 710 exports DC to high voltage generating unit 721 and the control to power control part 701Voltage (such as: 5V), and the switch portion 723 for being constituted switch element is controlled in a manner of full-bridge by power control part 701,It generates the high voltage of 1500V to make 721 pairs of the high voltage generating unit 5V voltages inputted carry out method and is output toPlasma generating unit 725.
Plasma generating unit 720, comprising: high voltage generating unit 721；Switch portion 723；Plasma generating unit (or plasmaAdjustment section) 725；And cutter head engaging portion 727；In part or all.High voltage generating unit 721 passes through switch portion 723Full-bridge mode, which works, amplifies the 5V voltage inputted from power control part 701, and by high voltage generated provide to etc.Ion generating unit 725.In being applicable in the embodiment of the present invention, it can be named in the high voltage that high voltage generating unit 721 generatesFor the 1st high voltage.Plasma generating unit 725 utilizes the 1st inputted high voltage, is instructed with received user as foundationGenerate the 2nd high voltage of different stage.For example, the 2nd high voltage of the 1st rank can be generated to other 2nd high voltage of 3rd level,Related content has carried out sufficient explanation in the content of above-mentioned combination Fig. 6, so will omit relevant detailed description herein.As described above, the plasma of the varying strength generated respectively by plasma generating unit 725, it will be by being integrated to cutter head engaging portionCutter head, that is, needle 230 as shown in Figure 2 in 727 is transmitted to skin.
Specifically, switch portion 723 includes the full-bridge control unit being made of 4 FET elements, with the frequency of 50~100kHzPulsed drive is carried out to the high voltage transformer of high voltage generating unit 721, and will be carried out by battery by means of high-tension transformerVoltage swing of the voltage amplification of 5V after rectification to 1500V.As described above, in order to generate plasma, so that by amplificationHigh voltage composition plasma generating unit 725 by playing insulation effect electrolyte (portion) 725-1 such as ceramics, FR4Plasma is generated in the process, and control at this time by generating area to it using 2 wiring relay portion 725-2,725-3Further equivalent ionic strength is adjusted.The generated plasma that intensity has been controlled, be transmitted by by brass,The needle 230 of the metal treatment cutter head of the connection of collet made of the metal materials such as stainless steel is transmitted to skin histology.
Fig. 8 is the bulk illustrated to the detailed construction of the skin electric device for the 2nd embodiment for being applicable in the present inventionFigure.
As shown in figure 8, being applicable in the skin electric device reshaper tool 90 of the 2nd embodiment of the present invention, comprising: plasmaGenerating unit 800；Control unit 810；And interface portion 820；In part or all, wherein " including part or all " withThe meaning of above-mentioned explanation is identical.
Plasma generating unit 800 can include: high voltage generating unit 800-1；And plasma adjustment section 800-2.It is highVoltage generation part 800-1, which generates the 1st high voltage and provides, arrives plasma adjustment section 800-2.Plasma adjustment section 800-2 can beThe 1st high voltage is utilized to generate the 2nd high voltage of multiple ranks under the control of control unit 810.More precisely, selection can be considered asGenerate to property the 2nd high voltage of multiple ranks.In addition, plasma adjustment section 800-2 generate and export with it is the 2nd of specific rank highThe corresponding plasma of voltage.Related content has carried out sufficient explanation in the above content, so will omit herein relevantIt is described in detail.Therefore, in being applicable in the embodiment of the present invention, not to the method progress particular determination for generating and exporting plasma.For example, this is because the form of electrode can also be changed to a variety of different shapes.
Control unit 810 is instructed according to the user received from interface portion 820, is controlled plasma generating unit 800.For example, requiring the instruction of reduction equivalent ionic strength according to user such as doctor, control unit 810 can be by adjusting plasmaThe control of portion 800-2 and so that it is exported the plasma that is adjusted.
Interface portion 820 can receive user's instruction for example, by button.Wherein, user's instruction can with for adjustingThe instruction of whole equivalent ionic strength is corresponding.In addition, user's instruction can be connect by variforms such as button or wireless modesIt receives, therefore interface portion 820 is not limited to the specific form such as button or wireless communication module.
In addition to this, detailed content relevant to plasma generating unit 800, control unit 810 and interface portion 820 and combinationThe content that Fig. 7 is illustrated is similar, therefore is directly substituted with above content.
Fig. 9 is the flow chart illustrated to the driving process for the skin electric device for being applicable in embodiments of the present invention.
As shown in Fig. 9 and Fig. 8, in step S900, the skin electric device 190 for being applicable in embodiments of the present invention is connectReceive the user's instruction being adjusted for the intensity to the plasma for being irradiated to skin.
Next, the plasma generating unit 800 of skin electric device 190 is high using specified the 1st in step S910Voltage is selectively generating and exports plasma corresponding with the 2nd high voltage of multiple ranks respectively.
Next, skin, by controlling plasma generating unit 800, is given birth to electric device 190 in step S920At the 2nd high electricity of the specific rank selected in the 2nd high voltage of multiple ranks with received user's instruction for foundationPressure.That is, the output of plasma generating unit 800 instructs the rank of the 2nd high voltage determined corresponding with user based on the receivedPlasma.
Figure 10 is the stream illustrated to the driving process of the skin electric device for another embodiment for being applicable in the present inventionCheng Tu.
As shown in Figure 10 and Fig. 1, in step S1000, the electrical dress of skin for being applicable in embodiments of the present invention is connected90 power supply is set, next in step S1010, the OLED and system of display unit are initialized.
Next in step S1020, S1021, S1022, the execution of skin electric device 90 automatically shuts power off inspectionMovement, checks whether the selection operation after some time has elapsed still without user to button.
In step S1012, when selecting the radiation button 120-2 in Fig. 1, skin electric device 90 can generate useSignal is controlled in the output pulse for generating plasma.Whereby, skin electric device 90 will export preset specific strongThe plasma of degree.That is, by MCU (micro controller unit, Micro in the state of being set to specified equivalent ionic strengthController Unit) i.e. control unit drives full-bridge driving chip, whereby to the FET element that is integrated into IC intoRow controls and generates high voltage pulse by high-tension transformer.
But in the case where no selective emission button 120-2, skin electric device 90 can also increase according to rankAdd deduct the selection of few button or the movement for selecting execution different of menu button.
Specifically, in step S1013,1014, skin is with electric device 90 when selecting rank to increase button with energyThe mode for enough exporting the plasma of corresponding intensity acts, and in step S1015,1016, button is reduced in selection rankWhen acted in a manner of it can export the plasma of corresponding intensity.Next, being selected in step S1017, S1018Skin electric device 90 will enter menu state and show relevant information in display unit when menu button.
Wherein, rank increase or rank reduce etc. with it is above explained to plasma generate the adjustment of area it is related, therefore,In order to which the generation area to the 2nd electrode 410 is adjusted, such as switch element 420-1,420-2 in Fig. 4 can be controlledSystem, will omit relevant detailed description herein.
In addition, skin can set its driving method with electric device 90 by menu button, driving method can includeContinuous mode and pulse mode.Wherein, continuous mode is the mode for routinely generating output, and pulse mode is with setThe pulse mode of frequency generates the mode of plasma.
Although in addition, being that all constituent elements for being applicable in embodiments of the present invention with composition are combined into one or combine workThe mode of work is illustrated, but the present invention is not limited to embodiments as described above.That is, purpose of the present invention range itInterior, above-mentioned all constituent elements can selectively be combined into more than one and work.In addition, above-mentioned all constituent element energyEnough respectively by independent hardware realization, also selectively part or all in each constituent element can be combinedAnd pass through the computer of the application program module for executing part or all of combined function on one or more hardwareApplication program is realized.The practitioner of the technical field of the invention, which can simply derive, constitutes above-mentioned computer application journeyThe code and code segment of sequence.Computer applied algorithm as described above can be saved in computer-readable Jie of non-transitoryIt is read out and executes in matter and using computer, be applicable in the embodiment of the present invention to realize.
Wherein, non-transitory computer-readable medium do not imply that as register, cache memory (cache),Memory etc. is used for the medium of interim storing data, but refers to semi-permanently store data and pass through related equipmentIt is read out the medium of (reading).Specifically, above-mentioned application program can be saved to such as CD, DVD, hard disk, blue light lightIt is provided in the non-transitories computer-readable medium such as disk, USB, RAM card, ROM.
Applicable presently preferred embodiments of the present invention is had been shown and described in the above content, but the present invention does not limitClaim can be not being departed from the personnel of above-mentioned specific embodiment, the general knowledge with the technical field of the inventionVarious modifications implementation is carried out in book in the range of the main idea of the requested present invention, and deformation implementation as described above should not be understoodFor with the independent content of technical idea or prospect of the invention.