CN105311746A - Cosmetic apparatus - Google Patents

Abstract

The present invention relates to a cosmetic apparatus (1), including a body housing (11) forming an external contour; and an electrode part (30) arranged to the body housing (11) and electrified through contacting skin of a user. Also, the electrode part (30) includes an embedding part (33a) pressing the skin through embedding the skin, and thus, the promoting effect of abutting and pressing the skin can be obtained by using the embedding part (33a) through embedding the embedding part of the electrode part into the skin. As a result, therapy of subtle parts of the skin can be achieved, and the cosmetic effect caused by the promoting effect can also be achieved.

Description

Cosmetic apparatus

Technical field

The present invention relates to a kind of by abutting with the skin of user the cosmetic apparatus carrying out auxiliary moisturizing.

Background technology

In the past, such as (following at Japanese Unexamined Patent Publication 2011-078505 publication, be designated as patent documentation 1) etc. in disclose a kind of cosmetic apparatus, this cosmetic apparatus is provided with electrode section on the surface of the main body cover being integrally formed with handle part, and this electrode section is for providing the electric power needed for the skin enforcement beauty treatment of user.

The cosmetic apparatus of patent documentation 1 has electrode section, and this electrode section is formed as roughly truncated cone shape, and this electrode section has upper surface and rising portions.The upper surface of electrode section has the line part of the curve part at least heaved to handle part side and the length direction along maintaining part.And the upper surface of electrode section has the 1st arc surface and the 2nd arc surface, and wherein, curve part and rising portions link up by the 1st arc surface, and line part and rising portions link up by the 2nd arc surface.Now, formed in the mode that the curvature of ratio of curvature the 2nd arc surface of the 1st arc surface is little.

Thereby, it is possible to carry out the treatment of the face to user better, especially to the treatment of wing of nose surrounding.

But for the structure of above-mentioned cosmetic apparatus in the past, when observing the state making the upper surface of electrode section and contact skin from the side, the curve part with mild angle is configured in the top of the upper surface of electrode section.Therefore, under common using state, when the upper surface and contact skin that make electrode section make cosmetic apparatus move in parallel, curve part moves in the mode of sliding on skin.That is, when using cosmetic apparatus in the past, there is the problem being difficult to fasten and promoting skin.

Summary of the invention

The invention provides a kind of cosmetic apparatus, it can not only carry out treatment to the discreet portions of skin, and can obtain the cosmetic result brought by the lifting effect of skin.

That is, cosmetic apparatus of the present invention has: main body cover, and this main body cover forms gabarit; And electrode section, this electrode section is arranged at main body cover, is energized by the contact skin with user, and electrode section has the Embedded Division pressing skin by embedding skin.

Thus, the Embedded Division of electrode section embeds skin, can obtain and utilize Embedded Division to fasten and the lifting effect pressing skin.

Therefore, not only treatment is carried out to the discreet portions of skin, and the cosmetic result brought by the lifting effect of skin can be obtained.Its result, can realize a kind of cosmetic apparatus can eliminating cutis laxa, eye wrinkle-removing etc.

Accompanying drawing explanation

Fig. 1 is the decomposition side view of an example of the cosmetic apparatus representing embodiments of the present invention.

Fig. 2 is the side view of the state representing cosmetic apparatus sheet material keeper being arranged on same embodiment.

Fig. 3 is the front view of the state representing cosmetic apparatus sheet material keeper being arranged on same embodiment.

Fig. 4 is the 4-4 line sectional view of Fig. 3.

Fig. 5 is the 5-5 line sectional view of Fig. 3.

Fig. 6 is the axonometric chart pulling down the state of sheet material keeper of the cosmetic apparatus representing same embodiment.

Fig. 7 is the front view pulling down the state of sheet material keeper of the cosmetic apparatus representing same embodiment.

Fig. 8 is the rearview pulling down the state of sheet material keeper of the cosmetic apparatus representing same embodiment.

Fig. 9 is the side view pulling down the state of sheet material keeper of the cosmetic apparatus representing same embodiment.

Figure 10 is the top view of the state that the sheet material keeper of the cosmetic apparatus representing same embodiment takes off.

Figure 11 is the 11-11 line sectional view of Fig. 7.

Figure 12 is the axonometric chart of the exposed portion of the electrode section of amplifying the cosmetic apparatus representing same embodiment.

Figure 13 is the side sectional view of the electrode section of amplifying the cosmetic apparatus representing same embodiment.

Figure 14 is the figure of the circuit structure of the cosmetic apparatus schematically showing same embodiment.

Figure 15 A is the key diagram that the pattern be switched when the mode selector switch of the cosmetic apparatus operating same embodiment is described.

Figure 15 B is the key diagram that the grade be switched when the grade change-over switch of the cosmetic apparatus operating same embodiment is described.

Figure 15 C is the key diagram that the temperature be switched when the temperature change-over switch of the cosmetic apparatus operating same embodiment is described.

The performance plot during cleaning mode that energising characteristic when Figure 16 A is the energising schematically to the cosmetic apparatus of same embodiment represents.

Performance plot during the moisturizing pattern that energising characteristic when Figure 16 B is the energising schematically to the cosmetic apparatus of same embodiment represents.

Figure 17 A is the sequential chart of the vibration mode A of the cosmetic apparatus of same embodiment.

Figure 17 B is the sequential chart of the vibration mode B of the cosmetic apparatus of same embodiment.

Figure 17 C is the sequential chart of the vibration mode C of the cosmetic apparatus of same embodiment.

Detailed description of the invention

Hereinafter, with reference to the accompanying drawings of embodiments of the present invention.In addition, the present invention is not limited to this embodiment.

Below, the installation direction that electrode section is installed to main body cover is illustrated as fore-and-aft direction X or X-direction.And, the front of the side being configured with electrode section of main body cover as fore-and-aft direction X is illustrated.

In addition, the installation direction installed using electrode section to main body cover (fore-and-aft direction X) is in level and the mode that the top of handle part is lower end configure cosmetic apparatus state under above-below direction illustrate as above-below direction Z or Z-direction.And, the top under above-mentioned state is defined as the top of above-below direction Z.

And, orthogonal with fore-and-aft direction X and orthogonal with above-below direction Z direction is illustrated as width Y or Y-direction.

(embodiment)

Below, use Fig. 1 to Figure 14, structure and the action of the cosmetic apparatus of embodiments of the present invention are described.

As shown in Fig. 1 to Figure 14, the cosmetic apparatus 1 of present embodiment at least has main part 10, handle part 20 and electrode section 30 etc.Handle part 20 and main part 10 are arranged continuously, dominated by hand for user.Electrode section 30 is arranged at main part 10, to go forward side by side the electricity that works with the contact skin of user.

Main part 10 has main body cover 11, and this main body cover 11 has hollow part S1 (with reference to Fig. 4, Fig. 5).The gabarit of main body cover 11 Beauty of Composition capacitance device 1.In addition, in the present embodiment, main body cover 11 is such as formed by the upper elongated cylindrical extended of roughly vertical direction Z (comprising above-below direction Z).That is, along the direction of roughly vertical direction Z be the length direction of main body cover 11.

As shown in Figure 1 and Figure 4, electrode section 30 is arranged at one end 11a (front in Fig. 1 and top) of main body cover 11.Electrode section 30 is used as the metal of conductive material to be formed.Now, preferably, electrode section 30 is formed by the metal lower to human influence.Therefore, in the present embodiment, titanium (Ti) is such as used to form electrode section 30.Thereby, it is possible to suppress the problems such as metal allergy to occur.

And electrode section 30 has the bearing surface 33 abutted with the skin of user.In the condition shown in figure 1, bearing surface 33 is roughly to extend to form along the mode of YZ plane.Thereby, it is possible to make roughly whole (comprising whole face) skin (such as, face etc.) towards user of bearing surface 33.

Below, the structure of main body cover 11 is illustrated.

Main body cover 11 at least has rear extension 11b, bending section 11c and ramp extension 11d etc.Rear extension 11b extends from the rear of one end 11a arranging electrode section 30 X in front-rear direction.Bending section 11c is formed as rearward and bending convexly upward, arranges continuously with rear extension 11b.And the junction section (continuous setting unit) in the wings between extension 11b and bending section 11c is provided with across complete cycle ground design ring 15a outstanding laterally.Design ring 15a is such as arranged to improve the aesthetic appearance of cosmetic apparatus 1.

Ramp extension 11d and bending section 11c is arranged continuously, and ramp extension 11d is towards rear and extend downward.And as shown in Figure 1, the lower end of ramp extension 11d becomes top 11e (other end).

In addition, in the present embodiment, the rear extension 11b of main body cover 11 forms the gabarit of main part 10, and bending section 11c and ramp extension 11d forms the gabarit of handle part 20.And ramp extension 11d is mainly used as handle part 20.

That is, the cosmetic apparatus 1 of present embodiment has handle part 20, and this handle part 20 extends on the direction that the installation direction (X-direction) installed to main body cover 11 with electrode section 30 intersects.In addition, intersect refer to the installation direction of electrode section 30 and handle part 20 not parallel.Thus, main body cover 11 is made to have the function of handle part 20 concurrently.

In addition, except above-mentioned structure, can be that main body cover 11 is only made up of the gabarit of main part 10, and handle part is set separately.Such as, the shell that opposing body shell 11 forms handle part is independently set.And, the shell and main body cover 11 that form handle part are arranged continuously.Thus, handle part 20 can be formed.

In addition, the structure being doubled as handle part 20 by main part 10 (than design ring 15a position on the front) can also be adopted.Specifically, finger is utilized to hold the lateral parts (outer peripheral portion) of the main part 10 of Fig. 1.And, can be configured to make electrode section 30 be connected to skin and use in the above-described state.

And, be provided with battery lead plate 21 at the back side (below) 11f of the ramp extension 11d played a role as handle part 20 of main body cover 11 to be exposed to outside mode.Thus, when user holds handle part 20 with finger, the palm of user can be made to contact with battery lead plate 21.In addition, battery lead plate 21 is such as formed by conductive materials such as electroconductive resins, the electrode that the electrode section 30 that formation contacts with face etc. is contrary.That is, when electrode section 30 is positive pole, battery lead plate 21 is negative pole.On the other hand, when electrode section 30 is negative pole, battery lead plate 21 is positive pole.

The action button of various switch described later is provided with at the front 11g (above) of the ramp extension 11d of main body cover 11.

As shown in Figure 1, adopt said structure, ramp extension 11d can be integrally provided in bearing surface 33 position rearward than electrode section 30.Thereby, it is possible to suppress following situation occurs, that is: user the hands that hold ramp extension 11d is positioned at than bearing surface 33 position on the front, thus first contact with skin etc.Its result, can make the bearing surface 33 of electrode section 30 contact more reliably with skin.

In addition, the cosmetic apparatus 1 of present embodiment also has such as keeping the sheet material keeper 70 of the treatment components 60 such as cotton piece.Treatment component 60 is such as by abutting with skin under containing the state being soaked with beautifying liquid etc., thus beautifying liquid etc. is imported the component of skin.In addition, as treatment component 60, product etc. can be peddled in example market as is well known.

Treatment under the state of the bearing surface 33 in coated electrode portion 30, is held in electrode section 30 by sheet material keeper 70 with component 60.In addition, preferably, sheet material keeper 70 is such as strong by drug resistance such as polypropylene and have elastic material and formed.

As shown in Figure 1, Figure 2 and shown in Fig. 4, sheet material keeper 70 has front wall portion 71, conical wall part 72 and extension 72b.Front wall portion 71 is positioned at the front of sheet material keeper 70, and extends along YZ plane.Conical wall part 72 and front wall portion 71 are arranged continuously, are formed in the mode expanded along with going towards rear.Extension 72b be formed at two side portions on the width Y of conical wall part 72, than the central part of above-below direction Z slightly by the position of top.

In addition, as shown in Figure 5, sheet material keeper 70 has the through hole 71a run through in power pole portion 30 at the central part of front wall portion 71.Through hole 71a is formed as the hole shape slightly larger than the contour shape of electrode section 30 when observing from front.Thus, between the inner peripheral surface 71b and electrode section 30 of through hole 71a, gap d 1 is formed with.Its result, the gap d 1 easily between inner peripheral surface 71b and electrode section 30 can clamp treatment component 60.

And, be configured to: under the state that sheet material keeper 70 is installed on main body cover 11, between the inner surface 72a and main part 10 of conical wall part 72, be formed with gap d 2.

That is, gap d 1 and gap d 2 can be utilized, not reluctantly and easily remained between electrode section 30 and sheet material keeper 70 by the treatment component 60 of lamellar.In addition, gap d 1 and gap d 2 depend on the thickness of cosmetically component 60, but when using market to peddle product, are preferably such as approximately 1.5mm.

When utilizing above structure that sheet material keeper 70 is installed on main body cover 11, treatment component 60 is compressed by sheet material keeper 70.And treatment component 60 is retained as the shape of the gabarit along electrode section 30.

In addition, the main part 10 of the cosmetic apparatus 1 of present embodiment is formed as the conical by its shape that expands along with going towards rear.And main part 10 is formed as: the angle that the angle that its bottom in FIG in Z-direction and X-direction are formed is formed than the top on its in FIG Z-direction and X-direction is large.

Equally, the conical wall part 72 of sheet material keeper 70 is also formed as: the angle that the angle that its bottom in FIG in Z-direction and X-direction are formed is formed than the top on its in FIG Z-direction and X-direction is large.

Now, the top in the Z-direction of the top in the Z-direction of the main part 10 of conical by its shape and the conical wall part 72 of sheet material keeper 70 is formed as, and the angle formed with X-direction is roughly equal.On the other hand, the bottom in the Z-direction of the main part 10 of conical by its shape is formed as: the angle that the angle that itself and X-direction are formed is formed than the bottom in the Z-direction of the conical wall part 72 of sheet material keeper 70 and X-direction is little.

Thus, sheet material keeper 70 is formed as under the state being installed on main body cover 11, and the gap d 2 of the bottom between the inner surface 72a of conical wall part 72 and main part 10 is larger than the gap d 2 on top.

In addition, the extension 72b of sheet material keeper 70 is set under the state being installed on main body cover 11, is positioned at than design ring 15a position rearward (with reference to Fig. 2, Fig. 5).

And the extension 72b being arranged at the width Y both sides of conical wall part 72 has the block holding part 72c outstanding towards inner side at inner surface 72a.Therefore, when sheet material keeper 70 is installed on main body cover 11, block holding part 72c crosses design ring 15a.Thus, sheet material keeper 70 fastens the rear side in design ring 15a.Its result, sheet material keeper 70 is installed in main body cover 11.

Now, be configured to block holding part 72c and cross design ring 15a, thus user click feel can be given.Thus, user can judge whether sheet material keeper 70 is installed on main body cover 11 more reliably.

And, as shown in Figure 2, between the bottom 72d and main body cover 11 of the conical wall part 72 of sheet material keeper 70, be provided with the larger gap d 3 of such as more than 5mm.Therefore, as the bottom 72d that user utilizes finger to wait to main body cover 11 side pressing sheet material keeper 70, bottom 72d moves in the mode near main body cover 11.And the inner surface 72a near the 72d of bottom abuts with main part 10.In the above-described state, bottom 72d is pressed to main body cover 11 side further.Thus, using the abutment portion between the inner surface 72a near the 72d of bottom and main part 10 as fulcrum, sheet material keeper 70 is rotated counterclockwise as denoted by the arrows in fig. 2 like that.Its result, the block holding part 72c engaged produces make block holding part 72c along the power departing from direction (front) movement designing ring 15a with design ring 15a.And the block holding part 72c of sheet material keeper 70 departs from design ring 15a under the above-mentioned force.Thus, that removes between the block holding part 72c of sheet material keeper 70 and design ring 15a is locking.Its result, can pull down sheet material keeper 70 from main part 10.

In addition, except said structure, the inner surface 72a that also can be configured to the bottom 72d of sheet material keeper 70, before abutting with main part 10, abuts with main body cover 11.Specifically, the conical wall part 72 of such as sheet material keeper 70 is formed as the shape of giving prominence to laterally.

As mentioned above, the cosmetic apparatus 1 of present embodiment is configured to utilize lever principle locking to what remove between the block holding part 72c of sheet material keeper 70 and design ring 15a.Thus, sheet material keeper 70 can be pulled down from main body cover 11 by user under the prerequisite do not contacted with treatment component 60.Its result, can prevent from making dirty hands etc. containing compositions such as the beautifying liquids being immersed in treatment component 60.

In addition, sheet material keeper 70, without the need to fastening at block holding part 72c etc. with fingernail (comprising nail paster), is pulled down from main body cover 11 by user.Therefore, also there is the advantage come off that can suppress the fracture of fingernail, nail paster.

In addition, in foregoing, be described cylindrically to form main body cover 11, but be not limited to this.Such as, can be the multiple dividing body splits structure together making to be formed by synthetic resin.In this case, multiple dividing body such as utilizes each other chimeric of screw, dividing body and split together.The split of multiple dividing body can be utilized, form hollow part S1 in inside.And, as shown in Figure 4, in hollow part S1, be such as built-in with the various electronic product such as control circuit substrate 90, rechargeable battery 92.

Specifically, when main body cover 11 of present embodiment, as shown in Figures 1 to 4, by making front side shell 12 form cylindrical body together with rear side shell 13 split.

As shown in Figure 4, front side shell 12 in the wings and upper opening.And, the through hole 12a run through in power pole portion 30 is formed in the upper end of front side shell 12.In addition, flange part 12b is formed with at the circumference of through hole 12a.

Now, electrode section 30 is installed on front side shell 12 as follows.

First, electrode section 30 is run through the through hole 12a of front side shell 12 from the rear of X-direction.And, the front surface of the flange part 31 of electrode section 30 is abutted with the rear surface of the flange part 12b of front side shell 12.Thus, electrode section 30 is installed on main body cover 11.

And as shown in Figure 4, front side shell 12 has the surrounding wall portion 12c extended towards roughly rear (comprising rear) and the inner wall part 12d arranged continuously with surrounding wall portion 12c.And, utilize surrounding wall portion 12c and inner wall part 12d to form switch incorporating section 12e, this switch incorporating section 12e at roughly front (comprising front) opening, can various switch be received.

In addition, the cosmetic apparatus 1 of present embodiment is accommodated with the action button 83a of the action button 81a of mode selector switch 81, the action button 82a of grade change-over switch 82 and temperature change-over switch 83 in the 12e of switch incorporating section.

Specifically, as shown in Figure 3, the action button 81a of mode selector switch 81 is accommodated with in the lower central of switch incorporating section 12e.The action button 82a of grade change-over switch 82 is accommodated with at the upper left quarter of switch incorporating section 12e.And, the action button 83a of temperature change-over switch 83 is accommodated with at the upper right quarter of switch incorporating section 12e.

Now, as described later, be stored in the storage part (not shown) of control circuit 91 grade shown in Figure 14 when power supply disconnects by the grade selected by the operation of the action button 82a of grade change-over switch 82.Equally, be stored when power supply disconnects by the temperature selected by the operation of the action button 83a of temperature change-over switch 83.

In addition, usually, when using cosmetic apparatus 1, the chance of the action button 81a of operator scheme change-over switch 81 is more than the operational motion of other two buttons.Therefore, in the present embodiment, the action button 81a of mode selector switch 81 is accommodated in the position closest to the thumb of user when hold handle part 20, i.e. the lower central of switch incorporating section 12e.Thus, the ease of use of cosmetic apparatus 1 is improved.

In addition, the opening of switch incorporating section 12e is covered by switch housing 14.Above-mentioned three action buttons configure in the upper spaced compartment of terrain of the front surface 11g (front surface) of main body cover 11 by switch housing 14.Thereby, it is possible to suppress when operating any one action button, other action button of maloperation.

On the other hand, as shown in Figure 4, the rear side shell 13 of main body cover 11 is in front and lower opening.And, the back side 11f of rear side shell 13 is provided with above-mentioned battery lead plate 21.

In addition, rear side shell 13 has cylinder portion 13a outstanding toward the front at the position covered by battery lead plate 21.The electrode helical spring incorporating section 13b at front and back both-side opening is formed in cylinder portion 13a.And, with the state of compression electrodes helical spring 16 storage electrode helical spring 16 in electrode helical spring incorporating section 13b.Thus, one end of electrode helical spring 16 abuts with the inner surface of battery lead plate 21, and the other end abuts with the control circuit substrate 90 be configured in hollow part S1.Now, under state battery lead plate 21 being installed on rear side shell 13, control circuit substrate 90 is forwards exerted a force by electrode helical spring 16.

Specifically, the other end of electrode helical spring 16 abuts with the circuit pattern P (with reference to Figure 14) being formed at control circuit substrate 90.Thus, battery lead plate 21 and circuit pattern P are electrically connected by electrode helical spring 16.

In addition, in order to be energized to battery lead plate 21, preferably, electrode helical spring 16 is formed by material, the i.e. rustless steel etc. being difficult to occur electrolytic etching.Thereby, it is possible to suppress the corrosion of battery lead plate 21 and electrode helical spring 16, guarantee reasonable electric conductivity.Its result, can implement the energising between electrode section 30 and battery lead plate 21 more reliably.

And, by using electrode helical spring 16 battery lead plate 21 and circuit pattern P to be electrically connected, thus without the need to using terminal, wire.Thereby, it is possible to reduce the cost of cosmetic apparatus 1.

As mentioned above, the main body cover 11 of present embodiment is formed.

The cosmetic apparatus 1 of present embodiment also has the following illustrated function heated electrode section 30.Thereby, it is possible to realize higher cosmetic result.

That is, cosmetic apparatus 1 has heating part 40, has the structure utilizing 40 pairs, heating part electrode section 30 to heat.

Specifically, heating part 40 is at least made up of heater 41, heat-conducting plate 42 and detector unit 43 etc.Heat-conducting plate 42 has the shape of roughly the same with the inner surface configuration of electrode section 30 (comprising identical), is configured at the inner side of electrode section 30 across the such as thermal conducting agent such as thermally conductive grease, hot fat.Detector unit 43 configures in the mode be sandwiched between the inner side of electrode section 30 and heat-conducting plate 42, for the temperature in detecting electrode portion 30.

In addition, leaning on of heat-conducting plate 42 is formed as tabular surface with the face of electrode section 30 side (front side of X-direction) opposite side (rear side of X-direction).Therefore, heater 41 can seamlessly abut with the tabular surface of heat-conducting plate 42.Thereby, it is possible to realize higher temperature detecting precision, the uniform heating temperatures etc. of electrode section 30.

As shown in Figure 4, heater 41 be subject to heater by the counteracting force of pressing spring 45 by forwards (electrode section 30 side) force.Heater is such as made up of helical spring by pressing spring 45, is incorporated in the heater of formation on electrode holding plate 44 by pressing spring incorporating section 44a.And, heater by pressing spring 45 under the state being coated at the teat 44b formed by pressing spring incorporating section 44a at heater, to heater 41 forwards (electrode section 30 side) force.

In addition, by the electrode holding plate 44 that pressing spring 45 is received, there is the basilar part 44c that extends in YZ plane and and the surrounding wall portion 44d that arranges continuously of basilar part 44c to the heater of heating part 40.

And electrode holding plate 44 is fixed on electrode section 30 as described below.

First, the peristome 30a (with reference to Figure 13) of the front part of the surrounding wall portion 44d of electrode holding plate 44 from the rearward opening of electrode section 30 is inserted.Thus, make surrounding wall portion 44d chimeric with the columnar part 32 of electrode section 30.

And, utilize the flange part 12b of front side shell 12 and the flange part 31 (with reference to Figure 13) in the flange part 44e holding electrode portion 30 that the basilar part 44c of electrode holding plate 44 is formed.Thus, electrode holding plate 44 fixed electrode portion 30 is utilized.

Now, the cosmetic apparatus 1 of present embodiment such as uses O RunddichtringO 15b electrode section 30 and electrode holding plate 44 to be fixed up.Thereby, it is possible to prevent the liquid such as the beautifying liquid being impregnated in treatment component 60 from entering from the gap between electrode section 30 and the surrounding wall portion 44d of electrode holding plate 44.

In addition, the rear section of the surrounding wall portion 44d of electrode holding plate 44 is chimeric with the inner surface of main body cover 11 (front side shell 12).Thus, electrode holding plate 44 is fixed on main body cover 11.Now, O RunddichtringO 15c etc. is such as used electrode holding plate 44 and main body cover 11 to be got up.Thereby, it is possible to prevent the liquid such as beautifying liquid from entering from the gap between main body cover 11 and the surrounding wall portion 44d of electrode holding plate 44.

In addition, be configured to can to prevent equally the liquid such as beautifying liquid from entering from the joint between front side shell 12 and rear side shell 13, gap between rear side shell 13 and battery lead plate 21, the gap between front side shell 12 and switch housing 14 and the gap between switch housing 14 and each action button etc.Specifically, for front side shell 12 and rear side shell 13, such as, making treatment component 60 containing when being soaked with beautifying liquid, be configured to rear side shell 13 enters front side shell 12 inner side with the part of joint.In addition, for rear side shell 13 and battery lead plate 2, utilize such as two-sided tape the complete cycle of battery lead plate 21 to be fixed on rear side shell 13, thus realize easy waterproof construction.And, for front side shell 12 and switch housing 14 and front side shell 12 and action button, be configured to utilize such as rib to surround the surrounding in the hole of front side shell 12, thus prevent beautifying liquid from entering.

Thus, liquid is suppressed to enter the inside of cosmetic apparatus 1.That is, the fault that the built-in electronic product caused by the liquid entered occurs is reduced.Its result, for the cosmetic apparatus 1 being built-in with electronic product, can the liquid such as dual-purpose beautifying liquid.

In addition, the heater 41 of heating part 40 is such as made up of ceramic heater, linear heater, by producing heat to the battery lead plate energising being formed at two faces.On the other hand, heat-conducting plate 42 is formed by the such as aluminium etc. that thermal conductivity is good.Therefore, the hidden danger be energized by heat-conducting plate 42 is had between the battery lead plate of electrode section 30 and heater 41.Therefore, the battery lead plate of heater 41 and the aluminium insulation of heat-conducting plate 42 is made, to suppress the energising (such as, short circuit etc.) between electrode section 30 and heater 41.Specifically, heater 41 and battery lead plate one are reinstated polyimide piece and are wound up, and alumite implemented by the aluminium of heat-conducting plate 42.Thus, insulate between the battery lead plate of electrode section 30 and heater 41.Therefore, it is possible to suppress the energising of the electrode section 30 wanting the operation beyond the operation of enforcement to cause by user.In addition, the operation implemented is wanted to refer to by making battery lead plate 21 and electrode section 30 and contact skin and realize being energized.On the other hand, wanting the operation beyond the operation of enforcement to refer to such as within preheating time, when being energized to heater 41, also electrode section 30 being energized.Therefore, in this case, carry out insulating in case stop-pass is electric.

And as shown in Figure 4, electrode holding plate 44 is for keeping heater by pressing spring 45, electrode helical spring 46 and terminal 47.Electrode helical spring 46 abuts to be energized (power supply) to electrode section 30 with electrode section 30.That is, be energized from the control circuit substrate 90 being equipped with control circuit 91 by wire H and terminal 47 pairs of electrode helical springs 46.Therefore, electrode helical spring 46 is electrically connected with control circuit substrate 90 by wire H and terminal 47.In addition, electrode helical spring 46 is also electrically connected with electrode section 30.Therefore, also electrode section 30 is energized.

In addition, in order to be energized to electrode section 30, preferably, electrode helical spring 46 is formed by the material being difficult to occur galvano-cautery, such as uses rustless steel to be formed.Thereby, it is possible to suppress electrode section 30 and electrode helical spring 46 to corrode, and electric conductivity can be kept well.Its result, can be energized between electrode section 30 and battery lead plate 21 more reliably with higher credibility.

That is, electrode section 30 and battery lead plate 21 are electrically connected by the cosmetic apparatus 1 of present embodiment.Specifically, the mode handle that user contacts with battery lead plate 21 with palm holds handle part 20.In this condition, the bearing surface 33 of electrode section 30 is made to abut with the skin of the face of user etc.Thus, electrode section 30 and battery lead plate 21 by the electrical connection such as skin and palm of user, and are in conducting state.

As described above, the heating part 40 of present embodiment is constituted.

The cosmetic apparatus 1 of present embodiment also has vibration section 50 in the inside of main part 10, and this vibration section 50 is for applying vibration to electrode section 30.

Below, use Fig. 4 and Fig. 5, structure and the action of vibration section 50 are described.

Vibration section 50 comprises motor 51, and this motor 51 has motor body 51a and motor reel 51b.

Specifically, vibration section 50 is formed by arranging eccentric hammer 52 on the motor reel 51b of motor 51.Eccentric hammer 52 comprises fixed part 52a and eccentric part 52b.Fixed part 52a is formed as cylindric, is inserted in and is fixed on motor reel 51b.Eccentric part 52b is formed as semi-circular cylindrical, is integrally formed at the peripheral part of fixed part 52a.And, under the state that eccentric hammer 52 is installed on motor reel 51b, motor reel 51b is rotated.Thus, the centrifugal action of eccentric hammer 52 is in motor 51.Its result, utilizes the centrifugal force of eccentric hammer 52, applies vibration to electrode section 30.

Now, vibration section 50 is clamped between electrode holding plate 44 and motor holding plate 48.Motor 51 is electrically connected with the control circuit 91 of control circuit substrate 90 by wire H.Thus, the motor 51 forming vibration section 50 is controlled by control circuit 91 and carries out work.

As mentioned above, can, by arranging vibration section 50, electrode section 30 mechanically be vibrated.Thus, even if the not direct mobile cosmetic apparatus 1 of user, also under the state making electrode section 30 abut with skin, physical stimulation can be applied to skin.

As described above, the vibration section 50 of present embodiment is constituted.

Below, with reference to Figure 14, above-mentioned control circuit substrate 90 is described.

As shown in figure 14, control circuit substrate 90 is at least equipped with control circuit 91.At least three circuit etc. shown in below control circuit 91 has.First, such as, for controlling the circuit of the electric power be energized to electrode section 30 by wire H.Secondly, the signal of detector unit 43 is accepted by wire H to control the circuit to the heat that electrode section 30 applies.Again, the circuit of control circuit power motor 51 being rotated by wire H is comprised.

In addition, as mentioned above, the cosmetic apparatus 1 of present embodiment is built-in with rechargeable battery 92 in the hollow part S1 of main body cover 11.And, control circuit substrate 90 be typically configured to be received from rechargeable battery 92 supply electric power and carry out work.

Rechargeable battery 92 be incorporated in following configuration mode be formed at battery base station 93 battery receiving part 93a in.That is, the galvanic anode accessory 93b being arranged at battery receiving part 93a abuts with the positive pole of rechargeable battery 92.And the cell cathode accessory 93c being arranged at battery receiving part 93a abuts with the negative pole of rechargeable battery 92.With above configuration mode, rechargeable battery 92 is accommodated in battery receiving part 93a (with reference to Fig. 4).

Now, galvanic anode accessory 93b and cell cathode accessory 93c is electrically connected with control circuit substrate 90.Thereby, it is possible to supply electric power from rechargeable battery 92 to control circuit substrate 90.

In addition, in top 11e (being sometimes also designated as the other end or the lower end) side of main body cover 11, there is socket 94 (electrical power source connection).Socket 94 is electrically connected with control circuit substrate 90.Thus, the plug (power supply supply connecting portion) be connected with external power sources such as source power supplies embeds socket 94, thus can charge to rechargeable battery 92.In addition, also can by source power supply Direct driver cosmetic apparatus 1.

As described above, the main member of the cosmetic apparatus 1 of present embodiment is constituted.

Then, with reference to Figure 12 and Figure 13, the concrete shape of the electrode section 30 being installed on cosmetic apparatus 1 as present embodiment emphasis is described.

As shown in Figure 12 and Figure 13, electrode section 30 is configured at least have columnar part 32 and bearing surface 33 etc., and wherein, bearing surface 33 comprises edge 30b, inclination edge 30c, 30d, apex 30e, 30f, 30g and flexure plane 33c.Observing from front, when namely observing from X-direction, upper edge 30b is the linearly arranging in ground on the top of the flexure plane 33c of electrode section 30 approximate horizontal (comprising level).The mode that inclination edge 30c, 30d extend to the below of Z-direction and to the central authorities of Y-direction with the two ends in the Y-direction from upper edge 30b arranges along the periphery of flexure plane 33c.In addition, inclination edge 30c, 30d are formed with the edge of the mode slight curvature bloated respectively to the outside (front side) of Y-direction.Equally, upper edge 30b forms the edge of the mode slight curvature bloated with outside Z-direction (upper side).

And one end 30b1 of the Y-direction of upper edge 30b and the upper end 30c1 of inclination edge 30c is connected by the apex 30e of the smoothed curve being formed at inclination edge 30c.In addition, the other end 30b2 of the Y-direction of upper edge 30b and the upper end 30d1 of inclination edge 30d is connected by the apex 30f of the smoothed curve being formed at inclination edge 30d.And the lower end 30c2 of inclination edge 30c and the lower end 30d2 of inclination edge 30d is connected by the apex 30g of smoothed curve.

That is, when observing from front, the contour shape of electrode section 30 is formed as by the roughly inverted triangular shape being arranged at the upper edge 30b of flexure plane 33c periphery and these three edge of inclination edge 30c, 30d and three apex 30e, 30f, 30g and forming.Thus, under common using state, the junction section between the nose of inclination edge 30c, 30d and user and cheek can be easily made to abut.Its result, can carry out treatment to the discreet portions of skin (face of user) extremely meticulously.

And, because electrode section 30 is formed as roughly inverted triangular shape, under common using state, the profile of electrode section 30 can be suppressed to contact with nose etc.That is, when carrying out treatment to the gap between eye, nose broadens along with going from inner eye corner to mouth.Therefore, as roughly inverted triangular shape, prevent the abutting to nose, therefore, it is possible to avoid nose effectively carry out treatment with widening.

In addition, as shown in figure 13, electrode section 30 has flange part 31.Flange part 31 clamps by the flange part 12b of the front side shell 12 shown in Fig. 4 with at the flange part 44e that the basilar part 44c of electrode holding plate 44 is formed.Thus, electrode section 30 is kept by main body cover 11.

Columnar part 32 and the flange part 31 of electrode section 30 are arranged continuously, extended in the mode erected toward the front.

Bearing surface 33 is arranged continuously with the front end 32a of columnar part 32, forms the face with the contact skin of user.

In addition, the rear portion of electrode section 30 has the peristome 30a of rearward opening.And heating part 40, electrode holding plate 44 etc. are incorporated in electrode section 30 by peristome 30a.

And the bearing surface 33 of electrode section 30 has bending section 33a, the front end 32a of this bending section 33a and columnar part 32 is arranged continuously, and bends with inner side (inner side of the contour shape of the electrode section 30 when observing from front) toward the front.

Now, bending section 33a is with on the complete cycle of the contour shape of the flexure plane 33c in electrode section 30, and the mode of the radius of curvature constant (comprising constant) of circular arc when analysing and observe is formed.That is, bearing surface 33 bending section 33a with the front end 32a with columnar part 32 smoothly consecutive mode arrange continuously.

Specifically, as shown in figure 13, bending section 33a is arranged as follows continuously with the front end 32a of columnar part 32: the tangent line at the intersection point T1 place of circular arc between bending section 33a and the front end 32a of columnar part 32 of bending section 33a and the section line of columnar part 32 roughly consistent (comprising consistent).

And, in the present embodiment, the bearing surface 33 of electrode section 30, the effect at least partially with Embedded Division of the bending section 33a that is formed in the boundary between this bearing surface 33 and columnar part 32.In addition, the effect of Embedded Division refers to when making electrode section 30 and contact skin, makes electrode section 30 embed the effect of skin.

Now, causing in the extent and scope of strong stimulation to skin, the radius of curvature of bending section 33a was set as wide as possible.On the other hand, can suppress, in the extent and scope that bending section 33a slides on skin when bending section 33a embeds skin, to set the radius of curvature of bending section 33a as small as possible.That is, in the mode of not sliding on skin, do not make the pressing force to skin become large on the other hand, the scope of the radius of curvature of setting bending section 33a.

More specifically, set the radius of curvature of bending section 33a with following degree: when bending section 33a being moved in parallel under the state making bending section 33a embed skin, the skin embedded by bending section 33a is the mobile distance specified together with bending section 33a only.On the other hand, the radius of curvature of bending section 33a is also set as follows: when displacement exceedes predetermined distance, bending section 33a can slide on skin, thus bending section 33a is in the embedding state of the degree left from skin.

In addition, usually, when using cosmetic apparatus 1, skin is coated with cream, beautifying liquid.Therefore, compared with the skin that what is not all smeared under normal circumstances, the bending section 33a of electrode section 30 easily skids.Therefore, it is further preferred that as the radius of curvature R of bending section 33a, be set as that bending section 33a can by the radius of curvature of degree pulled away under the state embedding the skin easily skidded.

In the present embodiment, consider above-mentioned aspect, the radius of curvature of bending section 33a is set as such as approximately 2.0mm.In addition, radius of curvature is not limited to above-mentioned numerical value, can carry out changing without the need to repeating according to the shape of electrode section 30, size etc.

In addition, the bending section 33a that the cosmetic apparatus 1 of present embodiment makes the position of edge 30b on the becoming of electrode section 30 be formed plays a role as Embedded Division.This is because, when making the skin-liftings such as face, on the above-below direction of face, become upper edge 30b with the position of contact skin.

Below, the effect of situation about being played a role as Embedded Division by the bending section 33a of upper edge 30b etc. is illustrated.

First, user holds the handle part 20 of cosmetic apparatus 1 in the mode making the upper edge 30b of electrode section 30 and be positioned at top.Under the state held, the bearing surface 33 of electrode section 30 is abutted with skin (such as, face etc.).Now, abut with skin in the mode making the bending section 33a (Embedded Division) being formed at upper edge 30b embed skin.

Then, bending section 33a is made to embed skin, while make bearing surface 33 be moved upward.Thus, the skin that the Embedded Division being bent portion 33a fastens is moved upward along with moving of bending section 33a.

Afterwards, the skin of movement together with bending section 33a, when the mobile distance specified, occurs to skid and moves towards original position (below).

And, repeatedly perform above-mentioned action.Thereby, it is possible to make skin promote upward.

In addition, in the present embodiment, be described for the structure that the bending section 33a being formed at upper edge 30b is played a role as Embedded Division, but be not limited to this.As mentioned above, bending section 33a to be formed with the radius of curvature of constant (about 2.0mm) on the complete cycle of the contour shape of electrode section 30.

Therefore, except upper edge 30b, the bending section 33a being such as formed at inclination edge 30c, 30d etc. also plays a role as Embedded Division.Therefore, can using being formed at inclination edge 30c, the bending section 33a of 30d uses without the need to repeating as Embedded Division.But upper edge 30b is formed as linearity, therefore, and be formed as compared with curvilinear inclination edge 30c, 30d, easily pulled away under the state embedding skin.Therefore, when lifting effect more effectively will be obtained, it is further preferred that upper edge 30b is embedded skin as Embedded Division.

In addition, in the present embodiment, the bending section 33a of the upper edge 30b of electrode section 30 will be formed at as Embedded Division.Thus, the installation direction (X-direction) electrode section 30 installed to main body cover 11 becomes level.And, under the top 11e of the handle part 20 of cosmetic apparatus 1 carries out the state held with becoming lower end, be formed with Embedded Division (bending section 33a) on the top of electrode section 30.Thereby, it is possible to the lifting vertically such as execution face effectively.

As mentioned above, the skin of Embedded Division to user be made up of the bending section 33a of the electrode section 30 of present embodiment plays a role.

Below, structure and the effect of the flexure plane 33c of electrode section 30 is described in detail.

That is, as shown in Figure 12 and Figure 13, the bearing surface 33 of the electrode section 30 of present embodiment also has flexure plane 33c, and this flexure plane 33c has the convex shaped part 33b being formed as convex.

Specifically, the front end 33a1 with bending section 33a arrange continuously, on the face except bending section 33a of bearing surface 33, form convexly forwards outstanding flexure plane 33c.

That is, the flexure plane 33c of bearing surface 33 is formed as the convex form with a summit T.Now, be positioned at the mode of the center of gravity position by the top than the contour shape of electrode section 30 with the position of summit T, form flexure plane 33c.

In addition, summit T is in the flexure plane 33c of bearing surface 33, the distance of plane apart from almost parallel with YZ plane (the comprising parallel) that comprise the front end 32a across columnar part 32 complete cycle maximum (away from) point of position.

And, as shown in figure 13, flexure plane 33c is arranged continuously with the front end 33a1 of bending section 33a as follows: make the tangent line at intersection point T2 place of the circular arc of flexure plane 33c side between the front end 33a1 of the bending section 33a of flexure plane 33c and electrode section 30 and the circular arc of bending section 33a side at the tangent line at intersection point T2 place roughly consistent (comprising consistent) (tangent line as common).

And, in z-direction, arrange continuously in the mode of circular arc at the tangent line at T place, summit roughly consistent (comprise consistent) (tangent line as common) with the summit T circular arc on the lower (circular arc that radius of curvature is larger) than flexure plane 33c than the circular arc (circular arc that radius of curvature is less) of the top side of summit T of flexure plane 33c.

Thus, the flexure plane 33c entirety of electrode section 30 is continuous smoothly, thus is formed with the convex bloated towards the front of X-direction.Equally, the flexure plane 33c of electrode section 30 also with the front end 33a1 with bending section 33a smoothly continuous print mode arrange continuously.

In addition, as shown in figure 12, the flexure plane 33c of electrode section 30 have from summit T towards apex 30e, crest line R1, R2, R3, R4 of the mid point (center of Y-direction) of 30f, 30g and upper edge 30b.Crest line R1 is to be formed from summit T towards the mode of apex 30e.Crest line R2 is to be formed from summit T towards the mode of apex 30f.Crest line R3 is to be formed from summit T towards the mode of apex 30g.Crest line R4 is to be formed from summit T towards the mode of the mid point of upper edge 30b.

Here, crest line R1 and crest line R2 is the line set that flexure plane 33c carries out the summit in the cross section that cutting obtains from one end of Y-direction to the other end formed with XZ plane.In addition, crest line R3 is the line that the set carrying out the summit in the cross section that cutting obtains from summit T to apex 30g with XY plane is formed, crest line R4 be with XY plane from summit T to the mid point of upper edge 30b carry out the summit in the cross section that cutting obtains the line that formed of set.

In addition, specifically, the mode that crest line R1 and crest line R2 is such as respectively 52.5mm with radius of curvature is formed.Crest line R3 is such as that the mode of 97.5mm is formed with radius of curvature.And crest line R4 is such as that the mode of 7.5mm is formed with radius of curvature.

In addition, for the cosmetic apparatus 1 of present embodiment, the summit T peripheral regions being top with the summit T of flexure plane 33c is set to convex shaped part 33b.

And the convex shaped part 33b of flexure plane 33c is formed at the upper edge 30b side (upper side) played a role as Embedded Division in bearing surface 33.

And as mentioned above, when analysing and observe, the convex shaped part 33b of flexure plane 33c is to be formed by arc sections from bending section 33a continuous print mode.

In addition, as shown in Figure 10, when observing from the upper edge 30b side of electrode section 30, convex shaped part 33b has the shape of crescent shape.Therefore, it becomes and is more suitable for and eye, the shape especially contacted with the swells of lower eyelid.

As described above, the flexure plane 33c of the electrode section 30 of present embodiment is constituted.

In addition, the cosmetic apparatus 1 of present embodiment uses titanium to form electrode section 30.In addition, as treatment component 60, the minimum kind in the circulation goods that market can be used to peddle, the cotton piece etc. that is of a size of 66mm × 50mm.

That is, the electrode section 30 of present embodiment is formed as the shape of the treatment component 60 that can use more than above-mentioned size.Specifically, the Y-direction width of the roughly del of electrode section 30 is about 35mm, Z-direction length is about 30mm.In addition, the height (distance of X-direction) apart from main body cover 11 of the columnar part 32 of electrode section 30 is about 7mm.And the height (distance of X-direction) from the front end of columnar part 32 to convex shaped part 33b is about 3mm.Thus, the user treatment component 60 that most market can be used to peddle.Therefore, it is possible to make the ease of use of cosmetic apparatus 1 improve further.

In addition, in the present embodiment, control circuit 91 is formed at control circuit substrate 90, and control circuit substrate 90 is incorporated in the hollow part S1 of main body cover 11.

And, in control circuit substrate 90, be formed with the switch portion 81b of the mode selector switch 81 of the mode of operation for switching cosmetic apparatus 1.Equally, in control circuit substrate 90, be formed with the switch portion of the switch portion of the grade change-over switch 82 of the grade (voltage strength) for switched voltage and the temperature change-over switch 83 for the temperature that switches electrode section 30.

Each switch portion, by the circuit pattern P (with reference to Figure 14) of electric conductivity being formed at control circuit substrate 90, is electrically connected with control circuit 91.And, be respectively arranged with action button (operating parts) at the position facing with each switch portion.

In addition, control circuit substrate 90 is provided with multiple LED84.Each LED84, by the circuit pattern P (with reference to Figure 14) of electric conductivity being formed at control circuit substrate 90, is electrically connected with control circuit 91.And, be formed with light guide section in the mode facing with each LED84.Light guide section is formed in the mode being exposed to main body cover 11.

Now, action button 81a, action button 82a and action button 83a can be formed by the component with light transmission.Thereby, it is possible to make each action button play a role as light guide section.

In this case, each action button can play the light transmission that makes to irradiate from LED84 to the effect of outside, namely plays a role as display part.

In addition, when utilizing operation switch mode, grade, the temperature of action button, preferably, by making the state (lighting time such as color, light quantity, flicker) of light change, thus user can with the naked eye confirm.Thus, user can visually see the light through action button 81a, thus confirms that cosmetic apparatus 1 works in what mode.Equally, which kind of grade is the grade (voltage strength) that can confirm voltage be.And, can confirm which kind of temperature is the temperature of electrode section 30 are.

In addition, beyond above-mentioned functions, when the battery allowance of rechargeable battery 92 tails off, the light with different colours when usually using can be irradiated, or light quantity is reduced.Thereby, it is possible to inform that user charges the need of to rechargeable battery 92.

In addition, light guide section can be set relatively each action button independently.In this case, LED84 is installed on control circuit substrate 90 in the mode facing with light guide section.

Below, the action of cosmetic apparatus that Figure 15 A to Figure 15 C illustrates present embodiment, that brought by mode selector switch, grade change-over switch and temperature change-over switch and effect is used referring to figs. 1 through Figure 14.

Here, as mentioned above, mode selector switch 81 is switches of the mode of operation for switching cosmetic apparatus 1.In addition, grade change-over switch 82 and temperature change-over switch 83 are when Land use models change-over switch 81 have selected the mode of operation of regulation, carry out the switch of the setting adapted with the hobby of user.

First, use Figure 15 A that action and the effect of mode selector switch are described.

First mode selector switch 81 utilizes the push action of action button 81a to make switch portion 81b action.Thus, the mode of operation of cosmetic apparatus 1 is switched successively.

That is, when making cosmetic apparatus 1 work, mode selector switch 81 suitably selects desired mode of operation from cleaning mode, moisturizing pattern and three kinds of vibration mode A, B, C.Therefore, control circuit 91 stores each mode of operation such as " cleaning mode ", " moisturizing pattern ", " vibration mode A ", " vibration mode B " and " vibration mode C " that can be switched in advance.

Specifically, as shown in fig. 15, first, under the state that power supply disconnects, pressing once-through operation button 81a, makes switch portion 81b work.Thus, connect the power supply of cosmetic apparatus 1, and the work under starting cleaning mode.

Then, under the state of above-mentioned cleaning mode, pressing once-through operation button 81a, makes switch portion 81b work.Thus, the work under moisturizing pattern is started.That is, the mode of operation of cosmetic apparatus 1 is switched to moisturizing pattern by from cleaning mode.

Then, under the state of above-mentioned moisturizing pattern, pressing once-through operation button 81a, makes switch portion 81b work.Thus, cosmetic apparatus 1 makes electrode section 30 vibrate under vibration mode A.That is, the mode of operation of cosmetic apparatus 1 is switched to vibration mode A by from moisturizing pattern.

Then, under the state of above-mentioned vibration mode A, pressing once-through operation button 81a, makes switch portion 81b work.Thus, cosmetic apparatus 1 makes electrode section 30 vibrate under vibration mode B.That is, the mode of operation of cosmetic apparatus 1 is switched to vibration mode B by from vibration mode A.

Then, under the state of above-mentioned vibration mode B, pressing once-through operation button 81a, makes switch portion 81b work.Thus, cosmetic apparatus 1 makes electrode section 30 vibrate under vibration mode C.That is, the mode of operation of cosmetic apparatus 1 is switched to vibration mode C by from vibration mode B.

Then, under the state of above-mentioned vibration mode C, as pressing once-through operation button 81a, when switch portion 81b is worked, power supply disconnects.

That is, for the mode selector switch 81 of present embodiment, when switch portion 81b being worked at each pressing operation button 81a, the mode of operation of cosmetic apparatus 1 can both be switched.Specifically, mode selector switch 81 can disconnect with power supply, cleaning mode, moisturizing pattern, vibration mode A, vibration mode B, vibration mode C, power supply disconnect circulation carry out cyclic switching.

Now, preferably, the switching of cooperating pattern, switches the turning off the light of above-mentioned LED84, lights.Thus, user easily can confirm currently just to work under which kind of mode of operation.

In addition, in the above-described embodiment, for the pattern switching of mode selector switch 81, with the action by pressing operation button 81a, the action performing the on-off of the power supply of cosmetic apparatus 1 is that example is illustrated, but is not limited to this.Here, be configured to the on-off action of power supply also as the switching result of the mode of operation of cosmetic apparatus 1.But, be not limited to above-mentioned switching action, such as, also can be configured to the switch of power supply on-off action and action button are arranged independently relative to mode selector switch 81.

Then, use Figure 15 B, action and the effect of grade change-over switch are described.

Grade change-over switch be when Land use models change-over switch 81 make the mode of operation of cosmetic apparatus 1 be cleaning mode or moisturizing pattern operated switch.Thus, for cleaning mode or moisturizing pattern, such as from " weak ", " ", suitably select the grade (voltage strength) putting on the voltage of electrode section 30 in " by force ".Therefore, control circuit 91 store in advance can be switched " weak ", " in ", the grade of each voltage of " by force ".

Specifically, as shown in fig. 15b, in embodiments, for A-stage, the grade (voltage strength) of voltage is set as " weak ".That is, when just bringing into use cosmetic apparatus 1, Land use models change-over switch 81 switches on power, and only under the state that have selected cleaning mode or moisturizing pattern, the grade (voltage strength) of voltage is set as " weak ".

And under the state that the grade (voltage strength) of voltage is set as " weak ", pressing once-through operation button 82a, makes the switch portion work of grade change-over switch 82.Thus, the grade (voltage strength) of voltage be switched to from " weak " " in ".

Then, the grade (voltage strength) of voltage be set as " in " state under, pressing once-through operation button 82a, makes the switch portion work of grade change-over switch 82.Thus, voltage grade (voltage strength) by from " in " be switched to " by force ".

Then, under the state that the grade (voltage strength) of voltage is set as " by force ", pressing once-through operation button 82a, makes the switch portion work of grade change-over switch 82.Thus, the grade (voltage strength) of voltage is switched to " weak " by from " by force ".

Namely, for the grade change-over switch 82 of present embodiment, when switch portion being worked at each pressing operation button 82a, can both " weak ", " in ", " by force ", " weak " circulation in, the grade (voltage strength) of cyclic switching voltage.

Now, preferably, coordinate the switching of grade of voltage, switch the turning off the light of above-mentioned LED84, light.Thus, user easily can be confirmed to be which kind of electric pressure (voltage strength).

In addition, when utilizing the grade change-over switch 82 of present embodiment to carry out grade switch operating, when using cosmetic apparatus 1, the grade of the voltage finally set is stored in control circuit 91.That is, when the power supply of cosmetic apparatus 1 disconnects, the grade of the voltage of last setting is stored.Thus, afterwards, when using cosmetic apparatus 1 again, when energized, the grade of the voltage set by last time is set as.Thus, operability is improved.

As mentioned above, under powered-on mode, the cosmetic apparatus 1 of present embodiment utilizes the switching of grade change-over switch 82, makes the power strength change by electrode section 30 pairs of skin energisings.Cosmetic apparatus 1 is used thereby, it is possible to the electric pressure adapted in the hobby with user under (such as, user can not feel the grade of voltage of pain).

Then, use Figure 15 C, action and the effect of temperature change-over switch are described.

Temperature change-over switch is under the cleaning mode of the cosmetic apparatus 1 set by Land use models change-over switch 81, moisturizing pattern, vibration mode A, vibration mode B, vibration mode C, the switch of the suitably temperature in choice electrode portion 30 from " low ", " height ", " cutting ".Therefore, control circuit 91 stores in advance in the temperature that can be switched " low ", " height ", the situation bottom electrode portion 30 of " cutting " will set.

Specifically, as shown in figure 15 c, in embodiments, in the early stage under state, the temperature of electrode section 30 is set as " low ".That is, when just bringing into use cosmetic apparatus 1, under the state that Land use models change-over switch 81 has connected power supply (mode of operation is any one), the temperature of electrode section 30 is set as " low ".

And under the state that the temperature of electrode section 30 is set as " low ", pressing once-through operation button 83a, makes the switch portion work of temperature change-over switch 83.Thus, the temperature of electrode section 30 is switched to " height " by from " low ".

Then, under the state that the temperature of electrode section 30 is set as " height ", pressing once-through operation button 83a, makes the switch portion work of temperature change-over switch 83.Thus, the temperature of electrode section 30 is switched to " cutting " by from " height ".

Then, under the state that the temperature of electrode section 30 is set as " cutting ", pressing once-through operation button 83a, makes the switch portion work of temperature change-over switch 83.Thus, the temperature of electrode section 30 is switched to " low " by from " cutting ".

That is, for the temperature change-over switch 83 of present embodiment, when switch portion being worked at each pressing operation button 83a, can both in the circulation of " low ", " height ", " cutting ", " low ", the temperature of cyclic switching electrode section 30.

Now, preferably, coordinate the switching of temperature, switch the turning off the light of above-mentioned LED84, light.Thus, user easily can confirm which kind of grade is the temperature of electrode section 30 be.

In addition, when utilizing the temperature change-over switch 83 of present embodiment to carry out temperature switch operating, when using cosmetic apparatus 1, the temperature finally set is stored in control circuit 91.That is, when the power supply of cosmetic apparatus 1 disconnects, the temperature of last setting is stored.Thus, afterwards, when using cosmetic apparatus 1 again, when energized, the temperature set by last time is set as.Thus, operability is improved.

As mentioned above, the cosmetic apparatus 1 of present embodiment, by the switching of temperature change-over switch 83, makes the variations in temperature of electrode section 30.Thereby, it is possible to the use of the hobby of person, the temperature of surrounding, suitably set the temperature of electrode section 30.

As described above, action and the effect of the cosmetic apparatus that the Land use models change-over switch of present embodiment, grade change-over switch and temperature change-over switch are carried out is realized.

Below, to the action of the cosmetic apparatus 1 formed as described above and an example of effect, more specific description is carried out.

First, derived by ion and clean, this ion utilizes electric power attract dirt.Therefore, first, by sheet material keeper 70 under the state of bearing surface 33 utilizing the treatment component 60 coated electrode portions 30 such as cotton piece, electrode section 30 is held in.Afterwards, treatment component 60 is made to be impregnated in beautifying liquid until beautifying liquid is impregnated into treatment component 60 fully.Thus, the preparation in advance using cosmetic apparatus 1 is completed.

Then, the action button 81a of a pressing mode selector switch 81, makes switch portion 81b work.Thus, connecting the power supply of cosmetic apparatus 1, is cleaning mode by Working mode set.

In addition, under the state of power supply just connecting cosmetic apparatus 1, the temperature of electrode section 30 is cooled.That is, be in about ambient temperature.Therefore, when Land use models change-over switch 81 selects cleaning mode, first, the preheating mode of 1 minute is started.And, when preheating mode, such as, make LED84 glimmer.Thus, user can confirm that cosmetic apparatus 1 is for preheating mode.

And at the end of preheating mode, LED84 becomes the state lighted all the time.

Then, under the state that preheating mode terminates, contact with battery lead plate 21, while make electrode section 30 abut with skin.Thus, what start to utilize ion to derive to carry out is clean.In addition, cleaning mode from clean to count, such as terminate after 3 minutes.In addition, the time setting of 3 minutes is the time that can confirm safety, if safety is no problem, so will be not limited to this time, this is without the need to repeating.

Now, before preheating mode completes, contact with battery lead plate 21 at user, while when making electrode section 30 abut about 3 seconds with skin, terminate preheating mode.And what start to utilize ion to derive to carry out is clean.In addition, in this case, cleaning mode is also count from clean, terminates after 3 minutes.

Then, after cleaning mode terminates, as the action button 81a of a pressing mode selector switch 81, after the preheating mode of 1 minute, mode of operation is set to moisturizing pattern.Under moisturizing pattern, also the same with cleaning mode, when contacting with battery lead plate 21, while when making electrode section 30 abut with skin, start the moisturizing utilizing iontophoresis to carry out.And moisturizing pattern is counted from the moisturizing utilizing iontophoresis to carry out, terminates after 3 minutes.The cleaning mode of this time setting also with above-mentioned is identical.

Now, before preheating mode completes, contact with battery lead plate 21 at user, while when making electrode section 30 abut about 3 seconds with skin, terminate preheating mode.And, start the moisturizing utilizing iontophoresis to carry out.In addition, in this case, moisturizing pattern is also counted from the moisturizing utilizing iontophoresis to carry out, terminates after 3 minutes.

Here, when utilizing above-mentioned mode selector switch 81 to have selected cleaning mode, use Figure 16 A, an example of the voltage waveform applied to electrode section 30 is described.

Figure 16 A be represent have selected cleaning mode state under energising time the figure of energising characteristic.

As shown in Figure 16 A, when have selected cleaning mode, when to when being energized between battery lead plate 21 and electrode section 30, apply the voltage of pulse type.In the present embodiment, the voltage of the pulse type of applying frequency 3kHz, dutycycle 50%.Now, often through stipulated time (such as, 25ms), just apply the voltage after making positive-negative polarity put upside down (reversion).Specifically, the voltage of+A volt shown in Figure 16 A and the voltage of-A volt is alternately applied.Thus, between skin and electrode section 30, larger potential difference is produced.Its result, more effectively can make the dirt of skin appear in one's mind out, or more effectively make beautifying liquid be impregnated into skin.Utilize above action, in the clean mode, implement the cleaning to skin.

In addition, in cleaning, also only can apply the voltage of-A volt.In this case, the dirt of skin mainly can be made to appear in one's mind out.

Below, use Figure 16 B, illustrates and put on the routine of the voltage waveform of electrode section 30 when Land use models change-over switch 81 have selected moisturizing pattern.

Figure 16 B be represent have selected moisturizing pattern state under energising time the figure of energising characteristic.

As shown in fig 16b, when have selected moisturizing pattern, when to when being energized between battery lead plate 21 and electrode section 30, apply the voltage of pulse type.In the present embodiment, the voltage of the pulse type of applying frequency 3kHz, dutycycle 50%.Now, during enforcement moisturizing, the voltage of+A volt is only applied.Thus, between skin and electrode section 30, potential difference is produced.Its result, can more effectively make beautifying liquid soak in skin.Utilize above action, implement the moisturizing work to skin.

But usually for the resistance value of human body, each user is different.Therefore, even if when applying the voltage of same intensity, the perception situation for voltage also varies with each individual.That is, even if when applying the voltage of same intensity, cenesthesia, to the people of pain, also exists and does not almost feel the people of pain.In addition, people is also various for the hobby of energising.

Therefore, in the present embodiment, for cleaning mode, moisturizing pattern, grade change-over switch is utilized to switch the grade of the voltage of energising.Thereby, it is possible to from " by force ", " ", " weak " this three phases sets out user and can not feel the electric pressure of unhappy that degree.In addition, in the present embodiment, the electric pressure of energising be such as set as " by force " be 10 volts, " in " be 7.5 volts, " weak " be 5 volts.

As mentioned above, when Land use models change-over switch 81 have selected cleaning mode or moisturizing pattern, the voltage of the regulation grade of above-mentioned description of contents is applied on a user's skin.

Then, after moisturizing Pattern completion, as the action button 81a of a pressing mode selector switch 81, as mode of operation, first vibration mode A is set as.

In addition, the cosmetic apparatus 1 of present embodiment is configured to when making vibration section 50 work, and can suitably select desired vibration mode from three kinds of vibration modes.Its reason is, because people is various for the hobby of vibration, is difficult to utilize a kind of vibration mode to meet the hobby of majority.Therefore, for the cosmetic apparatus of present embodiment, by selecting the vibration mode of regulation from multiple vibration mode, the hobby of more people can be met.

Specifically, under the state of moisturizing pattern, when switch portion 81b being worked when pressing once-through operation button 81a, vibration section 50 vibrates under vibration mode A.In addition, under the state of vibration mode A, when switch portion 81b being worked when pressing once-through operation button 81a, vibration section 50 vibrates under vibration mode B.And under the state of vibration mode B, when making switch portion 81b work when pressing once-through operation button 81a, vibration section 50 vibrates under vibration mode C.That is, often press the action button 81a of a mode selector switch 81, vibration section 50 just switches to a kind of vibration mode in vibration mode A, vibration mode B, vibration mode C.Thus, the vibration under selected vibration mode is applied to electrode section 30.

And under the state of vibration mode C, when making switch portion 81b work when pressing once-through operation button 81a, the power supply of cosmetic apparatus 1 disconnects.

Below, use Figure 17 A to Figure 17 C, the action of the vibration section 50 under above-mentioned vibration mode A, B, C is described.

Figure 17 A is the sequential chart of the vibration mode A of the cosmetic apparatus of same embodiment.Figure 17 B is the sequential chart of vibration mode B.Figure 17 C is the sequential chart of vibration mode C.In addition, the longitudinal axis in accompanying drawing represents that the action of vibration section 50 is connected (ON) or disconnects (OFF).In addition, transverse axis represents the movement time (unit is ms) switched on and off.

As shown in Figure 17 A, vibration mode A makes vibration section 50 repeat the pattern of on-off action with the cycle of 75ms.Now, be such as set as turn-on time be 20ms, turn-off time is 55ms.

Therefore, when making vibration section 50 vibrate under vibration mode A, by the transfer of vibration repeatedly of dullness to skin.

On the other hand, as seen in this fig. 17b, first the total time of turn-off time and turn-on time is set as 50ms by vibration mode B.That is, the on-off action of a vibration action is implemented with the cycle of 50ms.Now, vibration mode B is set as that in the scope such as till from 0ms to 500ms, the turn-on time of vibration section 50 is identical with a front turn-on time or increase to some extent compared to a front turn-on time.That is, in the cycle of 50ms, the ratio of turn-off time and turn-on time changes.In addition, when increasing turn-on time, turn-off time will reduce.On the other hand, in the scope till from 500ms to 1000ms, the turn-on time of vibration section 50 is set as identical with a front turn-on time or reduces to some extent compared to a front turn-on time.In addition, when reducing turn-on time, turn-off time can increase.

That is, vibration mode B is such as in units of 1000ms, makes increase or reduce the turn-on time of the vibration section 50 in the 50ms cycle.

Therefore, when making vibration section 50 vibrate under vibration mode B, the rhythmical vibration that the power of vibration stably changes is passed to skin.

And, as shown in Figure 17 C, vibration mode C be set as the total time of turn-off time and turn-on time be the long period of 242ms and total time are 91ms short period in these two cycles between carry out driven.Specifically, when the cycle of 242ms, be set as turn-on time be 100ms, turn-off time is 142ms, thus sets longer by the movement time of on-off.In addition, when the cycle of 91ms, take turn-on time as 25ms, turn-off time the mode that is 66ms, the movement time of on-off is set shorter.

Therefore, when making vibration section 50 vibrate under vibration mode C, the rhythmical vibration of the power generation acute variation of vibration is passed to skin.

That is, the cosmetic apparatus 1 of present embodiment is owing to having three kinds of remarkable different vibration modes as described above, thus can meet the hobby of more people for vibration.And, as required, smear such as massage cream, beautifying liquid or eye cream etc. on a user's skin, afterwards under the state that have selected above-mentioned arbitrary vibration mode, treatment is carried out to skin.Now, the lifting that the Embedded Division of electrode section 30 carries out skin is utilized.And, utilize the convex shaped part 33b of electrode section 30 to carry out treatment to the swells of eye.Thereby, it is possible to eliminate the wrinkle of lax, the eye of skin.

As described above, the cosmetic apparatus 1 of present embodiment has: main body cover 11, and this main body cover 11 forms gabarit; And electrode section 30, this electrode section 30 is arranged at main body cover 11, is energized by the contact skin with user.And electrode section 30 also can be configured to have the Embedded Division (bending section 33a) pressing skin by embedding skin.

Adopt this structure, Embedded Division (bending section 33a) can embed skin, thus pressing skin, and fasten and push skin.That is, under the state making Embedded Division (bending section 33a) embed skin, when cosmetic apparatus 1 is moved in parallel, Embedded Division (bending section 33a) moves under the state fastening skin on skin.Thereby, it is possible to make skin-lifting.Its result, when to skin treatment, can obtain the lifting effect of the wrinkle of lax, the eye effectively can eliminating skin etc.

In addition, the cosmetic apparatus 1 of present embodiment is in the 11a installing electrodes portion, one end 30 of main body cover 11, have handle part 20 in another side of main body cover 11, this handle part 20 extends on the direction that the installation direction (X-direction) installed to main body cover 11 with electrode section 30 intersects.Moreover, it can be, be in level at the installation direction (X-direction) that electrode section 30 is installed to main body cover 11, and the top of handle part 20 become lower end state under, the top of electrode section 30 formed Embedded Division (bending section 33a).

Adopt this structure, under the state that electrode section 30 is positioned at above handle part 20, when handle part 20 dominated by hand, that is, under the common using state of cosmetic apparatus 1, there is Embedded Division (bending section 33a) on the top of electrode section 30.Thus, utilize the treatment under the usual using state of easily exerting oneself, easily make skin-lifting.Therefore, enhancing action can not become the burden of user.Its result, user for longer periods can carry out treatment.

In addition, the electrode section 30 of the cosmetic apparatus 1 of present embodiment has bearing surface 33 and columnar part 32, and this bearing surface 33 is for abutting with skin, and this columnar part is formed as column, and bearing surface 33 has the convex shaped part 33b being formed as convex.Moreover, it can be, convex shaped part 33b is formed at the position by Embedded Division (bending section 33a) side of bearing surface 33.

Adopt this structure, can, before the position except convex shaped part 33b of electrode section 30 abuts with skin, convex shaped part 33b be abutted with the predetermined treatment position of skin.

Particularly, when eye treatment, can, before the position except convex shaped part 33b of electrode section 30 abuts with the somewhere of face, convex shaped part 33b be abutted with the bellying of the especially lower eyelid of eye.That is, electrode section 30 (convex shaped part 33b) can be made only to abut with the position bloated of lower eyelid.Thereby, it is possible to prevent from electrode section 30 is abutted with the position beyond the bellying of lower eyelid, thus can eye be pressed and carry out treatment.Its result, more effectively can eliminate the wrinkle of eye.

In addition, the Embedded Division of the cosmetic apparatus 1 of present embodiment is the bending section 33a formed with the intersection of columnar part 32 of the bearing surface 33 in electrode section 30.Moreover, it can be, convex shaped part 33b is the arc sections formed continuously from bending section 33a when analysing and observe.

Adopt this structure, the position except convex shaped part 33b of bearing surface 33, i.e. Embedded Division (bending section 33a) and convex shaped part 33b are formed smoothly continuously.Thereby, it is possible to suppress following situation occurs, that is: when utilizing Embedded Division (bending section 33a) to promote, convex shaped part 33b fastens in bone etc., and causes user to feel pain.Its result, can implement enhancing action more swimmingly.

In addition, the present invention is not limited to above-mentioned embodiment, can carry out various distortion.

That is, in the above-described embodiment, as the using method of cosmetic apparatus 1, be illustrated for the structure used under the state that treatment component 60 is fixed on electrode section 30, but be not limited thereto.Such as, when using cosmetic apparatus 1, also treatment component 60 can not be fixed on electrode section 30, but treatment component 60 is removed use.And, also with the use of the hobby of person, treatment component 60 can be installed on electrode section 30, or treatment component 60 is removed from electrode section 30 carry out treatment.

In addition, in the above-described embodiment, describe an example of the specification (shape, size, layout etc.) of main body cover, handle part and other detail section, but can suitably carry out changing without the need to repeating.

Claims (4)

1. a cosmetic apparatus, it has: main body cover, and this main body cover forms gabarit; And electrode section, this electrode section is arranged at described main body cover, is energized by the contact skin with user, wherein,

Described electrode section has the Embedded Division pressing skin by embedding described skin.

2. cosmetic apparatus according to claim 1, wherein,

In one end of described main body cover, described electrode section is installed,

Have handle part in another side of described main body cover, this handle part is extending on the direction that the installation direction that main body cover is installed intersects with described electrode section,

The installation direction installed to main body cover in described electrode section is in level, and the top of described handle part become lower end state under, be formed with described Embedded Division on the top of described electrode section.

3. cosmetic apparatus according to claim 2, wherein,

Described electrode section has bearing surface and columnar part, and this bearing surface is used for abutting with described skin, and this columnar part is formed as column,

Described bearing surface has the convex shaped part being formed as convex,

Described convex shaped part is formed at the position by described Embedded Division side of described bearing surface.

4. cosmetic apparatus according to claim 3, wherein,

Described Embedded Division is the bending section formed with the intersection of described columnar part of the described bearing surface in described electrode section,

Described convex shaped part is the arc sections formed continuously from described bending section when analysing and observe.