CN1572271A - Skincare apparatus - Google Patents

Abstract

The present invention has an object to provide a skincare apparatus capable of engaging a filter to a hand piece and easily separating the same for thereby achieving an easier cleaning. There is provided a skincare apparatus that includes a body for generating a suction force, a suction hose of which one end is engaged with the body, and the other end is engaged with a hand piece, a hand piece adapted to receive a suction force from the suction hose and having a body held by a user's hand, and a tip engaged with the hand piece and directly contacting with skin, comprising an engaging means provided in the hand piece wherein a tip is engaged with one end of the same, and a filter provided at a portion engaged by the engaging means for thereby filtering a skin foreign substance removed from skin based on a suction force.

Description

Skin care device

Technical field

The present invention relates to a kind of skin care device, particularly a kind ofly can effectively remove the skin foreign body, for example the skin care device of skin keratin tissue etc.

Background technology

Usually, people use skin care device for example to remove the peel device etc. and remove foreign body skin keratin tissue for example on the human body skin.Traditional skin care device comprises the body that is used to produce suction force, thereby and directly with contact skin, receive from the suction force of body and aspirate for example Handheld Division of skin keratin tissue etc. of foreign body on the skin.

The skin foreign body of removing from the Handheld Division, for example skin keratin etc. is inhaled in the body, and the skin foreign body filters by being arranged on intrinsic filter.

Therefore, in the prior art, in order to clean the skin foreign body by the filter filtering, user must be pulled down filter from body and clean.Thereby very loaded down with trivial details, and cost and time have been increased.

Summary of the invention

One object of the present invention is to provide a kind of skin care device that can overcome the existing in prior technology problem.

Another object of the present invention is to provide a kind of skin care device, and wherein, filter joins on the Handheld Division, and is easy to separate, thereby cleans easily.

To achieve these goals,, provide a kind of skin care device, comprised body, be used to produce suction force according to the first embodiment of the present invention; Suction hose, the one end engages with body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from suction hose, and have can be by the housing that holds of user; And top ends, engage with the Handheld Division, and direct and contact skin, comprise the junction surface that is arranged on the Handheld Division, wherein top ends engages with an end of Handheld Division, and is arranged on the filter on the position that is engaged by the junction surface, so as by suction force from skin filtering skin foreign body.

According to a second embodiment of the present invention, a kind of skin care device is provided, comprise the Handheld Division, have two or removably engage by the junction surface more than the Handheld Division of two parts, thereby formation one, wherein, filter is arranged on the junction surface, but thereby the skin foreign body removed from skin by suction force of filtering.

A third embodiment in accordance with the invention provides a kind of skin care device, comprises forming holistic top ends, and wherein, the both sides of top ends are opens, and diamond dust is electroplated end on a surface of contact skin.

A fourth embodiment in accordance with the invention provides a kind of skin care device, comprises top ends, has the junction surface of an end that is arranged on this top ends, so that engage with the Handheld Division; And

Filter is arranged on the position that engages by the junction surface, is used for the skin foreign body that filtering is removed from skin by suction force.

According to a fifth embodiment of the invention, provide a kind of skin care device, comprised and be arranged to holistic Handheld Division, wherein, the both sides of Handheld Division are opens, and forms aduncate joint step on the lateral end of Handheld Division; And form holistic top ends, wherein both sides are and open, and bandy joint step is set in two side ends, a side that engages step is arranged on the medial surface of Handheld Division, thereby can prevent to break away from from the outside of Handheld Division by engaging step, wherein, the housing of top ends has certain interval, and the width in this gap is less than the width of opening part of the end of Handheld Division.

Description of drawings

The preferred embodiments of the present invention are described as follows with reference to the accompanying drawings.

Fig. 1 is the sketch map according to the profile of skin care device of the present invention;

Fig. 2 to Figure 15 is for being used to remove the Handheld Division of skin foreign body and the sketch map of top ends according to various embodiments of the present invention;

Figure 16 is for being arranged on the circuit block diagram of body interior according to an embodiment of the invention; And

Figure 17 and Figure 18 are the sketch map of structure according to another embodiment of the present invention.

The specific embodiment

Illustrate according to embodiments of the invention below with reference to accompanying drawings.

Fig. 1 is the sketch map according to the profile of skin care device of the present invention, Fig. 2 to Figure 15 for being used to remove the Handheld Division of skin foreign body and the sketch map of top ends according to various embodiments of the present invention, Figure 16 is for being arranged on the circuit block diagram of enclosure interior according to an embodiment of the invention, and Figure 17 and Figure 18 are the sketch map of structure according to another embodiment of the present invention.

As shown in Figure 1,display part 110 is arranged on the upper surface ofbody 100, is used for to user display operation and function selectingstate.Display part 110 can be liquid crystal display or LED (light emitting diode).

In addition, be provided withaccommodation section 104, be used to holdsuction hose 200 and Handheld Division 300.The side that topends storage part 102 is arranged onaccommodation section 104 is used to deposittop ends 400.

In addition, be provided withlid 101, be used for covering the top ofbody 100, and be provided withmirror 103 in the inboard oflid 101.

On and offswitch 120 is arranged on the top ofbody 100, is used to open and close the power supply of skin care device.Connectsuction hose 200, be used for suction force being delivered toHandheld Division 300 from body 100.Various button portion is set, and also is suction forceintensity input part 130, is used to adjust suction force intensity.

Supply hub 170 is arranged on the side ofbody 100, is used for supply power.

Fig. 2 is the sketch map of Handheld Division according to an embodiment of the invention and top ends.

One end of HandheldDivision 301 engages withsuction hose 200, andhollow bulb 302 passes from this Handheld Division, and the other end in the Handheld Division is provided withprotuberance 303.

Filter junction surface 304 with step cutting pattern forms in the inner ofprotuberance 303, and disposablemoveable filter 306 engages thereon.

One or more O type rings are arranged on the outside ofprotuberance 303, andtop ends 401 engages withprotuberance 303.

Diamond dust is electroplated theend 402 in top ends 401.When thisend 402 contacted skins, skin keratin etc. were removed.

Diamond dust is electroplated in all top ends (following description).

Therefore, when user was pushed the button of suction forceintensity input part 130, as shown in figure 16, by controlling the driving operation of the suction force generator 162 that is made of suction motor, controller 160 control system produced suction force.This suction force is sent toHandheld Division 301 by suction hose 200.By being absorbed thattop ends 401 is removed such as such foreign bodies such as skin keratins.

The skin keratins of being drawn etc., are not inhaled in thebody 100 by filtering by filter 306.Onlytop ends 401 is discerptible withhandpiece 301, sofilter 306 can take off.

According to another embodiment of the present invention, diamond dust can be electroplated in the HandheldDivision 301 end, and does not use top ends.

Controller 160 is designed to can easily control suction force from suction force generator 162 according to digital method.

In the prior art, user uses analog scaling dish method to adjust suction force intensity, with suction Controlled intensity.At this moment, under the situation of wrong suction Controlled power, may be because huge suction force and injured skin.

In the present invention, the data value about correct suction force intensity stores in the memorizer 161 in advance.Controller 160 reads suction force intensity data value from memorizer 161, and according to the operation that comes suction Controlled forcer 162 by the suction force intensity of suction forceintensity input part 130 input (high (H), in (M) and low (L)).

Therefore, user is suction Controlled power easily, thereby can prevent the skin injury that the input error owing to user causes.

In addition, can intuitively show to user by displaypart 110 about the information of suction force intensity.

Fig. 3 be according to a second embodiment of the present invention the Handheld Division and the sketch map of top ends.With compare according to the first embodiment of the present invention, the structure difference be in, 307 protuberance 309 forms screw threads 310 but not O type ring is used for engaging with top ends 405 in the Handheld Division.In addition, also formscrew thread 407 at the inner surface of the hollow space 406 of top ends 405, so that Handheld Division 307 and top ends 405 are engaged.

At this moment, drawing reference numeral 308 expression hollow bulbs, 311 expression filter junction surfaces, and 312 expression filters.

Fig. 4 A is the sketch map according to the 3rd embodiment of Handheld Division of the present invention and top ends.The inside ofscrew thread 315hollow bulb 314 of 313 in the HandheldDivision forms.Protuberance 409 with screw thread forms on top ends 408.Filter junction surface 410 forms in the inboard ofprotuberance 409.

Therefore, shown in Fig. 4 B,filter 407 engages withfilter junction surface 410, and is threaded withHandheld Division 313.

Fig. 5 is the sketch map according to the 4th embodiment of Handheld Division of the present invention and top ends.Different with the third embodiment of the present invention, on the protuberance 414 of top ends 412, be provided with a plurality of O type rings 416, and non-threaded.O type ring 416 is inserted in the inside 317 of Handheld Division 316.

At this moment, drawing reference numeral 411 expression filters, 413 expression hollow bulbs, and 415 expression filter junction surfaces.

Fig. 6 is the sketch map according to the 5th embodiment of Handheld Division of the present invention and top ends.Different with the first embodiment of the present invention, the certain angle (about 30～80 °) of part inclination ofHandheld Division 318 bodies is so that the end oftop ends 417 can closely contact with skin.

Also promptly, even when user is vertically held HandheldDivision 318, the end oftop ends 417 also can closely contact with skin.

Herein,drawing reference numeral 319 and 418 expression hollow bulbs, 320 expression protuberances, 321 expression O type rings, 322 expression filter junction surfaces, and 323 expression filters.

Fig. 7 is the sketch map according to the 6th embodiment of Handheld Division of the present invention and top ends.Among this embodiment, portion of the handle isfirst parts 324 andsecond parts 330.

Hollow bulb 325 passes the inboard offirst parts 324, andsuction hose 200 engages with an end offirst parts 324, andprotuberance 326 is located at the other end of first parts.

Filter junction surface 327 with step cutting pattern forms at the inner end ofprotuberance 326, andfilter 329 engages thereon.

One or be arranged on the outside ofprotuberance 326 more than one O type ring, an end ofsecond parts 330 engages withprotuberance 326.

Hollow bulb 331 passes the inside ofsecond parts 330, as first parts 324.Theprotuberance 326 offirst parts 324 engages with an end of these second parts, and the other end of these second parts hasprotuberance 332.

At least one O type ring is arranged on the outside of protuberance 332.Top ends 420 withhollow bulb 419 engages with theprotuberance 332 of second parts.

Therefore, only separate the Handheld Division and do not need separate top portion, promptly replaceable filter.Can on protuberance 326,332, form screw thread but not O type ring, to obtain threads engage.

Fig. 8 is the sketch map of the 7th embodiment of Handheld Division and top ends.As according to a sixth embodiment of the invention, portion of the handle isfirst parts 334 andsecond parts 337.

Hollow bulb 335 passes the inside offirst parts 334.

Hollow bulb 338 forms in the inside of second parts 337.Two ends at second parts all are formed withprotuberance.Protuberance 339 with screw thread forms at an end of second parts.

Filter junction surface 340 with step cutting pattern forms at the inner end ofprotuberance 339, andfilter 336 engages thereon.

In addition, theprotuberance 341 with a plurality ofO type rings 342 is arranged on the other end of second parts 337.Top ends 421 engages withprotuberance 341.

On protuberance 339,341, can form screw thread and replace O type ring, or replace screw thread with O type ring.

Fig. 9 is the sketch map according to the 8th embodiment of Handheld Division of the present invention and top ends.Here, the Handheld Division is made of first parts 343 and second parts 349.

Hollow bulb 344 passes the inside of first parts 343.Suction hose 200 engages with an end of first parts 343.Protuberance 345 is arranged on the other end of first parts.

Have the interior distolateral formation of the filter junction surface 346 of step cutting pattern at protuberance 345, filter 348 engages thereon.

In addition, at least one O type ring is arranged on the outside of protuberance 345.One side of second parts 350 engages with protuberance 345.

Hollow bulb 349 forms in the inside of second parts 350.First parts 343 engage with an end of second parts, and top ends 423 engages with the other end of second parts.

A plurality of O type rings 424 are arranged on the outside of top ends 423, and with the other end fluid-tight engagement of second parts 350.

Can adopt screw thread but not O type ring or O type ring and non-threaded, to obtain stable joint.

Figure 10 is the sketch map according to the 9th embodiment of Handheld Division of the present invention and top ends.As described in according to a seventh embodiment of the invention, a plurality of O type rings 358 and non-threaded being arranged on the protuberance 357.Therefore,first parts 352 embedsecond parts 356, to obtain connected structure.

Among the figure, drawingreference numeral 351 and 426 expression hollow bulbs, 353 expression filters, 359 expression filter junction surfaces, 360 expression protuberances, and 361 expression O type rings.

Figure 11 is the sketch map according to the tenth embodiment of Handheld Division of the present invention and top ends.Here, the Handheld Division forms an integral body.Thehollow bulb 363 of opening is arranged on both side surface.Aduncatejoint step 364 forms in the end of a side.

In addition, top ends 427 also forms an integral body.Top ends 427 is provided with and engagesstep 428 and 429, and wherein the both side surface of top ends is and opens, and the end of both sides is outwardly-bent.One side of top ends is positioned at the inboard ofHandheld Division 362, thereby can prevent that bystep 364 top ends from disengaging to the outside of Handheld Division.

At this moment, top ends 427 bodies have the diameter less than the opening portion of a side end ofHandheld Division 362, therefore, form certain clearance.

Also promptly, the diameter of top ends 427 bodies is less than the internal diameter that engagesstep 364, thereby the formation certain clearance.Top ends 427 can be moved.

As shown in figure 12, when the end of top ends 427 contacted with skin 431, even whenHandheld Division 362 tilts, top ends 427 also can remain on plumbness, and also, the end of top ends and skin keep level.

In addition, the annular resiliency supported ofO type portion 430 is arranged on the outside oftop ends 427 bodies.Therefore, resiliency supportedportion 430 closely contacts with the inner surface of thehollow bulb 363 of Handheld Division 362.A kind of restoring force is provided, and by this restoring force, the end of top ends 427 can remain on level.

Because the top ends 427 and the skin even contact of electroplated diamond powder, the skin of contact top ends 427 is evenly peeled off, thereby realizes uniform exfoliation operation.

Also promptly, top ends 427 relative skins are not remained on level even work as user, the also always relative skin in the end of top ends 427 keeps level, thereby skin keratin is evenly peeled off with not departing from.

Figure 13 is the sketch map according to the 11 embodiment of top ends of the present invention.As shown in the figure, the end 434 of top ends 432 is tapered from the outside to the inboard.Therefore, when top ends 434 during, can reduce departing from of skin to peel off with contact skin.

Also promptly, skin contacts with tapered portion equably, thereby has reduced departing from of skin keratin and peel off.

Figure 14 and 15 shows according to the Handheld Division of the 12nd embodiment of the present invention and top ends.Protuberance 366 is arranged on the end of Handheld Division 165, so that engage with top ends 435.At least one copulational protuberance 367 is arranged on the outside of protuberance 366.

In addition, hollow bulb 436 passes the inside of top ends 435.Circular engagement step 438 forms in the inner of top ends 435.Groove 437 is engaging formation on thestep 438, and wherein, the copulational protuberance 367 of Handheld Division 365 can insert wherein.

Therefore, in the time of in protuberance 366 is inserted into top ends 435, copulational protuberance 367 just is inserted in thegroove 437, and copulational protuberance 367 is positioned the hollow bulb 436 of the inboard of top ends 435 bygroove 437.

At this moment, when user rotating tip portion 435 or Handheld Division 365, copulational protuberance 367 is along the medial movement that engagesstep 438, and is braked, and like this, Handheld Division 365 engages with top ends 435.

In addition,detent 439 forms at the rear side of thejoint step 438 of top ends 435 inner surfacies.Therefore, when copulational protuberance 367 is inserted into, be stopped, like this, limited the insertion of copulational protuberance bydetent 439.

Figure 17 shows structure according to another embodiment of the presentinvention.Rechargeable battery 502 is arranged on the inside of Handheld Division, also is in thebody 501, is used for supply ofelectrical energy.Motor 506 is arranged on the top ofbattery 502, is used for producing vibration and suction force.

Also be provided with printed circuit board (PCB) (PCB) 504, be used to control the driving operation ofmotor 506 with control module.Be provided with vacuum pressure in addition and producejar 508, be used for producing vacuum force according to the driving operation ofmotor 506.

Suction tube 509 and vacuum pressure producejars 508 and are connected,guider 510 and 511 and top ends 513 be bonded in thesuction tube 509.

Eccentric cam 507 is arranged on the axle ofmotor 506, thereby produces vibration force whenmotor 506 runnings.On and offswitch 503 is arranged on the outside of body 501.Also be provided withbutton 505, be used to control the intensity of vacuum pressure.

As shown in figure 18, top endsguider 510 and 511 and top ends 513 guiding that is inserted intobody 501 engage a mouthful 501-1, thereby first guider that is connected withsuction tube 509 of formation.Protuberance 510-1 forms in the end offirst guider 510.

Filter 512 is arranged on the end of protuberance 510-1, and an end ofsecond guider 511 is inserted into the outside of protuberance 510-1.

Protuberance 511-1 is arranged on the opposite side of second guider 511.O type ring 514 is inserted into the outside, inserts top ends 513 then.Diamond dust is electroplated onto the end of top ends 513 so that peel off skin keratin.

Operation of the present invention is described as follows with reference to the accompanying drawings.

Hold at user under the state ofbody 501, when openingswitch 503,motor 506 is driven by the electric energy that charges in thebattery 502.

Based on the driving ofmotor 506, in vacuum pressure producesjar 508, form vacuum pressure, therebysuction tube 509 has certain suction force.Therefore, by theeccentric cam 507 that is connected with the axle ofmotor 506,body 501 can produce vibration.

Therefore, the skin foreign body is by being drawn withsuction tube 509 with by first andsecond guiders 510 and 511 that thepump orifice 515 that top ends 514 forms is communicated with, and the skin foreign body of being drawn passes throughfilter 512 by filtering.

Body 501 is provided with vacuum pressurestrength control button 505, is used to control the intensity of vacuum pressure.When user was controlled the intensity of vacuum pressure, the control module 504n that is provided with among the PCB had limited the driving force ofmotor 506, thereby can suction Controlled power.

Jack connecting portion 516 is arranged on the bottom ofbody 501, thereby, can charge tobattery 502 by external power supply.

As mentioned above, in skin care device according to the present invention, filter engages with the Handheld Division in the mode that is easy to pull down from the Handheld Division, thereby the cleaning operation of filter and use all are very easy to.

The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various changes and variation.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within the claim scope of the present invention.

Claims (17)

1. a skin care device comprises body, is used to produce suction force; Suction hose, the one end engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction hose, and have can be by the housing that holds of user; And top ends, engage with described Handheld Division, and direct and contact skin, comprising:

Engagement device is arranged on described Handheld Division, and wherein said top ends engages with an end of described Handheld Division; And

Filter is arranged on the position that is engaged by described engagement device, is used for the skin foreign body that filtering is removed from skin by suction force.

2. device according to claim 1, wherein said engagement device has protuberance, and described protuberance is outstanding from the end of described Handheld Division, and engages with described top ends, and wherein said filter is bonded on the inboard of described protuberance.

3. device according to claim 2 wherein is provided with O type ring or screw thread in the outside of described protuberance.

4. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; And the Handheld Division, be used to receive suction force, and have can be by the housing that holds of user from described suction hose, an end of wherein said Handheld Division contacts with skin, comprising:

The Handheld Division, the end of described Handheld Division is electroplate with diamond dust.

5. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction hose, and have can be by the housing that holds of user; And top ends, engage with described Handheld Division, and contact with skin, comprising:

The Handheld Division has two or more than two parts, removably engages by engagement device, thereby forms one, and its middle filtrator is arranged on the part of described conjugant, is used for the skin foreign body that filtering is removed from skin by suction force.

6. device according to claim 5, wherein, described engagement device has protuberance, and described protuberance goes out from a distal process of described Handheld Division one parts, and engages with another parts, and wherein said filter inserts the inboard of described protuberance.

7. device according to claim 6 wherein is provided with O type ring or screw thread in the outside of described protuberance.

8. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction tube, and can holding by user; And top ends, engage with described Handheld Division, and contact with skin, comprising:

Top ends is provided with in aggregatesly, and the both sides of wherein said top ends are opens, the end electroplated diamond powder on a surface of contact skin.

9. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction hose, and have can be by the housing that holds of user; And top ends, engage with described Handheld Division, and contact with skin, comprising:

Top ends has the engagement device of an end that is arranged on described top ends, is used for engaging with described Handheld Division; And

Filter is arranged on the position that is engaged by described engagement device, is used for the skin foreign body that filtering is removed from skin by suction force.

10. device according to claim 9, wherein said engagement device comprises protuberance, and described protuberance is outstanding from the end of described Handheld Division, and wherein said top ends engages with described protuberance, and wherein said filter is inserted into the inboard of described protuberance.

11. device according to claim 10 wherein is provided with O type ring or screw thread in the outside of described protuberance.

12. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction hose, can holding by user; And top ends, engage with described Handheld Division, and contact with skin, comprising:

The Handheld Division is provided with in aggregatesly, and the both sides of wherein said Handheld Division are opens, and forms aduncate joint step in the end of a side of described Handheld Division; And

Top ends is provided with in aggregatesly, and wherein both sides are and open, and form bandy joint step in both sides, one side of described top ends is positioned at the inboard of described Handheld Division, thereby can prevent that by engaging step described top ends breaks away from the outside of described Handheld Division

Wherein, the housing of described top ends has the certain interval that forms in the following manner, and the width of described top ends is less than the width of opening part of the end of described Handheld Division.

13. device according to claim 12 wherein is provided with elastic supporting member for supporting optical member between the inboard of the housing of described top ends and described Handheld Division, like this, described top ends and described Handheld Division are arranged on the same straight line.

14. a skin care device comprises body, is used to produce suction force; Suction hose, an end of described suction hose engages with described body, and the other end engages with the Handheld Division; The Handheld Division is used to receive the suction force from described suction hose, and have can be by the housing that holds of user; And top ends, engage with described Handheld Division, and contact with skin, comprising:

Body comprises:

Suction motor is used to produce suction force;

Input part is used to supply with input signal, to select the suction force of described suction motor;

Memorizer is used to store a plurality of different suction force generation values, to drive described suction motor; And

Controller is used for selecting to be stored in suction force generation value in the described memorizer and the suction force that is used to control described suction motor according to the input signal of described input part.

15. device according to claim 14 also comprises display unit, is used for the described suction intensity of force that is produced by described suction motor that shows directly perceived.

16. a skin care device comprises:

Power subsystem is arranged on the inside of the housing of Handheld Division;

Motor is driven by the electric energy of supplying with from described power subsystem;

The vacuum pressure generation tank is used for producing suction force by the driving of described motor;

Guider, outstanding towards the outside of described housing, thus transmit described suction force from described vacuum pressure generation tank; And

Top ends engages with the end of described guider, and and contact skin, the housing of wherein said top ends and described Handheld Division forms an integral body.

17. device according to claim 16 wherein is divided into first and second guiders with described guider, wherein said first and described second guider engage by engagement device, and filter is arranged in the described junction surface.

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