CN1050986C

CN1050986C - Device for removing hair from human body

Info

Publication number: CN1050986C
Application number: CN95194513A
Authority: CN
Inventors: 卡尔·埃伯特
Original assignee: Braun GmbH
Current assignee: Braun GmbH
Priority date: 1994-08-08
Filing date: 1995-07-13
Publication date: 2000-04-05
Anticipated expiration: 2015-07-13
Also published as: ATE175324T1; DE4427788C2; CN1155234A; JPH10503687A; EP0774912B1; DE4427788A1; AU3110395A; EP0774912A1; WO1996004815A1; DE59504746D1; ES2128753T3

Abstract

Described is a device for removing hair from the human body, the device having a housing designed to be held in the user's hand, at least one preferably motor-driven rotating cylinder with hair-gripping elements and at least one device (V) for actuating the hair-gripping elements. The rotating cylinder (17) is made up of at least two segments (27, 28) which have hair-gripping elements (19, 19', ...). The segments (27, 28) are preferably disposed so that the hair-gripping elements (19, 19', ...) on each segment mesh at least partly with each other.

Description

Pull out the plucker of human hair

The present invention relates to a kind of plucker of pulling out human hair, it has a housing that can be held in user's hand, at least one is normally with Motor Drive and be provided with the rotor of clamp device, and at least one is used for driving the drive unit of the part of clamp device.

Basis of the present invention is disclosed a kind of plucker in the No.0 147 285 B1 European patent specification.This plucker has pulls out the moving link that hair is used, these moving links comprise be arranged side by side and the disk that form a rotating drum of a row, in above-mentioned rotating drum, has a row folding pincers sheet at least, each sheet folder pincers sheet is clipped in the middle of the two adjacent disks, and be fixed in the above-mentioned reel and can not relatively rotate with fastener, wherein, above-mentioned these folder pincers sheets are driven periodically by drive unit, so that clamp the hair that enters in the reel with above-mentioned disk.In this structure, reel is arranged in the end by the small shell that the motor that drives this reel is housed of user's hand gripping, and disk directly connects with a central rotating shaft that is connected with motor, do not relatively rotate mutually, so that pass to an above-mentioned row folding pincers sheet rotatablely moving, and the fastener of above-mentioned this row folding pincers sheet becomes with this row folding pincers sheet and connects into a member in the independent assembly.

The shortcoming of this plucker is that the member of forming is too many, so the assembling of plucker is very complicated, thereby the cost height.For example, above-mentioned plucker needs many disks that are installed on the central rotating shaft, and will be connected with this root axle, to form a reel.Be provided with many folder pincers sheets between these disks, these folder pincers sheets are connected to each other with fixture.And then make these folder pincers sheet and disk collaborative works with other drive unit.

Just because of this many moving parts are arranged, this plucker just is easy to be out of order, and produces noise.

Therefore, one object of the present invention is exactly the shortcoming that exists before eliminating, and a kind of plucker and the rotor that is applicable to plucker are provided, this plucker efficient height, and noise is little, and not conference is out of order, and easy to manufacture.

According to the present invention, above-mentioned purpose reaches like this: the rotor of plucker is made up of at least two sectors that comprise clamp device, and wherein, the clamp device of the above-mentioned sector that contacts with each other in the fan section at least mutually interacts.Like this, shortcoming above-mentioned just can be avoided, and changes advantage into.Owing to the constitution optimization of rotor is become two sectors, has significantly reduced the quantity of single part.So the assembling of plucker of the present invention has been simplified in good mode, the possibility that breaks down has also reduced.In addition, the quantity of mechanically operated member reduces, and has fundamentally reduced the generation of noise.

Owing to be arranged to sector make the axis of rotor to extend abreast, thereby make sector obtain the favourable simple shape that is bordering on symmetry.So just can obtain the simple structure of rotor and rotor axle coaxial line.

Best, the clamp device of sector is to arrange that so promptly, these clamp devices alternately contact with each other in order, put thereby can obtain many folder clamps, and each clamp device have the optimum structure of its corresponding adjacent clamp device collaborative work.

In a kind of preferred structure of the present invention, at least one sector can move with respect to another sector towards the direction that is arranged essentially parallel to the rotor axis by means of drive unit.The advantage of Huo Deing is therefrom, because have only a member to do axial displacement, so the hair that just can efficiently all be entered in the space between the clamp device of sector takes out.

Rely on structure of the present invention, can be with a sector of rotor as supporting member, and many clamp devices are arranged basically parallel to each other.

Best, these sectors are made so just can the significantly reducing of an integral body make the needed the number of components of rotor.

Another characteristics of the present invention are that these sectors are to form with some parts.

Another favourable characteristics of the present invention are that clamp device is installed on the supporting member with bearing pin with elasticity or flexible mode.The advantage of doing like this is to compensate the foozle of these clamp devices on axial distance, and whole clamp devices and the corresponding clamp device on another sector on sector are combined, the folder pincers zone that each self-forming one is fixing.

Another favourable characteristics of the present invention are that rotor normally is made up of the identical sector of structure.If above-mentioned sector is made with casting method, cast sector so as long as just passable, thereby can reduce the expense of mould greatly with a kind of mould.

An outstanding advantage of the present invention is at least a sector to be mounted to and can not to move vertically.This specific sector helps packing in the bearing bracket stand of housing.As a result, another sector can be mounted to respect to first sector and slides vertically at least.

Another favourable aspect of the present invention is that all sectors all are mounted to and can slide vertically.

For the structure of sector itself, the present invention proposes to be preferably in that the axis with rotor respectively is set on each sector is parallel, and along the groove of the total length extension of sector.Help like this processing these grooves with machining process.

The total length that another characteristics of the present invention are sectors is longer than the axially extended length of above-mentioned groove.Owing to these characteristics, just can make the shape of the whole disk of two outer clamp devices maintenances on the sector.These characteristics make things convenient for the advantage of the axial location of sector in addition greatly.

The width dimensions of above-mentioned groove preferably makes the supporting member of a sector to insert easily in the groove of another sector.As a result, at least two sectors can combine by means of above-mentioned groove, advantageously generate very much a rotor.

In the favourable structure of another kind, combine with four same sectors of constructing, form a rotor.

The scope of above-mentioned sector on its circumferencial direction preferably makes can be by means of the overlapping folder pincers zone that forms of clamp device.

Another characteristics of the present invention are that the supporting member that handle is connected with each clamp device is designed to be installed in the wheel hub that can rotate on the axle.Because the shape of the sector of above-mentioned rotor just must be made wheel hub the sector wheel hub, making each section sector wheel hub all is the cylindrical pipe of cutting open vertically.

One aspect of the present invention is that supporting member is designed to a wheel hub, and is installed on the axle, can rotate, and can slide vertically again.

In another kind of design of the present invention, above-mentioned supporting member is designed to an axle, axle shape sector preferably, and its end stretches out outside the rotor with the form of spindle nose.Preferably axle shape sector is designed to cut open vertically and the sector that obtains.

Another favourable aspect of the present invention is clamp device is designed to crescent.When using two clamp devices, in order to produce good epilation effect, this shape can make clamp device realize maximum lap.

Another favourable feature of the present invention is to have different thickness on the clamp device.Because this feature, the outer edge region radially of clamp device is thicker than its inward flange zone radially.Thereby between two adjacent clamp devices, formed folder pincers district.

Above-mentioned clamp device also has difform entry zone and exit region along with the difference of rotor direction.

Because above-mentioned entry zone has sagittate tip, make and want the engagement of the hair of drawing to be more prone to.In order to distinguish, above-mentioned exit region is shape in obtuse angle.

Another characteristics of the present invention are that the axial distance between each clamp device of a sector is normally constant.This helps installing the maximum clamp device of quantity on a sector.

Another characteristics of the present invention are that the axial distance between each clamp device of all sectors is normally constant.As a result, have enough laps between each clamp device on sector and each clamp device of another sector, thereby can on the length of whole sector, obtain the effect of pulling off the feather of uniformly.

Make the drive unit of clamp device motion that various mode can be arranged.In a kind of structure of the present invention, advise best this drive arrangement in wheel hub.So just can guarantee on the housing width of plucker, to make the effective coverage maximum of rotor.In addition, the structure of this drive unit is not vulnerable to pollute.This independent structures of the present invention not only can be applied to this a kind of plucker, also can be applied to anyly be used to pull off the feather of, and comprises the hand hair drawing device of the rotor of certain structure.

The favourable characteristics of another kind of the present invention are dexterously the axle of rotor to be designed to drive unit.The structure of this drive unit was both simple, and cost is low again.

This special drive unit is made up of at least one compression spring and at least one pressing element, this pressing element be arranged on rotor spool around, and with its coaxial line.The advantage of doing like this is only to need few being used to of quantity to drive the member of sector.

According to the present invention, above-mentioned compression spring is arranged in the centre of axle, and above-mentioned at least one pressing element connects with above-mentioned compression spring on axis direction.For this purpose, the compression spring that is contained in vertically on the axle must displacement vertically, and above-mentioned pressing element is fixed on displacement vertically on the wheel hub of above-mentioned rotor.

Another characteristics of the present invention are, a pressing element is arranged in the centre of axle basically, and above-mentioned compression spring is along axis direction and the connection of this pressing element.So just can make an integral body to axle and pressing element dexterously.

Another characteristics of the present invention are that the shape of pressing element is made is a cylinder basically, at least one termination of this cylinder and the axis of this cylinder angle that tilts.Above-mentioned pressing element preferred design becomes a section an of cylinder, and one section cylinder of respective shapes is set in the wheel hub of each sector.

Alternatively, also can become a wobbler or a lobe plate to the shaped design of pressing element.

Another aspect of the present invention is the outside that the drive unit that drives sector is arranged on the wheel hub of rotor.The advantage of doing like this is to reduce the diameter of rotor a bit.

The pressing element preferred design of above-mentioned drive unit becomes a wobbler or a lobe plate, one end and above-mentioned rotor collaborative work.

Another favourable characteristics of the present invention are to be provided with the loaded pins that is driven by wobbler.So just can drive the sector that is arranged on rotor wheel hub outside.

In another the preferred embodiments of the present invention, be provided with two rotors side by side parallel to each other at least.Consequent advantage is, the needs of this plucker act on contact pressure distribution on the human body on two cylinders, thereby help reducing pressure.It is more light and slow consequently to pull out the effect of hair from skin.This embodiment of the present invention not only is applicable to this plucker, also is applicable to any hand-held hair-removing device with a certain rotor structure.

In the embodiment of a plucker with at least two rotors, suggestion makes these two rotors rotate to same direction.

Another aspect of the present invention is that above-mentioned two rotors are rotated in the opposite direction, and these two rotors of order to be preferably on the human body surface be that mode to leave is mutually rotated.The effect of doing like this is a human body surface to be processed, promptly skin owing to the reverse rotation of rotor become (tensioning) level and smooth, thereby can prevent that skin from being nipped in the space between two rotors.

Another favourable characteristics of the present invention are to be provided with row's bristle between above-mentioned two rotors.The hair that will pull out is arranged in a row, so that more effectively pull out by second rotor of back.

Also advise the respective end portions installation component these two rotors, for example a corresponding lever is bound up.So just help these two rotors are assembled into an assembly, and simplified the use of plucker.

Above-mentioned installation component is installed on parallel with the axis of the above-mentioned rotor axle, it can be rotated, just can be the motion that affords redress of two rotors.The advantage of Huo Deing is to have improved the contact action of these two rotors to human body to be processed therefrom, has made things convenient for operation widely, and can produce more effective epilation effect.

Be designed to drive unit by means of installation component, can make the driving of clamp device be more prone to realize above-mentioned two rotors.Like this, above-mentioned lever has been realized dual-use function, supports the function of these two rotors and the function of driving clamp device.

Another preferred embodiment of the present invention provides a kind of rotor, rotor especially for the plucker of pulling out human hair, this plucker has at least two sectors that extend in parallel along the axis with rotor basically, and comprise clamp device in these two sectors, wherein, the clamp device of above-mentioned sector is basically with order collaborative work alternate with each other, and intermeshes with the working method of scissors at least.Of the present invention this independently embodiment not only be applicable to the above-mentioned rotor of the plucker of pulling out human hair, also be applicable to the rotor of any concrete plucker.

In the design of another advantageous embodiments, at least one sector can on parallel with the axis of rotor basically direction, move with respect to another sector by means of above-mentioned drive unit in the above-mentioned rotor.The advantage of Chan Shenging is therefrom, and having only a member to move axially just can be effectively and pull out hair in the space between any two clamp devices that enter above-mentioned sector efficiently.

Below, describe embodiments of the invention in detail with reference to accompanying drawing.In the accompanying drawing:

Fig. 1 is the schematic diagram of a plucker;

Fig. 2 is the schematic diagram of the amplification of a rotor;

Fig. 3 is the stereogram of the decomposition of the rotor among Fig. 2;

Fig. 4 is the enlarged drawing that the direction A from Fig. 3 sees a sector in the past;

Fig. 5 is the cutaway view along a clamp device of the X-Y line among Fig. 4;

Fig. 6 is the stereogram with plucker of two rotors;

Fig. 7 is the enlarged diagram that the C direction from Fig. 6 is seen the plucker head with two rotors in the past;

The exploded view of the rotor that Fig. 8 is made up of four sectors;

Fig. 9 is the schematic diagram of amplification that is provided with the rotor partly cut-away of wobbler.

Plucker 11 (Fig. 1) mainly comprises a housing 12 and a shell nozzle 13 that is located at plucker head 14.A motor 15 and a transmission mechanism 16 are housed in the above-mentioned housing 12, are contained in rotor 17 in the shell nozzle 13 in order to driving.The slide switch 18 of actuating motor 15 usefulness is arranged on the upside of housing.

Above-mentioned rotor 17 (Fig. 2) mainly by two row's clamp devices 19,19 ' ..., 20,20 ' ..., and the central authorities that are arranged in rotor 17, make above-mentioned clamp device 19,19 ' ..., 20,20 ' ... be positioned at their relative locational supporting members and form.Above-mentioned clamp device 19,19 ' ..., 20,20 ' ... at the one end the corresponding most advanced and sophisticated 22,22 ' of 180 degree that stagger mutually arranged ....

Above-mentioned rotor 17 has a pinion 23 at the one end, has 24, two clamping elements 25 of a ring and 26 that above-mentioned two parts are positioned at respectively on the suitable separately position at its other end.One row's clamp device, for example clamp device 19,19 ' ..., than another row's clamp device 20,20 ' ... many clamp devices.As a result, this row's clamp device 19,19 ' ... just be clamped between above-mentioned two

end members

23,24, can not move vertically.And another row's clamp device 20,20 ' ... then can be by means of the drive unit that is arranged in the supporting member 21, along the B direction with respect to clamp device 19,19 ' ... move axially.Like this, just can make row's clamp device 20,20 ' ... alternately with another row's clamp device 19,19 ' ... the contact of circumferential surface zone.Like this, when above-mentioned rotor during around the rotation of its axis, the human hair in the space between any clamp device that enters this two rows clamp device will be clamped, and pulled out from skin.

Above-mentioned rotor 17 (Fig. 3) by two respectively have row's clamp device 19,19 ' ..., 20,20 '

... sector

27,28 form.Above-mentioned two row's clamp devices 19,19 ' ..., 20,20 ' ... structurally being the same, is the disk that has rectangular slits basically, and these clamp devices one by one, arranging parallel to each other, and they are being bound up by a supporting member 21.Above-mentioned supporting member 21 is half that a pipe is cut open vertically basically, this supporting member 21 and above-mentioned clamp device 20,20 ' ... combine, form one and be hood-like sector 28 basically.

In supporting member 21, be provided with the cylindrical

pressing element

29,30 that protrudes from the two ends of sector 28.These two

pressing elements

29,30 are cut into impartial two halves vertically, and there is a centre bore in central authorities, are used to hold axle 38.The end face the 33, the 34th of the opposite end that is in supporting member 21 inside of

pressing element

29,30 is with axle 38 inclination planes at an angle.

The supporting

member

21,37 of above-mentioned two

sectors

27,28 all is designed to the hub member that cuts in half vertically, and protrudes outside the respective ends of two sectors 27,28.These two

sectors

27,28 all have the

groove

35,36 of the flute profile of passing

whole sector

27,28 length along the axis direction of sector.

Held a drive unit V in the inside of these two supporting

members

21,37, it can drive clamp device 20,20 ' ... with respect to another row's clamp device 19,19 ' ... move.This drive unit V is installed on the axle 38 that is contained in the hole 31,32.In the center fixed of axle 38 cylinder 39, the two ends of cylinder respectively have a compression spring 40,41.Move along the inclined end face of above-mentioned

pressing element

29,30 the

elasticity termination

42,43 of these two compression springs 40,41.Because the axial location of axle 38 on sector 27 fixed, so another sector 28 just can move along the direction of motion B sector 27 fixing with respect to axial location.

Be enclosed within the packing ring 44,45 of axle on 38 and be inserted in the centre of the

corresponding end face

33,34 of

elasticity termination

42,43 and pressing element 29,30.When the assembling rotor, earlier whole drive unit V is put into the supporting member 21 of sector 28.Then, another sector 27 is inserted in the groove 35 of sector 28, so the

sector

27,28 of this two and half housings shape just becomes a cylinder.The wheel hub section that protrudes from the two ends of rotor 17 is packed in pinion 23 and the annulus 24, and the axial location of these two parts is fixed on the axle 38 by means of two clamping

plates

25,26.

A direction in Fig. 3 can see that above-mentioned clamp device 20 is crescent (Fig. 4) basically.Above-mentioned clamp device 20 is enclosed in the centre to supporting member 21 and pressing element 29 continuously, and concentric with it, and a hole 31 is arranged in pressing element 29.Above-mentioned groove 35 is separated into entry zone 46 and exit region 47 to the perimeter radially of clamp device 20.Which is that import or export is by the decision of the rotation direction of clamp device 20 in these two zones.

Above-mentioned groove 35 is surrounded by twice sidewall 48,49 and the bottom surface 50 of passing the axis in hole 31.The width dimensions of bottom surface 50 is made and can be allowed the supporting member of sector 27 insert in this groove 35 of sector 28.Because clamp device 19,19 ' ... with clamp device 20,20 ' ... overlapping result, just formed overlay region U, the U ' of both sides, the hair that pull out is just clamped in these two zones.

Above-mentioned clamp device 20,20 ' ... be that the supporting member 21 that has held pressing element 29 with inside fuses.The thickness D (Fig. 5) in the radially outer zone of above-mentioned clamp device 20 is much thicker than the thickness d in its inner radial zone.As a result, obviously just on the radially outer zone of clamp device 20, formed the pinch zones K that clamps the hair that to be pulled out.

In the design of another kind of plucker 51 (Fig. 6), in the opening 53 of housing 52, be provided with two rotors 54,55.These two

rotors

54,55 are arranged abreast side by side mutually, and are rotated to opposite E and F direction respectively.Be provided with a brush 56 between these two

rotors

54,55, this brush comprises that many pinches are lined up the bristle parallel with the axis direction of rotor.

Cut away the sub-fraction in housing 52 left sides, see the end (Fig. 7) of above-mentioned two

rotors

54,55 in the direction of arrow C, can see a lever 57 that is connecting the axle of above-mentioned two

rotors

54,55 at its two ends.This root lever 57 can rotate around axle 58, and axle 58 is contained on the supporting member 59, near the central authorities of housing, and parallel with two axles of two

rotors

54,55 basically.

When two

rotors

54,55 around axle 58 when the arrow G direction is rotated, their stop position is mutually transposition just.At this moment, for example, rotor 54 enters in the opening 53 of housing, has occupied position 54 ', and another rotor 55 then enters the position 55 ' that is surrounded by housing 52.This is the situation that takes place when the housing 52 of plucker 51 of the present invention is placed to human body I to be processed at an angle, and meanwhile, these two

rotors

54,55 and human body I to be processed keep in touch.

According to another characteristics of the present invention (Fig. 8), a rotor 60 is divided into four sectors that structure is identical.These four

sectors

61,62,63,64 are that a cylinder is divided into four along axis basically, so these four sectors still become a cylinder when combining.The area that is arranged on these four surfaces that clamp device had on the supporting member is greater than 1/4th surface area of an annulus.Therefore, when subsequently four

sectors

61,62,63,64 being fitted together, just between each clamp device, caused enough big overlay region.These four sectors are installed on the axle 65 with the connection operation.

Fig. 9 has represented another kind of interchangeable technical scheme, and this scheme is arranged on drive unit in the wheel hub of rotor.A rotor came and becomes two sectors that can rotate 67,68 that are installed on the common axle 69 in 66 minutes.A pinion 70 that is used for driving this rotor 66 is installed in an end of axle 69.At an end and this pinion 70 supporting members of rotor 66, and, wobbler 71,72 is housed respectively at the other end of rotor.These two wobblers be installed in rotor 66 two ends and with axle 69 eccentric positions on press-on pins 73,74 collaborative works.Above-mentioned press-on pins 73 is contained in the hole 75 of sector 67, compresses spring 76 along axially press-on pins being pressurizeed by means of one.

Sector 68 on the above-mentioned rotor 66 also is installed on the axle 69, but can not be along moving axially.Along with the rotation of rotor and wobbler 71,72, above-mentioned sector 67 just with respect to sector 68 along the decrement H that axially moves a spring to and fro.

Claims

1. pull out the plucker that human hair is used for one kind, it has a housing (12) that is suitable for holding in user's hand; At least one is driven and is provided with the rotor (17) of clamp device usually by motor (15); And at least one is used to drive the drive unit (V) of at least a portion clamp device, it is characterized in that, above-mentioned rotor (17) is to be made up of at least two sectors (27,28) that have clamp device (19,19 ' ...), wherein, the intermeshing clamp device of the mode with scissors (19,19 ' ...) on the above-mentioned sector (27,28) mutually interacts.

2. plucker as claimed in claim 1 is characterized in that, above-mentioned sector (27,28) is arranged to parallel with the axle (38) of rotor (17).

3. plucker as claimed in claim 1 or 2 is characterized in that, each clamp device (19,19 ' ...) of above-mentioned two sectors (27,28) is arranged to intermesh with the form that replaces.

4. plucker as claimed in claim 1 is characterized in that, at least one in the above-mentioned sector (27,28) driven by drive unit (V), towards with axle (38) parallel direction of rotor (17), move with respect to another sector.

5. plucker as claimed in claim 1 is characterized in that, above-mentioned sector (27,28) has a supporting member (21) and some clamp devices parallel to each other (19,19 ' ...) that is arranged to form.

6. plucker as claimed in claim 1 is characterized in that, above-mentioned sector (27,28) is made the part of an integral body.

7. plucker as claimed in claim 1 is characterized in that, above-mentioned sector (27,28) is made up of some parts.

8. plucker as claimed in claim 1 is characterized in that, above-mentioned clamp device (19,19 ' ..., 20,20 ' ...) at supporting member (21) but on be mounted to elasticity and rotate.

9. plucker as claimed in claim 1 is characterized in that, the sector on the above-mentioned rotor (17) (27,28) is with spline structure.

10. plucker as claimed in claim 1 is characterized in that, above-mentioned at least one sector (27,28) is mounted to fixing vertically.

11. plucker as claimed in claim 1 is characterized in that, above-mentioned all sectors (27,28) all are mounted to and can move vertically.

12. plucker as claimed in claim 1 is characterized in that, is provided with the axle of rotor (17) parallelly on each sector (27,28), and extends corresponding grooves (35,36) along the total length of sector (27,28).

13. plucker as claimed in claim 1, it is characterized in that, on each sector (27,28), be provided with parallel with the axle (38) of rotor (17), corresponding grooves (35,36), and the total length of one of them sector (27,28) is longer than the axial length of groove (35,36).

14., it is characterized in that at least two sectors (27,28) can link together by means of groove (35,36), form a rotor (17) as claim 12 or 13 described pluckers.

15. plucker as claimed in claim 1 is characterized in that, four sectors (61,62,63,64) combine and form a rotor (60).

16. plucker as claimed in claim 15 is characterized in that, above-mentioned sector (61,62,63,64) the scope of its circumferencial direction expansion make can by means of above-mentioned clamp device (19,19 ' ..., 20,20 ' ...) overlapping and form clamping region.

17. plucker as claimed in claim 1 is characterized in that, above-mentioned supporting member (21) is designed to a wheel hub, and it is installed on the axle (38) and can rotates.

18. plucker as claimed in claim 17 is characterized in that, above-mentioned supporting member is mounted to can be along endwisely slipping.

19. plucker as claimed in claim 1 is characterized in that, above-mentioned supporting member (21) is designed to an axle, and stretch out outside the rotor (17) its termination.

20. plucker as claimed in claim 1 is characterized in that, the shape of above-mentioned clamp device (20) is crescent.

21. plucker as claimed in claim 1 is characterized in that, has different width (D, d) on the clamp device (20), and the width specific diameter in its radially outer edge zone wide to the inner edge zone.

22. plucker as claimed in claim 1 is characterized in that, above-mentioned clamp device (19,19 ' ..., 20,20 ' ...) have difform entry zone (46) and an exit region (47).

23. plucker as claimed in claim 22 is characterized in that, above-mentioned entry zone (46) has the tip (22) of arrowhead form.

24. plucker as claimed in claim 23 is characterized in that, above-mentioned exit region (47) shape in obtuse angle.

25. plucker as claimed in claim 1 is characterized in that, each clamp device on the above-mentioned sector (27,28) (19,19 ' ..., 20,20 ' ...) between axial distance be constant.

26. plucker as claimed in claim 25 is characterized in that, each clamp device on above-mentioned all sectors (27,28) (19,19 ' ..., 20,20 ' ...) between axial distance be constant.

27. plucker as claimed in claim 1 is characterized in that, above-mentioned drive unit (V) is arranged in the wheel hub of rotor (17).

28. plucker as claimed in claim 27 is characterized in that, the axle of above-mentioned rotor (38) is designed to as drive unit (V).

29. as claim 27 or 28 described pluckers, it is characterized in that, above-mentioned drive unit (V) comprises at least one compression spring (40,41) and at least one pressing element (29,30), and these two kinds of arrangement of parts become with the mode of coaxial line spool (38) round rotor (17).

30. plucker as claimed in claim 29 is characterized in that, above-mentioned compression spring (40,41) is arranged on the centre of axle (38), and above-mentioned pressing element (29,30) links to each other with above-mentioned compression spring (40,41) at axis direction.

31. plucker as claimed in claim 29 is characterized in that, a pressing element is arranged in the centre of axle (38), and above-mentioned compression spring links to each other with above-mentioned pressing element on axis direction.

32. plucker as claimed in claim 1 is characterized in that, above-mentioned pressing element (29,30) is designed to a cylinder, and this cylinder has tilt at angle termination (33,34) of at least one and its axis.

33. plucker as claimed in claim 27 is characterized in that, above-mentioned pressing element is designed to a wobbler or a lobe plate.

34. plucker as claimed in claim 1 is characterized in that, above-mentioned drive arrangement is in the outside of above-mentioned wheel hub.

35. plucker as claimed in claim 34 is characterized in that, above-mentioned pressing element is designed to a wobbler (71,72) or a lobe plate.

36., it is characterized in that it also is provided with a loaded pins (73) that is driven by wobbler (71,72) as claim 34 or 35 described pluckers.

37. plucker as claimed in claim 1 is characterized in that, it be provided with at least two parallel to each other, the rotor that is arranged side by side (54,55).

38. plucker as claimed in claim 37 is characterized in that, above-mentioned two rotors (54,55) drive rotation towards same direction.

39. plucker as claimed in claim 37, it is characterized in that, above-mentioned two rotors (54,55) are to drive rotation towards opposite direction (E, F), and these two rotors (54,55) rotate to the direction of leaving mutually on human body surface to be processed usually.

40. plucker as claimed in claim 1 is characterized in that, is provided with a brush (56) between above-mentioned two rotors (54,55).

41. plucker as claimed in claim 1 is characterized in that, the corresponding termination of above-mentioned two rotors (54,55) links together them with lever (57).

42. plucker as claimed in claim 41 is characterized in that, above-mentioned lever (57) is with being pivotally mounted on the axle (58) parallel with the axle of rotor (54,55).

43., it is characterized in that above-mentioned lever (57) is provided with and drives the drive unit that clamp device is used as claim 41 or 42 described pluckers.

44. rotor, particularly a kind ofly pull out the rotor that human hair is used, it has a housing (12) that is suitable for holding in user's hand, in this housing, rotor (17) is driven by motor (15), and comprise some clamp devices, also have at least one to be used to drive the drive unit of at least a portion of clamp device, it is characterized in that, above-mentioned rotor (17) is by at least two sectors (27,28) form, these two sectors extend along the direction of the axle (38) that is parallel to rotor (17) basically, and has clamp device (19,19 ' ..., 20,20 ' ...), above-mentioned sector (27,28) the intermeshing clamp device (19 of the mode on scissors, 19 ' ...) mode collaborative work to stagger mutually.

45. rotor as claimed in claim 44, it is characterized in that, wherein at least one sector (27,28) can be by means of drive unit (V), and is mobile with respect to another sector (27,28) towards the direction of the axle (38) that is parallel to rotor (17).