WO2008113227A1

WO2008113227A1 - Electric depilator with floating clamp strips

Info

Publication number: WO2008113227A1
Application number: PCT/CN2007/002094
Authority: WO
Inventors: Jianbin Yan
Original assignee: Jianbin Yan
Priority date: 2007-03-21
Filing date: 2007-07-06
Publication date: 2008-09-25
Also published as: CN201073067Y

Abstract

An electric depilator with floating clamp trips includes a housing (53), a power unit installed in the housing and a plucking system assembly (55) with the top exposed at the opening of the handheld housing. The plucking system assembly (55) is rotatablely arranged on a central fixed axle (51), and is connected with the power unit. The plucking system assembly (55) is composed of one or more groups of dish assemblies (10) assembled in an arrangement with narrow top and broad bottom. The dish assembly (10) comprises a disc (30) and plucking clamp strips (20) arranged on the disc (30). There are elastic adjusters (44) provided between the disc(30) and the plucking clamp strips (20).

Description

Floating clip type electric plucking device

The invention relates to a floating clip type electric plucking device, which belongs to the field of household electrical appliances, in particular to an electric holding device which is hand-held, driven by a motor and which removes excess hair on human skin through a plucking clip. Background technique

Existing hair removal devices typically employ one of two basic methods of hair removal. One is shaving or shearing. After the hair is removed from the device, the roots of the hair are kept intact inside the skin, and the hair will continue to grow. The other is plucking. This type of device causes the hair to be pulled out. , can greatly slow down or even permanently hinder the growth of alternative hair, making the hair removal effect last longer. There are many types of electric hair plucking devices known at present, but the most commonly used is an electric plucking device with a plucking disc mechanism. Typically, these disc mechanisms include a disc and a clip mounted thereon. When the two clips are closed, the hair is caught between them. The disc moves together with the clips mounted thereon, and the disc rotates and generates a moment to pull out the hair sandwiched between the clips. All clips are unidirectional or simultaneously facing one another at a fixed distance toward their adjacent clips. The technical content of the above-described type of electric hair plucking device is disclosed in the following technical documents, for example, U.S. Patent No. 4,930, 524, U.S. Patent No. 5,281,233, U.S. Patent No. 6,451,028, U.S. Patent Nos. 2,001,051, 808, A1, and US20050125008A1, and Chinese patents. CN200420066762. 8 and CN200520040081. 4, and so on. In the above-disclosed technical solution, some disc mechanisms utilize inclined clips which can only close and clamp one or more hairs at one point. Although such a plucking system typically has little vibration and noise, at least the following two drawbacks exist. First, the two clips often hold the hair at one point. Will cut the hair instead of pulling it out. Second, because the clip is only briefly clamped to one point, when the clip continues to rotate, some of the clipped hair is released before being completely pulled out, and the result is that the hair remains in the original place of the skin, It is attached to the skin; it is a bad phenomenon. Not only can the hair not be removed, but the user also suffers from unnecessary discomfort and even pain. Other disc mechanisms also use a tilting clip, the clip has a flat portion at the end, and the two clips cooperate to form a clip, thereby increasing the range of the clip, effectively overcoming the two clips. The piece can only be pinched at a point of plucking. As shown in Fig. 1, a disc mechanism of a conventional plucking device has a flat clamping surface 74 at the end of each of the clamping arms 75 of the two clips 72 respectively mounted on both sides of the disc 71, corresponding two clamping arms. When the 75 is separated, the clips of the clips are formed, thereby increasing the range of the clips of the clips; and the discs are assembled with 70 structural units, the parts are easy to process and assemble, the production cost is low, and the maintenance is simple; The plucking method also has its disadvantages. When one of the nips is closed and separated, the two clamping arms 75 forming the nip on the two clips 72 can only be tilted around the pair of fixed shafts 73, 73', respectively, and alternate under the action of external force. The completion of the clamping, clamping, plucking, and releasing process of the tunnel is compared with the plucking method in which the two clips can only be sandwiched at one point, and the fixed shaft makes the clip lose stability and consistency during the movement. When the entire plucking system rotates at a high speed, a large vibration and noise are generated, and when the pair of clamping arms 75 forming the nip on the clip 72 are tilted and separated around their corresponding fixed shafts 73 or 73', respectively. , will be with the adjacent pair of clamp arms 75 at the same time Each with a corresponding fixed shaft 73 or 73 'has separated from the interference of the inclined when closed, therefore, the pressure is partially offset by each other, each hair pinching force on lined also quite different, but also increase the consumption of energy. In fact, the force of each pair of clips to hold the hair should not be too large, nor too small, to be controlled within a suitable range. Because, if the clamping force is too large, the hair is easily pinched off before being pulled out; if the clamping force is too small, the hair will slip off the clip and cannot be pulled out. No matter what happens, It can cause unnecessary discomfort and pain to the user. This is also a problem that many hair plucking systems need to control or need to solve. There are also some disc mechanisms that utilize a cam mechanism that causes the clips to be periodically closed or separated in an oscillating manner or in an inclined manner to complete a series of plucking actions. The periphery of the clip usually has a flat portion that provides a large area of grip. However, all these cam-based plucking systems have such drawbacks: unpleasant vibrations, louder noises, and reduced comfort during use; and such plucking systems are often complex in structure and have many components. It is not easy to process and assemble, and the cost is higher than other plucking systems, and maintenance is difficult. In addition, one of the two clips that make up the traverse is usually fixed by one clip, and can only be oscillated or tilted by the other clip. The way to complete the clamping action, compared with the two clips of other plucking systems, the clamping ridges of the other plucking systems can not be quickly closed, the hair that has entered the stalk can easily escape, the short hair is not easy to be pinched, pulled out, and also reduced The efficiency of plucking.

Summary of the invention

The object of the present invention is to provide a reasonable structure, a larger area of the plucking and plucking range, the hair can be removed more quickly, reliably and efficiently, with less vibration and noise, simple processing and assembly, and good A comfortable clip-on electric pluck for comfort.

In order to achieve the above object, the present invention is implemented by the following technical solutions:

A floating clip-type electric plucking device comprising a housing, a power unit fixedly mounted inside the housing, and a plucking system assembly having an upper portion exposed at an opening of the hand-held housing, the plucking system assembly being rotatably disposed at a central fixed shaft coupled to the power unit; the plucking system assembly is assembled by one or more sets of disc assemblies spaced apart from each other in a widthwise manner, the disc The assembly includes a disk and a plucking clip disposed on the disk, and a resilient adjuster is disposed between the disk and the plucking clip. The disc includes two cross arms stacked in a crisscross manner on a reference plane, and each of the cross arms is provided with an arcuate bone perpendicular to the reference plane, and the other An adjacent one of the two straight sides of the cross arm constitutes a concave space for accommodating the plucking clip; a curved pressure edge of the curved bone of the cross arm is provided with a pair of pressure transmitting convex bones; Both sides of the reference surface of the disc are provided with engaging structures for connecting adjacent discs. The arcuate bone surface of the disc is provided with a hair guiding convex bone, and a spherical convex body capable of massaging and stimulating the skin is further disposed on the hair guiding convex bone. The two cross arms of the disc are 90. Orthogonally set on the reference plane of the disc. The splicing structure of the disc on the front and back sides of the reference surface is a meshing fork and a meshing fork groove disposed on the front and back sides, and each two adjacent disc assemblies are connected to each other through the engaging structure, and one disc The pressure transmitting projections or plucking clips on the assembly are in corresponding positions with the plucking clips or the pressure transmitting ribs on the adjacent disc assemblies, respectively. The plucking clip is a semi-circular sheet provided with a plurality of clamping arms at an angle to each other at an outer edge of the circular arc. The end of the clamping arm has a straight clamping surface, and the straight clamping surface has two One or two spurred guide wings. The four-shaped space on one side of the reference surface of the disk is perpendicular to the space on the other side; any one of the two plucking clips in one concave space of the disk has a concave space on the other side The two plucking clips inside are 90. The plucking clips are provided in two. The clamping arms and the eight clamping arms of the four plucking clips form four lanes with each other. Straight. The elastic adjuster is an adjusting spring or an adjusting elastic piece. Fixing an intermediate clip on the reference surface of the disc, the edge of the middle clip is provided with four clamping arms, and the two clamping faces of each clamping arm respectively form two with adjacent plucking clips Sandwiched. Obviously, this doubles the number of lanes and the efficiency is naturally greatly improved. The central fixed shaft is a central fixed curved shaft or a central fixed flat shaft. Compared with the prior art, the clamping force on each lane of the invention is relatively uniform, and the ratio of hair pulling out and pulling out is greater, that is, the hair can be pulled and pulled more quickly and reliably. Out, not unplugging; able to provide a larger area of hair, plucking range, to achieve higher plucking efficiency; minimize the discomfort and pain brought to the user during plucking; The invented hair plucking assembly operates with less noise and vibration, and also better reduces wear and tear on components. The structure of the invention is simple, the types of parts are small, the processing is easy, the production and assembly are simple, the cost is low, the maintenance is convenient, and the utilization of energy can be improved, and the consumption of electric energy is reduced. In some conventional disc-type plucking systems, each disc is tilted about one of a fixed axis or a plurality of fixed axes, the clips are not self-adjusting, under the action of a plurality of pressure transmitting ribs, the clip The clip arms of the sheet can only be accelerated to close or separate. Therefore, when the disc assembly is rotated at a high speed, a large amount of vibration and noise are generated; each clip has mutual interference when the closing and separating operations are simultaneously performed, and the pressure during the transfer is partially canceled; The plucking power is large and difficult to control. The use of the adjustment spring in the present invention overcomes these drawbacks. Due to the function of the elastic adjuster, a floating rotating shaft is provided for the inclined plucking movement of each plucking clip, so that each of the slats can be smoothly and smoothly closed and separated, and there is no accelerated collision and closing between the clips. such, When the entire plucking system rotates at a high speed around the central fixed axis, the vibration and noise are small, and the wear and heat of the components are significantly reduced. Due to the function of the elastic adjuster, the pressure transmitting convex bone on the disc does not interfere with the clip when the pressure is transmitted. Therefore, the clamping force and the pulling force on each of the grips are relatively uniform, and it is easy to control in one. Within the appropriate range, the quality of the plucking is greatly improved (the plucking quality is the ratio of the number of plucking hair to the number of plucking, the higher the ratio, the better the plucking quality). Since the pressure transmission loss is small and the energy utilization rate is high, the pressure demand applied to the entire depilation system is reduced, and the reduction of the load means the reduction of the electric energy consumption, which is in the rechargeable electric pull-up This is especially evident on the hair. The two clips of each lane are closed at the same time, effectively overcoming the defect of the one-way closing mode, that is, the clamping can not be quickly closed, the hair that has entered the lane is easy to escape, and the short hair is not easily caught and pulled out. In contrast, the efficiency of plucking is improved. The discs and clips assembled by each disc are the same, which reduces the types of parts, facilitates assembly, and reduces processing costs. The discs and clips assembled for each disc are relatively fixed, assembly and maintenance. Convenience.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a disc assembly in the prior art; FIG. 2 is a schematic view of an external structure of the present invention; FIG. Schematic; Figure 5 is a perspective view showing the structure of the disk assembly of the present invention; Figure 6 is a schematic view showing the structure of the disk of the present invention; Figure 8 is a cross-sectional view of the AA of Figure 4; Figure 4 is a cross-sectional view of the BB of the embodiment of the present invention; Figure 11 is a schematic view showing the structure of the disc assembly of the embodiment of the present invention; FIG. 13 is a schematic structural view of a middle clip according to Embodiment 4 of the present invention; FIG. 14 is a schematic structural view of a hair plucking system assembly according to Embodiment 4 of the present invention; FIG. 16 is a schematic view showing the distribution of all the lane planes and the plucking range of the plucking system assembly of Embodiment 4 of the present invention. FIG.

DETAILED DESCRIPTION OF THE EMBODIMENTS In order to make the technical problems, technical solutions and beneficial effects of the present invention more clearly understood, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention. The following Figures 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15

16 is an embodiment of the present invention, and the present invention will be further described. Embodiment 1 The structure of the present invention is as shown in Figures 2, 3, 4, 5, 6, 7, 8, 9, and 15. The present invention includes a housing 53 adapted to be held by a user's hand and fixedly mounted inside the housing. A power unit, and a cylindrical plucking system assembly 55 partially exposed at the opening of the hand-held housing, the plucking system assembly being rotatably mounted on a central fixed arcuate shaft 51. The power unit generally includes a motor assembly 45 and a reduction gear set 46, the motor assembly 45 is coupled to the reduction gear set 46; the plucking system assembly typically includes one or more sets of disc assemblies, each set of disc assemblies being comprised of a disc 30, Four hair clips and four adjustment springs 44 are formed. For convenience of explanation, the four plucking clips 20 are labeled as 20a, 20b, 20c, and 20d, respectively. The two cross arms 32, 33 of the disk 30 are vertically intersected to match the reference plane 31, that is, the intermediate reference surface 31 of the disk 30; the intermediate reference surface 31 divides the disk 30 into two sides, that is, the first of the disk 30 The cross arms 32 and 33 are symmetrical with respect to their respective center references; the middle of the disc 30 has a circular hole 38 of a certain diameter and whose central axis is perpendicular to the intermediate reference surface 31, and the disc assembly 10 passes through the circular hole 38 is rotatably mounted on the central fixed arcuate shaft 51. An arcuate bone 34 perpendicular to the intermediate reference surface 31 is formed at each end of the cross arm 32 on the first side of the disc 30, and the curved bone 34 is formed with the two straight sides of the cross arm 33 on the second side of the disc 30, respectively. Two concave spaces; the two ends of the cross arm 33 on the second side of the disk 30 also have an arcuate bone 34 perpendicular to the intermediate reference surface 31, and the curved bone 34 and the cross on the first side of the disk 30, respectively The two straight sides of the arm 32 form two concave spaces; the two concave spaces of the first surface are perpendicularly distributed with the two concave spaces of the second surface, and each concave space has a circular recess of a certain size in the middle of each concave space. Slot 36, each circular groove There is a pair of back bones 37 inside. The first side and the second side of the disc 30 have four pairs of engaging wishbone 39 and engaging fork grooves 40 that are perpendicular to the intermediate reference surface 31, and each disc assembly 10 is adjacent to the fork 40 by the engaging wishbone 39. The disc assemblies 10 are coupled such that the rotational movement of one disc assembly 10 can be simultaneously transferred to the adjacent disc assemblies 10, thereby enabling simultaneous rotation of each of the disc assemblies 10 in the entire depilation system assembly 55. The two concave spaces on the first side of the disk 30 are respectively provided with hair-plucking clips 20a, 20b, and the two concave spaces on the second side are respectively provided with hair-plucking clips 20c, 20d, respectively, in each 1HJ-shaped space. The circular IHJ slot 36 has a compression spring 44 therein; under the action of the spring force of the adjustment spring 44 and the limit of the buckle bone 37, the hair clip 20 is separated from the center reference surface 31 of the disk 30. The distance, and the plucking clip 20 can flexibly move obliquely about the axis Y, while the axis Y can also rotate and move up and down on the virtual reference plane perpendicular to the central reference plane 31 and through the axis Y, due to the plucking clip This floating characteristic of 20, the plucking clip 20 can also be interpreted as a floating clip 20. Any of the clips 20 on the face of the disk 30 cooperates with the two clips 20 on the other side to form the plucking lanes 42. The ends of the cross arms 32 and 33 each have a pair of pressure transmitting projections 35 perpendicular to the intermediate reference surface 31. During the rotation of the disc assembly 10 to the upper portion of the entire depilation system assembly 55, the discs of adjacent disc assemblies 10 are adjacent. The pressure transmitting projection 35 on the disc 30 applies pressure to the gripping arms 21 of the corresponding plucking clips 20, thereby bringing the open gripping passages 42 closed, gripping and pulling out the hair entering the gripping passages 42. The cross arms 32, 33 each have four square holes 41 for facilitating the formation of the keel 37; the engaging yoke 39 and the fork groove 0 for connecting the adjacent disc assemblies 10 are not the only form, and There may be other forms or additions to the engagement engagement fork, as well as the transfer of rotational movement between the disc assemblies 10. The outer shape of the plucking clip 20 is symmetrical with respect to the central axis Y, and the two ends of the clip 20 are the clamping arms 21, 21', is perpendicular to each other. Between the corresponding two clamping arms is the intermediate portion 22 of the clip 20, and one side of the intermediate portion 22 of the clip is a straight edge 19 that cooperates with a straight edge of the cross arm 32 or 33 through which the rotational movement of the disk 30 passes. The engagement is transmitted to the clip 20; the other side of the intermediate portion 22 of the clip is a circular arc edge 29, the center of which is coaxial with the circular hole 38 of the disk 30, the arcuate edge 29 and the cross arm The orphans in the curved bone 34 at the end of 32 or 33 are matched. The intermediate portion 22 of the clip has a rectangular hole 28 for the button bone 37 on the disk 30 to pass through. The ends of the clamping arm 21 and the clamping arm 21' are straight clamping planes 23 and 23' for increasing the plucking range of the clamping passage 42; the ends of the clamping plane 23 are the raised guiding wings 24, 25, which function It makes it easier for hair to enter the lane 42. The clamp arm 21 and the clamp arm 21' have a serpentine groove 26, 27 on both sides thereof, which cooperate with the curved bone 34 on the disc 30. During the rotation of the disc 30, the U-shaped grooves 26, 27 can be formed. The two clips 20 of the carriage 42 are more accurately closed to complete accurate pinching and plucking. The clip 20a on the first surface of the tray 30 cooperates with the 20c, 20d on the second surface to form two clips 42; the clip 20b on one side of the disc 30 cooperates with the 20c, 20d on the two sides of the disc Two lanes 42 are also formed. The two clips 20 on the surface of the disc 30 are vertically distributed with the two clips 20 on the other side, and four traps ^{42 are} evenly spaced at an angle of 90° on the periphery of the disc 30. . Since the regulation of the spring 44, under the effect of pressure P, the clip ² 0a flexible tilting movement about the Y axis while the axis Y can also be perpendicular to the central plane 31 and the Y-axis by a clip 20a Rotation and up and down movement on the virtual reference surface; under the action of the pressure, the clip 20d is flexibly moved about the axis Y while the axis Y can also be virtualized perpendicular to the central reference surface 31 and passing through the axis Y of the clip 20d. Rotation and up and down movement on the reference plane; therefore, in the following description, the axis Y can also be interpreted as a floating axis Y or a floating rotation axis Y. Since each of the clips 20 can move around such a floating shaft, the two hair-plucking clips 20 which cooperate with each other to form the trap 42 can be smoothly and smoothly folded toward each other to accurately complete the plucking and plucking movements. Minimizing the noise and vibration generated by the disc assembly 10 at high speeds, And the discomfort given to the user during the plucking process. When the clips 42 formed by the clips 20a and 20d are rotated to the lower opening of the upper portion of the plucking system 55, the pressure P of the pressure transmitting lip 35 on the disc 30 of the adjacent disc assembly 10 is applied, and the grip 42 is The intermediate reference surface 31 closes and grips the hair that has entered the carriage 42 and pulls the clamped hair as the disc assembly 10 continues to rotate about the central fixed arcuate shaft 51. Since the clips 42 formed by the clips 20b and 20c are in the involute orientation of the lower opening of the plucking system 55, they are not subjected to the pressures P and P' of the pressure transmitting projections 35 on the disc 30 of the adjacent disc assembly 10, The clips 20b and 20c are separated by the respective adjustment springs 44 to open the center reference surface 31 so that the carriage 42 can be kept open. When the clips 42 formed by the plucking clips 20a and 20d are closed, the corresponding adjusting springs 44 of the clips 20a are always provided with an elastic support so that the clips 42 formed by the cooperation of the clips 20a and the clips 20c can be separated. The clip 20b is not subjected to the pressure of the pressure transmitting projection 35 on the disc 30 of the adjacent disc assembly 10, and its corresponding adjustment spring 44 separates it from the intermediate reference surface 31 of the disc 30. For convenience of explanation, the six sets of disc assemblies 10 of Fig. 3 are now labeled as 10a, 10b, 10c, 10d, 10e and 10f. The disc assembly 10 is rotatably mounted on a central fixed arcuate shaft 51 that rotates 45. Thereafter, the adjacent disc assembly 10 is coupled by the engaging wishbone 39 and the fork groove 40. The central fixed curved shaft 51 is fixed to the left bracket 48 and the right bracket 49. The slopes on the left bracket 48 and the right bracket 49 define the upper portion of the plucking system 55 on the plucking head 58 as a tapered region, the plucking system 55 The lower part is the involute area. There is a pressure plate assembly 50 and 50' at each end of the plucking system 55, and the curved wire 47 applies pressure to the upper portions of the left and right brackets 48, 49, and the slopes on the left and right brackets 48, 49 transmit pressure to The pressure plate assemblies 50 and 50', the pressure plate assemblies 50 and 50', again transfer pressure to each of the disc assemblies 10 in the plucking system 55 such that the nips 42 in the plucking system 55 are periodically plucked in the plucking head 58 The upper narrowing area is closed and the lower involute area is separated. In the present embodiment, FIG. 15 discloses a schematic view of the plane distribution of all the lanes 42 around the circumference of the plucking system assembly 55 shown in FIG. 3 and a schematic diagram of the plucking range. Each row of lanes 42 is separated by 45°, and one row has three lanes 42 for a total of eight rows; adjacent rows of lanes 42 are offset by a certain distance. Compared with the traditional plucking system, it has more lanes 42 in the relatively plucking range, so the plucking efficiency is improved. The disc assemblies 10 provided in the depilating system assembly of the present invention are identical, and the number thereof can be designed as needed.

The complete plucking head 58 of the present invention is coupled to the motor 45 via a reduction gear set 46 that converts the rotational speed of the motor 45 to a suitable plucking speed for transmission to the plucking system assembly 55. In this embodiment, the plucking head 58 is fixedly mounted inside a handheld housing ^53, and the depilation system in a hand held housing 53 is exposed on the opening to directly contact the skin ⁵⁵ need plucking portion; Used plucking The switch 54 is used for control; the hand held housing 53 can be of other different shapes and is machined from different materials. In the present embodiment, the pressure plate assemblies 50 and 50' are similar to the disc assembly 10, and are also rotatably mounted on the central fixed arcuate shaft 51. The pressure plate assemblies 50 and 50' are engaged by the wishbone and The fork groove engages with the engaging wishbone 39 and the fork groove 40 of the adjacent disc assembly 10; the pressure plate assembly 50 is engaged with the three-legged gear 52 through three grooves, and the reduction gear set 46 transmits the rotational motion to the three-legged gear 5 ² The three-prong gear 52 then transmits the rotational motion to the pressure plate assembly 50, which in turn passes to the plucking system 55. The motor 45 can be any type that is driven by a household direct current or a battery or the like. In this embodiment, the disc is usually made of plastic, metal or rubber; the clip is made of a rigid material, such as a stainless steel sheet; the pressure of the entire plucking system is made of a curved wire or other elasticity. The device is provided; the central fixed crankshaft is made of stainless steel wire with a certain diameter. Example 2 As shown in Figure 10. In this embodiment, each of the cross arms 32, 33 of the disc 30 is provided with two rows of hair guiding ribs 56, and the hair guiding ribs 56 can comb the hair attached to the skin or short. The hair makes it easier for the hair to enter the channel 42; the spherical protrusion 57 on the hair guide bone 56 can massage and stimulate the skin, increasing the comfort during plucking. The other parts of this embodiment are identical to the first embodiment. Embodiment 3 is as shown in FIG. In the present embodiment, the disc assembly 10 is mounted on a flat central fixed shaft 65. The other parts of this embodiment are identical to the first embodiment. Embodiment 4 is as shown in Figures 12, 13, 14, and 16. In the present embodiment, the disc assembly 10' is the disc assembly 10 of the embodiment 1! An intermediate clip 60 is added to the middle, and the intermediate clip 60 is disposed on the intermediate reference surface of the disc 30' and fixed integrally with the disc 30'. The four flat jaws 61 of the intermediate clip 60 are respectively located between the four lanes formed by the clips 20, dividing each of the original lanes 42 into two lanes 62. The intermediate clip 60 has four flat faces 61, and the adjacent straight faces 61 are 90° apart from each other. The material of the intermediate clip 60 can be the same as the clip 20, and plastic or other materials can also be used. In the present embodiment, FIG. 16 discloses a schematic plan view of the plane distribution of all the lanes 62 around the circumference of the plucking system assembly 55' shown in FIG. Each row of lanes 62 is separated by 45°, and one row has six lanes 62 for a total of eight rows; adjacent rows of lanes 62 are offset by a certain distance. Compared to the depilating system 55 shown in Fig. 3, the number of lanes is doubled, so the plucking efficiency is also doubled. The other parts of this embodiment are identical to the first embodiment. The above is only the preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and scope of the invention are intended to be included within the scope of the invention.

INDUSTRIAL APPLICABILITY The present invention relates to a floating clip type electric plucking device, which mainly provides a tilting movement for each plucking clip by providing a spring adjuster between the disc and the plucking clip. The floating rotating shaft allows each clamping channel to be smoothly and smoothly closed and separated. In this way, when the entire depilation system is in operation, vibration and noise are small, and wear and heat of components are also significantly reduced. The provision of the elastic adjuster also enables the pressure transmitting convex bone on the disc to transmit the pressure, and the clip does not interfere with the clip, thereby greatly improving the quality of the plucking and further reducing the power consumption. This is especially evident on the rechargeable electric plucking device. In addition, in the present invention, the two clips of each of the lanes are closed at the same time, which improves the efficiency of plucking. Moreover, the discs and clips assembled by each disc are the same, which reduces the types of components, facilitates assembly, and reduces the processing cost; and also makes the discs and clips assembled for each disc relatively fixed. Assembly and maintenance are more convenient.

Claims

Rights request

A floating clip type electric plucking device comprising a casing (53), a power unit fixedly mounted inside the casing, and a plucking system assembly (55) exposed at an opening of the hand casing, the drawing The hair system component (55) is rotatably disposed on a central fixed shaft (51) and coupled to the power unit; the hair removal system assembly (55) is comprised of one or more sets of disc assemblies ( 10) are spaced wide mouth assembled manner, the disc assembly (10) comprises a disk (30) and is provided on the depilation discs (30) of the clip ^(20), characterized in There is: a spring adjuster (44) is further disposed between the disc (30) and the plucking clip (2.0).

2. The floating clip type electric hair plucking device according to claim 1, wherein: said disk (30) comprises two cross arms (32, 33), and said two cross arms (32, 33) superimposed on a reference plane (31), each end of each cross arm is provided with a solitary bone (34) perpendicular to the reference plane (31), and with another ^h frame arm An adjacent one of the two straight sides constitutes a concave space for accommodating the plucking clips (20); the arcuate edge of the curved bone (34) of the cross arm is provided with a pair of pressure transmitting ridges ( 35); the two sides of the reference surface (31) of the disc (30) are provided with an engaging structure for connecting adjacent discs (30).

3. The floating clip type electric plucking device according to claim 2, wherein: the surface of the solitary bone (34) of the cymbal disk (30) is provided with a hair guiding convex bone (56), and In the guide hair convex bone

(56) There is also a spherical protrusion (67) that can massage and stimulate the skin.

4. A floating clip type electric hair plucking device according to claim 2 or 3, characterized in that the two cross arms of the disk (30) are 90. Orthogonally placed on the reference plane ( 31 ) of the disc ( 30 ).

5. The floating clip type electric plucking device according to claim 2, wherein: The meshing structure of the disk (30) on the front and back sides of the reference surface (31) is a meshing wishbone (39) and a meshing fork groove (40) disposed on the front and back sides, and each two adjacent disk assemblies (10) Connected to each other by the engaging structure, and the pressure transmitting ribs (35) or the plucking clips (20) on one disc assembly (10) and the plucking clips on the adjacent disc assembly (10), respectively (20) Or the pressure transmitting convex bones (35) are in mutually corresponding positions.

6. The floating clip type electric plucking device according to claim 1, wherein: said plucking clip (20) is provided with a plurality of mutually angled clamping arms at an outer edge of the circular arc. (21) A semi-circular sheet having a flat face (23) at the end of the clamp arm (21) and one or two raised guide wings at both ends of the straight face (23) ( 24, 25).

7. The floating clip type electric plucking device according to claim 1 or 6, wherein: the reference surface (31) of the disk (30) has a concave space on the side and a concave surface on the other side. The shaped spaces are vertically distributed to each other; any one of the two plucking clips (20) in one concave space of the disc (30) and the two plucking clips (20) in the concave space of the other side Into 90. In the setting, the plucking clips (20) have two 90s. The clamping arms (21) and the eight clamping arms (21) of the four plucking clips (20) form four clamping passages (42) with each other. The two adjacent clamping lanes (42) are perpendicular to each other.

8. The floating clip type electric plucking device according to claim 1, wherein: said elastic adjuster (44) is an adjusting spring or an adjusting elastic piece.

9. The floating clip type electric plucking device according to claim 1, 2, 3, 5, 6 or 8, characterized in that: fixed on a reference surface (31) of said disc (30) An intermediate clip (60), the edge of the intermediate clip (60) is provided with four clamping arms (61), and the two clamping faces of each clamping arm (61) are respectively adjacent to the plucking clips ( 20) Form two lanes (62).

10. The floating clip type electric plucking device according to claim 1, wherein: The center fixed axis is the center fixed orphan shaft (51) or the center fixed flat shaft (65).