WO2023246126A1 - 一种刀头可旋转的剃毛器 - Google Patents
一种刀头可旋转的剃毛器 Download PDFInfo
- Publication number
- WO2023246126A1 WO2023246126A1 PCT/CN2023/075989 CN2023075989W WO2023246126A1 WO 2023246126 A1 WO2023246126 A1 WO 2023246126A1 CN 2023075989 W CN2023075989 W CN 2023075989W WO 2023246126 A1 WO2023246126 A1 WO 2023246126A1
- Authority
- WO
- WIPO (PCT)
- Prior art keywords
- cutter head
- shaver
- assembly
- motor
- host
- Prior art date
Links
- 230000005540 biological transmission Effects 0.000 claims abstract description 53
- 230000003796 beauty Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000009826 distribution Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000010008 shearing Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26B—HAND-HELD CUTTING TOOLS NOT OTHERWISE PROVIDED FOR
- B26B19/00—Clippers or shavers operating with a plurality of cutting edges, e.g. hair clippers, dry shavers
- B26B19/02—Clippers or shavers operating with a plurality of cutting edges, e.g. hair clippers, dry shavers of the reciprocating-cutter type
- B26B19/04—Cutting heads therefor; Cutters therefor; Securing equipment thereof
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26B—HAND-HELD CUTTING TOOLS NOT OTHERWISE PROVIDED FOR
- B26B19/00—Clippers or shavers operating with a plurality of cutting edges, e.g. hair clippers, dry shavers
- B26B19/38—Details of, or accessories for, hair clippers, or dry shavers, e.g. housings, casings, grips, guards
- B26B19/3806—Accessories
Definitions
- the present invention relates to the technical field of shavers, and in particular to a shaver with a rotatable cutter head.
- Shaving is a commonly used care tool in life. Men often use shavers to trim beards and body hair. For women who love beauty, shavers are often used to remove body hair on legs, armpits, private parts, etc.
- the present invention provides a shaver with a rotatable cutter head.
- the present invention provides the following technical solutions:
- a shaver with a rotatable cutter head which is characterized in that it includes a cutter head assembly and a main machine.
- a motor is installed at the upper end of the main frame.
- the bottom end of the cutter head assembly is provided with a device for driving the blade to reciprocate.
- An eccentric shaft, the angle formed by the eccentric shaft and the motor shaft of the motor is a right angle or an obtuse angle.
- a rotating assembly for rotating and adjusting the angle of the cutter head is provided between the main machine and the cutter head assembly.
- the motor shaft of the motor is connected with a transmission component for driving the eccentric shaft to rotate.
- the shaver with a rotatable cutter head as described above is characterized in that: the rotating assembly includes a cutter head lower shell, a connecting piece and a host connection head, and a first latch is provided on the inner wall of the lower end of the cutter head lower shell. Ring, one end of the connecting piece is provided with an annular first snap ring for snapping into the first snap ring, and a second snap ring is provided on the inner wall of the upper end of the host connector. The other end of the connecting piece is provided with an annular second slot for clamping the second snap ring.
- the cutter head assembly is installed on the cutter head lower shell, and the cutter head lower shell passes through
- the connecting piece is rotatably connected to the upper end of the host connector, and the lower end of the host connector is connected and mounted to the top of the host.
- the shaver with a rotatable cutter head as described above is characterized in that the rotary assembly includes a lower case of the cutter head and a connection head of the main unit, and a rotary joint is provided at the bottom end of the lower case of the cutter head.
- the rotary joint It is cylindrical.
- a sleeve is provided inside the upper end of the host connector.
- the rotary joint is rotatably nested in the sleeve.
- a plurality of annular distributions are provided on the outer wall of the bottom end of the rotary joint.
- the buckle is connected to the bottom surface of the sleeve.
- the cutter head assembly is installed on the lower shell of the cutter head.
- the upper end of the connection between the lower shell of the cutter head and the host machine is rotatable. Connect, the lower end of the host connector is connected and installed with the top end of the host.
- the shaver with a rotatable cutter head as described above is characterized in that: a second groove is provided in the lower shell of the cutter head, a bearing is installed in the second groove, and the eccentric shaft passes through the The bearing and the lower shell of the cutter head are connected to the transmission assembly.
- a limiter for preventing the breakage of the cutter head assembly is installed on the side of the main unit connector close to the lower shell of the cutter head.
- the limiter The bottom end of the positioning member is provided with a fixed piece.
- the positioning member is cylindrical and rotatably nested in the rotary joint.
- the outer wall of the positioning member is provided with a fixed piece to facilitate the rotation of the cutter head to a specific position.
- Angle limit groove, the inner wall of the rotary joint is provided with a corresponding convex block for snapping into the limit groove, and the top end of the host connector is provided with a detachable stopper for installing the limit top cover of the piece.
- the shaver with a rotatable cutter head as described above is characterized in that the transmission assembly includes a driving wheel and a transmission wheel meshed with the driving wheel, and the eccentric shaft includes a turntable, a connecting rod and an eccentric rod, so The connecting rod and the eccentric rod are located on both sides of the turntable respectively.
- the driving wheel is installed and fixed on the motor shaft of the motor.
- the transmission wheel is installed and fixed on the connecting rod.
- the bottom end of the assembly is provided with two baffles for matching the eccentric shaft, and the eccentric rod is located between the two baffles.
- the shaver with a rotatable cutter head as described above is characterized in that: the driving wheel is a cylindrical gear, the transmission wheel is a single-sided gear, and the cylindrical gear is installed and fixed on the motor shaft of the motor, One end of the single-sided gear is a sawtooth disk, and the other end is a mounting post.
- the single-sided gear is connected and fixed with the connecting rod through the mounting post.
- the shaver with a rotatable cutter head as described above is characterized in that: the driving wheel is a worm, the transmission wheel is a worm wheel matching with the worm, and the worm is installed and fixed on the motor shaft of the motor, The non-serrated end of the worm gear is connected and fixed to the connecting rod.
- the shaver with a rotatable cutter head as described above is characterized in that: the main body includes an outer shell and an inner shell, the outer shell is provided with buttons, and one side of the inner shell is provided with a circuit board.
- a battery is provided at the lower end of the inner housing, the motor is located at the upper end of the inner housing, a charging interface is provided on the circuit board, and locks are provided on both sides of the lower end of the host connector.
- the inner wall of the upper end of the outer shell is correspondingly provided with a buckling groove for buckling the lock buckle.
- the shaver with a rotatable cutter head of the present invention is provided with a rotating component and a transmission component, so that the cutter head of the shaver can rotate 360°, and the angle of the cutter head can be adjusted according to the hair in different parts of the human body, so that the shaver can
- the device is easy to hold and use; at the same time, the structural design of the rotating blade allows the blade of the shaver to be quickly adjusted to the appropriate angle when shaving hair on different parts of the human body, enhancing the shaving performance of the shaver. Efficiency; and when the cutter head of the shaver is in working condition, rotating the cutter head to adjust the shaving angle will not affect the work of the cutter head.
- the shaver with a rotatable head of the present invention has two embodiments of the rotating component and three embodiments of the transmission component, which can be combined in various ways. Moreover, the structure of the rotating component and the transmission component in the shaver is simple and practical. Under the condition of low production cost, it solves the problem that the existing shaver cannot adjust the shaving angle of the blade, and can conveniently shave the body hair in the private parts of the human body, greatly improving the shaving performance in the private parts of the human body and other parts. Efficiency enhances the experience of using the shaver.
- the shaver with a rotatable cutter head of the present invention has a limiting groove and a convex block in the second embodiment of the rotating assembly.
- the convex block When the cutter head of the shaver rotates to be perpendicular, parallel or at an angle of 45° to the main machine, the convex block The block will snap into the limit groove and play a certain limiting role.
- the more commonly used shaving angles in life are T-shaped with the cutter head perpendicular to the main machine, and I-shaped with the cutter head parallel to the main machine.
- the limit groove and the convex The block can facilitate the positioning between the cutter head and the host machine. If you continue to rotate the cutter head forcefully, the bump will slide out of the limit groove for the next step of angle adjustment.
- Figure 1 is a right side view of the shaver when the rotating assembly adopts the first embodiment
- Figure 2 is a cross-sectional view of the shaver in the direction A-A in Figure 1 when both the rotating component and the transmission component adopt the first embodiment;
- Figure 3 is a first exploded view of the shaver when both the rotating component and the transmission component adopt the first embodiment
- Figure 4 is a second exploded view of the shaver when both the rotating component and the transmission component adopt the first embodiment
- Figure 5 is a third exploded view of the shaver when both the rotating component and the transmission component adopt the first embodiment
- Figure 6 is a fourth exploded view of the shaver when both the rotating component and the transmission component adopt the first embodiment
- Figure 7 is a fifth exploded view of the shaver when both the rotating component and the transmission component adopt the first embodiment
- Figure 8 is a cross-sectional view of the shaver in the direction A-A in Figure 1 when the first embodiment is used as the rotating component and the second embodiment is used as the transmission component, with the main frame hidden in the figure;
- Figure 9 is an exploded view of the shaver when the rotating assembly adopts the first embodiment and the transmission assembly adopts the second embodiment, with the main body and some parts hidden in the figure;
- Figure 10 is a cross-sectional view of the shaver in the direction A-A in Figure 1 when the first embodiment is used as the rotating component and the third embodiment is used as the transmission component, with the main frame hidden in the figure;
- Figure 11 is an exploded view of the shaver when the rotating assembly adopts the first embodiment and the transmission assembly adopts the third embodiment, with the main machine and some parts hidden in the figure;
- Figure 12 is a right view of the shaver when the second embodiment of the rotating assembly is adopted;
- Figure 13 is a cross-sectional view of the shaver in the B-B direction of Figure 12, when both the rotating component and the transmission component adopt the second embodiment;
- Figure 14 is a first exploded view of the shaver when both the rotating assembly and the transmission assembly adopt the second embodiment
- Figure 15 is a second exploded view of the shaver when both the rotating component and the transmission component adopt the second embodiment
- Figure 17 is a fourth exploded view of the shaver when both the rotating assembly and the transmission assembly adopt the second embodiment, with the main unit hidden in the figure;
- 1 is the cutter head assembly; 101 is the baffle; 2 is the main machine; 201 is the outer shell; 202 is the inner shell; 203 is the motor; 3 is the rotating component; 301 is the connector; 302 is the lower shell of the cutter head; 303 is the host connector; 304 is the first snap ring; 305 is the first snap groove; 306 is the second snap ring; 307 is the second snap groove; 308 is the rotating joint; 309 is the sleeve; 310 is the buckle; 311 312 is the second groove; 313 is the bearing; 314 is the limiting piece; 315 is the fixed piece; 316 is the limiting groove; 317 is the bump; 318 is the top cover; 4 is the transmission component; 401 It is a cylindrical gear; 402 is a single-sided gear; 403 is a sawtooth disk; 404 is a mounting column; 405 is a first bevel gear; 406 is a second bevel gear; 407 is a worm; 408 is
- a shaver with a rotatable cutter head as shown in Figures 1 to 17, including a cutter head assembly 1 and a host machine 2.
- a motor 203 is installed at the upper end of the host machine 2.
- the cutter head assembly 1 is The bottom end is provided with an eccentric shaft 5 for driving the blade to reciprocate.
- the angle formed by the eccentric shaft 5 and the motor shaft of the motor 203 is a right angle or an obtuse angle.
- a rotating component 3 for rotating and adjusting the angle of the cutter head, and a transmission component 4 for driving the eccentric shaft 5 to rotate is connected to the motor shaft of the motor 203;
- the rotating component 3 has two embodiments, The first embodiment is shown in Figures 1 to 11, and the second embodiment is shown in Figures 12 to 17.
- the transmission assembly 4 is provided with three embodiments, and the first embodiment is shown in Figures 2 to 7.
- the second embodiment is shown in Figures 8 to 9, and the third embodiment is shown in Figures 10 to 11, and the rotating component 3 and the transmission component 4 in the present invention are suitable for various reciprocating electric motors. Knife head.
- the rotating assembly 3 is used to change the relative angle between the cutter head assembly 1 and the host machine 2 and adjust the shaving angle of the cutter head assembly 1. Since the eccentric shaft 5 and the motor The included angle formed by the motor shaft 203 is a right angle or an obtuse angle, so the cutter head of the shaver can be rotated and adjusted 360° relative to the host 2.
- the shearing power of the cutter head assembly 1 comes from the motor 203
- the transmission assembly 4 is used to change the axis direction of the rotation power of the motor 203 so that the rotation axis of the eccentric shaft 5 is consistent with the rotation axis of the cutter head assembly 1. Therefore, the cutter head assembly 1. Rotational adjustment will not affect its working status.
- the first embodiment of the rotating assembly 3 includes a cutter head lower shell 302, a connecting piece 301 and a host connector 303.
- the lower end of the cutter head lower shell 302 is A first snap ring 304 is provided on the inner wall, and an annular first slot 305 for snapping the first snap ring 304 is provided at one end of the connector 301, and at the upper end of the host connector 303
- a second snap ring 306 is provided on the inner wall of the connector 301, and a second annular slot 307 for snapping the second snap ring 306 is provided at the other end of the connector 301.
- the cutter head assembly 1 Installed on the lower shell 302 of the cutter head, the lower shell 302 of the cutter head is rotatably connected to the upper end of the host connector 303 through the connector 301, and the lower end of the host connector 303 is connected to the host 2
- the top end of the connector 301 is connected and installed; in addition, a first groove 311 is provided at one end of the connector 301 close to the cutter head assembly 1.
- a bearing 313 is installed in the first groove 311, and the eccentric shaft 5 passes through The bearing 313 is connected with the transmission assembly 4 .
- the lower shell 302 of the cutter head is buckled on the connecting member 301. Since the first snap ring 304 and the first clamping groove 305 are circular, the lower shell 302 of the cutter head It can rotate 360° relative to the connecting piece 301, which is fastened to the host connector 303. Similarly, since the second snap ring 306 and the second snap groove 307 are both circular rings, shape, so the connecting piece 301 can rotate 360° relative to the host connector 303, and therefore the cutter head assembly 1 can rotate 360° relative to the host 2 to adjust the shaving angle.
- the second embodiment of the rotating assembly 3 includes a cutter head lower shell 302 and a host connection head 303.
- a rotating assembly is provided at the bottom end of the cutter head lower shell 302.
- the rotary joint 308 is a cylindrical shape surrounded by a plurality of arc-shaped elastic pieces.
- the rotary joint 308 and the lower shell 302 of the cutter head are an integral part.
- the sleeve 309 and the host connector 303 are an integral piece.
- the rotary joint 308 is rotatably nested in the sleeve 309. There is an outer wall on the bottom end of the rotary joint 308.
- a plurality of annularly distributed buckles 310 are provided at the bottom end of the spring piece constituting the rotary joint 308.
- the buckles 310 are buckled on the bottom surface of the sleeve 309.
- the cutter head assembly 1 Installed on the lower shell 302 of the cutter head, the lower shell 302 of the cutter head is rotatably connected to the upper end of the host connector 303, and the lower end of the host connector 303 is connected and installed with the top end of the host 2; because
- the rotary joint 308 and the sleeve 309 are both cylindrical, so the cutter head lower shell 302 can rotate 360° relative to the host connection head 303. Therefore, the cutter head assembly 1 can rotate relative to the host connector 303.
- the main unit 2 rotates 360° to adjust the shaving angle.
- the limiting groove 316 is provided on the outer wall of the limiting piece 314 to facilitate the rotation of the cutter head to a specific angle.
- the corresponding limiting groove 316 is provided on the inner wall of the rotating joint 308.
- the top cover 318 It is buckled or clamped on the host connector 303 .
- the bump 317 will snap into the limiting groove 316 to provide a certain limit.
- the more commonly used shaving angles in life are T-shaped with the cutter head perpendicular to the host 2, and I-shaped with the cutter head parallel to the host 2.
- the limiting groove 316 and the bump 317 can facilitate The positioning between the cutter head and the host machine 2 is carried out. If the cutter head is continued to be rotated forcefully, the bump 317 will slide out of the limiting groove 316, and the next step of angle adjustment is performed.
- the transmission assembly 4 includes a driving wheel and a transmission wheel meshed with the driving wheel.
- the eccentric shaft 5 includes a turntable 501, a connecting rod 502 and an eccentric rod 503.
- the connecting rod 502 and the eccentric Rods 503 are respectively located on both sides of the turntable 501.
- the driving wheel is installed and fixed on the motor shaft of the motor 203.
- the transmission wheel is installed and fixed on the connecting rod 502.
- On the end of the cutter head assembly 1 The bottom end is provided with two baffles 101 for matching the eccentric shaft 5 , and the eccentric rod 503 is located between the two baffles 101 .
- the driving wheel is a cylindrical gear 401
- the transmission wheel is a single-sided gear 402
- the gear 401 is installed and fixed on the motor shaft of the motor 203 in an interference plug manner.
- One end of the single-sided gear 402 is a sawtooth disk 403, and the other end is a mounting post 404.
- the sawtooth on the sawtooth disk 403 is in contact with the motor shaft of the motor 203.
- the sawtooth disk 403 is vertically and evenly distributed on the edge of the sawtooth disk 403.
- the mounting post 404 is rotatably inserted into the connecting piece 301 and connected and fixed with the connecting rod 502 in an interference plugging manner. .
- the driving wheel is a first bevel gear 405, and the transmission wheel is a second bevel gear 406, so The non-serrated end of the first bevel gear 405 is installed and fixed on the motor shaft of the motor 203 in an interference plug manner, and the non-serrated end of the second bevel gear 406 is located on the connector 301 and is connected and fixed with the connecting rod 502 in an interference plugging manner.
- the driving wheel is a worm 407
- the transmission wheel is a worm wheel 408 that cooperates with the worm 407.
- the worm 407 is installed and fixed on the motor shaft of the motor 203 in an interference plug-in manner.
- the non-serrated end of the worm gear 408 is rotatably inserted into the connector 301 and connected to the motor shaft in an interference plug-in manner.
- the connecting rod 502 is connected and fixed.
- the host 2 includes an outer housing 201 and an inner housing 202.
- the outer housing 201 is provided with buttons 6, and one side of the inner housing 202 is provided with a circuit board 7.
- the inner housing 202 is provided with a circuit board 7.
- the battery 8 is provided at the lower end of the inner shell 202
- the motor 203 is located at the upper end of the inner shell 202
- the circuit board 7 is provided with a charging interface 9, and locks are provided on both sides of the lower end of the host connector 303.
- the buckle 10 is provided with a buckle slot 11 for buckling the lock buckle 10 on the inner wall of the upper end of the outer shell 201.
- the host connector 303 is buckled or directly plugged into the outer shell 201. .
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Abstract
提供了一种刀头可旋转的剃毛器,包括有刀头组件(1)和主机(2),在主机(2)的内部上端安装有电机(203),刀头组件(1)的底端设有用于带动刀片做往复运动的偏心轴(5),偏心轴(5)与电机(203)的电机轴形成的夹角为直角或钝角,在主机(2)与刀头组件(1)之间设有用于旋转调节刀头角度的旋转组件(3),在电机(203)的电机轴上连接有用于带动偏心轴(5)转动的传动组件(4),能够针对人体不同部位的毛发调节刀头的角度,使该剃毛器方便持握,方便使用。
Description
本发明涉及剃毛器技术领域,特别涉及一种刀头可旋转的剃毛器。
剃毛器是生活中常用的护理工具,男士常用剃毛器修剪胡须和体毛,对于爱美的女士,常用剃毛器清除腿部、腋下、私密处等位置的体毛。
现有的剃毛器刀头和机身多为T形,只方便剃除人体部分区域的体毛,难以清理人体私密处等部位的体毛,使用不便。
为了解决现有剃毛器不能调节刀头剃毛角度,使用不便的问题,本发明提供了一种刀头可旋转的剃毛器。
为了解决上述问题,本发明提供以下技术方案:
一种刀头可旋转的剃毛器,其特征在于:包括有刀头组件和主机,在所述主机的内部上端安装有电机,所述刀头组件的底端设有用于带动刀片做往复运动的偏心轴,所述偏心轴与所述电机的电机轴形成的夹角为直角或钝角,在所述主机与所述刀头组件之间设有用于旋转调节刀头角度的旋转组件,在所述电机的电机轴上连接有用于带动所述偏心轴转动的传动组件。
如上所述刀头可旋转的剃毛器,其特征在于:所述旋转组件包括有刀头下壳、连接件和主机连接头,在所述刀头下壳下端的内壁上设有第一卡环,在所述连接件的一端对应设有环形的、用于卡入所述第一卡环的第一卡槽,在所述主机连接头上端的内壁上设有第二卡环,在所述连接件的另一端对应设有环形的、用于卡入所述第二卡环的第二卡槽,所述刀头组件安装在所述刀头下壳上,所述刀头下壳通过所述连接件与所述主机连接头的上端可转动连接,所述主机连接头的下端与所述主机的顶端连接安装。
如上所述刀头可旋转的剃毛器,其特征在于:所述旋转组件包括有刀头下壳和主机连接头,在所述刀头下壳的底端设有旋转接头,所述旋转接头为圆筒形,在所述主机连接头的上端内部设有套筒,所述旋转接头可转动的嵌套在所述套筒内,在所述旋转接头底端的外壁上设有多个环形分布的卡扣,所述卡扣卡接在所述套筒的底面上,所述刀头组件安装在所述刀头下壳上,所述刀头下壳与所述主机连接头的上端可转动连接,所述主机连接头的下端与所述主机的顶端连接安装。
如上所述刀头可旋转的剃毛器,其特征在于:在所述连接件靠近所述刀头组件的一端设有第一凹槽,所述第一凹槽内安装有轴承,所述偏心轴穿过所述轴承与所述传动组件连接。
如上所述刀头可旋转的剃毛器,其特征在于:在所述刀头下壳内设有第二凹槽,所述第二凹槽内安装有轴承,所述偏心轴穿过所述轴承及所述刀头下壳与所述传动组件连接,在所述主机连接头内靠近所述刀头下壳的一侧安装有用于防止所述刀头组件脱离的限位件,所述限位件的底端设有固定片,所述限位件为圆筒形且可转动的嵌套在所述旋转接头内,在所述限位件的外壁上设有用于方便刀头旋转至特定角度的限位槽,在所述旋转接头的内壁上对应设有用于卡入所述限位槽的凸块,在所述主机连接头的顶端设有可拆卸的、用于安装所述限位件的顶盖。
如上所述刀头可旋转的剃毛器,其特征在于:所述传动组件包括有主动轮以及与所述主动轮啮合的传动轮,所述偏心轴包括有转盘、连接杆和偏心杆,所述连接杆和所述偏心杆分别位于所述转盘的两侧,所述主动轮安装固定在所述电机的电机轴上,所述传动轮安装固定在所述连接杆上,在所述刀头组件的底端设有两块用于配合所述偏心轴的挡板,所述偏心杆位于两块所述的挡板之间。
如上所述刀头可旋转的剃毛器,其特征在于:所述主动轮为柱形齿轮,所述传动轮为单面齿轮,所述柱形齿轮安装固定在所述电机的电机轴上,所述单面齿轮的一端为锯齿盘,另一端为安装柱,所述单面齿轮通过所述安装柱与所述连接杆连接固定。
如上所述刀头可旋转的剃毛器,其特征在于:所述主动轮为第一锥形齿轮,所述传动轮为第二锥形齿轮,所述第一锥形齿轮不带锯齿的一端安装固定在所述电机的电机轴上,所述第二锥形齿轮不带锯齿的一端与所述连接杆连接固定。
如上所述刀头可旋转的剃毛器,其特征在于:所述主动轮为蜗杆,所述传动轮为与所述蜗杆配合的蜗轮,所述蜗杆安装固定在所述电机的电机轴上,所述蜗轮不带锯齿的一端与所述连接杆连接固定。
如上所述刀头可旋转的剃毛器,其特征在于:所述主机包括有外壳体和内壳体,所述外壳体上设有按键,所述内壳体的一侧设有电路板,在所述内壳体的内部下端设有电池,所述电机位于所述内壳体的内部上端,所述电路板上设有充电接口,在所述主机连接头的下端两侧设有锁扣,在所述外壳体上端的内壁上对应设有用于扣接所述锁扣的扣接槽。
本发明刀头可旋转的剃毛器,设有旋转组件和传动组件,使得该剃毛器的刀头能够进行360°旋转,能够针对人体不同部位的毛发调节刀头的角度,使该剃毛器方便持握,方便使用;同时旋转刀头的结构设计,使该剃毛器的刀头在剃除人体不同部位的毛发时,能够快速调节到合适的角度,增强该剃毛器的剃毛效率;而且当该剃毛器的刀头处于工作状态时,转动刀头调节剃毛角度不会影响刀头的工作。
本发明刀头可旋转的剃毛器,旋转组件设有两种实施例,传动组件设有三种实施例,可进行多种组合,而且该剃毛器中的旋转组件和传动组件结构简单实用,在较低的生产成本条件下,解决了现有剃毛器不能调节刀头剃毛角度的问题,能够方便的剃除人体私密处等部位的体毛,大大提高了人体私密处等部位的剃毛效率,增强了剃毛器的使用体验。
本发明刀头可旋转的剃毛器,旋转组件的第二实施例中设有限位槽和凸块,当该剃毛器的刀头旋转至与主机垂直、平行或夹角45°时,凸块会卡入限位槽内,起到一定的限位作用,生活中比较常用的剃毛角度是刀头与主机垂直的T形,以及刀头与主机平行的I形,限位槽和凸块能够方便进行刀头与主机之间的定位,若继续用力旋转刀头,凸块会从限位槽内滑出,进行下一步的角度调节。
图1是旋转组件采用第一实施例时,该剃毛器的右视图;
图2是图1中A-A方向,旋转组件和传动组件均采用第一实施例时,该剃毛器的剖视图;
图3是旋转组件和传动组件均采用第一实施例时,该剃毛器的第一***图;
图4是旋转组件和传动组件均采用第一实施例时,该剃毛器的第二***图;
图5是旋转组件和传动组件均采用第一实施例时,该剃毛器的第三***图;
图6是旋转组件和传动组件均采用第一实施例时,该剃毛器的第四***图;
图7是旋转组件和传动组件均采用第一实施例时,该剃毛器的第五***图;
图8是图1中A-A方向,旋转组件采用第一实施例、传动组件采用第二实施例时,该剃毛器的剖视图,图中隐去了主机;
图9是旋转组件采用第一实施例、传动组件采用第二实施例时,该剃毛器的***图,图中隐去了主机和部分零件;
图10是图1中A-A方向,旋转组件采用第一实施例、传动组件采用第三实施例时,该剃毛器的剖视图,图中隐去了主机;
图11是旋转组件采用第一实施例、传动组件采用第三实施例时,该剃毛器的***图,图中隐去了主机和部分零件;
图12是旋转组件采用第二实施例时,该剃毛器的右视图;
图13是图12中B-B方向,旋转组件和传动组件均采用第二实施例时,该剃毛器的剖视图;
图14是旋转组件和传动组件均采用第二实施例时,该剃毛器的第一***图;
图15是旋转组件和传动组件均采用第二实施例时,该剃毛器的第二***图;
图16是旋转组件和传动组件均采用第二实施例时,该剃毛器的第三***图,图中隐去了主机;
图17是旋转组件和传动组件均采用第二实施例时,该剃毛器的第四***图,图中隐去了主机;
图中:1为刀头组件;101为挡板;2为主机;201为外壳体;202为内壳体;203为电机;3为旋转组件;301为连接件;302为刀头下壳;303为主机连接头;304为第一卡环;305为第一卡槽;306为第二卡环;307为第二卡槽;308为旋转接头;309为套筒;310为卡扣;311为第一凹槽;312为第二凹槽;313为轴承;314为限位件;315为固定片;316为限位槽;317为凸块;318为顶盖;4为传动组件;401为柱形齿轮;402为单面齿轮;403为锯齿盘;404为安装柱;405为第一锥形齿轮;406为第二锥形齿轮;407为蜗杆;408为蜗轮;5为偏心轴;501为转盘;502为连接杆;503为偏心杆;6为按键;7为电路板;8为电池;9为充电接口;10为锁扣;11为扣接槽。
下面结合附图对本发明的技术特征做进一步详细说明以便于所述领域的技术人员能够理解,本发明只保护其机械结构,电路结构为公知常识。
一种刀头可旋转的剃毛器,如图1~图17所示,包括有刀头组件1和主机2,在所述主机2的内部上端安装有电机203,所述刀头组件1的底端设有用于带动刀片做往复运动的偏心轴5,所述偏心轴5与所述电机203的电机轴形成的夹角为直角或钝角,在所述主机2与所述刀头组件1之间设有用于旋转调节刀头角度的旋转组件3,在所述电机203的电机轴上连接有用于带动所述偏心轴5转动的传动组件4;所述旋转组件3设有两种实施例,第一种实施例如图1~图11所示,第二种实施例如图12~图17所示;所述传动组件4设有三种实施例,第一种实施例如图2~图7所示,第二种实施例如图8~图9所示,第三种实施例如图10~图11所示,而且本发明中的所述旋转组件3和所述传动组件4适用于各种往复式的电动刀头。
具体的,所述旋转组件3用于改变所述刀头组件1与所述主机2之间的相对角度、调节所述刀头组件1的剃毛角度,由于所述偏心轴5与所述电机203的电机轴形成的夹角为直角或钝角,所以该剃毛器的刀头可以相对所述主机2进行360°的旋转调节,所述刀头组件1的剪切动力来源于所述电机203的旋转动力,所述传动组件4用于改变所述电机203旋转动力的轴线方向,使所述偏心轴5的转动轴线与所述刀头组件1的转动轴线一致,因此,所述刀头组件1在进行转动调节时不会影响其工作状态。
具体的,如图1~图11所示,所述旋转组件3的第一种实施例包括有刀头下壳302、连接件301和主机连接头303,在所述刀头下壳302下端的内壁上设有第一卡环304,在所述连接件301的一端对应设有环形的、用于卡入所述第一卡环304的第一卡槽305,在所述主机连接头303上端的内壁上设有第二卡环306,在所述连接件301的另一端对应设有环形的、用于卡入所述第二卡环306的第二卡槽307,所述刀头组件1安装在所述刀头下壳302上,所述刀头下壳302通过所述连接件301与所述主机连接头303的上端可转动连接,所述主机连接头303的下端与所述主机2的顶端连接安装;此外,在所述连接件301靠近所述刀头组件1的一端设有第一凹槽311,所述第一凹槽311内安装有轴承313,所述偏心轴5穿过所述轴承313与所述传动组件4连接。
具体的,所述刀头下壳302扣接在所述连接件301上,由于所述第一卡环304和所述第一卡槽305均为圆环形,所以所述刀头下壳302可相对所述连接件301进行360°转动,所述连接件301扣接在所述主机连接头303上,同样,由于所述第二卡环306和所述第二卡槽307均为圆环形,所以所述连接件301可相对所述主机连接头303进行360°转动,因此,所述刀头组件1能够相对所述主机2进行360°转动,调节剃毛角度。
具体的,如图12~图17所示,所述旋转组件3的第二种实施例包括有刀头下壳302和主机连接头303,在所述刀头下壳302的底端设有旋转接头308,所述旋转接头308为多个弧形弹片围成的圆筒形,所述旋转接头308和所述刀头下壳302为一体件,在所述主机连接头303的上端内部设有套筒309,所述套筒309和所述主机连接头303为一体件,所述旋转接头308可转动的嵌套在所述套筒309内,在所述旋转接头308底端的外壁上设有多个环形分布的卡扣310,所述卡扣310设置在组成所述旋转接头308的弹片底端 ,所述卡扣310卡接在所述套筒309的底面上,所述刀头组件1安装在所述刀头下壳302上,所述刀头下壳302与所述主机连接头303的上端可转动连接,所述主机连接头303的下端与所述主机2的顶端连接安装;由于所述旋转接头308和所述套筒309均为圆筒形,所以所述刀头下壳302能够相对所述主机连接头303进行360°转动,因此,所述刀头组件1能够相对所述主机2进行360°转动,调节剃毛角度。
此外,在所述刀头下壳302内设有第二凹槽312,所述第二凹槽312内安装有轴承313,所述偏心轴5穿过所述轴承313及所述刀头下壳302与所述传动组件4连接,在所述主机连接头303内靠近所述刀头下壳302的一侧安装有用于防止所述刀头组件1脱离的限位件314,所述限位件314同样是由多个弹片围成的圆筒形,所述限位件314可转动的嵌套在所述旋转接头308内,所述限位件314的底端设有固定片315,所述限位件314与所述固定片315为一体件,在所述限位件314的外壁上设有用于方便刀头旋转至特定角度的限位槽316,在所述旋转接头308的内壁上对应设有用于卡入所述限位槽316的凸块317,在所述主机连接头303的顶端设有可拆卸的、用于安装所述限位件314的顶盖318,所述顶盖318扣接或卡接在所述主机连接头303上。
具体的,当该剃毛器的刀头旋转至与所述主机2垂直、平行或夹角45°时,所述凸块317会卡入所述限位槽316内,起到一定的限位作用,生活中比较常用的剃毛角度是刀头与所述主机2垂直的T形,以及刀头与所述主机2平行的I形,所述限位槽316和所述凸块317能够方便进行刀头与所述主机2之间的定位,若继续用力旋转刀头,所述凸块317会从所述限位槽316内滑出,进行下一步的角度调节。
具体的,所述传动组件4包括有主动轮以及与所述主动轮啮合的传动轮,所述偏心轴5包括有转盘501、连接杆502和偏心杆503,所述连接杆502和所述偏心杆503分别位于所述转盘501的两侧,所述主动轮安装固定在所述电机203的电机轴上,所述传动轮安装固定在所述连接杆502上,在所述刀头组件1的底端设有两块用于配合所述偏心轴5的挡板101,所述偏心杆503位于两块所述的挡板101之间。
具体的,如图2~图7所示,在所述传动组件4的第一种实施例中,所述主动轮为柱形齿轮401,所述传动轮为单面齿轮402,所述柱形齿轮401以过盈插接的方式安装固定在所述电机203的电机轴上,所述单面齿轮402的一端为锯齿盘403,另一端为安装柱404,所述锯齿盘403上的锯齿与所述锯齿盘403垂直且均匀分布在所述锯齿盘403的边缘,所述安装柱404可转动的***在所述连接件301内且以过盈插接的方式与所述连接杆502连接固定。
此外,如图8~图9所示,在所述传动组件4的第二种实施例中,所述主动轮为第一锥形齿轮405,所述传动轮为第二锥形齿轮406,所述第一锥形齿轮405不带锯齿的一端以过盈插接的方式安装固定在所述电机203的电机轴上,所述第二锥形齿轮406不带锯齿的一端位于所述连接件301内且以过盈插接的方式与所述连接杆502连接固定。
此外,如图10~图11所示,在所述传动组件4的第三种实施例中,所述主动轮为蜗杆407,所述传动轮为与所述蜗杆407配合的蜗轮408,所述蜗杆407以过盈插接的方式安装固定在所述电机203的电机轴上,所述蜗轮408不带锯齿的一端可转动的***在所述连接件301内且以过盈插接的方式与所述连接杆502连接固定。
具体的,所述主机2包括有外壳体201和内壳体202,所述外壳体201上设有按键6,所述内壳体202的一侧设有电路板7,在所述内壳体202的内部下端设有电池8,所述电机203位于所述内壳体202的内部上端,所述电路板7上设有充电接口9,在所述主机连接头303的下端两侧设有锁扣10,在所述外壳体201上端的内壁上对应设有用于扣接所述锁扣10的扣接槽11,所述主机连接头303与所述外壳体201之间扣接或直接插接。
Claims (10)
- 一种刀头可旋转的剃毛器,其特征在于:包括有刀头组件(1)和主机(2),在所述主机(2)的内部上端安装有电机(203),所述刀头组件(1)的底端设有用于带动刀片做往复运动的偏心轴(5),所述偏心轴(5)与所述电机(203)的电机轴形成的夹角为直角或钝角,在所述主机(2)与所述刀头组件(1)之间设有用于旋转调节刀头角度的旋转组件(3),在所述电机(203)的电机轴上连接有用于带动所述偏心轴(5)转动的传动组件(4)。
- 根据权利要求1所述刀头可旋转的剃毛器,其特征在于:所述旋转组件(3)包括有刀头下壳(302)、连接件(301)和主机连接头(303),在所述刀头下壳(302)下端的内壁上设有第一卡环(304),在所述连接件(301)的一端对应设有环形的、用于卡入所述第一卡环(304)的第一卡槽(305),在所述主机连接头(303)上端的内壁上设有第二卡环(306),在所述连接件(301)的另一端对应设有环形的、用于卡入所述第二卡环(306)的第二卡槽(307),所述刀头组件(1)安装在所述刀头下壳(302)上,所述刀头下壳(302)通过所述连接件(301)与所述主机连接头(303)的上端可转动连接,所述主机连接头(303)的下端与所述主机(2)的顶端连接安装。
- 根据权利要求1所述刀头可旋转的剃毛器,其特征在于:所述旋转组件(3)包括有刀头下壳(302)和主机连接头(303),在所述刀头下壳(302)的底端设有旋转接头(308),所述旋转接头(308)为圆筒形,在所述主机连接头(303)的上端内部设有套筒(309),所述旋转接头(308)可转动的嵌套在所述套筒(309)内,在所述旋转接头(308)底端的外壁上设有多个环形分布的卡扣(310),所述卡扣(310)卡接在所述套筒(309)的底面上,所述刀头组件(1)安装在所述刀头下壳(302)上,所述刀头下壳(302)与所述主机连接头(303)的上端可转动连接,所述主机连接头(303)的下端与所述主机(2)的顶端连接安装。
- 根据权利要求2所述刀头可旋转的剃毛器,其特征在于:在所述连接件(301)靠近所述刀头组件(1)的一端设有第一凹槽(311),所述第一凹槽(311)内安装有轴承(313),所述偏心轴(5)穿过所述轴承(313)与所述传动组件(4)连接。
- 根据权利要求3所述刀头可旋转的剃毛器,其特征在于:在所述刀头下壳(302)内设有第二凹槽(312),所述第二凹槽(312)内安装有轴承(313),所述偏心轴(5)穿过所述轴承(313)及所述刀头下壳(302)与所述传动组件(4)连接,在所述主机连接头(303)内靠近所述刀头下壳(302)的一侧安装有用于防止所述刀头组件(1)脱离的限位件(314),所述限位件(314)的底端设有固定片(315),所述限位件(314)为圆筒形且可转动的嵌套在所述旋转接头(308)内,在所述限位件(314)的外壁上设有用于方便刀头旋转至特定角度的限位槽(316),在所述旋转接头(308)的内壁上对应设有用于卡入所述限位槽(316)的凸块(317),在所述主机连接头(303)的顶端设有可拆卸的、用于安装所述限位件(314)的顶盖(318)。
- 根据权利要求1所述刀头可旋转的剃毛器,其特征在于:所述传动组件(4)包括有主动轮以及与所述主动轮啮合的传动轮,所述偏心轴(5)包括有转盘(501)、连接杆(502)和偏心杆(503),所述连接杆(502)和所述偏心杆(503)分别位于所述转盘(501)的两侧,所述主动轮安装固定在所述电机(203)的电机轴上,所述传动轮安装固定在所述连接杆(502)上,在所述刀头组件(1)的底端设有两块用于配合所述偏心轴(5)的挡板(101),所述偏心杆(503)位于两块所述的挡板(101)之间。
- 根据权利要求6所述刀头可旋转的剃毛器,其特征在于:所述主动轮为柱形齿轮(401),所述传动轮为单面齿轮(402),所述柱形齿轮(401)安装固定在所述电机(203)的电机轴上,所述单面齿轮(402)的一端为锯齿盘(403),另一端为安装柱(404),所述单面齿轮(402)通过所述安装柱(404)与所述连接杆(502)连接固定。
- 根据权利要求6所述刀头可旋转的剃毛器,其特征在于:所述主动轮为第一锥形齿轮(405),所述传动轮为第二锥形齿轮(406),所述第一锥形齿轮(405)不带锯齿的一端安装固定在所述电机(203)的电机轴上,所述第二锥形齿轮(406)不带锯齿的一端与所述连接杆(502)连接固定。
- 根据权利要求6所述刀头可旋转的剃毛器,其特征在于:所述主动轮为蜗杆(407),所述传动轮为与所述蜗杆(407)配合的蜗轮(408),所述蜗杆(407)安装固定在所述电机(203)的电机轴上,所述蜗轮(408)不带锯齿的一端与所述连接杆(502)连接固定。
- 根据权利要求2或3所述刀头可旋转的剃毛器,其特征在于:所述主机(2)包括有外壳体(201)和内壳体(202),所述外壳体(201)上设有按键(6),所述内壳体(202)的一侧设有电路板(7),在所述内壳体(202)的内部下端设有电池(8),所述电机(203)位于所述内壳体(202)的内部上端,所述电路板(7)上设有充电接口(9),在所述主机连接头(303)的下端两侧设有锁扣(10),在所述外壳体(201)上端的内壁上对应设有用于扣接所述锁扣(10)的扣接槽(11)。
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