A kind of comb structure of trimmer
Technical field
The utility model is related to hair-clipping device manufacturing technology field, more specifically, it relates to a kind of trimmer
Comb structure.
Background technology
Existing trimmer contacts skin cuts to protect the user from cutter hub, and facilitates and trim out certain length
A pectination holder can be arranged on trimmer cutter hub, on the one hand keep apart skin and cutter hub, the isolation of one side holder for hair
Thickness is convenient for trimming out the hair of suitable length.But general pectination supporting structure is thin, is easily damaged, coupling part is easy
Fracture, is unfavorable for being used for a long time;On the other hand general pectination holder is detached with the wheel construction of adjusting, and wheel construction is provided separately within
On fuselage, fit structure is processed on fuselage, keeps airframe structure complicated, die cost is higher, if the later stage part
It breaks down and is not easy to dismantle repairing.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of comb structure of trimmer,
The comb structure is dismounted easily, and installation is firm, is conducive to extend the service life of broach.
To achieve the above object, the utility model provides following technical solution:A kind of comb structure of trimmer, including
There is fuselage and be set to the broach component of fuselage head, the broach component includes the broach frame being set on fuselage and cover
Set on trimmer cutter head broach part and be set to the driving group slid on broach frame for driving comb part on broach frame
Part, the broach part are connected with the sliding of broach frame, and the broach frame is detachably fixed with fuselage to be connect, and is rotated on the broach frame
It is connected with the snapping arm for being fixed on broach frame on fuselage, is provided on the fuselage for being inserted into snapping for snapping arm
The middle part of buttonhole, the snapping arm is hinged with broach frame, and one end that the snapping arm is inserted into buttonhole is provided with connecting portion,
It is provided in the buttonhole for for the fixed snap block of connecting portion snapping, being provided on the broach frame for pushing snapping
About the elastic component of the hinged axial rotation with broach frame, described elastic component one end abuts the other end with broach frame and buckles arm
It connects one end far from snap block of arm to abut, elastic component pushes snapping arm and hooks during the hinged axial rotation with broach frame
Socket part is rotated to fuselage head, until with snap block snapping and buckle state is kept.
The utility model is further arranged to:The driving component includes driving wheel, and the driving wheel is around central shaft
Line and broach frame are rotatablely connected, and the driving wheel is towards being provided with helicla flute, the spiral of the helicla flute on the end face of broach part
Track is at Archimedes spiral structure setting, and the center of the driving wheel is to helicla flute apart from size along the length side of helicla flute
To gradually increasing;The guide pad being convexly equipped on the broach part in embedded helicla flute, in rotation process, guide pad exists driving wheel
Sliding drives broach part to be slid on broach frame in helicla flute.
The utility model is further arranged to:The driving wheel is coaxially arranged with regulating wheel, the regulating wheel and broach frame
It is detachably fixed connection, the regulating wheel is provided through the adjusting rod of driving wheel, the central axis of the driving wheel and adjusting
The central axis coaxial of bar is arranged, and driving wheel can be rotated around adjusting rod, and the periphery fold of the regulating wheel, which is provided with, to be turned over
Side, the driving wheel upper surface sliding are connected with the abutting block abutted with flange madial wall, use are additionally provided on the driving wheel
In push abut block elastic pushing piece, it is described elasticity pushing piece push abut block slide on the drive wheel during always with
The madial wall of flange keeps abutting state, and the double wedge for elasticity of compression pushing piece is convexly equipped on the madial wall of the flange.
The utility model is further arranged to:The end set of the adjusting rod has screw hole, and spiral shell is bolted in the screw hole
Nail, screw are spirally connected after running through broach frame with adjusting rod.
The utility model is further arranged to:It is wholely set the reinforcement for being coated on broach part periphery on the broach frame
Frame, the broach part width direction both sides are equipped with sliding slot, and the length direction of the sliding slot slides with broach part on broach frame
Direction be consistent, the sliding block for being embedded in sliding slot is convexly equipped on the both sides inner wall of the hog frame.
In conclusion the utility model has the advantages that:Broach frame fits in outside fuselage when mounting broach component
On side wall, and snapping arm is inserted into the buttonhole on fuselage, the connecting portion on snapping arm is under the push effect of elastic component
Buckle state is kept with the snap block in buttonhole, to realize the fixed installation of broach component, mounting means is simple and convenient, and
And connecting portion can remain buckle state with snap block under the push of elastic component effect, to be conducive to improve comb group
The installation soundness of part;In addition when assembling and disassembling comb tooth assembly, entire broach component is pushed to cutter head direction, enables broach frame
It fits on fuselage outer side wall and slides, to drive snapping arm around hinged axial rotation, one end will in rotation process for snapping arm
Elastic component compresses, and the other end is gradually detached with snap block, until snapping arm is detached from out of buttonhole, completes tearing open for broach component
It unloads, dismounting mode is simple and convenient, and then is conducive to improve the disassembly efficiency of broach component.
Description of the drawings
Fig. 1 is the dimensional structure diagram of trimmer;
Fig. 2 is that broach component is installed on the cross-sectional view on fuselage;
Fig. 3 is the dimensional decomposition structure diagram of broach component and fuselage;
Fig. 4 is the dimensional structure diagram of broach frame;
Fig. 5 is driving wheel and the dimensional structure diagram that abuts block;
Fig. 6 is the dimensional structure diagram of driving wheel;
Fig. 7 is the dimensional structure diagram of regulating wheel.
Reference numeral:1, fuselage;11, buttonhole;12, snap block;2, broach component;21, broach frame;211, hog frame;
212, sliding block;22, broach part;221, guide pad;222, sliding slot;23, drive component;231, driving wheel;2311, helicla flute;
232, regulating wheel;2321, flange;23211, double wedge;233, adjusting rod;2331, screw;234, block is abutted;235, elasticity push
Part;24, snapping arm;241, connecting portion;25, elastic component.
Specific implementation mode
With reference to the accompanying drawings and examples, the utility model is further described.Wherein identical parts phase
Same reference numeral indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "upper" and
"lower" refers to that the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from specific
The direction at component geometry center.
Referring to Fig.1 shown in -7, a kind of comb structure of trimmer includes fuselage 1 and is set to the broach on 1 head of fuselage
Component 2, broach component 2 include the broach frame 21 being set on fuselage 1 and the broach part 22 for covering at trimmer cutter head, with
And it is set to the drive component 23 slid on broach frame 21 for driving comb part 22 on broach frame 21, broach part 22 and broach
The sliding connection of frame 21, broach frame 21 are detachably fixed with fuselage 1 and connect, and are rotatablely connected and are useful for broach frame 21 on broach frame 21
Snapping arm 24 on the fuselage 1 is fixed, the buttonhole 11 for being inserted into snapping for snapping arm 24, snapping arm are provided on fuselage 1
24 middle part is hinged with broach frame 21, and one end that snapping arm 24 is inserted into buttonhole 11 is provided with connecting portion 241, in buttonhole 11
It is provided with for for the fixed snap block 12 of 241 snapping of connecting portion, be provided on broach frame 21 to make it for pushing snapping arm 24
Around the elastic component 25 of the hinged axial rotation with broach frame 21,25 one end of elastic component abuts the other end and snapping with broach frame 21
The one end of arm 24 far from snap block 12 abuts, and elastic component 25 pushes snapping arm 24 around the hinged axial rotation with broach frame 21
Connecting portion 241 is to 1 head rotation of fuselage in the process, until with 12 snapping of snap block and buckle state is kept.
Broach frame 21 fits on 1 lateral wall of fuselage when mounting broach component 2, and snapping arm 24 is inserted on fuselage 1
Buttonhole 11 in, connecting portion 241 on snapping arm 24 under the push effect of elastic component 25 with the snap block in buttonhole 11
12 keep buckle state, and to realize the fixed installation of broach component 2, mounting means is simple and convenient, and in elastic component 25
The lower connecting portion 241 of push effect can remain buckle state with snap block 12, to be conducive to improve the peace of broach component 2
Fill soundness;In addition when assembling and disassembling comb tooth assembly 2, entire broach component 2 is pushed to cutter head direction, broach frame 21 is enable to paste
Together in being slided on 1 lateral wall of fuselage, to drive snapping arm 24 around hinged axial rotation, the one end in rotation process of snapping arm 24
Elastic component 25 is compressed, the other end is gradually detached with snap block 12, until snapping arm 24 is detached from out of buttonhole 11, completes broach
The dismounting of component 2, dismounting mode is simple and convenient, and then is conducive to improve the disassembly efficiency of broach component 2.
Further, since the dismounting of broach component 2 needs to push broach component 2 to cutter head direction, and trimmer is using
When act on force direction on broach component 2 with its disassembly direction on the contrary, therefore broach component 2 can in use
Firm installation is not easy to fall on fuselage 1.
Drive component 23 includes driving wheel 231, and driving wheel 231 is rotatablely connected around center axis and broach frame 21, is driven
Driving wheel 231 is towards helicla flute 2311 is provided on the end face of broach part 22, and the helical trajectory of helicla flute 2311 is at Archimedes's spiral shell
Cable architecture is arranged, and the length direction apart from size along helicla flute 2311 of center to the helicla flute 2311 of driving wheel 231 gradually increases
Add;The guide pad 221 being convexly equipped on broach part 22 in embedded helicla flute 2311, driving wheel 231 is in rotation process, guide pad
221 slide drive broach part 22 in helicla flute 2311 slides on broach frame 21.The broach part in rotation process of driving wheel 231
Guide pad 221 on 22 can along its length slide in helicla flute 2311, and guide pad 221 is apart from driving wheel 231
The distance of central axis can change with the rotation of driving wheel 231, realized to convenient by sliding broach part 22
Adjust the trimming length of trimmer.
Driving wheel 231 is coaxially arranged with regulating wheel 232, and regulating wheel 232 is detachably fixed with broach frame 21 and connect, regulating wheel
232 are provided through the adjusting rod 233 of driving wheel 231, and the central axis of the central axis and adjusting rod 233 of driving wheel 231 is same
Axis is arranged, and driving wheel 231 can be rotated around adjusting rod 233, and the periphery fold of regulating wheel 232 is provided with flange 2321, drives
The sliding of 231 upper surface of driving wheel is connected with the abutting block 234 abutted with 2321 madial wall of flange, and use is additionally provided on driving wheel 231
The elastic pushing piece 235 of block 234 is abutted in push, the push of elastic pushing piece 235 abuts what block 234 slid on driving wheel 231
State is abutted with the holding of the madial wall of flange 2321 always in the process, is convexly equipped with for the elasticity of compression on the madial wall of flange 2321
The double wedge 23211 of pushing piece 235.Adjusting rod 233 is wholely set with regulating wheel 232, by adjusting rod 233 after driving wheel 231
It is fixedly connected with broach frame 21, flange 2321 is pressed in 231 upper surface of driving wheel, and driving wheel 231 fits in 22 upper end of broach part
Face, broach part 22 are fitted on broach frame 21, make 23 integral installation of drive component.Driving wheel 231 is around adjusting rod 233 in rotation
In the process, it is fixed on broach frame 21 by adjusting rod 233 due to regulating wheel 232, the abutting block 234 on driving wheel 231
Can the push of elastic pushing piece 235 effect under be abutted always with the madial wall of flange 2321, that is, with 23211 phase of double wedge
It abuts, when driving wheel 231 rotates, elasticity pushing piece 235 pushes abutting block 234 and is embedded between adjacent tooth 23211, plays
Position-limiting action ensure that the linkage accuracy of the rotation of driving wheel 231 and the sliding of broach part 22.
The end set of adjusting rod 233 has screw hole, screw 2331 is bolted in screw hole, after screw 2331 runs through broach frame 21
It is spirally connected with adjusting rod 233.Being detachably fixed of regulating wheel 232 and broach frame 21 connect can be real by the screw connection manner of screw 2331
It is existing, when adjusting rod 233 runs through driving wheel 231, and after the pressing of driving wheel 231 is on broach part 22, adjusting rod 233 and broach frame 21
It abuts, screw 2331 is spirally connected after broach frame 21 with adjusting rod 233 from the other side of broach frame 21, realizes adjusting rod 233
Fastening, the easy implementation simple in structure are not only convenient for dismounting, and improve disassembly efficiency, and screw 2331 is installed on broach frame 21
Towards the one side of fuselage 1, when drive component 23 is installed on fuselage 1, screw 2331 is hidden under broach frame 21, is conducive to
The installation soundness of drive component 23 is improved, while being also beneficial to improve the use aesthetic measure of trimmer.
The hog frame 211 for being coated on 22 periphery of broach part, 22 width direction two of broach part are wholely set on broach frame 21
Side is equipped with sliding slot 222, and the direction that the length direction of sliding slot 222 slides with broach part 22 on broach frame 21 is consistent, and is added
The sliding block 212 for being embedded in sliding slot 222 is convexly equipped on the both sides inner wall of strong frame 211.What sliding block 212 slid in sliding slot 222
Play in the process broach part 22 directional-sliding be oriented to, and the hog frame 211 for being coated on 22 periphery of broach part be conducive to play it is anti-
The effect for protecting broach part 22, is conducive to extend the service life of broach part 22.
Above are merely preferred embodiments of the utility model, the scope of protection of the utility model is not limited merely to above-mentioned
Embodiment, technical solution belonging to the idea of the present invention belong to the scope of protection of the utility model.It should be pointed out that pair
For those skilled in the art, several improvements and modifications without departing from the principle of the utility model,
These improvements and modifications also should be regarded as the scope of protection of the utility model.