CN214724407U

CN214724407U - Vibrissa trimmer moving blade and tool bit assembly

Info

Publication number: CN214724407U
Application number: CN202120926106.XU
Authority: CN
Inventors: 戴立强; 翁云云
Original assignee: HAINING XINYI ELECTROMECHANICAL CO Ltd
Current assignee: HAINING XINYI ELECTROMECHANICAL CO Ltd
Priority date: 2021-04-30
Filing date: 2021-04-30
Publication date: 2021-11-16
Anticipated expiration: 2031-04-30

Abstract

The utility model relates to the technical field of cosmetic equipment, specifically be a vibrissa trimmer moving blade and tool bit subassembly, the basis support part that is plane including upright form, an organic whole be connected with on the basis support part upwards protrusion in the cutter body connecting portion of basis support part, an organic whole is connected with top cutter body and side cutter body on the cutter body connecting portion, the top of top cutter body is formed with a cutting edge, the lateral part of side cutter body is formed with the side cutting edge, a cutting edge with the side cutting edge all inclines in basis support part and with locating the preceding region of basis support part or with locating the rear side region of basis support part, a cutting edge is less than 30 degrees with the contained angle of horizontal plane, the contained angle of side cutting edge and horizontal plane is greater than 50 degrees, and it is better to cut the effect.

Description

Vibrissa trimmer moving blade and tool bit assembly

Technical Field

The utility model relates to a cosmetic apparatus technical field specifically is a vibrissa clipping machine knife section and tool bit subassembly.

Background

The vibrissa clipping machine cutter on the existing market is solid of revolution tubular structure, because technology and technical bottleneck restriction, built-in moving blade only is provided with single blade, shears with the cooperation of tube-shape lateral wall, the chinese patent who is 201120253026.9 discloses a built-in rotatory vibrissa clipping machine, including the stationary knife that moves knife tackle spare and tube-shape, move the knife tackle spare and include setting element and at least one and move the knife blade, move the knife blade and establish on the setting element, the stationary knife cover is on moving the knife blade, be equipped with a plurality of flute profile blades on the stationary knife, the flute profile blade is parallel with the stationary knife axis, be equipped with between stationary knife and the moving the knife blade and make the location structure that moves knife blade and stationary knife cooperation and realize the point contact shearing.

The vibrissa trimmer cutter and similar cutter that above-mentioned prior patent discloses, because only unilateral blade, the event is pruned inefficiency, and the inside vibrissa of human nasal cavity is outwards bushed along the nasal cavity wall, there is a large amount of vibrissa and is not the perpendicular to nasal cavity wall, nevertheless be the state that is partial to the parallel with the vibrissa trimmer cutter side blade of solid of revolution tubular structure, it is difficult to once catch all vibrissa and cut to lead to the vibrissa trimmer cutter, need round trip movement, trimming effect is unsatisfactory, it is unclean to cut the difficulty, use experience feels poor, and the vibrissa angle of getting into is not right, it twines the vibrissa to have certain probability to lead to the high-speed rotatory movable blade, lead to dragging and plucking out the vibrissa, cause pain, the damaged hair follicle.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a shearing effect is better nose hair trimmer moving blade and tool bit subassembly.

The above technical purpose of the present invention can be achieved by the following technical solutions: the utility model provides a vibrissa trimmer moving blade, is the plane basis support portion including the upright form, the integrative connection has upwards protrusion in the basis support portion's cutter body connecting portion on the basis support portion, integrative connection has top cutter body and side cutter body on the cutter body connecting portion, the top of top cutter body is formed with a top cutting edge, the lateral part of side cutter body is formed with the side cutting edge, top cutting edge with the side cutting edge all inclines to the basis support portion and is in with the front region of basis support portion or is in with the department the rear side region of basis support portion, the contained angle of top cutting edge and horizontal plane is less than 30 degrees, the contained angle of side cutting edge and horizontal plane is greater than 50 degrees.

Preferably, the top blade and the base support portion are inclined at an angle of 0 to 30 degrees, and the side blade and the base support portion are inclined at an angle of 0 to 30 degrees.

As right the utility model discloses a preferred, top cutting edge with the tilt state of basic supporting part by top cutter body with the cutter body connecting portion are bent and are formed, side cutting edge with the tilt state of basic supporting part by side cutter body with the cutter body connecting portion are bent and are formed.

As right the utility model discloses a preferred, the top cutting edge does lean on the border of the side of bending in the top border of top cutter body, the side cutting edge does lean on the border of the side of bending in the lateral part border of side cutter body.

As right the utility model discloses a preferred, basic support portion include with cutter body connecting portion bottom an organic whole connected first installation segment and be located the second installation segment of first installation segment below and first installation segment with the second installation segment is around a body coupling has middle installation segment, cutter body connecting portion with middle installation segment is in with the left side of basic support portion or locate together the right side of basic support portion, an organic whole is connected with towards the right side or towards left installation bellying on the middle installation segment, link up around having seted up on the first installation segment and control the first installation locating hole that the direction extends, link up around and control the second installation locating hole that the direction extends around seting up on the second installation segment.

As a preferable aspect of the present invention, a position of the first mounting section on the side of the first mounting positioning hole opposite to the mounting protrusion is integrally connected with a horizontal limiting boss which is arched forward or backward, and the horizontal limiting boss is located at the front region of the base supporting portion or at the rear region of the base supporting portion.

As right the utility model discloses a preferred, the bottom body coupling of side cutter body is located its below and lateral part is used for with the last balanced fin of stationary knife inside wall contact, the lateral part body coupling of second installation segment is located go up balanced fin below and also be used for with the lower balanced fin of stationary knife inside wall contact.

The utility model provides a vibrissa trimmer tool bit subassembly, includes aforementioned vibrissa trimmer moving blade, vibrissa trimmer moving blade has two, still includes to move the sword and rotates the erection column, move the sword and rotate the erection column including being used for installing two the installation column section of vibrissa trimmer moving blade with be used for with the rotation drive column section of motor shaft connection, the installation column section with rotation drive column section is upper and lower an organic whole and is connected, still establishes including the cover the surrounding stationary knife of vibrissa trimmer moving blade.

As right the utility model discloses a preferred, the stationary knife top set up be located the center hole of center and bend around the central hole is around and be the palpus hole of advancing that circumference array distributes, the stationary knife top is formed with and is located advance palpus hole with be the connection wall of annular form between the center hole.

As to the utility model discloses a preferably, advance the palpus hole including integrative hole top portion and the hole side part that communicates, hole top portion with the cooperation of top cutting edge forms top V type shear socket, hole side portion with the cooperation of side cutting edge forms side V type shear socket.

The utility model has the advantages that: 1. the shearing efficiency is high, the catching capacity is strong, and the comfort is good;

2. the double-cutting-edge design can more effectively capture the nose hair growing in the different direction, the shearing efficiency is improved, and the beard-grasping capability is stronger;

3. the conversion from a single blade to a three-dimensional cutting double blade is realized, hair can smoothly enter the beard inlet hole, and the hair can be accurately captured and cut once;

4. the movable knife and the fixed knife beard feeding groove are matched to form a shearing included angle, so that the cutting is sharper;

5. convenient assembling, structural stability is good, moves safe and reliable more.

Drawings

FIG. 1 is a rear view of a movable blade according to an embodiment;

FIG. 2 is a top view of the structure of FIG. 1;

FIG. 3 is a rear view of the assembled bit assembly of the embodiment;

FIG. 4 is an enlarged view taken at I in FIG. 3;

FIG. 5 is a rear view of the structure of FIG. 3 with the rear half of the stationary knife removed;

FIG. 6 is a top view of the structure of FIG. 3;

FIG. 7 is an enlarged view taken at II in FIG. 6;

FIG. 8 is a schematic perspective view of the rotary mounting post of the movable blade of the structure of FIG. 3 with the rear half cut away;

FIG. 9 is a schematic perspective view of the structure of FIG. 8 with the movable blade attached;

fig. 10 is a perspective view of the stationary knife in the structure of fig. 3.

In the figure, 1, a base supporting part, 2, a cutter body connecting part, 21, a top cutter body, 22, a side cutter body, 210, a top cutter edge, 220, a side cutter edge, 11, a first mounting segment, 12, a second mounting segment, 13, an intermediate mounting segment, 130, a mounting boss, 110, a first mounting positioning hole, 120, a second mounting positioning hole, 1100, a transverse limiting boss, 31, an upper balancing wing, 32, a lower balancing wing, 4, a movable cutter rotating mounting column, 41, a mounting column section, 42, a rotating driving column section, 5, a fixed cutter, 55, a central hole, 50, a beard inlet hole, 505, a connecting partition, 501, a hole top part, 502, a hole side part, 61, a top V-shaped cutting opening, 62 and a side V-shaped cutting opening.

Detailed Description

The following specific embodiments are merely illustrative of the present invention, and are not intended to limit the present invention, and those skilled in the art can make modifications of the present embodiments without inventive contribution as required after reading the present specification, but all the embodiments are protected by patent laws and protection within the scope of the present invention.

In an embodiment, as shown in fig. 1 to 10, a nose hair trimmer moving blade, the whole moving blade is preferably manufactured integrally and made of metal and steel, and specifically includes a vertical plane-shaped base supporting portion 1, i.e., a flat sheet-shaped structure, a blade body connecting portion 2 protruding upward from the base supporting portion 1 is integrally connected to the base supporting portion 1, the blade body connecting portion 2 is also preferably plane-shaped, the blade body connecting portion 2 is integrally connected to the base supporting portion 1, front and rear blade surfaces thereof are preferably coplanar with front and rear blade surfaces of the base supporting portion 1, the blade body connecting portion 2 is located at a left position or a right position on an upper side of the base supporting portion 1, the blade body connecting portion 2 has an upward extending strip-shaped shape, and further, a top blade body 21 and a side blade body 22 are integrally connected to the blade body connecting portion 2, the top of the top cutter body 21 is provided with a top cutting edge 210, the side of the side cutter body 22 is provided with a side cutting edge 220, and the top cutting edge 210 is preferably in a flat or nearly flat state, so that the included angle between the top cutting edge 210 and the horizontal plane is smaller than 30 degrees, preferably between 0 and 30 degrees and as flat as possible, mainly for better shearing the vibrissa with more components in the axial direction, namely better shearing the vibrissa which is more parallel to the cutter along the nasal cavity wall and is clustered outwards; the side blades 220 are preferably in a state of being approximately upright, so the angle between the side blades 220 and the horizontal plane is preferably greater than 50 degrees, and is preferably between 50 and 90 degrees, and is preferably selected to be between 60 and 80 degrees, but in this embodiment, the side blades 220 are not selected to be perpendicular to the horizontal plane, as will be further described below, because in this embodiment, the top blade 210 and the side blades 220 are specially designed, as follows, the top blade 210 and the side blades 220 are both inclined to the base support portion 1 and are positioned in the front region of the base support portion 1 or in the rear region of the base support portion 1, the base support portion 1 is in an upright state, and the front and rear blade surfaces thereof are vertical surfaces, the front and rear blade surfaces of the base support portion 1 are parallel, taking the front surface of the base support portion 1 as an example, the side blades 220 are inclined to the front side panel of the base support portion 1, and the vertical line, or the vertical line perpendicular to the horizontal plane, is on the vertical plane, that is, the vertical line exists on the front side panel of the base support portion 1, so the side blades 220 are not vertical to the vertical line and the horizontal plane, and similarly, the top blade 210 is not vertical to the horizontal plane, but the top blade 210 is parallel to the horizontal plane as much as possible, and the side blades 220 need a certain standing state but are not vertical as much as possible, so that the side blades can be better matched with the fixed blade on the side, which will be further discussed later. In general, the feature that "the top blade 210 and the side blade 220 are both inclined to the basic supporting portion 1 and located at the same front region of the basic supporting portion 1 or at the same rear region of the basic supporting portion 1" has a very large meaning, on the one hand, the inclined state is to better match with the fixed blade and to cut with a better cutting angle with the whisker feeding structure, rather than the parallel state, so as to achieve a better oblique cutting state, and to better utilize the driving force to make the effective cutting time longer, on the other hand, the effect of the double blades cutting in the same direction and synchronously is better, that is, to ensure that both blades are in the same cutting direction, for example, both clockwise cutting direction or both counterclockwise cutting direction, when cutting is selected, on the other hand, two cutter bodies can reduce radial dimension through the mode of bending and can promote compact structure nature to a certain extent, also have certain help to structural strength and stability. The embodiment provides a scheme, which specifically comprises:

the cutter body connecting part 2 is integrally connected to the left side of the upper side of the basic supporting part 1, the cutter body connecting part 2 is located at the upper left corner of the basic supporting part 1, the side cutter body 22 is integrally connected to the left side of the cutter body connecting part 2, the top cutter body 21 is integrally connected to the upper side of the cutter body connecting part 2, the side cutter body 22 and the top cutter body 21 are also located at the upper left corner of the basic supporting part 1, the top cutting edge 210 and the side cutting edge 220 are inclined towards the front side of the basic supporting part 1, and therefore the blade rotates clockwise to cut. The entire movable blade is vertically rotated around a vertical axis, so that a rotating body is formed, the side blade 22 is sheared at the lateral periphery of the rotating body, the side blade 220 is a cutting edge at the left side of the side blade 22, and the top blade 210 is at the top of the top blade 21. In order to match the deflection of the cutting edge, the side blade body 22 and the top blade body 21 are inclined to the base support portion 1 and, of course, to the blade body connecting portion 2, and the side blade body 22 and the top blade body 21 are deflected forward and connected to the blade body connecting portion 2 to form an inclined state, and such deflection connection is achieved by bending. Here, the top blade body 21 is integrally extended rightward, the top blade body 21 and the blade body connecting portion 2 are L-shaped, and the degree of deflection between the side blade bodies 22 and the top blade body 21 themselves and the blade body connecting portion 2, or the degree of deflection between the front and rear vertical surfaces of the blade body connecting portion 2, is controlled to be as small as possible, because the degree of bending by the bending process is not so large, and it is preferable to be controlled to be substantially within 30 degrees of deflection. Accordingly, the inclined state of the top blade 210 and the base support portion 1 is formed by bending the top blade body 21 and the blade body connecting portion 2, and the inclined state of the side blade 220 and the base support portion 1 is formed by bending the side blade body 22 and the blade body connecting portion 2. Since the degree of deflection is not high, the front and rear sides of the side blade body 22 and the top blade body 21 are still biased to the standing state, and the blade body or the entire blade has a certain thickness, so the cutting edge is disposed in the edges of the front and rear sides of the blade body, and it is particularly preferable that the top cutting edge 210 is the edge of the top blade body 21 on the bent side, and the side cutting edge 220 is the edge of the side blade body 22 on the bent side. In this context, the angle of bending the top blade body 21 to deflect from the base support portion 1 is 0 to 30 degrees, that is, the angle of any one of the front and rear sides of the top blade body 21 to any one of the front and rear sides of the base support portion 1 is 0 to 30 degrees, and the angle of bending the side blade body 22 to deflect from the base support portion 1 is 0 to 30 degrees, so that the inclination angle B formed by the inclination of the top blade 210 to the base support portion 1 is 0 to 30 degrees, and the inclination angle a formed by the inclination of the side blade 220 to the base support portion 1 is 0 to 30 degrees, and further preferably, the inclination angle a formed by the inclination of the side blade 220 to the base support portion 1 is larger than the inclination angle B formed by the inclination of the top blade 210 to the base support portion 1, for example, by 5 to 15 degrees, so that the front side bending structure can be optimized, it is easier to prefer that a part of the side blade 220 is located in front of the top blade 210, which means that, although all the blades are cut forward synchronously, the side blade 220 of the whole blade is cut for a section first in the clockwise rotation process, and then the top blade 210 is also cut, so that the stress time point of the blade is optimized, a cutting process with a continuous time period is formed, the stress effect of the blade is better, the problem of insufficient pressure caused by cutting more nose hairs at the same time, the cutting is not continuous, and even the problem of jamming or nose hair curling is caused, the blade is damaged, and the use is more uncomfortable for people.

Preferably, the top cutter body 21 and the cutter body connecting part 2 are connected in a bending way through a top bending reinforcing rib x1 which is obliquely bent right and downward, the top bending reinforcing rib x1 can be a reinforcing rib which extends obliquely and is arched forwards, the included angle between the reinforcing rib and the horizontal plane is controlled to be 40-80 degrees, preferably about 60 degrees, and the reinforcing rib is a concave reinforcing rib when viewed from the back, because the reinforcing rib is in connection transition, the strength is improved through self arc-shaped bending; the side blade body 22 and the blade body connecting portion 2 are connected by being bent by a single straight side bending bead x2 in the vertical direction, and the side bending bead x2 is also preferably a curved bead, so that the strength at the bending position is improved. Further, an arc-shaped transition groove x3 with an opening facing the upper left corner is formed from the upper left corner of the top cutter body 21 along the top of the top bending reinforcing rib x1, the upper left corner of the cutter body connecting part 2, the top of the side bending reinforcing rib x2 and the top of the side cutter body 22, so that the structure is optimized and the structural stability is improved.

The basic supporting portion 1 is optimized, specifically, the basic supporting portion 1 includes a first installation segment 11 integrally connected with the bottom of the cutter body connecting portion 2, a second installation segment 12 located below the first installation segment 11, and an intermediate installation segment 13 integrally connected between the first installation segment 11 and the second installation segment 12, the first installation segment 11 and the second installation segment 12 may have the same or similar shape and size, for example, both adopt a flat square-shaped structure, the whole body looks rectangular, and the corner positions adopt fillet transition as much as possible. Further, the cutter body connecting portion 2 and the intermediate mounting segment 13 are located on the left side of the base supporting portion 1 or on the right side of the base supporting portion 1, and referring to the above-mentioned embodiment, the cutter body connecting portion 2 and the intermediate mounting segment 13 are preferably located on the left side of the base supporting portion 1, that is, on the left half of the base supporting portion 1 and located near the left side, it can be understood that the center between the left and right sides of the base supporting portion 1 is located on the left side, and the purpose of designing in this way is to mount two centrosymmetric movable blades on the cutter head, and of course, the structure is more optimized, so as to ensure the stability of the left structure, and to make the cutter body connecting portion 2 and the intermediate mounting segment 13 align up and down as much as possible without shifting left and right as much as possible. The middle mounting segment 13 is close to a rectangular structure, and the corner can be connected with other parts by adopting fillet transition. Furthermore, the middle mounting segment 13 is integrally connected with a mounting boss 130 facing to the right or left, if the middle mounting segment 13 is arranged on the left, the mounting boss 130 facing to the right is connected, this is for being mounted on the cutter head, for being used for mounting a spring, because the same two blades are adopted, after one is placed, because the other is centrosymmetric, two opposite mounting bosses 130 are formed, the spring is mounted between the two opposite mounting bosses 130, which will be explained later, and of course, the spring design also exists in the prior art.

In order to mount the movable blade, it is necessary to form a first mounting positioning hole 110 penetrating in the front-rear direction and extending in the left-right direction in the first mounting segment 11, and form a second mounting positioning hole 120 penetrating in the front-rear direction and extending in the left-right direction in the second mounting segment 12. The opening between the first mounting segment 11 and the second mounting segment 12 is a positioning hole, and the first mounting positioning hole 110 and the second mounting positioning hole 120 are strip-shaped holes extending left and right.

Further, a transverse limiting boss 1100 which is arched forwards or backwards is integrally connected with the first installation section 11 at the position of the first installation positioning hole 110 at the side opposite to the installation boss 130, the lateral position-limiting projection 1100 is located at the same position as the top blade 210 and the side blade 220 at the front region of the base supporting part 1 or at the same position as the rear region of the base supporting part 1, the design is also used for mounting the movable blade, mainly for mounting the limiting, such as the movable blade provided by the scheme, the top blade 210 and the side blade 220 are in the front region, and the lateral limit projection 1100 is thus arched forward and in the front region, because the transverse limiting boss 1100 can also be bent by stamping and the like, the structures formed by the bending process are all on the same side, and the production is more convenient and reliable. Of course, it is also possible that the lateral limiting protrusion 1100, the top blade 210 and the side blades 220 are located at different side areas in front and at the back of the base supporting portion 1, so that both sides of the base supporting portion 1 have a bent structure, which is not easy to produce and transport and increases the cost. The lateral limiting projection 1100 is preferably in a cambered arched structure, and the moving blade of the same one of the above-mentioned embodiments is formed on the right side of the first mounting hole 110 on the first mounting segment 11 because the mounting protrusion 130 is on the left side.

Similarly, the second mounting segment 12 may be provided with the same lateral limiting projection 1100, that is, the second mounting segment 12 is integrally connected with the lateral limiting projection 1100 which is arched forward or backward at a position on the opposite side of the second mounting positioning hole 120 from the mounting boss 130.

Further, the bottom of the side blade body 22 is integrally connected with an upper balance fin 31 which is located below the bottom and has a side portion contacting with the inner side wall of the fixed blade, the upper balance fin 31 can be bent together with the side blade body 22, the right side of the upper balance fin 31 is also connected with the blade body connecting portion 2 and is integrally connected through the side bending reinforcing rib x2, namely, the side bending reinforcing rib x2 extends up and down to be used as a bending and integrally connecting and transiting part of the side blade body 22 and the upper balance fin 31 and the blade body connecting portion 2, the left side edge portion of the upper balance fin 31 extends and inclines towards the left lower side, namely, the lateral dimension towards the lower side is preferably gradually small, and the design is mainly used for matching with the fixed blade. Furthermore, the side portion of the second mounting segment 12 is integrally connected with a lower balance wing 32 which is located below the upper balance wing 31 and is also used for contacting with the inner side wall of the fixed cutter, the lower balance wing 32 is located at the left side portion of the second mounting segment 12, but the lower balance wing 32 is flat with the second mounting segment 12, and the front surface and the rear surface are coplanar, that is, the two are integrally of a planar structure, and the lower balance wing 32 is also used for matching with the fixed cutter. The upper and lower balance fins are in contact with the inner side wall of the fixed knife, so that a little friction force exists in the rotating process of the movable knife blade, but the surface friction coefficients of the upper and lower balance fins are small as much as possible, so that the friction loss can be reduced.

The directions of the movable blades are observed from the rear side view angle of one movable blade, the blade is a structure that two cutting edges are arranged at the left side and face forwards, two identical blades are needed in the blade assembly process, but the other blade is arranged symmetrically with the first center when being arranged, so that the other movable blade is a structure that two cutting edges are arranged at the right side and face backwards in the same view angle, and the specific figure also shows that the blade assembly is explained.

The embodiment also provides a nose hair trimmer head component, which comprises the nose hair trimmer movable blade, wherein the nose hair trimmer movable blade is provided with two blades, and the two movable blades have the same structure but need to be arranged in a central symmetry manner.

Still include to move the sword and rotate erection column 4, move the sword and rotate erection column 4 including being used for installing two the installation column section 41 of vibrissa clipping machine moving blade and be used for with the rotation drive column section 42 of motor shaft connection, installation column section 41 with rotation drive column section 42 is integrative from top to bottom connected, still including the cover establish the outlying stationary knife 5 of vibrissa clipping machine moving blade. The fixed cutter 5 is of an existing cylindrical revolving body structure, the inner side wall and the outer side wall of the fixed cutter are provided with annular steps, the annular steps divide the fixed cutter into an upper cone and a lower cone, and the outer diameter of the upper cone is smaller than that of the lower cone. The stationary blade 5 is generally made of metal. The movable knife rotating installation column 4 is generally made of injection molding parts, and plastic is easy to form and can be directly formed into a whole through a mold.

The movable blade rotating installation column 4 can adopt the existing appearance structure. The rotary driving column section 42 is used for being connected with a motor shaft in an inserting mode, and the interior of the rotary driving column section is downwards provided with a shaft hole which is communicated with the lower portion. The movable blade rotating installation column 4 is used for installing two identical movable blades and mainly comprises an installation column section 41, the installation column section 41 is used for installing the movable blades and can adopt the existing structure, the installation column section 41 adopts a column-shaped structure which is symmetrical front and back, the periphery of the installation column section 41 is integrally connected with radial support wings 61, the radial support wings 61 are also used for matching with the fixed blades to play the effects of limiting and rotating balance, an installation groove (62) is transversely arranged on the installation column section 41, the movable blades are inserted in the installation groove (62), a limiting structure which enables the movable blades to transversely slide and be limited relative to the installation column section 41 is arranged between the installation column section 41 and the movable blades, an elastic structure which is abutted between the two movable blades is also arranged in the installation groove (62) of the installation column section 41, and the limiting structure comprises a limiting boss (63) which is integrally connected and protrudes on the side wall of the installation groove (62), because the mounting column section 41 is of a front-back symmetrical structure, two front-back opposite mounting grooves (62) are formed, a moving blade is mounted in each of the front and back mounting grooves, an upper limiting boss and a lower limiting boss (63) are arranged on the side wall of each mounting groove (62), the two limiting bosses (63) are respectively matched with a first mounting positioning hole 110 and a second mounting positioning hole 120 of the same moving blade, and the first mounting positioning hole 110 and the second mounting positioning hole 120 slide transversely along the limiting bosses (63) and are buckled on the limiting bosses (63). The limiting boss (63) is provided with an inclined plane (64) which is convenient for the moving blades to be transversely inserted, the mounting groove (62) is transversely provided with the column section (41), and the two moving blades are respectively inserted from two sides of the mounting groove. The elastic structure is a return spring 65 arranged in the mounting groove (62), one end of the return spring 65 is abutted and sleeved on the mounting convex part 130 of one movable blade, and the other end of the return spring 65 is abutted and sleeved on the mounting convex part 130 of the other movable blade. This mounting arrangement and mounting structure is substantially identical to that of chinese patent application No. 201120253026.9, in the present embodiment, however, it is mentioned that the lateral limiting bosses 1100 on the first mounting segment 11 and the second mounting segment 12 can further improve the reliability of limiting and the structural stability, but due to the structure of the front and rear protrusions, therefore, in the process of transversely inserting the movable blade, force is needed, but the limiting boss (63) is an injection molding part and has certain plasticity, the transverse limiting boss 1100 has little plasticity, the capability of deforming the two in the inserting process is allowed, and the condition of using larger force can be completely realized, of course, the size of the lateral limit stop 1100 projection cannot be too large, so long as it is ensured that the structure of the limit stop (63) and its own post-insertion is not substantially damaged, i.e., the surface of the limit stop (63) is allowed to slightly allow for some galling. Due to the arrangement of the reset spring 65, one movable blade can be inserted firstly, then the reset spring 65 is transversely placed to abut against the installed movable blade, then the other movable blade is transversely inserted from the other side, the reset spring 65 is aligned in the installation process of the other movable blade, only one end of the reset spring 65 is sleeved for installation, and after the reset spring 65 is assembled, the two movable blades can abut against the reset spring 65 through the two opposite installation protruding parts 130. The reset spring 65 improves the buffer performance of the moving blade in the operation process and reduces hard damage.

Preferably, the top of the fixed blade 5 is provided with a central hole 55 located at the center and beard feeding holes 50 which are bent around the central hole 55 and distributed in a circumferential array, and the top of the fixed blade 5 is provided with a connection partition 505 which is located between the beard feeding holes 50 and the central hole 55 and is in a ring shape. In the structure of this application, these two kinds of holes do not need the intercommunication, promote the stability of structure well, can be better to the separation effect of vibrissa, and centre bore 55 can adopt the circular port. The beard inlet 50 can adopt an existing L-shaped hole, specifically, the beard inlet 50 comprises a hole top part 501 and a hole side part 502 which are integrally communicated, the hole top part 501 and the top blade 210 are matched to form a top V-shaped shearing opening 61, and a shearing included angle E is formed in the top V-shaped shearing opening 61; the hole side portion 502 cooperates with the side blade 220 to form a side V-shaped cutout 62, and a cutout included angle D is formed in the side V-shaped cutout 62. Since the hole top portion 501 and the hole side portion 502 are basically formed in a hole structure opened in the radial direction and vertical surfaces are formed on both sides in the rotational direction, a period of oblique cutting, like a guillotine, i.e., the upper V-shaped shear notch, is formed between the hole top portion 501 and the top blade 210 and between the hole side portion 502 and the side blade 220 during operation. The shearing included angle E has a process of maximizing the angle to minimizing in the same beard inlet hole 50, and the shearing included angle E is controlled within 60 degrees and is not too large; similarly, the included shearing angle D may be a maximum to minimum angle within the same hair-entering hole 50, and may be controlled to be within 60 degrees, but not too large.

The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art can easily think of various equivalent modifications or replacements within the technical scope of the present invention, and these modifications or replacements should be covered within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.

Claims

1. A nose hair trimmer moving blade is characterized in that: the cutter comprises a vertical plane-shaped basic supporting part (1), wherein a cutter body connecting part (2) protruding upwards out of the basic supporting part (1) is integrally connected onto the basic supporting part (1), a top cutter body (21) and a side cutter body (22) are integrally connected onto the cutter body connecting part (2), a top blade (210) is formed at the top of the top cutter body (21), a side blade (220) is formed at the side part of the side cutter body (22), the top blade (210) and the side blade (220) are inclined to the basic supporting part (1) and are positioned in the front side area of the basic supporting part (1) or in the rear side area of the basic supporting part (1), the included angle between the top blade (210) and the horizontal plane is smaller than 30 degrees, and the included angle between the side blade (220) and the horizontal plane is larger than 50 degrees.

2. The nose hair trimmer movable blade according to claim 1, wherein: the top blade (210) and the base supporting part (1) are inclined at an inclination angle of 0-30 degrees, and the side blade (220) and the base supporting part (1) are inclined at an inclination angle of 0-30 degrees.

3. The nose hair trimmer movable blade according to claim 1, wherein: the inclined state of the top blade (210) and the basic supporting part (1) is formed by bending the top blade body (21) and the blade body connecting part (2), and the inclined state of the side blade (220) and the basic supporting part (1) is formed by bending the side blade body (22) and the blade body connecting part (2).

4. The nose hair trimmer movable blade according to claim 1, wherein: the top blade (210) is the edge of the top side of the top blade body (21) close to the bending side, and the side blade (220) is the edge of the side portion of the side blade body (22) close to the bending side.

5. The nose hair trimmer movable blade according to claim 1, wherein: the basic supporting part (1) comprises a first mounting segment (11) integrally connected with the bottom of the cutter body connecting part (2), a second mounting segment (12) positioned below the first mounting segment (11), and a middle mounting segment (13) integrally connected between the upper part and the lower part of the first mounting segment (11) and the second mounting segment (12), the blade body connecting part (2) and the middle mounting segment (13) are positioned on the left side of the basic supporting part (1) or on the right side of the basic supporting part (1), the middle mounting segment (13) is integrally connected with a mounting convex part (130) facing to the right side or the left side, the first mounting segment (11) is provided with a first mounting positioning hole (110) which penetrates through the front and the back and extends in the left and right direction, the second mounting segment (12) is provided with a second mounting positioning hole (120) which penetrates through the front and the back and extends in the left and right direction.

6. The nose hair trimmer movable blade according to claim 5, wherein: a forwardly or rearwardly arched transverse limiting boss (1100) is integrally connected to the first mounting segment (11) at a position on the opposite side of the first mounting positioning hole (110) from the mounting boss (130), and the transverse limiting boss (1100) is located at the same position as the top blade (210) and the side blade (220) in the front side area of the base supporting portion (1) or at the same position as the rear side area of the base supporting portion (1).

7. The nose hair trimmer movable blade according to claim 5, wherein: the bottom of the side cutter body (22) is integrally connected with an upper balance wing (31) which is positioned below the side cutter body and the side part of the side cutter body is used for being in contact with the inner side wall of the fixed cutter, and the side part of the second mounting segment (12) is integrally connected with a lower balance wing (32) which is positioned below the upper balance wing (31) and is also used for being in contact with the inner side wall of the fixed cutter.

8. A nose hair trimmer cutter head assembly, characterized in that, includes any one of claims 1-7 a nose hair trimmer moving blade, the nose hair trimmer moving blade has two, still includes the moving blade and rotates erection column (4), the moving blade rotates erection column (4) including being used for installing two installation column section (41) of nose hair trimmer moving blade and being used for with the rotation drive post section (42) of motor shaft connection, installation post section (41) with rotation drive post section (42) from top to bottom an organic whole is connected, still including the cover establish the outlying stationary knife (5) of nose hair trimmer moving blade.

9. The nose hair trimmer head assembly according to claim 8, characterized in that the top of the stationary blade (5) is provided with a central hole (55) and hair inlet holes (50) which are arranged in a circumferential array and are bent around the central hole (55), and the top of the stationary blade (5) is provided with a connecting partition (505) which is arranged between the hair inlet holes (50) and the central hole (55) in a ring shape.

10. A nose hair trimmer head assembly according to claim 9, characterized in that the hair entry aperture (50) comprises an aperture top portion (501) and an aperture side portion (502) in integral communication, the aperture top portion (501) cooperating with the top blade (210) to form a top V-shaped cutting opening (61) and the aperture side portion (502) cooperating with the side blade (220) to form a side V-shaped cutting opening (62).