KR20220012089A - Means of preventing the formation of hair clippers influx - Google Patents

Abstract

The present invention relates to hair clippers equipped with a hair inflow prevention means, including: a hair clippers body (10) provided with an on/off switch (12); a fixated hair cutter unit (20) having a fixated blade (22) fixatedly coupled to a tip end of the hair clippers body (10); and a movable hair cutter unit (30) having a movable blade (32) in close contact with an upper side of the fixated blade (22) to reciprocate and be separated left and right according to drive of a driving motor (M) and thus to remove hair. The hair inflow prevention means (100) includes: a fixation unit (110) closely and fixately coupled to the upper surface of the movable blade (32) of the movable hair cutter unit (30) and formed to reciprocate left and right together according to left and right reciprocation of the movable blade (32); and a tension blocking unit (120) formed bent at an obtuse angle to be inclined upwardly from a tip end of the fixation unit (110) to a front side and performing elastic action such that cut hair, induced to a movable blade side, is discharged and guided to the front outside while being guided to an upper side of the movable blade.

Description

Hair clippers with means for preventing inflow of hair {Means of preventing the formation of hair clippers influx}

The present invention relates to a hair clipper provided with a hair inflow prevention means, and more particularly, by blocking hair from entering into the space between the movable blade and the tip of the hair clipper main body on the movable blade side, the drive unit for operating the movable blade of the hair clipper is introduced. The drive unit in the disassembly and assembly process due to convenience and frequent cleaning by minimizing the process of removing the introduced hair by disassembling the inside of the hair clipper's drive unit and disassembling the inside of the hair clipper's drive unit. It relates to a hair clipper provided with a means for preventing hair entry that can minimize damage to hair and improve durability and increase lifespan.

A typical conventional hair clipper has a fixed blade positioned at the front, and movable blades overlapping each other on the upper side of the fixed blade are provided to move left and right by the operation of a driving motor to cut hair.

Looking at the configuration of such a conventional hair clipper, a hair clipper body equipped with an ON/OFF switch is formed, a hair clipper hair cutter unit provided inside the front surface of the hair clipper body is provided, and when power is applied by the ON/OFF switch, the hair clipper haircut It is formed as a driving unit provided on one side of the inner side to drive the tab.

Here, as long as the hair cutter part of the conventional hair clipper is provided with a fixed blade, a movable blade coupled to an upper side of the fixed blade to enable left and right reciprocating motion, the movable blade is supported, and the upper side protrudes upward. A pair of locking projections are formed, and an insertion groove is formed by the pair of locking projections, and is formed of an engineering plastic reciprocating piece provided to reciprocate the movable blade.

In the driving unit, a driving motor operated when power is applied by an ON/OFF switch is provided inside the hair clipper body, an eccentric shaft inserted into the insertion groove of the hair clipper hair cutter unit is formed, and the eccentric shaft is coupled to one side An eccentric cam coupled to the motor shaft of the driving motor is provided.

Therefore, in the conventional hair clipper having such a configuration, when the user operates the ON/OFF switch to apply power to the driving motor, the driving motor is rotated. Thereafter, the eccentric cam coupled to the motor shaft rotated according to the operation of the driving motor is rotated together. Next, when the eccentric cam rotated together with the motor shaft rotates, the eccentric shaft formed at the other end of the eccentric cam rotates eccentrically.

At this time, the eccentric shaft rotates eccentrically while being inserted into the insertion groove of the hair cutter unit, so that it rotates eccentrically while repeatedly pushing the both sides of the locking protrusions forming the insertion groove alternately, so that the engineering plastic reciprocating piece moves left and right. Therefore, as the engineering plastic reciprocating piece reciprocates left and right, the movable blade coupled to it reciprocates left and right to cut hair.

However, in this conventional hair clipper, a space is formed between the movable blade and the hair clipper body adjacent to the movable blade, so that hair flows into the driving unit during the haircutting process. Therefore, if the clipper is used continuously, the hair continuously flows into the drive unit through the space between the clipper body and the movable blade, and the introduced hair is entangled with each other or wound around the motor, single cam, and motor shaft of the drive unit to operate the movable blade. There are problems that hinder it.

Moreover, this problem causes frequent failure of the drive unit, and in order to solve this problem, after using the hair clipper, it is inconvenient to remove the hair introduced through the disassembly and assembly process for continuous use from the drive unit. Furthermore, the frequent disassembly and assembly of the clipper causes problems such as damage to the drive unit, which significantly reduces durability and service life, and requires replacement of damaged parts, resulting in unnecessary cost.

In order to solve this problem, the Republic of Korea Public Utility Model No. 20-2015-0000415, the publication date of January 27, 2015, a hair clipper having a means for preventing inflow of hair has been disclosed.

The hair clipper is composed of a skirt piece and a slip piece to prevent the inflow of hair flowing between the movable blade and the hair clipper main body. Such a hair inflow prevention means is located on the inner surface between the movable blade and the hair clipper body, and is configured to block the inflow of hair flowing between the movable blade and the hair clipper body.

However, the hair inflow prevention means of this type has a configuration in which a slip piece bent at an acute angle is formed below the skirt part in close contact with the inner surface of the clipper main body, and the slip piece reciprocates left and right of the fixed blade in a grounded state with the fixed blade. Although it is configured to be fixed in place due to the slip caused by movement, in fact, the flow of the slip piece occurs due to the interference caused by the left and right reciprocating movement of the movable blade. The generation of such a flow forms a gap, and there is an insufficient problem in solving the phenomenon that the hair cut through this flows into the hair clipper body.

In addition, the portion between the clipper main body and the movable blade blocked by the skirt piece also has a problem that the skirt piece is composed of the inside of the clipper body, so there is a problem that hair gets caught or flows between the clipper main body and the skirt piece. Furthermore, as described above, the slip piece is movable. Due to the flow generated by the blade, the adhesion to the inside of the clipper body is lowered by the skirt piece, which is insufficient to solve the problem of hair inflow.

On the other hand, Republic of Korea Patent No. 10-1656300, registration date September 05, 2016. A hair clipper provided with a hair inflow prevention means is disclosed. The hair clipper is configured to prevent hair inflow by filling the center and left and right spaces between the movable blades by fittingly coupled to the movable hair cutter and enclosing the hair cutter coupled to the upper surface of the movable blade. It can be seen that the pressing plate is further configured to prevent the lifting phenomenon in the .

The hair inflow prevention clipper as described above is intended to block the inflow of hair by filling the space with a hair entry prevention means made of a material such as a sponge. As a result, the hair will continuously flow into the hair clipper. However, when the hair gets stuck in the hair inflow prevention means and reaches a certain stage, the hair no longer flows in. However, the interference by the embedded hair occurs due to the hair penetration phenomenon, and for cleaning, the user from the hair inflow prevention means There is a problem in that the continuous use of the hair clipper is limited because it is cumbersome to remove the hair one by one.

In addition, when the hair is continuously inserted into the hair inflow prevention means, there is a problem in that voids are generated on either side, thereby reducing the effectiveness of the hair inflow.

1. Republic of Korea Public Utility Model No. 20-2015-0000415, published on January 27, 2015. 2. Republic of Korea Patent No. 10-1656300, registration date September 05, 2016.

Therefore, the present invention was created to solve the problems described above, and it fundamentally blocks the hair flowing into the clipper body during the use of the clipper, and the hair according to the flow or the formation of voids due to the interference with the movable blade. By configuring it to reciprocate left and right together with the movable blade to prevent inflow, the drive unit that operates the movable blade of the hair clipper is prevented from malfunctioning or malfunctioning due to the inflow of hair, and the drive unit of the clipper is By minimizing the process of disassembling the installed interior and pulling out the introduced hair, it is convenient to use and minimizes damage to the drive unit in the disassembly and assembly process due to frequent cleaning. An object of the present invention is to provide a hair clipper having a hair inflow prevention means capable of reducing unnecessary costs such as parts replacement cost.

Another aspect of the present invention is to provide a hair clipper provided with a hair intrusion prevention means capable of blocking the inflow of hair into the hair clipper body by limiting the movement of the hair cut by the movable blade toward the hair clipper body and guiding it to the outside. There is a purpose.

In order to achieve the above object, the hair clipper provided with the hair inflow prevention means according to the present invention includes a hair clipper body 10 equipped with an ON/OFF switch 12, and a fixed blade 22 at the tip of the hair clipper body 10. A movable hair cutter unit provided with a fixed hair cutter unit 20 that is fixedly coupled, and a movable blade 32 to remove hair while being in close contact with the upper side of the fixed blade 22 and spaced apart from left and right according to the driving of the driving motor M In the hair inflow prevention means of the hair clipper having (30) formed, the hair inflow prevention means 100 is closely and fixedly coupled to the upper surface of the movable blade 32 of the movable hair cutter unit 30 to form the movable blade (32). a fixing unit 110 formed to reciprocate left and right together with the left and right reciprocating movement; An obtuse-angle bending is formed from the front end of the fixed part 110 to an upward slope, and the cut hair flowing into the movable blade is guided upwardly, while the tension blocking part 120 acts elastically so that it is discharged and guided to the outside of the front side; to; It is characterized in that it is formed.

Here, a plurality of bending protrusions 112 are formed at the rear tip of the fixing part 110 to surround the rear end of the movable blade 32 so that the lower surface of the fixing part 110 of the hair inflow prevention means is the movable blade 32 ) characterized in that it is closely coupled to the upper surface and is configured to block the inflow of hair that can be introduced between the movable blade and the fixed part, and the width of the fixed part 110 and the tension blocking part 120 is the left and right width of the movable blade It is characterized in that it corresponds to

On the other hand, the tension blocking part 120 is formed so that the bending angle (θ) with the fixed part 110, which is changed according to the elastic action, is 45°, so that the cut hair is discharged and guided outward in front of the movable blade, During the cutting process, the hair cut by the tension blocking part 120 is received and received, the tension blocking part is elastically deformed upwards of the clipper body, and the tension blocking part 130 is deformed upwards to the upper part of the clipper body before the elastic deformation limit point, and the position is moved and close to the side between the movable blade 32 and the hair clipper body 10 to block the inflow of hair, and the cut hair continues to flow into the tension blocking part side, and the elastically deformed tension blocking part 120 crosses the elastic limit point and returns to the correct position. It is characterized in that the tension blocking unit 120 is returned to its original state so that the cut hairs received inflow and accommodated by the elastic action to return to the original state are discharged and guided toward the front side of the movable blade by the elastic action to be returned.

The present invention fundamentally blocks the hair flowing into the inside of the hair clipper body in the process of using the hair clipper, and is configured to reciprocate left and right together with the movable blade in order to prevent hair inflow due to flow or the formation of voids due to interference with the movable blade. , It prevents the drive unit that operates the movable blade of the hair clipper from being damaged or does not work due to the introduced hair, and minimizes the process of removing the introduced hair by disassembling the inside of the hair clipper drive unit installed. Due to convenience and frequent cleaning, it is possible to minimize damage to the drive unit in the disassembly and assembly process, thereby increasing the service life and improving durability, as well as reducing unnecessary costs such as parts replacement costs due to increased durability. By limiting the movement of the hair cut by the tension blocker toward the hair clipper body and guiding it to the outside, there is an effect of maximally blocking the inflow of hair into the hair clipper body.

1 is an overall perspective view of a hair clipper provided with a hair inflow prevention means according to the present invention.
2 is an exploded perspective view of the main part of the hair clipper provided with the hair inflow prevention means according to the present invention.
3 is a perspective view of the main part as viewed from the front and back of the hair inflow prevention means of the hair clipper having the hair inflow prevention means according to the present invention.
4 is a side cross-sectional view of the hair inflow prevention means of the hair clipper provided with the hair inflow prevention means according to the present invention.
5 is a side cross-sectional view of a hair clipper provided with a hair inflow prevention means according to the present invention.
6 to 8 are side views of the hair clipper provided with the hair inflow prevention means according to the present invention.

Advantages and features of the present invention, and methods for achieving them, will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but will be implemented in a number of different forms.

In the present specification, the present embodiment is provided so that the disclosure of the present invention is complete, and to fully inform those of ordinary skill in the art to which the present invention pertains to the scope of the present invention. And the invention is only defined by the scope of the claims. Accordingly, in some embodiments, well-known components, well-known operations, and well-known techniques have not been specifically described in order to avoid obscuring the present invention.

Like reference numerals refer to like elements throughout. In addition, the terms used (mentioned) in this specification are for the purpose of describing the embodiment and are not intended to limit the present invention in any way. In this specification, the singular also includes the plural unless otherwise specified in the phrase. In addition, elements and operations referred to as 'include (or include)' do not exclude the presence or addition of one or more other elements and operations.

Unless otherwise defined, all terms (including technical and scientific terms) used herein may be used with the meaning commonly understood by those of ordinary skill in the art to which the present invention belongs. In addition, terms defined in a commonly used dictionary are not ideally or excessively interpreted unless defined.

Hereinafter, technical features according to an embodiment of the hair clipper provided with the hair inflow prevention means according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view of a hair clipper provided with a hair inflow prevention means according to the present invention, FIG. 2 is an exploded perspective view of the main part of a hair clipper provided with a hair inflow prevention means according to the present invention, and FIG. 3 is a hair inflow prevention means according to the present invention 4 is a side cross-sectional view of the hair inflow prevention means of the hair clipper provided with the hair inflow prevention means according to the present invention, and FIG. 5 is the hair according to the present invention. It is a side cross-sectional view of the hair clipper provided with the inflow prevention means, and FIGS. 6 to 8 are side views of the hair clipper provided with the hair inflow prevention means according to the present invention.

As shown in FIGS. 1 and 2 , a conventional hair clipper includes a hair clipper body 10 provided with an ON/OFF switch 12 and a fixed blade 22 fixedly coupled to the front end of the hair clipper body 10 . The hair cutter part 20 and the movable hair cutter part 30 provided with the movable blade 32 are formed in close contact with the upper side of the fixed blade 22 and are spaced apart left and right according to the driving of the driving motor to remove the hair.

As described above, in a conventional hair clipper, the movable blade is in contact with the upper surface of the fixed blade, and the movable blade is operated to cut the hair and hair flowing between the fixed blades while the movable blade moves left and right at high speed on the upper surface of the fixed blade. In the process, as hair or hair flows into the clipper body through the space between the movable blade and the clipper body, a cleaning process is required to remove the introduced hair by disassembling the movable hair cutter part and the fixed hair cutter part periodically during use or periodically. Also, due to friction caused by the high-speed reciprocating movement of the movable blade from side to side on the upper surface of the stationary blade, there are cases where hairs are introduced between the stationary blade and the movable blade due to thermal expansion caused by high temperature in the stationary blade and the movable blade, but most of the cut hairs Silver is introduced through the space between the movable blade and the clipper body, and if the cut hair or hair is not removed, the configuration that provides the driving force inside the clipper body is damaged and harmful bacteria or mold can inhabit. There is a problem that is not good.

Therefore, there is a need to periodically remove the cut hair or hair inside the hair clipper, but most of them neglect this as the number of times of cleaning too frequently increases, resulting in damage to the above-described configuration or sanitary problems. By cleaning the inside of the clipper only when it appears, durability and lifespan of the clipper are shortened. Therefore, even if the clipper is not cleaned frequently by blocking the inflow of cut hair or hair, it is sanitary and clean, can be used safely from damage or damage to the internal configuration of the clipper, and is a technology that can increase the service life. ) was constructed.

As shown in FIGS. 1 to 4 of the hair clipper provided with the hair inflow prevention means according to the present invention, the hair cut by preventing the inflow between the movable blade and the clipper body through the hair inflow prevention means 100 is accumulated in the hair clipper. It is possible to minimize the interruption or breakdown of the operation of the internal structure, and it is possible to reduce the life span and reduce the purchase cost of parts due to the damage of the internal configuration and parts due to the hair accumulated in the hair clipper body, as well as the conventional hair clipper due to the inflow of hair. It is easy to maintain and clean cleanliness because there is no need to perform frequent disassembly and assembly to remove hair, and the hair inflow prevention means 100 is located between the movable blade and the hair clipper body and cuts hair or hair. As the space flowing into the clipper body is blocked and removed, it is fixed to the upper surface of the movable blade to block the inflow of more than 90% of the cut hair or hair, thereby blocking the space between the movable blade and the clipper body.

As shown in FIGS. 1 to 5 , the hair inflow prevention means 100 includes a fixing part 110 and a tension blocking part 120 .

The fixing part 110 is formed such that the hair inflow prevention means 100 is fixed to the movable blade and a blocking part to be described later blocks the inflow of the cut hair or hair into the space between the movable blade and the clipper body, and the movable hair cutter part The movable blade 32 is closely coupled to the upper surface of the 30 and is formed to move left and right together according to the left and right reciprocating movement of the movable blade 32 . Here, as shown in FIGS. 3 to 5 , the fixing part 110 has a plurality of bending protrusions 112 formed at the rear end to surround the rear end of the movable blade 32 to prevent the hair from entering. The lower surface of the government 110 is configured to be closely coupled to the upper surface of the movable blade 32 .

That is, as the lower surface of the fixed part 110 is closely and fixed to the upper surface of the movable blade by the bending protrusion 112, the fixed part 110 between the movable blade and the fixed part, that is, according to the left and right reciprocating movement of the movable blade. ), the rear end of the fixing part is moved to the upper rear side of the movable blade by the bending protrusion 112 to block the inflow of hair or hair cut between the movable blade and the fixed blade due to the lifting of the tip of the fixing part in the process of left and right reciprocating movement It is configured to be tightly fixed.

The tension blocking unit 120 has an elastic action so that the tip of the above-described fixing part 110 is in close contact with the tip side of the upper surface of the movable blade, and at the same time, the hair or hair cut through the angle change due to the elastic deformation moves outward in front of the movable blade. As configured to induce discharge, an obtuse angle is bent upwardly from the tip of the fixing part 110 to the front, and the cut hairs flowing into the movable blade are guided upwards to the movable blade and act elastically so that they are discharged to the outside of the front side.

That is, as shown in FIGS. 6 and 7 , the tension blocking part 120 is formed so that the tip side of the fixing part forms an obtuse angle, and thus the tip of the fixing part is elastically formed by the angle of the fixing part and the tension blocking part. The side is in close contact with the movable blade, and the hair or hair cut by the movable blade moves in front of the movable blade along the inclined lower surface of the tension blocker with an obtuse angle. When the hair or hair cut in this way is stacked while continuously moving along the inclined lower surface of the tension blocking unit, the tension blocking unit is elastically deformed as the angle is changed by the load of the hair or hair cut to the upper side of the clipper body, so that the tension blocking unit stands up. When the hair or hair load reaches the elastic limit point, the tension blocking unit 120 returns to the original angle of the obtuse angle state at the tip side of the fixed part by the restoring force, and is cut by the elastic force acting Discharged hair or hair is guided outward in front of the movable blade.

Here, the tension blocking unit 120 is located on the front side of the space between the movable blade and the clipper body so as to block the inflow of hair into the space between the movable blade and the clipper body as it is elastically deformed in an upright state of the clipper body. is transformed That is, due to the inflow of the cut hair or hair, the tension blocking unit 120 is elastically deformed to the upper side of the clipper body, thereby blocking the space between the clipper body and the movable blade.

On the other hand, as shown in FIGS. 7 and 8 , the tension blocking unit 120 is bent upward at an obtuse angle while looking toward the front of the fixing unit before the hair or hair is cut by the movable blade. When the hair or hair cut along with the operation of the movable blade flows into the lower side of the tension blocker and the tension blocker begins to elastically deform, it is elastically deformed to the upper side of the clipper body, and the upper end pivots toward the space between the movable blade and the clipper body. is fluctuated and approaches the space between the movable blade and the clipper body, so that the inflow of the cut hair or hair is blocked at the source.

Accordingly, as described above, due to the deformation caused by the inflow of hair from the tension blocker, the cut hair or hair is discharged to the front side of the movable blade while repeatedly approaching and moving away from the space side between the movable blade and the clipper body, thereby simply introducing the hair or hair. It is possible to block the inflow of the cut hair or hair into the hair clipper body to the maximum by discharging the cut hair or hair with an active action according to the change in position by the elastic force, rather than just blocking the hair clippers.

Here, the width of the fixing part 110 and the tension blocking part 120 is configured to correspond to the left and right widths of the movable blade, and the hair or hair is cut as they move left and right together in the range of high-speed left and right reciprocation of the movable blade. In the cut position, the fixing part and the tension part, which are the hair inflow prevention means, are always positioned to block the hair inflow.

As shown in FIGS. 1 and 5, the hair clipper provided with the hair inflow prevention means of the present invention according to the above configuration turns on the power and at the same time the movable blade performs a high-speed left and right reciprocating motion on the fixed blade. At this time, since the hair inflow prevention means is closely fixed to the upper surface of the movable blade by the fixing part, the integrally formed tension blocking part moves left and right together with the movable blade.

In the operation process, as shown in FIG. 6, since the elastic deformation of the tension blocking part is not made, the position where the tension blocking part is inclined upwardly to the front side is maintained as it is, and the hair inflow prevention means moves left and right together with the movable blade. .

Next, as shown in FIG. 7, when the user starts cutting in proximity to the hair or hair to cut the hair or hair, the cut hair or hair moves toward the lower surface of the tension blocking part formed to be inclined upwardly forward with respect to the fixing part. The cut hair or hair starts to be accommodated in layers through the part forming an obtuse angle where the fixing part and the tension blocking part meet. start to undergo elastic deformation.

Next, as shown in FIG. 8, the tension breaker flows into the lower surface of the tension breaker by the load and pushing force according to the stacking acceptance of the continuously cut hair or hair, and when the tension breaker reaches the elastic limit, the tension breaker part The elastic force is applied to the upper surface of the tension blocking part as it is pivotally moved upwards and elastically deformed and then returned to its original state.

At this time, as shown in FIGS. 4, 7 and 8, the tension blocking part is acted by an elastic force due to elastic deformation of the tension blocking part. The position of the tip inclined upward to the side is maintained at a certain distance from the space between the movable blade and the clipper body to the front side, but as the hair or hair is cut and flows into the tension blocker, elastic deformation of the tension blocker begins and the upper side of the clipper body When it starts to approach to , the tip of the tension blocking unit 120 closes toward the space between the movable blade and the clipper body according to the elastically deformed angle to block the inflow of the cut hair or hair into the space between the movable blade and the clipper body.

That is, as shown in FIGS. 4 and 7 , the tension blocking part 120 is the tip of the tension blocking part 130 due to the bending angle θ with the fixing part 110 that is changed according to the elastic action. This upward movement from the front to the rear determines the discharge direction and blocking of the cut hair. During the hair cutting process, the cut hair flows into the tension blocking unit 120, and the tension blocking unit elastically deforms to the upper side of the clipper body. However, in a state where the elastic deformation limit is not reached, the tension blocking unit 120 is moved rearward upward and forward to close to the side between the movable blade 32 and the clipper body 10 to block the inflow of hair, and the cut hairs are When the elastically deformed tension blocking unit 120 continues to flow into the tension blocking unit and reaches the elastic limit point at which an elastic action to return to its original position occurs, the tension unit 120 returns to its original state. The tension blocking part 120 is moved upward and forward so that the discharge is guided toward the front side of the movable blade without being scattered upward by the bending angle.

That is, the tension blocking unit also serves as a blocking film for the movable blade and the clipper body, but also serves as a guide guide to prevent scattering of hair or hair discharged forward by the tension blocking unit. It is possible to minimize the disturbance of the surrounding environment due to the irregular discharge of

In the above, the present invention has been described in detail as one embodiment, but the scope of the present invention is not limited thereto, and it is clear that many variations and modifications are possible by those skilled in the art within the scope of the technical idea, and the present invention Examples and practical equivalents will be included.

10: hair clipper body 12: ON/OFF switch
20: fixed hair cutter unit 22: fixed blade
30: movable hair cutter part 32: movable blade
100: hair inflow prevention means 110: fixed part
112: bending projection 120: tension blocking part

Claims (4)

The hair clipper main body 10 provided with an ON/OFF switch 12, the fixed hair cutter part 20 to which the fixed blade 22 is fixedly coupled to the front end of the clipper main body 10, and the upper side of the fixed blade 22 In the hair intrusion prevention means of a hair clipper in which a movable hair cutter unit 30 equipped with a movable blade 32 is formed to remove hair by being in close contact with the driving motor (M) and spaced apart left and right according to the driving of the driving motor (M),
The hair inflow prevention means 100 is fixedly coupled to the upper surface of the movable blade 32 of the movable hair cutter unit 30, and a fixed part formed to move left and right together according to the left and right reciprocating movement of the movable blade 32 ( 110) and;
An obtuse-angle bending is formed from the tip of the fixing part 110 to an upward slope in the front, and the cut hair flowing into the movable blade is guided upwards and discharged and guided to the outside of the front side while the tension blocking part 120 acts elastically; with; A hair clipper with a means for preventing inflow of hair, characterized in that it is formed.
The method of claim 1,
A plurality of bending protrusions 112 are formed at the rear tip of the fixing part 110 to surround the rear end of the movable blade 32 so that the lower surface of the fixing part 110 of the hair inflow prevention means is the movable blade 32 upper part. A hair clipper provided with a hair intrusion prevention means, characterized in that it is closely coupled to the surface and is configured to block the inflow of hair that may be introduced between the movable blade and the fixed part.
The method of claim 1,
The width of the fixing part (110) and the tension blocking part (120) corresponds to the left and right widths of the movable blade.
The method of claim 1,
The tension blocking part 120 is formed so that the bending angle (θ) with the fixed part 110, which is changed according to the elastic action, is formed at 45°, so that the cut hair is discharged and guided outward in front of the movable blade,
In the process of cutting the hair, the tension blocking part is elastically deformed to the upper side of the clipper body as the hair cut by the tension blocking part 120 is received and received. It moves and closes between the movable blade 32 and the clipper body 10 to block the inflow of hair,
The cut hair continues to flow into the tension blocking part side, and the tension blocking part 120, which is elastically deformed, goes beyond the elastic limit point and is returned to the original position by the elastic action to return the tension blocking part 120 to its original state. A hair clipper provided with a means for preventing hair entry, characterized in that the received cut hair is returned to its original state so that it is discharged to the front side of the movable blade.

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