KR200449571Y1 - 180 ° head tilting sliding shaver - Google Patents

Abstract

It relates to a 180 ° head tilting sliding shaver according to the present invention, the head cover body 100 is provided with an ON / OFF switch 102 on the front sliding sliding; A razor head portion 200 coupled to the head cover body 100 so as to be tiltable and rotated according to a sliding operation of the head cover body 100; The head cover body 100 is slidingly coupled to the front side, the tilting rack gear 310 is provided to one side of the front side, the rear cover body formed with an insertion groove 320 is inserted into the head cover body 100 is coupled to the lower side It relates to a 180 ° head tilting sliding razor comprising a.

180 °, head tilting, sliding, shaver.

Description

Sliding Electric shaver with head tilting at 180 degrees}

The present invention relates to a 180 ° head tilting sliding shaver, and more specifically, the head cover body and the rear cover body is configured to be slid so that when not in use, it is formed to be thin and slim to carry, and the head cover body when shaving. The present invention relates to a 180 ° head tilting sliding razor that is slid upward from the rear cover body and the head of the shaver is rotated 180 ° to remove hairs or hairs of the shaved part cleanly by the operation of the ON / OFF switch.

In general, electric razors are roughly classified into trimmer-type electric shavers shaving beards by reciprocating razor blades and rotary electric shavers shaving beards by rotating razor blades.

This conventional electric shaver is divided into a razor head portion and a razor housing. Here, the razor head portion is usually provided with an outer sheath covering the cutting edge it is possible to shave safely. Such a conventional conventional razor removes the cover of the shaver head, and then shaves the shaving head by contacting the shaving portion provided with the outer mesh.

However, in the conventional electric shaver, the shaver head part is fixedly installed in the shaver housing so as to look upward at an obtuse angle with the skin contact part. In general, the cutting force is best in the state where the contact angle between the hair or hair of the shaving part and the cutting edge of the shaving head is 90 °, but the shaving head is cut as the contact angle changes to the optimum contact angle according to the bending of the shaving part. It is preferable.

Therefore, when shaving using a conventional electric shaver, the user's front chin, tip of the chin, under the chin, under the nose, the lower part of the lips, under the ears, side cheeks, or the contact angle between the hair and the razor head is optimal according to the curvature. There was a problem that the shaving is not clean because only a part of the hair or the hair is not cut because the contact angle is not achieved, and the user frequently changes the contact angle of the shaver head that is in contact with the hair or the hair of the shaving part to increase the cutting force. There was a discomfort to tease the wrist.

In addition, such a conventional electric shaver is configured to face all the razor head portion, and after the type of shaver use, to provide a separate shaver head cover to prevent foreign substances such as dust generated from the outside to penetrate the shaver head. It is done. However, when the razor head cover is separately provided and stored, loss of the razor head cover occurs frequently. As such, when the loss of the shaver head cover occurs, the user has to increase the cost of separately purchasing the shaver head cover, and when the shaver is used as it is without using the shaver head cover, foreign substances such as dust inside the shaver head. There was a problem that was penetrated and sanitary clean.

In addition, the conventional electric shaver is formed long in the vertical state in which the razor head is facing upward, so that its volume is considerably large. Therefore, carrying a conventional electric shaver is quite cumbersome and a lot of inconvenience.

Therefore, the present invention is devised to solve the conventional problems as described above, the razor head portion with a cutting blade is tilted at 180 ° so that the cutting force of the part to be shaved is excellent and the razor head portion according to the sliding operation by the user An object of the present invention is to provide a 180 ° head tilting sliding shaver that can be changed to an optimal contact angle with respect to the curvature of the shaving part to be contacted, thereby achieving a more clean shave by making an optimal contact angle with hair or hair.

In addition, the present invention tilts the razor head portion by a simple user sliding operation, after the type of use, the razor head portion is rotated 180 ° again without looking upwards to be positioned inside, thereby maintaining hygienic cleanliness as well. Its purpose is to provide a 180 ° head tilting sliding razor that is slim and easy to store and carry.

Accordingly, the head tilt sliding razor 180 ° according to the present invention for solving the object as described above is provided with an ON / OFF switch 102 on the front head cover body 100 is slidingly coupled; A razor head portion 200 coupled to the head cover body 100 so as to be tiltable and rotated according to a sliding operation of the head cover body 100; The head cover body 100 is slidingly coupled to the front side, the tilting rack gear 310 is provided to one side of the front side, the rear cover body formed with an insertion groove 320 is inserted into the head cover body 100 is coupled to the lower side 300; includes.

Here, the head cover body 100 includes a head tilting unit 110 which is geared so as to tilt the razor head unit 200 by sliding to one side; The head drive unit 120 is provided to operate the driving motor M according to the application of the power by the ON / OFF switch to the other side, and to operate the shaver head unit 200 so as to shave according to the operation of the driving motor M. )Wow; Coupling end portion 130 is formed by extending the end is formed under the head cover body to be inserted into the insertion groove 320; Characterized in that formed.

On the other hand, the head tilting unit 110 is geared to the tilting rack gear 310 of the rear cover body 300, the tilting pinion gear 112 is rotated upward movement along the tilting rack gear (310) Wow; Gear driven between the tilting pinion gear 112 and the razor head portion 200, the driven gear 114 is rotated according to the moving distance of the tilting pinion gear 112; including, the head cover body ( 100 is provided on one side, characterized in that the shaver head portion 200 by the sliding operation of the head cover body 100 is formed to be tilted as the gear rotates.

In addition, the head drive unit 120 includes a drive motor gear 122 coupled with the motor shaft of the drive motor (M); A first drive driven gear 124 which is gear-coupled with the drive motor gear 122 and to which the rotational force of the drive motor M is transmitted; A second driving driven gear 126 geared to allow the rotational force transmitted from the first driving gear 124 to be transmitted; The cutting force driving gear 128 is transmitted to the rotational force transmitted from the second driven driven gear 126, coupled to the other end of the razor head 200, the rotational force is transmitted; including, the head cover body 100 It is provided on the other side, is operated by a drive motor (M) driven in accordance with the operation of the ON / OFF switch 102 is characterized in that the shaver head portion 200 is applied to remove the hair of the shaving part by applying a rotational force It is done.

On the other hand, the razor head 200 is a cutting blade drive shaft 212 is formed, a plurality of cutting blades 214 is coupled along the outer edge rotation drum cutting edge 210 is rotated; A head outer cover 220 covered with an outer edge of the rotary drum type cutting blade 210 and provided with an outer mesh 222; A tilting rotating gear 230 which is geared to an upper end gear of the head tilting part 110 such that the shaver head part is tiltable to one side of the head outside cover 220; Characterized in that provided.

Here, the shaver head 200 is a gear along the tilting rack gear is provided with a plurality of gears of the head tilting unit 110 in accordance with the sliding operation of the head cover body 100 provided in the rear cover body (300). Rotating while moving, it is preferable that the operation is possible depending on the contact angle of the shaving portion within the range of 0 ° ~ 180 °.

Meanwhile, a mirror 400 may be provided to check whether the shaving part is removed when the user shaves to the front of the coupling end 120 extending from the lower end of the head cover body 100.

According to the present invention, the shaving portion in which the head cover body is slid and the blade is provided with a cutting blade is tilted at an angle of 180 ° so that the cutting force of the shaving portion is excellent and the shaving head portion is in contact with the shaving operation of the head cover body by the user. It can be changed to the optimal contact angle for the bend of the hair has an effect that can achieve a more clean shave by making the optimum contact angle with the hair or hair.

In addition, the present invention is the shaver head portion is tilted by the sliding operation of the head cover body by a simple user, the head cover body and the rear cover body is sliding operation is configured after the type of use is made in a super slim form, the razor head portion is the upper side It is rotated 180 ° again without looking at it, and it is positioned inside, which keeps hygienic cleanliness and has the advantage of being easy to store and carry.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the 180 ° head tilting sliding razor according to the present invention.

1 is an overall perspective view of a 180 ° head tilting sliding razor according to the present invention, Figure 2 is an exploded perspective view of a 180 ° head tilting sliding razor according to the present invention, Figure 3 is a 180 ° head tilting sliding razor of the present invention Figure 4 is a partial cross-sectional front view, Figure 4 is a side view of the shaver head before the tilt by the head tilting portion according to the present invention, Figure 5 is a side view after the shaver head portion tilting by the head tilting portion according to the present invention, Figure 6 Side view showing the operation relationship of the head drive unit according to the invention.

As shown in FIGS. 1 to 3, the 180 ° head tilting sliding razor according to the present invention includes a head cover body 100, a razor head part 200, a rear cover body 300, a mirror 400, and the like. do.

Here, the head cover body 100 is provided with an ON / OFF switch 102 on the front surface, the drive motor (M) and a battery (not shown) is built in, the front of the rear cover body 300 to be described later Is coupled so as to be slidable, the head cover body 100 is formed to be rotated at a predetermined angle in accordance with the user's operation to the razor head portion 200 to be described later when the sliding operation by the user on the rear cover body 300 which will be described later do. Here, the head cover body 100 is provided with a head driving unit 120 to which the driving force of the driving motor M is transmitted when power is applied by the head tilting unit 110 and the ON / OFF switch 102. In addition, a stage is formed at the lower side of the headker bourbon body 100 and is provided with a coupling end portion 130 that extends.

The head tilting unit 110 is provided to one side of the head cover body 100, the head cover body 200 to be described later coupled to the upper side of the head cover body 100 by the user's sliding operation of the head cover body Gears are geared by a plurality of gears to be rotated according to the vertical separation distance of 100. Here, the configuration of the gear coupling by a plurality of gears of the head tilting unit 110 is provided with a tilting pinion gear 112 that is interlocked according to the vertical sliding movement of the head cover body 100. Then, the driven gear 114 formed in two stages above the tilting pinion gear 112 is gear-coupled.

Here, the driven gear 114 formed in two stages is coupled to one side of the head cover body 100, and is positioned above the tilting pinion gear 112 described above, and has two stages of a gear having a larger diameter and a smaller gear. It is composed of a small gear and the tilting pinion gear 112 is provided with gear coupling.

That is, when the head cover main body 100 is slid upward by the user, the tilting pinion gear 122 is rotated according to the sliding distance, and the driven gear of the second stage geared to the tilting pinion gear 122 is geared. It is rotated in the same manner as the separation distance of the main body 100 to transmit the rotational force to the tilting rotation gear 230 of the razor head 200 to be described later. Therefore, the razor head 200 which is linked with the rotation of the tilting rotary gear 230 which has received the rotational force is rotated in the same manner as the rotation of the tilting rotary gear 230. Therefore, the driving sequence is configured in the order of the head cover body 100, the tilting pinion gear 112, the two-step driven gear 114 of the two stages-the tilting rotary gear 230 of the shaver head 200 described later. And it works.

The head driving unit 120 is gear-coupled by a plurality of gears to be coupled to the driving motor M, and the driving motor M is applied by an ON / OFF switch formed on the front surface of the head cover body 100. And the head driving unit 120 receives the rotational force generated according to the operation and is transferred to the razor head unit 200 to be described later.

Here, the head driving unit 120 is composed of a drive motor gear 122, a first driven gear 124, a second driven gear 126, a cutting blade drive gear 128. The drive motor gear 122 is axially coupled with the motor shaft (not shown) of the drive motor M and is provided to receive a rotational force according to the operation of the drive motor M directly.

The first driven gear 124 and the second driven gear 126 are sequentially geared with the driving motor gear 122 that receives the rotational force of the driving motor M to transmit the rotational force. In addition, the cutting blade drive gear 128 is axially coupled to the cutting blade drive shaft 212 of the rotary drum type cutting blade 210 provided inside the razor head portion 200 to be described later, the second driven gear 126 described above. ) And gears. That is, the motor shaft (not shown) of the drive motor M, the drive motor gear 122, the first driven gear 124, the second driven gear 126-the cutting blade drive gear 128 in order It is formed to transmit the rotational force of the drive motor (M) to the cutting edge drive shaft 212 to be described later.

The coupling end 130 extends to the lower side of the head cover body 100 and is simply formed. Here, the front surface of the coupling end 130 is preferably provided with a mirror 400 to check the shaving state when the user shaves, is inserted and coupled to the insertion groove 320 of the rear cover body 300 to be described later The mirror is formed so that it can be exposed only in use. In addition, when the user is not in use, the rear cover main body 300 and the head cover main body 100 are stably coupled while being placed in a state of being inserted into the insertion groove 320 of the rear cover main body 300 to be described later. This would be possible.

On the other hand, the razor head 200 is provided so as to be interlocked with the above-described head tilting unit 110, the head cover main body 100 is slid upward and the head shaving head 200 is tilted by a distance spaced apart Rotated by the unit 110 is provided to be exposed to the outside.

Here, the razor head 200 is composed of a rotary drum type cutting blade 210, a head outer cover 220, a tilting rotation gear 230 and the like. The rotary drum type cutting edge 210 is provided with a cutting edge drive shaft 212 that is rotationally driven, a plurality of cutting edges 214 along the outer edge of the cutting edge drive shaft 212 is provided. The rotating drum type cutting blade 210 is configured such that the rotational force is transmitted from the head driving unit 120 which receives the rotational force of the driving motor M, so that the cutting blade drive shaft 212 is rotated, and the cutting edge drive shaft 212 is rotated. Accordingly, a plurality of cutting edges 214 coupled to the outer edge are formed to remove the hair of the user's shaving part by rotating at a high speed. There is no noise vibration, and the rotary type is very precisely configured, so the cutting force is excellent. That is, as described above, the rotational force is transmitted from the driving motor M, the cutting edge drive gear 128 and the cutting edge drive shaft 212 of the rotary drum type cutting blade 210 provided at the end of the head drive unit 120 is the shaft Combined and rotated.

On the other hand, the head cover cover 220 is provided to be covered on the outer edge of the rotary drum cutting edge 210, the outer network 222 is provided to protect the user's shaving portion from the rotating drum cutting blade 210 upwards do. In addition, the tilting rotation gear 230 geared to the two-stage driven gear 114 of the head tilting unit 110 described above is fixedly coupled to one side of the head external network 220.

Therefore, when the head cover main body 100 is slid by the user, the head tilting unit 110 is rotated according to the sliding distance, and as described above, the rotational force is transmitted to the tilting rotation gear 230 so that the razor head unit ( The head envelope cover 220 of the 200 is rotated according to the sliding separation distance.

That is, when the head cover body 100 is spaced apart so that the user slides upward, the outer drum 222 side of the head drum cover 220 is exposed to the outside of the rotary drum type cutting edge 210. On the other hand, if the head cover body 100 is spaced apart so that the user slides downward, the opposite side of the outer network body 222 side of the head cover cover 220 is located to prevent the penetration of the foreign matter from the rotary drum cutting blade 210 from the foreign material. It is configured to.

The rear cover body 300 is provided so that the head cover body 100 is slidingly coupled to cover the rear side of the head cover body 100. Here, a tilting rack gear 310 is formed on one side of the front surface of the rear cover body 300. The tilting rack gear 310 is formed to be equal to or larger than the separation distance at which the head cover main body 100 is slidably coupled to the rear cover main body 300, and the tilting pinion gear of the head tilting unit 110 described above ( And gear gears 112).

On the other hand, the rear cover body 300 is formed in the "L" shape is formed with the insertion groove 320 to the lower side to form a horizontal. Here, the insertion groove 320 is inserted into the coupling end 130 formed in the lower side of the head cover body 100 described above.

The operation and effects of the 180 ° head tilting sliding razor of the present invention according to the configuration as described above will be described in detail by way of examples.

As shown in FIG. 4 or 5, the user slides the head cover body 100 upwardly to perform shaving. As such, when the head cover body 100 is slid spaced upwards, the coupling end 130 formed on the lower side of the head cover body 100 is separated from the insertion groove 320 formed under the rear cover body 300. . Then, the tilting pinion gear 112 of the head tilting unit 110 provided on one side of the head cover main body 100 by a sliding distance when the head cover main body 100 is slid apart along the rear cover main body 300 upward. ) Rotates. In this case, the tilting pinion gear 112 is geared with the tilting rack gear 310 of the rear cover body 300 to move when rotated vertically on the tilting rack gear 310.

Next, when the tilting pinion gear 112 is rotated on the tilting rack gear 310 and vertically moved, the two-stage driven gear 114 geared upward is rotated. Subsequently, the tilting rotation gear 230 in which the rotational force of the two-stage driven gear 114 is geared upward thereof is rotated. Here, the tilting rotary gear 230 is fixedly coupled to one side of the head outer cover 220, which is covered outside the rotary drum type cutting blade 210 of the razor head 200, the tilting rotary gear 230 is fixed Will work with.

Therefore, as described above, the head cover cover 220 and the tilting rotation gear 230 are interlocked by the user by the distance at which the head cover main body 100 slides upward, and rotates within a range of 0 ° to 180 °. It is preferable to be. That is, the distance at which the tilting pinion gear 112 is spaced apart on the tilting rack gear 310 formed at one side of the front side of the rear cover body 300 by the distance that the user slides the head cover body 100 to determine the razor head. The rotation angle of the part 220 is determined, and the rotary drum type cutting edge 210 is exposed to the outside so as to shave.

Next, after the head cover cover 220 is rotated and shaved by the rotating drum cutting blade 210 positioned inside the outer cover body 222, the user covers the head cover body 100 with the rear cover. Sliding spaced apart below the main body 300. At this time, the tilting pinion gear 112 of the head tilting unit 110 provided on one side of the head cover body 100 that is spaced apart from the rear cover body 300 rotates downward on the tilting rack gear 310. And move.

Next, when the tilting pinion gear 112 is rotated downward, the driven gear 114 formed in two stages is geared together. Subsequently, as the tilting rotation gear 230 provided on one side of the head outer cover 200 of the shaver head 200 coupled to the second gear 114 and the gears is rotated, the outer network of the head outer cover 220 is rotated. The shaver head 200 is rotated such that the portion where the 222 is positioned is positioned inside the head cover body 100. Then, the coupling end 130 of the head cover body 100 is inserted into the insertion groove 320 of the rear cover body 300.

As such, the razor head 200 is rotated by the head tilting unit 110 according to the sliding distance of the head cover body 100, so that the user moves the head cover body 100 upward when the user shaves. The rotating drum-type cutting blade 210 of the head portion 200 is rotated so as to be exposed to shaving, and when not in use, the head cover main body 100 is moved downward to cover the head outer cover 220 of the razor head portion 200. The outer side of the outer mesh 222 is to prevent the foreign matter from penetrating to the rotary drum type cutting edge 210 side through the outer mesh 222 to ensure hygiene clean.

Meanwhile, as shown in FIG. 6, the head cover main body 100 is moved upward, and the outer network 222 of the head outer cover cover 220 of the razor head unit 200 by the head tilting unit 110. When exposed to the outside to drive the rotating drum cutting blades 210 provided therein to perform shaving. At this time, in order to perform shaving, the ON / OFF switch 102 provided on the front surface of the head cover body 100 is positioned in an ON state. Thereafter, when power is applied by the ON / OFF switch 102, the driving motor M provided in the head cover body 100 is operated.

Next, when the drive motor (M) is operated, the rotational force of the drive motor (M) by the head drive unit 210 provided between the drive motor (M) and the cutting blade drive shaft 212 of the rotary drum type cutting blade (210) Delivered. That is, the driving motor M is operated, and the driving motor gear 122 coupled to the motor shaft (not shown) of the driving motor M is rotated.

Thereafter, the driving motor 122 generates the same rotational force as that of the motor shaft of the driving motor M, and the rotational force is transmitted to the first driven gear 124 geared to the upper side of the driving motor gear 122. The rotational force transmitted to the first driven gear 124 is transmitted to the second driven gear 126, and the rotational force transmitted to the second driven gear 126 is a cutting edge drive gear axially coupled with the cutting edge drive shaft 212. The rotational force is transmitted to 128.

As such, when the rotational force of the driving motor M is transmitted to the cutting blade driving shaft 212 by the head driving unit 120, the cutting blade driving shaft 212 rotates at high speed. At this time, the cutting edge 214 formed along the outer edge of the cutting edge drive shaft 212 rotates in the same manner as the cutting edge drive shaft 212 while the shaving portion introduced through the outer mesh 222 of the head envelope cover 220. Clean your hair.

Therefore, the driving of the rotary drum type cutting blade 210 of the razor head 200 is provided to be operated separately from the tilting in the range of 0 ° ~ 180 ° of the razor head 200, so that the user The angle of the shaver head 200 can be adjusted according to the curvature of the shaving part by adjusting the separation distance sliding from the rear cover main body 300 to not only make a more beautiful shave, but also no noise vibration, and high speed. By adopting a rotary type ultra-precision rotary drum cutting edge 210 excellent in cutting force to be rotated, it is possible to clean more shave. In addition, the head cover body 100 and the rear cover body 300 are slid, thereby making it more slim and easy to carry and store.

On the other hand, the mirror 400 is provided on the front surface of the coupling end 130 formed below the head cover body 100 so that the head cover body 100 is spaced apart from the rear cover body 300, the rear cover body 300 The coupling end 130 inserted into the insertion groove 320 of the) is exposed to the outside. As such, when the coupling end 130 is exposed from the insertion groove 320, the mirror 400 is exposed to the outside, so that the user can check the shaving state while looking at the mirror 400.

On the other hand, in the detailed description of the present invention has been described with respect to specific embodiments, for those skilled in the art that various modifications are possible without departing from the scope of the invention, such modifications are claimed It is within the scope of the description.

1 is an overall perspective view of a 180 ° head tilting sliding razor according to the present invention.

2 is an exploded perspective view of a 180 ° head tilting sliding razor according to the present invention.

3 is a partial cross-sectional front view of the 180 ° head tilting sliding razor according to the present invention.

4 is a side view of the shaver head before tilting by the head tilting unit according to the present invention.

Figure 5 is a side view after the razor head tilted by the head tilting portion according to the present invention.

6 is a side view showing an operation relationship of the head drive unit according to the present invention.

* Description of the major symbols in the drawings *

100: head cover body 102: ON / OFF switch

110: head tilting portion 112: tilting pinion gear

114: driven gear 120: head drive unit

122: drive motor gear 124: first driven gear

126: second driven gear 128: cutting edge drive gear

130: coupling end 200: razor head

210: rotary drum cutting edge 212: cutting edge drive shaft

214: cutting edge 220: head outside cover

222: Outer mesh 230: Tilting rotating gear

300: rear cover body 310: tilting rack gear

320: insertion groove 400: mirror

M: drive motor

Claims (7)

ON / OFF switch 102 is provided on the front surface coupled to the sliding head cover body 100, the head cover body 100 is tilted to the upper side, and rotated in accordance with the sliding operation of the head cover body 100 The razor head portion 200 is to be, the head cover body 100 is slidingly coupled to the front side, the tilting rack gear 310 is provided to one side of the front side, the head cover body 100 is inserted into the lower side inserted Including a rear cover body 300 is formed with a groove 320, The head cover main body 100 is a head tilting unit 110 is geared so that the shaver head 200 is tilted by sliding operation to one side, and the driving motor according to the application of power by the ON / OFF switch to the other side ( M) is operated, the head drive unit 120 is provided to operate the shaver head unit 200 so as to shave according to the operation of the drive motor (M), and the head cover body to be inserted into the insertion groove 320 A step is formed to form an extended end 130 is formed, the head tilting unit 110 is geared to the tilting rack gear 310 of the rear cover body 300, the tilting rack gear ( Tilting pinion gear 112 and the tilting pinion gear 112 and the razor head portion 200, which is rotated upward movement along the 310, is geared, and rotates according to the movement distance of the tilting pinion gear 112 Including driven gear 114; sphere on one side of the head cover body 100, including The head cover unit 200 is tilted according to the gear rotation by the sliding operation of the head cover body 100, and the head driving unit 120 is coupled to the motor shaft of the driving motor M. From the drive motor gear 122, the first drive driven gear 124 is geared to the drive motor gear 122, the rotational force of the drive motor (M) is transmitted, and the first drive driven gear 124 The second driving driven gear 126 geared to be transmitted so that the transmitted rotational force is transmitted, and the rotational force transmitted from the second driving driven gear 126 is transmitted, and is coupled to the other end of the razor head portion 200 to transmit the rotational force. Including the cutting edge drive gear 128 is provided on the other side of the head cover body 100, is operated by a drive motor (M) which is driven in accordance with the operation of the ON / OFF switch 102, the razor head portion ( 200) to apply the rotational force to remove the hair of the shaving area The razor head 200 has a cutting edge drive shaft 212 formed therein, and a plurality of cutting edges 214 are coupled and rotated along the outer edge thereof, and the rotating drum type cutting blade 210 is rotated. The head 210 covered with an outer edge of the blade 210, the outer surface 222 is provided, and the upper side of the head tilting portion 110 so that the razor head can be tilted to one side of the head outer cover 220. A tilting rotary gear 230 geared to the end gear is provided, and when the user shaves to the front of the coupling end 130 extending from the lower end of the head cover body 100 to extend the shaving portion of the shaving hair. 180 ° head tilting sliding razor, characterized in that provided with a mirror 400 can be removed. delete delete delete delete delete delete

Images