JP4580753B2 - Vacuum leather - Google Patents

Description

  The present invention relates to a vacuum leather capable of shaving a heel while sucking the skin surface.

Conventionally, it is known that when a shave is shaved, so-called deep shave is possible by shaving the skin surface while sucking it deeply. An implementation of this is proposed as an “electric razor” described in Patent Document 1.
JP 05-212164 A

However, in the “electric razor” described in Patent Document 1 described above, the outer blade portion that comes into contact with the skin is greatly recessed in a concave shape, and when shaving the heel, the skin is removed from the concave outer blade. The skin surface had to be sucked in until it was in close contact with the part, and the suction power of the suction part had to be large. In addition, depending on the part of the face, there is little room for the skin to stretch, and thus it may not be possible to shave without being in close contact with the outer blade surface. Furthermore, when the skin is attracted and adhered to the concave outer blade portion, a frictional force proportional to the attractive force is generated, increasing the resistance when the electric razor is moved in the lateral direction, which is easy to use. There was a problem of being bad. Therefore, the present invention has an object of proposing a vacuum leather that can be surely sucked and shaved and can be smoothly moved laterally even if the degree of suction and extension varies depending on the part of the face.

In order to solve the above problem, the present invention comprises a suction chamber pressed against the skin surface,
A razor blade supported on a portion facing the skin surface inside the suction chamber, razor blade driving means connected to the razor blade to drive the razor blade, and formed on a side surface portion or a back surface portion of the suction chamber. A suction port connected to a vacuum generation source, and a through hole is formed in the side surface or the back surface of the suction chamber, and the suction inside the suction chamber is opened and closed by pressing the through hole with a fingertip. The pressure can be adjusted .
Here, the razor blade driving means includes a motor and a crank mechanism that converts the rotation of the motor into a reciprocating motion, and drives the razor blade in the front-rear direction.
Alternatively, the razor blade driving means includes an eccentric motor installed on a member that supports the razor blade, and vibrates the razor blade.
Moreover, it is preferable to provide a spring at the support portion of the razor blade.
In addition, a detachable joint may be provided at the support portion of the razor blade so that the razor blade can be freely attached and detached, and a roller having an ion generation function can be provided in the suction chamber.
Similarly, an attachment / detachment joint may be provided at the support portion of the razor blade to make the razor blade detachable and an ozone generator may be provided in the suction chamber.
The suction chamber is preferably formed of glass or transparent plastic.

  As described above, according to the present invention, with the razor blade that is electrically driven in the suction chamber, the root of the eyelid is exposed from the skin that has been sucked and raised in the suction chamber. Since the eyelids are cut, it is easy to shave without picking the skin with fingers. Further, the contact portion with the skin is only the edge portion of the suction chamber, and the frictional resistance is reduced and the lateral movement is facilitated because the contact area is small.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a longitudinal sectional view showing a first embodiment of a vacuum leather according to the present invention. In the figure, 1 is a motor, 2 is a drive gear, 3 and 4 are bevel gears, 5 is an output shaft, 6 is an output shaft cover, 7 and 8 are springs, 9 is a support shaft, 10 is a razor attaching / detaching shaft, 11 is A razor blade, 12 is a razor guard, 13 is a suction chamber, 14 is a suction adjustment hole, 15 is a suction port, and 16 is a housing.

  When the motor 1 shown in the figure is turned on and rotated, the rotation is transmitted from the drive gear 2 to the bevel gear 4. A crank mechanism is formed in the bevel gear 4 portion, and the rotation of the bevel gear 4 is converted into the reciprocating motion of the output shaft 5. The other end of the output shaft 5 is connected to the output shaft cover 6, and the reciprocating motion of the output shaft 5 is transmitted to the support shaft portion 9 via the springs 7 and 8 inside the output shaft cover 6. The support shaft portion 9 is bent into a square shape, and a razor blade 11 is detachably attached to the tip thereof. The outside of the razor blade 11 is covered with a razor guard 12.

  When this vacuum leather is used, the suction port 15 of the suction chamber 13 is connected to a hose from a vacuum pump (not shown) so as to suck the air in the suction chamber 13. Next, a switch (not shown) is turned on, the motor 1 is driven to rotate, and the razor blade 11 is driven to reciprocate via the output shaft 5. In this state, the user holds the suction chamber 13 and presses the front end of the suction chamber 13 against the face. Then, since the air in the suction chamber 13 is sucked, the suction chamber 13 is adsorbed to the face, and the facial skin located in the suction chamber 13 is sucked and raised.

  At the same time, the root part of the eyelid is also exposed from the skin surface. At this time, the razor blade 11 is pressed against the exposed root portion of the reed, and the reciprocating motion in the front-rear direction cuts the reed root portion. Next, the suction chamber 13 is moved on the face while adsorbed on the face. Then, the skin rising in the suction chamber 13 is replaced, and the wrinkles of the new skin are cut. In this way, by moving the suction chamber 13 on the face, it is possible to shave the wrinkles of each part of the face from the root part.

  Depending on the position of the face, it may be desired to weaken or increase the suction force. In that case, adjustment is possible by closing or opening the suction adjustment hole 14 with a fingertip. In some cases, it is desired to increase or decrease the reciprocating speed of the razor blade 11. In that case, the speed ratio is changed and the reciprocating speed of the razor blade 11 is switched by moving the position of the motor 1 back and forth, and switching the counterpart with which the drive gear 2 meshes to one of the bevel gears 3 and 4. It is possible.

In addition, the state of the razor by the razor blade 11 can be visually confirmed from the outside by forming the suction chamber 13 of glass or transparent plastic. Further, although the razor blade 11 is not shown, it is preferable that the razor blade 11 is a detachable cartridge that can be replaced when the sharpness is reduced. Moreover, this vacuum leather can be used not as leather but as a suction massage device by removing the razor blade 11 from the output shaft cover 6 at the base of the support shaft portion 9.

FIG. 2 is a longitudinal sectional view showing a second embodiment of the vacuum leather according to the present invention. In the figure, 21 is an eccentric motor, 22 is a suction chamber, 23 is a coil spring, 24 is a razor attaching / detaching shaft, 25 is a razor blade, 26 is a razor guard, 27 is a suction adjusting hole, 28 is a suction port, 29 is a support shaft, 30 is a partition, 31 is a detachable joint, 32 is a cord, and 33 is a length adjusting screw. The razor blade 25 is supported on the inner front portion of the suction chamber 22, and the razor blade 25 is vibrated by the eccentric motor 21 disposed at the rear portion in the suction chamber 22.

  When this vacuum leather is used, the suction port 28 of the suction chamber 22 is connected to a hose from a vacuum pump (not shown) so that the air in the suction chamber 22 is sucked. Next, a switch (not shown) is turned on to rotationally drive the eccentric motor 21 installed at the upper end of the support shaft 29. Then, vibration is generated in the eccentric motor 21, and the vibration is transmitted to the razor blade 25 through the support shaft 29, the attachment / detachment joint 31 and the razor attachment / detachment shaft 24, and the razor blade 25 vibrates.

In this state, the user holds the suction chamber 22 and presses the front end of the suction chamber 22 against the face. Then, since the air in the suction chamber 22 is sucked, the suction chamber 22 is attracted to the face, and the facial skin located in the suction chamber 22 is sucked and swells.

  At the same time, the root part of the eyelid is also exposed from the skin surface. At this time, the razor blade 25 is pressed against the exposed root portion of the eyelid, and the base portion of the eyelid is cut by vibrating. Next, the suction chamber 22 is moved on the face while adsorbed on the face. Then, the raised skin in the suction chamber 22 is replaced, and the wrinkles of the new skin are cut. In this way, by moving the suction chamber 22 on the face, it is possible to shave the wrinkles of each part of the face from the root part.

  Depending on the position of the face, it may be desired to weaken or increase the suction force. In that case, adjustment is possible by closing or opening the suction adjustment hole 27 with a fingertip. The state of the razor by the razor blade 25 can be visually confirmed from the outside by forming the suction chamber 22 of glass or transparent plastic. Further, although the razor blade 25 is not shown, it is preferable that the razor blade 25 is a detachable cartridge that can be replaced when the sharpness is reduced. Moreover, this vacuum leather can also be used not as leather but as a suction massage device by removing the razor blade 25 from the detachable joint 31.

  FIG. 3 is a perspective view showing a third embodiment of the vacuum leather according to the present invention. In the figure, 41 is a suction port, 42 is an eccentric motor, 43 is a detachable joint convex part, 44 is a detachable joint concave part, 45 is a roller shaft, 46 is a leather attaching / detaching part, 47 is an ion generating roller, 48 is a razor blade, 49 is A suction chamber, 50 is an ion supply joint, 51 is a length adjusting screw, and 52 is a detachable joint. A razor blade 48 and an ion generation roller 47 are supported on the inner front portion of the suction chamber 49, and the razor blade 48 is vibrated by an eccentric motor 42 disposed outside the suction chamber 49.

  Since this vacuum leather is provided with the ion generation roller 47, ions can be applied to the face while shaving, removing the razor blade 48 and performing suction massage, or without performing suction. Since an ion generation apparatus already exists for cosmetics and barber use, an ion generation roller 47 is connected to the ion generation apparatus so that ions are generated from the ion generation roller 47. As is well known, when negative ions are applied to the face, the permeability of the skin lotion is improved. Further, when positive ions are applied to the face, a cleansing action and a cleansing action on the skin can be obtained.

  When shaving using this vacuum leather, the suction port 41 of the suction chamber 49 is connected to a hose from a vacuum pump (not shown) so that the air in the suction chamber 49 is sucked. Next, a switch (not shown) is turned on to rotationally drive the eccentric motor 42. Then, vibration is generated in the eccentric motor 42, and the vibration is transmitted to the razor blade 48 via the length adjusting screw 51, the detachable joint convex portion 43, the detachable joint concave portion 44, the detachable joint 52, and the leather detachable portion 46. . In this state, the user holds the suction chamber 49 and presses the front end of the suction chamber 49 against the face. Then, since the air in the suction chamber 49 is sucked, the suction chamber 49 is adsorbed to the face, and the facial skin located in the suction chamber 49 is sucked and raised.

  At the same time, the root part of the eyelid is also exposed from the skin surface. At this time, the razor blade 48 is pressed against the exposed root portion of the eyelid and vibrates, thereby cutting the base portion of the eyelid. Next, the suction chamber 49 is moved on the face while being attracted to the face. Then, the raised skin in the suction chamber 49 is replaced, and the wrinkles of the new skin are cut. Thus, by moving the suction chamber 49 on the face, it is possible to shave the wrinkles of each part of the face from the root part.

The state of the shaving by the razor blade 48 can be visually confirmed from the outside by forming the suction chamber 49 of glass or transparent plastic. Moreover, although the razor blade 48 is not shown in the figure, it is preferable that the razor blade 48 is a detachable cartridge that can be replaced when the sharpness is reduced. Further, the vacuum leather can be used as an ion massager by removing the razor blade 48 from the detachable joint 52, adjusting the length adjusting screw 51, and moving the ion generating roller 47 forward.

In this case, the suction by the suction chamber 49, the massage by the rotation of the ion generation roller 47, and the vibration by the eccentric motor 42 are overlapped, and a combined massage effect is exhibited. Further, at this time, the effect of ions is also added by generating ions from the ion generation roller 47. Thus, in addition to functioning as a leather that can be shaved by suction, or as a suction massager, further as a vibrating massager, and also as an ion massager with an ion generating roller, It is a versatile vacuum leather that can be used in combination with other functions. In particular, the suction chamber 49 can be removed, and the ion generating roller 47, the eccentric motor 42, and the razor blade 48 can be used as an ion roller laser device.

  FIG. 4 is a perspective view showing a fourth embodiment of the vacuum leather according to the present invention. In the figure, 61 is a suction port, 62 is an eccentric motor, 63 is a detachable joint convex part, 64 is a detachable joint concave part, 65 is a razor base, 66 is a leather attaching / detaching part, 67 is an ozone generator, 68 is a razor blade, 69 is A suction chamber, 70 is an ozone supply joint, 71 is a length adjusting screw, 72 is a detachable joint, and 73 is a suction adjusting hole. The razor blade 68 and the ozone generator 67 are supported on the inner front portion of the suction chamber 69, and the razor blade 68 is vibrated by an eccentric motor 62 disposed outside the suction chamber 69. Since this vacuum leather is provided with the ozone generator 67, it is possible to apply ozone to the face while shaving, removing the razor blade 68 and performing suction massage, or without performing suction. Since an ozone generator already exists for cosmetics and barber use, an ozone generator 67 is connected to the ozone generator so that ions are generated from the ozone generator 67. As is well known, when ozone is applied to the face, skin bactericidal action and bleaching action are obtained.

  When shaving using this vacuum leather, the suction port 61 of the suction chamber 69 is connected to a hose from a vacuum pump (not shown) to suck the air in the suction chamber 69. Next, a switch (not shown) is turned on to rotationally drive the eccentric motor 62. Then, vibration is generated in the eccentric motor 62, and the vibration is transmitted to the razor blade 68 via the length adjusting screw 71, the ozone supply joint 70, the ozone generator 67, the razor base 65, the attachment / detachment joint 72, and the leather attachment / detachment portion 66. Communicated. In this state, the user holds the suction chamber 69 and presses the front end of the suction chamber 69 against the face. Then, since the air in the suction chamber 69 is sucked, the suction chamber 69 is adsorbed on the face, and the facial skin located in the suction chamber 69 is sucked and raised.

  At the same time, the root part of the eyelid is also exposed from the skin surface. At this time, the razor blade 68 is pressed against the exposed base portion of the cocoon and vibrates, thereby cutting the base portion of the heel. Next, the suction chamber 69 is moved on the face while adsorbed on the face. Then, the raised skin in the suction chamber 69 is replaced, and the wrinkles of the new skin are cut. In this way, by moving the suction chamber 69 on the face, it is possible to shave the wrinkles of each part of the face from the root part. Depending on the position of the face, it may be desired to weaken or increase the suction force. In that case, adjustment is possible by closing or opening the suction adjustment hole 73 with a fingertip.

The state of the razor by the razor blade 68 can be visually confirmed from the outside by forming the suction chamber 69 of glass or transparent plastic. Moreover, although the razor blade 68 is not shown in the figure, it is preferable that the razor blade 68 is a detachable cartridge that can be replaced when the sharpness is reduced. In addition, this vacuum leather can be shaved while generating ozone from the ozone generator 67, and the razor blade 68 is removed from the attachment / detachment joint 72 and the length adjusting screw 71 is adjusted to adjust the ozone generator. By moving 67 forward, it can be used as an ozone generator.

In this case, suction by the suction chamber 69, generation of ozone from the ozone generator 67, and vibration by the eccentric motor 62 overlap, and a combined massage effect is exhibited. In addition to functioning as a leather that can be deeply shaved by suction, as a suction marsurge device, as a vibration massage device, and also as a massage device having a sterilization and bleaching effect by ozone from an ozone generator. It is a versatile vacuum leather that can be used in combination with these functions. In particular, when ozone is generated while sucking, bleaching and sterilization of the back of the pores can be performed while sucking and removing fat and waste products from the back of the pores.

The vacuum leather according to the third embodiment shown in FIG. 3 and the vacuum leather according to the fourth embodiment shown in FIG. 4 differ only in the configuration of the ion generation roller 47 and the ozone generator 67. Because of the common configuration, the ion generating roller 47 and the ozone generator 67 can be used interchangeably.

  The present invention can be used not only for business purposes in barber shops and beauty salons, but also for leather used by individuals at home.

It is a longitudinal section showing a 1st embodiment of vacuum leather concerning the present invention. It is a longitudinal cross-sectional view which shows 2nd Embodiment of the vacuum leather which concerns on this invention. It is a perspective view which shows 3rd Embodiment of the vacuum leather which concerns on this invention. It is a perspective view which shows 4th Embodiment of the vacuum leather which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Motor 2 Drive gear 3, 4 Bevel gear 5 Output shaft 6 Output shaft cover 7, 8 Spring 9 Support shaft part 10 Razor attaching / detaching shaft 11 Razor blade 12 Razor guard 13 Suction chamber 14 Suction adjustment hole 15 Suction port 16 Housing 21 Eccentric motor 22 Suction chamber 23 Coil spring 24 Razor attaching / detaching shaft 25 Razor blade 26 Razor guard 27 Suction adjustment hole 28 Suction port 29 Support shaft
30 Bulkhead 31 Removable joint 32 Cord 33 Length adjusting screw 41 Suction port 42 Eccentric motor 43 Removable joint convex portion 44 Removable joint concave portion 45 Roller shaft 46 Leather attaching / detaching portion 47 Ion generation roller 48 Razor blade 49 Suction chamber 50 Ion supply joint 51 Length Adjusting screw 52 Detachable joint
61 Suction port 62 Eccentric motor 63 Detachable joint convex part 64 Detachable joint concave part 65 Razor base 66 Leather attaching part 67 Ozone generator 68 Razor blade 69 Suction chamber 70 Ozone supply joint

Claims (7)

A suction chamber pressed against the skin surface;
A razor blade supported on a portion facing the skin surface inside the suction chamber;
A razor blade driving means connected to the razor blade to drive the razor blade;
A suction port formed on a side surface or a back surface of the suction chamber and connected to a vacuum generation source;
In vacuum leather with
A vacuum leather characterized in that a suction hole in a suction chamber can be adjusted by forming a through hole in a side surface or a back surface of the suction chamber and pressing the through hole to open and close the suction chamber . The vacuum leather according to claim 1,
The razor blade driving means comprises a motor and a crank mechanism for converting the rotation of the motor into a reciprocating motion, and drives the razor blade in the front-rear direction. The vacuum leather according to claim 1,
The razor blade driving means comprises an eccentric motor installed on a member that supports the razor blade, and vibrates the razor blade. In the vacuum leather according to any one of claims 1 to 3,
A vacuum leather comprising a spring at a support portion of the razor blade. In the vacuum leather according to any one of claims 1 to 4,
A vacuum leather characterized in that a razor blade is provided in a support portion of the razor blade so that the razor blade is detachable and a roller having an ion generating function is provided in the suction chamber. The vacuum leather according to any one of claims 1 to 5,
A vacuum leather characterized in that an attachment / detachment joint is provided at a support portion of the razor blade to make the razor blade detachable and an ozone generator is provided in the suction chamber. The vacuum leather according to any one of claims 1 to 6,
A vacuum leather characterized in that the suction chamber is made of glass or transparent plastic.

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