JPH11313991A - Wind-powered hair clipper by suction force - Google Patents

Abstract

PROBLEM TO BE SOLVED: To facilitate the cutting of hair by enabling prevention of noises due to hushing sounds of a propeller to increase a cutting force of a hair clipper. SOLUTION: There are arranged a path which comprises an air duct 5 through a suction port 3 and a path wherein a plurality of propellers 10 in an air duct 6 and a cylinder 7 are rotated through a suction port 4 to turn an eccentric shaft 14 interlocking a shaft 9 for operating a blade 15. A discharge port 8 is arranged in common use to discharge foreign matters such as cut hair and hair pins.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wind clipper that uses a suction force of air to rotate a propeller, thereby operating a blade of a clipper and storing hairs cut by a suction force without scattering. is there.

[0002]

2. Description of the Related Art Conventionally, wind hair clippers have been devised as wind clippers for sucking hair cut by a manual or electric clipper, and wind clippers for cutting hair by suction power and sucking the cut hair. Some of them have been put to practical use.

However, a wind clipper using an electric clipper is not practical because it requires two power sources, one for the clipper and one for the vacuum cleaner, and the electric cord and hose become tangled.

In addition, in a product designed to cut hair with suction power as a power and to suck the cut hair, a passage for sucking the cut hair at one suction port is used in combination with a passage for powering the hair clipper. Was. As a result, if the hair to be cut or cut greatly blocked the suction port, the suction of air was hindered, and the rotation of the clipper was reduced. Further, even when a foreign matter such as a hairpin was inhaled, the propeller was destroyed or stopped.

In order to increase the power of the hair clipper or the suction power of the hair, the output of a vacuum cleaner or the like may be increased. However, since one suction port is provided, the wind noise at the suction port becomes high and the haircut operation is difficult. Had made it difficult.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and provides a wind clipper that can be easily hair-cut and does not suffer from noise, does not scatter cut hair, and has reduced maintenance. The purpose is to:

[0007]

The wind clipper according to the present invention is provided with two suction ports required for the function of the clipper, and
One uses wind power to turn the propeller to operate the clipper blade, and the other uses to cut and cut one piece of hair to prevent scattering. If the hair narrows due to the hair to be cut, the wind at the power intake increases and the propeller rotates,
It is characterized in that the output of the blade to be cut increases and the easily cut hair is sucked into a vacuum cleaner or the like without being caught in the rotating propeller.

In order to start the hair clipper, it is sufficient to inhale it with a vacuum cleaner or the like, but at the same time, the blade of the hair clipper operates because the propeller starts rotating. In order to prevent danger, a rotation preventing device may be configured by contacting a rotating portion on the propeller shaft or a clipper portion.

[0009]

The wind clipper according to the present invention is provided with two suction ports necessary for the function, one of which is used as power for the clipper by using wind power, and one of which is designed to suck hair and prevent scattering. Even if foreign matter is sucked, trouble such as being caught in the propeller does not occur. Since the wind power can be stably used from the suction port, the propeller does not rotate at an excessively high speed, and noise caused by the wind noise of the propeller can be prevented. Further, even when the suction port is blocked by the cut hair, the wind power from the other suction port increases, the rotation of the propeller increases, the cutting force of the clipper increases, and the cutting of the hair becomes easy.

The present invention can be used for welfare, home use, and business use. Because hair washing after haircut is reduced and cut hair is less likely to adhere to clothes, body, bedding, etc.
You can create a comfortable haircut environment.

[0011] People who cannot maintain their postures, be unable to stay still mentally, etc. during betting, especially in the welfare aspect, or whose hair has been cut, such as when bathing or washing cannot be performed in a timely manner, If you get on your body or bedding, you will have a very uncomfortable life. Further, the conventional wind clipper has a large suction noise and a wind noise of a propeller, and the dislike due to noise cannot be overlooked.

The present invention solves the above-mentioned problems and problems, and can provide a wind clipper that does not suffer from noise and does not cause discomfort due to the attachment of cut hair.

[0013]

Embodiments of the present invention will be described below with reference to the drawings.

According to the present invention, the suction force of a vacuum cleaner or the like is used as a driving force for the blade of the clipper. The air sucked from the air suction ports 3 and 4 is sucked into the vacuum cleaner and the like through the suction hose 2 by the suction force obtained by the vacuum cleaner and the like.

The air sucked from the suction port 4 by the operation of the vacuum cleaner rotates the propeller 10 when passing through the cylinder 7, and the interlocked shaft 9 rotates the propeller 1.
The shaft 9 that rotates similarly to the shaft 0 is supported by the bearing 11. The shaft 9 has a washer 12 and a snap ring 13
To prevent falling off. The shaft 9 that has obtained a rotary motion by the suction action can continuously reciprocate the blade 15 in the lateral direction via the eccentric shaft 14, and the fixed blade 16
Hair can be cut between and. A plurality of propellers 10 are assembled to the shaft 9 in the axial direction.
If the air sucked from the suction port 4 is decompressed to some extent, the power to the propeller 10 by suction is reduced and the rotation is reduced. Then, by using a plurality of propellers 10, a high torque can be obtained even if the rotation is low. This can reduce the noise caused by the wind noise by reducing the rotation of the propeller 10 from a practical viewpoint.

Further, the air inhaled from the suction port 3 is supplied to the airway 5 together with the hair cut by the clipper blades 15 and 16.
Through the suction hose 2 and into a vacuum cleaner or the like. The air and hair sucked from the suction port 3 are sucked into the suction hose 2 through the airway 5 so that the propeller 1 in the cylinder 7
0, No trouble occurs without being caught in the shaft 9.

In the conventional wind clipper shown in FIG. 4, the hair suction port 3a for scattering prevention and the suction port 3a for power of the blade are shared, and when a large number of hairs gather at the suction port 3a, the amount of air taken in decreases. However, since the air, which is the power source for the propeller 10a on the same airway, is depressurized, the rotation of the propeller 10a is reduced, and a trouble occurs in which the clipper blade 15a stops. When a foreign matter such as a hairpin is sucked together with the cut hair from the suction port 3a, the propeller 10
a will cause trouble.

[Brief description of the drawings]

FIG. 1 is a side view of a wind clipper of the present invention.

FIG. 2 is a plan view of the wind clipper of the present invention.

FIG. 3 is an internal configuration diagram of the wind clipper of the present invention.

FIG. 4 is an internal configuration diagram of a wind power clipper driven by wind power conventionally devised.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Main body case 2 Suction hose 3 Suction port 4 Suction port 5 Airway 6 Airway 7 Cylinder 8 Outlet 9 Shaft 10 Propeller 11 Bearing 12 Washer 13 Snap ring 14 Eccentric shaft 15 Blade 16 Blade 17 Length adjustment attachment 1a Body case 3a Suction Mouth 8a Discharge port 10a Propeller 11a Bearing 14a Eccentric shaft 15a Blade

Claims (1)

[Claims] 1. A passage comprising an airway (5) passing through an inlet (3) and an airway (6) cylinder (7) passing through an inlet (4).
A plurality of passages for turning the propellers (10), rotating the eccentric shaft (14) interlocked with the shaft (9) to operate the blade (15), and discharging the gas through the discharge port (8). It is a wind clipper with a suction force characterized by the following.