HAIR REMOVER

Abstract

Removing hair in a conventional manner is of low work efficiency. Nasal hair stereoscopically grows, and where in the nasal vestibule portion it grows is not clear. Thus, it is difficult in some cases to treat even one nasal hair. Also, using a shaver does not allow treated nasal hair to be visually recognized, which leaves uncertainty as to how much of nasal hair that has been actually treated. Therefore, a hair remover that pinches hair by compressing a spring along an axle member and removes the hair by moving with the spring being compressed is provided.

Claims

1. A hair remover, wherein hair is pinched by compressing a spring along an axle member; and the hair is removed by moving the hair remover with the spring being compressed.

2. The hair remover according to claim 1, comprising a front end part; and a rear end part, wherein the spring is compressed toward the front end part by pushing the rear end part.

3. The hair remover according to claim 2, comprising two finger hole parts, wherein two fingers are placed into the finger hole parts while another finger pushes the rear end part in using the hair remover.

4. The hair remover according to claim 1, comprising a motor, wherein the motor operates when the spring is compressed, thereby delivering vibration to the spring.

5. The hair remover according to claim 1, wherein the spring is processed to be non-slip.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0014] FIG. 1 is an appearance diagram according to the present embodiment.

DESCRIPTION OF EXEMPLARY EMBODIMENTS

[0015] FIG. 1 is an appearance diagram according to the present embodiment. A front end part 1 is to be biased by a spring installed therein. If a user places his/her second finger and middle finger into finger holes 3 and pushes a rear end part 4 with the thumb, a spring 2 can be easily compressed. The front end part 1 is coated to prevent damaging intranasal mucus membrane.

[0016] A hair remover body incorporates a small motor. If the spring 2 is completely compressed, the switch is turned on, causing the motor to operate. Vibration is delivered to the spring 2, thereby reducing pain at the time of removing hair. The spring 2 is processed to be non-slip in order not to lose nasal hair that has been caught.

[0017] A user inserts the front end part 1 into a nasal cavity with his/her second finger and middle finger being hooked in the finger holes 3 and pushes the rear end part 4 with the thumb. If the spring 2 is completely compressed, the switch is turned on, causing the hair remover body to vibrate. Thus, nasal hair that has been caught with the spring 2 in response to the compression is removed by moving the hair remover body from the nasal cavity.

EXPLANATION OF REFERENCES

[0018] 1: Front end part; 2: spring; 3: finger hole; 4: rear end part