KR20030091457A - Apparatus for removing earwax - Google Patents

Abstract

PURPOSE: An earwax remover is provided to remove some foreign substance from the ear or to make some water in the ear dry as quickly as possible. CONSTITUTION: The earwax remover includes a case(1) which has space; a driving motor(3) which is placed in the case and connected to the electric power source; a fan(5) for inhaling or blowing wind which is coupled to the rotating axis of the driving motor(3); a switch(11) for switching the rotation direction which is placed between the electric wire connected to the power source and the driving motor(3); a box for temporarily storing the foreign substance which is drawn from the ear as coupled to the one side of the case to cover the fan(5) for inhaling or blowing the wind.

Description

Apparatus for removing earwax}

The present invention relates to an earwax remover, and more particularly, to an earwax remover capable of easily removing foreign matters that may be in the ear, or rapidly drying water in an ear.

In general, the earwax remover is for removing earwax or foreign matter contained in the ear, and has a handle having a rod shape, and is provided with a relatively round and flat earwax seating portion for placing earwax on one end thereof. Holding the handle of the earwax remover and inserting the earwax seating portion in the ear hole to remove the earwax or foreign matter to the outside. Such a conventional earwax remover is inserted into an invisible ear hole to remove earwax and the like, and thus there is a risk of a safety accident, or the earwax cannot be removed cleanly, and some parts remain. In addition, when the user enters the water while swimming or playing in the sea or swimming pool there is a problem that is difficult to remove the water.

Accordingly, the present invention has been proposed to solve the above problems, and an object of the present invention is to provide a wax remover that can safely remove earwax or foreign matter contained in the ear.

In addition, the present invention is to provide a wax remover that can prevent the occurrence of ear disease by completely removing the residual water that can remain after removing the water as well as water when the ear enters the ear.

The present invention to achieve the above object, the case provided in the space therein; A drive source accommodated in the case and connected to a power source; Suction and blowing fan coupled to the rotating shaft of the drive source; A rotation direction switching switch disposed to protrude to the outside of the case to control the driving source in a forward rotation or a reverse rotation, and disposed between a power source and an electrical wire connected to the driving source; It is coupled to one side of the case to surround the suction and the blowing fan provides a wax remover comprising a foreign matter storage container for temporarily storing the foreign matter drawn from the ear.

The earwax remover of the present invention operates the forward and reverse rotation switches to rotate in one direction of the driving source, that is, in a direction of sucking air from the outside, thereby temporarily forming a vacuum in the foreign matter storage container. At this time, if the front end portion of the foreign matter storage container into the ear, the foreign matter contained in the ear escapes from the ear by vacuum pressure and is accommodated in the foreign matter storage container. And after separating the foreign matter storage container from the case, shake off the foreign matter and combine again to the case. And if there is moisture in the ear and the rotation direction of the drive source is changed by operating the forward, reverse rotation switch, the suction and blowing fan rotates in the reverse direction to act as a blower. At this time, if you put the tip of the storage soil near the ear, the air enters the ear and dries moisture. The earwax remover having such a blower function can be very useful when removing debris (water) from the ear after playing in a swimming pool or the beach.

1 is a perspective view for explaining an embodiment according to the present invention.

FIG. 2 is a diagram illustrating the interior of FIG. 1.

3 shows the main part of the invention.

4 is a block diagram for explaining an embodiment according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view for explaining an embodiment according to the present invention, Figure 2 is a view showing the interior of Figure 1, the case 1 is provided with a storage space therein, accommodated in the space of the case (1) A driving source comprising a motor 3 connected to the power source, a suction and blowing fan 5 coupled to a rotation shaft of the motor 3, a forward and reverse rotation switch 7 electrically connected to the motor 3, and The foreign matter storage container 9 coupled to the case 1 is shown.

The case 1 is provided with a storage space in which the battery and the motor 3 can be stored. And the case 1 may be provided with a pedestal (1a) on the bottom so as to stand on a table or the like. The case 1 is coupled to the motor 3 by the fastening member 11 in the inner space.

The motor 3 is electrically connected to a power source 13 made of a battery.

The motor 3 has a rotating shaft, and the suction and blowing fan 5 are coupled to the rotating shaft of the motor 3.

The suction and blower fan 5 is provided with a space on the suction port side where the foreign matter is temporarily sucked in and is disposed on the outer periphery of the foreign matter temporary container 5a and the foreign material temporary container 5a. (5b) (shown in Figs. 3 and 4). The foreign matter temporary receiving part 5a is to provide a space for temporarily collecting foreign matters when the suction and blower fan 5 rotates in one direction and serves as a suction fan that sucks foreign matter contained in the ear. The foreign matter temporary receiving portion 5a has a substantially cylindrical shape, and one end of the plurality of rotary vanes 5b is coupled to an outer circumferential surface thereof. In addition, the plurality of rotary vanes 5b preferably has a structure in which the other end has a free end. Such a structure may serve to suck the outside air according to the forward and reverse rotations of the suction and blower fan 5, and is also suitable to play a role of blowing air to the outside.

The case 1 has a power switch 15 (shown in FIGS. 1 and 4) and a motor 3 for forward and reverse rotation control of the suction and blower fan 5 to turn the power on and off. Rotational direction switching switch 17 for controlling in the rotational direction is coupled. The power switch 15 and the rotation direction switch 17 are installed on an electrical circuit connecting the power source and the motor 3, but in the embodiment of the present invention consists of two switches, if it serves two roles, According to design convenience, it can be manufactured as one switch element.

The case 1 is coupled to the foreign matter storage container (9) to the portion where the suction and blowing fan (5) is arranged. The foreign matter storage container 9 may be fitted or screwed to the case (1). The foreign matter storage container 9 has a certain space, can be stored earwax or foreign matter sucked in this space. Of course, the portion of the foreign matter storage container (9) is coupled, the foreign matter storage container (9) and the case 1 forms a space with each other, as the suction and blowing fan (5) rotates through this space The air flow is made. The foreign matter storage container (9) is provided with a nozzle-shaped inlet (9a) on one side. Inlet portion (9a) of the foreign matter storage container (9) is formed with a pipe through which the internal space and air can pass.

And a guider 21 made of a pipe may be fitted to the inlet portion 9a of the foreign matter storage container 9. The guider 21 may be an elastic force of a rubber material as a part that can be inserted into the ear. The elasticity of the rubber material of the guider 21 is to prevent the injury when inserted into the sensitive and soft ear, and at the same time the angle formed by the inlet (9a) of the foreign matter storage container (9) while maintaining the pipeline Even if they do not match, the suction and blowing operations are to be made smoothly.

If described in detail the operation of the wax remover of the present invention made as follows.

First, while the power switch 15 is turned on, the rotation direction telephone switch 17 is switched so that the suction and the blowing fan 5 can rotate in the suction direction. And the tip of the guider 21 is inserted in an ear. Then, the suction and blower fan 5 rotates while the motor 3 rotates, and a vacuum pressure is formed in the foreign matter storage container 9. Then, earwax or foreign matter in the ear is collected along the inner conduit of the guider 21 to the temporary storage portion 5a of the foreign matter suction and blowing fan 5. Earwax or foreign matter gathered by the foreign matter temporary storage part 5a is accumulated at the bottom of the foreign matter storage container 9 again.

If it is necessary to blow out the ear or to remove the residual water remaining in the water, the rotation direction change switch 17 is switched so that the suction and blower fan 5 rotates to blow air. To rotate. Then, the suction and blower fan 5 blows air while rotating in the reverse direction with respect to the above-described rotation direction to serve as a blower. The air generated in the suction and blower fan 5 passes through the inlet portion 9a of the foreign matter storage container 9 and enters through the guider 21. This movement of air causes evaporation of the residual moisture in the inner ear. This action is very effective in removing the water and moisture in the ear when the user enters the ear when swimming or bathing.

As described above, when the forward and reverse rotation switches are operated to remove foreign substances such as ear wax, suction power is generated while the suction and blower fans are rotated, and thus, the foreign substances in the ear can be cleanly removed.

In addition, when the blower fan is rotated and blown by operating the forward and reverse rotation switches, it is possible to evaporate the residual moisture remaining in the ear, thereby reducing the possibility of ear shock.

Claims (4)

A case provided in the space therein; A drive source accommodated in the case and connected to a power source; Suction and blowing fan coupled to the rotating shaft of the drive source; A rotation direction switching switch disposed to protrude to the outside of the case to control the driving source in a forward rotation or a reverse rotation, and disposed between a power source and an electrical wire connected to the driving source; A foreign matter storage container which is coupled to one side of the case so as to surround the suction and blowing fan to temporarily store foreign substances drawn from the ear; Earwax remover comprising. According to claim 1, wherein the front end of the foreign matter storage container The earwax remover is combined with a guider made of a conduit having an elastic force to guide the foreign matter in the ear to the foreign matter storage container and be inserted into the ear at the same time. According to claim 1, wherein the suction and blowing fan is A space for temporarily collecting foreign matters is provided on the suction port side and temporarily holds the foreign matters; A plurality of rotary vanes disposed on an outer circumference of the temporary storage portion of the foreign matter; Earwax remover comprising. The earwax remover of claim 1, wherein the case is provided with a pedestal for placing the earwax remover on a bottom surface thereof.