KR101696816B1

KR101696816B1 - A polygon mop

Info

Publication number: KR101696816B1
Application number: KR1020150120472A
Authority: KR
Inventors: 한수교; 이소현; 송준호
Original assignee: 한수교; 이소현; 송준호
Priority date: 2015-08-26
Filing date: 2015-08-26
Publication date: 2017-01-16

Abstract

The present invention relates to a polygonal mop, and more particularly, to a polygonal mop which maximizes the number of detachable mop cloths and prevents the troubles of replacing mop cloths during cleaning, thereby maximizing the convenience of cleaning. To this end, the polygonal mop includes a hollow body frame for providing polygonal surfaces; shielding surfaces for shielding both sides of the body frame; a mop cloth attaching/detaching part rotatably coupled to each of the polygonal surfaces of the body frame and having detachment units on both sides thereof; a rotatable frame axially coupled to both the shielding surfaces so that the body frame is rotatable; and a handle extended outwardly from the rotatable frame.

Description

A polygon mop}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a polygonal mop, and more particularly, to a polygonal mop which does not need to detach and attach the mop during cleaning by maximizing the number of surfaces to which the mop can be attached and detached.

Since the general housing structure of Korea is mainly a sitting style living on the floor, it often cleans the floor of a room or a living room, and the floor is wiped in a squatting position using a mop, and after a long period of time There is a disadvantage that side effects such as knee joint sore or back pain are caused.

In particular, with the recent western lifestyle, modern people who have plenty of time to sit on their chairs will avoid squashing the floor, and there are a number of cleaning tools that can be cleaned for standing up for these people .

The cleaning tools currently provided on the market can be classified into a suction type electric vacuum cleaner collectively referred to as a vacuum cleaner, a mill mop by attaching a wet-cloth on the bottom surface of the main body, and a mop vacuum cleaner combined with the vacuum cleaner and the mop.

The double mop has advantages such as low product cost, no consumption of electric energy, and efficient removal of stubborn mop, one for each household.

As shown in Fig. 1, the above-mentioned mill mop comprises a mop holder 10, a plunger 20, and a mop 30 which can be detachably attached to the mop holder 10.

The mop holder (10) is usually provided with a detachment means using a velcro, and the mop (30) is attached to the detachment means and used.

At this time, the mop 30 can be sucked or used for disposable use. In case of disposable use, the mop 30 can be replaced with a new one every time cleaning is performed, so that the inconvenience of sucking can be solved.

However, the above-mentioned conventional mop has the following problems.

The mop holder 30 is attached to only one side of the mop holder 10, thereby causing a cumbersome problem of frequently attaching and detaching the mop during cleaning.

Of course, in the case of a simple cleaning, it is possible to perform cleaning with only one mop without replacing the mop. However, if the cleaning area is wide, the soiled mop should be frequently replaced or sucked while cleaning. In the conventional mop structure, Resulting in poor cleaning efficiency.

Korea Registration No. 20-0466687

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems described above, and it is an object of the present invention to provide a plurality of surfaces on which a mop can be detached, .

It is another object of the present invention to provide a polygonal mop for efficiently transferring force to a mop surface by rotating a plurality of mop surfaces to use a mop attached to the mop surface, .

In order to achieve the above object, according to the present invention, there is provided a body frame, comprising: a body frame for providing a hollow polygonal surface; a shielding surface for shielding both sides of the body frame; The present invention provides a polygonal mop comprising: a shed removing part provided on both sides thereof with a detachment means; a rotating frame axially coupled to both shielding surfaces so that the body frame can rotate; and a handle extended outward from the rotating frame.

At this time, it is preferable that a plurality of moving grooves are formed on the both shielding surfaces toward the polygonal direction, and the axis of the rotating mold can be moved along the moving grooves.

At this time, it is preferable that an end of the moving groove is further provided with a contact member for increasing the contact force with the axis of the rotating frame.

It is preferable that the body frame has a triangular shape and the polygonal shape has three sides.

Preferably, a restraining means for restricting the rotation of the rake-releasing portion is provided between the rake removing portion and the body frame.

In addition, the handle may be composed of a first pipe, a second pipe, and a length adjusting means so that the length of the handle can be adjusted, the first pipe is installed in the rotary frame, a plurality of fixing holes are formed in the longitudinal direction, Wherein the stopper is formed to have a larger inner diameter than the outer diameter of the first pipe and has a stop hole corresponding to the fixed hole, the length adjusting means includes a lever which is elastically supported by a spring on the second pipe, And a locking protrusion which is installed and inserted into the plurality of fixing holes.

The polygonal mill mop according to the present invention has the following effects.

First, by using a plurality of mops attached to the polygon, it is possible to solve the inconvenience of replacing the mop during cleaning.

In particular, since the rake releasing portion provided on the polygonal surface is configured to be rotated on the body frame, it is possible to mount the rag on the both surfaces of the rag removable portion, so that a greater number of rags can be attached to perform cleaning.

Therefore, even if the cleaning area is wide, it is possible to use a plurality of mops provided on the mop-detachable part without replacing the mop, thereby enhancing the user's convenience.

Second, since the axis of the rotary frame coupled to the body frame can be moved along the movement groove, the axis of the rotary frame is always positioned close to the slit-and-detachment portion closely attached to the floor.

As a result, force transmission from the handle to the floor through the mop can be efficiently performed, thereby enhancing the cleaning effect.

Third, since the length of the handle is adjusted, it can be used irrespective of the body shape of the user, and there is an effect that the position of the cleaning is not greatly restricted.

1 is a perspective view showing a conventional mop
2 and 3 are perspective views showing a polygonal mill mop according to a preferred embodiment of the present invention.
4 is a front view showing a polygonal mill mop according to a preferred embodiment of the present invention.
5 is a cross-sectional view of a main portion showing a handle of a polygonal mop according to a preferred embodiment of the present invention.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention.

Hereinafter, a polygon mill according to a preferred embodiment of the present invention will be described with reference to FIGS. 2 to 5 attached hereto.

The polygon mill mop has a technical feature that maximizes the number of surfaces to which the mop is detached, and moves the force transmission axis close to the plane of incision.

As a result, the efficiency of floor cleaning using a mop can be improved.

2 and 3, the polygonal mill mop includes a body frame 100, a shielding face 200, a mopping / detaching unit 300, a rotating frame 400, and a handle 500 .

The body frame 100 is provided with a shielding face 200 and a wedge-releasing part 300, and is supported by a floor surface, and is formed of a polygonal shape.

Since the body frame 100 is formed of a polygonal shape, a polygonal surface is provided, and a plurality of jaggies can be coupled to the polygonal surface.

It is preferable that the body frame 100 is formed in a triangle or more, and is formed in a triangle so that it can be used most stably.

Therefore, in this specification, the triangular mop will be described.

The body frame 100 has a triangular shape and a hollow shape.

That is, the body frame 100 is in a form in which all the surfaces are opened.

Next, the shielding surface 200 shields both open sides of the body frame 100 and is a portion to which the shaft of the rotation frame 400 is coupled.

Accordingly, the body frame 100 can be rotated around the axis of the rotary frame 400.

At this time, since the body frame 100 has a triangular shape, it is natural that the shielding surface 200 should also be formed of a triangle.

On the other hand, a moving groove 210 is formed in the shielding surface 200.

The moving groove 210 provides a path through which the axis of the rotating frame 400 is moved so that the axis of the rotating frame 400 is positioned close to the floor of the cleaning.

3, the axis of the rotary mold 400 is positioned at the center of the shielding face 200, as shown in FIG. 3, It is possible to effectively transmit the force to the mop which is in close contact with the mop.

Here, the moving groove 210 is formed to face each side of the body frame 100. In the present specification, the moving frame 210 has a triangular body frame 100, That is, toward the three sides of the body frame 100.

Further, it is preferable that a contact member 211 is further provided at the end of the moving groove 210, respectively.

The contact member 211 is provided to provide a frictional force when the shaft of the rotary mold 400 is positioned at the end of the movement groove 210 so as to maintain the stability without moving the rotary mold 400.

The material of the contact member 211 is not limited, but is preferably silicone or rubber.

Next, the rag detachable part 300 is configured such that the rag is detached, and is installed on each open face of the body frame 100. [

At this time, the rake removing unit 300 is formed in a rectangular shape, and the rake removing unit 300 is rotatably mounted on the body frame 100 so that the rake attaching unit 300 can be attached to both sides of the rake removing unit 300 Respectively.

That is, since the wipe is detached from both sides of the wipe removing part 300 and can be rotated on the body frame 100, the number of wiping operations can be maximized.

Since a total of six mops can be used as the mop made up of the triangular body frame 100, it is possible to perform a wide range of cleaning without replacing the mop once.

On the other hand, on both sides of the rag detachable part 300, a detachable means 310 for detaching the rag is provided, and the detachable means 310 is preferably a Velcro.

A restraining unit 320 is installed between the rag attachment / detachment unit 300 and the body frame 100.

The restraining means 320 restrains the slat-releasing part 300 from being rotated by itself on the body frame 100 and is composed of a ball 321 and a groove 322.

The restraining means 320 may restrict the rotation of the rake / detachment unit 300 on the body frame 100 and can easily perform restraining and releasing operations. As shown in FIG. 3, (321) and a groove (322) in which the ball (321) is received.

It is preferable that the restraining means 320 is provided on both sides of the rake removing part 300 and the positions of the balls 321 and the groove 322 are not limited on the body frame 100 and the rake removing part 300 .

The spring S is retracted to guide the resiliently supported ball 321 into the inside of the body frame 100 so that the rotation of the rag detachable part 300 And the ball 321 is pushed by the restoration of the spring S to be positioned in the groove 322 after the slit-removing part 300 is rotated, so that the rotating action of the slit-removing part 300 can be simplified .

Next, the rotating frame 400 is configured to rotate the polygonal body frame 100, and the axis of the rotating frame 400 is positioned in the moving groove 210 of the shielding face 200 as described above.

The axis of the rotary frame 400 is positioned in the movement groove 210 and is not separated from the movement groove 210 so that the neck portion 410 and the departure prevention piece 420, .

The neck portion 410 corresponds to the path of the moving groove 210 so that the axis of the rotating frame 400 can be freely moved and the releasing preventing piece 420 is larger in diameter than the path of the moving groove 210 So that the shaft of the rotary mold 400 is not separated from the shielding surface 200. [

Next, the handle 500 is provided so as to extend outward from the rotary mold 400 as a configuration for the user's cleaning operation.

The end of the handle 500 is hinged on the rotary frame 400, and the handle 500 is preferably configured to be adjustable in length.

This is to allow the user's body shape to be taken into consideration and the distance to the cleaning position to be adjusted.

The handle 500 is composed of a first pipe 510, a second pipe 520, and a length adjusting means 530 as shown in Figs. 4 and 5.

At this time, the first pipe 510 is hinged to the rotary frame 400 and forms a plurality of fixing holes 511.

The fixing hole 511 has a structure for restricting the position of the first pipe 510 on the second pipe 520 for adjusting the length of the handle 500 and includes a plurality of do.

The second pipe 520 has a hollow shape to allow the first pipe 510 to pass through and has a larger inner diameter than the outer diameter of the first pipe 510.

At this time, a stop hole 521 corresponding to the fixing hole 511 is formed at the end of the second pipe 520.

The length adjusting means 530 restricts the movement of the first pipe 510 on the second pipe 520 and determines the length of the entire handle 500.

The length adjusting means 530 includes a lever 531 hinged to the second pipe 520 and rotated toward the stop hole 521 and a stopper 521 fixed to the end of the lever 531, A locking protrusion 532 for entering and exiting the hole 511, and a spring 533 for elastically supporting the lever 531.

With this configuration, when the lever 531 is pressed, the lever 531 comes close to the second pipe 520, and the locking projection 532 comes out of the stop hole 521. [

The first pipe 510 is freed on the second pipe 520 so that the entire length of the handle 500 can be varied. When the lever 531 is released, the lever 533 is rotated by the restoring force of the spring 533, The locking protrusion 532 is inserted into the stop hole 521 and the fixing hole 511 to restrict the first pipe 510 so that the length of the handle 500 is adjusted.

Hereinafter, the use of the polygonal mill mop constructed as described above will be described.

A wet or dry mop is provided, and the mop is attached to the mop detachable part 300.

At this time, since the rag is attached to both sides of each rag detachable part 300, a total of 6 rag can be attached.

The body frame 100 with the mop attached thereto is rotated to bring the mop into close contact with the cleaning floor.

Next, the axis of the rotary frame 400 is lowered by using the handle 500 to be positioned at the end of the movement groove 210.

At this time, the neck portion 410 of the rotary frame 400 is close to the cleaning floor, and is brought into close contact with the contact member 211.

Next, after the length of the handle 500 is adjusted using the length adjusting means 530, the handle 500 is pushed to perform cleaning.

Thereafter, when the mop becomes dirty, the body frame 100 is rotated around the rotation frame 400 to bring the new mop attached to the other surface of the body frame 1000 into close contact with the floor, The mop unit 300 is rotated to expose the new mop that has been hid and to come into close contact with the floor.

At this time, when the rake removing part 300 is pushed, the resiliently supported ball 321 is naturally drawn out from the groove 322, so that the rake removing part 300 can be easily rotated.

Thereafter, by repeating the above-described process, cleaning can be smoothly performed without detaching and attaching the mop during cleaning.

As described above, the polygonal mop according to the present invention has a technical feature that it provides a plurality of surfaces to which the mop can be detached, and which constitutes the mop and detachable part 300 which can be rotated on the polygonal surface.

As a result, the mop can be coupled to both sides of the mop-attachment / detachment unit 300, so that a larger number of mops can be provided, and it is not necessary to attach and detach the mop during cleaning.

Further, even if any surface of the polygonal surface is used, it is possible to support the goggle attaching / detaching unit 300 close to the ground through the moving groove 210 formed in the shielding surface 200, thereby improving the cleaning efficiency.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art.

100: body frame 200: shielding face
210: moving groove 211: tight contact member
300: a rag detachment unit 310: a detachment means
320: constraint means 321: ball
322: groove 400: rotating frame
410: neck portion 420:
500: handle 510: first pipe
511: Fixing hole 520: Second pipe
521: stop hole 530: length adjusting means
531: Lever 532:
533: Spring

Claims

A body frame providing a hollow polygonal surface;
A shielding surface for shielding both side surfaces of the body frame;
A rake removing unit rotatably coupled to each of the polyhedrons of the body frame and having detachment means on both sides thereof;
A rotating frame axially coupled to both shielding surfaces so that the body frame can rotate;
And a handle extended outwardly from the rotary frame,
A plurality of moving grooves are formed in the shielding surface toward the polygonal plane,
And the axis of the rotary frame is movable along the movement groove.

delete

The method according to claim 1,
Wherein the end of the moving groove is further provided with a contact member for increasing the contact force with the axis of the rotary mold.

The method according to claim 1 or 3,
Wherein the body frame has a triangular shape and the polygonal surface has three sides.

The method according to claim 1 or 3,
And a restraining means for restricting the rotation of the rake removing part is provided between the rake removing part and the body frame.

The method according to claim 1 or 3,
The handle is composed of a first pipe, a second pipe and a length adjusting means so as to be adjustable in length,
The first pipe is installed in the rotary frame, and a plurality of fixing holes are formed in the longitudinal direction,
The second pipe is formed to have a larger inner diameter than the outer diameter of the first pipe, a stop hole corresponding to the fixing hole is formed,
Wherein the length adjusting means comprises a lever which is resiliently supported by a spring on the second pipe and which is axially coupled to the second pipe, and a locking protrusion which is provided at an end of the lever and inserted into the plurality of fixing holes.