KR200365698Y1 - A dustcloth cleaner that pick up both sides - Google Patents

Abstract

The present invention uses a device consisting of a mop plate, a tong plate, a hanger, and a lever for cleaning with a mop.

The lever of the conventional vacuum cleaner is attached rotatably and the mop plate is wide so that it does not get rid of time or is inconvenient to be removed. The purpose is to make the mop cleaner efficiently used.

The main unit has a left side fixing plate (3) and a right side fixing plate (4) having a tooth (15) at the bottom and a mop plate (1) having a protrusion bar (2) at the bottom. 15) the left rotary clamp plate (5) and the right rotary clamp plate (6) are diagonally connected to the mop plate (1) by diagonally connected to the connecting plate (7) bar right rotary clamp plate (6) If you pinch the left rotary clamp plate (5) is also retracted to clean the mop, but at this time the hook (21) enters the hanger (10) and touches the triangular projection to fix the clamp plate and press the push point (14) again to open the clamp plate As the lever 16 is fixedly attached to the mop plate 1, it is a mechanism to grab, push and pull the lever.

Just by pinching the tongs or pressing the pressing point, the mop is attached and detached, so it is convenient to use, and towels and old clothes can be used as mops.

Description

A dustcloth cleaner that pick up both sides}

The present invention can be conveniently cleaned by attaching the mop to the vacuum cleaner consisting of mop plate, tong plate, and lever without the person directly holding the mop and cleaning it by hand. It is about a mechanism.

Conventionally, there are many mop cleaners using levers, but the bottom of the mop plate is wide and flat, and since the levers are rotated back and forth, they are hard to wipe, so it is difficult to erase the dirt on the floor, and only the dust is wiped. There were many expensive products that could only be used, were inconvenient to detach and were expensive to manufacture. In addition, there is an electric mop cleaner, but there is a lot of inconvenience in storage because of the high dust and noise, high electricity costs and bulky.

The main purpose of the present invention is a device consisting of a mop plate, a tong plate, a hanger, and a lever, and the mop is attached and detached by simply placing the mop plate and the tong plate on the mop and pressing or pressing the pressure point. The use of this type of mop and mop makes it easy to clean the floor.

1 is a plan view of the entire assembly

Figure 2 is a model when the rotary clamp plate is attached to the mop plate

Figure 3 is a model of when the rotating clamp plate is attached to the mop plate

4 is a mop plate and a fixed clip board

5 is a rotary plate and the connecting plate

6 is when the rotating tongs are opened out of the hook

7 is a model fixed to the hanger after the rotary clamp plate is retracted

Figure 8 (a) is the precision that enlarged the hook, the hook and the triangular projection

8 (b) is a model in which the foot touches the first triangular protrusion of the hanger

Fig. 8 (c) is a model fixed by entering between the triangular protrusions attached to the hanger

8 (d) is when the hook is pushed up by pressing the pressing point and the tongs are pulled out.

(Explanation of symbols for the main parts of the drawing)

DESCRIPTION OF SYMBOLS 1 Mop plate 2 protrusion bar 3 left fixed clamp plate 4 right fixed clamp plate 5 left rotating clamp plate 6 right rotating clamp plate 7 connecting plate 8 left joint plate 9 right joint plate 10 Reference Signs List 11: triangular protrusion: 12: insertion rod 13: hook opening rotation point 14: pressing point 15: tooth 16: lever 17: lever mounting point 18: insertion hole 19: clamp plate spring 20: hook dog spring 21: hook

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

This machine is largely divided into mop plate, tong plate, hanger and lever, and the tong plate is divided into four parts according to its position and role again.

1 is a plan view of the entire assembly, the mop plate 1 and the four tong plates (3, 4, 5, 6), and the connecting plate (7) and two joint plates (8, 9) and the hanger (10) ), Hanger 21, and lever 16 are assembled.

Next, FIG. 2 is a model when the rotary clamps 5 and 6, which are diagonally connected to the mop plate 1 and the fixed clamping plates 3 and 4, are attached to each other in a diagonal manner based on the connecting plate 7; FIG. 3 is a model showing when the rotary clamps 5 and 6 in FIG. 2 are opened.

The following paragraphs are described in detail as follows. First, the mop plate 1 and the clamping plate 3, 4 will be shown by FIG. In Figure 4 there is a mop plate (1) in the middle, left fixed clamp plate (3) to the left, and the right fixed clamp plate (4) to the right. By the way, the left fixing clip plate (3) is connected to the mop plate (1) by the left joint plate (8), the right fixing clip plate (4) is fixed to each other to form a fixed body. In other words, the joint plates (8, 9) is a place for fixing the fixing clip plate (3, 4) to the mop plate (1), respectively.

Referring to the details of the mop plate 1 in FIG. 4, the mop plate has a cylinder divided into halves, the top of which is a flat rectangular shape and a semi-circular round cylindrical shape of the bottom. However, the bottom of this mop plate has a projection bar (2) as shown in the picture. The reason for this projection bar is that the mop plate does not serve to pick up the mop, but is only placed on the mop. This is to prevent the mop from being pushed out of the mop plate (1) and to wipe off the dirt on the floor. In addition, the insertion rod 12 in the center of the upper surface of the mop plate has a thin and short cylindrical shape.

Next, the fixing plate is attached to both sides of the mop plate 1, and the left side fixing plate is attached to the left side of the mop plate, and the right fixing plate 4 is attached to the front side of the right plate. When looking at the shape of the fixed tong plates (3, 4) as shown in Figure 4 the bottom of the bar to form a curved surface and the bottom is a tooth (15). Here, the picture of the teeth 15 of the right fixing clip board 4 is shown by the dotted line as the teeth are shown on the back of the right fixing clip board 4. The underside of the teeth is so that when the tongs are picked up by the mop, they will not bite out. It is enough to bite the mop on both sides, and the mop will be picked up even if it is not held in the middle. Next, the upper surface of the fixing clip plate is formed horizontally and horizontally as shown in the picture. The upper shade of the clamping plate is fixedly connected to the mop plate by the joint plates 8 and 9.

And the lever plate is fixedly attached to the lever is not rotated (Fig. 1) because of this fixed clamp plate attached to it is a clamp plate is fixed without rotation. And mop plates, tong plates and all other materials of this apparatus are made of plastic.

Next, referring to the rotating tong plate according to FIG. 5, the rotating tong plates 5 and 6 are connected to the mop plate 1, which is a tong plate that rotates. On the left front, there is a left rotary clamp plate (5) and the right rear rotary clamp plate (6) is out. These two clamp plates are connected by one connecting plate (7).

If you look at the left rotary clamp plate (5) and the right rotary clamp plate (6) as shown in the fixed clamp plate, the side is inclined downward in an oval shape, the bottom is a tooth (15) and the top surface is horizontally flat in the form of a rectangle. I am. The figure of the rotary index plate is also indicated by the dotted line on the left side of the rotary index plate 5 as the tooth 15 faces from the front side to the rear side of the index plate. Next, the connecting plate (7) is a long, thin rectangle that connects the two rotating clamping plate diagonally, the insertion hole (18) in the middle of this insert hole is located in the center of the upper surface of the mop plate (1) of FIG. The rotary clamp plate rotates when the rotary clamp plates 5 and 6 are connected to the mop plate 1 by being fitted in the insertion rod. However, FIG. 3 shows a form of connecting the same.

3, the insertion hole 18 of the connecting plate 7 is inserted into the insertion rod 12, and the connecting plate 7 is placed on the mop plate 1 as shown in the figure, and the left fixing clip plate 3 and the left side are Rotating clamp plate (5) is placed against each other, and the right fixed clamp plate (4) and the right rotary clamp plate (6) are placed against. Figure 3 is a form when each of the index plate is open to each other when the person grasping the right fixed clamp plate (4) and the right rotary clamp plate 6 to the bottom of the right hand, the two forceps are lifted into the form of FIG.

If you look at the process of retracting the tongs here, the right side of the right tongs (4) and the right tongs (6) are held in the right hand, and the right tongs are lifted and the right tongs (6) are lifted. Approaching to the fixed clamp plate (4) and abuts, the left rotary clamp plate (5) connected by the connecting plate (7) and intersected diagonally is also rotated to approach the left fixed clamp plate (3) Will be reached.

By the way, in Figure 6 here is a clamp plate spring (19) between the right fixed clamp plate (4) and the right rotating clamp plate (6) so that both clamp plates are open. Then, in the form of FIG. 7, when the four tong plates are all collapsed, we will see how the process is fixed without being opened.

First, in FIG. 6, the hanger 10 on the right fixing clip board 4 is attached to be rotated up and down by the hanger rotation attachment point 13. And the hook 10 has a triangular projection (11) and the right rotating clamp plate 6 is attached to the hook 21. So if you pinch the two pincer plate (4, 6) on the right side, the hook 21 attached to the right rotating clip plate pushes the triangular protrusion attached to the hanger 10 and is fixed without being caught by the triangular protrusion. 7 is a form in which the hook 21 is fixed to the triangular protrusion 11 attached to the hanger 10 without being pulled out.

Next, when the two mop plates are opened, pressing the push point 14 attached to the bottom of the hanger 10 with the thumb in FIG. 7 raises the hanger 10 around the hanger rotation attachment point 13. When the hook 21 is pulled out of the triangular protrusion 11, the right rotating clamp plate 6 is pushed back by the force of the forceps spring 19.

This process will be described in detail with reference to FIG. 8. 8 (a) shows the details by expanding the hook 21 and the hook (10) and the triangular projection (11) bar here, the upper side of the hook (21) is erected on the right rotating clamp plate (6) It is attached to the lower side of the right fixing clip board (4) is a hanger 10 is attached to the upper and lower rotation by the hanger rotation attachment point (13). The hanger 10 is provided with a triangular projection 11, and the triangular projection is a front surface except for the surface abutted on the hanger 10, one side is an inclined surface and one side is a vertical surface. .

Then, according to the following drawing, the process of entering the hanger 21 into the hanger 10 is based on the following drawing. First, in FIG. 8 (b), the right turn clamp plate 6 approaches the right fixed clamp plate 4 (21). ) Is in contact with the inclined surface of the first triangular projection (11) attached to the hanger (10). Here, the hook 21 comes in contact with the inclined surface of the triangular protrusion and slides in from the inclined surface when it is retracted.

Next, in Fig. 8 (c), the hook 21 is pushed into the inclined surface of the triangular protrusion 11 and pushed in continuously to enter the third compartment of the triangular protrusion. When you enter the third compartment, it touches the vertical surface of the triangular projections, and the hook cannot be pulled out and is fixed together with the right rotating clamp plate (6). Here, the hanger spring 20 is included under the pressing point 14 attached to the bottom of the hanger 10. The picture of this hanger spring is outside the pressing point for convenience of drawing, but is actually below the pressing point.

Next, the process of re-opening the clip plate in FIG. 8 (d) will be described. First, the hook 10 is pressed by the thumb pressing the pressing point 14 attached to the bottom of the bar hanger attached to rotate the top and bottom by the hook rotation attachment point 13, the hook rotation attachment point 13 Pressing point 14 under the hanger down to the center and the top of the hanger 10 goes up. Then, the hook 21 caught on the vertical surface of the triangular protrusion 11 attached to the hanger is pulled out of the triangular protrusion, and at this time, the right rotating clamp plate 6 is pushed back by the force of the index plate spring 19, The tongs open and the mop comes out.

If you look at the role of the hanger spring (20) here it is always under the pressing point (14) and push the pressing point up all the time, so that the upper part of the hook around the hook opening rotation point (13) always push down have. Therefore, when the hook 21 is caught by the triangular protrusion, it does not slip out and presses and releases the pressing point. The upper part of the hook 10 is always lowered and placed horizontally.

Then I'll see how the mop gets picked up and cleaned again. In the form of FIG. 6, two clamping plates (fixed clamping plate and rotating clamping plate) are spread on both sides, and at this time, spread the mop under the two clamping plates and the mop plate, and then put the clamping plate and the mop plate on it. When a person grabs and retracts the right side of the right fixing clip board (4) and the right rotating clamp plate (6) with his right hand, the two clamping plates (4, 6) are lifted up. Then, the teeth under the two tongs contact with each other. At this time, the part between the two tongs (4, 6) of the mop spread below is folded up and is bitten by the teeth of the two tongs.

Next, when the right rotating clamp plate 6 rotates to contact the right fixed clamp plate 4, the left rotating clamp plate 5 is rotated diagonally by the right rotating clamp plate 6 and the connecting plate 7. Is approached to the left fixed clamp plate (3) to be in contact with the teeth under the abutment, and the mop in between the parts are also folded up to bite the teeth. At this time, the shape of the mop plate (1) and the tong plates (3, 4, 5, 6) is as shown in Figure 7 where both sides of the rotary clamp plate (5, 6) by the clamping force of the hanger (10) It is fixed in contact with the fixed tong plates (3, 4) at this time, the bottom mop is also fixed to the tong plates and do not come out.

By the way, in FIG. 1, the lever 16 is attached to the mop plate 1, but is fixedly attached to the lever attachment point 17 without being rotated. However, the bottom surface of the mop plate and the tongs plate is curved, so when you hold the lever and wipe the floor, the bottom is rotated back and forth, so that the lever is wiped well even if the lever is not rotated.

The effect of using this device is that it is very convenient when attaching and detaching the mop just by grabbing the mop plate or pressing the pressing point. It is economical because it can be used as a mop, and the lever is fixedly attached to the mop plate, so it is strongly wiped when wiping the floor with a mop. It is also good for its aesthetic sense and has the advantage of low manufacturing cost due to its simple structure.

Claims (1)

In the mop cleaner consisting of a mop plate and a tong plate, a hanger and a lever, a mop plate (1) having a bottom bar (2) and a left fixed clip plate (3) having a tooth (15) attached to the bottom To the right clamp plate (4), the left rotary clamp plate (5) and the right rotary clamp plate (6), which are diagonally connected to the connecting plate (7) and whose bottom is a tooth (15), are connected to the insertion rod (12). When the right rotating clamp plate (6) is pinched, the left rotating clamp plate (5) is also pinched so as to contact the right fixed clamp plate (4) and the left fixed clamp plate (3) and the teeth at the same time Mop on both sides is picked up by (15), and at this time, the hook 21 enters the hanger 10 and touches the vertical surface of the triangular protrusion 11 to fix the tong plate and press the push point 14 again to rotate the tong plate 6 5) The forceps spring is pushed by the force of the forceps spring 19, the forceps are opened, and the lever plate 1 is fixed to the lever 16 Duplex clip expression mop cleaner, characterized in that it can clean the person holding the pulled and pushed