KR200144832Y1 - Mop separator of vacuum cleaner - Google Patents

Abstract

The present invention relates to a device for separating a mop of a vacuum cleaner, and in particular, a suction body having a dust suction port formed on a bottom surface thereof, a drive shaft installed inside the suction body and intermittently rotated when reversing, and an upper bearing of a support mounted on both ends of the suction body. By a characteristic configuration comprising a driven shaft installed in the driven shaft, the mop to wipe the floor between the drive shaft and the driven shaft to wipe the floor, and the separating means for the driven shaft is expanded in the axial direction to separate the mop, Floor cleaning is more efficient because the mop on the drive shaft and the driven shaft is belt type. In addition, when the mop gets dirty, the driven shaft is pushed in both directions to separate it from each bearing and at the same time, the drive shaft is separated from the suction body.

Description

Mop separator of vacuum cleaner

1 is a front view of a general vacuum cleaner.

Figure 2 is a perspective view of the inhaler incorporating the subject innovation.

Figure 3 is a front sectional view of the combined suction body of the present invention.

4 is a cross-sectional view taken along the line A-A of FIG.

* Explanation of symbols for main parts of the drawings

10 suction body 11 suction port

12: doorway 20: mop

30: drive shaft 40: driven shaft

41: holding 42: bearing

43 separation means 44 division

45: spring 46: pin

47: boss

The present invention relates to a vacuum cleaner, and more particularly, in a suction body in which a mop is formed as an endless belt, the mop separator of the vacuum cleaner to clean the floor by making it easy to separate the dirty mop from the suction body. It is about.

In general, the vacuum cleaner as shown in FIG. 1 is connected to the main body 1, the main body 1 and the hose 4, on which the motor 3 and the dust bag 2, etc. are installed, and suction the bottom dust. It consists of the sieve (5).

When the vacuum cleaner 2 is driven into the vacuum bag 2 and the inside of the vacuum bag 2 is in a vacuum state, the air in the indoor floor is sucked into the suction body 5 through the hose 4 connected to the dust bag 2. At this time, the dust on the floor is caught in the dust bag (2) and clean air is discharged into the room.

Meanwhile, a vacuum cleaner that can mop the floor as well as dust on the floor using a vacuum cleaner has been developed and used.

The cleaner having such a mop function is provided with a drive shaft that is intermittently driven in the suction body in the suction body, and the absorber, such as sponge having excellent water absorption capacity is rolled on the drive shaft.

The conventional mop cleaner configured as described above separates the drive shaft from the suction body during the cleaning and then wets the absorber with water. On the other hand, if the drive shaft moistened with the absorbent material is coupled to the suction body and then advanced, the absorbent material in contact with the floor wipes the floor. In addition, when the absorbent material in contact with the floor is dirty, the suction body is reversed so that the drive shaft rotates intermittently. At this time, the absorbent is rotated together so that the clean side is in contact with the floor. Advancing the suction in this state causes the clean side of the absorbent material to wipe the floor again.

However, because the absorber is simply rolled on the drive shaft, if the drive shaft rotates once, the absorber also rotates once. That is, the amount of absorbent used is determined according to the diameter of the drive shaft. When the floor cleaning area is large, the absorbent needs to be separated and sucked frequently from the suction body.

In addition, in order to compensate for these disadvantages, a device that was rolled up on one side of the suction body by using an absorber as a cloth or the like has been previously filed. However, since the already used loosen mop is stored on the shaft of the other side until all the rolled mop is used, there is an unsanitary problem such as bad smell and mold growth when the cleaner is stored.

In order to solve the above problems, the present inventors install a mop corresponding to a constant floor area cleaning in an orbital manner, and when the mop is installed on the suction body once, the mop can be frequently cleaned. He has previously elected a hygienic vacuum mop device that eliminates the need for replacement and allows the mop to be removed and sucked after cleaning.

The object of the present invention is to provide a mop separator for a vacuum cleaner that uses a mop hooked to a driving shaft and a driven shaft in a previously applied mop device so that it can be washed after being separated from the driven shaft when it is dirty, thereby cleaning the floor. have.

In order to achieve the above object, the present invention, a suction inlet formed with a dust suction hole on the bottom, the drive shaft is installed in the suction body intermittently rotated when reversing, the driven shaft is installed on the upper bearing of the support standing on both ends of the suction body And a mop for wiping the floor between the drive shaft and the Middle East shaft with a crawler belt, and a separation means for separating the mop by stretching the driven shaft in the axial direction.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention.

2 is a perspective view of an inhaler incorporating the subject innovation. That is, the suction shaft 10, the suction shaft 10 is formed in the suction body 10, the drive shaft 30 is intermittently rotated when the reverse direction by the intermittent drive member 31, the drive shaft 30 is formed in the suction port 11 is suction ) Wound around the entrance and exit 12 formed on the upper surface of the suction body 10, the driven shaft 40 installed on the driving shaft 30, and the drive shaft 30 and the driven shaft 40 with an endless belt to expose the upper portion. Mop 20 is provided.

The driven shaft 40 is coupled to the strut 41 placed on both sides of the upper surface of the suction body 10, and both ends of the driven shaft 40 are coupled to the bearing 42 coupled to the upper end of the strut 41. Are rotated and supported. That is, the boss 47 of the driven shaft 40 is fitted to the pin 46 formed in the bearing 42.

3 is a front sectional view of the suction body incorporating the subject innovation, and FIG. 4 is a sectional view taken along the line A-A of FIG. Here, the drive shaft 30 is disassembled and assembled by the door 14 formed at both ends of the doorway 12. That is, when the door 14 rotated about the hinge 15 is caught by the push switch 16 installed in the suction body 10, the bottom surface of the door 14 restrains the upper surface of the intermittent driving member 31. Therefore, the drive shaft 30 is installed inside the suction body 10 without being drawn out through the doorway 12. In addition, when the door 14 is pushed, the push switch 16 is released and the door 14 is opened around the hinge 15. At this time, since the intermittent drive member 31 is released, the drive shaft 30 is drawn out through the doorway 12.

Meanwhile, the driven shaft 40 is expanded in the axial direction and is provided with a separating means 43 for separating the mop 20. The separating means 43 is a pair of divided parts 44, the driven shaft 40 is divided into each other, the boss is formed on both ends of each of the divided parts 44 fitted to the pin 46 formed on the bearing 42 A spring 46 is provided at both ends of the boss 47 and the outer circumferential surface of each boss 47, and the divided parts 44 are separated from each other so that the boss 47 is fitted to each pin 46.

That is, when assembling the driven side 40 to the bearing 42, pressing the both ends of the driven shaft 40 so that the spring 43 is compressed so that the divided portion 44 is collected, and then the pins of the bearing 42 corresponding to each other ( 46). On the other hand, when placed on each pin 46 and then released, the spring 43 is restored and the respective divisions 44 move away. At this time, since the bosses 47 formed in the respective divisions 44 are supported by the pins 46 to rotate, the driven shaft 40 is installed in the bearing 42. In addition, when the driven shaft 40 is separated from the bearing 42, the reverse order of assembly may be used.

Referring to the process of hanging the mop 21 of the present invention configured as described above on each shaft 30, 40, the first to clean the mop 21, and then hang the upper side to the driven shaft (40). On the other hand, by pressing the divided portion 44 of the driven shaft 40 in both directions to allow the spring 45 to be compressed and then couple the boss 47 so as to be rotatable to the pin 46 of the bearing 42 corresponding to each other. Meanwhile, the lower side of the mop 21 is mounted on the drive shaft 30 and then placed inside the suction body 10 through the doorway 12. At this time, the intermittent driving member 31 is placed on the bearing 13 at both ends of the suction body 10. Meanwhile, when the door 14 is closed through the hinge 15, the door 14 is restrained by the push switch 16. At this time, the intermittent driving member 31 comes into contact with the bottom surface of the door 14 so that the intermittent driving member 31 is fixed to the suction body 10.

This completes the installation of the mop 21. Meanwhile, when the suction body 10 provided with the mop 21 is placed on the floor and moved forward, the mop 21 in contact with the floor wipes the floor. Meanwhile, dust is sucked into the main body through the suction port 11 while the bottom is wiped. In addition, when the mop 21 is dirty, the suction body 10 is reversed and then advanced. At this time, the other side of the mop 21 comes into contact with the floor, so that the floor can be wiped clean.

Meanwhile, the mop 20 is exposed to the outside, so the degree of contamination is visually confirmed. At this time, if dirty, the driven shaft 40 is pressed in both directions so that the divider 44 is collected, and then separated from the pin 46 of each bearing 42. Thereafter, the mop 20 is separated from the driven shaft 40, and at the same time, the drive shaft 30 is removed from the suction body 10, and the mop 20 is also separated. When the separated mop 20 is washed in this way and then separated from each other by using the driving shaft 30 and the driven shaft 40 in the reverse order, the floor is cleaned cleanly.

According to the present invention as described above, since the mop caught on the drive shaft and the driven shaft is in the form of a belt, the floor cleaning is efficient. In addition, when the mop gets dirty, the driven shaft is pushed in both directions to separate it from each bearing and at the same time, the drive shaft is separated from the suction body.

Claims (2)

A suction body having a dust suction port formed at a bottom thereof, a drive shaft installed inside the suction body to rotate intermittently when reversing, a driven shaft installed at an upper bearing of a support mounted at both ends of the suction body, and infinitely between the drive shaft and the driven shaft A mop separator for a vacuum cleaner having a mop to be hung by an orbital belt to wipe the floor, and a separating means for the driven shaft to be expanded in the axial direction to separate the mop. According to claim 1, wherein the separating means is a pair of divided parts in which the driven shaft is divided into each other, bosses formed on both ends of each of the divided parts fitted to the pin formed on the bearing, and both ends on the outer peripheral surface of each boss And the springs are inserted into each of the divided portions so that the bosses are fitted to the pins.