KR940000618Y1 - Vacuum cleaner with a wet duster - Google Patents

Abstract

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Description

Electric sweeper with mop function

1 is an overall perspective view showing an electric sweeper having a conventional mop function.

Figure 2 is a longitudinal sectional view of the main portion showing an electric sweeper having a conventional mop function.

Figure 3 is an exploded perspective view showing the main part of the electric sweeper having a mop function of the present invention.

Figure 4 is a combined cross-sectional view showing the main part of the electric sweeper having a mop function of the present invention.

* Explanation of symbols for main parts of the drawings

7: extension tube 11: inlet body

12: tube support 13: rotary connection

14: suction guide member 15: fixed plate

16 brush 17 suction member

17a: protrusion 18: rotor cover

19: mop member 20a: rotating body

20b: winding rotating body 21: gear

22: rotation gear 23: electric motor

24: spiral gear 25: container

25a: suction passage 26: washing water supply port

27a, 27b: guide rotating body 28: supply member

28a: incision groove

The present invention relates to an electric sweeper having a mop function, and more particularly, to an electric sweeper having a mop function to perform a mop and a dry mop function by winding the mop member on a rotating body and moving by an electric motor.

In general, the electric sweeper is cleaned by inhaling dust or dirt by the strong suction force of the drive means, and recently, it is possible to clean the mop by supplying the washing water.

Thus, as shown in FIG. 1, the electric cleaning device having a mop function is installed on the main body 1 in which the driving means is built and the upper part of the main body 1 to suck in dust or dirt through the washing water supply pipe 2. Washing tub (4) for supplying the washing water into the suction port (3), the suction pipe (5) connected to one side of the main body 1, the suction pipe (5), the connecting pipe (6) And an extension tube 7 and a mop member 8 inserted into the suction port 3 connected to the tip of the extension tube 7.

Such a conventional electric cleaning device generates a powerful suction force when the driving means built in the main body 1 is operated during cleaning, and the dust or dirt is sucked together with the air through the suction port 3, and at the same time the washing tank 4 When the washing water is supplied to the mop member 8 through the washing water supply pipe (2)), the user grabs the connection pipe (6) and performs cleaning while reciprocating the mop fan (8).

However, such a method has a problem that the user has to perform the cleaning operation while moving the mop and reciprocating, and not only the work is unreasonable but also the cleaning state is not clean and the cleaning efficiency is lowered.

In order to solve such a problem, as shown in FIG. 2, suction members 9 are provided on both sides of the suction port 3 connected to the extension pipe 7, and dust or dirt is sucked therebetween. Suction hole (10) is formed for the lower side. At the lower part, there is presented an electric cleaning device having a mop function formed by inserting and installing a mop fan (8) from which the washing water is supplied from the washing water supply pipe (2). At the time, the mop member 8 is rotated about the suction opening 3 so that the cleaning member is turned downward, and when the dust is sucked, the cleaning operation is cumbersome and inconvenient by rotating by rotating the suction hole 10 side downward. As well as cleaning the mop while the mop member (8) to reciprocate the problem that needs to be cleaned and after cleaning the problem that the water is not completely removed from the floor It does not.

Further, as a conventional electric cleaning device having a mop function, Japanese Utility Model Application Publication No. 52-94778, filed on January 13, 1976 in Japan, and published on July 15, 197, is proposed.

That is, according to Japanese Utility Model Application Publication No. 52-94778. It has a structure that sucks and removes fine dust by a low pressure suction pump with a rotating brush, and sprays three antiseptic poisons to the patch surface with an injector, and the fabric or paper wound in a new supply roller is continuously infiltrated by a belt and a deformation roll, and recovered. The structure of the roll and the combination of the heat transfer blower rate has a problem that the fabric or paper wound in the supply roll is not easily moved to clean the cleaning.

The present invention has been made to solve the problems of the prior art as described above, the object of the present invention is to perform the mop function while the mop member is moved by the driving of the motor and at the same time the cleaning operation to be made of suction of dust or water Not only is this convenient and easy to use, but also provides an electric sweeper having a mop function that can be cleaned more efficiently and more efficiently after the floor is completely drained.

Electric cleaning device having a mop function according to the present invention, in order to achieve the object as described above, in the electric cleaning device having a mop function that the alcohol and suction member is disposed to suck dust, dirt, etc., the insertion hole and the suction hole is formed A suction port main body, a pipe support coupled to the upper surface of the suction port main body and pin-coupled to the rotary connection port, a suction guide member coupled to the suction port main body to which the tube support is coupled, and one side of the suction guide fan connected to the lower side of the suction guide fan. At the same time, the sole is inserted and installed on the other side, and the other side has a fixed plate into which the suction member is inserted and installed, and a rotation gear engaged with the spiral gear which is engaged with the spiral gear which is rotated by the driving of the motor on one side, and at the same time, the rotor and the Rotating body cover is inserted into the gimmo rotating body, and is located in the opening of the rotating body cover and the washing water supply port on the upper And the container enabling the suction passage is formed and at the same time both sides of the rotation, the entire descriptions of the rotating body guiding the gyeolre member provided, and disposed between the vessel and the mop element characterized by consisting of incision Hong formed supply member which wash water is fed.

Hereinafter, with reference to the accompanying drawings 3 to 4 preferred embodiments of the present invention will be described in more detail.

3 is an exploded perspective view illustrating a major part of an electric sweeper having a mop function according to the present invention, and FIG. 4 is a cross-sectional view showing a combination of main parts of the electric sweeper having a mop function according to the present invention. The same parts will be described with the same names and the same numbers.

In FIG. 3 and FIG. 4, reference numeral 11 denotes an inlet body, and an inlet hole 11a for passing the sucked dust and the like into the upper surface of the inlet body 11 and a washing water supply port described later. An insertion hole 11b to be installed is formed, and an upper end of the suction hole 11a is fixed to the tube support 12 by a fastening means or the like, and an extension pipe 7 is connected to the tube support 12 at an upper side thereof. The rotary connector 13 is pin-coupled to enable a change in the vertical angle of the extension pipe 7 to facilitate the cleaning operation.

In addition, the suction guide member 14 having the through hole 14a is fastened to the bottom surface of the suction hole 11a formed in the suction port body 11 so as to communicate with the suction hole 11a.

In addition, a suction plate 15a, 15 'formed at both sides of the suction guide member 14 is fastened to a fixing plate 15 which communicates with the suction guide member 14, and at the edge of the suction guide member 14, respectively. The main body 11 is coupled.

In addition, the fixing plate 15 has an opening 15b formed in the center thereof, and a brush 16 for collecting dust or dirt and suctioned through the suction port 15a is inserted at one side of the lower side, and at the same time, water is supplied to the other side. A suction member 17 is inserted and installed to collect and suck through the other suction port 15a '.

In addition, the suction member 17 is preferably formed with a plurality of protrusions (77a) in the outward direction in order to scrape the water to facilitate the suction. In addition, the lower surface of the suction port body (11) is rotated at intervals The cover 18 is installed.

In addition, one side of the rotating body cover 18 is installed to be detachably inserted in the outer circumferential surface of the rotating body (20a) wrapped in the mop member 19, the other side is provided with a tooth 21 on the tip and at the same time the outer circumferential surface The winding ashing body 20b is inserted and installed to be rotated so that the mop member 19 is moved and wound, and an opening 18a is formed between the rotating body 20a and the winding rotating body 20b. On one side, the rotary gear 22 which is engaged with the tooth 21 of the winding rotary body 20b is rotatably installed.

In addition, the material of the mop member (l9) is formed of cotton, paper, annex cloth, etc. having absorbent power can be replaced after one company or reused after washing.

In addition, the rotary gear 22 is engaged with the spiral gear 24 rotated by the electric motor 23, and accordingly, when the electric motor 23 is driven, the spiral gear 24 and the rotary gear 22 are engaged to rotate. At the same time, the gear 2l engaged with the rotary gear 22 is rotated to rotate the winding rotor 20b, so that the mop member 9 wound on the rotor 20a moves toward the winding rotor 20b. Is moved.

In addition, the container 25 located in the opening 18a of the rotary cover 18 and fastened to the bottom surface of the suction port body l1 is inserted into the insertion hole l1b of the suction port body 11. At the same time, the wash water supply port 26, to which the wash water supply pipe 2 is connected to the front end, and a suction passage 25 5a which protrudes from the center and is connected to the suction guide member 14 to suck water; It consists of a guide rotating body (27a), (27b) to be installed freely in the rotation, the front end of the washing water supply port 26 is located in both the guide rotating body (27a, 27b) for supplying the washing water The supply member 28 which formed the cut-out groove 28a is inserted, and the mop member 9 which moves according to the drive of the electric motor 23 is in close contact with the supply member 28 below.

In addition, the supply member 28 is preferably made of a material such as an interface body that has good absorption of moisture and also reduces the impact force.

Electric cleaning device having a mop function of the present invention configured as described above, when the suction force is generated by the operation of the drive means through the suction port (15a). (15a ') dust or dirt is sucked with the air and the suction guide member 14 It is raised through) and is sucked through the tube support 12 and the rotary connection (13).

On the other hand, when the wash water is supplied into the cutting groove 28a of the supply member 28 through the front end of the wash water supply port 26 connected to the wash water supply pipe 2, the wash water is absorbed by the supply member 28 and is wet. In accordance with the operation of the electric motor 23, as the spiral gear 24 and the rotation gear 22 are engaged and rotated, the gear 21 meshed with the rotary gear 22 is rotated so as to rotate the wound body 20b. Mop member 19 is wound on the outer peripheral surface.

At this time, the mop member 19, the unused clean portion is wound around the outer circumferential surface of the circumference body 20a, the other side is wound over the outer side of both guide rotating body (27a), (27b) and the supply member 28 It is a state wound around the outer peripheral surface of the steaming body 20b.

That is, when the winding diffraction body 20b is rotated while the mop member 19 is wound while the electric motor 23 is driven, the mop member 19 guides both guide rotors 27a and 27b. As a result, the mop is moved while being in contact with the supply member 28.

In addition, the mop member 19, as the washing water is supplied to the inner surface by the supply member 28, the outer surface thereof enables the mop cleaning while rubbing with the bottom surface.

In addition, the supply member 28 is made of a material such as an interface body to facilitate the supply of the washing water to the mop member 19, and to absorb the impact force acting on the mop member 19 during cleaning.

In addition, at the suction port 15a side of the fixing plate 15, the brush 16 is in a state of scraping dust or dirt, so that the dust suction becomes easier, and the suction member 17 on the suction port 15a 'side. By collecting the thickened water and sucking it, a dry state in which water does not exist on the bottom is maintained, and moreover, the water adsorbed to the supply member 28 and the mop member 19 through the suction passage 25a formed in the container 25. Inhalation keeps it cleaner.

In addition, as the suction member 17 is formed with a plurality of protrusions 17a on the outside, the suction of the water becomes easier.

On the other hand, when the mop member 19 wound around the rotating body 20a is moved to the winding rotating body 20b to replace the mop member 19, the supply member 28 is replaced with the container 25. After separating from the fastening means fastened to the suction port body 11, the container 25 is detachable from the suction guide member 14, wherein the new mop fan 19 and the rotating body (20a) If the container 25 and the supply fan 28 are combined after connecting over the winding rotating body 20b, the mop member 19 can be easily replaced.

In addition, if you want to select only the dry mop function, when the supply of the washing water sent to the washing water supply pipe (2) is stopped, since the washing water is not supplied to the supply member 28, the mop member 19 is in a dry state and the dry mop Cleaning is possible.

As described above, the electric cleaning device having a mop function according to the present invention is not only convenient and easy to clean by performing wet and dry cleaning while the mop member 19 moves in accordance with the driving of the electric motor 23, but also by the user. The cleaning efficiency is further improved because it does not need to reciprocate, and it is possible to replace the condensation member 19 wound on the rotating body, so that the clean mop 19 can be used at all times, thereby enabling a cleaner cleaning. .

In addition, since the brush 16 collects dust or dirt on both sides of the front suction port 15a of the fixing plate 15, dust is easily sucked, and a plurality of protrusions 17a are located on the outside at the rear suction port 15a '. Is provided with a suction member 17 scrapes the moisture, so that the suction of the moisture is more easy, as well as the moisture contained in the supply member 28 and the mop member 19 through the suction passage (25a) formed in the container 25 By inhaling the water after cleaning, there is no water left at all to maintain a more clean state.

In this way, the electric cleaning device having a mop function of the present invention performs cleaning by rubbing the floor while the mop member moves according to the driving of the electric motor. The cleaning efficiency is further improved.

In addition, it is easy to inhale dust, dirt, and water, so that the floor after cleaning is completely kept clean, and the mop member can be easily replaced, so that a clean mop can be used at all times. Dry rag cleaning also has the advantage.

Claims (1)

In the electric cleaning device having a mop function for disposing of the sole 16 and the suction member 17 to suck dust, dirt, etc., the suction port body 1l having the insertion hole 11b and the suction hole 11a, and A pipe guide 12 coupled to the upper surface of the suction port body 11 and pin-coupled with the rotary connector 13, and a suction guide member coupled to a bottom surface of the suction port body 11 to which the tube support 12 is coupled ( 14) and a fixed plate 15 is communicatively coupled to the lower side of the suction guide member l4, and the sole 16 is inserted into one side and the suction plate 17 is inserted into the other side, and the suction port body. The rotating body 20a and the winding rotating body 20b are held at the same time as the retaining gear 22 engaged with the spiral gear 2 4, which is fastened to the side 11 and rotated by the driving of the electric motor 23. Rotating body cover 18 is inserted and installed, and the washing water supply port 26 and located in the opening (18a) of the rotating body cover 18 and the upper side At the same time as the suction passage (25a) is formed, both sides of the container 25, the guide rotating body (27a, 27b) for guiding the mop member 19 is rotatably installed, the container (25) and the mop member (19) The cleaning device having a mop function, characterized in that it is formed between the supply member 28 is formed between the incision groove (28a) is supplied between the washing water.