KR100613484B1 - Head unit for vacuum cleaner having wet floor cloth - Google Patents

Abstract

The present invention relates to a mop cleaner, and in particular, to prevent foreign matters that have not been introduced into the suction port from being wound on the brush, and by allowing the cleaned water to be recovered to the cleaner body through the cleaning head, the foreign substances remaining in the mop and contaminated Since there is no water, the present invention relates to a suction head for a mop cleaner, which enables cleaner cleaning.

In the mop cleaner suction head according to the present invention, in the mop cleaner including a cleaner body which is installed with a pump to generate a blowing force, and a suction inlet head which is connected to a suction hose extending from the cleaner body to introduce foreign substances into the suction mop. Separation forming a flow path of the head, the inlet port is formed to communicate with the cleaner body, the mop rotatably installed on one side of the inlet port, and the head body and the mop to prevent foreign matter from being wound on the mop Means are included.

Mop cleaner, brush, separation means, water supply means, suction hose

Description

Inlet head for mop cleaner {HEAD UNIT FOR VACUUM CLEANER HAVING WET FLOOR CLOTH}

1 is a configuration diagram showing a typical mop cleaner,

Figure 2 is a cross-sectional view showing the suction head of the mop cleaner according to the prior art,

3 is a sectional view showing a suction head for a mop cleaner according to the present invention.

<Explanation of symbols on main parts of the drawings>

100: inlet head 110: head body

112: suction port 114: hole

120: mop 122: drum

124: brush 130: water supply means

132: through hole 134: supply hole

140: beak means 150: drive motor

The present invention relates to a mop cleaner, and in particular, to prevent foreign matters that have not been introduced into the suction port from being wound on the brush, and by allowing the cleaned water to be recovered to the cleaner body through the cleaning head, the foreign substances remaining in the mop and contaminated Since there is no water, the present invention relates to a suction head for a mop cleaner, which enables cleaner cleaning.

In general, the vacuum cleaner is collected by a dust collection type, that is, suction pump using a suction pump, the vacuum cleaner, such as the end of the extension pipe 30 connected to the suction hose 20 of the main body 10 as shown in FIG. The suction port head 40 is installed at the suction port 11 in the main body 10 so that the dust or foreign matter on the cleaning bottom surface is collected in the dust collecting bag 12 to achieve the desired cleaning.

Such a vacuum cleaner simply collects dust or foreign substances on the bottom of the cleaning surface, but foreign substances or stains on the bottom surface remain untreated and remain clean. After cleaning with a vacuum cleaner, the floor is cleaned by using a mop.

As a result of the inconvenience of having to wipe the bottom surface again using a mop after cleaning with a vacuum cleaner, a vacuum cleaner capable of mopping with the dust on the bottom of the cleaning floor has been recently developed and used. For example, FIG. As shown in the drawing, the roll inlet mop 41 is provided on the bottom surface of the inlet head 40, and the roll mop 41 is driven by a separate driving motor 42 to enable mop cleaning. have.

However, the mop cleaner according to the prior art has a problem that the cleaning ability by the mop is deteriorated because a large amount of foreign matter is accumulated on the mop when the inlet head slides on the floor, and when a long time is left, it is stacked. There is this.

In addition, the mop cleaner according to the prior art is to perform the water cleaning after removing the foreign matter, so that the effect of wiping by supplying water to the mop occurs, when the water supply is made more than necessary water on the bottom surface This remains to be clean even after the cleaning is finished, there is a problem that you need to do a double cleaning work using a dry mop to remove moisture.

The present invention has been made in order to solve the above problems of the prior art, to remove the foreign material wound on the mop, and to wash the polluted water is washed to the cleaner body, so that the brush is always kept clean It is an object of the present invention to provide an inhalation head for a mop cleaner that enables effective cleaning and prevents foreign substances or water from remaining on the floor after cleaning.

The mop cleaner suction head according to the present invention for solving the above problems, the pump is installed, the cleaner main body and the blowing air is generated, connected to the suction hose extending from the cleaner body includes a suction inlet head for introducing foreign matter In the mop cleaner, the head of the suction inlet head is formed, the suction port is formed to communicate with the cleaner body, the mop is rotatably installed on one side of the suction port, and the foreign matter is installed between the head body and the mop Separation means for preventing the winding to the mop is characterized in that it is included.

Hereinafter, an embodiment of a suction head for a mop cleaner according to the present invention will be described in detail with reference to the accompanying drawings.

The mop cleaner according to the present invention includes a cleaner body in which a pump is installed to generate a blowing force, a dust bag and a collecting container installed inside the body, a suction hose 90 extending from the cleaner body, and the suction hose 90. Installed at the end of the) is configured to include a suction inlet head 100 for sucking the foreign material when the user slides on the floor.

3 is a cross-sectional view showing a suction head for a mop cleaner according to the present invention.

The suction port head 100 forms a flow path through which foreign matter is sucked, the suction port 112 is formed to communicate with the cleaner body, and the mop 120 is rotatably installed at one side of the suction port 112. And a separation means 140 installed between the head main body 110 and the mop 120 to prevent foreign matter from being wound on the mop 120.

Here, the head main body 110 is formed in a '∩' shape so that the mop 120 is disposed inward, the mop 120 is rotatably installed therein, and the suction port is provided at the front end. 112 is formed. Thus, when the user grasps the handle installed in the suction hose 90 and slides the suction inlet head 100 forward or backward, foreign matter is introduced through the suction port 112 and moved to the cleaner body along the suction hose 90 to be cleaned. The bottom surface is cleaned by the washing water sprayed from the mop 120 to be described later.

And, the head body 110, the hole portion 114 is formed on one side of the inner wall corresponding to the mop 120, the hole portion 114 is in communication with the suction port 112 is generated in the cleaner body The washing water used for cleaning by the blowing force is recovered along the suction hose 90 to the cleaner body.

As shown in FIG. 3, the mop 120 includes a drum 122 rotatably installed in the head main body 110 and a brush 124 provided on a circumferential surface of the drum 122. When the 124 passes through the inner wall of the head main body 110, the inner wall of the head main body 110 comes into close contact with the foreign material adsorbed to the brush 124 even without the separating means 140. 110, when moved to the inside is caught by the front or rear end of the head body 110 to fall in the lower direction.

As a result, the foreign matter adsorbed to the brush 124 is firstly separated from the brush 124 by the front end and the rear end of the head body 110, and the foreign matter passing through the end of the head body 110 is separated. It is caught by the means 140 to fall in the downward direction.

In addition, the mop 120, the water supply means 130 is supplied to the washing water supplied from the cleaner body to be able to clean the water on the bottom surface, the water supply means 130, the pump installed in the cleaner body And a through-hole portion 132 through which the washing water supplied from the pump is axially penetrated into the drum 122 and supplied into the drum 122, and from the through-hole portion 132 to the circumferential surface of the drum 122. It is extended to include a supply hole 134 to be supplied to the washing water to the brush 124.

The separating means 140 is installed at the front end and the rear end at the inner wall of the head body 110, respectively, the head body consisting of a protrusion protruding toward the mop 120 from the inner wall of the head body 110 By minimizing the space between the 110 and the mop 120, foreign matter adsorbed by the mop 120 and raised into the head main body 110 is separated from the mop 120 while being caught by the separating means 140. Falling back to the second side is made to fall again, and when the user reciprocates the inlet head 100 a plurality of times, foreign substances dropped on the floor are sucked through the inlet.

Looking at the operation of the mop cleaner inlet head according to the present invention configured as described above are as follows.

First, when the power is applied, the pump is driven to generate a blowing force in the cleaner body so that foreign matter flows from the suction port 112 and is cleaned in the cleaner body along the suction hose 90.

At this time, the washing water supplied by the water supply means 130 is supplied to the brush 124 along the through hole 132 and the supply hole 134, the drum 122 is rotated by the drive motor 150 is Cleaning is done by cleaning the floor with water.

In addition, the foreign matter that is not introduced through the suction port 112 and adsorbed to the brush 124 is in contact with the end of the head body 110 while the brush 124 is inserted into the head body 110, the foreign matter is brushed. Departed from the 124, the foreign matter thus separated is introduced into the suction port 112 again by the reciprocating motion of the suction port head 100 is cleaned.

In addition, the foreign matter not separated from the brush 124 by the end of the head main body 110 is caught by the separating means 140 and falls back downward, so that the foreign matter is separated through the secondary brush 124 To prevent the foreign material is wound into the head body 110 is inserted into.

In addition, the washing water adsorbed by the brush 124 and introduced into the head main body 110 is introduced into the suction port 112 while passing through the hole part 114, and the water flowing through the suction port 112. Is the dirty water which cleaned the water of the bottom surface, and by collecting this filthy water to the cleaner main body, the water does not remain on the bottom surface after cleaning, and the mop 120 is always dry and the foreign matter is not adsorbed, so it is clean. The floor can be cleaned.

Mop cleaner inlet head according to the present invention configured as described above, by minimizing the gap between the mop and the head body, the foreign material wound on the brush is caught on the end of the head body to be separated from the brush, the head of the head body The foreign material wound on the brush through the end is separated from the brush through the secondary by the separating means, so that the brush can be kept clean, so that water can be cleaned on the floor without a separate washing operation for a long time. .

In addition, since the hole portion through which the washing water flows in is formed on the inlet flow path through which the foreign matter is introduced, there is an advantage that clean water can be achieved without remaining the sewage on the bottom surface after the water cleaning, and without washing water suction device, By using the waste water can be recovered to the cleaner body, there is an advantage that the cost required to make the cleaner can be reduced.

Claims (5)

In the mop cleaner includes a cleaner body is installed in the pump to generate a blowing force, and a suction port head connected to the suction hose extending from the cleaner body to introduce foreign matter; A head body constituting a flow path of the suction port head and having a suction port communicating with the cleaner body; A mop rotatably installed at one side of the suction port; Mop cleaner suction inlet head is provided between the head body and the mop includes a separation means for preventing foreign matter from being wound on the mop. The method of claim 1; The head body, the mop cleaner suction port head, characterized in that the side cross-sectional shape is formed in the '∩' shape so that the mop is disposed inwardly so that the mop is rotatably installed, the suction port is formed in the front end. . The method of claim 1 or 2; The head body, the inlet head for mop cleaner, characterized in that the inlet hole to the water is formed on one side of the inner wall corresponding to the mop. The method of claim 1; The separating means is a mop cleaner suction inlet head, characterized in that each installed on the front end and the rear end in the inner wall of the head body. The method of claim 1 or 4; The separating means is a mop cleaner suction port head, characterized in that the projection protruding in the direction of the mop from the inner wall of the head body.

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