KR102027386B1 - Wireless wet-cloth vacuum cleaner easy to assemble - Google Patents

Abstract

In a conventional vacuum cleaner, the vacuum cleaner is operated with only suction force, such that dust stuck on a surface of a floor is incompletely removed. Since sticky liquid or dirt stuck on the floor cannot be simultaneously cleaned, there is an inconvenience due to doubled cleaning work which cleans dust and foreign matter with the vacuum cleaner and cleans the sticky liquid of dust stuck on the floor not inducted by the vacuum cleaner with a wet cloth cleaner. Accordingly, a dust cleaner and the wet cloth cleaner are separately included to increase customers′ burden and occupy a large volume. Moreover, since only a predetermined portion, such as a cleaner head, a dust collection container, and the like, among parts of the vacuum cleaner is separated, it is difficult or inconvenient to remove foreign matter when the foreign matter is locked in the vacuum cleaner. Moreover, since the body of the vacuum cleaner is formed in an integrated type not to be separated, a high replacement expense is required when partial breakage occurs. To solve such problems, according to the present invention, a wireless wet cloth vacuum cleaner which is easy to assemble comprises a cleaner head unit, a connection pipe unit, and a cleaner body. Accordingly, fine dust and foreign matter on a floor are inducted and collected and a wet cloth cleaner automatically supplying water is disposed on the rear surface of a suction hole to simultaneously perform the function of a dust cleaner and a wet cloth cleaner. Moreover, the wet cloth cleaner can be detachably attached in accordance with users′ purpose, thereby easily pulling out foreign matter even if the foreign matter is locked therein, thereby reducing maintenance/repair expenses.

Description

WIRELESS WET-CLOTH VACUUM CLEANER EASY TO ASSEMBLE}

The present invention implements the performance of the vacuum cleaner and the performance of the mop at the same time, the mop cleaner can be attached and detached according to the user's use, easy to pull out even if the foreign matter caught inside by detaching each part in a simple manner The present invention relates to a wireless mop cleaner which can be easily demounted and which can be easily removed and replaceable to minimize broken parts, thereby reducing maintenance costs.

Conventional vacuum cleaners inhale dust and foreign substances through the filter to filter them, vacuum cleaners that discharge the filtered air to the outside, mop cleaners that clean the floor by automatically supplying water to the mop attached to the bottom, and emit hot steam. Various types of cleaners have been developed according to the use environment and uses, such as steam cleaners to remove dust and sterilize germs, and robot cleaners to automatically clean through button operations or remote control.

The robot cleaner has the advantage of automatically cleaning, but the initial purchase cost is relatively high, and above all, there is a problem that the cleaning efficiency is lower than the user directly cleaning, steam cleaner is used for coating or wax treatment floor, etc. There is a disadvantage in that there is a limit, vacuum cleaners and mop cleaners are commonly used in homes.

However, the existing vacuum cleaner is driven by the suction force alone, and cannot completely remove the dust adhering to the floor surface, and at the same time, it is impossible to clean the sticky liquid or dirty dirt on the floor. After cleaning, there was the trouble of double cleaning that needs to clean dust and dirt that was not sucked into the floor by using a mop cleaner and sticky liquid stuck to the floor. There was a problem that the burden on the consumer is increased and occupies a lot of volume.

In addition, vacuum cleaners are often manufactured in one-piece type, which separates only certain parts such as the cleaner head, dust collector, and filter, so that it is difficult or uncomfortable to take out foreign substances therein. There was a problem that takes a lot of replacement cost if partial damage occurs.

In order to solve the above problems, the present invention inhales dust and foreign matter on the floor and collects the dust, and is equipped with a mop cleaner that automatically supplies water directly to the rear of the suction port to simultaneously realize the performance of the vacuum cleaner and the mop cleaner. The mop cleaner can be attached and detached according to the user's use, and each part can be detached and detached in a simple manner so that it is easy to remove the foreign material even if it is caught inside. The object of the present invention is to provide a wireless mop cleaner that can be easily detached and replaceable parts to reduce maintenance costs.

In order to achieve the above object, the wireless mop cleaner is easily detachable according to the present invention.

A cleaner head unit coupled to the front end of the cleaner to suck in dust and foreign substances, and to automatically supply water to clean the mop at the same time as the suction;

Wire connector is inserted into the lower end of the straight cylindrical tube connecting the cleaner head and the cleaner body to extend the length, and the connecting tube for transmitting power;

Is formed in the rear of the cleaner to achieve the rotational drive power under the control of the user and to form a pressure therein to generate a suction force, it is achieved by consisting of a cleaner body portion for controlling the connected cleaner head portion.

As described above, in the present invention, by collecting the dust and foreign matter on the floor to collect the dust, and immediately equipped with a mop cleaner to automatically supply water to the rear of the inlet to implement the combined performance of the vacuum cleaner and mop cleaner at the same time According to the user's purpose, the mop cleaner can be attached and detached, and each part can be detached and detached to make it easy to remove even if foreign matter is caught inside, to facilitate internal cleaning and to be damaged when partial breakage occurs. It has a good effect of reducing maintenance cost by replacing the minimum parts.

1 is a perspective view showing the overall shape of the easy to remove the wireless mop cleaner according to the present invention,
Figure 2 is an exploded perspective view showing the decomposition of the whole component of the easy to remove the wireless mop cleaner according to the present invention,
3 is a perspective view showing the overall shape of a cleaner head according to the present invention;
Figure 4 is an exploded perspective view showing the vacuum cleaner head suction cleaner, mop cleaning unit according to the present invention,
5 is a partial enlarged perspective view showing the components by showing the components by showing the overall shape of the suction cleaning unit according to the present invention;
Figure 6 is a perspective view showing the components by showing the overall shape of the mop attached to the bottom of the mop cleaning unit according to the present invention,
7 is an embodiment showing the direction in which the head hose is rotated in the up, down, left, right direction through the hose up and down rotating part, the first coupling inserting portion located in the rear of the cleaner head unit according to the present invention,
8 is a partially enlarged perspective view showing the overall shape of the connector according to the present invention, showing the components by expanding a portion;
9 is a perspective view showing the overall shape of the cleaner body according to the present invention;
10 is an exploded perspective view showing an exploded cleaner body according to the present invention;
11 is a view showing the components of the screw rotary dust collecting unit according to the present invention, an embodiment showing a state in which the dust container cover is opened and closed,
12 is a perspective view showing the components of the drive handle according to the present invention showing the state in which the drive motor is disassembled,
FIG. 13 is a perspective view illustrating a first cleaner mode of a detachable wireless mop cleaner combined with a cleaner head, a connector, and a cleaner body according to the present invention; FIG.
FIG. 14 is a perspective view illustrating a second cleaner mode of a cleaner mop cleaner which is directly coupled to a cleaner head unit and a cleaner body unit according to the present invention; FIG.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing the overall shape of the wireless mop cleaner easy to detach according to the present invention, which is composed of a cleaner head portion 100, a connecting pipe portion 200, a cleaner body portion 300.

First, the cleaner head unit 100 according to the present invention will be described.

The cleaner head unit 100 is coupled to the front end of the cleaner to suck dust and foreign matter, and automatically supplies water to serve to clean and mop the mop at the same time.

It is composed of a suction cleaning unit 110, mop cleaning unit 120.

The suction cleaning unit 110 is formed at the front end of the cleaner head part to support the cleaner head as a whole, and a roller brush which is rotated in the forward and backward directions, which is a traveling direction of the cleaner, is supported by one side of the front side of the bottom surface, and is connected to the rear side. It serves to form a suction force in the rear end direction of the roller brush through the cleaner body, which is roller brush 111, UV lamp 112, the front scroll wheel 113, the head rear wheel 114, the head hose 115 ), The hose up and down rotation part 116, the first coupling insertion portion 117 is included.

The roller brush 111 protrudes on the lower surface of one front side of the suction cleaning unit, and is formed in a cylindrical brush shape formed in the left and right directions so as to be rotated in the front and rear directions with respect to the left and right rotation shafts and contact the ground.

This is in contact with the ground in front of the suction port where the dust is sucked and rotates to sweep the dust adsorbed on the ground to facilitate the suction to the rear.

In addition, the roller brush 111 can be attached and detached through the buckle located on the left and right side of the lower surface of the suction cleaning unit to facilitate cleaning of the cleaner head and washing of the roller brush.

The UV lamp 112 is formed at regular intervals in the horizontal direction of the left and right at the bottom of the front surface of the suction cleaning unit serves to irradiate ultraviolet rays to the front ground.

It is formed in front of the cleaner head portion to irradiate ultraviolet rays to kill harmful bacteria and mites causing allergies, respiratory diseases to the human body.

The front scroll wheel 113 has a driving wheel shape symmetrically formed on the left and right sides of the front lower surface of the suction cleaner, and serves to transmit the forward moving rotational force of the suction cleaner.

It rotates protruding to the lower left and right front lower ends of the suction cleaner, and moves smoothly during the forward and rearward movement of the suction cleaner, thereby minimizing the frictional force so that the user can use the cleaner without great force.

The head rear wheel 114 has a driving wheel shape symmetrically formed at the rear left and right sides of the suction cleaner to serve to transfer the rearward rotational force of the suction cleaner.

It rotates protruding to the lower left and right rear lower part of the suction cleaner and moves smoothly during the forward and rearward movement of the suction cleaner, thereby minimizing the frictional force so that the user can use the cleaner without great force.

The head hose 115 is connected to the rear groove of the roller brush in a hose shape made of a flexible material inserted in the front and rear direction at the rear center of the suction cleaner, and serves to transfer the suction force of the cleaner body.

This is bent in accordance with the rotation of the hose upper and lower rotating part 116 connected to the rear center of the suction cleaning unit through the upper and lower rotating shaft and the first coupling inserting portion 117 connected through the left and right rotating shaft, Easy to turn right

The hose up and down rotation part 116 is formed with an elliptical hole in the longitudinal direction to accommodate the inserted through the head hose, the rotation axis is formed symmetrically on the front left and right sides to rotate the head hose in the vertical direction based on the front vertical axis It plays a role.

The first coupling inserting portion 117 is formed in a frame formed with a rotation axis in the center of the front up and down symmetry is coupled to the rear of the hose up and down rotation portion, the end of the head hose is connected to the front inside the head hose relative to the front left and right rotation axis Rotate in the left and right direction, the rear end is inserted into the front of the connecting pipe portion 200 is connected.

The first coupling insertion part 117 according to the present invention has a detachable groove 117a formed at one central side of the upper end surface of the hollow cylinder formed at the rear upper end, and an anti-rotation protrusion 117a-1 formed at the inner end of the upper end face. The electrical pin connector 117b is formed at the rear lower end.

This may be used in conjunction with the first switch coupling portion 210 formed in front of the connection pipe portion, or the second switch coupling portion 311 formed in front of the cleaner body portion.

Here, when the first coupling inserting portion 117 is combined with the first switch coupling portion 210 formed in front of the connecting pipe portion, as illustrated in FIG. 13, the decoupling combined with the cleaner head, the connecting pipe portion, and the cleaner body portion is easy. When the first cleaner mode 1a of the wireless mop cleaner is formed and coupled to the second switch coupling part 311 formed in front of the cleaner body part, the cleaner head part and the cleaner body part are directly coupled as shown in FIG. 14. A second cleaner mode of the wireless mop cleaner, which is easily detachable, is formed.

At this time, the first cleaner mode (1a) is formed to lengthen the overall length of the cordless mop cleaner (1) to facilitate the user when the user standing to clean the floor, or to clean the deep or high place where the arm does not reach.

In this case, the second cleaner mode 1b may shorten the overall length of the wireless mop cleaner 1 to facilitate the use when the user sits and cleans or cleans a nearby place or bedding.

The mop cleaning unit 120 is coupled to the rear lower end of the suction cleaning unit is fixed, the water tank 121 is formed with a water spray hole 121a in the inner bottom direction in the left and right symmetry of the upper surface is formed, through the water spray hole It serves to continuously supply water to the removable mop 122 attached to the bottom surface.

The bucket 121 is formed in the upper rear left and right symmetry of the mop cleaning portion, a rubber stopper is inserted into the center of the top of each bucket is formed a closed bucket opening and closing portion (121b), the water injection hole 121a in the center of the bottom of each bucket ) Is formed.

Here, the water injection hole (121a) has a diameter of 1 ~ 1.5mm at the bottom to remove the water mop 122 attached to the bottom so that the water embedded in the water tank soaks slightly toward the bottom when moving the mop forward and backwards Wet).

Here, the water bottle opening / closing part 121b serves to inject water into the rubber packing in the hole formed in the upper center of the water bottle.

The removable mop 122 is a rectangular shape having the same area as the bottom surface of the mop cleaning unit 120, is decoupled in the form of Velcro tape on the bottom surface, and continuously maintains a certain amount of water from the water spray hole 121a of the bucket. It is supplied and soaked.

This ensures that the mop is in close contact with the floor when cleaning, and that the mop is prevented from drying out by continuously supplying the lost water.

The cleaner head unit 100 according to the present invention is coupled to the upper surface of the mop cleaning unit 120 at one side of the mop cleaning unit 120 so as to correspond to the position of the bottom screw groove 110a of the left and right symmetrical surfaces of the suction cleaning unit 110. Is formed and inserted into the primary fixed, protruding front locking jaw of the mop cleaning coupling switch (120b) moving forward and backward on the upper end surface of the rear end of the mop to the coupling frame (110b) of the rear center lower end of the suction cleaner is It is hooked and fixed secondly so that the cleaner head 110 and the mop cleaner 120 are decoupled.

Here, the mop cleaning coupling switch (120b) has a rectangular shape, the coupling blade is formed at the bottom left and right, the front is inclined to the front and the front locking jaw is formed, the elastic spring is inserted in the front and rear in the inner center. It is formed, the front of the spring is fixed to the inner front of the mop cleaning coupling switch 120b, the rear of the spring is fixed to the body of the mop cleaning unit 120.

At this time, the mop cleaning coupling switch (120b) has a property to move forward by the elasticity of the spring, so push the coupling frame (110b) of the suction cleaning to the upper end of the inclined front locking jaw cleaning cleaning switch (120b) When it is pushed backward and reaches the front locking jaw position, it returns to the front side, and the suction cleaning unit and the mop cleaning unit are coupled, and the mop cleaning unit is lifted to the upper direction in a state in which the cleaning coupling switch 120b is pulled backward and detached.

Through this, the mop cleaning unit 120 can be easily decoupled from the cleaner head unit 110 by a simple operation of the mop cleaning coupling switch, and used in combination where suction and mop are needed at the same time, and not using the mop. If not, make sure to use it separately.

Here, the mop cleaning unit 120, as shown in Figures 4 and 6, the lower side of the front protrudes to remove the gap between the space between the suction cleaning unit 110 to prevent foreign substances caught and to prevent the dispersion of suction force Inhalation efficiency can be increased.

Next, the connection pipe part 200 according to the present invention will be described.

The connecting pipe part 200 is a straight cylindrical tube, the wire connector is inserted at the bottom to connect between the cleaner head and the cleaner body to extend the length, and serves to transmit power.

This is achieved by including the first switch coupling portion 210 and the second coupling insertion portion 220.

The first switch coupling portion 210 is formed in front of the connection pipe portion, a hollow circular insertion groove is formed at the front upper end, a push-type removable switch 211 is formed on the upper end of the outer surface of the circular insertion groove, insertion An anti-rotation protrusion groove 211a is formed at the inner upper end of the groove, and the electric pin receiving groove 212 is formed at the front lower end.

Here, the detachable switch 211 is formed by protruding the coupling pin on the inner side in a switch shape in which a spring is built in the center and pressed and returned.

At this time, when the release switch 211 is pressed inside, the coupling pin inserted into the detachable groove 117a is detached in the outward direction to separate the cleaner head and the connection pipe part, and when the hand is released from the detachable switch 211, the switch is in the original state. Returning to, the coupling pin is coupled to the cleaner head by inserting the coupling pin into the removable groove 117a.

Here, the anti-rotation protrusion groove 211a is formed at the center of the lower end of the detachable switch 211. When the cleaner head is coupled to the connection pipe portion, the anti-rotation protrusion 117a-1 is inserted into the center of the coupling direction and the cleaner head portion. Minimize the torsional stress in the left and right directions on the shaft to prevent the coupling part from breaking and to stably fix the torsional stress.

The second coupling inserting portion 220 has a detachable groove 221 formed at a central side of the upper end surface of the hollow cylinder formed at the rear upper end of the connecting pipe portion, and an anti-rotation protrusion 221a is formed at the inner end of the upper end surface. An electrical pin connector 222 is formed at the bottom.

The second coupling inserting portion 220 according to the present invention has the same shape as the rear coupling portion of the first coupling insertion portion of the cleaner head and is coupled to the second switch coupling portion 311 formed in front of the cleaner body portion.

Next, the cleaner body 300 according to the present invention will be described.

The cleaner body 300 is formed at the rear of the cleaner to transmit the rotational drive power under the control of the user and generate pressure by generating a pressure therein, and serves to control the connected cleaner head.

This includes the screw rotary dust collector 310, the driving handle 320, and the driving battery 330.

The screw rotary dust collector 310 receives a rotational driving force from a driving knob coupled to the rear in an upright cylindrical shape, and forms a vortex of a vortex from the inside to generate suction force, which is a second switch coupling portion. 311, the dust container cover 312, the first handle detachable groove 313, and the second handle detachable groove 314.

The second switch coupling portion 311 is a hollow circular insertion groove is formed on one side of the front upper end of the screw rotary dust collector, a push-type removable switch 311a is formed on the outer upper end of the circular insertion groove, the inner top of the insertion groove An anti-rotation protrusion groove 311a-1 is formed at the front, and an electric pin receiving groove 311b is formed at the front lower end.

Here, the detachable switch 311a is formed by protruding the coupling pin on the inner side in a switch shape in which a spring is built in the center and pressed and returned.

At this time, when pressing the release switch (311a) is formed on the inside, the coupling pin inserted in the removal grooves (117a, 221) is detached in the outward direction to separate the vacuum cleaner head and the connection pipe part, the switch is released from the release switch (311a) Is returned to its original state, and a coupling pin is inserted into the detachable grooves 117a and 221, whereby the cleaner head and the connection pipe are coupled.

Here, the anti-rotation protrusion groove 311a-1 is formed at the center of the lower end of the detachable switch 311a, and the anti-rotation protrusions 117a-1 and 221a are inserted when the connection pipe part or the cleaner head part is coupled to the cleaner body. Minimizes the torsional stress in the left and right directions around the center of the coupling direction of the cleaner head, and serves to prevent the coupling portion from being damaged and to stably fix it.

The dust container cover 312 is a disc-shaped cover formed at the lower end of the screw rotary dust collector, the front of the dust container cover opening and closing switch (312a) formed in the center of the front lower end is opened and closed and decoupled, the center of the rear end It is made to rotate the axis with respect to the formed rotation axis.

Through this, dust and foreign matter collected in the inside of the dust container cover 312 may be removed.

The first handle detachable groove 313 has a square groove shape formed at one rear upper side of the screw rotary dust collector, and is configured to insert and separate the locking step 321a formed at the front of the handle detachable switch 321 of the driving handle.

Through this, the rear upper end of the screw rotary dust collector 310 and the front upper end of the driving handle 320 are made.

The second handle detachable groove 314 is formed on one side of the rear lower end of the screw rotary dust collecting part, and the lower locking jaw protruding from the front lower end of the driving handle part is decoupled in a shape of a locking groove formed in the upper direction from the lower end thereof.

Through this, the rear lower end of the screw rotary dust collecting part 310 and the front lower end of the driving handle part 320 are made.

After inserting and fixing the lower locking jaw 322 formed at the front lower end of the driving handle 320 to the second handle detachable groove 314 formed at the rear lower end of the screw rotary dust collector 310 according to the present invention, the screw rotation The screw rotary dust collecting part 310 and the driving handle part by inserting the locking jaw 321a of the handle part detaching switch formed at the front upper end of the driving handle part 320 into the first handle detachable groove 313 formed at the rear upper part of the dust collecting part. 320).

This allows the screw rotation dust collector 310 and the drive handle 320 to be decoupled in a simple manner, so even if partial breakage occurs in the cleaner body, only minimal parts can be replaced, thereby reducing replacement costs and reducing internal components. It is easy to repair and assemble even if it breaks down, which can reduce maintenance and repair costs.

The drive knob 320 is coupled to the rear end of the screw rotary dust collector, and receives the power of the drive battery coupled to the rear to generate a rotational power to drive the screw rotary dust collector.

This includes the handle detachable switch 321, the lower locking jaw 322, the handle 323, and the wall recess 324.

The handle detachable switch 321 is formed by a locking step 321a in front of the switch shape formed on the central side of the top of the driving handle.

Here, when the handle release switch 321 is pressed, the locking jaw 321a is pushed down to the lower side and separated from the first handle detachment groove 313. When the handle release switch is released, the locking jaw 321a rises to the top. It is inserted into the first handle detachable groove 313 and fixed.

The lower locking jaw 322 has a vertical protrusion shape formed at one side of the front lower center of the driving handle part.

It is inserted into and fixed to the second handle detachable groove 314 of the screw rotary dust collector from the bottom to the top thereof.

The handle 323 is a handle shape formed on the rear lower end of the driving handle portion is formed by a button-type drive switch 323a formed in front of the top.

When the driving switch 323a is pressed, the power is supplied from the driving battery to drive a motor built in the upper inside of the driving handle part to operate the wireless mop cleaner 1, and the driving switch is restarted while the wireless mop cleaner is operating. When pressed, the power supplied from the driving battery is cut off to stop driving.

The wall hanging groove 324 is formed in the center of the lower surface of the driving handle portion, a square groove formed in the vertical groove on one side of the upper side, when the front of the cleaner body is erected to stand upright while looking at the bottom of the wall or wireless mop cleaner support. It is fitted to the engaging projection located in the wireless mop cleaner serves to stably hold in an upright state.

The driving battery 330 is inserted into the upper rear of the driving handle, and supplies power to the driving handle through a terminal formed inside, and the battery unit detachable switch 331 is formed at one side of the center of the upper surface.

The battery unit detachable switch 331 is formed in a switch shape formed on one side of the center of the top surface of the driving battery in front of the locking step 331a is formed.

Here, when the battery release switch 331 is pressed, the locking jaw 331a is pushed down to the lower side to be separated from the rear detachable groove formed at one side of the upper rear of the driving handle, and when the hand is released from the battery release switch, the locking jaw 331a is at the top. Ascends into the rear removable groove is fixed.

Through this, the driving battery can be separated and combined from the driving handle, and the driving battery can be separated and charged easily and easily.If the driving battery reaches the end of its life, only the battery can be used and replaced. Maintenance cost can be reduced.

Hereinafter, a detailed operation process of the easy decoupling mop cleaner according to the present invention.

First, insert the bottom screw groove of the suction cleaning unit and the coupling protrusion of the mop cleaning unit vertically and insert it. Then, the front latching jaw of the mop cleaning coupling switch is hooked on the rear upper part of the coupling frame so that the suction cleaning unit and the mop cleaning unit are combined. Form wealth.

Here, the suction cleaning unit is fixed by inserting a roller brush in front of the bottom surface.

Here, the mop cleaner puts water in the bucket and attaches the removable mop to the bottom.

Next, the screw rotary dust collecting unit, the driving handle portion, the driving battery is sequentially coupled to form a cleaner body portion.

Next, if you want to form a long overall length to clean the floor standing or depending on the user's use environment, or to clean the deep or high place where the arm does not reach, combine the vacuum cleaner head, the connector, the vacuum cleaner body in order do.

At this time, if you want to sit or clean according to the user's use environment, or to shorten the overall length in order to clean the close or bedding, etc., the cleaner body directly coupled to the cleaner head.

Next, the driving force of the driving knob portion is pressed to form a suction force, and the cleaner head is positioned to contact the ground, and then moved forward and backward.

At this time, the UV lamp located in front of the cleaner head first irradiates ultraviolet rays to kill bacteria and ticks.

At this time, the roller brush coupled to the lower end of the suction cleaner is rotated to sweep the floor to sweep the dust and foreign matter adsorbed on the ground.

At this time, the dust and foreign substances sweeping with the roller brush is sucked into the dust box of the cleaner body part.

At this time, the fourth time dust and foreign matter is sucked in and wiped off the ground with a removable mop and mop cleaning.

Here, when the mop cleaner moves forward and backward, the water contained in the bucket soaks into the bottom little by little, so that the removable mop is soaked, enabling continuous mop cleaning until the water put into the bucket is exhausted.

Next, if foreign matter is caught inside the cordless mop cleaner, the parts are disassembled and cleaned. If the parts are partially damaged or at the end of their service life, only parts are removed and replaced.

This makes it easy to maintain and repair the cordless mop cleaner and minimizes the cost of replacement.

100: cleaner head portion 110: suction cleaner
111: roller brush 112: UV lamp
113: Front scroll wheel 114: Head rear wheel
115: head hose 116: hose up and down rotation
117: first coupling inserting portion 120: mop cleaning portion
200: connector 210: first switch coupling portion
220: second coupling inserting portion 300: cleaner body portion
310: screw rotation dust collector 311: second switch coupling portion
312: dust container cover 313: first handle detachable groove
314: second handle detachable groove 320: drive handle portion
330: drive battery

Claims (7)

A cleaner head unit 100 coupled to the front end of the cleaner to suck dust and foreign matter, and to automatically supply water to clean the mop at the same time as suction;
Wire connector is inserted into the lower end of the straight cylindrical tube connecting the cleaner head and the cleaner body to extend the length, and the connecting pipe portion 200 for transmitting power,
It is formed at the rear of the cleaner to transfer the rotational drive power under the control of the user and generates a suction force by forming a pressure therein, easy to remove mop cleaner consisting of a cleaner body portion 300 to control the connected cleaner head portion To
The cleaner head part 100
The fixing protrusion 120a is formed and inserted into one side of the upper surface of the mop cleaning unit 120 so as to match the position of the lower and left symmetrical screw grooves 110a of the lower surface of the suction cleaning unit 110, and is fixed first. The protruding front locking jaw of the mop cleaning engagement switch 120b moving forward and backward on the rear end upper surface of the mop cleaning unit is engaged with the coupling frame 110b of the rear center lower end of the cleaning unit and is fixed secondarily to the cleaner head 110. ) Mop cleaner easy to decouple, characterized in that the mop cleaning unit 120 and the debinding.
delete delete delete According to claim 1, wherein the connector 200
It is formed in front of the connection pipe portion, a hollow circular insertion groove is formed in the front upper end, a push-type release switch 211 is formed on the upper end of the outer surface of the circular insertion groove, the anti-rotation projection groove ( 211a) and a first switch coupling portion 210 having an electric pin receiving groove 212 formed at a front lower end thereof,
Detachable groove 221 is formed on the central side of the upper end of the hollow cylinder formed on the rear upper end of the connecting pipe, an anti-rotation protrusion 221a is formed at the inner end of the upper end, and an electrical pin connector 222 is formed at the rear lower end. Mop cleaner easy to decouple, characterized in that the second coupling inserting portion 220 is included.
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