KR200412347Y1 - A Vacuum Cleaner use combination of Steam - Google Patents

Abstract

The present invention makes it easy to absorb foreign substances such as dust in the room through the suction port of the vacuum cleaner, while supplying steam by the heat generated by the high frequency induction generator to the mop installed in the bottom of the main body to clean the room cleanly. The present invention relates to a steam combined vacuum cleaner that can be wiped, as well as to perform the steam cleaning together with the vacuum cleaning to increase the cleaning work efficiency, and to be easily manufactured and installed by a simple structure.

In the technical configuration, the main body 120 of the vacuum cleaner 100, the suction port 160 in communication with the suction pipe 150 is provided in the front, the inside of the main body 120 is filled with water The water storage unit 140 is installed, and a high frequency generator 200 for converting an input power source (not shown) from a generator into a high frequency is installed below the water storage unit 140, and the high frequency generator 200 and magnetic force generation are installed. The high frequency induction heating unit 220 is installed to the coil 210 to generate heat, and inside the water accommodating unit 140, water generated by heating of the magnetic force generating coil 210 is filled. While a plurality of induction heating units 230 are installed to be heated, a water injection hole 180 is formed on an upper portion of the cover portion 170 installed above the water storage unit 140, and the upper center of the water storage unit 140 is formed. After the steam passage 190 is installed downward downward to the water receiving unit 140, The lower portion of the steam passage 190 is provided with a steam supply unit 250 which communicates with the steam inlet 240 formed horizontally at the bottom of the main body 120, and the steam inlet 240 has steam at the bottom thereof. A plurality of discharge holes 130 are formed to be installed to discharge steam to the mop 110 installed on the bottom of the main body 120.

Steam discharge hole, water storage unit, high frequency generator, induction heater, steam supply unit

Description

A high-frequency heating steam combined vacuum cleaner {A Vacuum Cleaner use combination of Steam}

1 is a schematic configuration diagram of a general steam cleaner.

2 is a cross-sectional view showing a main part of the steam generator of the steam cleaner according to FIG. 1.

Figure 3 is a schematic configuration diagram of a steam generator of a conventional steam cleaner.

4 is a schematic configuration diagram of a combined vacuum cleaner by high frequency induction heating according to the present invention.

5 is a cross-sectional view of the main body portion of the steam combined vacuum cleaner according to the present invention high frequency induction heating.

Figure 6 is a main structural view showing a steam supply by high frequency induction heating of the present invention.

Explanation of symbols on the main parts of the drawings

100 Vacuum cleaner 110 Mop

120 Main unit 130 ... Steam outlet

140.Water storage section 150 ... Suction tube

160 ... Inlet 170 ... Cover

180 ... Water inlet 190 ... Steam passage

200 ... high frequency generator 210 ... magnetic coil

220.High frequency induction heating unit 230 ... Induction heating unit

240 ... Steam inlet 250 ... Steam supply

260 ... hose 270 ... cleaner body

The present invention generates a steam by applying a current to the induction heating element inside the container through a high frequency generator and a magnetic force generating coil, to clean the room by spraying the steam and to simultaneously absorb foreign substances such as dust. It relates to a vacuum combined vacuum cleaner, in particular, a water storage unit for heating the water is installed inside the body portion of the main body of the vacuum cleaner in which the suction port for sucking dust and the like is installed therein, the water storage unit On the lower side, a high frequency generator for converting an input power source into a high frequency is installed, and a magnetic force generating coil is heated to heat the induction heating unit of the water storage unit, and a water inlet is provided on the upper cover of the water storage unit. Steam passage is installed at the center of the upper side of the water storage unit and installed downward below the water storage unit. The lower part of the steam passage communicates with the vapor inlet formed horizontally at the bottom of the main body, while a plurality of vapor discharge holes are formed at the bottom of the vapor inlet to discharge the steam, thereby allowing the vapor to be discharged. While easily absorbing foreign substances such as dust in the room, it is possible to clean the room by supplying steam by the heat generated by the high frequency induction generator to the mop installed at the bottom of the main body, and vacuum The present invention relates to a steam combined vacuum cleaner that performs cleaning and steam cleaning at the same time to increase the cleaning work efficiency, and to be easily manufactured and installed by a simple structure.

A vacuum cleaner generally known is connected to a main body portion in which a suction port is installed through a suction hose through which a driving fan and a filter installed inside the vacuum motor are installed. By allowing foreign substances such as dust and the like introduced through the suction port of the main body to rotate into the filter through the suction hose, it is possible to easily suck the dust of the room.

On the other hand, after cleaning the room through the vacuum cleaner as described above, when cleaning the room cleanly, the motor is installed on the handle, and through this and the rod is installed on the bottom of the main body of the steam generator connected through the straw to install the steam of the steam generator It cleans the room by pushing while supplying steam to the rag.

Conventional steam cleaners associated with this technique are known from the Republic of Korea Patent Publication No. 10-401327.

That is, in the technical configuration, as shown in Figs. 1 and 2, the steam outlet 3 is formed on the upper surface of the main body 10 in which the mop 2 is installed on the bottom surface, and the partition 4 is interposed therebetween. A heating chamber 20 in which the water supply chamber 5 and the cover 30 are installed is installed, and a heater 40 is installed on a bottom surface of the heating chamber 20, and one side of the heating chamber 20 is the electric heater ( The sensor box 42 for turning on and off the operation of the 40 is installed, and the water tank 60 is installed inside the cover 50 to which the rod 6 is connected to be installed to surround the heating chamber 20. On the other hand, a separate suction port 70 is installed in front of the main body 10 is made of a configuration in communication with the storage unit 80 is installed in the push rod 6 through the transfer pipe (71).

Therefore, after filling the water tank 60 installed inside the cover 50, which is extended to the push rod 6, the heater of the heating chamber 20 in the case of supplying power by plugging the connection wire into the cord of the room ( 40) The steam generated by the heating is supplied to the mop 2 through the steam outlet (3) to clean the room, the drive motor (not shown) installed in the rod (6) to remove foreign matters such as dust in the room After operating the inlet dust through the inlet 70, it is to be stored in the storage unit (80).

However, the conventional steam cleaner as described above has a separate bucket 60 and a partition wall during steam generation operation through the electric heater 40 of the heating chamber 20 installed inside the cover 50 of the main body 10. The sensor box 42 and the heater 40 must be connected via (4), and a separate supply pipe for connecting the water tank and the heating chamber must be installed, and the structure becomes complicated. 10) of course, the size is increased, accordingly, there is a disadvantage that is difficult to manufacture and install accordingly.

In particular, when removing foreign matters such as dust in the room, a relatively heavy weight driving motor and a driving fan, a filter, etc., to be installed in the rod rod 6 are provided, so that the weight of the rod rod, which is a handle, becomes heavy. There is a big problem in that it is impossible to remove foreign substances such as real dust, and can only be used for the purpose of simply pushing the mop by steam supply.

On the other hand, recently, a water tank is installed inside the main body of the cleaner, and the water supply pipe is addressed to the venturi pipe to one side, and the water supply pipe is installed at the water supply pipe, and steam is injected through the injection hole by the instantaneous heating of the heating wire. A steam generator for spraying steam cleaner is known from Korean Patent No. 10-0404114.

That is, the technical configuration of the water tank 22 for storing the water 21 is disposed inside the main body of the cleaner, as shown in Figure 3, the water tank 22 on one side of the water 21 A water supply pipe 23 for discharging is connected and installed, and a heating wire 24 is wound around the water supply pipe 23 for heating the water 21 supplied instantaneously, and water is provided at an end of the water supply pipe 23. Venturi (27) and an injection port (25) are installed at the rear of the Venturi tube (27) for inhaling and injecting the exhaust gas, and the exhaust reflux tube (26) is orthogonal to the end of the water supply (23). It consists of a configuration that is communicated through the communication.

Therefore, after the water 21 filled in the water tank 22 inside the cleaner body is instantaneously converted into steam by the hot wire 24 through the water supply pipe 23, the steam is discharged from the exhaust reflux pipe 26. It is discharged in the state of steam through the venturi tube 27 and the injection port 25 by the blow air pressure.

However, the steam generator of the steam cleaner as described above, as well as providing a separate exhaust reflux pipe 26 and the air control valve 28 for injecting steam by sending air from the cleaner motor, the outside of the cleaner body The venturi tube 27 and the injector 25 communicated with the venturi tube 27 are installed to discharge the furnace steam, which not only complicates the structure, but also vacuum, which absorbs foreign substances such as dust, in addition to cleaning by simple steam injection. Since it is impossible to perform steam cleaning together with cleaning, there are many problems such as deterioration of the cleaning work efficiency.

The present invention has been made to improve the conventional problems as described above, the object of which is to easily and conveniently absorb foreign matters such as dust in the room through the suction port of the vacuum cleaner, while at the bottom of the body portion integrally By supplying steam to the installed mop by the heat generated by the high-frequency induction generator, it can clean the room cleanly, and it performs the steam cleaning together with the vacuum cleaning at the same time to increase the cleaning work efficiency. It is to provide a steam combined vacuum cleaner by a high frequency induction heating that can be easily installed.

As a technical means for achieving the above object, the present invention, the steam discharge hole is formed in the main body of the vacuum cleaner in which the mop is installed on the bottom surface, the steam in which the water receiving unit for heating the water is installed inside the main body In the vacuum cleaner,

A main part provided with a suction port communicating with the suction pipe of the vacuum cleaner in front and having a water receiving part filled therein with water;

A high frequency induction heating unit installed below the water storage unit to convert input power from a generator into a high frequency and generating heat by speeching the high frequency generator and the magnetic force generating coil;

An induction heating device installed to heat the plurality of filling water inside the water accommodating part by heating of a magnetic force generating coil;

A water inlet is provided in the upper portion of the water storage unit, and a steam passage is installed in the upper center of the water storage unit to be installed downward toward the outside of the water storage unit, and the lower portion of the steam passage is horizontally formed at the bottom of the main body. A steam supply communicating with the inlet; And

A plurality of steam inlet is formed on the bottom of the steam inlet, the steam discharge hole which is installed to discharge the steam in the mop installed on the bottom of the main body portion; by providing a combined vacuum cleaner by high frequency induction heating All.

In addition, the present invention is characterized in that the drive motor and the filter unit is installed therein so that the suction port of the cleaner body portion communicates with the hose via the suction pipe.

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

Figure 4 is a schematic configuration diagram of a steam combined vacuum cleaner by high frequency induction heating according to the present invention, Figure 5 is a schematic cross-sectional view of the main body portion of the steam combined vacuum cleaner according to the present invention and Figure 6 is the subject innovation The main part structure diagram showing the steam supply unit by the high frequency induction heating of the steam outlet hole 130 is formed in the main body portion 120 of the vacuum cleaner 100 in which the mop 110 is installed on the bottom, and the main body portion ( 120, the water receiving unit 140 is filled with water is installed.

In the main body 120 of the vacuum cleaner 100, a suction port 160 communicating with the suction pipe 150 is installed at the front, and a water storage unit 140 in which water is filled in the main body 120. ) Is installed.

A high frequency generator 200 for converting an input power source (not shown) from a generator into a high frequency is installed below the water storage unit 140, and the high frequency generator 200 and the magnetic force generating coil 210 are speeched to generate heat. High frequency induction heating unit 220 to be installed.

In this case, a plurality of induction heaters 230 are installed inside the water accommodating part 140 to heat the water filled by being heated by the magnetic force generating coil 210.

Meanwhile, a water injection hole 180 is formed in an upper portion of the cover portion 170 installed above the water storage unit 140, and a steam passage 190 is protruded in the center of the water storage unit 140. After installed downward to the outside, the steam supply unit 190 having a lower portion of the steam passage 190 communicates with the steam inlet 240 formed horizontally at the bottom of the main body 120.

Subsequently, the steam inlet 240 has a plurality of vapor discharge holes 130 formed at the bottom thereof, and is installed to discharge steam to the mop 110 installed on the bottom of the main body 120.

In addition, the suction port 160 of the main body 120 communicates with the cleaner main body 270 in which a driving motor and a filter unit (not shown) are installed inside the hose 260 via the suction pipe 150. Consists of the configuration.

Referring to the operation and effects of the present invention made of such a configuration as follows.

As shown in FIGS. 4 to 6, the mop 110 is disposed on the bottom of the vacuum cleaner 100 by vacuum suctioning foreign substances such as dust through the main suction unit 160 of the main body 120. By heating the induction heating unit 230 inside the water storage unit 140 through the high frequency induction heating unit 220 installed inside the main body 120 of the vacuum cleaner 100 to be installed, through the induction heating unit 230 The steam generated by the heating of the water is supplied to the mop 110 installed on the bottom of the cleaner through the steam inlet 240 to clean the indoor floor with a mop.

As shown in FIG. 6, the water storage unit 140 has a water injection hole 180 formed at an upper side of the cover unit 170, which is installed to be opened and closed to the upper side of the water storage unit 140. The inside of the accommodating part 140 may be easily filled. At this time, after the steam passage 190 is spoken at the upper center of the water accommodating part 140, one end of the steam passage 190 may be filled with the water accommodating part ( 140 is installed downward downward to communicate with the steam inlet 240, the lower end of which is formed horizontally on the bottom of the main body 120, the steam (steam) generated from the water storage unit 140, It can be supplied to the lower steam inlet 240 of the body portion 120 along the steam passage 190.

Subsequently, as shown in FIG. 5, the steam inlet 240 has a plurality of vapor discharge holes 130 formed at the bottom thereof, and thus, the mop 110 mounted on the bottom of the main body 120. By the steam supplied through the discharge hole 130 is always in the wet state will be able to clean the room.

On the other hand, the water filled in the water receiving unit 140, the commercialization of the input power (not shown) through the high frequency generator 200 is installed in the high frequency induction heating unit 220 below the water receiving unit 140. By converting the frequency (60Hz) to a high frequency (240Hz) in the motor, by generating a high magnetic force through the magnetic force generating coil 210 to be addressed, a plurality of metal induction heater 230 is installed inside the water receiving unit 140. In this case, high heat is generated, thereby heating steam in the water accommodating part 140 to generate steam.

In addition, in front of the main body portion 120 of the vacuum cleaner 100, the suction port 160 which communicates with the suction pipe 150 of the vacuum cleaner is installed so that the main body portion 120 is pushed by hand. By the foreign matter flows into the suction pipe 150 through the suction port 160, such as dust, and the like through the hose 260 to the cleaner body 270 is provided with a drive motor and a filter unit (not shown) While performing the vacuum cleaning operation is discharged, at the same time can easily wipe the room through the mop supplied with steam.

As described above, according to the steam combined vacuum cleaner according to the high frequency induction heating of the present invention, it is possible to easily and conveniently absorb foreign substances such as dust in the room through the suction port of the vacuum cleaner, which is installed at the bottom of the main body integrally therewith. By supplying steam to the mop by the heat generated by the high frequency induction generator, it can clean the room cleanly, and also performs the steam cleaning together with the vacuum cleaning to increase the cleaning work efficiency, and the simple structure makes it easy to manufacture and install. There is an excellent effect that can be easily made.

Although the present invention has been illustrated and described in connection with specific embodiments, it should be understood that the present invention may be variously modified and changed without departing from the spirit or the scope of the present invention provided by the following claims for utility model registration. Those skilled in the art will want to know easily.

Claims (2)

A steam discharge hole 130 is formed in the main body 120 of the vacuum cleaner 100 in which the mop 110 is installed on the bottom, and the water receiving unit 140 for heating water is formed in the main body 120. In the steam cleaner is installed, A main body 120 having a suction port 160 communicating with the suction pipe 150 of the vacuum cleaner 100 installed at a front side thereof and having a water receiving unit 140 filled with water therein; A high frequency generator 200 for converting an input power into a high frequency from a generator is installed below the water storage unit 140, and the high frequency generator 200 and the magnetic force generating coil 210 are speeched to generate heat. Part 220; Induction heating unit 230 is installed so that the plurality of water filled in the water receiving portion 140 is installed by the heating of the magnetic force generating coil 210 to be heated; A water injection hole 180 is provided at the upper cover part of the water storage unit 140, and a steam passage 190 is protruded in the upper center of the water storage unit 140 to be installed downward downward of the water storage unit 140. The steam supply unit 250 which communicates with the steam inlet 240 formed horizontally at the bottom of the main body 120 is provided at the lower end of the steam passage 190; And A plurality of steam inlet portion 240 is formed on the bottom, the steam outlet hole 130 is installed to discharge the steam in the mop 110 installed on the bottom of the main body portion 120; high frequency characterized in that it comprises a Combined vacuum cleaner with induction heating. The suction port 160 of the main body unit 120 communicates with the cleaner main body 270 in which the driving motor and the filter unit are installed inside the hose 260 via the suction pipe 150. Combined vacuum cleaner by high frequency induction heating characterized in that.

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