JP3087213U - Steam / Electric cleaning device - Google Patents

Abstract

(57) [Problem] To provide a steam / electric cleaning device capable of efficiently and easily removing sticky stains and dirt by spraying high-pressure steam onto a surface to be cleaned. The present invention includes a head case unit, an air / water separator, and at least one external connection unit. The head case unit includes an electric steam generator, an electric suction blower, Steam containing 13 /
The present invention relates to an electric cleaning device. Electric suction blower 13
Has a suction part and an exhaust part. Air / water separator 2
Is disposed above the suction portion of the electric suction blower 13 to guide the flow of air and collect condensed water. The external connection unit 3 includes a male connector, and the steam suction port and the air suction port are respectively connected to the electric steam generator 12 and the air /
It is linked with the suction unit of the water separation device 2.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vacuum cleaner, and more particularly, to a steam vacuum cleaner capable of spraying high-pressure steam onto a cleaning surface and having an air / water separator.

[0002]

[Prior art]

 Vacuum cleaners usually have an electric suction blower that creates negative pressure and sucks or collects dust, hair, and small, light particles remaining on the surface to be cleaned, such as floors, carpets, and furniture. Have. In addition, conventional wet vacuum cleaners not only collect small and light particles, but can also remove water and wet dirt.

[0003]

[Problems to be solved by the invention]

 However, if the surface to be cleaned is dirty or sticky or the stain itself is sticky or sticky, it can be effectively and efficiently cleaned in both dry and wet electric cleaners It is not known to have any function.

[0004]

[Means for Solving the Problems]

 The steam / electric cleaning device of the present invention includes a head case portion, an air / water separation device, and an external connection portion. The head case portion includes a head case storage portion, an electric steam generator, and an electric suction device. A blower section, wherein the head case storage section forms a hollow section, the electric steam generator is disposed in the hollow section of the head case storage section, and further includes a boiler and an electric heater. The boiler is provided for receiving water, the electric heater is arranged at the bottom of the boiler, and heats the water contained in the boiler to generate steam. Through the steam exhaust seal sleeve, which protrudes out of the head case storage section, and the electric suction blower section creates a negative pressure to suck in air. A suction blower and an electric motor, the suction blower includes an air suction port and an air exhaust port, and creates a flow of air; The upper portion is a suction portion, the lower portion of the air exhaust port is an exhaust portion, the electric motor is provided to drive the suction blower, and the air / water separation device is The external connection unit is disposed above the suction unit of the electric suction blower unit, separates and collects condensed water from the sucked air, and the external connection unit includes a male connector having a steam connector and a suction port, The connector and the suction port are connected to the steam discharge seal sleeves of the electric steam generator and the suction part of the air / water separator, respectively. It is characterized in.

[0005] In addition to the above configuration, the steam / electric cleaning device according to the present invention, the air / water separation device includes a U-channel connector, a first cyclone chamber, a second cyclone chamber, and a receiving chamber. The U channel connector includes a U channel connection body, a steam nozzle insertion port, and an air suction pipe, and the steam nozzle insertion port and the air suction pipe are connected to the steam connector and the suction port of the external connection section. The steam nozzle insertion port is linked to the steam discharge seal sleeve of the head case section so as to be separable, and the air suction pipe is connected to the above-described air suction pipe. It extends from the U-channel connection body to the first cyclone chamber and works in conjunction with the air guided to the first cyclone chamber. The second cyclone chamber is arranged in a suction section above the first cyclone chamber, and generates convoluted water floating in the air induced by centrifugal force. The receiving chamber is provided in the suction portion below the second cyclone chamber in conjunction with the second cyclone chamber, and the direction of flow of the air guided therein is changed in conjunction with the second cyclone chamber. It is characterized in that it is inserted and connected to the air suction port of the electric suction blower.

[0006] In addition to the above configuration, the steam / electric cleaning device of the present invention includes a first power switch and a second power switch for controlling respective power supplies of the electric steam generator and the electric suction blower. And a power switch.

[0007] In the steam / electric cleaning device of the present invention, in addition to the above configuration, the electric steam generator includes a steam control valve, and the steam control valve is provided between the boiler and the steam pipe. It is arranged and controls the steam flowing from the boiler to the steam pipe, and is operated by a steam injection push button arranged at the center of the head case storage section.

[0008] In the steam / electric cleaning apparatus of the present invention, in addition to the above configuration, the external connection portion is a steam-air hose set portion including an outer pipe, an inner pipe, a male connector, and a female connector. The outer tube and the inner tube are flexible and coaxially arranged, and the male connector is adapted to be received within the U channel connector of the air / water separator. A suction port and a steam connector, which are provided at one end of the external pipe and are respectively linked to the air suction pipe and the steam nozzle insertion port of the air / water separation device; A connector is provided at the other end of the inner tube and the outer tube, and forms an open connection head for receiving the male connector in cooperation with the outer tube. A steam connection head having a p-shape is provided inside the female connector for connecting to the steam connector of the male connector.

[0009] In the steam / electric cleaning device of the present invention, in addition to the above configuration, the external connection portion is a steam-air cleaner portion including a hollow cleaner body and an internal pipe, and The cleaner body includes a large end portion and a small end portion, and has a hollow portion inside thereof serving as an outer pipe through which the guided air passes. The end is formed with an elongate slit so as to cooperate with the inside of the hollow cleaner body, and the elongate slit is provided at one extending end for wiping or scraping a horizontal smooth surface to be cleaned. A rubber scraper blade, the small end forming a U-channel male connector which is received in a tight fit within the U-channel connector of the air / water separator; The male connector further includes a suction passage and a steam connector that are linked to the air suction pipe and the steam nozzle insertion port of the air / water separation device, respectively, and the internal pipe includes the hollow cleaner. The steam inlet includes a steam inlet and a plurality of steam outlets. The steam inlet is connected to the steam connector of the male connector, and the steam outlet is connected to the steam outlet. It is characterized by being regularly distributed along the elongated slit, and being arranged so as to pour steam along the elongated slit.

[0010] In the steam / electric cleaning apparatus of the present invention, in addition to the above configuration, the external connection portion is a steam-air injection element having two ends, and a nozzle is formed at one end. On the other hand, a male connector is formed inside the U-channel connector of the air / water separator so as to be received in a slightly fitted state, and the male connector includes a steam connector. And an internal steam pipe arranged inside the steam injection element for pouring steam from the boiler into the nozzle.

According to the steam / electric cleaning device of the present invention, a head case, an air / water separation device, and at least one external connection portion are provided. Generator and electric suction blower are included. The blower has a suction part and an exhaust part. The air / water separator is located above the suction part of the air blower to guide the air flow and collect the condensate. The external connection includes a male connector with a steam connection port and an air suction port that work with the suction section steam generator and the steam generation section of the air / water separator, respectively.

In accordance with the present invention, high pressure steam is applied directly to the surface to be cleaned to assist in removing or cleaning dirt, sticky stains and dust from the surface to be cleaned. It is possible to provide a steam / electric cleaning device capable of injecting wind and absorbing and collecting moisture and condensed water generated by the injection of dirt and steam separated from a surface to be cleaned.

Further objects, advantages, configurations, and features of the present invention will become apparent from the following description with reference to the accompanying drawings shown below.

[0014]

[Embodiment of the invention]

 According to the embodiment, the steam / electric cleaner of the present invention will be described as follows. As shown in FIGS. 1 to 3, the steam / electric cleaner of the present invention includes a head case unit 1, an air / water separation device 2, and at least one external connection unit 3. The head case section 1 includes a storage section 11, an electric steam generator 12 and an electric suction blower section 13 included in the storage section 11.

As shown in FIGS. 1 and 3, the storage section 11 includes a left half 111 and a right half 112 symmetrical to each other. In addition, a hollow portion for providing the electric steam generator 12 and the electric suction blowing unit 13 is formed in the storage unit 11. The storage section 11 has a suction port 113 formed at the front thereof and a plurality of exhaust ports 114 formed near the front thereof. The two wheels 115 are arranged at the center of the rear end of the storage unit 11. The ventilation port 117 is provided in the upper rear part of the storage unit 11.

As shown in FIGS. 3 and 4, the electric steam generator 12 mainly includes a boiler 121 and an electric heater (not shown). The boiler 121 is a pressure vessel including an upper tank 1211 and a lower tank 1212. The upper tank 1211 and the lower tank 1212 sandwich a sealing gasket 1213 therebetween, and are preferably made of cast aluminum, and are assembled by a plurality of bolts (not shown).

The upper tank 1211 has a water supply port 12111 enclosed by a screw-fixed water supply enclosure 1214 at an upper portion thereof. The enclosing part 1214 extends to the outside of the vent 117 of the storage part 11 (see FIG. 5A).

An electric heater (not shown) is disposed at the tip of the boiler 121 to warm water contained in the boiler 121, and generates high-pressure, high-temperature steam. The electric heater is independently supplied with power by an independent switch (not shown). It is preferable that the upper tank 1211 and the lower tank 1212 are covered with an upper shield 1215 and a lower shield 1216 made of a heat insulating material.

As shown in FIGS. 4, 5A and 5B, the boiler 121 is provided with a steam control valve 1217 at an upper portion thereof. The control valve 1217 controls the flow of steam that sends steam generated by the boiler 121 to the steam pipe 1218. The steam control valve 1217 is operated by a push button 118 arranged in the center of the storage section 11 in conjunction with the push rod 119. The push rod 119 is arranged so as to slide inside a hollow handle 116 and a lever 1219 arranged at the center of the storage section 11. The lever 1219 controls opening of the steam control valve 1217. The steam control valve 1217 has elasticity, and is maintained in a normally closed state by a compression spring 1220. The steam pipe 1218 has two ends, one of which is connected to the control valve 1217, and the other of which is connected to a steam discharge seal sleeve 120 which projects outside the front end of the storage section 11.

As shown in FIG. 2, FIG. 3 and FIG. 5A, the electric suction sending section 13 includes a suction blower 131 and an electric motor 132, and the suction blower 131 is, specifically, a storage section. This is a radial blower having a central suction port 1311 at a position corresponding to the 11 suction ports 113. The suction blower 131 having a radial periphery forms a plurality of exhaust ports 131 corresponding to the exhaust ports 114 of the storage unit 11. The electric motor 132 is connected coaxially and drives the suction blower 131. Further, power is independently supplied by a separate switch (not shown).

As shown in FIG. 2, the air flowing upstream of the suction blower 131 flows toward the suction port in front of the suction unit, and the air flowing downstream of the suction blower 131 flows to the rear of the exhaust unit. It flows toward a certain exhaust port 1312.

As shown in FIGS. 2, 3, and 6, the air / water separator 2 includes a U-channel connector 21, a first cyclone chamber 22, a second cyclone chamber 23, and a receiving chamber 24. . U channel connector 21 includes a main body 211, a steam nozzle insertion port 212, and an air suction pipe 213.

The main body 211 is provided at a position corresponding to the steam discharge seal sleeve 120 arranged in the storage section 11. The steam nozzle insertion opening 212 has a first end 2121 and a second end 2122. The first end 2121 extends to the outside of the main body 211 for removing and fixing the seal sleeve 120. The second end 2122 has a tapered shape and extends along the main body 211.

The air suction pipe 213 extends from the main body 211 to the side of the first cyclone chamber 22. The suction passage 2131 is formed where the air suction pipe 213 and the main body 211 intersect. The air suction tube 213 has a free end and forms a discharge passage 2132. The discharge passage 2132 guides and advances the humid air to blow to the side opposite to the inner wall of the first cyclone chamber 22. This promotes the concentration of moisture in the induced humid air and increases the flow of air in the first cyclone chamber 22 by removing small droplets of water floating from the air induced by the centrifugal force caused by the high-speed rotation. Can be separated.

The second cyclone chamber 23 is located downstream of the first cyclone chamber 22 at the suction portion, and is separated from the first cyclone chamber 22 by a partition wall 231. The partition wall 231 is formed with two ventilation ports 2311 so as to fluidly link the first and second cyclone chambers 22 and 23. The second cyclone chamber 23 has a rectangular conduit 232 for directing a flow of air from the second cyclone chamber 23 to the receiving chamber 24. Prior to passing through the rectangular conduit 232, the flow of air in the second cyclone chamber 23 changes flow direction and creates a rotation that separates and collects suspended water droplets in the concentrated air stream.

The receiving chamber 24 is provided downstream of the second cyclone chamber 23 in the suction part. Thereby, it can be fixed in contact with the opposite side of the storage section 11, and can be embedded and fixed in the suction port of the electric suction blower 13. When power is supplied to the electric suction blower 13, air is sucked, and the air sucked from the suction passage 2131 through the discharge passage 2132, the ventilation port 2311, the long conduit 232, and the suction port 1311 is removed. After passing through the first cyclone chamber 22, the second cyclone chamber 23, and the receiving chamber 24 sequentially, the air is guided to the electric suction blower 13. The conduit filter 241 is disposed in the receiving chamber 24 for separating floating dust contained in the sucked air.

The second cyclone chamber 23 further has a water outlet 234. Water outlet 234 drains or removes water collected in air / water separator 2. The air / water separator 2 has a hook 233 fixed at the upper part and a fastener (not shown) at the lower part which can be closed again. Thus, the front end of the storage section 11 and the air / water separator 2 are fixed (see FIGS. 1 and 2).

As shown in FIGS. 2 and 7, the external connection portion 3 includes a steam-air hose set portion 31, a steam-air window cleaner portion 32, a steam-air brush portion 33, a steam-air broom portion 34, Various structures, such as a steam-air injection element 35 and a steam iron section 36, can be employed depending on special functions and applications.

As shown in FIGS. 2 and 7, the steam-air hose set part 31 includes an outer tube 311, an inner tube 312, a U-channel male connector 313, and a U-channel female connector 314. The outer tube 311 and the inner tube 312 are flexible hoses extending coaxially. The U-channel male connector 313 is disposed at one end of the outer tube 311 and the inner tube 312 so as to be received in the U-channel connector 21 of the air / water separator 2 in a slightly fitted state. It is configured.

The male connector 313 forms an air suction port 3131 corresponding to the suction passage 2131 of the air / water separator 2 so that the external pipe 311 is fluidly linked with the first cyclone chamber 22. The male connector 313 further includes a steam connector 3132. The steam connector 3132 corresponds to the second end 2122 of the steam nozzle insertion port 212 and is connected to the end of the inner pipe 312. Thereby, it can be fixedly connected to the second end 2122 of the steam nozzle insertion opening 212, and the steam can be poured toward the inner pipe 312.

The U-channel female connector is configured to be received in the male connector 313 with a slight interference fit. Further, an open connection head 3141 is formed so as to be fluidly linked with the external pipe 311. The female connector 314 has a tapered steam connection head 3142 therein for securing the steam connector 3132 of the male connector 313.

The external connection part of the present invention can also have the configuration of the steam-air window cleaner part 32 as shown in FIGS. 7 and 8. The steam-air window cleaner section 32 includes a hollow cleaner body 321 and an inner pipe 322. The hollow cleaner body 321 includes a large end 3211 and a small end 3212, inside of which a hollow is formed which acts as an outer tube through which the guided air passes. At the small end 3212, a male connector 323 similar to the male connector 313 as shown in FIGS. 2 and 7 is formed. As a result, it can be received inside the U-channel connector 21 or inside the U-channel female connector 314 of the steam / air hose set portion 31 as shown in FIG. The male connector 323 forms a suction passage 3231 that fluidly interlocks with the first cyclone chamber 22 and the external pipe 311 of the steam-air hose set 31.

The large end 3211 of the cleaner body 321 forms an extension slit 3213 that is fluidly linked to the inside of the hollow cleaner body 321. Thereby, the surrounding air can be sucked and can pass through the suction passage 3231. The extension slit 3213 has a rubber scraper blade 3214 at one extending end for wiping or scraping a horizontal, smooth surface of an object such as a glazing. The inner pipe 322 is disposed inside the hollow cleaner body 321 so as to include the steam inlet 3221 and the plurality of steam outlets 3222.

The steam inlet 3221 is connected to the steam connector 3232 of the male connector 323. A steam outlet 3222 is provided regularly along the elongate slits 3213 for spraying steam on the glazing plate to assist the rubber 3214 on the glazing plate in wiping and scraping. Lined up. The wiped dirt and / or condensed water on the glazing plate can pass through the extension slit 3213, the outer tube, and the suction passage 3231 and be sucked into the remote air / water separator 2. Thus, the air / electric cleaner of the present invention can wipe and clean large, flat surfaces as smooth and smooth as building curtains without breaks.

Similarly, the external connection part of the present invention may have a configuration of a steam-air brush part 33 as shown in FIG. The steam-air brush portion 33 is provided with a male connector 333 for connecting to the U-channel connector 21 of the water / air separation device 2 and a female connector for connecting to the steam / air hose set portion 31 shown in FIG. It is equipped with. The male connector 333 forms a suction passage 3331 and a steam connector 3332. The suction passage 3331 is modified to connect to the female connector 314 of the steam / air hose section 31 and the U channel connector 21 of the air / water separation device 2 to suck and guide air into the air / water separation device 2. Have been. The steam connector 3332 is modified so that a steam inner pipe (not shown) can be fixed inside the steam / air hose set section 31 to guide steam to the large end of the steam / air brush section 33. I have. The large end of the steam / air brush section 33 is provided with a bristled brush to remove dirt adhering on the object to be cleaned.

The external connection part of the present invention may have a configuration of a steam-air injection element 35 as shown in FIG. The steam-air injection element 35 has two ends, a nozzle 351 is formed at one end, and the U-channel connector 21 and the female connector 314 of the steam / air hose set section 31 are formed at the other end. An improved male connector 352 is provided for mating. The male connector 352 has an internal steam pipe (not shown) that is fluidly linked with the nozzle 351 so that steam can be applied from the nozzle 351 and the jet of steam can be intensively injected into the surface to be cleaned from the nozzle 351. To form a steam connector (not shown) for connection to the. This makes it possible to effectively and easily remove sticky dirt such as oil and sticky dirt.

Since the electric steam generator 12 and the electric suction blower 13 are independently supplied with power by two switches (not shown), the user of the steam / electric cleaning apparatus according to the present invention can use the electric power as needed. , The dust suction function and the steam injection function can be used singly or simultaneously.

When power is supplied to the electric suction blower 13 to operate the dust suction function independently, the steam / electric cleaning device of the present invention is very similar to a normal electric vacuum cleaner. When power is supplied to the electric steam generator 12 to operate the steam injection function independently, when the steam injection push button (see FIGS. 2, 5 (a) and 5 (b)) is pressed, the push rod 119 is pressed. The lever 1219 works together to control the valve passage of the steam control valve 1217. As a result, the steam pipe 1218, the steam nozzle insertion port 212, and the steam-air hose set section 31, the steam-air window cleaner section 32, the steam-air brush section 33, and the steam-air broom 34 as shown in FIG. High-pressure steam is generated by the steam generator 12 on the surface to be cleaned via external connections, such as a steam-air injection element 35 and a steam iron 36.

When power is supplied to the electric steam generator 12 and the electric suction blower 13 simultaneously, the steam injected into the surface to be cleaned, the condensed water of the injected steam, the dirt separated from the surface to be cleaned by the steam, and the injected All the moisture (humidity) created by the generated steam is sucked and guided to the air / water separator 2. As a result, the steam can be used effectively and easily to clean the surface of an object, and then the steam can be removed. Furthermore, in the steam driving section used for cleaning, the indoor space does not contain moisture.

Due to the equipment of the air / water separator 2, the dust accumulated in the dust filter 241 is suction blower 131 (FIG. 2) so that the possibility that the condensed water and the obstacle of the dust filter are mixed with each other is minimized. Before entry, most of the water and moisture of the steam and the moist air are removed.

It should be noted that the specific embodiments or examples made in the section of the best mode for carrying out the present invention clarify the technical contents of the present invention to the last. The present invention should not be construed as being limited to only specific examples, but can be implemented with various modifications within the spirit and scope of the present invention.

[0042]

[Effect of the invention]

 According to the steam / electric cleaning device of the present invention, a head case portion, an air / water separation device, and at least one external connection portion are provided, and a storage portion, an electric steam generator and An electric suction blower is included. The blower has a suction part and an exhaust part. The air / water separator is located above the suction part of the air blower to guide the air flow and collect the condensate. The external connection includes a male connector with a steam connection port and an air suction port that work with the suction section steam generator and the steam generation section of the air / water separator, respectively.

Therefore, high-pressure steam is blown directly onto the surface to be cleaned to assist in removing or cleaning dirt, sticky stains and dust adhering to the surface to be cleaned. And a steam / electric cleaning device capable of absorbing and collecting moisture and condensed water generated by the spray of dirt and steam separated from the surface to be cleaned. To improve cleaning efficiency and ease of operation, use high-pressure steam that can be sprayed directly on the surface to be cleaned.The high-pressure steam is used as a suction part of the blower to remove sticky stains and dirt. This has the effect that it can be used to heat the surface by being connected.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an external connection portion separated from a steam electric cleaning device in the steam electric cleaning device according to the embodiment of the present invention.

FIG. 2 is a sectional view and a schematic view showing the structure and operation of the steam electric cleaning device according to the embodiment of the present invention.

FIG. 3 is an exploded view of the steam electric cleaning apparatus of FIG. 1 without an external connection.

FIG. 4 is an exploded view of the electric steam generator according to the present invention.

FIG. 5 is a cross-sectional view of the steam electric cleaning apparatus according to the present invention, and FIG. 5 (a) is a cross-sectional view showing a state in which steam generated by the electric steam generator normally has a closed valve and is not transmitted to the boiler. is there. (B) is a cross-sectional view showing a state in which steam generated by another electric steam generator does not communicate with the boiler when the normal valve is closed.

FIG. 6 is an exploded view of the air / water separator according to the present invention.

FIG. 7 is a sectional view of another steam electric cleaning apparatus according to the present invention, which includes a steam-air hose set section, a steam-air window cleaner section, a steam-air brush section, a steam-air broom, and a steam-air injection element. FIG. 2 is a cross-sectional view of a steam electric cleaning device to which an external connection unit such as a steam iron unit and the like can be connected.

FIG. 8 is an exploded view showing a structure of a steam-air window cleaner which is one of the external connection parts according to the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Head case part 2 Air / water separation device 3 External connection part 11 Storage part (head case storage part) 12 Electric steam generator 13 Biography suction blower part 120 Steam discharge seal sleeve 121 Boiler 131 Suction blower 132 Electric motor 1218 Steam pipe 1311 Suction port (air suction port) 1312 Exhaust port (air exhaust port)

Claims (7)

[Utility model registration claims] 1. A head case, an air / water separator,
An external connection part, the head case part includes a head case storage part, an electric steam generator, and an electric suction blower part, the head case storage part forms a hollow part, and the electric steam generator Is disposed in the hollow portion of the head case storage section, and includes a boiler and an electric heater. The boiler is provided to fill water, and the electric heater is disposed at a bottom of the boiler. At the same time, the water contained in the boiler is heated to generate steam, and the steam is poured into a steam discharge seal sleeve projecting out of the head case housing portion through a steam pipe, and the electric suction air The unit is located in the hollow part of the head case storage unit to create negative pressure for sucking air, and the suction blower and electric motor The suction blower includes an air suction port and an air exhaust port, and creates a flow of air.The upper part of the suction blower is a suction part and the lower part of the air exhaust port Is an exhaust unit, the electric motor is provided to drive the suction blower, and the air / water separator is disposed above the suction unit of the electric suction blower and sucks air. Separating and collecting condensed water from air, the external connection unit includes a male connector having a steam connector and a suction port, wherein the steam connector and the suction port are respectively the electric steam generator and the air / water. A steam / electric cleaning device, which is connected to said steam discharge seal sleeve with said suction part of a separating device. 2. The air / water separator includes a U-channel connector, a first cyclone chamber, a second cyclone chamber, and a receiving chamber, wherein the U-channel connector includes a U-channel connection body,
A steam nozzle insertion port and an air suction pipe are included, and the steam nozzle insertion port and the air suction pipe are connected to the external connection section so as to interlock with the steam connector and the suction port of the external connection section. The steam nozzle insertion opening is interlocked with the steam discharge seal sleeve of the head case so as to be separable, and the air suction pipe extends from the U channel connection body to the first cyclone chamber. In conjunction with
A vortex is generated in the air guided to the first cyclone chamber to separate condensed water floating in the air induced by centrifugal force. The second cyclone chamber is a suction unit at an upper part of the first cyclone chamber. And, in conjunction with the first cyclone chamber, changes the flow direction of the air guided therein, and the receiving chamber is provided in the suction part below the second cyclone chamber, 2. The steam / pump according to claim 1, wherein the air suction port of the electric suction blower is inserted and connected in conjunction with the second cyclone chamber. 3.
Electric cleaning device. 3. The apparatus according to claim 1, further comprising a first power switch and a second power switch for controlling respective power supplies of said electric steam generator and said electric suction blower. 2. The steam / electric cleaning device according to claim 1. 4. The electric steam generator includes a steam control valve, wherein the steam control valve is disposed between the boiler and the steam pipe, and controls the steam flowing from the boiler to the steam pipe. 3. The steam / electric cleaning device according to claim 2, wherein the device is operated by a steam injection push button disposed at the center of the head case storage portion. 5. The outer connection section is a steam-air hose set section including an outer tube, an inner tube, a male connector, and a female connector, wherein the outer tube and the inner tube are flexible and coaxial. Wherein the male connector is provided at one end of the inner tube and the outer tube to be received within the U-channel connector of the air / water separator;
A suction port and a steam connector which are respectively linked to the air suction pipe and the steam nozzle insertion port of the air / water separation device, wherein the female connector is the other end of the inner pipe and the outer pipe. Forming an open connection head for receiving the male connector in conjunction with the external tube; a tapered steam connection head for connecting to the steam connector of the male connector; The steam / electric cleaning device according to claim 2, wherein the steam / electric cleaning device is provided inside the device. 6. The steam-air cleaner section, wherein the external connection section includes a hollow cleaner body and an inner pipe, and the hollow cleaner body includes a large end section and a small end section. In addition, a hollow portion serving as an outer tube through which the guided air passes is formed in the inside thereof, and the large end forms an extension slit so as to interlock with the inside of the hollow cleaner body. The extension slit includes a rubber scraper blade at one extending end for wiping or scraping a horizontal smooth surface to be cleaned, and the small end includes an air / water separator. Forming a U-channel male connector within the U-channel connector, the male connector being received in a slightly interference fit, wherein the male connector further comprises the air / water separator. A suction passage and a steam connector are provided so as to interlock with the pulling tube and the steam nozzle insertion port, respectively. The internal pipe is disposed inside the hollow cleaner body and has one steam inlet and a plurality of steam inlets. A steam outlet, wherein the steam inlet is connected to the steam connector of the male connector, the steam outlet is regularly distributed along the extension slit, and pours steam along the extension slit. 3. The steam / electric cleaning device according to claim 2, wherein the devices are arranged side by side. 7. The external connection is a steam-air injection element having two ends, a nozzle is formed at one end, and the U / W of the air / water separator is formed at the other end. A male connector is formed inside the channel connector so as to be received in a slightly fitted state, and the male connector has a steam connector, and is used for pouring steam from the boiler to the nozzle. 3. The steam / electric cleaning device according to claim 2, wherein the device is interlocked with an internal steam pipe arranged inside the steam injection element.