KR102420203B1 - steam mop vacuum cleaner - Google Patents

Abstract

The present invention is a steam mop vacuum cleaner, equipped with a worm gear motor on the left and right sides of the main body, a shaft having a water channel and a ventilation hole is installed on the worm gear motor shaft, a water tray is installed around the shaft, a brush is installed around the water tank bracket, and a brush is installed inside the water tank. A number of small steam chambers are formed in a radial shape, and a water tank is installed on the left and right shafts by substituting them on the water tank bracket. It is installed in between, and a collection tube equipped with a filter is installed to connect the exhaust port of the collection tube to the suction port of the vacuum fan. Clean the place and form an air circulation line by connecting the intake and exhaust port and the collecting bin. A battery is installed in the body to operate the worm gear motor, vacuum fan and LED, and a separate heater battery is installed in the handle to shorten the heater usage time When vacuuming with a steam mop at the same time, the brush of the bucket bracket sweeps the dust and foreign substances around it, the rotating brush of the intake/exhaust port centered on the left and right wet mops sweeps it to the catch port, and the compressed air from the air support of the catch port is ejected and a jet stream is generated, which traps dust and foreign substances at the trapping port due to the vortex of the air, and the air is continuously circulated without being discharged. It is beneficial to health and emotions by reducing There were problems in health and emotional vulnerability due to the spread of fine dust that had not been filtered out and the scattering of the existing dust through the exhaust pipe and strong noise. It is a useful invention.

Description

Steam mop vacuum cleaner{omitted}

The present invention is a steam mop vacuum cleaner with a worm gear motor on the left and right sides of the main body, a water tank equipped with a heater, and a brush attached to the periphery. It relates to vacuum cleaning with a steam mop without exhaust air by forming an air circulation line.

The conventional left and right circular rotating wet mop vacuum cleaner does not have a steam function, so it only cleans with a wet mop and vacuums at the same time. There was a problem that the fine dust that could not be filtered through the exhaust air of the vacuum cleaner spreads, the existing dust scatters with the exhaust wind, and the health and emotions are vulnerable due to the strong noise.

The present invention removes dust and foreign substances from the surrounding area with a vacuum cleaner before mopping with a steam mop vacuum cleaner, and simultaneously cleans the cleaned floor with a steam mop. The purpose is to solve the problem of health and emotional weakness due to a significant decrease.

The present invention is a steam mop vacuum cleaner, equipped with a worm gear motor on the left and right sides of the main body, a drip tray serving as a lidena around the worm gear shaft, a shaft having a water channel and a ventilation hole, a shaft mounted on the worm gear shaft, and one side Open to form a bucket bracket with a perforated center, attach a brush to the periphery with a slip ring at the top, open one side to form a shaft support at the center, and form a sloped surface around the inside of the bucket to form multiple outlets. , forming a shielding film with a slope at the bottom of the center inside the inner perimeter, and drilling multiple inlets by aligning the center with the outlet at the end of the slope to block the outlet and the left and right compartments to form a number of steam chambers, A valve is installed on the hood, a heater is installed, and it is connected to the slip ring of the water bottle bracket, and the water bottle is inserted into the water bottle bracket, inserted into the shaft and fixed with a nut. Then, it is installed between the left and right bucket brackets to connect a collection container equipped with a filter to the vacuum fan suction port, and an intake and exhaust socket is installed between the intake and exhaust port of the intake and exhaust port and the suction port of the collector to form an air circulation line. It is characterized in that it cleans even when discharging as it is wired and wireless by equipping it with a cord.

The present invention is a steam mop cleaner, and when vacuuming with a steam mop, the brush of the water bucket bracket rotates and sweeps the surrounding dust and foreign matter to the center, captures it at the intake and exhaust port, and simultaneously cleans the surrounding clean floor with a steam mop By maintaining the cleanliness of the wet mop and vacuuming with air that distributes the air circulation line, the problem of being vulnerable to health and emotions was solved by emitting fine dust without exhaust air, scattering of existing dust, and significantly reducing noise. By inserting a separate suction hose to clean high or narrow places, reducing manufacturing costs by simplifying parts and expanding the base through convenience in use, this invention is economically beneficial and very useful for export.

1 is an apparatus diagram of the present invention;
2 is a partial side view of the present invention;
Figure 3 is a water tank device of the present invention
4 is a cross-sectional view of the shaft of the present invention;
Figure 5 is a top plan view of the inside of the bucket of the present invention
6 is a side view of the handle portion of the present invention;
7 is a cross-sectional view of the handle connection socket of the present invention
8 is a side view of the wet mop of the present invention
9 is a partial cross-sectional view of the suction hose of the present invention
Figure 10 is a main body of the present invention -L bottom view

The present invention will be described in detail with reference to the accompanying drawings as follows.

A collection notification device 40' is formed on one side of the body (1), a battery retention device 41' is formed on the other side, and a shaft insertion hole is formed by drilling the left and right sides of the body (1), and the center of the body (1) is vertically aligned. A long incision is made to form an insertion hole for the intake and exhaust port 28, and a semicircle groove with a rectangular upper end is formed behind the intake and exhaust port 28 insertion hole to form an insertion groove for the vacuum fan 35, and the upper side of the body (1) A water inlet (1') is formed in the bottom of the main body (1) and a wire 26 insertion hole and a bolt adjustment hole are drilled behind the center of the body (1) to cut the left and right sides around the shaft insertion hole on the left and right of the bottom of the body (1). '"), forming a circular cavity around the inner circumference, and forming a rubber drip tray (6) with a perforated center, drilling an insertion hole on one side of the side, leaving a gap with the bottom of the main body (1), left and right drip trays Insert into the machine (1'"), insert a pipe or a water hose (7) into the insertion hole, and install a pipe or water hose (7) on the bottom of the water inlet (1') at the top of the body (1) to make a T-shaped left and right A shaft (3) that communicates with the pipe or water hose (7) of Forms a worm gear motor (2) and installs it in the shaft (3) and the drip tray (6), and forms a bucket bracket (8) with one side open and an inclined surface (9') formed on the periphery to penetrate the center and code the inside. Then, a slip ring 11 is installed on the upper end, a brush 10 is attached to the circumferential inclined surface 9', one side is opened to form a nut part and a shaft support 14 in the center, and the center of the shaft support 14 is formed. A number of water supply ports 15 and outlets 16 are formed around the upper end of the shaft support 14 by drilling the lower end and the tier narrowly, and the lower lower part narrowed by cutting the tier is widened to form a water tank 13 that forms a nut 27 space. ) and forming a slope 9 around the inside of the bucket 13, forming a number of outlets 20 around the top of the slope 9, and a slope 9 toward the center from the slope 9 around the bucket 13 ) to form a circular shielding film 17 at a distance from the outlet opening 20 on the upper periphery of the shielding film 17 A plurality of grooves are formed by aligning with the center, and an inclined surface 18 is formed at the lower end of the shielding film 17, and a plurality of inlets 19 are drilled by aligning the center with the outlet 20 at the end of the inclined surface 18, and the inlet By blocking the compartment with a partition 17' between the left and right shielding membranes 17 and the inclined surface 18 of 19 and the outlet 20, a number of steam chambers 17" with a small capacity are formed in a radial shape, It shortens the time to heat water even with voltage, forms a groove at the top of the entire partition to code the inside of the bucket 13, and forms a valve 21 with a U-shaped ring at the top to form the inlet of the shielding membrane 17 (19) Hook a ring on the upper groove to attach a valve 21 to the inlet 19 of the steam chamber 17", form a weight 22 with a head on the pin, and attach a spring 22' to the pin. By inserting the fitting pin into the inlet 19, the weight 22 is fixed to the valve 21, and the auxiliary frame 23 is attached so that the lower end is located on the upper end of the inlet 19 between the ring and the ring of the valve, and many By forming a wire 26 and a plurality of small heaters 24 of Insulation and sealing are done by wrapping with an insulator (17'), inserting an insulator (25) into the groove at the top of the partition (17'), and installing a heater (24) around each steam chamber (17"), and attaching a wire ( 26), a water outlet 13' is formed at the bottom of the water tank 13, and a nozzle 13" is inserted and attached to the outer bottom and periphery of the water tank 13 to communicate with the outlet 20, and the water tank 13 Insert into the bucket bracket (8) to fix the bucket (13) and the bucket bracket (8) with bolts, insert the shaft (3) into the bucket (13) and the bucket bracket (8), and fix it with the nut (27). 1) A carbon holder 12 is installed on the upper end to supply electricity to the slip ring 11, and an intake and exhaust port having an injection port 30 and a backing 34 formed with a capture port 32 and an intake port 33 By forming (28), the air support 31 is installed in the injection port 30 and the trapping port 32 to the injection port ( 30) is narrowed down to compress the air, and a jet stream is generated in the capture port 32 by the increased air speed to trap dust and foreign substances by a vortex phenomenon. ') and communicate the inlet 29 of the intake and exhaust port 28 to the outlet 35', and the intake and exhaust port 28 between the left and right bucket brackets 8 and the vacuum fan (35) insertion hole in the intake and exhaust port (28) and a vacuum fan (35) are installed, and a collection container (40) equipped with a filter is inserted in the collection notification device (40'), and the exhaust port of the collection tube (40) and the suction port of the vacuum fan (35) are communicated, An intake and exhaust socket 39 having an intake port on one side and an exhaust port on the other side between the intake and exhaust port 28 and the suction port of the collection tube 40 is formed to form a suction hose 56 insertion port at the upper end to connect the air circulation line. The radially formed rotary brush 36 is formed, installed at the entrance of the U-shaped rotary brush bracket 38, and the motor 37 is installed inside the rotary brush bracket 38 and connected with a belt, and the rotary brush The rotating brush bracket 38 is installed in front of the intake/exhaust port 28 so that the 36 is positioned at the air support 31 and the catcher 32, and the LED light 46 is installed in the front center of the main body 1, Attach the backing 47 to the front rim of the main body (1), form an auxiliary mop bracket 50 at the bottom rear of the main body (1), install the wheels 52 on the left and right, and attach the auxiliary mop 51 with Velcro. The ball 43 is formed to penetrate the center, and a screw is formed at the upper end to form a funnel shape, and the upper end is narrowed in a circular curve and penetrated, and the lower end is a straight cylinder, and the lower rim is a square handle bracket. By forming (42), the upper edge of the handle bracket (42) is cut left and right, and also from the center to the rear, so that the part where the screw of the ball (43) is formed is directed toward the top of the handle bracket (42) inside the ball (43) is inserted, a semicircular groove is formed at the upper end, and a horizontal pressure support part 42 ' is formed at the lower end, a wire 26 insertion hole is drilled on one side, and the ball 43 of the handle bracket 42 is inserted into the lower end, , one Form a bottom plate 42" of the mold, drill an insertion hole for the wire 26 on one side, insert it into the lower end of the pressure support part 42', make a plate spring 42'", and drill an insertion hole for the wire 26 on one side and inserted into the bottom of the bottom plate 42", a circular pressure plate 42-1 is formed, a wire 26 insertion hole is drilled on one side, and inserted into the bottom of the plate spring 42'", and a rectangular support plate is formed. (42-2) is formed, a screw is formed in the center, a wire 26 insertion hole is formed on one side, and a bolt is inserted in the center, and a pressure support part 42', a bottom plate 42", and a leaf spring 42' ") and the wire 26 insertion hole of the pressure plate 42-1, and the wire 26 insertion hole of the support plate 42-2 in a line, so that the handle bracket 42 is formed in the rear of the main body 1 It is installed on the main body 1 in line with the wire 26 insertion hole, and through the hole in the main body 1, the bolt of the support plate 42-2 is tightened to press the pressure support part 42', and the center is penetrated at the bottom. to form a connecting joint (53') forming a connecting rod (53) having a screw formed therein, and insert a support wedge (53") with a nut in the center by penetrating the left and right wedge holes in the middle of the side Insert the joint plug (53'") into which a number of plugs connected to the electric wire 26 are inserted into the connecting joint (53') and seat it on the support holder (53"). The connecting rod 53 is screwed into the ball 43 of is inserted inside the connection socket at the bottom to connect the electric wire 26 to the heater battery (44") and the switch 54, and bind the connection joint (53') to the connection socket, and connect the heater battery (44") to the top of the L(44). A handle 45 is inserted into the connection socket, a switch 54 of each mechanism and an indicator light 64 of each mechanism are installed in the grip part of the handle, and a cord wire 55 is installed to serve as both wired and wireless, and there is a space in the middle. By forming a clogged cylindrical joint 57, the intake port 58 is drilled on one side and the exhaust port 59 is drilled on the other side to form the joint (5) 7) Expand the tier at the bottom to make a cylindrical distribution part 56' that blocks the partition in a straight line with the middle partition of the joint 57, and drill the inlet 58 and outlet 59 of the joint 57 to divide the distribution part ( 56 ') and through only the suction port 58 through the blockage at the bottom of the distribution unit 56', a cylindrical suction hose 56 connection insert 62 is formed at the bottom thereof, and the minute connected to the discharge port 59 The discharge port 59 is communicated to the outside through the side of the distribution unit 56', the filter 61 is inserted inside the discharge port 59 of the joint 57, and the distribution network 60 is around the distribution unit 56'. to disperse the exhaust air and insert the suction hose 56 having the suction head 63 into the connection insertion part 62, and if necessary, attach the joint 57 of the suction hose 56 to the intake/exhaust socket 39. It is inserted to clean a narrow or high place, and an auxiliary mop bracket 50 is formed at the rear lower end to equip the wheels 52 on the left and right, and the auxiliary mop 51 is attached to the lower end with Velcro, and a center bar at the center (49) is formed with a wet mop (48) attached, and a center rod (49) is inserted into the center groove (3') of the center of the shaft (3) and attached to the bottom of the water tank (13) with Velcro, and the battery ( 41) Forming an insertion part and forming a collection barrel 40 insertion part on the other side to form a body-L 65 that forms a part of the height of the collection notification device 40' forward to form an intake/exhaust socket hole 39 on one side of the upper end ') is drilled, a water injection hole (1") is formed on the other side, a circuit board 66 is attached to the top of the inner side, and each device is connected with an electric wire 26. After fixing, insert the battery 41 module into the battery retainer 41', seal the intake/exhaust socket 39 with a stopper, seal the water inlet 1' with a stopper, and close the water outlet 13' with a stopper. It is sealed and the operating principle is explained as follows. When the switch 54 is turned on, the water tank 13 is scorched and the brush 10 sweeps the dust and foreign substances around the left and right sides of the wet mop 48 as the center, and the rotating brush 36 of the intake and exhaust port 28 installed at the center The air generated by the vacuum fan 35 flows through the circulation line, and the air compressed in the air support 31 at the injection port 30 accelerates and is ejected, causing a vortex phenomenon to trap dust and foreign substances. After collecting in the collection container 40, the air is not discharged and the air circulation line is circulated to perform vacuum cleaning, and at the same time, the water in the bucket 13 is transferred to the valve 21 by centrifugal force and the weight 22 attached to the valve ( 21) is opened and water flows into the steam chamber 17" through the inlet 19 of the shielding membrane 17, and the water in the steam chamber 17", which has a small capacity even with a low volt voltage, is heated in a short time. The steam is generated and the steam is wetted on the wet mop 48 through the nozzle 13", the floor is sterilized, the mop is cleaned, and when the water tank 13 stops rotating, the valve 21 is closed by the spring 22'. The auxiliary frame 23 between the ring and the ring of the valve 21 is supported by the auxiliary frame 23 when the water rises upward on the inclined surface 18 by centrifugal force and is guided to the inlet 19, and the bucket bracket The brush 10 of (8) sweeps and removes dust and foreign substances around the wet mop 48, and then cleans the steam mop. The battery 41 that operates the vacuum fan 35, the water tank and the rotary brush 36 is installed in the main body 1, and the battery of the heater 24 with a large capacity is the battery for the heater at the bottom of the handle 45? L ( 44) to increase the efficiency of the battery, and the handle bracket 42 fixing the handle 45 maintains an autonomous upright position without being wiped even when the ball 43 is pressed by the pressure support part 42' and placed at any angle. It is convenient to use by cutting the left and right sides and rear of the top of the handle bracket (42) to lay the handle at a low angle to clean the low place. shovel In order to clean a narrow place or a high place, the shaft (3) is equipped with a water channel (4) and a ventilation port (5) so that the water poured into the water inlet (1') enters the water tank (13) through the drip tray (6). When the air inside the bucket 13 flows out to the ventilation hole 5, the water is smoothly injected.

The above has been described as a preferred embodiment of the present invention, and it will be understood that various modifications and other embodiments are possible by those of ordinary skill in the art through the above embodiments without being limited to the above embodiments. will be.

1. Body 1'. Water inlet 1". Water inlet hole
1'". See the drip tray 2. Worm gear motor 3. Shaft
4. Waterway 5. Vent 6. Gutter
7. Water hose 8. Water bottle bracket 9. Slope
9'. Bevel 10. Brush 11. Slip ring
12. Carbon holder 13. Water tank 13'. water outlet
13". Nozzle 14. Shaft Support 15. Water Inlet
16. Outlet 17. Shield 17'. bulkhead
18. Slope 19. Inlet 20. Outlet
21. Valve 22. Weight 22'. spring
23. Auxiliary frame 24. Heater 25. Insulator
26. Wire 27. Nut 28. Intake and exhaust port
29. Inlet 30. Nozzle 31. Air support
32. Capture port 33. Suction port 35. Vacuum fan
35'. Outlet 35'. Outlet 36. Rotating brush
37. Motor 38. Rotary Brush Bracket 39. Intake/Exhaust Socket
39'. Intake and exhaust socket hole 40. Collector 40'. view collection notice
41. Battery 41'. View battery 42. Handle bracket
42'. Compression support 42". Bottom plate 42'". leaf spring
42-1. Compression plate 42-2. Base plate 43. Ball
44. Battery for heater?L 44'. Outlet 44". Battery
45. Handle 46. LED light 47. Backing
48. Wet mop 49. Center bar 50. Auxiliary mop bracket
51. Auxiliary mop 52. Wheels 53. Connecting rod
53'. Connection joint 53". Abutment wedge 53'". joint plug
54. Switch 55. Cord line 56. Suction hose
56'. Distributor 57. Joint 58. Inlet
59. Outlet 60. Dispersion network 61. Filter
62. Connection insert 63. Suction head 64. Indicator light
65. Main body L 66. Circuit board

Claims (6)

In the steam mop vacuum cleaner of the present invention, a collection notification device is formed on one side of the main body and a battery retention device is formed on the other side, and the shaft insertion hole is formed by drilling the left and right sides of the body, and the center of the body is longitudinally cut to form an intake/exhaust hole insertion hole. The vacuum fan insertion groove is formed by forming a semicircle groove with a square top at the rear of the intake/exhaust hole insertion hole. A drip tray is formed by cutting the left and right sides around the shaft insertion hole of Insert a pipe or water hose into the drip tray inlet, and install a pipe or water hose at the bottom of the water inlet to communicate with the pipe or water hose of the left and right drip trays in a TT shape. A shaft equipped with a number of water channels and ventilation holes is formed on the worm gear motor shaft and the water pan is installed, and a bucket bracket with one side open and an inclined surface is formed on the periphery to penetrate the center and coat the inside with a slip ring on the top. Install the device and attach a brush to the circumferential slope, open one side to form a nut in the center, form a shaft support to narrow the center to the lower end and lower the lower end, and make a wide nut space for the lower part of the lower end. A number of water supply ports and ventilation holes are formed around the upper end of the shaft support to form a sloped surface around the inside of the water tank, and a number of outlets are formed around the top of the sloped surface, and the slope is maintained at the bottom by keeping the distance from the slope toward the center from the slope around the water tank. Form a shielding film that forms a barrier, form a number of grooves by aligning the outlet with the center around the top of the shield, align the outlet with the center at the end of the inclined plane, and drill the inlet, and divide the space between the shielding film on the left and right of the outlet and the inlet and the inclined surface with a partition. It reduces the time to heat water even with a low voltage by forming a number of steam chambers with small capacity in a radial shape around the inside of the water tank. A groove is formed at the top of the entire partition to form a water inlet at the bottom of the water tank, and a nozzle is inserted in and around the outer bottom of the water tank to communicate with the outlet, and a U-shaped ring is formed at the top to form a valve at the top of the inlet of the shielding membrane. Attach the valve to the steam chamber inlet by hooking a hook in the groove, and form a weight with a head on the pin. Insert a spring into the pin and insert the pin into the inlet to fix the weight to the valve to open and close the valve by centrifugal force. By attaching an auxiliary frame between the ring and the ring, when the water rises on the slope by centrifugal force, it is supported by the auxiliary frame to guide the water to the inlet. Heat the heater with a low volt voltage, wrap the connecting part with an insulator (25) to both insulate and seal, and attach the heater around each steam chamber to connect the wire to the slip ring, and attach the water tank to the water tank bracket. Insert and fix the water tank and water tank bracket with bolts, insert the shaft into the mallet and fix it with a nut, install a carbon holder at the top of the main body to supply electricity to the slip ring, By forming an intake and exhaust port, an inlet is formed at the rear of the injection port, an exhaust port is formed behind the intake port, and an air support is installed at the injection port and trap to narrow the injection port to compress the air. To trap dust and foreign substances, cover the rear of the vacuum fan with ?L to make an outlet, and connect the inlet of the intake/exhaust port to the outlet. In the upper end of the device, a collection tube equipped with a filter is inserted in the collector container holder to communicate the exhaust port of the collection tube and the suction port of the vacuum fan, and a suction port is formed on one side between the exhaust port of the intake/exhaust port and the suction port of the collector tube, and an outlet port is formed on the other side to form the upper end. An air circulation line is formed by installing an intake/exhaust socket with a suction hose inlet in the air, and a rotating brush formed in a radial shape is formed. It is installed inside and connected with a belt, and a rotating brush bracket is installed in front of the intake/exhaust port so that the rotating brush is located at the air support and catch port, an LED light is installed in the center of the front of the main body, and a backing is attached to the front edge of the main body. Auxiliary mop brackets are formed at the rear of the bottom, wheels are mounted on the left and right, and auxiliary mops are attached with Velcro. The lower edge forms a rectangular handle bracket, and the lower edge forms a square handle bracket, and cuts the upper edge of the handle bracket from side to side, and also cuts from the center to the rear so that the part where the ball screw is formed faces toward the top Insert a ball inside the handle bracket, form a semicircular groove at the top and a horizontal pressure support part at the bottom, drill a wire insertion hole on one side, insert it into the bottom of the ball of the handle bracket, and form a circular bottom plate on one side A wire insertion hole is drilled at the bottom of the pressure support part, and a plate spring is made, a wire insertion hole is drilled on one side, and inserted into the bottom of the round plate. Form a square support, insert a bolt in the center, drill a wire insertion hole on one side, align the pressure support part, the base plate, and the wire insertion hole of the plate spring and the pressure plate, and line up the wire insertion hole of the support plate as well. The handle bracket is installed on the body by aligning the angle of the bracket and the support plate with the wire insertion hole formed in the center of the rear body of the body, and the pressure support part by tightening the bolt of the support plate through the hole in the center of the handle bracket of the body. In the middle of the side, a support wedge with a nut formed in the center by penetrating the left and right wedge holes in the middle of the side is formed, and multiple wires are connected around the left and right middle. Insert the connecting plug with the plug into the connecting joint, seat it on the support wedge, cover the ?L and fix it with a bolt, and insert the connecting bolt into the ball of the handle bracket. For heaters with connecting sockets at the top and bottom For the socket where the battery L is formed and the wire is connected, insert the inserted outlet inside the connection socket at the bottom, connect the wire to the heater battery and the switch, insert the handle at the top of the heater battery L, and insert each handle in the handle grip. Install the switch of the appliance and the indicator light of each appliance, attach the cord wire, and bind the connecting joint to the connecting socket. Create a cylindrical distribution part that blocks the partition in a straight line with the middle partition of the joint by widening the stage, and communicates with the distribution part by drilling the inlet and outlet of the joint. A suction hose with a suction head is formed by forming an insert, passing through the side of the distribution unit connected to the discharge port, communicating the discharge port to the outside, inserting a filter inside the discharge port of the joint, covering the distribution unit with a distribution net to disperse the exhaust air, and is inserted into the connection insertion part and, if necessary, by inserting the joint of the suction hose into the intake/exhaust socket to clean narrow or high places. A wet mop with a center rod attached to the center is formed, the center rod is inserted into the center groove of the shaft center, and is attached to the bottom of the water bottle with Velcro. Form a part, form intake and exhaust socket holes on one side of the upper part, and form a main body L with a water inlet hole on the other side to cover and fix the body, insert the battery module into the battery insert and seal the intake and exhaust socket with a stopper to close the water inlet. It is sealed with a stopper, and the water tank is sealed with a water bottle stopper. A number of small steam chambers are formed radially inside the water tank on a water tank bracket equipped with a brush around the circumference. When vacuuming the steam mop with heated steam by installing a battery separately, the brush around the water bucket bracket rotates to sweep away dust and foreign matter around the mop to prevent contamination of the mop and maintain the air circulation line. A steam mop vacuum cleaner that sweeps dust and foreign substances from the trap of the intake/exhaust port with a rotating brush and captures the vortex phenomenon caused by the jet stream to perform both steam mop cleaning and vacuum cleaning without exhaust air. The steam wet mop vacuum according to claim 1, wherein the nozzle inserted into the outer bottom and circumference of the bucket cuts a groove on the bottom and the circumference of the bucket, covers the groove with a thin film and seals it to form a nozzle, and communicates the nozzle with the outlet. vacuum cleaner The steam mop vacuum cleaner according to claim 1, wherein the spring is inserted into the pin by attaching the spring to the valve in the steam chamber. The steam mop vacuum cleaner according to claim 1, wherein a plurality of small heaters are formed between consecutive heating wires by connecting the electric wire and the heater jointly to heat the heater with a low volt voltage. [Claim 5] The steam mop vacuum cleaner according to claim 4, wherein a plurality of small heaters are formed in successive heating wires to form small heaters in the heating wires, and the heaters are connected to the slip rings in parallel. The steam mop vacuum cleaner according to claim 1, wherein the motor and the rotating brush are connected by a belt, installed inside the rotating brush bracket, and the motor and the rotating brush are connected by a gear by installing it inside the rotating brush bracket.

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