WO2013026240A1 - Steam cleaning and vacuuming dual-purpose machine in parallel structure - Google Patents

Abstract

A steam cleaning and vacuuming dual-purpose machine in a parallel structure comprising a vertical machine frame (10), a floor brush (20) connected to the lower end of the vertical machine frame, and further comprising a dust cup (40) fixed in the front of the vertical machine frame (10) and a water tank (50) fixed in the front of the vertical machine frame (10) and parallel with the dust cup (40). The dust cup (40) and the water tank (50) are arranged in the front of the vertical machine frame in parallel, thereby providing good visualization and conforming to ergonomics. The structure also maximally increases the capacity of the water tank (50). Additionally, the vacuuming path and the water path do not interfere with each other, and are of a simple structure.

Description

Steam suction cleaning machine with side-by-side structure

 Technical field

 The invention relates to a steam cleaning and cleaning machine with a side-by-side structure.

 Background technique

With the increasing awareness of environmental protection, the cleaning efficiency of vacuum cleaners is getting higher and higher, and in order to obtain better cleaning efficiency, the industry proposes a steam-cleaning dual-purpose machine that combines steam and vacuum functions, and is marketed. It is generally welcomed, however, the steam cleaner has a relatively rigid shape and a complicated structure, and its dust box and water tank have a relatively limited volume.

 Summary of the invention

 The object of the present invention is to provide a steam cleaning and cleaning machine which is beautiful in appearance, simple in structure and has a side-by-side structure.

 The first technical solution of the present invention is: a steam cleaning and cleaning machine having a side-by-side structure, wherein the dust cup and the water tank are arranged side by side.

 Based on the first technical solution, the subsidiary technical solution is further included:

 The dust cup and the water tank are all detachably arranged.

It also includes a vertical frame and a floor brush connected to the lower end of the vertical frame, the vertical frame including a support portion adjacent to the brush and for supporting the dust cup and the water tank at the same time.

The vertical frame further includes an air inlet, an air inlet channel connected to the air inlet, and a fixing sleeve disposed under the air inlet and fixed to the support portion, wherein the support portion is disposed in front of the vertical frame and fixed The sleeve extends forward from the vertical frame.

It further includes a handpiece fixed to the upper end of the vertical frame, and a decorative panel for shielding the gap between the dust cup and the water tank, and the dust cup and the water tank are located below the handpiece.

The support portion includes a support plate for simultaneously supporting the dust cup and the bottom of the water tank, wherein the support plate includes a recess portion for supporting the dust cup, and a step portion for supporting the water tank, and the step portion includes docking with the water outlet portion of the water tank The water receiving hole, and the barrier for separating the dust cup and the water tank, the recess is provided with at least one protrusion for preventing the dust cup from rotating and being located at the edge thereof.

 The support portion further includes a fixing plate located under the support plate, and the fixing plate is provided with a positioning groove for receiving the fixing sleeve.

The floor brush includes a steam generator for generating steam, an electromagnetic pump for pumping water into the steam generator, a circuit board for controlling the electromagnetic pump and the steam generator, and a conveying pipe for transporting water or steam. And a vacuum passage connected to the intake passage at one end.

Above the dust cup, there is a cover portion which is sealed and detachable with the machine head, and has an air inlet chamber which is connected with the air inlet and located at the bottom, and a cyclone which is located above the air inlet chamber and is connected to each other and has a cylindrical shape. a cavity, and a dust collecting chamber located between the dust cup wall and the cyclone chamber.

 The circuit board includes a circuit including at least a single chip microcomputer, a thyristor or a diode, and a temperature sensor, and the heating power and the water amount are both adjustable.

 A second technical solution of the present invention is: a steam cleaning and cleaning machine, which comprises a vertical frame, a floor brush connected to the lower end of the vertical frame, a dust cup disposed on the vertical frame, and a water tank disposed on the vertical frame in parallel with the dust cup, wherein the vertical type The frame includes a support portion adjacent to the brush and for supporting the dust cup and the water tank at the same time.

 Based on the second technical solution, the subsidiary technical solution is further included:

The vertical frame further includes an air inlet, an air inlet channel connected to the air inlet, and a fixing sleeve disposed under the air inlet and fixed to the support portion, wherein the support portion is disposed in front of the vertical frame and fixed The sleeve extends forward from the vertical frame.

It further includes a handpiece fixed to the upper end of the vertical frame, and a decorative panel for shielding the gap between the dust cup and the water tank, and the dust cup and the water tank are located below the handpiece.

The support portion includes a support plate for simultaneously supporting the dust cup and the bottom of the water tank, wherein the support plate includes a recess portion for supporting the dust cup, and a step portion for supporting the water tank, and the step portion includes docking with the water outlet portion of the water tank The water receiving hole, and the barrier for separating the dust cup and the water tank, the recess is provided with at least one protrusion for preventing the dust cup from rotating and being located at the edge thereof.

 The support portion further includes a fixing plate located under the support plate, and the fixing plate is provided with a positioning groove for receiving the fixing sleeve.

The floor brush includes a steam generator for generating steam, an electromagnetic pump for pumping water into the steam generator, a circuit board for controlling the electromagnetic pump and the steam generator, and a conveying pipe for transporting water or steam. And a vacuum passage connected to the intake passage at one end.

Above the dust cup, there is a cover portion which is sealed and detachable with the machine head, and has an air inlet chamber which is connected with the air inlet and located at the bottom, and a cyclone which is located above the air inlet chamber and is connected to each other and has a cylindrical shape. a cavity, and a dust collecting chamber located between the dust cup wall and the cyclone chamber.

 The circuit board includes a circuit including at least a single chip microcomputer, a thyristor or a diode, and a temperature sensor, and the heating power and the water amount are both adjustable.

 A third technical solution of the present invention is: a steam cleaning and cleaning machine, The utility model comprises: a vertical frame, a ground brush connected to the lower end of the vertical frame, a dust cup arranged on the vertical frame, and a water tank arranged in parallel with the dust cup on the vertical frame, wherein The vertical frame includes a support portion adjacent to the ground brush and for supporting the dust cup and the water tank at the same time, and the ground brush includes a steam generator for generating steam, an electromagnetic pump for introducing the water pump into the steam generator, And a circuit board for controlling the electromagnetic pump and the steam generator, the circuit board including a circuit having adjustable heating power and water volume.

 The advantages of the invention are:

The dust cup and the water tank are arranged side by side in front of the vertical frame, which is beautiful and has good visibility, conforms to ergonomics, and maximizes the volume of the water tank, and at the same time, the dust suction path and the water path mutually No interference and simple structure.

 DRAWINGS

 The present invention is further described below in conjunction with the accompanying drawings and embodiments:

 Figure 1 is a perspective view of the present invention;

 Figure 2 is an exploded perspective view of the present invention;

 Figure 3 is a schematic cross-sectional view of the present invention;

 Figure 4 is an exploded perspective view of the support portion of the present invention;

 Figure 5 is a top plan view of the floor brush of the present invention, wherein the vacuum suction duct is removed;

 Figure 6 is a perspective view of the floor brush of the present invention;

 Among them: 10, vertical frame; 12, handle; 14, support; 20, ground brush; 22, steam generator; 24, electromagnetic pump; 26, circuit board; 28, conveying pipe; 30, head; 32, motor; 40, dust cup; 42, cover; 50, water tank; 52, water outlet; , positioning part; 60, decorative board; 100, air inlet; 102, fixed sleeve; 140, support plate; 142, fixed plate; 200, suction port; 202, air pipe; 204 , vacuum pipe; 280, water inlet; 282, steam outlet; 400, air inlet; 402, cyclone chamber; 404, dust collection chamber; 420, filter screen cover; 422, Haipa; 1402, depression; 1404, step; 1406, water hole; 1407, bulge; 1408, barrier rib; 1420, positioning groove.

 detailed description

 Embodiment: Figure 1-3 As shown, the present invention provides a specific embodiment of a steam cleaning machine having a side-by-side configuration comprising a vertical frame 10 having a support portion 14 coupled to the upper end of the vertical frame 10. One handle 12 a ground brush 20 connected to the lower end of the vertical frame 10, a head 30 fixed to the upper end of the vertical frame 10, and a dust cup 40 located between the head 30 and the support portion 14 at the head 30 A water tank 50, which is fixed to the support portion 14 in parallel with the dust cup 40, and a decorative panel 60 for shielding the gap between the dust cup 40 and the water tank 50. The vertical frame 10 has an air inlet 100. An intake passage (not shown) connected to the air inlet 100, and a fixing sleeve 102 extending below the air inlet 100 and extending forward. There are motors in the head 30 32 To provide a vacuum power source, where the motor air inlet is located below. The dust cup 40 and the water tank 50 are located in front of the vertical frame 10.

 As shown in Figure 2-4, the support portion 14 is fixedly attached to the lower portion of the vertical frame 10 and is located at the ground brush 20 Above and adjacent to the ground brush 20. The support portion 14 includes a support plate 140 for simultaneously supporting the dust cup 40 and the bottom of the water tank 50, and is located below the support plate 140 and with the fixed sleeve 102. A fixed fixing plate 142 is sleeved on each other. The support plate 140 includes a recessed portion 1402 for supporting the dust cup 40, and a step portion 1404 for supporting the water tank 50. Step The 1404 includes a water receiving hole 1406 that interfaces with the water outlet portion 52 of the water tank 50, and a barrier rib 1408 for the dust cup 40 and the water tank 50. Depression 1402 At least one projection 1407 is provided which prevents the dust cup 40 from rotating and is located at its edge. There is a step between the depressed portion 1402 and the step portion 1404, which are not in the same plane. Fixing plate 142 The support plate 140 is fastened to each other, and is provided with a positioning groove 1420 for receiving the fixing sleeve 102.

 As shown in Figure 2-3, the dust cup 40 is detachable, which is generally cylindrical and has a head and a head 30. The sealing and detachable cover portion 42 is internally provided with an air inlet chamber 400 communicating with the air inlet 100 and located at the bottom portion, and a cyclone chamber 402 located above the air inlet chamber 400 and communicating in a cylindrical shape. And a dust collecting chamber 404 located between the dust cup wall and the cyclone chamber 402, wherein the cyclone chamber 402 communicates with the dust collecting chamber 404 through the upper end opening, and the diameter of the air inlet chamber 400 is larger than the cyclone chamber 402. The diameter is formed to form a spiral inlet passage that facilitates high speed rotation of the airflow. The cover portion 42 includes a filter cover 420 that can extend into the cyclone chamber 402, and a sea plate located above the filter cover 420. 422. The downstream of the Haipa 422 is connected to the motor 32.

 The water tank 50 is also detachably disposed, partially in the shape of a circular arc, and includes a water outlet portion 52 at the bottom and a positioning portion 54 at the top. . In the embodiment, the positioning portion 54 is preferably a groove.

 As shown in Figure 5-6, the ground brush 20 is a steam-cleaning dual-purpose floor brush that includes a steam generator 22 for generating steam. An electromagnetic pump 24 for pumping water into the steam generator 22, a circuit board for controlling the amount of water of the electromagnetic pump 24 and the heating power of the steam generator 22, and a conveying pipe for transporting water or steam 28 And a vacuum passage connected to the intake passage at one end. The circuit board 26 has at least a circuit composed of a single chip microcomputer, a thyristor (or diode) and a temperature sensor, so that the heating power of the steam generator 22 is adjustable, and the electromagnetic pump is simultaneously 24 The amount of water entering the steam generator 22 is also adjustable to ensure that as the heating power of the steam generator 22 becomes smaller, the amount of water entering the steam generator 22 is correspondingly reduced, and when the steam generator 22 When the heating power becomes large, the amount of water entering the steam generator 22 also increases accordingly. One end of the conveying pipe 28 is a water inlet end 280 connected to the water outlet portion 52, and the other end is an outlet end portion 282. . The suction passage includes a suction port 200 at the front, an air pipe 202 connected to the suction port 200, and a dust suction pipe 204 connected to the air pipe 202. Circuit board 26 is located in air duct 202 Below, and between the steam generator 22 and the electromagnetic pump 24, the ground brush 20 can be realized with a compact internal structure and an effective arrangement for the steam generator 22 and the electromagnetic pump 24 Conduct electrical control.

The dust cup and the water tank are arranged side by side in front of the vertical frame, which is beautiful and has good visibility, does not interfere with the ground when used obliquely, and conforms to ergonomics mechanics, and can maximize the water tank. The capacity of the vacuum path and the water path do not interfere with each other and the structure is simple.

The embodiments described above are only intended to illustrate the technical concept and the features of the present invention, and the purpose of the present invention is to enable those skilled in the art to understand the present invention and to implement the present invention. Equivalent transformations or modifications made in accordance with the spirit of the main technical solutions of the present invention are intended to be included within the scope of the present invention.

Claims (19)

 A steam cleaning and cleaning machine having a side-by-side structure, characterized in that: a dust cup (40) and a water tank (50) ) Parallel settings.

 2. The steam cleaning and cleaning machine according to claim 1, wherein the dust cup (40) and the water tank (50) ) are detachable settings.

 3. The steam cleaning and cleaning machine according to claim 2, further comprising a vertical frame (10) and a vertical frame ( 10) a ground brush (20) connected at the lower end, the vertical frame (10) comprising a support portion (14) adjacent to the ground brush (20) for simultaneously supporting the dust cup (40) and the water tank (50) (14) ).

 4. The steam cleaning and cleaning machine according to claim 3, wherein the vertical frame (10) further comprises an air inlet ( 100), an intake passage connected to the air inlet (100), and a fixing sleeve (102) located under the air inlet (100) and fixed to the support portion (14), wherein the support portion (14) ) is disposed in front of the vertical frame ( 10 ), and the fixing sleeve ( 102 ) protrudes forward from the vertical frame ( 10 ).

 5. The steam cleaning and cleaning machine according to claim 4, further comprising: fixing in a vertical frame (10) a head (30) at the upper end, and a decorative panel (60) for shielding a gap between the dust cup (40) and the water tank (50), and the dust cup (40) and the water tank (50) are both located at the head ( 30 ) below.

 6. The steam cleaning and cleaning machine according to claim 3 or 4 or 5, wherein the support portion (14) ) includes a support plate ( 140 ) for simultaneously supporting the dust cup ( 40 ) and the bottom of the water tank ( 50 ), wherein the support plate ( 140 ) includes a recess for supporting the dust cup ( 40 ) ( 1402 ) And a step portion (1404) for supporting the water tank (50), and the step portion (1404) includes a water receiving hole (1406) that interfaces with the water outlet portion (52) of the water tank (50) And a barrier rib (1408) for the dust cup (40) and the water tank (50), the recess (1402) is provided with at least one protrusion for preventing the dust cup (40) from rotating and located at an edge thereof ( 1407).

 7. The steam cleaning and cleaning machine according to claim 6, wherein the support portion (14) further comprises a support plate ( 140) A fixing plate (142) below, the fixing plate (142) is provided with a positioning groove (1420) for receiving the fixing sleeve (102).

 8. The steam cleaning and cleaning machine according to claim 3 or 4 or 5, wherein the ground brush (20) a steam generator (22) for generating steam, an electromagnetic pump (24) for pumping water into the steam generator (22), for controlling the electromagnetic pump (24) and the steam generator (22) a circuit board (26), a duct (28) for transporting water or steam, and a dust suction passage connected to the intake passage at one end.

 9. The steam cleaning and cleaning machine according to claim 5, wherein the dust cup (40) is provided with a head (30) a sealing and detachable cover portion (42) having an air inlet chamber (400) communicating with the air inlet (100) and located at the bottom, located in the air inlet chamber (400) a cyclone chamber (402) that is connected above and in a cylindrical shape, and a dust collecting chamber (404) between the dust cup wall and the cyclone chamber (402).

 10. The steam cleaning and cleaning machine according to claim 8, wherein the circuit board (26) A circuit comprising at least a single chip, a thyristor or a diode, and a temperature sensor that are adjustable in both heating power and water.

 11. A steam cleaning cleaning machine characterized by comprising: a vertical frame (10), and a vertical frame (10) a ground brush (20) connected at the lower end, a dust cup (40) disposed on the vertical frame (10), and a water tank disposed on the vertical frame (10) in parallel with the dust cup (40) ( 50 The vertical frame (10) includes a support portion (14) adjacent to the ground brush (20) for simultaneously supporting the dust cup (40) and the water tank (50).

 12. The steam cleaning and cleaning machine according to claim 11, wherein the vertical frame (10) further comprises an air inlet ( 100), an intake passage connected to the air inlet (100), and a fixing sleeve (102) located under the air inlet (100) and fixed to the support portion (14), wherein the support portion (14) ) is disposed in front of the vertical frame ( 10 ), and the fixing sleeve ( 102 ) protrudes forward from the vertical frame ( 10 ).

 13. The steam cleaning and cleaning machine according to claim 12, further comprising a fixed frame (10) a head (30) at the upper end, and a decorative panel (60) for shielding a gap between the dust cup (40) and the water tank (50), and the dust cup (40) and the water tank (50) are both located at the head ( 30 ) below.

 The steam cleaning and cleaning machine according to claim 11 or 12 or 13, wherein the support portion (14) ) includes a support plate ( 140 ) for simultaneously supporting the dust cup ( 40 ) and the bottom of the water tank ( 50 ), wherein the support plate ( 140 ) includes a recess for supporting the dust cup ( 40 ) ( 1402 ) And a step portion (1404) for supporting the water tank (50), and the step portion (1404) includes a water receiving hole (1406) that interfaces with the water outlet portion (52) of the water tank (50) And a barrier rib (1408) for the dust cup (40) and the water tank (50), the recess (1402) is provided with at least one protrusion for preventing the dust cup (40) from rotating and located at an edge thereof ( 1407).

 15. The steam cleaning and cleaning machine according to claim 14, wherein the support portion (1) 4 Further comprising a fixing plate (142) located below the support plate (140), the fixing plate (142) is provided with a positioning groove (1420) for receiving the fixing sleeve (102).

 16. The steam cleaning and cleaning machine according to claim 15, wherein the ground brush (20) a steam generator (22) for generating steam, an electromagnetic pump (24) for pumping water into the steam generator (22), for controlling the electromagnetic pump (24) and the steam generator (22) a circuit board (26), a duct (28) for transporting water or steam, and a dust suction passage connected to the intake passage at one end.

 17. The steam cleaning and cleaning machine according to claim 16, wherein the dust cup (40) is provided with a machine head (30). a sealing and detachable cover portion (42) having an air inlet chamber (400) communicating with the air inlet (100) and located at the bottom, located in the air inlet chamber (400) a cyclone chamber (402) that is connected above and in a cylindrical shape, and a dust collecting chamber (404) between the dust cup wall and the cyclone chamber (402).

 18. The steam cleaning and cleaning machine according to claim 17, wherein said circuit board (26) A circuit comprising at least a single chip, a thyristor or a diode, and a temperature sensor that are adjustable in both heating power and water.

A steam cleaning and cleaning machine, characterized in that it comprises: a vertical frame (10), a ground brush (20) connected to the lower end of the vertical frame (10), and is disposed in a vertical type a dust cup (40) on the frame (10), a water tank (50) disposed on the vertical frame (10) alongside the dust cup (40), wherein the vertical frame (10) includes a adjacent brush (20) and for supporting the dust cup (40) and the support portion (14) of the water tank (50), and the ground brush (20) includes a steam generator (22) for generating steam for the water pump An electromagnetic pump (24) entering the steam generator (22), and a wiring board (26) for controlling the electromagnetic pump (24) and the steam generator (22), the wiring board (26) including heating power and A circuit with adjustable water volume.

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