CN217447613U

CN217447613U - Electric mop with integrated water tank

Info

Publication number: CN217447613U
Application number: CN202220304937.8U
Authority: CN
Inventors: 高明; 丁利国; 欧保全
Original assignee: Shenzhen Yijie Intelligent Technology Co ltd
Current assignee: Shenzhen Yijie Intelligent Technology Co ltd
Priority date: 2022-02-15
Filing date: 2022-02-15
Publication date: 2022-09-20
Anticipated expiration: 2032-02-15

Abstract

The utility model provides an electronic mop with integral type water tank, includes the organism, the organism includes the main part, locates the ground cleaning device of main part downside, connection the main part with connecting device between the ground cleaning device, being located the handle of main part upside, the main part is including locating connect the chamber in the main part, connect the water tank in the chamber and be located inhale drainage components of water tank downside, the water tank is equipped with the first water tank chamber that is used for storing the clear water, is used for storing the second water tank chamber of sewage, is used for separating first water tank chamber with the water tank baffle in second water tank chamber and control the water tank subassembly of the sealed or open state of water tank, it is equipped with coupling assembling to connect the chamber, coupling assembling with water tank subassembly connects in order to switch the water tank is in sealed or open state. The utility model has the advantages of beautiful appearance, reasonable design, good sealing performance and convenient use.

Description

Electric mop with integrated water tank

Technical Field

The utility model relates to an electric mop field specifically is an electric mop with integral type water tank.

Background

Along with the development of social productivity, mechanized and automatic replace mankind's heavy manual work gradually, electric mop's appearance can save time in a large number, saves the amount of labour, and electric mop can carry the clear water through the clear water tank, sprays the clear water to ground, can retrieve the sewage on ground in the sewage case simultaneously to accomplish the cleaning process, current electric mop clear water tank and sewage case generally divide into two boxes, and the process is loaded down with trivial details when installation and dismantlement, and liquid spills easily hourglass, causes very big inconvenience.

SUMMERY OF THE UTILITY MODEL

Divide into two boxes to above-mentioned prior art clear water tank and sewage case mentioned, the process is more loaded down with trivial details when installation and dismantlement, and liquid spills the technical problem who leaks easily, the utility model provides a technical scheme that its technical problem adopted is:

the utility model provides an electronic mop with integral type water tank, includes the organism, the organism includes the main part, locates the ground cleaning device of main part downside, connection the main part with connecting device between the ground cleaning device, being located the handle of main part upside, the main part is including locating connect the chamber in the main part, connect the water tank in the chamber and be located inhale drainage components of water tank downside, the water tank is equipped with the first water tank chamber that is used for storing the clear water, is used for storing the second water tank chamber of sewage, is used for separating first water tank chamber with the water tank baffle in second water tank chamber and control the water tank subassembly of the sealed or open state of water tank, it is equipped with coupling assembling to connect the chamber, coupling assembling with water tank subassembly connects in order to switch the water tank is in sealed or open state.

Further, coupling assembling includes first water tank connecting piece and second water tank connecting piece, first water tank cavity is equipped with respectively and is located the first water tank water inlet of first water tank cavity one side, be located the first water tank delivery port of first water tank cavity side, the water tank subassembly includes first water tank delivery port subassembly and first lid, first water tank delivery port subassembly is connected first water tank delivery port is inboard, the one end of first water tank connecting piece with first water tank delivery port subassembly is connected in order to switch the sealed or open mode in first water tank cavity, the other end of first water tank connecting piece with the one end of the first water pipe that is equipped with in the main part is connected, first lid is connected the outside of first water tank water inlet.

Further, the second water tank cavity is equipped with respectively and is located the second water tank water inlet of second water tank cavity bottom, is located the second water tank delivery port of second water tank cavity one side, the water tank subassembly still includes second water tank water inlet subassembly and second lid, second water tank water inlet unit attach the second water tank water inlet is inboard, the one end of second water tank connecting piece with second water tank water inlet unit connection is in order to switch the sealed or open mode in second water tank cavity, the other end of second water tank connecting piece with inhale drainage assembly and connect, the second lid is connected the outside of second water tank delivery port.

Further, first water tank delivery port subassembly includes first fixed plate, first water tank spring and first water tank sealing pad, first fixed plate is connected one side in the first water tank intracavity, first water tank spring with first water tank delivery port is located same straight line, first water tank spring one end is connected on the first fixed plate, first water tank spring other end is connected on the first water tank sealing pad, first water tank sealing pad can cover completely and close first water tank delivery port is inboard.

Further, second water tank water inlet subassembly includes the second fixed plate, and second water tank spring and the sealed pad of second water tank, the second fixed plate is connected one side in the second water tank cavity, the second water tank spring with second water tank water inlet is located same straight line, second water tank spring one end is connected on the second fixed plate, the second water tank spring other end is connected on the sealed pad of second water tank, the sealed pad of second water tank can be covered completely and close the second water tank water inlet is inboard.

Furthermore, first water tank connecting piece is equipped with first water tank connecting piece chamber, can enter into first support piece in the first water tank delivery port, be located the first mounting in the first water tank delivery port outside and be located first support piece with the sealed pad of first water tank connecting piece between the first mounting, first support piece is connected on the first mounting, first support piece surface is equipped with and supplies water to get into the hole in the first water tank connecting piece chamber.

Further, second water tank connecting piece is equipped with second water tank connecting piece chamber, and second water tank connecting piece is including entering into second support piece in the second water tank inlet, being located the second mounting in the second water tank water inlet outside and being located second support piece with the sealed pad of second water tank connecting piece between the second mounting, second support piece connects on the second mounting, second support piece surface is equipped with and supplies water to get into the hole in second water tank connecting piece chamber.

Further, the main part still includes dust absorption assembly, dust absorption assembly is located including the dust absorption assembly chamber that is located the main part dust absorption assembly intracavity, be located dust absorption box and the dust absorption pipe of dust absorption assembly intracavity, the one end of dust absorption box is connected the dust absorption motor, the other end of dust absorption box is connected the one end of dust absorption pipe, it includes the water pump and absorbs water the drainage module, the one end of water pump with the other end of second water tank connecting piece is connected, the other end of water pump with the one end of the pipe that absorbs water is connected.

Further, ground cleaning device includes that ground washs the casing, is located wash the rim plate group that is used for removing of casing downside, be located wash the inlet scoop that casing bottom is used for adsorbing dust or sewage, be located wash the straw that is used for carrying dust or sewage in the casing, be located wash the atomization component that is used for spraying clear water in the casing, straw one end is connected the inlet scoop, atomization component includes the atomizing host computer, sprays the pipeline, sprays the mouth of a river, the other end of first water pipe is connected on the atomizing host computer, it is located to spray the delivery port the bottom of ground washing casing, it connects to spray the pipeline the atomizing host computer with spray between the delivery port.

Further, the connecting device comprises a ball head connecting piece and a pipeline connector, the ball head connecting piece is located between the main body and the cleaning shell, a ball head connecting piece cavity is formed in the ball head connecting piece, the pipeline connector is located in the ball head connecting piece cavity, the pipeline connector is designed in a Y shape, a branch of the pipeline connector is connected with the other end of the dust suction pipe and the other end of the water suction pipe respectively, and a main road of the pipeline connector is connected with the other end of the suction pipe.

Compared with the prior art, the beneficial effects of the utility model are as follows:

1. the utility model discloses a water tank design of integral type utilizes the water tank to discharge sewage when can directly add the clear water, can reduce the frequency of installation or dismantlement water tank, improves work efficiency.

2. The utility model discloses a coupling assembling is connected with the water tank set spare, reaches the effect that the fast switch over water tank is in sealed or open mode, can avoid the water tank at the installation or dismantle the in-process, and clear water or sewage in the water tank spill the condition of leaking easily.

3. The utility model discloses a coupling assembling is connected with the side and the bottom surface of water tank subassembly respectively, can strengthen the stability of water tank, shakes by a wide margin when preventing that electric mop from removing, appears the water tank and breaks away from the condition in the connection chamber in the electric mop main part.

4. The utility model has the advantages of beautiful appearance, reasonable design, good sealing performance and convenient use.

The present invention will be further described with reference to the accompanying drawings and the detailed description.

Drawings

Fig. 1 is a schematic view of the electric mop with an integrated water tank of the present invention.

Fig. 2 is a schematic view of the water tank of the electric mop with an integrated water tank of the present invention.

Fig. 3 is a schematic sectional view of an electric mop with an integrated water tank according to the present invention.

Fig. 4 is a schematic view of a first water tank connector of an electric mop with an integrated water tank of the present invention.

Fig. 5 is an exploded view of the electric mop floor cleaning device with an integrated water tank of the present invention.

Fig. 6 is a bottom schematic view of the electric mop floor cleaning device with an integrated water tank of the present invention.

Detailed Description

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

An electric mop with an integrated water tank as shown in fig. 1, 2 and 3, comprising a body 1, wherein the body 1 comprises a main body 2, a floor cleaning device 3 arranged at the lower side of the main body 2, a connecting device 4 connecting the main body 2 and the floor cleaning device 3, and a handle 5 arranged at the upper side of the main body 2, the main body 2 comprises a connecting cavity 21 arranged on the main body, a water tank 22 connected in the connecting cavity 21, and a water sucking and draining assembly 23 arranged at the lower side of the water tank 22, the water tank 22 is provided with a first water tank cavity 221 for storing clean water, a second water tank cavity 222 for storing sewage, a water tank partition 223 for separating the first water tank cavity from the second water tank cavity, and a water tank assembly 224 for controlling the sealing or opening state of the water tank 22, the connecting cavity 21 is provided with a connecting assembly 211, and the connecting assembly 211 is connected with the water tank assembly 224 to switch the water tank 22 to be in a sealing or opening state Status. The utility model discloses a water tank design of integral type utilizes the water tank to discharge sewage when can directly adding the clear water, can reduce the frequency of installation or dismantling the water tank, improves work efficiency, the utility model discloses a coupling assembling is connected with the water tank subassembly, reaches the effect that the fast switch over water tank is in sealed or open mode, can avoid the water tank at the installation or dismantle the in-process, and the clear water in the water tank or the condition that sewage spills the hourglass easily.

As shown in fig. 2 and 3, the connection assembly 211 includes a first tank connection 2111 and a second tank connection 2112, the first water tank cavity 221 is respectively provided with a first water tank water inlet 2211 positioned at one side of the first water tank cavity 221 and a first water tank water outlet 2212 positioned at the side of the first water tank cavity 221, the tank assembly 224 includes a first tank outlet assembly 2241 and a first cover 2242, the first tank outlet assembly 2241 is connected to the inner side of the first tank outlet 2212, one end of the first tank connector 2111 is connected to the first tank outlet assembly 2241 to switch the sealed or opened state of the first tank chamber 221, the other end of the first tank connection member 2111 is connected to one end of a first water pipe 24 provided in the main body 2, the first cover 2242 is connected to an outer side of the first water tank inlet 2211. Adopt such design, first lid is connected the outside of first water tank water inlet, when first water tank connecting piece and first water tank delivery port subassembly are not connected, the water tank is in encapsulated situation, and when the one end of first water tank connecting piece was connected with first water tank delivery port subassembly, can realize that first water tank intracavity is in the open mode, outside clear water can remove first water tank intracavity through first water tank intracavity, when taking out the water tank, when opening first lid, can follow first water tank water inlet, carry first water tank intracavity to the clear water.

As shown in fig. 2 and 3, the second water tank cavity 222 is respectively provided with a second water tank inlet 2221 at the bottom of the second water tank cavity 222 and a second water tank outlet 2222 at one side of the second water tank cavity 222, the water tank assembly 224 further includes a second water tank inlet assembly 2243 and a second cover 2244, the second water tank inlet assembly 2243 is connected inside the second water tank inlet 2221, one end of the second water tank connector 2112 is connected with the second water tank inlet assembly 2243 to switch the sealing or opening state of the second water tank cavity 222, the other end of the second water tank connector 2112 is connected with the suction and drainage assembly 23, and the second cover 2244 is connected outside the second water tank outlet 2222. By adopting the design, the second cover body is connected with the outer side of the second water tank water inlet, when one end of the second water tank connecting piece is not connected with the second water tank water inlet assembly, the sealing state can be realized, when one end of the second water tank connecting piece is connected with the second water tank water inlet assembly, the second water tank cavity can be in the opening state, and the clear water can move into the second water tank cavity through the outer part of the second water tank cavity. When taking out the water tank, when opening the second lid, can follow second water tank delivery port, outside the second water tank chamber is discharged to sewage, be connected with the side and the bottom surface of water tank subassembly respectively through coupling assembling, can strengthen the stability of water tank, vibrations by a wide margin when preventing that electronic mop from removing, the condition in the connection chamber that the water tank breaks away from in the electronic mop main part appears.

As shown in fig. 2 and 3, first tank outlet assembly 2241 includes first fixed plate 22411, first tank spring 22412 and first tank seal 22413, first fixed plate 22411 is connected one side in first tank chamber 221, first tank spring 22412 with first tank outlet 2212 is located on the same straight line, first tank spring 22412 one end is connected on first fixed plate 22411, first tank spring 22412 other end is connected on first tank seal 22413, first tank seal 22413 can cover completely the first tank outlet 2212 is inboard. By adopting the design, the first water tank spring and the first water tank water outlet are positioned on the same straight line, so that the elastic force exerted on the first water tank sealing gasket by the first water tank spring is uniform, the first fixing plate provides enough supporting force, the first water tank spring is fixed and does not move, the first water tank sealing gasket can completely cover the inner side of the first water tank water outlet, and the water can not leak out of the first water tank cavity.

As shown in fig. 2 and 3, the second tank water inlet port assembly 2243 includes a second fixing plate 22431, a second tank spring 22432 and a second tank packing 22433, the second fixing plate 22431 is connected to one side in the second tank chamber 222, the second tank spring 22432 and the second tank water inlet port 2221 are located on the same straight line, one end of the second tank spring 22432 is connected to the second fixing plate 22431, the other end of the second tank spring 22432 is connected to the second tank packing 22433, and the second tank packing 22433 is completely covered inside the second tank water inlet port 2221. By adopting the design, the second water tank spring and the water inlet of the second water tank are positioned on the same straight line, so that the second water tank spring can be ensured to be uniformly applied to the sealing gasket of the second water tank, the second fixing plate provides enough supporting force, the second water tank spring is fixed and does not move, the sealing gasket of the second water tank can completely cover the inner side of the water outlet of the second water tank, and the water can be ensured not to leak out of the cavity of the second water tank.

As shown in fig. 2, 3 and 4, the first tank connector 2111 has a first tank connector chamber 21111, a first supporting member 21112 which can enter the first tank outlet 2212, a first fixing member 21113 which is positioned outside the first tank outlet 2212, and a first tank connector sealing gasket 21114 which is positioned between the first supporting member 21112 and the first fixing member 21113, the first supporting member 21112 is connected to the first fixing member 21113, and a hole 21115 through which water can enter the first tank connector chamber 21111 is formed in the surface of the first supporting member 21112. By adopting the design, the first supporting piece can enter the first water tank outlet, the first supporting piece applies a thrust to deform the first water tank spring, the first supporting piece pushes the first water tank sealing gasket to be separated from the first water tank outlet, the clean water enters the first water tank connecting piece cavity through the hole of the first supporting piece, the first fixing piece is positioned outside the first water tank outlet, and the clean water cannot leak out of the first water tank cavity through the close attachment of the first water tank connecting piece sealing gasket positioned between the first supporting piece and the first fixing piece.

As shown in fig. 2, 3 and 4, the second tank connector 2112 is provided with a second tank connector chamber, the second tank connector 2112 includes a second support member which can enter the second tank inlet 2221, a second fixing member which is located outside the second tank inlet 2221, and a second tank connector sealing gasket which is located between the second support member and the second fixing member, the second support member is connected to the second fixing member, and a hole through which water can enter the second tank connector chamber is formed on a surface of the second support member. By adopting the design, the second water tank connecting piece is the same as the first water tank connecting piece in structure, the second supporting piece can enter the water inlet of the second water tank, the second supporting piece applies a pushing force to deform the second water tank spring, the second supporting piece pushes the sealing pad of the second water tank to separate from the water inlet of the second water tank, sewage enters the hole of the second supporting piece from the cavity of the second water tank connecting piece, the through hole enters the cavity of the second water tank, the second fixing piece is positioned outside the water inlet of the second water tank, and the sewage cannot leak out of the cavity of the second water tank by the tight fit of the sealing pad of the second water tank connecting piece between the second fixing pieces.

As shown in fig. 3, the main body 2 further includes a dust suction assembly 25, the dust suction assembly 25 includes a dust suction assembly cavity 251 located in the main body 2, a dust suction motor 252 located in the dust suction assembly cavity 251, a dust suction box 253 located in the dust suction assembly cavity 251, and a dust suction pipe 254, one end of the dust suction box 253 is connected to the dust suction motor 252, the other end of the dust suction box 253 is connected to one end of the dust suction pipe 254, the water suction and drainage assembly 23 includes a water pump 231 and a water suction pipe 232, one end of the water pump 231 is connected to the other end of the second water tank connector 2112, and the other end of the water pump 231 is connected to one end of the water suction pipe 232. By adopting the design, the main body is provided with the dust collection assembly, the electric mop can realize the dust collection function, pressure is generated by the operation of the dust collection motor, dust is adsorbed into the dust collection box through the dust collection pipe, the main body is provided with the water absorption and drainage assembly, the electric mop can realize the sewage adsorption function, and the pressure is generated by the operation of the water pump, so that sewage is adsorbed into the second water tank cavity through the water absorption pipe.

As shown in fig. 5 and 6, the floor cleaning device 3 includes a floor cleaning housing 31, a wheel set 32 for moving located at a lower side of the floor cleaning housing 31, an air suction opening 33 located at a bottom of the floor cleaning housing 31 for adsorbing dust or sewage, a suction pipe 34 located in the floor cleaning housing 31 for conveying dust or sewage, and an atomization assembly 35 located in the floor cleaning housing 31 for spraying clean water, wherein one end of the suction pipe 34 is connected to the air suction opening 33, the atomization assembly 35 includes an atomization host 351, a spraying pipe 352, and a spraying outlet 353, the other end of the first water pipe 24 is connected to the atomization host 351, the spraying outlet 353 is located at the bottom of the floor cleaning housing 31, and the spraying pipe 352 is connected between the atomization host 351 and the spraying outlet 353. Adopt such design, the rim plate group can realize electric mop's removal function, the inlet scoop can be through pressure adsorption dust or sewage that water pump or dust absorption motor operation produced, carry dust absorption box or second water tank intracavity through the straw, the one end and the first water tank connecting piece of first water pipe are connected, the other end and the atomization component of first water pipe are connected, the clear water enters into first water tank from the hole of first water tank connecting piece and connects the intracavity, the chamber enters into first water pipe is connected to the rethread first water tank, enter into the atomizing host computer through removing, through atomizing host computer high temperature formation water smoke, water smoke reachs the delivery port that sprays through spraying the pipeline, spray ground again, the utility model discloses a fan-shaped water spray can increase clear area.

As shown in fig. 3, 5 and 6, the connection device 4 includes a ball joint 41 and a pipeline connector 42, the ball joint 41 is located between the main body 2 and the cleaning shell 31, the ball joint 41 is provided with a ball joint cavity 411, the pipeline connector 42 is located in the ball joint cavity 411, the pipeline connector 42 is of a Y-shaped design, the branches of the pipeline connector 42 are respectively connected with the other end of the dust suction pipe 254 and the other end of the suction pipe 232, and the trunk of the pipeline connector 42 is connected with the other end of the suction pipe 34. By adopting the design, the ball head connecting piece is positioned between the main body and the cleaning shell, the main body can be driven by the handle, and then the ball head connecting piece rotates, thereby realizing the flexible movement of the rotating disc, effectively cleaning corners of houses, the branch of the pipeline connector positioned in the cavity of the ball head connecting piece is respectively connected with the other end of the dust suction pipe and the other end of the water suction pipe, the main line of the pipeline connector is connected with the other end of the suction pipe, different cleaning effects can be realized by controlling and switching cleaning or dust suction functions, when the cleaning function is switched, the water pump operates to generate pressure, the suction pipe connected with the air suction inlet adsorbs ground sewage, the pipeline connector is communicated with the water suction pipe, the ground sewage moves into the water suction pipe from the suction pipe, the sewage is adsorbed into the second water tank cavity, when the dust suction function is switched, the dust suction motor operates to generate pressure, the suction pipe connected to the air suction opening adsorbs dust on the ground, the suction pipe is communicated with the dust suction pipe through the pipeline connector, the dust moves into the dust suction pipe from the suction pipe, and the dust is adsorbed and enters the dust suction box.

The implementation of this example is as follows:

when the water tank 22 filled with clean water is mounted in the connection chamber 21 of the main body 2, the water tank 22 is first placed above the second tank connection member 2112, the second tank inlet 2221 and the second tank connection member 2112 are maintained in the same line, and the water tank 22 moves downward, and at the same time, the second support member of the second tank connection member 2112 applies a force to deform the second tank spring 22432 connected to the second tank packing, the second support member pushes the second tank packing to be separated from the second tank inlet 2221, so that the second support member of the second tank connection member 2112 enters the second tank inlet 2221, and the second tank chamber 222 is opened, and at this time, the first tank outlet 2212 and the first tank connection member 2111 are maintained in the same line, and the first tank connection member 21112 of the first tank connection member 2111 applies a force to deform the first tank spring 22412 connected to the first tank packing 22413 while the water tank 22 moves toward the first tank connection member 2111, the first supporting member 21112 pushes the first tank sealing gasket 22413 to be separated from the first tank outlet 2212, so that the first supporting member 21112 in the first tank connecting member 2111 enters the first tank outlet 2212, the first tank chamber 221 is opened, and the water tank 22 is completely installed.

After the electric mop is started, the electric mop is switched to a dust suction function, the ground is cleaned by the dust suction assembly 25, the dust suction assembly 25 is started to operate to generate pressure, the suction pipe 34 connected to the air suction opening 33 adsorbs dust on the ground, the dust is communicated with the dust suction pipe 254 by the pipeline connector 42, the dust moves from the suction pipe 34 to the dust suction pipe 254, the dust is adsorbed to enter the dust suction box 253, then the electric mop is switched to a cleaning function, clean water enters the first water tank connecting piece cavity 21111 by the hole 21115 of the first supporting piece 21112 and then enters the first water pipe 24 connected with the first water tank connecting piece 2111, the first fixing piece 21113 is positioned at the outer side of the first water tank water outlet 2212, the clean water cannot leak out of the first water tank cavity 221 by the close fit of the first water tank connecting piece sealing gasket 21114 positioned between the first supporting piece 21112 and the first fixing piece 21113, and the clean water enters the atomizing main machine 351 by moving, the atomizing host 351 generates heat to enable clean water to form water mist through high temperature, the water mist reaches the spraying water outlet 353 through the spraying pipeline 352 and then sprays on the ground, meanwhile, the water pump 231 operates to generate pressure, the suction pipe 34 connected to the air suction opening 33 adsorbs ground sewage, the pipeline connector 42 is communicated with the water suction pipe 232, the ground sewage moves into the water suction pipe 232 from the suction pipe 34, the sewage enters the hole of the second support piece from the second water tank connecting piece cavity, the sewage enters the second water tank cavity 222 through the hole, the second fixing piece is located on the outer side of the second water tank water inlet 2221, the sewage cannot leak out of the second water tank cavity 222 through the close fitting of the second water tank connecting piece sealing gasket between the second support piece and the second fixing piece, and the sewage is adsorbed into the second water tank cavity 222.

After the cleaning process is completed, the water tank 22 is moved in the horizontal direction, so that the first support 21112 of the first water tank connector 2111 is separated from the first water tank outlet 2212, the first water tank spring 22412 connected to the first water tank gasket 22413 applies elastic force to the first water tank gasket 22413, so that the first water tank gasket 22413 is moved in the direction of the first water tank outlet 2212 and attached to the first water tank outlet 2212, the first water tank compartment 221 is in a sealed state, at this time, the water tank is moved in the vertical direction, so that the second support of the second water tank connector 2112 is separated from the second water tank inlet 2221, the second water tank spring 22432 connected to the second water tank gasket 22433 applies elastic force to the second water tank gasket 22433, so that the second water tank gasket 22433 is moved in the direction of the second water tank inlet 2221 and attached to the second water tank inlet 2221, the second water tank compartment 222 is in a sealed state, and the water tank 22 is removed, the second cover 2244 of the water tank 22 is opened, sewage is discharged through the second water tank water outlet 2222, the second cover 2244 is closed, the first cover 2242 of the water tank 22 is opened, clean water is replenished through the first water tank water inlet 2211, the first cover 2242 is closed, the water tank 22 is in a sealing state, and at the moment, the water tank 22 is mounted in the connecting cavity 21 again for next cleaning.

The technical content of the present invention is further described by the embodiments only, so that the reader can understand it more easily, but the embodiments of the present invention are not limited thereto, and any technical extension or re-creation according to the present invention is protected by the present invention. The protection scope of the present invention is subject to the claims.

Claims

1. An electric mop with an integrated water tank, comprising a machine body (1), said machine body (1) comprising a main body (2), a floor cleaning device (3) arranged on the lower side of said main body (2), a connecting device (4) connecting said main body (2) and said floor cleaning device (3), a handle (5) located on the upper side of said main body (2), characterized in that: the main part (2) is including locating connect chamber (21), connection in the main part connect water tank (22) in chamber (21) and be located inhale drainage component (23) of water tank (22) downside, water tank (22) are equipped with first water tank chamber (221) that are used for storing the clear water, second water tank chamber (222) that are used for storing sewage, are used for separating first water tank chamber with water tank baffle (223) in second water tank chamber and control water tank (22) are sealed or the water tank component (224) of open mode, connect chamber (21) and be equipped with coupling assembling (211), coupling assembling (211) with water tank component (224) are connected in order to switch water tank (22) are in sealed or open mode.

2. The power mop with integral water tank of claim 1, wherein: coupling assembling (211) includes first water tank connecting piece (2111) and second water tank connecting piece (2112), first water tank chamber (221) is equipped with respectively and is located first water tank water inlet (2211) of first water tank chamber (221) one side, is located first water tank delivery port (2212) of first water tank chamber (221) side, water tank subassembly (224) includes first water tank delivery port subassembly (2241) and first lid (2242), first water tank delivery port subassembly (2241) is connected first water tank delivery port (2212) is inboard, the one end of first water tank connecting piece (2111) with first water tank delivery port subassembly (2241) is connected in order to switch the sealed or open mode of first water tank chamber (221), the other end of first water tank connecting piece (2111) with the one end of first water pipe (24) that is equipped with in main part (2) is connected, the first cover body (2242) is connected to the outer side of the first water tank water inlet (2211).

3. The power mop with integral water tank of claim 2, wherein: second water tank chamber (222) is equipped with respectively and is located second water tank water inlet (2221) of second water tank chamber (222) bottom, is located second water tank delivery port (2222) of second water tank chamber (222) one side, water tank subassembly (224) still includes second water tank water inlet subassembly (2243) and second lid (2244), second water tank water inlet subassembly (2243) is connected second water tank water inlet (2221) is inboard, the one end of second water tank connecting piece (2112) with second water tank water inlet subassembly (2243) is connected in order to switch the sealed or open mode in second water tank chamber (222), the other end of second water tank connecting piece (2112) with inhale drainage subassembly (23) and connect, second lid (2244) are connected the outside of second water tank delivery port (2222).

4. The power mop with integral water tank of claim 2, wherein: first water tank delivery port subassembly (2241) includes first fixed plate (22411), first water tank spring (22412) and the sealed pad of first water tank (22413), first fixed plate (22411) are connected one side in first water tank chamber (221), first water tank spring (22412) with first water tank delivery port (2212) is located same straight line, first water tank spring (22412) one end is connected on first fixed plate (22411), first water tank spring (22412) other end is connected on the sealed pad of first water tank (22413), the sealed pad of first water tank (22413) can be closed completely first water tank delivery port (2212) are inboard.

5. The power mop of claim 3, wherein: second water tank water inlet subassembly (2243) includes second fixed plate (22431), second water tank spring (22432) and the sealed pad of second water tank (22433), second fixed plate (22431) is connected one side in second water tank chamber (222), second water tank spring (22432) with second water tank water inlet (2221) is located same straight line, second water tank spring (22432) one end is connected on second fixed plate (22431), second water tank spring (22432) other end is connected on the sealed pad of second water tank (22433), the sealed pad of second water tank (22433) can be covered completely and close the second water tank water inlet (2221) is inboard.

6. The power mop with integral water tank of claim 2, wherein: first water tank connecting piece (2111) is equipped with first water tank connecting piece chamber (21111), can enter into first support piece (21112) in first water tank delivery port (2212), be located first mounting (21113) in first water tank delivery port (2212) outside and being located first support piece (21112) with sealed pad (21114) of first water tank connecting piece between first mounting (21113), first support piece (21112) are connected on first mounting (21113), first support piece (21112) surface is equipped with and supplies water and gets into hole (21115) in the first water tank connecting piece chamber (21111).

7. The power mop of claim 3, wherein: second water tank connecting piece (2112) is equipped with second water tank connecting piece chamber, and second water tank connecting piece (2112) is including entering into second support piece in second water tank water inlet (2221), being located the second mounting in second water tank water inlet (2221) outside and being located second support piece with the sealed pad of second water tank connecting piece between the second mounting, second support piece is connected on the second mounting, second support piece surface is equipped with and supplies water and gets into the hole in second water tank connecting piece chamber.

8. The electric mop with integral water tank as claimed in claim 2, wherein: the main part (2) still includes dust absorption subassembly (25), dust absorption subassembly (25) are including being located dust absorption subassembly chamber (251) of main part (2), are located dust absorption motor (252) in dust absorption subassembly chamber (251), be located dust absorption box (253) and dust absorption pipe (254) in dust absorption subassembly chamber (251), the one end of dust absorption box (253) is connected dust absorption motor (252), the other end of dust absorption box (253) is connected the one end of dust absorption pipe (254), it includes water pump (231) and water suction pipe (232) to inhale drainage subassembly (23), the one end of water pump (231) with the other end of second water tank connecting piece (2112) is connected, the other end of water pump (231) with the one end of water suction pipe (232) is connected.

9. The power mop with integral water tank as claimed in claim 8, wherein: the ground cleaning device (3) comprises a ground cleaning shell (31), a wheel disc set (32) which is arranged on the lower side of the cleaning shell (31) and used for moving, an air suction opening (33) which is arranged at the bottom of the cleaning shell (31) and used for adsorbing dust or sewage, a suction pipe (34) which is arranged in the cleaning shell (31) and used for conveying the dust or the sewage, and an atomization assembly (35) which is arranged in the cleaning shell (31) and used for spraying clear water, one end of the suction pipe (34) is connected with the air suction opening (33), the atomization component (35) comprises an atomization host (351), a spraying pipeline (352) and a spraying water outlet (353), the other end of the first water pipe (24) is connected with an atomization host (351), the spraying water outlet (353) is positioned at the bottom of the ground cleaning shell (31), the spraying pipeline (352) is connected between the atomizing main machine (351) and the spraying water outlet (353).

10. The power mop with integral water tank as claimed in claim 9, wherein: connecting device (4) include bulb connecting piece (41) and pipeline connector (42), bulb connecting piece (41) are located main part (2) with wash between casing (31), bulb connecting piece (41) are equipped with bulb connecting piece chamber (411), pipeline connector (42) are located in bulb connecting piece chamber (411), pipeline connector (42) are the Y type design, the branch road of pipeline connector (42) is connected respectively the other end of dust absorption pipe (254) with the other end of water absorption pipe (232), the trunk road of pipeline connector (42) with the other end of straw (34) is connected.