CN217659634U

CN217659634U - Multifunctional cleaning machine

Info

Publication number: CN217659634U
Application number: CN202221335013.0U
Authority: CN
Inventors: 高新忠; 高令宇; 邓杰
Original assignee: Qufu Sinodod Intelligent Technology Co ltd
Current assignee: Qufu Sinodod Intelligent Technology Co ltd
Priority date: 2022-05-31
Filing date: 2022-05-31
Publication date: 2022-10-28
Anticipated expiration: 2032-05-31

Abstract

The multifunctional cleaning machine comprises a main body module, wherein a liquid supply tank, a dirt collecting tank, a liquid supply channel and a dirt collecting channel are arranged on the main body module, the liquid supply channel can be communicated with the liquid supply tank, and the dirt collecting channel can be communicated with the dirt collecting tank; the liquid supply channel and the sewage collecting channel can be in butt joint connection with the outside through the butt joint module; the cleaning device also comprises a first cleaning module and a second cleaning module which are arranged to be mutually replaceable and are respectively butted with the butting module so as to respectively form a structure to be connected with the main body module for installation; when the first cleaning module is installed in place, at least the first cleaning module is used for carrying out dirt suction cleaning on the surface A, and when the second cleaning module is installed in place, at least the second cleaning module is used for carrying out spin-washing cleaning on the surface B; the surface A and the surface B are arranged to be surfaces with different structures. The problem of the function singleness that current multi-functional cleaning machine exists has been solved to this scheme to and the unable better problem of switching the user demand that adapts to the user.

Description

Multifunctional cleaning machine

Technical Field

The utility model relates to clean field, concretely relates to multi-functional cleaner.

Background

The existing multifunctional cleaning machine comprises a mopping machine, a floor washing machine and the like, is mainly used for cleaning the ground, and cannot clean the surfaces except the ground; aiming at the use requirements of users, the users are required to configure a plurality of multifunctional cleaning machines with different functions to meet the use requirements of cleaning different surfaces of indoor scenes, so that the overall cost in the configuration process of the users is high, the multifunctional cleaning machines are difficult to effectively manage and use, and the users are required to frequently maintain and process different multifunctional cleaning machines, so that the use experience effect of the users is biased.

Therefore, the functions of the existing multifunctional cleaning machines are relatively single, the use requirements of users on indoor scenes cannot be well matched, and the multifunctional cleaning machines cannot be well switched for cooperative use, so that the use requirements on the users are high, and the use experience effect of the users is seriously influenced.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art.

Therefore, the utility model aims to provide a multifunctional cleaning machine mainly solves the problem of the function singleness that current multifunctional cleaning machine exists to and the problem that can't be better switch and adapt to user's user demand.

The utility model provides a multifunctional cleaning machine, which comprises a main body module, wherein a liquid supply box and a dirt collection box are arranged on the main body module, a liquid supply channel and a dirt collection channel are also arranged on the main body module, the liquid supply channel is arranged to be communicated with the liquid supply box, and the dirt collection channel is arranged to be communicated with the dirt collection box;

the liquid supply channel and the sewage receiving channel are connected with the outside in a butt joint mode through the butt joint module;

the cleaning device also comprises a first cleaning module and a second cleaning module, wherein the first cleaning module and the second cleaning module are arranged in a structure capable of being replaced mutually to be respectively butted with the butting module and are respectively connected with the main body module through the butting module;

when the first cleaning module is in butt joint installation with the butt joint module, the first cleaning module is at least used for carrying out dirt absorption cleaning on the surface A, and when the second cleaning module is in butt joint installation with the butt joint module, the second cleaning module is at least used for carrying out spin washing cleaning on the surface B;

the surface A and the surface B are arranged to be surfaces with different structures.

In the multifunctional cleaning machine, the docking module comprises a first docking part and a second docking part, and the first docking part and the second docking part can form a docking connection structure;

arranging a first butt joint part on the main body module and arranging a second butt joint part on the first cleaning module or the second cleaning module;

or, the butt joint module is provided with a channel piece, the channel piece is arranged in a structure extending and extending towards the outer side direction of the main body module, the first butt joint part is arranged on the main body module, and the second butt joint part is arranged on the channel piece;

or, the main body module is provided with a channel piece, the channel piece is arranged to extend and extend towards the outer side direction of the main body module, the first butt joint part is arranged on the channel piece on the main body module, and the second butt joint part is arranged on the first cleaning module or the second cleaning module.

When the butt joint module or the main body module is provided with the channel piece, the multifunctional cleaning machine is arranged on the butt joint module or the main body module;

when the first cleaning module is connected with the butt joint module in a butt joint mode and is connected with the main body module through the channel piece, the channel piece is arranged to be of a flexible deformable structure;

and/or when the second cleaning module is in butt joint with the butt joint module and is connected with the main body module through the channel piece, a push rod piece is arranged on the channel piece and is set to be in a rigid structure.

In the multifunctional cleaning machine, the first cleaning module is provided with the dirt absorbing part, and when the first cleaning module is connected with the main body module through the butt joint module, the dirt absorbing part and the dirt collecting channel can form a butt joint communicated structure;

be provided with clean chamber on the clean module of second, clean intracavity is installed movably and is dragged and wipe the piece, drags one side of wiping the piece and is provided with the dirty passageway of collection, and the dirty passageway of collection sets up to be the structure of being linked together with clean chamber and is used for collecting the washing liquid that drags on the piece, and the dirty passageway of collection can constitute the structure that is linked together with the dirty passageway of collection when the clean module of second links to each other with main part module through butt joint module.

In the multifunctional cleaning machine, the dirt guiding part in a surrounding structure or in an annular continuous surrounding structure is arranged on the dirt absorbing part at the position of the outer side area far away from the main body module;

the outer side of the dirt absorbing part is also provided with a liquid outlet part for supplying cleaning liquid to the surface A;

make soil pick-up portion, lead soil pick-up portion and surface A to constitute when first clean module installation is in place and lie in surface A and have the soil pick-up chamber, and surface A sets up to be ventilative structure, makes the washing liquid remove and pierces through to enter into the soil pick-up chamber and continuously enter into soil pick-up portion position through surface A when the air current passes through.

In the multifunctional cleaning machine, the wrapping structure of the dirt guide part correspondingly enables the dirt suction cavity to be in the wrapping structure, and the position, close to the side part of the main body module, on the dirt suction cavity is in the open structure, so that airflow can enter the dirt suction cavity and the dirt suction part through the surface A and the open structure;

or the annular continuously-wrapped structure of the dirt guide part correspondingly enables the dirt suction cavity to be in an annular continuously-wrapped cavity structure so that the airflow can only enter the dirt suction cavity and the dirt suction part through the surface A.

In the multifunctional cleaning machine, the first cleaning module is further provided with the brushing part, and the brushing part is positioned on the dirt absorbing part and close to the outer side area of the main body module;

when the first cleaning module is arranged in place, the liquid outlet part is arranged to be communicated with the liquid supply channel, and the liquid outlet part is arranged on the outer side area position, close to the main body module, of the bristle part;

and setting the distance from the liquid outlet part to the bristle part to be greater than the distance from the bristle part to the dirt suction part.

In the multifunctional cleaning machine, the mopping piece is arranged to be a roller structure capable of rotating and rolling or a disc structure capable of horizontally rotating and moving along with the ground, and a plurality of wool-planting strips or a plurality of spin-washing strips made of sponge materials are arranged on the mopping piece;

when the second cleaning module is installed in place and positioned on the surface B, the mopping piece is arranged to be in a structure which is mutually contacted with the surface B and the surface B is arranged to be in an airtight structure;

the dirty passageway of collection sets up to be the structure that extends to stretch out towards the butt joint module direction by clean chamber, and still is provided with the confession liquid portion that is used for with the butt joint of liquid supply channel on the clean module of second, and confession liquid portion is the structure of being linked together with clean chamber and is used for supplying with the washing liquid to the piece of mopping.

In the multifunctional cleaning machine, the side part of the cleaning cavity far away from the docking module is arranged to be in an open structure so that airflow can enter the cleaning cavity through the open structure;

the side bottom position of the cleaning cavity close to the butt joint module is set to be a structure which is in contact with the surface B to form a structure that the side position of the cleaning cavity close to the butt joint module is in a closed structure, so that airflow cannot enter the cleaning cavity.

The multifunctional cleaning machine further comprises a distinguishing detection module, wherein the distinguishing detection module comprises a first detection part and a second detection part, and when the first cleaning module or the second cleaning module is installed in place, a touch signal feedback structure or a contact signal feedback structure is formed between the first detection part and the second detection part;

and/or, still include the energy supply module, the energy supply module includes first energy supply portion and second energy supply portion, first energy supply portion sets up to be located the main part module, second energy supply portion sets up to be located the clean module of second, make first energy supply portion and second energy supply portion form and touch the energy supply structure when the clean module of second is installed on the position, and do not form and touch the energy supply structure when first clean module is installed on the position, and be provided with the drive module that is used for driving the motion of dragging the piece on the clean module of second, second energy supply portion is electric connection with drive module.

The multifunctional cleaning machine further comprises a control module, wherein a threshold Q is arranged in the control module, so that when the first cleaning module is connected with the main body module through the docking module, the dirt suction cleaning mode is controlled to start to clean the surface A, and a threshold W is arranged in the control module, so that when the second cleaning module is connected with the main body module through the docking module, the spin cleaning mode is controlled to start and the cleaning member is controlled to move to clean the surface B.

In the multifunctional cleaning machine, the main body module is further provided with a heating module electrically connected with the control module, and the heating module is located on one side of the liquid supply tank or on the liquid supply channel and is used for heating the cleaning liquid; and/or a plurality of rotatably movable supporting wheels are further arranged at the bottom position of the main body module.

Compared with the prior art, the utility model discloses following beneficial effect has:

the multifunctional cleaning machine of the scheme is provided with multifunctional cleaning using effect, can better adapt to the using requirements of users, improves the using experience effect of the users, can clean the surface A or the surface B, can effectively switch and use according to the current using scene requirements of the users, realizes multifunctional using effect, and solves the problem of single function of the existing multifunctional cleaning machine.

The multifunctional cleaning machine comprises a main body module, a first cleaning module and a second cleaning module, the main body module provides cleaning liquid, namely clean water, the cleaning liquid is collected and contained, namely sewage, the first cleaning module and the second cleaning module can be replaced mutually to enable the first cleaning module and the second cleaning module to correspondingly clean a surface A or a surface B, and therefore the use requirements of users can be better met.

The butt joint module of this scheme can effectual realization first clean module and the butt joint installation effect that the clean module of second exchanges for main part module can effectually come to match respectively and then realize the different functions of multi-functional cleaner, can effectual promotion user switch the experience effect of using.

This scheme realizes first clean module and the clean module of second and carries out interchangeable mode through setting up the butt joint module and realizes that main part module can supply with the clear water or collect and hold sewage correspondingly to first clean module or the clean module of second simultaneously through the butt joint module, and overall structure is simpler, and the cost is lower, and the effectual switching effect that realizes the user to the function of multi-functional cleaning machine.

When the first cleaning module is installed in place, the first cleaning module can effectively carry out dirt absorption and cleaning treatment on the surface A, so that the effective depth dirt absorption and cleaning effect on the surfaces of the breathable structures such as sofas, curtains and the like is realized, and the cleaning treatment effect on the surface A is integrally improved; meanwhile, the second cleaning module can be effectively used for carrying out rotary cleaning treatment on the surface B when being installed in place, so that the effective contact rotary cleaning treatment effect on the surfaces of the air-tight structures such as the ground and the like is realized.

The main part module of this scheme, the structure of butt joint module can realize better general matching and dock first clean module and second clean module respectively to realize two kinds of service function effects of multi-functional cleaning machine, can realize that the user is quick to switch the use, overall structure is simple.

The main part module of this scheme realizes concentrating supply with the clear water and collects sewage, can supply with the clear water and collect sewage to first clean module, also can supply with the clear water and collect sewage to the clean module of second, the user only need come to maintain the main part module can, solve the problem that the user frequently comes to maintain respectively the multi-functional cleaning machine of different functions.

Drawings

FIG. 1 is a perspective view of the overall structure of the body module with the channel member;

FIG. 2 is a schematic cross-sectional view of the channel member at X in FIG. 1;

FIG. 3 is a schematic view of an overall structure of a second docking portion disposed on a second cleaning module;

FIG. 4 is a schematic view of a second cleaning module mounted to the body module for cleaning surface B;

FIG. 5 is a schematic view of the overall structure of the first cleaning module with the first docking portion;

FIG. 6 is a schematic view of a first cleaning module mounted to the body module for cleaning surface A;

FIG. 7 is a schematic structural diagram of a body module;

FIG. 8 is an internal schematic view of a second cleaning module;

FIG. 9 is a schematic view of the second cleaning module abutting the channel member of the docking module and providing a second docking portion on the channel member;

FIG. 10 is a schematic view of a second cleaning module mounted to the body module by the docking module to clean surface B;

FIG. 11 is a schematic view of the first cleaning module abutting against the channel member of the docking module and providing a second docking portion on the channel member;

FIG. 12 is a schematic view of a first cleaning module mounted to a body module by a docking module;

reference numerals: 1-multifunctional cleaning machine, 10-main body module, 101-liquid supply tank, 102-dirt collection tank, 103-liquid supply channel, 104-dirt collection channel, 105-butt joint module, 1051-first butt joint part, 1052-second butt joint part, 1053-channel part, 10531-push rod part, 106-first cleaning module, 1061-dirt suction part, 1062-bristle part, 1063-dirt guide part, 1064-dirt suction cavity, 1065-liquid outlet part, 107-second cleaning module, 1071-cleaning cavity, 1072-wiping part, 1073-dirt collection channel and 1074-liquid supply part.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention will be further described with reference to the following embodiments.

Example (b): the utility model discloses a multi-functional cleaning machine, as figure 1 to figure 12 constitute show, multi-functional cleaning machine 1 mainly used of this scheme comes to carry out cleaning to the surface, and wherein, multi-functional cleaning machine 1 of this scheme possesses multi-functional result of use, can be better adapt to user's user demand, promote user's use experience effect simultaneously.

The multifunctional cleaning machine 1 comprises a main body module 10, wherein the main body module 10 can be used for moving on the ground, a liquid supply tank 101 and a dirt collection tank 102 are arranged on the main body module 10, the liquid supply tank 101 is mainly used for containing and providing clean water, the dirt collection tank 102 is mainly used for containing and collecting the sewage, a liquid supply channel 103 and a dirt collection channel 104 are further arranged on the main body module 10, the liquid supply channel 103 is arranged to be communicated with the liquid supply tank 101 so as to transfer and supply the clean water in the liquid supply tank 101 through the liquid supply channel 103, and the dirt collection channel 104 is arranged to be communicated with the dirt collection tank 102 so as to realize butt collection in the dirt collection tank 102 through the dirt collection tank 102, so that the multifunctional cleaning machine 1 can contain clean water and recover the sewage; specifically, the multifunctional cleaning machine 1 further comprises a docking module 105, the liquid supply channel 103 and the dirt receiving channel 104 are both configured to be docked with the outside through the docking module 105, the docking module 105 is used for realizing the effect of supplying clean water by docking the liquid supply tank 101 with the outside through the liquid supply channel 103, the docking module 105 is used for realizing the docking of the dirt receiving tank 102 with the outside through the dirt receiving channel 104 so as to collect the dirt into the dirt receiving tank 102, and the effects of supplying clean water and collecting the dirt by the multifunctional cleaning machine 1 are realized, specifically, the multifunctional cleaning machine further comprises a first cleaning module 106 and a second cleaning module 107, the liquid supply channel 103 and the dirt receiving channel 104 can be docked with the outside through the docking module 105, mainly for docking and connecting with the first cleaning module 106 and the second cleaning module 107 outside the main body module 10 through the docking module 105, so as to supply clean water to the first cleaning module 106 and the second cleaning module 107, and for recovering the first cleaning module 106 and the second cleaning module 107, wherein the first cleaning module 106 and the second cleaning module 107 are configured to be docked with the main body module 105, and the main body module 105, respectively, and the first cleaning module 105 and the second cleaning module 107 are configured to be docked and mounted to form a docking and cleaning structure; it can be understood that the first cleaning module 106 can be connected to the main body module 10 by the docking module 105 in a docking manner, the second cleaning module 107 can also be connected to the main body module 10 by the docking module 105 in a docking manner, the first cleaning module 106 and the second cleaning module 107 are configured to be connected to the docking module 105 in a docking manner, respectively and independently, and further connected to the main body module 10 by the docking module 105 in a docking manner, so that the multifunctional cleaning machine 1 can achieve a multifunctional use effect by the first cleaning module 106 and the second cleaning module 107, when the first cleaning module 106 is connected to the main body module 10 by the docking module 105, the first cleaning module 106 forms one structural form of the multifunctional cleaning machine 1, when the second cleaning module 107 is connected to the main body module 10 by the docking module 105, the second cleaning module 107 forms another structural form of the multifunctional cleaning machine 1, and further achieves the multifunctional use effect by the first cleaning module 106 and the second cleaning module 107.

Specifically, when the first cleaning module 106 is installed in a butt joint with the butt joint module 105, the first cleaning module 106 is directly connected with the butt joint module 105 to form indirect butt joint with the main body module 10, at this time, the first cleaning module 106 is at least used for dirt suction cleaning of the surface a, and when the multifunctional cleaning machine 1 is started to work, the first cleaning module 106 is located on the surface a to perform a dirt suction cleaning function, so that cleaning treatment of the surface a is realized; when the second cleaning module 107 is in butt joint with the butt joint module 105, the second cleaning module 107 is in indirect butt joint with the main body module 10 through direct connection with the butt joint module 105, at this time, the second cleaning module 107 is at least used for spin-washing and cleaning the surface B, and when the multifunctional cleaning machine 1 is started to work, the second cleaning module 107 is positioned on the surface B to execute a spin-washing and cleaning function, so that the cleaning treatment of the surface B is realized; the surface A and the surface B are arranged on different structures, so that the multifunctional cleaning machine 1 can clean different surfaces, the first cleaning module 106 and the second cleaning module 107 can be selectively replaced with each other according to different requirements of the surface A and the surface B, and the multifunctional using effect is achieved.

The multifunctional cleaning machine 1 of the scheme has multifunctional cleaning use effect, can better adapt to the use demand of a user, improves the use experience effect of the user, can clean a surface A or a surface B, can effectively switch and use according to the current use scene demand of the user, realizes multifunctional use effect, and solves the problem of single function of the existing multifunctional cleaning machine 1.

The multifunctional cleaning machine 1 comprises a main body module 10, a first cleaning module 106 and a second cleaning module 107, wherein the main body module 10 provides cleaning liquid, namely clean water, and collects and holds the cleaning liquid, namely sewage, the first cleaning module 106 and the second cleaning module 107 can be replaced mutually to clean a surface A or a surface B correspondingly, so that the use requirements of users can be better met.

Regarding the structural parts of the docking module 105, the docking module 105 includes a first docking portion 1051 and a second docking portion 1052, the first docking portion 1051 and the second docking portion 1052 can form a docking structure, so that the first cleaning module 106 or the second cleaning module 107 can be docked with the body module 10 by the docking module 105, and a user can manually operate the docking structure between the first docking portion 1051 and the second docking portion 1052 to achieve a docking connection between the first docking portion 1051 and the second docking portion 1052, thereby achieving a connection, installation, or detachment, separation between the first docking portion 1051 and the second docking portion 1052.

The structure part of the scheme that the first cleaning module 106 or the second cleaning module 107 and the main body module 10 are indirectly connected and mounted through the butt joint module 105 mainly has the following structure modes;

the first structure is that the first docking portion 1051 is disposed on the main body module 10, and the second docking portion 1052 is disposed on the first cleaning module 106 or the second cleaning module 107, the first docking portion 1051 can be directly disposed on the main body module 10, and the second docking portion 1052 is disposed on both the first cleaning module 106 and the second cleaning module 107, so that the first cleaning module 106 or the second cleaning module 107 can be directly docked with the first docking portion 1051 on the main body module 10 through the docking portion, and a structure that the first cleaning module 106 and the second cleaning module 107 can be replaced with each other to dock with the main body module 10 independently, i.e., a multifunctional usage effect can be achieved.

The second structure is that the docking module 105 is provided with a channel 1053, and the channel 1053 is configured to extend toward the outside of the main body module 10, the channel 1053 is configured to implement that the first cleaning module 106 or the second cleaning module 107 are separately docked and connected with the main body module 10, and the first docking portion 1051 is located on the main body module 10 and the second docking portion 1052 is located on the channel 1053, the first docking portion 1051 may be directly disposed on the main body module 10, and the second docking portion 1052 is disposed on the channel 1053, the channel 1053 may be disposed on the first cleaning module 106, the channel 1053 may be an integral structure with the first cleaning module 106, or a split structure detachably mounted with the first cleaning module 106, when it is required to implement that the first cleaning module 106 is docked and the main body module 10, it is only necessary to dock and connect the second docking portion 1052 on the channel 1053 and the first docking portion 1051 on the main body module 10; similarly, the second cleaning module 107 may be provided with an installation channel 1053, the channel 1053 may be an integral structure with the second cleaning module 107, or may be a detachable structure with the second cleaning module 107, and when it is necessary to form a butt connection between the second cleaning module 107 and the main body module 10, it is only necessary to butt-connect the second butt-joint portion 1052 on the channel 1053 and the first butt-joint portion 1051 on the main body module 10; that is, the first cleaning module 106 and the second cleaning module 107 are independently connected to the main body module 10 through the channel 1053, respectively, in an indirect butt joint manner, so that a multifunctional usage effect can be achieved.

The third structure is that the main body module 10 has the channel 1053 and the channel 1053 extends outward toward the outside of the main body module 10, the main body module 10 and the channel 1053 may be integrated, or the channel 1053 may be detachably mounted on the main body module 10 to form a split structure, the first docking portion 1051 is located on the channel 1053 of the main body module 10, the second docking portion 1052 is located on the first cleaning module 106 or located on the second cleaning module 107, the second docking portion 1052 is respectively located on the first cleaning module 106 and the second cleaning module 107, the first cleaning module 106 and the second cleaning module 107 may be mutually replaced and respectively and independently to dock with each other through the second docking portion 1052 and the first docking portion 1051 of the channel 1053, that is, the first cleaning module 106 and the second cleaning module 107 may respectively and independently form a structure indirectly docked with the main body module 10 through the channel 1053, that is, and that a multifunctional use effect may be achieved.

Alternatively, the channel member 1053 may be configured to be a tubular structure, and the tubular structure is provided therein with the liquid supply channel 103 and the dirt collecting channel 104, the liquid supply channel 103 is disposed on the channel member 1053 and the main body module 10 at the same time to achieve a structure that the liquid supply channel 103 is communicated with the liquid supply tank 101, the dirt collecting channel 104 is also disposed on the channel member 1053 and the main body module 10 at the same time to achieve a structure that the dirt collecting channel 104 is communicated with the dirt collecting tank 102, when the first cleaning module 106 and the second cleaning module 107 are replaceably connected to the main body module 10 through the channel member 1053, the liquid supply tank 101 may supply clean water to the first cleaning module 106 or the second cleaning module 107, and the dirt collecting tank 102 may collect the dirt on the first cleaning module 106 or the second cleaning module 107 through the dirt collecting channel 104.

For the structure part of the first docking part 1051 and the second docking part 1052 which are docked and connected, a structure of plugging or clamping docking connection formed between the first docking part 1051 and the second docking part 1052 can be set, and meanwhile, the first docking part 1051 and the second docking part 1052 can be detached and separated, so that the first docking part 1051 and the second docking part 1052 are detached and separated, and further, the first cleaning module 106 and the second cleaning module 107 can be conveniently replaced, installed and docked; if the first butt joint part 1051 is provided with a clamping hook and the second butt joint part 1052 is provided with a clamping groove, a clamping connection mounting structure is realized; if the first docking portion 1051 is provided with the plugging portion and the second docking portion 1052 is provided with the plugging groove, a mounting structure for plugging connection is realized; simultaneously, can also set up the sealing member between first butt joint portion 1051 and second butt joint portion 1052 and realize butt joint sealed effect, can effectually prevent to appear the problem that the washing liquid was revealed in the butt joint installation.

In this embodiment, when the channel 1053 is disposed on the docking module 105 or the main body module 10, that is, when the channel 1053 is disposed to implement the docking connection between the first cleaning module 106 or the second cleaning module 107 and the main body module 10, the channel 1053 mainly has the following two structural manners:

the first structure is that when the first cleaning module 106 is connected to the docking module 105 and connected to the main body module 10 through the channel 1053, the channel 1053 is configured to be flexible, such as a tubular flexible structure, the first cleaning module 106 is connected to the main body module 10 through the channel 1053, and the user can operate the first cleaning module 106 to switch the direction arbitrarily and then clean the surface a through the first cleaning module 106, and can operate the first cleaning module 106 to turn to adapt to the surface a for cleaning.

The first structure manner is and/or that when the second cleaning module 107 is connected to the docking module 105 in a docking manner and is connected to the main body module 10 through the channel 1053, the channel 1053 is provided with the push rod 10531, and the push rod 10531 is configured to be a rigid structure, at this time, the second cleaning module 107 is connected to the main body module 10 through the channel 1053, and the user can operate the second cleaning module 107 to clean the surface B, and in order to improve convenience of the user in operating the second cleaning module 107, the push rod 10531 is provided in the present solution, and the user can drive the second cleaning module 107 to clean the surface B by operating the push rod 10531, wherein a part of the channel 1053 can be installed on the push rod 10531, and the push rod 10531 with the rigid structure is convenient for the user to operate the second cleaning module 107 to clean the surface B.

Alternatively, the push rod 10531 may be configured to be rotatably mounted on the second cleaning module 107, and the user may operate the push rod 10531 to rotate relative to the second cleaning module 107 to effectively perform the cleaning process.

In the present scheme, for the structural part of the first cleaning module 106 for performing cleaning treatment on the surface a, a dirt absorbing portion 1061 is mainly disposed on the first cleaning module 106, and when the first cleaning module 106 is connected to the main body module 10 through the docking module 105, the dirt absorbing portion 1061 and the dirt collecting channel 104 can form a structure in docking communication, the dirt and sewage on the surface a and below the surface a are mainly absorbed and collected by the dirt absorbing portion 1061 on the first cleaning module 106, and when the first cleaning module 106 is installed in place, the dirt absorbing portion 1061 and the dirt collecting channel 104 form a structure in communication at this time, and the dirt absorbing portion 1061 and the dirt collecting channel 104 form a structure in communication with the dirt collecting tank 102 through the dirt collecting channel 104, so that the dirt and the sewage enter the dirt collecting tank 102 through the dirt absorbing portion 1061 in the process of absorbing and cleaning by the dirt absorbing portion 1061, and the cleaning treatment effect of collecting the sewage and the dirt in the main body module 10 is achieved.

In this embodiment, a cleaning chamber 1071 is mainly disposed on the second cleaning module 107, the cleaning chamber 1071 is mainly configured as a structure recessed upward, a movable wiping member 1072 is installed in the cleaning chamber 1071, the wiping member 1072 may be configured as a cylindrical structure or a disc-shaped structure to be located in the cleaning chamber 1071 for independent rotational movement, the wiping member 1072 mainly contacts the surface B for cleaning, a dirt collecting channel 1073 is disposed on one side of the wiping member 1072, the dirt collecting channel 1073 is configured as a communicating structure with the cleaning chamber 1071 for collecting the cleaning liquid on the wiping member 1072, when the second cleaning module 107 is located on the surface B for cleaning, the dirt and the sewage in the cleaning process are collected into the dirt collecting channel 1073, and when the second cleaning module 107 is connected to the main body module 10 through the docking module 105, the dirt collecting channel 1073 and the dirt collecting channel 104 may be configured as a communicating structure, so that the dirt and the sewage enter the dirt collecting channel 1073 and the sewage collecting tank 102, and the dirt collecting tank can be used for cleaning.

The first cleaning module 106 is provided with a specific structural part, a dirt guide part 1063 in a surrounding structure or in an annular continuous surrounding structure is arranged on an outer area position of the dirt suction part 1061 far away from the main body module 10, a bottom end surface of the dirt guide part 1063 mainly contacts the surface a to form a dirt and sewage guiding surrounding structure, so that dirt and sewage can be better sucked into the dirt suction part 1061, wherein the dirt guide part 1063 can be provided with a part of surrounding structure or a continuous surrounding structure, the continuous surrounding structure forms a complete annular surrounding effect to better clean the surface a, meanwhile, a liquid outlet part 1065 is further arranged on an outer position of the dirt suction part 1061 to supply cleaning liquid, namely clean water, the liquid outlet part 1065 is mainly communicated with the liquid supply channel 103 through a pipeline to supply clean water in the liquid supply tank through the liquid supply channel 103 to the liquid outlet part 1065, further, clean water is supplied through the liquid outlet part 1065 to the surface a through air, a cleaning cavity is particularly communicated with the liquid supply channel 103 to realize that the liquid supply liquid from the liquid supply channel 103 to the liquid supply channel 1064, and the dirt suction cavity 1061 is arranged to collect cleaning liquid, and when dirt enters the dirt suction cavity 1061 and the dirt collection cavity 1064, the dirt collection cavity 1061, the dirt collection cavity 1064 is arranged on the dirt suction cavity 1061, and the dirt collection cavity 1061 to realize the integral dirt collection cavity 1064; the surface A is set to be a breathable structure, so that clean water supplied by the liquid outlet part 1065 can enter the surface A and enter the position of the lower area of the surface A, the deep cleaning treatment of the surface A and the main body bearing the surface A by the clean water is realized, the deep dirt suction cleaning treatment of the surface A and the lower area of the surface A can be realized by the airflow generated by the multifunctional cleaning machine 1 in the working process, and the multifunctional cleaning machine 1 is favorable for performing effective deep cleaning treatment on the surface A with a certain thickness, such as the surface A formed by objects of curtains, sofas, mattresses and the like.

Optionally, the liquid outlet part 1065 is disposed at an outer position on the side of the dirt suction part 1061 close to the main body module 10, that is, at an outer position on the side of the dirt suction part 1061 far from the dirt guide part 1063; when the user operates the first cleaning module 106 to move toward the rear side on the surface a, the liquid outlet part 1065 is located at a rear position of the dirt suction part 1061.

For the structural part of the dirt guide part 1063, the wrapping structure of the dirt guide part 1063 correspondingly makes the dirt suction cavity 1064 be in a wrapping structure, and the side position on the dirt suction cavity 1064 close to the main body module 10 be in an open structure, so that the airflow can enter the dirt suction cavity 1064 and the dirt suction part 1061 through the surface a and the open structure, that is, the wrapping structure of the dirt guide part 1063 makes the dirt suction cavity 1064 be in an open structure to effectively collect dirt and sewage, and simultaneously, the bottom end surface of the dirt guide part 1063 contacts with the surface a to leave the dirt suction cavity 1064 forming the wrapping structure, so that the dirt and sewage can be collected into the dirt suction cavity 1064, and further the dirt and sewage can be collected into the dirt suction part 1061 in a centralized manner, and at the same time, the open structure of the dirt suction cavity 1064 can better adapt to a user to operate the first cleaning module 106 to move backward on the surface a to realize centralized collection of dirt and sewage; and the liquid outlet part 1065 is positioned at the rear side of the dirt absorbing part 1061 or the dirt absorbing cavity 1064, so that the clean water can intensively enter the dirt absorbing cavity 1064 to be absorbed and collected in the process of cleaning the surface a, and the effect of absorbing and collecting dirt and sewage by the first cleaning module 106 is improved.

Wherein, to the structure part of leading dirty portion 1063, the structure that leads the continuous encirclement of the annular of dirty portion 1063 correspondingly makes dirt absorbing cavity 1064 be the cavity structure that the continuous encirclement of annular makes the air current only can enter into dirt absorbing cavity 1064 and dirt absorbing part 1061 through surface a, it can be understood that, the continuous encirclement structure of the annular of leading dirty portion 1063 makes dirt guiding portion 1063 form the hollow structure that the annular is encirclement, lead to constitute dirt absorbing cavity 1064 that the annular is encirclement structure between dirty portion 1063 and the surface a, the bottom terminal surface contact surface a of dirt guiding portion 1063 forms the dirt absorbing cavity 1064 that the annular is encirclement structure and realizes concentrating the suction and collecting foul water to the position on surface a and below surface a, be favorable to concentrating the power of absorbing in dirt absorbing cavity 1064, and then promote the vacuum degree of absorbing foul and foul water, promote the efficiency of absorbing foul and foul water on the whole.

In order to further improve the cleaning effect of the first cleaning module 106, the first cleaning module 106 is further provided with a bristle part 1062, and the bristle part 1062 is provided with a plurality of bristle-setting bundles. The hair-planting bundles are in an evenly distributed structure, the bristle part 1062 is located on the dirt absorbing part 1061 at a position close to the outer side area of the main body module 10, so that when a user operates the first cleaning module 106 to move backwards to clean the surface a, the bristle part 1062 is located at the rear side to firstly brush and clean the surface a, after the bristle part 1062 brushes and cleans the surface a, the dirt absorbing part 1061 is used to perform dirt absorbing and cleaning treatment on the surface a, and further, the cleaning treatment effect on the surface a is effectively improved, meanwhile, when the first cleaning module 106 is installed in place, the liquid outlet part 1065 is arranged in a communicated structure with the liquid supply channel 103 to supply clean water to the surface a, and the liquid outlet part 1065 is arranged on the bristle part 1062 at a position close to the outer side area of the main body module 10, that is to arrange the liquid outlet part 1065 at the rear side of the bristle part 1062, the bristle part 1062 is located at the rear side of the dirt absorbing part 1061, the liquid outlet part 1065 supplies clear water to the positions above and below the surface A to permeate and wet to form cleaning, then the bristle part 1062 cleans the surface A in a wet state, and finally the dirt absorption part 1061 performs dirt absorption and cleaning on the positions of the areas above and below the surface A to realize the effects of absorbing and collecting dirt and sewage, the distance from the liquid outlet part 1065 to the bristle part 1062 is greater than the distance from the bristle part 1062 to the dirt absorption part 1061, the liquid outlet part 1065 is positioned at the rear side of the bristle part 1062, and the distance between the liquid outlet part 1065 and the bristle part 1062 is relatively large, so that the clear water supplied from the liquid outlet part 1065 to the surface A can perform deep penetration cleaning within a certain distance range, the clear water can effectively permeate to form a wet structure within the thickness range of the surface A, and the bristle part 1062 performs cleaning under a deep wet structure to effectively remove dirt on the surface A, make dirty can effectual not hard up break away from, then absorb dirty and sewage through soil pick-up portion 1061 for soil and sewage are absorbed and are collected more easily with soil by soil pick-up portion 1061.

For the structural part of the second cleaning module 107, the wiping part 1072 is configured as a roller structure capable of rotating and rolling, or as a disc structure capable of horizontally rotating and moving along the ground, such as a roller with a cylindrical structure to contact the surface B for rolling cleaning, or such as a tray with a disc shape structure to contact the surface B for horizontally rotating cleaning, so as to effectively remove the dirt on the surface B, wherein the wiping part 1072 is provided with a plurality of bristle-implanting strips or a plurality of spin-washing strips made of sponge material; realize dragging piece 1072 and come effectual dirty getting rid of the processing on surface B, and realize concentrating dirty and sewage in clean chamber 1071 and make under the power of absorbing realize that dirty and sewage are absorbed in album dirty passageway 1073 and are removed the collection, drag piece 1072 to set up to be the structure of mutual contact and set up surface B and be airtight structure with surface B when the clean module 107 of second is installed on lieing in and being located surface B, realize dragging piece 1072 and come to be located surface B and carry out spin-cleaning clean processing, and then realize the cleaning treatment effect of multi-functional cleaner 1 to different surfaces.

The sewage collecting channel 1073 is arranged to extend from the cleaning cavity 1071 to the docking module 105 to guide sewage to move and collect, sewage on the surface B sequentially passes through the cleaning cavity 1071, the sewage collecting channel 1073 and the sewage collecting channel 104 to enter the sewage collecting tank 102, the second cleaning module 107 is further provided with a liquid supply part 1074 communicated with the liquid supply channel 103 in a docking manner, the liquid supply part 1074 is communicated with the cleaning cavity 1071 to supply cleaning liquid to the mop 1072, the liquid supply part 1074 supplies clean water to the surface B, clean water in the liquid storage tank is mainly supplied to the surface B to clean the surface B, the mop 1072 is combined to clean the surface B in a rotating manner, the liquid supply part 1074 is located above the mop 1072 and is connected with the cleaning cavity 1, clean water supplied by the liquid supply part 1074 is sprayed to the mop 1072 to clean the clean water, the clean water is cleaned, and the clean water is supplied to the surface B together with the mop 1072 to clean the surface B.

In order to promote the second cleaning module 107 and come the effect of collecting sewage, this scheme sets up to be the open structure on clean chamber 1071 and makes air current accessible open structure enter into clean chamber 1071, the air current can drive foul and sewage on the surface B and move in clean chamber 1071, and realize the absorption collection effect to foul and sewage, simultaneously, the side bottom position that is close to on clean chamber 1071 and docks module 105 sets up to be the structure that contacts with surface B and constitutes the structure that is close to on the clean chamber 1071 and be the closed structure and make the air current can't enter into clean chamber 1071 for the lateral part position that is close to on the butt joint module 105, and then realize that the air current only drives foul and sewage from the preceding lateral part position of clean chamber 1071 and enter into clean chamber 1071, and the back lateral part position of clean chamber 1071 realizes injecing foul and sewage in clean chamber 1071, prevent that sewage from diffusing towards the rear, realize the concentrated guide collection effect to sewage.

It can be understood that when the second cleaning module 107 is located on the surface B, the bottom end surface position of the rear side portion of the cleaning cavity 1071 and the surface B are in a contact structure to form a sealing effect on the rear side portion of the cleaning cavity 1071, and the front side position of the cleaning cavity 1071 and the surface B form an open structure for the concentrated intake of dirt and sewage, so that the concentrated intake of sewage and dirt is realized, and the spin-cleaning treatment effect on the surface B is improved as a whole.

Alternatively, the surface a is provided in an air-permeable structure, such as a surface provided as a cloth sofa, a curtain or a carpet, and the like, and the surface B is provided in an air-impermeable structure, such as a floor, a wall, and the like in a room; and then the first cleaning module 106 or the second cleaning module 107 is selected to correspondingly execute different cleaning functions, so that the multifunctional using effect of the multifunctional cleaning machine 1 is realized.

In the scheme, aiming at the structural part for collecting sewage on the main body module 10, the main body module 10 is provided with a power part which is set to be a vacuum pump structure or a fan structure and the like to realize the suction and collection of sewage by providing power, and the power part is connected with the sewage collecting box 102 to realize that sewage can enter the sewage collecting box 102, specifically, when the first cleaning module 106 is installed in place, the sewage enters the sewage collecting box 102 through the sewage absorbing part 1061 and the sewage collecting channel 104 to realize the collection of sewage; specifically, when the second cleaning module 107 is installed in place, the sewage on the mop 1072 enters the sewage collecting channel 1073 through the cleaning cavity 1071, and enters the sewage collecting channel 104 through the sewage collecting channel 1073 to enter the sewage collecting tank 102 for collecting the sewage; the power component works to generate airflow to realize the suction and collection of sewage, the sewage of the first cleaning module 106 in the cleaning process and the sewage of the second cleaning module 107 in the cleaning process can be respectively collected into the sewage collecting box 102, and a user only needs to maintain the main body module 10.

In the scheme, aiming at the structural part of the main body module 10 for supplying clean water, a power mechanism is arranged on the main body module 10 or the channel piece 1053, and the power mechanism can be arranged into a pump structure to transfer the cleaning liquid, namely clean water, in the liquid supply tank 101 so as to meet the requirement of the clean water in the cleaning process; specifically, when the first cleaning module 106 is installed in place, the clean water is transferred through the liquid supply channel 103 and is supplied to the surface a through the liquid outlet part 1065, so as to achieve a dirt suction cleaning treatment effect on the surface a, the clean water forms sewage on the surface a, and the dirt suction part 1061 is used for collecting the sewage and enabling the sewage to finally enter the dirt collection box 102; specifically, when the second cleaning module 107 is installed in place, clean water is transferred to enter the mop 1072 through the liquid supply channel 103 and the liquid supply part 1074 to wet and clean the mop 1072, clean the surface B, and form sewage on the mop 1072, the sewage is collected through the cleaning cavity 1071 and the sewage collection channel 1073, and finally enters the sewage collection box 102 to be collected, and the whole process realizes clean water supply to realize the cleaning treatment effect on the surface a or the surface B.

The scheme also comprises a distinguishing detection module which comprises a first detection part and a second detection part, when the first cleaning module 106 or the second cleaning module 107 is installed in place, a touch signal feedback structure or a contact signal feedback structure is formed between the first detection part and the second detection part, if the touch signal feedback structure formed between the first detection part and the second detection part can be a Hall-induced signal feedback structure or an infrared-induced signal feedback structure, if the contact signal feedback structure formed between the first detection part and the second detection part can be a structure for forming signal feedback by mutual contact between two or more pole pieces, the distinguishing detection effect of the first cleaning module 106 and the second cleaning module 107 can be realized.

Specifically, if the first detection part is installed on the main body module 10 or the channel member 1053, the second detection part is installed on the first cleaning module 106, and the second detection part is not installed on the second cleaning module 107, when the first cleaning module 106 is installed in place, a touch signal feedback structure or a touch signal feedback structure may be formed between the first detection part and the second detection part, and at this time, it may be determined that the first cleaning module 106 is installed in place, and the first cleaning module 106 may start to operate to perform dirt suction cleaning.

Specifically, if the first detection part is mounted on the main body module 10 or the channel 1053, the second detection part is mounted on the second cleaning module 107, and the second detection part is not mounted on the first cleaning module 106, when the second cleaning module 107 is mounted in place, a touch signal feedback structure or a touch signal feedback structure may be formed between the first detection part and the second detection part, and at this time, it may be determined that the second cleaning module 107 is mounted in place, and the second cleaning module 107 may start to operate to perform spin cleaning.

Alternatively, the distinguishing detection module may be configured as an infrared sensor, and the first detection portion and the second detection portion correspondingly form an infrared generator and an infrared receiver, so as to distinguish whether the first cleaning module 106 or the second cleaning module 107 is installed in place by determining whether the infrared receiver receives an infrared signal transmitted by the infrared transmitter.

And/or, to the structural part that supplies power on the second cleaning module 107, power supply is required when the mopping piece 1072 on the second cleaning module 107 moves, the present solution further includes an energy supply module, the energy supply module includes a first energy supply part and a second energy supply part, the first energy supply part is configured to be located on the body module 10 or located on the channel 1053, the second energy supply part is configured to be located on the second cleaning module 107, when the second cleaning module 107 is installed in place, the first energy supply part and the second energy supply part form a contact energy supply structure, the first energy supply part and the second energy supply part are in contact to supply electric energy through current, and when the first cleaning module 106 is installed in place, the contact energy supply structure is not formed, that is, the first cleaning module 106 is not supplied with electric energy, and a driving module for driving the mopping piece 1072 to move is provided on the second cleaning module 107, the second energy supply part is electrically connected to the driving module, the second energy supply part supplies electric energy to the driving module, the driving module works to drive the mopping piece 1072 to move, and further realize the cleaning effect of the mopping piece 1072 to treat the surface.

Alternatively, the first energy supplying portion and the second energy supplying portion may be configured in a structure in which two or more electrode sheets contact to form a power supply loop, so that the power of the main body module 10 can be supplied to the second cleaning module 107, and the power supply effect to the second cleaning module 107 is achieved.

Optionally, the driving module is provided with a motor and a gear transmission structure, the motor starts to work to drive the dragging piece 1072 to move through the gear transmission structure, and the motor can be attached to the contact surface B to perform rotary rolling motion or be attached to the contact surface B to perform horizontal rotary motion.

Alternatively, the distinguishing detection module may be provided as a hall sensor, and the first detection part and the second detection part form a hall sensing structure, so as to achieve the in-place distinguishing detection effect on the first cleaning module 106 and the second cleaning module 107.

In the scheme, the multifunctional cleaning machine further comprises a control module, the control module controls the start-up work or stop work of the multifunctional cleaning machine 1, a threshold value Q is arranged in the control module, so that when the first cleaning module 106 is connected with the main body module 10 through the butt joint module 105, the start-up dirt suction cleaning mode is controlled to clean the surface A, namely when the first cleaning module 106 is connected with the main body module 10 through the butt joint module 105 and the second cleaning module 107 is not connected with the main body module 10, the threshold value Q in the control module can be controlled to start up at the moment, the first cleaning module 106 is controlled to start up the dirt suction cleaning mode to clean the surface A, in the dirt suction cleaning mode, the power part generates air flow, the air flow forms to suck and collect sewage and particulate garbage on the surface A and below the surface A, and the collection of the sewage and the particulate garbage on the surface A is mainly realized through the dirt suction part 1061.

In addition, a threshold value W is set in the control module, so that when the second cleaning module 107 is connected to the main body module 10 through the docking module 105, the spin cleaning mode is controlled to be started, and the wiping part 1072 is controlled to move in the spin cleaning mode to clean the surface B, that is, when the second cleaning module 107 is connected to the main body module 10 through the docking module 105 and the first cleaning module 106 is not connected to the main body module 10, the threshold value W in the control module is controlled to be started, the second cleaning module 107 is controlled to start the spin cleaning mode to clean the surface B, in the spin cleaning mode, the power part generates an air flow, and the wiping part 1072 cleans the surface B to decontaminate the surface B to form sewage, the air flow forms to suck and collect the sewage and the particulate garbage on the surface B, and the collection of the sewage and the particulate garbage on the surface B is mainly realized through the cleaning cavity 1071.

Optionally, the control module is electrically connected to the distinguishing detection module, and determines to control the first cleaning module 106 or the second cleaning module 107 to perform the start-up operation based on the information detected by the distinguishing detection module.

In order to improve the cleaning effect on the surface a or the surface B, the main body module 10 of the present embodiment is further provided with a heating module electrically connected to the control module, and the heating module is located on one side of the liquid supply tank 101 or on the liquid supply channel 103 for heating the cleaning liquid. The heating module can be set as a heating pipe, a heating plate or an electromagnetic heating coil, the heating module can directly heat the liquid supply tank 101 to enable the liquid supply tank 101 to supply hot water, or the heating module can heat clear water flowing through the liquid supply channel 103, so that the clear water supplied into the liquid supply tank 101 generates hot water when flowing through the liquid supply channel 103, the effect of supplying hot water to the first cleaning module 106 or the second cleaning module 107 can be realized, under the structure of supplying hot water, the first cleaning module 106 can more effectively remove dirt on the surface A and below the surface A, and the second cleaning module 107 can more effectively remove dirt on the surface B; and/or a plurality of support wheels capable of rotating are further arranged at the bottom of the main body module 10, and the support wheels can support the main body module 10 and can drive the main body module 10 to move on the ground or a working surface, so that the main body module 10 can move to follow the position path of the first cleaning module 106 or the second cleaning module 107, and the convenience of operation of a user is improved.

It can be seen that the multi-functional cleaning machine 1 of this scheme possesses multi-functional result of use, and wherein, main part module 10 realizes concentrating supply with clear water and collects sewage, can supply with clear water and collect sewage to first clean module 106, also can supply with clear water and collect sewage to second clean module 107, the user only need come to maintain main part module 10 can, solve the problem that the user frequently comes to maintain respectively multi-functional cleaning machine 1 of different functions.

The working principle is as follows: the multifunctional cleaning machine 1 of the scheme has a multifunctional use effect, the multifunctional cleaning machine 1 mainly comprises a main body module 10, a first cleaning module 106 and a second cleaning module 107, the first cleaning module 106 and the second cleaning module 107 can be replaced mutually to be respectively in butt joint with the main body module 10, when the first cleaning module 106 is in butt joint with the main body module 10, dirt suction cleaning treatment on the surface A of an air-permeable structure can be realized, when the second cleaning module 107 is in butt joint with the main body module 10, rotary washing cleaning treatment on the surface B of an air-impermeable structure can be realized, supply of clean water and collection of sewage are realized through the main body module 10 in the cleaning treatment process under two functions, the main body module 10 can be used for carrying out universal matching effect, the problem that a user frequently carries out maintenance on the multifunctional cleaning machine 1 with different functions respectively is solved, the user only needs to maintain the main body module 10, and then the user can select the function of matching with the current cleaning requirement in a switching mode, better use requirement of the user is realized, and meanwhile, the butt joint module 105 is set to effectively facilitate the user to switch the user to carry out butt joint operation, the overall experience of the user, and the user is improved, and the convenience of the user is improved.

It will be understood by those skilled in the art that the foregoing embodiments are specific examples of the invention, and that various changes in form and details may be made therein without departing from the spirit and scope of the invention in practice.

Claims

1. Multifunctional cleaning machine, including the main part module, set up the liquid supply tank and receive dirty case, its characterized in that in the main part module: the main body module is also provided with a liquid supply channel and a sewage collecting channel, the liquid supply channel is set to be in a structure communicated with the liquid supply tank, and the sewage collecting channel is set to be in a structure communicated with the sewage collecting tank;

the first cleaning module and the second cleaning module are arranged in a structure capable of being replaced mutually to be respectively butted with the butting module and are respectively connected with the main body module through the butting module;

2. The multi-functional cleaning machine of claim 1, wherein: the butt joint module comprises a first butt joint part and a second butt joint part, and the first butt joint part and the second butt joint part can form a butt joint structure;

3. The multi-functional cleaning machine of claim 2, wherein: when the butt joint module or the main body module is provided with the channel piece;

when the first cleaning module is in butt joint with the butt joint module and is connected with the main body module through the channel piece, the channel piece is arranged to be in a flexible deformable structure;

4. A multi-functional cleaning machine as defined in claim 1, 2 or 3, wherein: the first cleaning module is provided with a dirt absorbing part, and the dirt absorbing part and the dirt collecting channel can form a butt-joint communicated structure when the first cleaning module is connected with the main body module through the butt-joint module;

5. The multi-functional cleaning machine of claim 4, wherein: a dirt guiding part in a wrapping structure or in an annular continuous wrapping structure is arranged on the dirt absorbing part at the position of the outer side area far away from the main body module;

6. The multi-functional cleaning machine of claim 5, wherein: the wrapping structure of the sewage guide part correspondingly enables the sewage suction cavity to be in the wrapping structure, and the side part of the sewage suction cavity, which is close to the main body module, is in an open structure, so that airflow can enter the sewage suction cavity and the sewage suction part through the surface A and the open structure;

7. A multi-functional cleaning machine as defined in claim 5 or 6, wherein: the first cleaning module is also provided with a brush hair part which is positioned on the dirt absorbing part and close to the outer side area of the main body module;

8. A multi-functional cleaning machine as defined in claim 2, 3, 5 or 6, wherein: the mopping piece is arranged into a roller structure which can rotate and roll or a disc structure which can horizontally rotate and move along the ground, and a plurality of wool-planting strips or a plurality of spin-washing strips made of sponge materials are arranged on the mopping piece;

9. The multi-functional cleaning machine of claim 8, wherein: the side part of the cleaning cavity far away from the docking module is arranged to be in an open structure so that air flow can enter the cleaning cavity through the open structure;

10. The multi-functional cleaning machine of claim 8, wherein: the distinguishing detection module comprises a first detection part and a second detection part, and when the first cleaning module or the second cleaning module is installed in place, a touch signal feedback structure or a contact signal feedback structure is formed between the first detection part and the second detection part;

11. A multi-functional cleaning machine as defined in claim 8, wherein: the cleaning device further comprises a control module, wherein a threshold Q is arranged in the control module, so that when the first cleaning module is connected with the main body module through the butt joint module, the dirt sucking cleaning mode is controlled to be started to clean the surface A, and a threshold W is arranged in the control module, so that when the second cleaning module is connected with the main body module through the butt joint module, the rotary cleaning mode is controlled to be started, and the cleaning device is controlled to move in the rotary cleaning mode to clean the surface B.

12. The multi-functional cleaning machine of claim 11, wherein: the main body module is also provided with a heating module electrically connected with the control module, and the heating module is positioned on one side of the liquid supply tank or on the liquid supply channel and is used for heating the cleaning liquid; and/or a plurality of rotatably movable supporting wheels are further arranged at the bottom position of the main body module.