CN118000618B

CN118000618B - Cleaning member for indoor vertical surface and ceiling and cleaning machine thereof

Info

Publication number: CN118000618B
Application number: CN202410421513.3A
Authority: CN
Inventors: 谭淑丹; 李卓; 陈安迪; 彭子婷; 陈思洁; 王云韵
Original assignee: Xiangtan University
Current assignee: Xiangtan University
Priority date: 2024-04-09
Filing date: 2024-04-09
Publication date: 2024-06-07
Anticipated expiration: 2044-04-09
Also published as: CN118000618A

Abstract

The invention relates to the technical field of household indoor washing and cleaning, in particular to a cleaning member for indoor vertical surfaces and ceilings and a cleaning machine thereof, wherein the cleaning member comprises a cleaning shell, a driving rod, a driven piece and a cleaning execution unit, and an open slot extending in the length direction of the cleaning shell is formed in the side wall of the cleaning shell; the driving rod is positioned in the cleaning shell and is a cylindrical cam body, and the outer peripheral surface of the driving rod is provided with a curve outline; the driven piece extends into the shell from the open slot, and the end part of the driven piece positioned in the cleaning shell is in contact fit with the curve profile of the driving rod; the cleaning execution unit is attached to the driven member at the outside of the cleaning housing; the driving rod can be operated to rotate around the axis of the driving rod relative to the cleaning shell, and the guiding and limiting of the driven piece are formed by means of the opening groove, so that the rotary motion of the driving rod can be converted into the linear motion of the driven piece along the opening groove in the length direction of the cleaning shell, and the cleaning of the cleaning execution unit to different positions is realized.

Description

Cleaning member for indoor vertical surface and ceiling and cleaning machine thereof

Technical Field

The invention relates to the technical field of household indoor washing and cleaning, in particular to a cleaning member for indoor vertical surfaces and ceilings and a cleaning machine thereof.

Background

The existing household cleaning machines are often used for cleaning the indoor floor, and are also called as sweeping robots. The prior art lacks a cleaning machine for cleaning the indoor vertical face and the ceiling, and cleaning the indoor vertical face and the ceiling is mainly carried out by manually using tools such as a broom, a mop and/or a brush. The mode has large workload, low efficiency and unsatisfactory cleaning effect.

Therefore, it is necessary to design a cleaning machine capable of cleaning an indoor vertical surface and a ceiling, which can release the manpower to the greatest extent, thereby realizing cleaning of the indoor vertical surface and the ceiling.

Disclosure of Invention

In view of the above, the present invention provides a cleaning machine capable of cleaning an indoor vertical surface and a ceiling, which can release manpower to the greatest extent, thereby cleaning the indoor vertical surface and the ceiling.

The first aspect of the present invention discloses a cleaning member for indoor facades and ceilings, comprising: a cleaning housing which is a cylindrical housing having a hollow interior; the side wall of the cleaning shell is provided with an open slot extending in the length direction of the cleaning shell; a driving lever which is built in the cleaning housing; the driving rod is a cylindrical cam body, and the outer peripheral surface of the driving rod is provided with a curve outline; a follower extending from the open slot into the cleaning housing, and an end of the follower within the cleaning housing being in contact engagement with the curved profile of the drive rod; a cleaning execution unit attached to the driven member at an outer side of the cleaning housing; the driving rod can be operated to rotate around the axis of the driving rod relative to the cleaning shell, and the guiding and limiting of the driven member are formed by means of the opening groove, so that the rotary motion of the driving rod can be converted into the linear motion of the driven member along the opening groove in the length direction of the cleaning shell, and the cleaning of the cleaning execution unit to different positions can be realized.

By means of the limit of the driven member (or called as a push rod of a cylindrical cam) by the open slot on the cleaning shell and the contact fit of the end of the driven member positioned in the cleaning shell and the curve outline of the driving shaft, when the driving shaft is driven to rotate, the rotation motion of the driving shaft can be converted into the linear motion of the driven member along the open slot in the length direction of the cleaning shell; since the cleaning execution unit is attached to the follower, this enables the cleaning execution unit to be driven to different positions in the length direction of the housing, thereby achieving cleaning of different positions (or "different heights").

Moreover, based on the structural design of the invention, the driven piece is inserted into the cleaning shell from the opening groove on the cleaning shell, so that the opening groove on the cleaning shell has guiding and limiting functions on the driven piece, and meanwhile, the end part of the driven piece positioned in the cleaning shell keeps constant contact fit with the curve contour of the driving shaft, so that the driven piece can be driven to conduct guiding displacement along the opening groove, is not easy to fall off, and has good working stability.

According to the cleaning member disclosed in the first aspect of the invention, the curved profile is configured to enable the follower to reciprocate linearly along the open groove in the length direction of the cleaning housing with continuous rotation of the drive lever. By continuous rotation is meant rotational rotation of the drive rod in the same rotational direction, that is, the follower is able to complete a linear reciprocation along the open slot without the drive rod having to change rotational direction. This makes the driving of the movement of the cleaning execution unit in the present invention simple and easy to execute.

This can be achieved by providing a hyperbola on the drive rod, i.e. a first curve extending in a curved manner from the starting end (also referred to as the lower end) of the drive rod towards the end (also referred to as the upper end) of the drive rod on the outer circumferential surface of the drive rod, and a second curve formed at the end of the drive rod starting from the end point of the first curve at the end of the drive rod towards the starting end of the drive rod, i.e. the first curve and the second curve are connected at a location near the end of the drive rod, but are both free ends near the starting end of the drive rod. That is, the follower can be moved along the open slot from the beginning to the end of the drive rod by means of a first curve and then moved along the open slot from the end to the beginning of the drive rod by means of a second curve. During this reciprocation, the direction of rotation of the drive rod is always unchanged.

According to a first aspect of the invention, a cleaning member is disclosed wherein the curved profile is a curved runner spiraling around the outer side of the drive rod, the end of the follower within the cleaning housing being configured as an end slider conforming to the groove configuration of the curved runner. By means of the end slider, the end of the driven piece can be well matched with the curved sliding groove, so that when the driving rod rotates, the driven piece can move in the extending direction of the opening groove under the limiting guide of the opening groove by means of the thrust formed by the curved sliding groove on the end of the driven piece.

According to the cleaning member disclosed in the first aspect of the invention, the cleaning execution unit has a facade cleaning operation state in which the cleaning surface of the cleaning execution unit is kept parallel to the cleaning housing and a roof cleaning operation state in which the cleaning surface of the cleaning execution unit is kept perpendicular to the cleaning housing, and is operable to switch between the facade cleaning operation state and the roof cleaning operation state.

The vertical surface cleaning working state refers to a working state that a cleaning surface of the cleaning execution unit for cleaning is kept parallel to the indoor vertical surface, so that the indoor vertical surface can be well cleaned in the working state; the ceiling cleaning operation state is an operation state in which the cleaning surface of the cleaning execution unit is turned over by 90 ° relative to the vertical cleaning operation state, and the cleaning surface of the cleaning execution unit is parallel to the plane of the indoor ceiling, so that the indoor ceiling can be cleaned well.

By means of the two operating states of the cleaning execution unit, the cleaning member of the invention enables cleaning of two different inner surfaces of an indoor facade and an indoor ceiling.

According to the cleaning member disclosed in the first aspect of the invention, wherein the cleaning execution unit has a state switching position, the cleaning execution unit can be driven to the state switching position by means of the rotation of the driving lever; the cleaning member further includes a state switching mechanism by means of which the cleaning execution unit can be switched between the facade cleaning operation state and the roof cleaning operation state when the cleaning execution unit is at the state switching position.

According to the cleaning member disclosed in the first aspect of the present invention, the state switching mechanism includes: a link joint having a flat state in which the link joint is maintained in a vertical state with the open groove and a vertical state in which the link joint is maintained in a parallel state with the open groove; the connecting rod joint piece is configured to be capable of being engaged with and disengaged from the driven piece when the cleaning execution unit is driven to the state switching position in the vertical cleaning working state in the flat state; the connecting rod joint piece can be driven to switch between a flat-lying state and a vertical state so as to drive the driven piece to rotate, and then the cleaning execution unit is switched between a vertical surface cleaning working state and a top plate cleaning working state.

In the present invention, the state switching position refers to the junction of the first curve and the second curve near the end of the drive lever. When the cleaning execution unit is required to be switched to the indoor roof cleaning working state, the cleaning execution unit is required to be driven to a state switching position; when the cleaning execution unit is driven to the state switching position, the connecting rod joint piece can be engaged with the driven piece, and then the connecting rod joint piece is switched from the flat state to the vertical state, so that the cleaning execution unit is rotated by 90 degrees, and the switching from the vertical surface cleaning working state to the top plate cleaning working state is completed.

The cleaning member disclosed in the first aspect of the invention, wherein the state switching mechanism further comprises: the driving component can be operated to perform linear motion in the extending direction of the open slot; the motion limiting groove comprises a first groove section, a second groove section and a third groove section, wherein the first groove section is positioned at the outer side of the open groove and is parallel to the open groove, the third groove section is communicated with the open groove in the extending direction of the open groove, and the second groove section is connected between the first groove section and the third groove section in an inclined structure mode; a movement guide block received in the movement limiting groove and movable along the movement limiting groove; one end of the connecting rod joint piece is movably connected with the driving component, and the other end of the connecting rod joint piece is fixedly connected with the movement guide block.

The link joint is in the initial state, is close to the state switching position, and is in the flat state. When the driven piece moves to the state switching position, the connecting rod joint piece can be jointed with the driven piece, specifically, the joint can be formed in an electromagnetic adsorption mode, namely, the connecting rod joint piece is arranged at a joint opening of the driven piece, the shape of the joint opening is conformal, an electromagnetic adsorption component is arranged on the joint opening, correspondingly, the driven piece is provided with an electromagnetic adsorption matching piece, when the driven piece moves to the state switching position, the electromagnetic adsorption component can be controlled to be electrified in an electric signal control mode, so that stronger suction force is generated, the driven piece is adsorbed in the joint opening of the connecting rod joint piece, then the connecting rod joint piece can generate rotary motion rotating around the movable connection point of the connecting rod joint piece and the driving component under the driving of the linear upward movement of the driving component by means of the movement limiting of the movement guide block in the first groove section and the second groove section; after the motion guide block enters the third groove section, the connecting rod joint piece is converted into a vertical state by means of limiting the motion guide block by the third groove section; and vice versa, namely when the cleaning execution unit is required to be switched from the top plate cleaning working state to the elevation cleaning working state, the driving member can be driven to do linear downward movement, the movement guide block enters the second groove section through the third groove section under the limit of the movement guide groove and finally falls into the first groove section, so that the connecting rod joint piece is switched from the vertical state to the flat state, and the cleaning execution unit is driven to be changed from the top plate cleaning working state to the elevation cleaning working state; at this time, the electromagnetic adsorption member of the link joint may be de-energized, so that the link joint is disconnected from the driven member, i.e., separated from the driven member, and then the driving lever is operated to rotate, thereby again realizing the movement of the cleaning execution unit along the open slot in its elevation cleaning operation state.

In addition, in the invention, the tail end of the driving rod is also provided with a notch corresponding to the state switching position, when the connecting rod joint piece is combined with the driven piece and is driven by the driving component to move upwards (simultaneously with the rotation), the end sliding head matched with the curved sliding groove of the driven piece can slide out from the state switching position through the notch, namely is separated from the curved sliding groove, so that the position shifting requirement of the driven piece in the switching process of the cleaning execution unit is met.

According to the cleaning member disclosed in the first aspect of the present invention, wherein the state switching mechanism further includes a driving unit that is provided in the cleaning housing and is located in the cavity between the distal end portion of the driving lever and the end portion of the cleaning housing; the drive unit comprises a screw and a slider body, the screw is arranged in an extending mode along the length direction of the cleaning shell, the screw can be operated to rotate, the slider body is matched with the screw in a mode that the screw can do linear reciprocating motion along the screw when the screw is operated to rotate, and the driving member is attached to the slider body.

According to the cleaning member disclosed in the first aspect of the present invention, the driving rod is internally provided with a gaseous medium conveying passage for conveying high-temperature steam for sterilization; the curve chute is provided with a plurality of gas medium outlets in the curve direction of the curve chute, each gas medium outlet is provided with an opening and closing valve, and the opening and closing valve can be opened due to contact with the end sliding head when the end sliding head of the driven member slides to the position; and the inside of the driven piece and the inside of the cleaning execution unit are both provided with air outlet channels, and when the on-off valve at the corresponding position is opened, the air outlet channels can be communicated with the air medium outlets at the corresponding position so as to output high-temperature steam outwards.

The second aspect of the present invention discloses a cleaning machine for indoor facades and ceilings, comprising a machine body and a traveling mechanism attached to the machine body and capable of driving the whole cleaning machine to travel; the travelling mechanism can be a travelling wheel, and can be set to be an electric travelling wheel in an electric control mode, so that the automatic travelling of the cleaning machine can be realized, and the automatic travelling can be realized through the prior art, and the description is omitted. In further embodiments, the running gear can also be provided as a crawler-type running gear.

The cleaning machine according to the second aspect of the present invention further comprises the cleaning member for an indoor facade and a ceiling according to the first aspect of the present invention, the cleaning member is attached to the machine body, and the cleaning member as a whole extends in a vertical direction with respect to the machine body.

According to a cleaning machine disclosed in a second aspect of the present invention, wherein the machine body includes a body casing and a cleaning consumable cleaning unit detachably provided in the body casing, the cleaning consumable cleaning unit includes: a water container; a cleaning cylinder arranged in the water container, a gap is arranged between the cleaning cylinder and the water container, and a plurality of water holes for water to enter and exit are formed in the side wall of the cleaning cylinder; a rotating member disposed within the cleaning cartridge and operable to generate rotation for swirling a body of water within the cleaning cartridge to spin clean the cleaning consumables; the cleaning tray is arranged in the cleaning cylinder and can be operated to generate lifting, and is used for being lifted to approach the top cover of the cleaning cylinder or the water container after the rotary cleaning is completed so as to squeeze out water from the cleaning consumable after the rotary cleaning.

According to a second aspect of the invention, a cleaning machine is disclosed, wherein the cleaning consumable cleaning unit comprises a rotation and lifting driving mechanism, which comprises a clutch device, comprising an outer driven transmission member, a driving transmission member and an inner driven transmission member, which are coaxially arranged in an inner sleeve; the driving transmission member is positioned between the outer driven transmission member and the inner driven transmission member, and is configured to form power transmission with the outer driven transmission member when the driving transmission member is rotated forward, and to form power transmission with the inner driven transmission member when the driving transmission member is rotated backward; the rotary member is attached to the outer driven transmission.

The rotation and lifting driving mechanism further comprises a lifting member, wherein the lifting member comprises a transmission rod, a limiting shell, a pushing block and a tray connecting piece, and the lower end part of the transmission rod is attached to the inner driven transmission piece; the upper rod section of the transmission rod is constructed as a cylindrical cam rod body section, and the outer side of the upper rod section is provided with a lifting curve profile; the limiting shell is sleeved outside the cylindrical cam rod body section, and a strip-shaped limiting groove extending in the length direction of the limiting shell is formed in the side wall of the limiting shell; the bottom support of the limit shell is connected to the side wall of the cleaning cylinder; the pushing block extends into the limiting shell from the strip-shaped limiting groove, and the end part of the pushing block positioned in the limiting shell is in contact fit with the lifting curve profile of the transmission rod; the upper part of the tray connecting piece is fixedly connected with the cleaning tray, and the lower part of the tray connecting piece is connected with the pushing block; when the inner driven transmission piece is driven to rotate, the transmission rod rotates along with the inner driven transmission piece, and the rotary motion of the cylindrical cam rod body section is converted into the linear motion of the pushing block along the strip-shaped limiting groove under the guiding and limiting effects of the strip-shaped limiting groove on the pushing block, so that the cleaning tray can be driven to lift.

According to a second aspect of the invention, a cleaning machine is disclosed, wherein the machine body further comprises a high temperature steam generating unit attached on the outside of the body housing.

The high temperature steam generation unit includes: a housing for steam having a water inlet and having an interior cavity for receiving a body of water entering from the water inlet; the heating device is arranged at the bottom of the steam shell and used for heating the water body received by the inner cavity of the steam shell; an air outlet part arranged on the steam casing and used for outputting the steam generated by heating; the bottom of the cleaning member is attached to the high-temperature steam generating unit, and a gas medium delivery passage provided on a drive lever of the cleaning member is in communication with the gas outlet portion.

The beneficial effects are that: in the cleaning member, by means of limiting the driven member by the open slot on the cleaning shell and contact matching of the end part of the driven member positioned in the cleaning shell and the curve outline of the driving rod, when the driving rod is driven to rotate, the rotary motion of the driving rod can be converted into linear motion of the driven member along the open slot in the length direction of the shell; since the cleaning execution unit is attached to the follower, this enables the cleaning execution unit to be driven to different positions in the length direction of the housing, thereby achieving cleaning of different positions.

In the cleaning machine, the cleaning member extends in the vertical direction relative to the machine body of the cleaning machine, so that when the cleaning execution unit is driven to move along the length direction of the shell, cleaning of different heights can be realized, and cleaning of the indoor vertical face and the ceiling can be realized.

The cleaning member for indoor facades and ceilings and the cleaning machine thereof according to the invention are disclosed in detail below in connection with the embodiments shown in the drawings and with the reference signs.

Drawings

Fig. 1 shows a schematic perspective view of a cleaning machine according to the invention.

Figure 2 shows a side view of the cleaning machine according to the invention.

Fig. 3 shows a rear view of the cleaning machine according to the invention.

Fig. 4 shows a top view of a cleaning machine according to the invention.

Fig. 5 shows a schematic partial structure of the cleaning member in the present invention.

Fig. 6 (a) - (c) show schematic structural views of the cleaning member in the present invention, in which the cleaning execution unit is moved to different positions in the vertical cleaning operation state.

Fig. 7 shows a schematic structural view of the cleaning member in the present invention, in which the cleaning execution unit is in the state switching position in the vertical cleaning operation state.

Fig. 8 shows a schematic structural view of the cleaning member in the present invention, in which the cleaning execution unit is in the process of switching from the vertical cleaning operation state to the top plate cleaning operation state.

Fig. 9 shows a schematic structural view of the cleaning member in the present invention, in which the cleaning execution unit is in a top plate cleaning operation state.

Fig. 10 shows a schematic structural view of the cleaning member of the present invention, in which the link joint and the follower are in an unengaged state.

Fig. 11 shows a schematic structural view of the state switching mechanism in the present invention, in which the link engagement member and the driven member are in an unengaged state.

Fig. 12 shows a process of switching the cleaning execution unit from the vertical cleaning operation state to the top plate cleaning operation state in the cleaning member of the present invention, wherein the cleaning member is provided with the cleaning housing.

Fig. 13 shows a process of switching the cleaning execution unit from the elevation cleaning operation state to the roof cleaning operation state in the cleaning member of the present invention, in which the cleaning member is not provided with the cleaning housing.

Fig. 14 is a schematic view showing the structure of the high temperature steam generating unit in the present invention.

Fig. 15 shows a schematic structural view of the follower in a state of contact with the on-off valve.

Fig. 16 is a schematic view showing the overall structure of the cleaning consumable cleaning unit.

Fig. 17 shows a schematic view of the internal structure of the cleaning consumable cleaning unit.

Fig. 18 shows a schematic view of the results of cleaning the rotating member and the cleaning tray in the consumable cleaning unit.

Fig. 19 shows a schematic structural view of the rotation and elevation driving mechanism.

Reference numerals: 1a machine body, 2 cleaning components, 3a travelling mechanism, 4 a cleaning consumable cleaning unit, 5a high-temperature steam generating unit and 6a main body shell.

201 Cleaning shell, 202 open slot, 203 driving rod, 204 curve outline, 205 driven piece, 206 cleaning execution unit, 207 connecting rod joint piece, 208 driving component, 209 first slot section, 210 second slot section, 211 third slot section, 212 motion guide block, 213 screw, 214 slide block, 215 air outlet channel, 216 opening and closing valve, 217 gas medium conveying channel, 218 gas medium outlet, 219 joint mouth, 220 notch, 221 positioning part, 222 cleaning surface.

401 Water container, 402 wash bowl, 403 wash tray, 404 rotating member, 405 clutch, 406 outer driven transmission, 407 driving transmission, 408 inner driven transmission, 409 transmission rod, 410 cylindrical cam rod body section, 411 lifting curve profile, 412 limit housing, 413 pushing block, 414 tray connector, 415 supporting connecting rod, 416 bearing member, 417 bar limit groove, 418 inner ratchet, 419 inner pawl, 420 outer ratchet, 421 outer pawl.

501 A steam housing, 502 a heating device, 503 an air outlet portion, 504 a water inlet portion.

Detailed Description

The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

It should be noted that, without conflict, the embodiments of the present application and features of the embodiments may be combined with each other.

Fig. 1 shows a schematic perspective view of a cleaning machine according to the invention. Figure 2 shows a side view of the cleaning machine according to the invention. Fig. 3 shows a rear view of the cleaning machine according to the invention. Fig. 4 shows a top view of a cleaning machine according to the invention.

Referring to fig. 1 to 4, the present invention provides a cleaning machine for indoor elevation and ceiling, comprising a machine body 1 and a traveling mechanism 3 attached to the machine body 1 and capable of driving the entire cleaning machine to travel; the travelling mechanism 3 can be a travelling wheel, and can be set to be an electric travelling wheel in an electric control manner, so that the automatic travelling of the cleaning machine can be realized, and the description of the travelling mechanism is omitted. In further embodiments, the running gear 3 can also be provided as a crawler running gear 3.

And, wherein the machine body 1 includes a body housing 6 and a cleaning consumable cleaning unit 4 detachably provided in the body housing 6, the specific structure of the cleaning consumable cleaning unit 4 is shown in fig. 16. Further, the machine body 1 further includes a high-temperature steam generating unit 5 attached on the outside of the body housing 6.

Particularly preferably, the cleaning machine of the present invention further comprises a cleaning member for an indoor facade and a ceiling, the cleaning member 2 being attached to the machine body 1, and the cleaning member 2 extending in a vertical direction with respect to the machine body 1 as a whole. As shown in fig. 1 to 4, the cleaning member 2 includes a cleaning housing 201 and a cleaning execution unit, wherein the cleaning housing 201 is a cylindrical housing having a hollow interior. Further, fig. 5 shows a partial schematic structural view of the cleaning member 2 in the present invention. As shown in connection with fig. 5, the cleaning member 2 further includes a driving lever 203 and a follower 205.

An open groove 202 extending in the longitudinal direction of the cleaning housing 201 is provided on a side wall of the cleaning housing 201; the driving rod 203 is arranged in the cleaning shell 201, the driving rod 203 is a cylindrical cam body, and a curve profile 204 is arranged on the outer peripheral surface of the driving rod 203; the follower 205 protrudes from the open slot 202 into the cleaning housing 201, and the end of the follower 205 within the cleaning housing 201 is in contact engagement with the curved profile 204 of the drive rod 203; the cleaning execution unit 206 is attached to the follower 205 on the outside of the cleaning housing 201; the driving rod 203 can be operated to rotate around the axis of the cleaning housing 201, and the guiding and limiting of the driven member 205 by the opening groove 202 can enable the rotation motion of the driving rod 203 to be converted into the linear motion of the driven member 205 along the opening groove 202 in the length direction of the cleaning housing 201, so as to realize the cleaning of different positions by the cleaning execution unit 206.

By virtue of the limit of the follower 205 (or push rod called "cylindrical cam") by the open slot 202 on the cleaning housing 201, and the contact engagement of the end of the follower 205 within the cleaning housing 201 with the curved profile 204 of the drive shaft, when the drive shaft is driven in rotation, the rotational movement of the drive shaft can be converted into a linear movement of the follower 205 along the open slot 202 in the length direction of the cleaning housing 201; since the cleaning execution unit 206 is attached to the follower 205, this enables the cleaning execution unit 206 to be driven to different positions in the length direction of the housing, thereby achieving cleaning of different positions (or referred to as "different heights").

Fig. 6 (a) - (c) show schematic structural views of the cleaning member 2 in the present invention, in which the cleaning execution unit 206 is moved to different positions in the vertical cleaning operation state. As shown in connection with fig. 6 (a) - (c), the cleaning performing unit 206 can be driven to move to different height positions in the vertical direction of the cleaning member 2, thereby achieving cleaning of different height positions of the indoor facade.

Further, as shown in fig. 5 and fig. 6 (a) - (c), a hyperbolic runner, i.e., a first curve and a second curve are provided on the driving rod 203, the first curve extending from the starting end (which may also be referred to as a lower end) of the driving rod 203 toward the end (which may also be referred to as an upper end) of the driving rod 203 on the outer peripheral surface of the driving rod 203 in a curved manner, and the second curve extending from the end point of the first curve at the end of the driving rod 203 toward the starting end of the driving rod 203 at the end of the driving rod 203, i.e., the first curve and the second curve are connected at the end portion near the driving rod 203 but are both free ends at the starting end portion near the driving rod 203. That is, the follower 205 can be moved along the open slot 202 from the beginning to the end of the drive rod 203 by means of a first curve, and then the follower 205 can be moved along the open slot 202 from the end to the beginning of the drive rod 203 by means of a second curve. During this reciprocation, the rotation direction of the driving lever 203 is always unchanged.

Moreover, the end of the follower 205 within the cleaning housing 201 is configured as an end slider that conforms to the groove configuration of a curved chute. By means of the end slider, the end of the follower 205 can be well matched with the curved sliding groove, so that when the driving rod 203 rotates, by means of thrust formed by the curved sliding groove on the end of the follower 205, the follower 205 can move along the extending direction of the open slot 202 under the limit guide of the open slot 202.

Fig. 7 shows a schematic structural view of the cleaning member 2 according to the present invention, in which the cleaning execution unit 206 is in the state switching position in the vertical cleaning operation state. Fig. 8 shows a schematic structural view of the cleaning member 2 according to the present invention, in which the cleaning execution unit 206 is in the process of switching from the free-standing cleaning operation state to the top plate cleaning operation state. Fig. 9 shows a schematic structural view of the cleaning member 2 in the present invention, in which the cleaning execution unit 206 is in a top plate cleaning operation state. Fig. 10 shows a schematic structural view of the cleaning member 2 of the present invention, in which the link joint is in an unengaged state with the follower 205. Fig. 11 shows a schematic structural view of the state switching mechanism in the present invention, in which the link engagement member is in an unengaged state with the follower 205. Fig. 12 shows a process of switching the cleaning execution unit 206 in the cleaning member 2 of the present invention from the elevation cleaning operation state to the roof cleaning operation state, in which the cleaning member 2 is provided with the cleaning housing 201. Fig. 13 shows a process of switching the cleaning execution unit 206 in the cleaning member 2 of the present invention from the elevation cleaning operation state to the roof cleaning operation state, in which the cleaning member 2 is not provided with the cleaning housing 201.

As shown in connection with fig. 7 to 13, the cleaning execution unit 206 has a vertical surface cleaning operation state in which the cleaning surface 222 of the cleaning execution unit 206 is kept parallel to the cleaning housing 201 and a top plate cleaning operation state in which the cleaning surface 222 of the cleaning execution unit 206 is kept perpendicular to the cleaning housing 201, and is operable to switch between the vertical surface cleaning operation state and the top plate cleaning operation state. The vertical surface cleaning operation state refers to an operation state in which the cleaning surface 222 for cleaning of the cleaning execution unit 206 is kept parallel to the indoor vertical surface, so that the indoor vertical surface can be cleaned well in this state; the ceiling cleaning operation state is an operation state in which the cleaning surface 222 of the cleaning unit 206 is parallel to the plane of the indoor ceiling, and the cleaning unit 206 is turned by 90 ° with respect to the vertical cleaning operation state, so that the indoor ceiling can be cleaned well. By means of the two operating states of the cleaning execution unit 206, the cleaning member 2 of the invention enables cleaning of two different inner surfaces of an indoor facade and an indoor ceiling.

The cleaning execution unit 206 has a state switching position, to which the cleaning execution unit 206 can be driven by means of rotation of the driving lever 203; the cleaning member 2 further includes a state switching mechanism by means of which the cleaning execution unit 206 can be switched between the facade cleaning operation state and the roof cleaning operation state when the cleaning execution unit 206 is in the state switching position.

Specifically, the state switching mechanism includes: a link joint 207 having a flat state in which the link joint 207 is kept in a vertical state with the open groove 202 and a vertical state in which the link joint 207 is kept in a parallel state with the open groove 202; the link engagement 207 is configured to be able to be brought into and out of engagement with the follower 205 in a flat state when the cleaning execution unit 206 is driven to the state switching position in the facade cleaning operation state; the link joint 207 can be driven to switch between a flat state and a vertical state to drive the follower 205 to rotate, thereby switching the cleaning execution unit 206 between the cleaning execution unit 206 for a vertical surface and a cleaning operation state for a top plate.

In the present invention, the state switching position refers to the intersection of the first curve and the second curve near the end of the drive lever 203. When the cleaning execution unit 206 needs to be switched to the indoor ceiling cleaning operation state, the cleaning execution unit 206 needs to be driven to the state switching position; when it is driven to the state switching position, the link engagement piece 207 can be engaged with the follower 205, and then the link engagement piece 207 is switched from the flat state to the vertical state, so that the cleaning execution unit 206 is rotated by 90 degrees, completing the switching from the facade cleaning operation state to the roof cleaning operation state.

In a preferred embodiment, the state switching mechanism further comprises: a driving member 208, the driving member 208 being operable to perform a linear movement in the extending direction of the open groove 202; a movement limiting groove comprising a first groove section 209, a second groove section 210 and a third groove section 211, wherein the first groove section 209 is positioned outside the open groove 202 and is kept parallel to the open groove 202, the third groove section 211 is communicated with the open groove 202 in the extending direction of the open groove 202, and the second groove section 210 is connected between the first groove section 209 and the third groove section 211 in an inclined structure; a motion guide block 212 received within and movable along the motion limit slot; one end of the connecting rod joint 207 is movably connected with the driving member 208, and the other end is fixedly connected with the movement guide block 212.

The link engagement piece 207 is in the initial state, is close to the state switching position, and is in the flat state. When the follower 205 moves to the state switching position, the connecting rod joint 207 can be engaged with the follower 205, specifically, the engagement can be formed by electromagnetic adsorption, namely, the connecting rod joint 207 is provided with an engagement opening 219 with the shape of the follower 205 and an electromagnetic adsorption member is arranged on the engagement opening 219, correspondingly, the follower 205 is provided with an electromagnetic adsorption matching piece, when the follower 205 moves to the state switching position, the electromagnetic adsorption member is controlled to be electrified by an electric signal control mode, so that stronger suction force is generated, the follower 205 is adsorbed in the engagement opening 219 of the connecting rod joint 207, then the connecting rod joint 207 generates rotary motion around the movable connection point of the connecting rod joint 207 and the driving member 208 by means of the motion limiting of the motion guide block 212 in the first groove section 209 and the second groove section 210 under the driving of the linear upward motion of the driving member 208; after the movement guide block 212 enters the third groove section 211, the connecting rod joint 207 is converted into a vertical state by means of the limit of the movement guide block 212 by the third groove section 211; vice versa, that is, when the cleaning execution unit 206 needs to be switched from the top plate cleaning operation state to the elevation cleaning operation state, the driving member 208 can be driven to move linearly downwards, the movement guide block 212 enters the second slot section 210 through the third slot section 211 and finally falls into the first slot section 209 under the limit of the movement guide slot, so that the connecting rod connector 207 is switched from the vertical state to the flat state, and at this time, the cleaning execution unit 206 is also driven to change from the top plate cleaning operation state to the elevation cleaning operation state; at this time, the electromagnetic adsorption member of the link joint 207 may be de-energized, so that the joint of the link joint 207 and the follower 205 is disconnected, i.e., the two are separated, and then the driving lever 203 is operated to rotate, thereby again effecting the movement of the cleaning execution unit 206 along the open groove 202 in its upright cleaning operation state.

In a preferred embodiment, the end of the driving rod 203 is further provided with a notch 220 corresponding to the state switching position, when the link joint 207 is engaged with the driven member 205 and is driven by the driving member 208 to move upwards (along with the rotation), the end slider of the driven member 205 matched with the curved sliding slot slides out of the state switching position through the notch 220, i.e. is separated from the curved sliding slot, so as to meet the requirement of the cleaning execution unit 206 for the position displacement of the driven member 205 in the switching process.

In a preferred embodiment, the state switching mechanism further comprises a driving unit provided in the cleaning housing 201 and located in a cavity between the distal end portion of the driving lever 203 and the end portion of the cleaning housing 201; the driving unit includes a screw 213 and a slider body 214, the screw 213 is disposed to extend in a length direction of the cleaning housing 201, and the screw 213 is operable to rotate, the slider body 214 is cooperatively provided on the screw 213 in such a manner as to be linearly reciprocated along the screw 213 when the screw 213 is operable to rotate, and the driving member 208 is attached to the slider body 214. In a particularly preferred embodiment, a motor is provided in correspondence of the screw 213 to rotate the screw 213. In the present invention, the screw 213 and the slider 214 constitute a screw slider mechanism.

Furthermore, a positioning portion 221, preferably a positioning protrusion, is further provided on a side wall of the third groove section, and can be combined with a positioning groove (not shown in the drawing) provided on the driven member, so as to be combined with the positioning groove when the cleaning execution unit is switched to the top plate cleaning operation state, so as to position the cleaning execution unit in the top plate cleaning operation state. This can ensure the stability of the operation of the cleaning execution unit in the top plate cleaning operation state.

In addition, it is preferable in the present invention that the cleaning execution unit includes a connection rod and a brush head, wherein the connection rod and the driven member are connected to each other, and the brush head is attached to the connection rod in a manner capable of being replaced, which allows the brush head to be replaced individually when damaged.

Fig. 14 shows a schematic structural view of the high temperature steam generating unit 5 in the present invention. Fig. 15 shows a schematic structural view of the follower 205 in a state of contact with the on-off valve.

As shown in fig. 15, the driving rod 203 of the cleaning member 2 is internally provided with a gas medium conveying passage 217 for conveying high-temperature steam for sterilization; the curved chute is provided with a plurality of gas medium outlets 218 in the curved direction of the curved chute, an on-off valve 216 is arranged at each gas medium outlet 218, and the on-off valve 216 can be opened due to contact with the end slider of the follower 205 when the end slider slides to the position thereof; an air outlet passage 215 is provided in each of the follower 205 and the cleaning execution unit 206, and when the on-off valve 216 at the corresponding position is opened, the air outlet passage 215 can communicate with the gas medium outlet 218 at the corresponding position to output high-temperature steam to the outside.

In the embodiment shown in fig. 15, the on-off valve 216 is a plunger spring type on-off valve 216, the plug of the plunger forms a seal against the gas medium outlet 218 under the action of the spring, when the follower 205 slides to the corresponding position, the end slider of the follower 205 forms a certain compression to the plug of the plunger, so that the plunger overcomes the pretightening force of the spring and forms a certain compression to the spring, thereby enabling the gas medium outlet 218 to be opened, and further enabling high-temperature steam to enter into the gas outlet channel 215 from the gas medium conveying channel 217 through the gas medium outlet 218 opened at the corresponding position, thereby spraying high-temperature steam to the wall surface to be cleaned, so as to sterilize and facilitate cleaning by means of moisture.

As shown in fig. 14, the high-temperature steam generating unit 5 includes a steam housing 501, a heating device 502, and an air outlet 503, wherein the steam housing 501 has an air inlet portion 504, the air inlet portion 504 has an air inlet, and the steam housing 501 has an inner cavity for receiving a body of water entered from the air inlet portion 504; the heating device 502 is arranged at the bottom of the steam shell 501 to heat the water body received by the inner cavity of the steam shell 501; in a preferred embodiment, the heating device 502 is an electrical heating element. An air outlet 503 is provided in an upper portion of the steam housing 501 for outputting the steam generated by heating. In a preferred embodiment, the bottom of the cleaning member 2 is directly attached to the high-temperature steam generating unit 5, and a gaseous medium delivery passage 217 provided on the driving lever 203 of the cleaning member 2 is in communication with the gas outlet 503.

Fig. 16 is a schematic view showing the overall structure of the cleaning consumable cleaning unit. Fig. 17 shows a schematic view of the internal structure of the cleaning consumable cleaning unit. Fig. 18 shows a schematic view of the results of cleaning the rotating member and the cleaning tray in the consumable cleaning unit. Fig. 19 shows a schematic structural view of the rotation and elevation driving mechanism.

Referring to fig. 16 to 19, in the cleaning machine of the present invention, the cleaning consumable cleaning unit 4 includes: a water container 401; a cleaning cylinder 402 arranged in the water container 401, a gap is arranged between the cleaning cylinder 402 and the water container 401, and a plurality of water holes for water to enter and exit are formed in the side wall of the cleaning cylinder 402; a rotating member 404 disposed within the cleaning cartridge 402 and operable to generate a rotation for swirling a body of water within the cleaning cartridge 402 to spin clean the cleaning consumables; a cleaning tray 403 is disposed in the cleaning cylinder 402 and is operable to be lifted up and down for being lifted up to approach the top cover of the cleaning cylinder 402 or the water container 401 after the completion of the rotary cleaning, so as to squeeze out water from the cleaning consumable after the rotary cleaning.

The steam case of the high-temperature steam generating unit 5 is attached to the main body casing of the machine main body, and water passage holes are provided at corresponding positions of the steam case and the main body casing. In specific use, water can be added through the water inlet portion 504 of the high temperature steam generating unit 55, and the added water can enter the main body housing through the steam housing, and then enter the water container 401 of the cleaning consumable cleaning unit 4 through the main body housing.

In a preferred embodiment, a water passage may be formed directly between the steam housing and the water container 401, so that the added water body can directly enter the water container 401 through the steam housing without re-entering the main housing.

The cleaning consumable cleaning unit 4 can work in an electrically controlled manner, and its specific control principle can be realized by the existing controller with a control chip, which belongs to the prior art and is not described here again.

When the cleaning consumable cleaning unit 4 is required to perform work, first, a cleaning consumable (e.g., a cleaning cloth or a cleaning brush body detached from a cleaning brush head) to be cleaned is placed on the cleaning tray 403, and then the cleaning consumable cleaning unit 4 is started. First, the rotating member 404 is operated to rotate, and the water body in the cleaning cartridge 402 is rotated by the rotation of the rotating member 404, thereby generating a vortex, and cleaning consumables on the cleaning tray 403 are cleaned by the rotating water body. After the cleaning is completed, the rotating member 404 is controlled to stop rotating. The cleaning tray 403 can then be controlled to be raised so that the cleaning tray 403 approaches the top cover of the water container 401. When the distance between the cleaning tray 403 and the water container 401 gradually becomes smaller, the cleaning consumable can be squeezed out by means of the top cover of the water container 401. After the squeezing out of the water is completed, the cleaning tray 403 can be controlled to descend downward. After the cleaning consumable member stops working, the user can open the cover body to take out the cleaning consumable which has been cleaned and has been squeezed out of the water on the cleaning tray 403.

In the present invention, the cleaning consumable cleaning unit 4 comprises a rotation and lifting driving mechanism, which comprises a clutch device 405 comprising an outer driven transmission member 406, a driving transmission member 407 and an inner driven transmission member 408 which are coaxially arranged in an inner sleeve; the driving transmission member 407 is located between the outer driven transmission member 406 and the inner driven transmission member 408, and the driving transmission member 407 is configured to form a power transmission with the outer driven transmission member 406 in forward rotation and to form a power transmission with the inner driven transmission member 408 in reverse rotation; the rotary member 404 is attached to an outer driven transmission 406.

In a preferred embodiment, the clutch device 405 is a dual ratchet clutch, wherein the driving transmission member 407 and the outer driven transmission member 406 form an outer driving ratchet clutch, and the driving transmission member 407 and the inner driven transmission member 408 form an inner driving ratchet clutch. Specifically, in the outer driving ratchet clutch, the driving member 407 is provided with an outer pawl 421 capable of telescoping, and an outer ratchet 420 is provided on an inner circumferential surface of the outer driven member 406, so that when the driving member 407 is driven to rotate forward, the outer pawl 421 on the driving member 407 is clamped against the outer ratchet 420 on the outer driven member 406, thereby driving the outer driven member 406 to rotate and further driving the rotating member 404 to rotate, and at this time, the driving member 407 is separated from the inner driven member 408, i.e., no transmission is formed between the driving member 407 and the inner driven member 408. An inner ratchet 418 is arranged on the inner side of the driving transmission member 407, and an inner pawl 419 which is matched and can extend and retract by a spring is arranged on the inner driven transmission member 408, when the driving transmission member 407 is driven to rotate reversely (the reverse rotation refers to the direction opposite to the rotation direction of the driving transmission member), the inner ratchet 418 on the driving transmission member 407 is clamped with the inner pawl 419 on the inner driven transmission member 408 to form transmission fit, so that the inner driven transmission member 408 is driven to rotate, and the cleaning tray 403 is driven to lift, and at the moment, the outer driven transmission member 406 is separated from the driving transmission member 407, namely, no transmission is formed between the outer driven transmission member 406 and the driving transmission member 407.

In the present invention, the driving transmission 407 is driven by means of a power device (e.g., a motor, not shown in the drawings), so that only the forward rotation and the reverse rotation of the power device need to be controlled to respectively perform the rotation operation of the rotating member 404 and the lifting operation of the cleaning tray 403.

In the present invention, the rotation and elevation driving mechanism further includes an elevation member including a transmission lever 409, a limit housing 412, a push block 413, and a tray connector 414, wherein a lower end of the transmission lever 409 is attached to the inner driven transmission member 408; the upper lever section of the transmission lever 409 is configured as a cylindrical cam lever body section 410, on the outside of which a lifting curve profile 411 is provided; the limit housing 412 is sleeved outside the cylindrical cam rod body section 410, and a bar-shaped limit groove 417 extending in the length direction thereof is provided on the side wall thereof; the bottom of the limit housing 412 is supported and connected to the side wall of the washing drum 402 by means of a support connection bar 415, and since the washing drum 402 is stationary, the limit housing 412 remains stationary, so that the push block 413 can be guided and limited by means of a bar-shaped limit slot 417 when the transmission lever 409 is rotated; the pushing block 413 extends into the limiting shell 412 from the strip-shaped limiting groove 417, and the end part of the pushing block 413 in the limiting shell 412 is in contact fit with the lifting curve profile 411 of the transmission rod 409; the upper part of the tray connecting piece 414 is fixedly connected with the cleaning tray 403, and the lower part is connected with the pushing block 413; when the inner driven transmission member 408 is driven to rotate, the transmission rod 409 rotates along with it, so that the rotation motion of the cylindrical cam rod body segment 410 is converted into the linear motion of the pushing block 413 along the strip-shaped limiting groove 417 under the guiding and limiting action of the strip-shaped limiting groove 417 on the pushing block 413, and the cleaning tray 403 can be driven to lift.

Preferably, in the present invention, the elevation curve profile 411 is configured to enable the pushing block 413 to reciprocate linearly in the length direction along the bar-shaped limit groove 417 with the continuous rotation of the transmission lever 409. The continuous rotation means that the transmission lever 409 rotates in the same rotation direction, that is, in the case where the transmission lever 409 does not need to change the rotation direction, the pushing block 413 can perform the linear reciprocating motion along the bar-shaped limit groove 417, thereby achieving the up-and-down lifting of the cleaning tray 403. Specifically, the construction of the lifting curve profile 411 may be designed with reference to the curve profile on the aforementioned drive lever.

That is, with the lifting member of the present invention, the lowering return of the cleaning tray 403 can be achieved without the need for the inner driven transmission member 408 to rotate in the opposite direction to the rotation direction thereof.

Furthermore, in a preferred embodiment, the bottom end of the limit housing 412 is mated with the rotating member 404 by means of a bearing element 416, in particular the bearing element 416 comprises an inner ring and an outer ring, the outer ring being attached to the rotating member 404 and the inner ring being connected to the bottom of the limit housing 412. This is so that when the rotating member 404 is operated to rotate, the limit housing 412 does not rotate or interfere, while the limit housing 412 forms a support by means of the rotating member 404.

Spatially relative terms, such as "above … …," "above … …," "upper surface on … …," "above," and the like, may be used herein for ease of description to describe one device or feature's spatial location relative to another device or feature as illustrated in the figures. It will be understood that the spatially relative terms are intended to encompass different orientations in use or operation in addition to the orientation depicted in the figures. For example, if the device in the figures is turned over, elements described as "above" or "over" other devices or structures would then be oriented "below" or "beneath" the other devices or structures. Thus, the exemplary term "above … …" may include both orientations "above … …" and "below … …". The device may also be positioned in other different ways (rotated 90 degrees or at other orientations) and the spatially relative descriptors used herein interpreted accordingly.

It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of exemplary embodiments according to the present application. As used herein, the singular is also intended to include the plural unless the context clearly indicates otherwise, and furthermore, it is to be understood that the terms "comprises" and/or "comprising" when used in this specification are taken to specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof.

It should be noted that the terms "first," "second," and the like in the description and the claims of the present application and the above figures are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged where appropriate such that embodiments of the application described herein may be capable of being practiced otherwise than as specifically illustrated and described. Furthermore, the terms "comprises," "comprising," and "having," and any variations thereof, are intended to cover a non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.

The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention, but various modifications and variations can be made to the present invention by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Finally, it is noted that the above embodiments are only for illustrating the technical solution of the present invention and not for limiting the same, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications and equivalents may be made thereto without departing from the spirit and scope of the technical solution of the present invention, which is intended to be covered by the scope of the claims of the present invention.

Claims

1. A cleaning member for indoor facades and ceilings, characterized in that the cleaning member (2) comprises:

a cleaning housing (201) which is a cylindrical housing; an open groove (202) extending in the length direction of the cleaning shell (201) is arranged on the side wall of the cleaning shell (201);

A drive rod (203) built into the cleaning housing (201); the driving rod (203) is a cylindrical cam body, and a curve contour (204) is arranged on the outer peripheral surface of the driving rod;

a follower (205) extending from the open slot (202) into the cleaning housing (201), and an end of the follower (205) within the cleaning housing (201) being in contact engagement with the curved profile (204) of the drive rod (203);

a cleaning execution unit (206) attached to the follower (205) on the outside of the cleaning housing (201);

The driving rod (203) can be operated to rotate around the axis of the driving rod relative to the cleaning shell (201), and the guiding and limiting of the driven member (205) are formed by the opening groove (202), so that the rotary motion of the driving rod (203) can be converted into the linear motion of the driven member (205) along the opening groove (202) in the length direction of the cleaning shell (201), and the cleaning of the cleaning execution unit (206) at different positions can be realized;

the cleaning execution unit (206) has a facade cleaning operation state and a roof cleaning operation state, and is operable to switch between the facade cleaning operation state and the roof cleaning operation state;

The cleaning execution unit (206) has a state switching position, the cleaning execution unit (206) being drivable to the state switching position by means of a rotation of a drive lever (203);

The cleaning member further includes a state switching mechanism including a link joint (207) having a flat state in which the link joint (207) is kept in a vertical state with the open groove (202), and a vertical state in which the link joint (207) is kept in a parallel state with the open groove (202);

the connecting rod joint (207) is configured to be capable of being engaged with and disengaged from the driven member (205) when the cleaning execution unit (206) is driven to the state switching position in the vertical cleaning operation state in the laid state; the connecting rod joint piece (207) can be driven to switch between a flat state and a vertical state so as to drive the driven piece (205) to rotate, and then the cleaning execution unit (206) is switched between a vertical surface cleaning working state and a top plate cleaning working state.

2. The cleaning member for indoor facades and ceilings according to claim 1, wherein,

The curved contour (204) is configured such that, with a continuous rotation of the drive rod (203), the follower (205) can be caused to reciprocate linearly along the open groove (202) in the longitudinal direction of the cleaning housing.

3. The cleaning member for indoor facades and ceilings according to claim 2, wherein,

The curved profile (204) is a curved runner which is spiral around the outer side of the drive rod (203), and the end of the follower (205) located in the cleaning housing (201) is configured as an end slider which conforms to the groove structure of the curved runner.

4. The cleaning member for indoor facades and ceilings according to claim 3, wherein,

The state switching mechanism further includes:

a driving member (208), the driving member (208) being operable to perform a linear movement in the extending direction of the open slot (202);

A movement limiting groove comprising a first groove section (209), a second groove section (210) and a third groove section (211), wherein the first groove section (209) is positioned outside the open groove (202) and is parallel to the open groove (202), the third groove section (211) is communicated with the open groove (202) in the extending direction of the open groove (202), and the second groove section (210) is connected between the first groove section (209) and the third groove section (211) in an inclined structure;

a motion guide block (212) received within and movable along the motion limit slot; one end of the connecting rod joint piece (207) is movably connected with the driving component (208), and the other end of the connecting rod joint piece is fixedly connected with the motion guide block (212);

when the connecting rod joint piece (207) is in a flat state, under the drive of the linear motion of the driving component (208), the movement of the connecting rod joint piece (207) is limited in the first groove section (209) and the second groove section (210) by means of the motion guide block (212), and the connecting rod joint piece (207) can generate rotary motion rotating around the movable connection point of the connecting rod joint piece and the driving component (208); after the movement guide block (212) enters the third groove section (211), the connecting rod joint (207) is converted into a vertical state by means of the limiting of the movement guide block (212) by the third groove section (211).

5. The cleaning member for indoor facades and ceilings according to claim 4, wherein,

The state switching mechanism further includes a driving unit provided in the cleaning housing (201) and located in a cavity between a distal end portion of the driving lever (203) and an end portion of the cleaning housing (201);

The driving unit comprises a screw (213) and a slider body (214), the screw (213) is arranged in an extending manner along the length direction of the cleaning housing (201), the screw (213) can be operated to rotate, the slider body (214) is cooperatively arranged on the screw (213) in a mode of being capable of linearly and reciprocally moving along the screw (213) when the screw (213) is operated to rotate, and the driving member (208) is attached to the slider body (214).

6. The cleaning member for indoor facades and ceilings according to claim 3, wherein,

A gas medium conveying channel (217) is arranged in the driving rod (203) and is used for conveying high-temperature steam for sterilization; the curve chute is provided with a plurality of gas medium outlets (218) in the curve direction of the curve chute, an on-off valve (216) is arranged at each gas medium outlet (218), and the on-off valve (216) can be opened when an end slider of the driven piece (205) slides to the position of the end slider;

And an air outlet channel (215) is arranged in the driven piece (205) and the cleaning execution unit (206), and when the on-off valve (216) at the corresponding position is opened, the air outlet channel (215) can be communicated with the gas medium outlet (218) at the corresponding position so as to output high-temperature steam outwards.

7. A cleaning machine for indoor vertical surfaces and ceilings is characterized in that,

The cleaning machine comprises a machine main body (1) and a travelling mechanism (3) which is attached to the machine main body (1) and can drive the whole cleaning machine to travel;

further comprising a cleaning member for indoor facades and ceilings according to any one of claims 1-6, the cleaning member (2) being attached to the machine body (1) and the cleaning member (2) as a whole extending in a vertical direction with respect to the machine body (1).

8. The cleaning machine of claim 7, wherein the cleaning machine is configured to,

The machine body (1) includes a body casing (6) and a cleaning consumable cleaning unit (4) detachably provided in the body casing (6), the cleaning consumable cleaning unit (4) including:

A water container (401);

A cleaning barrel (402) arranged in the water container (401), a gap is arranged between the cleaning barrel (402) and the water container (401), and a plurality of water holes for water to enter and exit are formed in the side wall of the cleaning barrel (402);

a rotating member (404) disposed within the cleaning cartridge (402) and operable to generate rotation for swirling a body of water within the cleaning cartridge (402) to spin clean the cleaning consumables;

The cleaning tray (403) is arranged in the cleaning barrel (402) and can be operated to generate lifting, and is used for being lifted to approach the top cover of the cleaning barrel (402) or the water container (401) after the rotary cleaning is completed so as to squeeze out water from the cleaning consumable after the rotary cleaning.

9. The cleaning machine of claim 8, wherein the cleaning machine is configured to,

The cleaning consumable cleaning unit comprises a rotation and lifting driving mechanism, and comprises a clutch device (405), wherein the clutch device (405) comprises an outer driven transmission member (406), a driving transmission member (407) and an inner driven transmission member (408) which are coaxially arranged in an inner sleeve; the driving transmission member (407) is located between the outer driven transmission member (406) and the inner driven transmission member (408), and the driving transmission member (407) is configured to form a power transmission with the outer driven transmission member (406) in forward rotation and to form a power transmission with the inner driven transmission member (408) in reverse rotation;

The rotating member (404) is attached to the outer driven transmission (406);

The rotation and lift drive mechanism further includes a lift member comprising:

A transmission rod (409) with a lower end attached to the inner driven transmission member (408); the upper lever section of the transmission lever (409) is configured as a cylindrical cam lever section (410), on the outer side of which a lifting curve profile (411) is arranged;

a limit housing (412) which is sleeved outside the cylindrical cam rod body section (410) and is provided with a strip-shaped limit groove extending in the length direction on the side wall; the bottom support of the limit shell (412) is connected to the side wall of the cleaning cylinder (402);

The pushing block (413) stretches into the limiting shell (412) from the strip-shaped limiting groove, and the end part of the pushing block (413) positioned in the limiting shell (412) is in contact fit with the lifting curve profile (411) of the transmission rod (409);

the upper part of the tray connecting piece (414) is fixedly connected with the cleaning tray (403), and the lower part of the tray connecting piece (414) is connected with the pushing block (413);

When the inner driven transmission piece (408) is driven to rotate, the transmission rod (409) can rotate along with the inner driven transmission piece, and then under the guiding and limiting effects formed by the strip-shaped limiting grooves on the pushing blocks (413), the rotary motion of the cylindrical cam rod body section (410) is converted into the linear motion of the pushing blocks (413) along the strip-shaped limiting grooves, and then the cleaning tray (403) can be driven to lift.

10. The cleaning machine of claim 8, wherein the cleaning machine is configured to,

The machine body (1) further comprises a high temperature steam generating unit (5) attached on the outside of the body housing (6);

The high-temperature steam generation unit (5) includes:

A steam housing (501) having a water inlet and having an interior cavity for receiving a body of water entering from the water inlet;

A heating device (502) arranged at the bottom of the steam shell (501) for heating the water body received by the inner cavity of the steam shell (501);

an air outlet part (503) which is provided in the steam housing (501) and outputs steam generated by heating;

a bottom of the cleaning member (2) is attached to the high-temperature steam generation unit, and a gas medium delivery passage (217) provided on a drive rod (203) of the cleaning member (2) is in communication with the gas outlet portion (503).