CN217040004U - Floor mopping machine system - Google Patents

Abstract

The system comprises a mopping machine, wherein the mopping machine comprises a sewage tank and an air flow device, and the air flow device is directly or indirectly connected with the sewage tank to generate air flow suction force to the sewage tank; the floor mopping machine is provided with a sewage interface which is arranged to be in a structure communicated with the outside and capable of facing the outside direction of the floor mopping machine, and the sewage interface is arranged to be in a structure communicated with the sewage tank and used for discharging sewage in the sewage tank outwards through the sewage interface; the sewage interface is provided with the switching module on or one side of sewage interface, and the switching module can constitute the open-close structure to the sewage interface, and the switching module is provided with the opening and closing piece and the opening and closing piece sets up to movable structure and constitutes the structure of sheltering from to the cross-section of sewage interface. The scheme solves the problems that the existing floor mopping machine is easy to block and leak sewage in sewage discharge and the working effect of the floor mopping machine is poor due to leakage airflow caused by blocking.

Description

Floor mopping machine system

Technical Field

The utility model relates to the clean field on ground, concretely relates to mopping machine system.

Background

The prior mopping machine mainly cleans or washes the ground, collects the sewage formed on the roller in the process of cleaning the ground, prevents the sewage from secondarily polluting the ground, and is convenient for a user to maintain and treat the sewage. Because of there can be unable inclosed problem after check valve or blowoff valve are blockked up, lead to the fan to reveal the air current and then lead to the fan can't absorb the sewage on the cylinder reliably in the position of check valve or blowoff valve at the in-process of work like this, lead to mopping machine's working effect poor, the sewage that forms on the cylinder simultaneously forms secondary pollution easily to ground for mopping machine is relatively poor to the whole clean effect on ground, the unable better user demand that satisfies the user.

SUMMERY OF THE UTILITY MODEL

The present invention aims to solve at least one of the technical problems in the related art described above to some extent.

Therefore, the utility model aims to provide a mopping machine system mainly solves current mopping machine and has the problem that the jam appears easily in discharging sewage and sewage leaks to and lead to the problem that the working effect of mopping machine worsens because of the leakage air current that the jam arouses.

The embodiment of the utility model provides a floor mopping machine system, which comprises a floor mopping machine, wherein the floor mopping machine comprises a sewage tank and an air flow device, and the air flow device is directly or indirectly connected with the sewage tank to generate air flow suction force for the sewage tank;

the floor mopping machine is provided with a sewage interface which is arranged to be in a structure communicated with the outside and capable of facing the outside direction of the floor mopping machine, and the sewage interface is arranged to be in a structure communicated with the sewage tank and used for discharging sewage in the sewage tank outwards through the sewage interface;

on the sewage interface or one side of sewage interface is provided with the switching module, the switching module can constitute open-close structure to the sewage interface, and the switching module is provided with the opening and closing piece and the opening and closing piece sets up the structure for moving and constitutes the structure of sheltering from to the cross-section of sewage interface.

In the floor mopping machine system, the opening and closing part is positioned in the sewage interface or positioned on the sewage interface and close to the outer side position of the floor mopping machine to form a shielding structure of the opening and closing part on the section of the sewage interface when the airflow device works.

In the floor mopping machine system, the opening and closing part is provided with the mounting structure which can rotate through the rotating shaft, and when the opening and closing part is subjected to air flow suction generated by the air flow device, a shielding structure of the opening and closing part on the sewage interface can be formed;

or the opening and closing piece is arranged to be a mounting structure capable of moving in a translation mode, so that a shielding structure of the opening and closing piece for the sewage interface can be formed when the opening and closing piece is subjected to airflow suction force generated by the airflow device.

In the floor mopping machine system, the opening and closing member extends towards the inner side of the sewage port to form an annular structure, and the opening and closing member is of a soft structure;

the opening and closing piece is provided with a plurality of deformation ports distributed along the extending direction of the opening and closing piece to form a structure that the opening and closing piece can form deformation contraction movement under the action of airflow when the airflow device generates the airflow;

or the outer end of the opening and closing piece is provided with a gap structure to open the gap when sewage flows and to close the gap when the airflow generator generates airflow by deforming and contracting the opening and closing piece under the action of the airflow.

In the floor mopping machine system, the opening and closing part is designed to be a structure capable of being sleeved and mounted on the sewage interface, and the opening and closing part is designed to be detachably mounted on the sewage interface so that the opening and closing part can move to the sewage interface to form a sleeved and mounted structure when receiving acting force.

Aforementioned mopping machine system is provided with sewage passageway on the sewage case, and sewage passageway's upper portion sets up to stretch out to run through the top or the lateral part of sewage case for extending towards upper portion direction and is formed with the drain, and the drain sets up to be the structure that is linked together with the sewage interface, and sewage passageway's lower part sets up to be the open structure for being close to the interior bottom position of sewage case.

In the floor mopping machine system, the sewage tank is provided with the sewage inlet, and the sewage inlet is communicated with the roller arranged on the floor mopping machine through the sewage inlet channel and is used for allowing sewage on the roller to enter the sewage tank;

it is the structure of being linked together and the cylinder and advance to be provided with filter equipment and set up filter equipment to be located the upstream position of advancing dirty passageway through advancing dirty passageway between dirty mouthful and the cylinder, or, one side of cylinder sets up the sewage district and advance dirty passageway and be the structure of being linked together and be provided with filter equipment on the sewage district and set up filter equipment to be located the upstream position of advancing dirty passageway.

The system of the mopping machine further comprises a base station, wherein the base station is used for maintaining the mopping machine, a sewage closing port corresponding to the sewage interface is arranged on the base station, a touch piece is further arranged on the base station, and when the mopping machine stops towards the base station, the touch piece corresponds to the opening and closing piece to form the touch piece to apply acting force to the opening and closing piece so that the opening and closing piece can rotate or move horizontally to open the sewage interface.

In the floor mopping machine system, the contact member is arranged to be of a convex structure, and when the floor mopping machine stops at a base station, the contact member and the opening and closing member form a structure which is in contact with each other, and the contact member and one end position of the peripheral positions of the opening and closing member are arranged to be of a contact structure to form a structure which drives the opening and closing member to rotate or move translationally;

or the touch part is arranged to be a convex structure, and the touch part and the opening and closing part form a structure which is mutually contacted when the floor mopping machine stops on the base station, and the touch part and the lower end position on the opening and closing part are arranged to be a contact structure to form a structure which drives the opening and closing part to rotate or move horizontally under the gravity of the floor mopping machine when the floor mopping machine stops on the base station from top to bottom;

or the touch piece is provided with a magnetic piece or is of a structure made of magnetic materials to form the touch piece, and the touch piece can apply magnetic force to the opening and closing piece to enable the opening and closing piece to rotate or move in a translation mode.

The base station is provided with a sewage collection box, sewage close-up is set to be communicated with the sewage collection box, and the sewage collection box is connected with a sewage outlet channel, the sewage outlet channel is provided with a sewage outlet piece, the sewage outlet piece is set to be of a soft deformable structure, a sewage outlet flow channel is arranged in the sewage outlet piece, and the cross section of the sewage outlet flow channel formed by two opposite inclined plane parts is gradually narrowed towards the external direction close to the base station, the tail ends of the two inclined plane parts jointly form a sewage outlet, the sewage outlet is set to be communicated with the sewage outlet flow channel, and the sewage outlet is opened when flowing to the sewage outlet flow channel and closed when flowing to the sewage outlet flow channel.

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

this scheme is through setting up the switching effect that the switching module realized discharging the sewage interface of sewage on the mopping machine, and the realization can come to discharge the maintenance processing to the sewage on the mopping machine, mainly sets up the switching piece and movably realizes the structure of sheltering from to the sewage interface, and then realizes sheltering from closing to the sewage interface, can effectually constitute the switching effect of sewage interface, realizes that the problem of jam is difficult to appear in sewage when passing through to the sewage interface.

This scheme can set up the switching part into movable structure and realize the structure of sheltering from to the sewage interface, and the switching part forms translation removal or rotary motion in the sewage interface and realizes the switching to the sewage interface, or the switching part mainly lies in the outside of sewage interface and forms the motion structure and shelter from the cross-section of sewage interface, can effectually prevent that the winding particulate matter rubbish of switching part from leading to the problem emergence of jam, can form the effective closing structure that shelters from to the sewage interface simultaneously.

The switch of this scheme mainly is located the outside of sewage interface and comes translation motion or rotary motion to shelter from the cross-section formation of sewage interface, and the switch is difficult to winding particulate matter rubbish, and the switch can not form the crimping extrusion to the sewage interface, keeps unchangeable state in the cross-section of sewage interface and gets down to the cross-section formation of sewage interface and shelter from the structure, can effectually prevent switch winding particulate matter rubbish.

The switching piece of this scheme can also be stable realize opening sewage interface, and sewage interface is used for discharging sewage this moment when the switching piece motion is not sheltered from the structure to the cross-section formation of sewage interface, and convenience of customers comes to maintain mopping machine, and is difficult to the problem that the jam appears.

When the floor mopping machine of the scheme collects sewage on the roller, the filtering device is arranged at the upstream position to filter the sewage in advance, so that the problem of blockage in the process of collecting the sewage can be effectively solved, less and smaller particulate garbage can be contained in the collected sewage, and the problem of blockage is not easy to occur in the sewage discharging process through the sewage interface.

The switching piece of this scheme realizes sheltering from the structure to the stability in the cross-section of sewage interface, and when the air current ware of mopping machine produced the sewage on the air current absorption cylinder, the problem that the air current was revealed is difficult to appear in sewage interface position, can effectively ensure that the suction of the air current that the air current ware during operation produced absorbs sewage steadily and collects, is favorable to the cylinder to keep certain cleanliness factor, effectively prevents that sewage from forming secondary pollution to ground.

This scheme can also set up the basic station and come to maintain the butt joint to mopping machine and collect sewage, and the basic station can set up to touch the piece and realize exerting the effect to the switching piece simultaneously under, and the realization switching piece need not the power supply, and the switching piece need not to set up other power unit and drive the motion of switching piece, and the motion that the effort that make full use of mopping machine berthhed on the basic station realized the switching piece comes to open the sewage interface and opens, conveniently the mopping machine discharges sewage steadily through the sewage interface.

The touching piece of this scheme can realize exerting force to the switching piece and form the switching piece and open the sewage interface steadily, touches the piece and can not twine particulate matter rubbish when the sewage interface discharges sewage, realizes effectively discharging sewage, and make full use of mopping machine berths the power that the power on the basic station realized as the motion of switching piece, overall structure is simple, with low costs.

Drawings

FIG. 1 is a schematic illustration of a mopping machine docked at a base station;

fig. 2 is a partially enlarged view of a portion E in fig. 1, illustrating that the trigger drives the opening and closing member to move in a translation manner to open the sewage port;

FIG. 3 is a schematic illustration of the mopping machine resting on a base station;

FIG. 4 is a partial enlarged view of the portion R in FIG. 3 to illustrate that the triggering member drives the opening/closing member to rotate to open the sewage port;

FIG. 5 is another schematic view of the mopping machine resting on a base station;

FIG. 6 is a partially enlarged view of the point W in FIG. 5, illustrating that the trigger drives the shutter to move in a translation manner by magnetic force to open the sewage port;

FIG. 7 is a schematic view of the internal structure of the mopping machine;

FIG. 8 is an enlarged view of a portion of the closure member at Y of FIG. 7 illustrating the deformable retraction movement of the closure member to open the waste connection;

FIG. 9 is an enlarged view of a portion of the sewage tank at G in FIG. 7 to illustrate the structure of the sewage tank for collecting and discharging sewage;

FIG. 10 is a schematic view of a mopping machine;

FIG. 11 is an enlarged view of a portion of the cover member at X of FIG. 10 illustrating the cover member being nestably mounted to open and close the waste port;

reference numerals are as follows: 1-mopping machine, 10-sewage tank, 101-sewage channel, 1011-sewage outlet, 102-sewage inlet channel, 1021-sewage inlet, 11-air flow device, 12-sewage interface, 13-opening and closing module, 131-opening and closing piece, 1311-deformation port, 14-roller, 15-sewage area, 16-filtering device, 2-base station, 21-sewage closing port, 22-touch piece and 221-magnetic piece.

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 floor mopping machine system of the utility model is composed as shown in fig. 1 to fig. 11, the system comprises a floor mopping machine 1 and a base station 2, the floor mopping machine 1 mainly cleans the floor or washes the floor, and collects the formed sewage in the cleaning treatment of the floor, and meanwhile, the sewage can be discharged and maintained in the follow-up process; the base station 2 can realize the butt joint of the mopping machine 1 for sewage collection, maintenance and treatment, and solves the problem that a user frequently maintains and treats the mopping machine 1.

The mopping machine 1 system of this scheme, the system is including mopping machine 1, mopping machine 1 includes sewage case 10 and air current ware 11, air current ware 11 is direct or indirect links to each other with sewage case 10 and comes the suction that produces the air current to sewage case 10, air current ware 11 collects the power of sewage as sewage case 10, mainly in the suction that produces the air current comes sewage to absorb and collects sewage case 10, prevent sewage secondary pollution to ground, effectively realize the collection of sewage and handle, can realize collecting in the sewage case 10 for the sewage that drags ground or wash the ground in-process and form.

The structure part of the sewage interface 12 is provided with an opening and closing module 13 on the sewage interface 12 or one side of the sewage interface 12, the opening and closing module 13 can form an opening and closing structure for the sewage interface 12, the opening and closing module 13 is provided with an opening and closing piece 131, the opening and closing piece 131 is arranged in a movable structure to form a structure for forming a section of the sewage interface 12, and the opening and closing piece 131 is arranged in the opening and closing structure for the sewage interface 12 The shielding structure of (1) is realized by the opening and closing module 13, when sewage needs to be discharged from the sewage tank 10, the opening and closing member 131 is formed to not shield the sewage interface 12, so that the sewage interface 12 is in an open state, at the moment, the sewage in the sewage tank 10 can be discharged outwards through the sewage interface 12, when the sewage in the sewage tank 10 does not need to be discharged, and when the air flow device 11 is started to work to absorb the sewage generated in the floor cleaning process, the opening and closing member 131 forms a shielding structure on the cross section of the sewage interface 12 to make the sewage interface 12 be in a closed state, so that the air flow generated by the air flow device 11 in the sewage tank 10 can be effectively prevented from leaking at the position of the sewage interface 12, the air flow device 11 can generate stable air flow to effectively absorb and collect the sewage formed in the floor cleaning process, and the floor mopping machine 1 can stably and effectively work to collect the sewage, and ensures that the mopping machine 1 can effectively discharge sewage.

This scheme realizes the switching effect of the sewage interface 12 of discharging sewage on mopping machine 1 through setting up switching module 13, the realization can come to discharge the maintenance processing to the sewage on mopping machine 1, mainly set up switching member 131 and movably realize the structure of sheltering from to sewage interface 12, and then realize sheltering from closing to sewage interface 12, can effectually constitute the switching effect of sewage interface 12, realize that sewage interface 12 is difficult to appear the problem of jam when sewage passes through, realize simultaneously that sewage interface 12 is difficult to appear the problem of the leakage air current that leads to because of the jam when closing.

For the structural part of the opening and closing member 131, the opening and closing member 131 of the present embodiment is located in the sewage connector 12 or at the outer side position of the sewage connector 12 close to the outside of the mopping machine 1 to form a shielding structure of the opening and closing member 131 on the cross section of the sewage connector 12 when the air flow device 11 works, the opening and closing member 131 may be disposed in the sewage connector 12 to form the opening and closing effect of the opening and closing member 131 on the sewage connector 12, or the opening and closing member 131 is located at the outer side position of the sewage connector 12 to form the shielding effect on the sewage connector 12, the opening and closing effect of the sewage connector 12 is formed when the opening and closing member 131 moves to shield the sewage connector 12, and the closing effect of the sewage connector 12 is formed when the opening and closing member 131 moves to shield the sewage connector 12; the opening/closing member 131 may be located in the sewage port 12 to move to open/close the sewage port 12.

Preferably, the opening and closing member 131 is arranged at the outer side position of the sewage connector 12 to form a moving structure, so that the opening and closing effect on the sewage connector 12 is realized, that is, the opening and closing member 131 is arranged at the position where the sewage connector 12 is communicated with the outside of the floor mopping machine 1 to form a structure for shielding the cross section of the opened position of the sewage connector 12, so that the opening and closing member 131 can not contact with sewage to move, the opening and closing member 131 is prevented from winding particulate garbage in the sewage, the problem of blockage caused by the opening and closing member 131 is effectively prevented, the sewage is effectively discharged, and the problem of blockage is not easy to occur; it can be understood that, opening and closing member 131 moves this moment and opens sewage interface 12 when needs discharge sewage, and opening and closing member 131 can not contact sewage, also difficult adhesion particulate matter rubbish, and opening and closing member 131 moves and shelters from sewage interface 12's cross-section formation after sewage discharge finishes, and opening and closing member 131 also can not contact sewage this moment, can effectually avoid piling up the problem that arouses the jam because of the particulate matter rubbish that opening and closing member 131 contact sewage movement leads to.

For the moving structure portion of the opening and closing member 131, the following manner may be used:

the shutter 131 of the present embodiment is provided as a mounting structure that can rotate by a rotating shaft, and when the shutter 131 receives the air flow suction force generated by the air flow device 11, a shielding structure of the shutter 131 to the sewage connector 12 can be formed; the opening and closing member 131 can be rotatably installed on the main body of the floor mopping machine 1 by setting a rotating shaft, if the opening and closing member 131 can rotate and swing, the opening and closing member 131 can rotate around a certain end position, or rotate around a middle position or a central position, only the opening and closing effect of the sewage port 12 can be achieved by the rotation of the opening and closing member 131, when the suction force of the airflow generated by the operation of the airflow device 11 is used for sucking and collecting the sewage formed in the process of cleaning the ground, the cross section of the sewage port 12 is shielded by the rotation of the opening and closing member 131 to form a closing structure, and the problem of airflow leakage can not occur at this time, and the airflow device 11 can stably suck and collect the sewage into the sewage tank 10.

Or, for the moving structure part of the opening and closing member 131, the opening and closing member 131 of the present embodiment is configured as a mounting structure capable of performing translational motion, so that when the opening and closing member 131 receives the airflow suction force generated by the airflow generator 11, a shielding structure of the opening and closing member 131 for the sewage port 12 can be formed, the opening and closing member 131 can be mounted on the main body of the floor mopping machine 1 and configured as a movable structure, such as left-right movement or front-back movement, and correspondingly, a movable guide rod or chute is provided on the main body of the floor mopping machine 1 to achieve stable movement of the opening and closing member 131, such as the opening and closing member 131 is sleeved on the guide rod to form a structure capable of performing translational motion, or the opening and closing member 131 is located in the chute to form a structure capable of performing translational motion, only the opening and closing effect on the sewage port 12 needs to be achieved by the translational motion of the opening and closing member 131, and when the airflow suction force generated by the operation of the airflow generator 11 is used to suck and collect the sewage formed in the process of cleaning the floor, the cross section of the sewage port 12 is shielded by the translational motion of the opening and closed The structure, the problem of air leakage does not occur at this moment, and the air flow device 11 can stably suck and collect the sewage into the sewage tank 10.

For example, the shutter 131 moves in a vertical direction, and may move in a translational motion to open the sewage interface 12 when the shutter 131 receives a force, and the shutter 131 is reset to close the sewage interface 12 when the force disappears.

For example, the shutter 131 rotates in a vertical direction, and may rotate to open the sewage port 12 when the shutter 131 receives a force, and reset to close the sewage port 12 when the force disappears.

For the structural part of the shutter 131, the following manner is also possible:

the opening/closing member 131 of the present embodiment is configured to extend toward the inner side of the sewage connector 12 to form an annular structure, and the opening/closing member 131 is configured to form a soft structure to achieve the effect that the opening/closing member 131 can deform and further move, specifically, the opening/closing member 131 is provided with a plurality of deformation ports 1311 distributed along the extending direction of the opening/closing member 131 to form a structure that the opening/closing member 131 can form deformation and contraction movement under the action of the airflow when the airflow generator 11 generates the airflow, and as can be understood, the opening/closing member 131 is configured to open the sewage connector 12 in a normal state, when the airflow generator 11 works, a suction force of the airflow is generated, and at this time, the opening/closing member 131 generates the suction force to cause the deformation of the opening/closing member 131, and the opening/closing member 131 deforms and contracts and moves toward the central position under the structure of the deformation ports 1311 to achieve the closing of the sewage connector 12, and at this time, the sewage connector 12 can also well prevent the airflow from leaking, meanwhile, when the airflow generator 11 does not generate airflow, sewage can be effectively discharged, the sewage can effectively pass through the opening and closing part 131 and the sewage port 12, and the opening and closing part 131 is not easy to wind particulate garbage and is not easy to cause blockage.

The cross section of the opening/closing member 131 may be configured to be gradually narrowed toward the outside of the mopping machine 1, when the opening/closing member 131 is more easily deformed and contracted by the structure of the deformation port 1311 under the action of the air flow to achieve the effect of closing the sewage port 12, the cross section position of the opening/closing member 131 where the opening/closing structure is formed may be configured as the sewage port 12, the opening/closing effect of the cross section position of the opening/closing member 131 is very the opening/closing effect of the sewage port 12, the cross section position of the opening/closing member 131 where the opening/closing is possible may be located in the sewage port 12, the opening/closing effect of the cross section position is achieved by the opening/closing effect of the cross section position, of course, the sewage port 12 may be disposed in the opening/closing member 131, the cross section of the opening/closing member 131 is closed to form the closing of the sewage port 12, and the same effect may be achieved.

Or, an opening structure is arranged at the outer end position of the opening and closing piece 131 to open the opening when sewage flows, and the opening and closing piece 131 forms deformation contraction movement under the action of the airflow to close the opening when the airflow device 11 generates the airflow, and the opening and closing effect of the opening and closing piece 131 is realized under the deformable structure, so that the opening and closing effect of the sewage connector 12 is realized, at this time, the opening can be set to be the sewage connector 12, and the opening and closing effect of the sewage connector 12 can also be formed by the opening, if the opening of the opening and closing piece 131 is set to be positioned in the sewage connector 12, the closing of the sewage connector 12 is realized when the opening is closed, and the opening of the sewage connector 12 is realized when the opening is opened; the opening can also be arranged at the inner side of the sewage connector 12, and the opening and closing effect on the sewage connector 12 is realized through the opening and closing effect of the opening.

Wherein, the structural part of opening, can flow when the sewage in the sewage case 10 outwards discharges and come to form the impact to the opening and make the opening be open structure, make opening and closing member 131 to warp the motion and expand the open structure who forms the opening under the effect of impact force, opening and closing member 131 resets when the impact force disappears and realizes the closing of opening, this moment opening is not closely closed under outer effort, but produce the air current when air current ware 11 during operation and then can form suction and make the opening be closely closed, can effectually prevent the leakage of air current, the opening also can effectually be used for passing through of sewage simultaneously, be difficult to appear the problem of sewage jam.

The structure of the opening/closing member 131 in this embodiment may be that, the opening/closing member 131 is configured to be able to be sleeved on the sewage interface 12, and the opening/closing member 131 is configured to be detachably mounted on the sewage interface 12, so that when the opening/closing member 131 receives an acting force, it can move to the sewage interface 12 to form a sleeved structure, the sewage interface 12 is configured to be a concave structure to implement a sleeved structure of the opening/closing member 131, and can manually drive the opening/closing member 131 to move to implement a sleeved mounting effect of the sewage interface 12, thereby implementing an opening/closing effect of the opening/closing member 131 on the sewage interface 12, the opening/closing member 131 can be configured to be a cylindrical structure to implement a sealed sleeved connection of the sewage interface 12, for example, when the plunger of the opening/closing member 131 enters the sewage interface 12 to implement a sealed closing of the sewage interface 12, the user manually detaches the opening/closing member 131 when the sewage interface 12 needs to be opened, in this case, although the user is required to manually perform the movement of the shutter 131, the opening and closing of the sewage port 12 may be performed.

To the structure that sewage tank 10 outwards discharges sewage, be provided with sewage passageway 101 on sewage tank 10, the upper portion of sewage passageway 101 sets up to extend to stretch out to run through the top or the lateral part of sewage tank 10 towards upper portion direction and is formed with drain 1011, drain 1011 is used for the sewage in sewage tank 10 outwards to discharge, drain 1011 sets up to be the structure that is linked together with sewage interface 12, so that sewage in sewage tank 10 enters into drain 1011 through sewage passageway 101 and outwards discharges outside sewage tank 10, and outwards discharge outside mopping machine 1 through sewage interface 12, in order to conveniently come to maintain sewage tank 10 and discharge and collect sewage, sewage interface 12 can be linked together through pipeline and drain 1011, and then realize that sewage interface 12 is linked together with sewage passageway 101 and realize discharging the sewage in sewage tank 10, the lower part of sewage passageway 101 sets up to be close to the interior bottom position of sewage tank 10 and is open structure so that sewage in sewage tank 10 is effectual to enter into to the open the structure that sewage in sewage tank 10 The sewage channel 101 is discharged to the outside to prevent excessive sewage from remaining in the sewage tank 10, thereby realizing effective discharge and treatment of sewage.

Wherein, to the emission of sewage, mainly for coming when maintaining mopping machine 1, if set up basic station 2 and come when maintaining mopping machine 1, realize absorbing the collection to the sewage in sewage case 10, if the air current that produces on the basic station 2 realizes absorbing the sewage in sewage case 10 and comes to collect the sewage in the sewage case 10 through sewage passageway 101, drain 1011 and sewage interface 12 outside discharge mopping machine 1 outside and realize concentrating the sewage in sewage case 10, realize the maintenance processing to mopping machine 1.

In the scheme, a structural part for collecting sewage by aiming at a sewage tank 10 is provided with a sewage inlet 1021 on the sewage tank 10, the sewage inlet 1021 is mainly used for sewage to enter the sewage tank 10, the sewage inlet 1021 is arranged to be communicated with a roller 14 arranged on a mopping machine 1 through a sewage inlet channel 102 so that the sewage on the roller 14 enters the sewage tank 10, the roller 14 is arranged to be in contact with the ground for cleaning treatment, the roller 14 can form sewage in the process of cleaning the ground, the sewage inlet channel 102 is mainly communicated with the outer surface of the roller 14 so that the sewage on the roller 14 can enter the sewage inlet channel 102 and then enter the sewage tank 10 through the sewage inlet 1021 for collection, a scraping part for collecting the sewage can be provided outside the roller 14 to be in contact with the surface of the roller 14 to form a scraping structure, so that the scraping part scrapes the sewage on the roller 14 out, the sewage scraped out flows into the sewage inlet channel 102 to collect the sewage on the roller 14, wherein the power for collecting the sewage mainly comes from the suction force of the airflow generated by the airflow device 11, so that the sewage scraped out by the scraping piece is sucked into the sewage inlet channel 102 and then enters the sewage tank 10 to realize the effect of collecting the sewage.

In order to prevent the sewage from being blocked in the collecting process, the filtering device 16 is arranged at the upstream position of the collected sewage to filter the sewage and then enter the sewage inlet channel 102, so as to prevent the sewage from blocking the sewage inlet channel 102 or the sewage inlet 1021, specifically, the sewage inlet 1021 and the roller 14 are in a communicated structure through the sewage inlet channel 102, the filtering device 16 is arranged between the roller 14 and the sewage inlet channel 102, the filtering device 16 is arranged at the upstream position of the sewage inlet channel 102 to pre-filter the sewage, the filtered sewage enters the sewage inlet channel 102 to be collected into the sewage tank 10, the filtering device 16 can be arranged at the outer side of the roller 14 or at the position where the sewage inlet channel 102 is communicated with the roller 14, such as the position of the sewage inlet end of the sewage inlet channel 102, the sewage can be filtered in advance and then sucked into the sewage inlet channel 102, so that the problem of sewage blockage can be effectively prevented, or the sewage area 15 is arranged on one side of the roller 14, the sewage area 15 and the sewage inlet channel 102 are arranged to be communicated, the filtering device 16 is arranged on the sewage area 15, the filtering device 16 is arranged to be positioned at the upstream position of the sewage inlet channel 102, the sewage area 15 is mainly used for collecting the sewage in advance, for example, a scraping piece scrapes and presses the sewage to extrude the sewage into the sewage area 15 for containing, the sewage is filtered in the sewage area 15, the sewage enters the sewage inlet channel 102 to enter the sewage tank 10 through the sewage inlet 1021, the sewage can be effectively filtered in advance and then sucked and collected, the filtering device 16 can be directly installed in the sewage area 15, or the filtering device 16 is installed outside the roller 14 or at the position where the roller 14 is communicated with the sewage area 15, so as to realize the collection after the sewage is pre-filtered and disposed at the upstream position of the sewage inlet channel 102.

Optionally, the filtering device 16 includes a filtering element, the filtering element is provided with a plurality of filtering holes to realize filtering, and the filtering element can be detachably disposed to facilitate maintenance and cleaning of the filtering element.

The system of the scheme also comprises a base station 2, the base station 2 is used for maintaining the mopping machine 1, the mopping machine 1 can move or be placed on the base station 2 to realize maintenance, and mainly used for butt-joint maintenance and sewage collection, namely, sewage on the mopping machine 1 is sucked and collected into the base station 2, specifically, a sewage closing port 21 corresponding to the sewage interface 12 is arranged on the base station 2 and can correspond to a position, a touch piece 22 is also arranged on the base station 2, when the mopping machine 1 stops towards the base station 2, the touch piece 22 corresponds to the opening and closing piece 131 to form a structure that the touch piece 22 applies acting force to the opening and closing piece 131 to enable the opening and closing piece 131 to rotate or translate to open the sewage interface 12, after the touch piece 22 touches the opening and closing piece 131 to open the sewage interface 12, the sewage interface 12 and the sewage closing port 21 form butt-joint communication, at this time, sewage in the sewage tank 10 on the mopping machine 1 can move into the base station 2 to be collected, the effect of sewage collection is maintained in the butt joint of the base station 2 to the mopping machine 1.

Wherein, can correspond for touching movable part 22 and shutter 131 position, sewage interface 12 corresponds with sewage binding off 21 position to it links to each other to realize touching movable part 22 and form the butt joint of sewage interface 12 and sewage binding off 21 when applying pressure to shutter 131, still can be for setting up the butt joint sealing member on sewage interface 12 or sewage binding off 21, so that form sealed butt joint's effect when realizing that sewage interface 12 docks with sewage binding off 21, prevent the problem that leaks.

After the touch member 22 applies a force to the opening and closing member 131, the opening and closing member 131 is made to rotate or translate to open the structural portion of the sewage interface 12, which mainly includes the following ways:

the triggering part 22 may be configured to be a protruding structure, and when the floor mopping machine 1 stops at the base station 2, the triggering part 22 and the opening and closing part 131 form a structure in contact with each other, and one end position of the four positions of the triggering part 22 and the opening and closing part 131 is configured to be a contact structure to form a structure for driving the opening and closing part 131 to rotate or move in a translation manner; the force of the floor mopping machine 1 parked on the base station 2 is used to realize the power of the trigger 22 to drive the opening and closing member 131 to move rotationally or translationally, and the opening and closing member 131 is moved to not block the section of the sewage interface 12, so that the sewage interface 12 is in an open structure, for example, the contact member 22 can contact the upper end or the lower end of the opening and closing member 131, when the floor mopping machine 1 stops towards the base station 2, the touch piece 22 is correspondingly pressed and connected with the upper end or the lower end of the opening and closing piece 131 to realize the rotary motion or the translational motion of the opening and closing piece 131, the structure that the opening and closing piece 131 is correspondingly arranged in a rotary installation or a translational installation is enough, the opening and closing piece 131 can stably open the sewage interface 12 through the touch piece 22, the shutter 131 can be reset when the force exerted by the trigger 22 on the floor-cleaning machine 1 away from the base station 2 is removed, if a spring or a torsion spring is arranged for resetting, the opening and closing part 131 realizes the shielding effect on the section of the sewage connector 12 after the resetting so as to realize the closing effect.

Alternatively, the touching component 22 may correspondingly contact any one of the upper, lower, left and right peripheral positions of the opening and closing component 131 to realize the rotation or translation movement of the opening and closing component 131, and correspondingly set the mounting structure of the opening and closing component 131 capable of rotating or translating.

Or, it can also be considered that the touching part 22 is set to be a convex structure, and when the floor mopping machine 1 stops on the base station 2, the touching part 22 and the switch 131 form a structure of mutual contact, and the lower end position of the touching part 22 and the switch 131 is set to be a contact structure to form a structure of driving the switch 131 to rotate or move translationally under the gravity of the floor mopping machine 1 when the floor mopping machine 1 stops on the base station 2 from top to bottom, and the corresponding mounting structure of the switch 131 to rotate or move translationally is set to be a mounting structure, when the floor mopping machine 1 is placed from top to bottom to enter the base station 2, at this time, the touching part 22 contacts the lower end position of the switch 131 by using the gravity of the floor mopping machine 1 itself, because the fixed position of the touching part 22 is not moved, the touching part 22 blocks the switch 131, and the switch 131 can rotate or move translationally under the gravity, and then realize that the cross-section that switching piece 131 does not shelter from sewage interface 12 realizes the structure of opening to sewage interface 12, can realize this moment that the correspondence between sewage interface 12 and the sewage binding off 21 is linked together, and then realize that basic station 2 docks to drags ground machine 1 and maintains and collect sewage, when drags ground machine 1 and leaves basic station 2, touch a piece 22 contactless switching piece 131, switching piece 131 resets under gravity or sets up elastic elasticity this moment and realizes the effect of closing to sheltering from of sewage interface 12, can realize touching the switching effect that a piece 22 comes to sewage interface 12.

Alternatively, the triggering member 22 may contact the lower end of the opening and closing member 131, and under the gravity of the floor mopping machine 1, the opening and closing member 131 may perform a rotation motion along the upper end position to open the sewage interface 12, or the opening and closing member 131 performs an upward translation motion along the sliding groove on the base station 2 to open the sewage interface 12, and the movement of the opening and closing member 131 may be correspondingly set according to the requirement.

Or, the magnetic member 221 is disposed on the touch member 22 or the touch member 22 is configured to be a structure made of a magnetic material to form the touch member 22, so that the touch member 22 can apply a magnetic force to the opening and closing member 131 to make the opening and closing member 131 perform a rotational motion or a translational motion, the touch member 22 can be mounted with a magnet or the touch member 22 itself can be a magnet, the opening and closing member 131 can be made of an iron material, or the opening and closing member 131 can be mounted with a magnet or made of a magnetic material, for example, the opening and closing member 131 is a magnet, at this time, the rotational motion or the translational motion of the touch member 22 driving the opening and closing member 131 can be realized by a magnetic force, for example, when the floor mopping machine 1 stops on the base station 2, the touch member 22 generates an attracting magnetic force to the opening and closing member 131 to rotate along the upper end or the lower end to drive the opening and closing member 131 to rotate along the upper end or the lower end, and the touch member 22 generates an attracting magnetic force to realize a translational motion of the opening and closing member 131 in the vertical direction to open the sewage port 12, all can realize that touching piece 22 realizes through magnetic force that opening and closing piece 131 opens sewage interface 12, and after magnetic force disappeared, opening and closing piece 131 resets under the action of gravity of self or under the elasticity that sets up the elastic component, realizes that opening and closing piece 131 closes the effect to sheltering from of sewage interface 12.

It can be seen that the base station 2 of the present solution can be provided with the touch member 22 to realize the action on the open/close member 131, so that the open/close member 131 does not need to be powered, and the open/close member 131 does not need to be provided with other power mechanisms to drive the open/close member 131 to move, so that the action force of the mopping machine 1 parked on the base station 2 is fully utilized to realize the movement of the open/close member 131 to open the sewage interface 12, so that the mopping machine 1 can discharge sewage stably through the sewage interface 12, meanwhile, the touch member 22 can not wind particulate garbage when the sewage interface 12 discharges sewage under the structure of the touch member 22 and the open/close member 131, so as to realize effective sewage discharge, and when the open/close member 131 closes the sewage interface 12, the effect of sealing and closing can be effectively formed to prevent air current leakage, the power of the mopping machine 1 parked on the base station 2 is fully utilized to realize the power of the movement of the open/close member 131, the whole structure is simple, The cost is low.

Aiming at the structural part of the base station 2, the sewage collected on the base station 2 can be discharged, such as the sewage is discharged to a sewer, a sewage collecting box is arranged on the base station 2, the sewage collecting box is mainly butted with and collects the sewage on the mopping machine 1, a sewage closing-in 21 is mainly of a structure communicated with the sewage collecting box, the sewage closing-in 21 is mainly butted with the mopping machine 1 to realize that the sewage collected in the sewage box 10 on the mopping machine 1 can enter the sewage collecting box to be collected, a power mechanism is also mainly arranged on the base station 2 and is directly or indirectly communicated with the sewage collecting box to generate suction force of air flow, the power mechanism can be of a vacuum pump or a large suction force structure, the power mechanism generates air flow to suck the sewage on the mopping machine 1 into the sewage collecting box to be collected, the effect of butt joint of the base station 2 on the mopping machine 1 to maintain and collect the sewage is realized, and the problem that a user frequently maintains the mopping machine 1 is solved, the user only needs to maintain the dirt collection box on the base station 2 periodically or periodically.

Specifically, the structural part that the sewage to the dirty case of collection on basic station 2 discharges, be connected with out dirty passageway on the dirty case, it is used for dirty incasement sewage to flow to discharge to basic station 2 outward that the dirty passageway that goes out is provided with out dirty piece on going out dirty passageway, it sets up to be soft deformable structure to go out dirty piece, if it can set up to the silica gel material to constitute to go out dirty piece, it is provided with out dirty runner in the dirty piece to go out, mainly be hollow structure and constitute out dirty runner for going out dirty piece, and it is the structure that the cross-section orientation that is provided with two relative inclined plane portions and constitutes out dirty runner is narrowed gradually to be close to basic station 2's outside orientation to go out dirty piece, be along the structure that dirty passageway is narrowed gradually towards out dirty runner orientation, the end of two inclined plane portions constitutes jointly has the dirty mouth that flows, be for the end of going out dirty runner constitutes has the dirty mouth that flows, dirty mouth sets up to constitute the structure that is linked together with out dirty runner and makes the dirty mouth that flows out to be opened when sewage to go out dirty runner flow direction dirty mouth The structure just makes when going out dirty runner direction and having the air current dirty mouthful be and close the structure, can utilize the soft variability structure of a dirty piece to realize flowing the switching effect of dirty mouthful, realizes 2 effectual emission sewage of basic station and is difficult to appear the problem of blockking up to and flow dirty mouthful can effectually seal and close and prevent that power unit during operation air current from taking place to leak.

Wherein, one end of the sewage outlet flow passage penetrates through the sewage piece to be communicated with the sewage outlet passage for sewage to flow through, the other end of the sewage outlet flow passage is provided with two inclined plane parts, the two inclined plane parts incline from the direction of the sewage outlet passage to the direction of the sewage outlet flow passage to form a structure with gradually narrowed internal section, and the tail end of the sewage outlet flow passage is the tail end of the two inclined plane parts to form a sewage outlet, the sewage outlet can be in an open-close structure due to the soft deformation structure of the sewage outlet piece, so that when sewage flows from the sewage outlet passage to the direction of the sewage outlet flow passage to be discharged, impact on the two inclined plane parts is formed to expand and deform the two inclined plane parts outwards to form an open structure, at the moment, the sewage outlet can effectively discharge the sewage, when a power mechanism on the base station 2 works to generate air flow to the sewage collecting box to collect the sewage on the mopping machine 1, make two inclined plane portions inwards shrink under the effect of the air current in the dirty passageway of play this moment and make and flow dirty mouthful and be the closing structure, power unit can be stable produce the air current and absorb dirty incasement collection to sewage this moment, can effectually prevent the problem of sewage jam under this structure, need not to set up any power structure and can realize flowing the switching effect of dirty mouthful, overall structure is simple, flow dirty mouthful and go out dirty runner in because of the case realization that does not have the switching is difficult to block up and remain the problem of particulate matter rubbish, simultaneously can effectually realize flowing dirty mouthful and be sealed the closing and prevent the leakage of air current under the effect of air current, the effect of discharging sewage is promoted on the whole, promote the effect that basic station 2 docks and collect sewage simultaneously, stability and reliability are higher.

The working principle is as follows: the floor mopping machine 1 mainly cleans the ground, collects sewage in the process of cleaning the ground, and can discharge and maintain the collected sewage at the same time, the opening and closing module 13 is mainly arranged to form an opening and closing effect on the sewage interface 12, specifically, the opening and closing module 13 realizes the opening and closing effect on the sewage interface 12 by arranging the opening and closing piece 131, the opening and closing piece 131 is arranged into a movable structure to shield the cross section of the sewage interface 12, when the opening and closing piece 131 shields the cross section of the sewage interface 12, the opening and closing piece 131 can form sealing and closing of the sewage interface 12, the sewage interface 12 does not have the problem of air leakage, when the opening and closing piece 131 does not shield the sewage interface 12, the sewage interface 12 is opened to discharge sewage, meanwhile, the opening and closing piece 131 is not easy to wind particulate garbage in the process of discharging sewage, and further effectively prevents the problem of blockage from occurring in the sewage discharging process of the sewage interface 12, the reliability and the stability of the sewage discharged by the mopping machine 1 are improved, and meanwhile, when the sewage connector 12 is closed due to the shielding of the opening and closing piece 131, the airflow leakage can be effectively prevented, so that the airflow generated by the airflow device 11 of the mopping machine 1 can be effectively sucked to collect the sewage on the roller 14, the overall structure is simple, the reliability is higher, and the cost is lower; meanwhile, the floor mopping machine 1 and the base station 2 can be effectively lifted to carry out butt joint maintenance and sewage collection.

It will be understood by those skilled in the art that the above 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 (10)

1. The floor mopping machine system comprises a floor mopping machine and is characterized in that: the mopping machine comprises a sewage tank and an air flow device, wherein the air flow device is directly or indirectly connected with the sewage tank to generate air flow suction force for the sewage tank;

the floor mopping machine is provided with a sewage interface which is arranged to be in a structure communicated with the outside and capable of facing the outside direction of the floor mopping machine, and the sewage interface is arranged to be in a structure communicated with the sewage tank and used for discharging sewage in the sewage tank outwards through the sewage interface;

the sewage interface is provided with the switching module on or one side of sewage interface, and the switching module can constitute the open-close structure to the sewage interface, and the switching module is provided with the opening and closing piece and the opening and closing piece sets up to movable structure and constitutes the structure of sheltering from to the cross-section of sewage interface.

2. The mopping system of claim 1, wherein: the opening and closing piece is positioned in the sewage interface or at the outer side position of the sewage interface close to the outer part of the mopping machine to form a shielding structure of the opening and closing piece on the section of the sewage interface when the airflow device works.

3. The mopping machine system according to claim 2, wherein: the opening and closing piece is arranged to be an installation structure which can rotate through the rotating shaft, and when the opening and closing piece is subjected to airflow suction force generated by the airflow device, a shielding structure of the opening and closing piece on the sewage interface can be formed;

or the opening and closing piece is arranged to be a mounting structure capable of moving in a translation mode, so that a shielding structure of the opening and closing piece for the sewage interface can be formed when the opening and closing piece is subjected to airflow suction force generated by the airflow device.

4. The mopping system of claim 2, wherein: the opening and closing piece extends towards the inner side direction of the sewage interface and is of an annular structure, and the opening and closing piece is of a soft structure;

the opening and closing piece is provided with a plurality of deformation ports distributed along the extending direction of the opening and closing piece to form a structure that the opening and closing piece can form deformation contraction movement under the action of airflow when the airflow generator generates airflow;

or the outer end of the opening and closing piece is provided with a gap structure to open the gap when sewage flows and to close the gap when the airflow generator generates airflow by deforming and contracting the opening and closing piece under the action of the airflow.

5. The mopping machine system according to claim 2, wherein: the switching part sets up to cup joint and installs the structure on the sewage interface and the switching part sets up to detachably installs and makes movable to form the structure of cup jointing the installation on the sewage interface when the switching part receives the effort.

6. A floor mopping system according to claim 3, 4 or 5, wherein: be provided with sewage passageway on the sewage case, sewage passageway's upper portion sets up to stretch out to run through the top or the lateral part of sewage case towards upper portion direction extension and is formed with the drain, and the drain sets up to be the structure that is linked together with the sewage interface, and sewage passageway's lower part sets up to be close to the interior bottom position of sewage case and is open the structure.

7. The mopping machine system according to claim 6, wherein: the sewage tank is provided with a sewage inlet which is communicated with a roller arranged on the mopping machine through a sewage inlet channel and is used for allowing sewage on the roller to enter the sewage tank;

it is the open structure and cylinder and advances to be provided with filter equipment and set up filter equipment for being located the upper reaches position of advancing dirty passageway through advancing dirty passageway between dirty mouthful and the cylinder, or, one side of cylinder sets up the sewage district and advance dirty passageway and be provided with filter equipment on open structure and the sewage district and set up filter equipment for being located the upper reaches position of advancing dirty passageway.

8. The mopping machine system according to claim 3, wherein: the system further comprises a base station, the base station is used for maintaining the mopping machine, a sewage closing port corresponding to the sewage interface is arranged on the base station, a touch piece is further arranged on the base station, and when the mopping machine stops towards the base station, the touch piece corresponds to the opening and closing piece to form the touch piece to apply acting force to the opening and closing piece, so that the opening and closing piece can rotate or move in a translation mode to open the sewage interface.

9. The mopping machine system according to claim 8, wherein: the touch piece is arranged to be of a convex structure, and the touch piece and the opening and closing piece form a structure which is mutually contacted when the floor mopping machine stops on the base station, and the touch piece and one end position on the periphery of the opening and closing piece are arranged to be of a contact structure to form a structure which drives the opening and closing piece to rotate or move in a translation mode;

or the touch piece is arranged to be a convex structure, and the touch piece and the opening and closing piece form a structure which is mutually contacted when the floor mopping machine stops on the base station, and the touch piece and the lower end position on the opening and closing piece are arranged to be a contact structure to form a structure which drives the opening and closing piece to rotate or move translationally under the gravity of the floor mopping machine when the floor mopping machine stops on the base station from top to bottom;

or the touch piece is provided with a magnetic piece or is of a structure made of magnetic materials to form the touch piece, and the touch piece can apply magnetic force to the opening and closing piece to enable the opening and closing piece to rotate or move in a translation mode.

10. The mopping system of claim 8, wherein: be provided with dirty case of collection on the basic station, the structure that sewage binding off set up to be linked together with dirty case of collection, and be connected with out dirty passageway on the dirty case of collection, it is provided with out dirty piece on the dirty passageway to go out, it sets up to being soft deformable structure to go out dirty piece, it is provided with out dirty runner in the piece to go out, and it is the structure of narrowing gradually to be provided with two relative inclined plane portions on the dirty piece to constitute the cross-section orientation that constitutes out dirty runner near the outside orientation of basic station, the end of two inclined plane portions constitutes jointly has the dirty mouth of flowing, it sets up to make when sewage flows dirty runner flow direction to flow dirty mouthful to make to flow dirty mouthful to open the structure and make when flowing dirty runner direction has the air current dirty mouthful to be the closed structure.

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