CN115227160A

CN115227160A - Multifunctional floor washing machine base station

Info

Publication number: CN115227160A
Application number: CN202210930101.3A
Authority: CN
Inventors: 王晓东; 邱子殷; 李伟; 沈强
Original assignee: Kunshan Xintaili Intelligent Technology Co Ltd
Current assignee: Kunshan Xintaili Intelligent Technology Co Ltd
Priority date: 2022-08-03
Filing date: 2022-08-03
Publication date: 2022-10-25

Abstract

The invention discloses a multifunctional floor washing machine base station, and belongs to the technical field of cleaning equipment. The base station comprises a base station main body, wherein a sewage back-suction system, a self-cleaning system and a base assembly are arranged on the base station main body, and the base station main body, the sewage back-suction system, the self-cleaning system and the base assembly enclose a floor washing machine accommodating position which forms a semi-enclosed structure. The containing position is convenient for placing and fixing the floor washing machine, the sewage back-suction system can automatically carry out back-suction treatment on sewage on the sewage tank and the roller brush of the floor washing machine, and the self-cleaning system can carry out cleaning and sterilization on the roller brush and the sewage tank of the floor washing machine after the sewage back-suction treatment, so that the multifunctional floor washing machine has a multifunctional use effect and is convenient to use; the sewage resorption system is provided with resorption pipeline, sewage case, dust bag, resorption fan, dry wet separator, can carry out the wet separation futilely through dry wet separator in can be with the dry wet rubbish resorption basic station in the scrubber through resorption fan, realizes the classification of solid rubbish and sewage, environmental protection, high efficiency more.

Description

Multifunctional floor cleaning machine base station

Technical Field

The invention belongs to the technical field of cleaning equipment, and particularly relates to a multifunctional floor washing machine base station.

Background

The floor cleaning machine is a common ground cleaning device and generally comprises a sewage tank, a clear water tank, a rolling brush assembly and an idler wheel, wherein the rolling brush assembly and the idler wheel are arranged at the bottom, the idler wheel can facilitate the floor cleaning machine to roll on the ground, the rolling brush assembly is provided with a rolling brush, water is supplied to the rolling brush through a clear water tank, the rolling brush can brush the ground, in the brushing process, dirty water with solid garbage is formed by adsorbing dirt on the ground and the solid garbage with small volume into the rolling brush, and the dirty water and the solid garbage generated after the brushing and the solid garbage are recovered to the sewage tank inside the machine body from the rolling brush through the vacuumizing of a power mechanism, so that the sewage is prevented from being spread on the ground, and the floor cleaning work is completed.

After the floor cleaning machine cleans the ground, sewage and solid garbage in the sewage tank need to be treated, the sewage tank is cleaned, and meanwhile, the electric quantity needs to be supplemented for the floor cleaning machine. The base station of the floor washing machine is a device for realizing the functions, and the dry and wet garbage in the sewage tank of the floor washing machine is sucked back by arranging the suck-back mechanism, and the floor washing machine is charged through the power supply interface, so that the repeated cleaning and use of the floor washing machine are realized. However, the existing floor washing machine base station is often too simple in structure, less in function and inconvenient to use.

If prior patent with publication number CN215502821U discloses a base station, including a base station main body, a cleaning base, a water injection system and a sewage recovery system, the base station main body is provided with a containing groove, the cleaning base is installed in the containing groove, the cleaning base is provided with a cleaning groove, the cleaning groove is provided with a water inlet connected with a water outlet end of the water injection system, and the cleaning groove is further provided with a water outlet connected with a water inlet end of the sewage recovery system. This patent can be solved current too big technical problem of basic station water consumption, nevertheless because it only is provided with washing base, water injection system and sewage recovery system, can only realize washing the recovery of ground machine sewage and the washing of ground machine, and the laying of being not convenient for washing the ground machine is fixed, and it is not convenient enough to use.

Disclosure of Invention

In order to solve the problems, the invention mainly aims to provide a multifunctional floor washing machine base station which not only can facilitate the installation and fixation of a floor washing machine, but also has multifunctional use effect;

another purpose of the invention is to provide a multifunctional ground washing machine base station, which can facilitate the sewage in a sewage tank of a ground washing machine to carry out the back suction treatment, can realize the separation of dry and wet garbage in the sewage tank, can realize the classification treatment of solid garbage and sewage, and is more environment-friendly and efficient;

the invention also aims to provide a multifunctional floor washing machine base station which can realize automatic water injection and uniform water spraying and effectively ensure the cleaning efficiency of a floor washing machine roller brush;

the last purpose of the invention is to provide a multifunctional floor washing machine base station which has the functions of drying, portable pollution discharge, automatic pollution discharge and the like.

In order to achieve the purpose, the technical scheme of the invention is as follows:

the invention provides a multifunctional floor washing machine base station which comprises a base station main body, wherein a sewage back-suction system for treating sewage of a floor washing machine body and a self-cleaning system for cleaning a floor washing machine are arranged on the base station main body, a base assembly for bearing the floor washing machine is further arranged at the lower end of the base station main body, and the base station main body, the sewage back-suction system, the self-cleaning system and the base assembly are enclosed to form a floor washing machine accommodating position of a semi-enclosed structure.

Further, the base subassembly is including base, base apron, the base apron is installed in the upper end of base, the base is including supporting baseplate, base curb plate, the base curb plate sets up the bearing groove that forms and scrubber's round brush subassembly and gyro wheel looks adaptation in supporting baseplate's both sides, and scrubber's round brush subassembly and gyro wheel setting are spacing in bearing the groove and through base apron.

Furthermore, the bearing groove comprises a rolling brush flushing groove arranged on the inner side of the base, the rolling brush flushing groove is of an arc structure matched with the rolling brush, a row of precise hanging teeth are arranged in the rolling brush flushing groove, and a rolling brush cleaning water outlet is further formed in the bottom of the rolling brush flushing groove.

Furthermore, the upside of supporting baseplate and the downside of base cover plate all are provided with sealed wallboard.

Furthermore, the front end of the supporting bottom plate is connected with an integrally formed inclined plate, the upper end of the inclined plate is connected with the supporting bottom plate, and the lower end of the inclined plate extends to the ground, so that a slope type structure for enabling the roller of the floor washing machine to slide into the bearing groove is formed.

Furthermore, the included angle between the inclined plate and the ground plane is less than fifteen degrees, and the height from the upper end of the inclined plate to the ground plane is 37mm.

Furthermore, the junction of supporting baseplate and swash plate still is provided with the spacing arch that is used for blockking the scrubber gyro wheel, spacing arch horizontal position is higher than the front end of swash plate. When the floor cleaning machine pushes the floor cleaning machine accommodating position to park, the limiting bulge can be higher than the roller of the floor cleaning machine, the roller of the floor cleaning machine in the bearing groove can be blocked, the floor cleaning machine is prevented from retreating, and the stability of the floor cleaning machine in a base station is improved.

Furthermore, the supporting bottom plate is of a flat plate type structure, the horizontal position of the supporting bottom plate is lower than the upper end of the inclined plate, the upper end of the limiting bulge is flush with the upper end of the inclined plate, and the lower end of the limiting bulge is higher than the supporting bottom plate. Through the arrangement, the supporting bottom plate and the limiting bulges can form the downhill structure slightly lower than the upper end of the inclined plate, and when the roller of the floor washing machine upwards slides from the uphill structure of the inclined plate, the roller can slide into the bearing groove from the downhill structure, so that the floor washing machine is more convenient and labor-saving.

Furthermore, the connection part of the supporting bottom plate and the inclined plate is also provided with power-assisted rollers, the power-assisted rollers are arranged in the middle and at two sides of the limiting bulges, and the horizontal positions of the power-assisted rollers are higher than the limiting bulges. When the power-assisted machine pushes the floor cleaning machine into the floor cleaning machine accommodating position from the ground, the whole bottom of the floor cleaning machine can roll on the power-assisted idler wheel, so that the rolling brush can conveniently enter the bearing groove; simultaneously, the bottom of whole floor cleaning machine also can be correspondingly lifted to the helping hand gyro wheel, can avoid the intermediate position card in the upper end of swash plate of floor cleaning machine's bottom, and the helping hand gyro wheel can also make round brush and gyro wheel can contact the slip simultaneously at swash plate and supporting baseplate junction, avoids the unsettled degree of difficulty that increases the round brush and the gyro wheel of floor cleaning machine and push the bearing groove of round brush.

Furthermore, a power-assisted roller mounting groove is formed in the joint of the supporting bottom plate and the inclined plate, the power-assisted rollers are detachably mounted in the power-assisted roller mounting groove, and the two ends of each power-assisted roller are respectively rotatably connected to the left side wall and the right side wall of the power-assisted roller mounting groove.

Furthermore, the sewage back suction system comprises a back suction pipeline, a sewage tank, a dust collection bag and a back suction fan, wherein the front end of the back suction pipeline is used for being connected with a back suction outlet of a sewage bucket of the floor washing machine, the rear end of the back suction pipeline is connected with the sewage tank, the dust collection bag is arranged on the side edge of the sewage tank, and the back suction fan, the dust collection bag, the sewage tank and the back suction pipeline are sequentially communicated to form a dirt suction loop for back sucking dry and wet garbage in a body of the floor washing machine.

Furthermore, the supporting bottom plate is also provided with a through hole used for butting a suck-back outlet of the sewage bucket of the floor washing machine, and the front end of the suck-back pipeline is arranged below the through hole and is communicated with the suck-back outlet of the sewage bucket of the floor washing machine through the through hole. The rolling brush cleaning water outlet is arranged on the side of the through opening, and the rolling brush cleaning water outlet is arranged above the back suction pipeline and communicated with the front end of the back suction pipeline.

Furthermore, the sewage re-suction system further comprises a dry-wet separation device, the dry-wet separation device comprises a dry-wet separation box, the dry-wet separation box is arranged in the sewage tank and located at the upper part of the sewage tank, the rear end of the re-suction pipeline is communicated with the dry-wet separation box, a water leakage hole is formed in the bottom of the dry-wet separation box, a dry-wet separation installation side plate is further arranged between the dry-wet separation box and the dust collection bag, solid garbage re-suction ports corresponding in position are arranged on the side walls of the dry-wet separation box, the sewage tank and the dry-wet separation installation side plate, the solid garbage re-suction ports are communicated to form a re-suction airflow channel, the sewage tank is communicated with the dust collection bag through the re-suction airflow channel, the solid garbage re-suction channel and the suction airflow channel are arranged at the same height of the re-suction opening, the re-suction airflow channel is communicated to form a re-suction airflow channel, the sewage tank is communicated with the dust collection bag through the re-suction airflow channel, the re-suction airflow channel and the re-suction baffle is arranged side by side along with the re-suction airflow channel, and a second re-suction baffle is arranged on the dust collection mechanism and can block the re-suction baffle.

Further, the electromagnetic push rod mechanism is arranged below the solid waste return suction port and the return suction airflow port and comprises an electromagnetic push-pull rod, a rotary connecting rod, a transmission rod and a push rod spring, the electromagnetic push-pull rod is movably arranged on the back side of the dry-wet separation installation side plate, a flip bottom plate is arranged below the solid waste return suction port and the return suction airflow port, the flip bottom plate protrudes out of the back side of the dry-wet separation installation side plate, one end of the push rod spring abuts against the upper end of the electromagnetic push-pull rod, the other end of the push rod spring abuts against the lower end of the flip bottom plate, the transmission rod comprises a first transmission rod and a second transmission rod, the second transmission rod is arranged below the return suction airflow port, the upper end of the second transmission rod is connected with the flip bottom plate, a fixing part is integrally formed on the side edge of the second transmission rod, the second transmission rod is fixedly connected to the electromagnetic push-pull rod through the fixing part, the first transmission rod is arranged below the solid waste return suction port, the upper end of the first transmission rod is connected with the flip bottom plate, a rotating shaft is provided with a second transmission rod, a stop block piece is arranged at the upper end of the rotating shaft, and a second transmission rod is connected to the rotating stop block piece, and a second stop block piece is arranged on the rotating block plate.

Further, the bottom plate of the dry-wet separation box is of an inclined plate-shaped structure, and the water leakage holes are of a slope funnel-shaped structure, so that the flowing of sewage can be accelerated. Simultaneously, the filtration of sewage also can accelerate to sewage incasement negative pressure for the action time effectively shortens.

Further, the sewage case is including sewage case main part and sewage case lid, sewage case lid closes and forms inclosed space in the sewage case main part, the upper portion of sewage case main part is provided with wet separation box fixed slot futilely, the bottom demountable installation of wet separation box futilely is in wet separation box fixed slot futilely, just the main part setting of wet separation box futilely is in the sewage case lid, and the solid waste of sewage case returns suction inlet and resorption air current mouth and sets up on the lateral wall of sewage case lid, and first flip baffle articulates on the solid waste of sewage case lid returns the suction inlet, and second flip baffle articulates on the resorption air current mouth of sewage case lid. The outside of sewage case main part is provided with the resorption pipeline and dodges the groove, the resorption pipeline dodges the upper end in groove and is provided with dry wet rubbish exit joint, the end-to-end connection of resorption pipeline is in dry wet rubbish exit joint, be provided with on the dry wet separation box and dodge the through-hole, dry wet rubbish exit joint runs through and dodges the through-hole and stretches into in the dry wet separation box. The dry and wet garbage in the sewage tank of the floor washing machine can enter the dry and wet separation box from the back suction pipeline and the dry and wet garbage outlet joint.

Furthermore, still be provided with sewage case belt handle and can rotate the sewage case plastic handle of accomodating on the sewage case lid, the sewage case lid still be provided with the position is accomodate to the sewage case plastic handle of sewage case plastic handle looks adaptation. Can guarantee through setting up two handles that the sewage case can carry smoothly and put, sewage case plastic handle can rotate to stick up and carry out the hand, also can rotate to put in the position is accomodate to sewage case plastic handle of putting flatly.

Furthermore, a first ozone generator is further installed in the sewage tank and fixed on the inner side wall of the sewage tank cover. The first ozone generator can release ozone ions in the sewage tank to achieve the deodorization effect of the sewage tank.

Further, a sewage discharging pipe orifice communicated with the interior of the sewage tank main body is arranged at the bottom of the sewage tank main body, an inwards concave portable sewage discharging control groove is arranged above the sewage discharging pipe orifice of the sewage tank main body, a portable sewage discharging mechanism is further arranged at the lower end of the sewage tank main body, the portable sewage discharging mechanism comprises a sewage discharging key, a reset rod and a key reset spring, the sewage discharging key and the reset rod are movably arranged in the portable sewage discharging control groove from front to back, the reset rod penetrates through the sewage discharging key and can move back and forth on the sewage discharging key, one end of the key reset spring is abutted to the portable sewage discharging control groove, the other end of the key reset spring is abutted to the sewage discharging key, a sewage discharging port transmission rod is further arranged above the sewage discharging pipe orifice, the sewage discharging port transmission rod is sleeved with a sewage discharging port reset spring, and one end of the sewage discharging port reset spring is abutted to the lower end of the sewage discharging port transmission rod, the other end of the portable sewage control groove is abutted against the bottom surface of the portable sewage control groove, a sewage outlet sealing ring is further fixed on the sewage outlet transmission rod, the sewage outlet sealing ring is sealed above the sewage outlet pipe opening and can be far away from and open the sewage outlet pipe opening along with the upward movement of the sewage outlet transmission rod, a through hole is formed in the bottom of the portable sewage control groove, the upper end of the sewage outlet transmission rod is movably arranged and penetrates through the through hole in the bottom of the portable sewage control groove to extend into the portable sewage control groove, a chute is further formed in the sewage outlet transmission rod, an inclined sheet matched with the chute is arranged on the sewage button, the inclined sheet is movably arranged in the chute and is continuously abutted against and contacted with the upper top surface of the chute, and in the process that the sewage button is pressed and moved into the portable sewage control groove, the inclined sheet can move forwards in the chute and continuously push the chute to drive the sewage outlet transmission rod to move upwards along the through hole in the bottom of the portable sewage control groove, so that the sealing ring of the sewage draining outlet is far away from the opening of the sewage draining pipe orifice. The rear portion of the oblique piece is further provided with a catching groove matched with the top surface of the chute, and when the rear portion of the oblique piece enters the chute, the top surface of the chute is clamped in the catching groove, so that the sewage discharge key and the sewage discharge port transmission rod form a fixing structure leaning against each other. The side of drain transfer line still is provided with the inclined plane, the side of release link still be provided with the three hornblocks of inclined plane looks adaptation, three hornblocks and inclined plane are to the laminating, and along with the release link drives three hornblocks and removes the in-process in portable blowdown control groove, three hornblocks can support to hold and promote drain transfer line upward movement on the inclined plane.

Furthermore, a through hole is formed in the sewage discharging key, the reset rod moves and penetrates through the through hole in the sewage discharging key, the portable sewage discharging control groove is further provided with a reset rod reset spring, one end of the reset rod reset spring abuts against and is held in the portable sewage discharging control groove, and the other end of the reset rod abuts against and is held at the front end of the reset rod.

Further, the lower end of the sewage draining outlet transmission rod is also provided with a limiting chassis, the sewage draining outlet reset spring is sleeved on the sewage draining outlet transmission rod, and the lower end of the sewage draining outlet reset spring is fixed on the limiting chassis.

Further, the drain sealing ring is of a telescopic fold hose type structure, the lower portion of the drain transmission rod, the limiting base plate and the drain reset spring are arranged in the drain sealing ring, the upper portion of the drain sealing ring is connected to the bottom surface of the portable drain control groove, and the lower portion of the drain sealing ring is fixed to the limiting base plate. In the up-and-down moving process of the drain transmission rod, the lower part of the drain sealing ring moves up and down along with the limiting chassis through stretching and retracting, and is far away from or close to the drain pipe opening. Simultaneously, the drain sealing washer also can wrap up spacing chassis, drain reset spring, drain transfer line, avoids above-mentioned parts to be corroded by sewage.

Further, the bottom of the sewage box main body is provided with a sewage discharge bottom cover, and a sewage discharge pipe opening is formed in the sewage discharge bottom cover.

Further, portable blowdown control tank is provided with the spring locating part, reset lever reset spring and button reset spring all install on the spring locating part, avoid reset lever reset spring and button reset spring's position to take place to squint.

Further, be provided with sharp guide on the blowdown button, still be provided with on the inside wall of portable blowdown control tank with the sharp locating part of sharp guide looks adaptation, sharp guide sliding connection is at sharp locating part, can press the process to carry out sharp direction and spacing to the blowdown button, avoids the blowdown button position to take place the skew.

Furthermore, the lower extreme of sewage case still is provided with automatic sewage discharging mechanism, automatic sewage discharging mechanism is including blowdown water pump, blowdown quick-operation joint, the blowdown water pump passes through blowdown quick-operation joint and sewage case main part intercommunication, the blowdown quick-operation joint is including quick-operation joint face lid, quick-operation joint headstock, quick-operation joint face lid can be dismantled with quick-operation joint headstock and be connected formation quick-operation joint cavity, be provided with butt joint sealing washer and filter screen in the quick-operation joint cavity.

Furthermore, a quick joint pipe is further arranged on the quick joint seat, and a water inlet of the sewage pump is connected with the quick joint pipe through a pipeline. In this application, the sewage pump leads to pipe and quick-operation joint union coupling, to pumping water of sewage case, leads to pipe by the sewage pump delivery port again and connects the drain such as discharge to the floor drain, realizes the discharge of sewage incasement sewage.

Furthermore, the automatic sewage discharging mechanism further comprises a sewage pump box and a sewage pump cover, the sewage pump is installed in the sewage pump box and is packaged through the sewage pump cover, and a through hole for avoiding a water inlet and a water outlet of the sewage pump is further formed in the sewage pump box.

Further, still be provided with the quick-operation joint snap-fastener between quick-operation joint face lid and the quick-operation joint headstock, the quick-operation joint snap-fastener is protruding and the limit button including the lock joint of establishing both ends around separately, quick-operation joint face lid be provided with the buckle connection groove of the protruding looks adaptation of lock joint, the protruding joint of lock joint is in the buckle connection inslot, still be provided with on the quick-operation joint headstock with the button installation through-hole of limit button looks adaptation, the limit button joint is in button installation through-hole, the quick-operation joint headstock still is provided with spacing reset spring, spacing reset spring is mutually perpendicular with the limit button, and spacing reset spring's one end supports and holds on the limit button, and the other end supports and holds in the quick-operation joint headstock. In the application, when the quick connector is installed, the limit button can be abutted to the button installation through hole through the reset spring, so that the connection between the quick connector surface cover and the quick connector base is realized; when dismantling, press the limit button of both sides in to the button installation through-hole simultaneously, compress reset spring for break away from in the quick-operation joint snap-fastener follows the quick-operation joint seat, carry out the dismantlement between quick-operation joint face lid and the quick-operation joint seat, and then make the convenient dismantlement of overall structure and installation.

Furthermore, the middle part inside the quick joint head seat is also provided with a butt joint inner pipe, the rear part of the butt joint sealing ring and the filter screen are both arranged in the butt joint inner pipe, and one end of the limit reset spring, which is far away from the limit button, abuts against the outer side wall of the butt joint inner pipe.

Furthermore, the number of the quick connector snap fasteners is two, and the two quick connector snap fasteners are respectively arranged on two sides of the quick connector surface cover and the quick connector base and are used for connecting the quick connector surface cover and the quick connector base.

Furthermore, the quick joint face cover is installed on the base, a sewage discharge through opening communicated with the base cover plate is arranged on the base, and the quick joint face cover is communicated with a sewage discharge pipe opening on the sewage tank main body through the sewage discharge through opening.

Furthermore, a dust collecting cover plate is arranged above the dust collecting bag, the dust collecting bag is installed in the base station main body and sealed through the dust collecting cover plate, a dust collecting sealing ring is arranged below the dust collecting cover plate, and the dust collecting cover plate and the base station main body are connected through the dust collecting sealing ring. The suck-back fan is when extracting solid waste, and collection dirt apron and collection dirt sealing washer can form the dust bag space sealedly, and solid waste returns the first flip baffle of suction inlet and is opened by the negative pressure, and solid waste walks along the wind current direction, and the dust bag is ventilative when bleeding, but also is closed, so only the air current can pass through the fan, and other solid waste etc. all fall into the dust bag.

Furthermore, the suck-back fan comprises a fan main body, a fan fixing support, silencing sponge and a support cover plate, wherein the silencing sponge is sleeved outside the fan main body and is integrally installed in the fan fixing support together with the fan main body, and the support cover plate is installed at the lower end of the fan fixing support and wraps the bottom of the fan main body.

Further, the upper portion and the lower part of fan main part all are provided with fixed buffering cushion, all through fixed buffering cushion buffer connection between fan main part and support apron, the fan fixed bolster.

Furthermore, the upper part of the fan main body is provided with a fan air inlet, the support cover plate is provided with a fan air outlet communicated with the fan main body, and the fan air inlet is communicated with the dust collection bag.

Furthermore, the fan fixing support and the fixed buffering rubber mat on the upper portion of the fan main body are both of a structure which is communicated up and down, so that the fan air inlet and the dust collecting bag can be prevented from being blocked, and air flow generated during the suck-back of the suck-back fan can smoothly pass through the fan fixing support and the fixed buffering rubber mat on the upper portion of the fan main body from the dust collecting bag and enter the suck-back fan.

Furthermore, a target center filtering support is further arranged between the air inlet of the fan and the dust collecting bag, the target center filtering support is located above the fan main body, and a HEPA filter screen is installed in the target center filtering support. The HEPA filter screen mainly plays a role in filtering air impurities and preventing water vapor from entering the suck-back fan.

Furthermore, a filter screen cloth is further arranged on the target center filter support and is shielded above the HEPA filter screen. The filter screen cloth can be made of nylon materials and has the functions of filtering air impurities and fixing the HEPA filter screen. In this application, the suck-back fan starts to produce the negative pressure, and wind passes the sea handkerchief from the nylon screen cloth on the bull's-eye filter support, reaches the fan air intake, again from the amortization sponge process, weakens frequently shakes, through the one-way wind channel of airing exhaust of constituteing by fan fixed bolster and support apron, discharges from the air exit again.

Furthermore, the bullseye filter support is including setting up the reinforcement support into the support main part of bullseye shape structure and cruciform structure, support main part and reinforcement support integrated into one piece. The bulls-eye filtering bracket can be detached to clean the filtering net cloth and the HEPA. The sea handkerchief comprises the following components: mainly play filtration air impurity, prevent the effect that steam got into the fan.

Further, the support cover plate is detachably connected with the fan fixing support.

Further, a hot air drying system is further arranged on the base station main body, and the hot air drying system comprises a first hot air drying mechanism for drying the dust collecting bag and a second hot air drying mechanism for drying the roller brush of the floor washing machine. And the first hot air drying mechanism and the second hot air drying mechanism are both fixed on the base station main body.

Further, first hot air drying mechanism sets up in the below of dust bag, including the stoving mount, be provided with the fan in the stoving mount, the upper end of stoving mount is provided with a mounting groove that generates heat, generate heat and install first heat generation piece in the mounting groove, first heat generation piece sets up directly over the fan, the top of first heat generation piece still covers and is equipped with the steel mesh, the week side of stoving mount still is provided with the fan air intake, be provided with fan air outlet on the steel mesh, fan air intake, fan air outlet, dust bag, fan air intake communicate in proper order and form sealed and the first wind channel of circulation.

Further, the drying fixing frame comprises a fixing frame upper shell and a fixing frame lower shell, the fixing frame upper shell is detachably mounted on the fixing frame lower shell to form a containing cavity, the fan is arranged in the containing cavity, fan fixing holes corresponding to the positions are formed in the bottom of the fixing frame upper shell and the fan, and the fan is fixed to the bottom of the fixing frame upper shell through the fan fixing holes.

Further, still be provided with the joint groove on the inside wall of mount epitheca, the upper portion of mount inferior valve still is provided with joint spare, joint spare can be dismantled the joint and form the joint structure in the joint inslot, the mount inferior valve passes through joint structure fixed connection on the mount epitheca.

Furthermore, the first heating block is also provided with a conductive pin protruding towards one side, the heating element mounting groove is provided with a notch for avoiding the conductive pin, and the conductive pin penetrates through the notch and extends out of the heating element mounting groove. The conductive pin can protrude out of the heating element mounting groove, so that an external power supply of the first heating block is facilitated.

Furthermore, the air inlet of the fan is arranged on the upper shell of the fixed frame and is positioned on the peripheral side of the heating element mounting groove.

Further, still be provided with a NTC temperature control sensor in the stoving mount, the mount epitheca still is provided with sensor spacing groove and sensor fixed orifices at the side that is located a mounting groove that generates heat, a NTC temperature control sensor installs at the sensor spacing inslot to fix through the sensor fixed orifices.

Furthermore, the first heating block comprises a PTC heating block, and the upper shell and the lower shell of the fixing frame are both made of high-temperature-resistant materials. Go on through mount epitheca and mount inferior valve and can seal fan, PTC heating piece, a NTC temperature control sensor, fan air outlet and fan air intake setting are all at the mount epitheca, and direct current fan blows off hot-blastly from the fan air outlet through the steel mesh towards PTC heating piece, then the gas in the dust bag space is toward the air intake and is carried out the resorption to reach the air inner loop, and then make whole dust bag space all can the thermally equivalent dry. The NTC temperature control sensor can prevent the PTC heating block from being too high in temperature, so that the machine stops supplying power to the PTC heating block.

Further, the second hot air drying mechanism comprises a direct current blower, a second heating block and a heating block fixing frame, the second heating block is connected with an air outlet of the direct current blower after being installed into a whole with the direct current blower, an air blower limiting groove is formed in the base, the direct current blower, the second heating block and the heating block fixing frame are all arranged in the air blower limiting groove, an air blower air inlet hole net is further arranged on the side edge of the air blower limiting groove, and the air blower air inlet hole net is communicated with an air inlet of the air blower. The base is further provided with uniform air channel grooves, and the air blower limiting grooves are communicated with the rolling brush flushing grooves through the uniform air channel grooves.

Further, a blower air outlet hole screen plate is further arranged between the uniform air channel groove and the rolling brush flushing groove, a plurality of blower air outlet hole nets are arranged on the blower air outlet hole screen plate, the blower air outlet hole screen plate is fixed on the base cover plate, and the base cover plate covers the base to seal the blower limiting groove and the uniform air channel groove from the top. So that the hot air blown out by the direct current blower can only be blown to the rolling brush washing tank through the uniform air duct groove, and the drying efficiency is improved.

Further, even wind channel groove is including the first wind channel groove and the second wind channel groove that set up side by side, the front end in first wind channel groove and second wind channel groove all communicates with the air-blower spacing groove, and the rear end in first wind channel groove is connected with the left half of round brush washtrough, and the rear end in second wind channel groove and the right half of having of round brush washtrough are connected. The air outlet in the rolling brush washing groove is ensured to be more uniform.

Furthermore, a heating block mounting groove is formed in the heating block fixing frame, and the second heating block is fixed to the heating block fixing frame through the heating block mounting groove.

Further, still install second NTC temperature control sensor on the piece mount that generates heat, realize preventing through second NTC temperature control sensor that the second piece high temperature that generates heat from causing the plastic part to melt and the risk of catching fire.

Furthermore, the self-cleaning system comprises an automatic water injection mechanism, a clean water tank water outlet pipeline, a clean water pump and a cleaning pipeline, wherein the automatic water injection mechanism, the clean water tank water outlet pipeline, the clean water pump and the cleaning pipeline are sequentially connected. In this application, the clear water tank is poured into with the clear water to automatic water injection mechanism, and the clear water pump is taken out the water in the clear water tank through clear water tank outlet pipe way, and on rethread washing pipe connection was to the slop pail of floor cleaning machine and the base of basic station, the brush that rolls to the slop pail of floor cleaning machine and floor cleaning machine washd.

Further, the clear water tank is including clear water tank main part, clear water tank lid closes in the clear water tank main part, be provided with the cleaning solution in the clear water tank main part and store the storehouse, the storehouse is stored to the clear water, the cleaning solution is stored and is provided with the cleaning solution box in the storehouse, be provided with the drawing liquid pump in the clear water tank lid, the entry and the cleaning solution box intercommunication of drawing liquid pump, export and clear water storage storehouse intercommunication. In this application, the storehouse is stored to the clear water is used for storing the clear water, and the storehouse is stored to the cleaning solution is used for depositing the cleaning solution box, realizes that the basic station is clean and deodorization etc. of more efficient when the automatically cleaning. The clean water tank cover mainly plays a role in sealing, lifting and carrying and forms sealing with the clean water tank main body.

Further, install contact conductive component in the clear water tank main part, contact conductive component is including conducting strip, wiring apron, electric wire, binding post, electrically conductive bullet needle PCB board, electrically conductive bullet needle, conducting strip, wiring apron, electric wire, binding post, electrically conductive bullet needle PCB board, electrically conductive bullet needle are from last down connecting gradually, it fills liquid level sensor and lacks water level sensor still to be provided with water in the clear water tank lid, water fills the top that liquid level sensor set up and store the storehouse at the clear water, the bottom in storehouse is stored at the clear water to lack water level sensor setting, drawing liquid pump, water fill liquid level sensor all are connected with the conducting strip electricity. The base station comprises a base station body and is characterized in that a contact type power supply contact is arranged on the base station body, a conductive spring pin through hole is further formed in the bottom of the clear water tank body, and the conductive spring pin penetrates through the conductive spring pin through hole to be electrically connected with the contact type power supply contact. In this application, the clear water tank is installed on the basic station main part, can mention at will, and when the clear water tank put back the basic station main part, electrically conductive bullet needle can be connected with contact power supply contact electricity, and external power supply through the basic station main part supplies power for accessories such as drawing liquid pump and water level sensor.

Further, still be provided with in the clear water tank main part and be used for separating the cleaning solution and store the space bar in storehouse and clear water storage storehouse, be provided with the conductive component mounting groove in the space bar, the conductive component of contact installs in the conductive component mounting groove, electrically conductive bullet needle via hole sets up on the bottom plate of conductive component mounting groove.

Furthermore, a pump room is further arranged in the clean water tank cover, a pump room cover plate is arranged at the bottom of the pump room, and the liquid pumping pump is installed in the pump room and sealed through the pump room cover plate.

Further, the clear water tank is covered and still is provided with clear water tank belt handle and can rotate the clear water tank plastic handle of accomodating, the clear water tank cover still be provided with clear water tank plastic handle of clear water tank plastic handle looks adaptation accomodates the position. Can guarantee through setting up two handles that the clear water case can carry smoothly and put, clear water case plastic handle can rotate to set up carries out the hand, also can rotate to put flat clear water case plastic handle and accomodate in accomodating the position.

Furthermore, the bottom of the clear water tank main body is provided with a clear water inlet connector pipe, a first water outlet flow stopping and guiding assembly is mounted on the clear water inlet connector pipe and comprises a first flow stopping transmission rod, a first water gap sealing ring and a first guiding seat, the first flow stopping transmission rod is movably arranged in the clear water inlet connector pipe, the first water gap sealing ring is fixedly mounted at the upper end of the first flow stopping transmission rod and sealed on the clear water inlet connector pipe, the first guiding seat is fixedly mounted on the base station main body and arranged right below the first flow stopping transmission rod, a first flow stopping transmission rod reset spring is further sleeved on the first flow stopping transmission rod, one end of the first flow stopping transmission rod reset spring abuts against the lower end of the first flow stopping transmission rod, the other end of the first flow stopping transmission rod abuts against the clear water inlet connector pipe, a first water pipe joint communicated with the automatic water injection mechanism is arranged on the first guiding seat, and a first central support pillar in separable contact with the first flow stopping transmission rod is further arranged in the first guiding seat. In this application, when the clean water tank was placed on basic station's main part, first only flow transfer line can be by the jack-up of the first center fore-set in the first water conservancy diversion seat, and jack-up in-process first only flow transfer line reset spring can be compressed, can drive first mouth of a river sealing washer upward movement simultaneously, breaks away from the clear water interface pipe of intaking, makes clean water tank main part and first water conservancy diversion seat switch on, and automatic water injection mechanism can pour into the clean water tank through first water pipe joint on the first water conservancy diversion seat with water. When the clean water tank leaves the base station main body, the first flow stopping transmission rod is separated from the first central support pillar, the first flow stopping transmission rod reset spring can reset to drive the first flow stopping transmission rod and the first water gap sealing ring to move downwards, and the first water gap sealing ring can seal the clean water inlet connector pipe again to avoid water leakage of the clean water inlet connector pipe.

Furthermore, a first upper abutting protrusion is arranged on the inner side wall of the clear water inlet connector pipe, a first lower abutting protrusion is arranged on the first flow stopping transmission rod, the upper end of the first flow stopping transmission rod return spring abuts against the first upper abutting protrusion, and the lower end of the first flow stopping transmission rod return spring abuts against the first lower abutting protrusion.

Furthermore, a clear water outlet interface tube is arranged at the bottom of the clear water tank body, a second water outlet flow stopping and guiding assembly is mounted on the clear water outlet interface tube and comprises a second flow stopping transmission rod, a second water gap sealing ring and a second guiding seat, the second flow stopping transmission rod is movably arranged in the clear water outlet interface tube, the second water gap sealing ring is fixedly mounted at the upper end of the second flow stopping transmission rod and sealed on the clear water outlet interface tube, the second guiding seat is fixedly mounted on the base station body and arranged right below the second flow stopping transmission rod, a second flow stopping transmission rod reset spring is further sleeved on the second flow stopping transmission rod, one end of the second flow stopping transmission rod reset spring abuts against the lower end of the second flow stopping transmission rod, the other end of the second flow stopping transmission rod abuts against the clear water outlet interface tube, a second water tube joint communicated with the clear water tank outlet pipeline is arranged on the second guiding seat, and a second central support pillar in separable contact with the second flow stopping transmission rod is further arranged in the second guiding seat. In this application, when the clear water tank was placed on basic station's main part, the second only flow transfer line can be by the second center fore-set jack-up in the second water conservancy diversion seat, and jack-up in-process second only flow transfer line reset spring can be compressed, can drive second mouth of a river sealing washer upward movement simultaneously, breaks away from clear water outlet connector pipe, makes clear water tank main part and second water conservancy diversion seat switch on, and the clear water tank can derive water to clear water tank outlet pipe way through the second water pipe head on the second water conservancy diversion seat. When the clean water tank leaves the base station main body, the second flow stopping transmission rod is separated from the second central support column, the second flow stopping transmission rod reset spring can reset to drive the second flow stopping transmission rod and the second water gap sealing ring to move downwards, and the second water gap sealing ring can seal the clean water outlet connector tube again to avoid water leakage of the clean water outlet connector tube.

Furthermore, a second upper abutting protrusion is arranged on the inner side wall of the clean water outlet connector pipe, a second lower abutting protrusion is arranged on the second flow stopping transmission rod, the upper end of a second flow stopping transmission rod return spring abuts against the second upper abutting protrusion, and the lower end of the second flow stopping transmission rod return spring abuts against the second lower abutting protrusion.

Further, automatic water injection mechanism is including accuse water solenoid valve, relief pressure valve, swift water tube head, adapter, automatic water injection pipeline, first play water flow stopping water conservancy diversion subassembly, clean water tank connect gradually, full level sensor of water, lack of water level sensor all with accuse water solenoid valve cooperatees and uses. In the application, the automatic water injection mechanism automatically injects clean water used in self-cleaning to the base station without human intervention. The process is as follows: the water is controlled by the water control solenoid valve, the pressure reducing valve is stabilized, the tap water is injected into the clean water tank, when the water shortage liquid level sensor detects that the clean water tank is empty of water, the water shortage liquid level sensor at the bottom of the clean water tank releases an electric signal to the solenoid valve, the solenoid valve works to release the tap water to be injected into the clean water tank, and when the clean water tank is full of water, the electric signal is released to stop working of the solenoid valve after the water full liquid level sensor in the clean water tank detects the water.

Further, automatic water injection mechanism is still including solenoid valve protection box body, solenoid valve protection box body is including dismantling box body upper cover, the box body lower cover of connection, box body upper cover, box body lower cover equipment form the solenoid valve and hold the cavity, accuse water solenoid valve, relief pressure valve are all installed in the solenoid valve holds the cavity.

Furthermore, the one end of clear water tank outlet pipe way and the second water pipe head on the second water conservancy diversion seat are connected, and the other end and the entry linkage of clarified water pump, install a tee bend connector on the export of clarified water pump, wash the pipeline including first scavenge pipe, second scavenge pipe, third scavenge pipe, wherein one end of first scavenge pipe, second scavenge pipe, third scavenge pipe all is through tee bend connector and the exit linkage of clarified water pump. The base is also provided with a double-body flow flying plate for spraying clear water to the rolling brush washing tank, the other ends of the first cleaning pipe and the second cleaning pipe are both connected with the double-body flow flying plate, and the other end of the third cleaning pipe is communicated with a sewage bucket of the floor washing machine. The clean water pump can respectively carry out self-cleaning on the sewage bucket and the rolling brush of the floor washing machine through cleaning the pipeline, and the problem that the sewage is moldy and smelly due to residual sewage is reduced.

Furthermore, two groups of uniform water spraying structures are arranged on the double-body flow flying plate and are respectively positioned at the left part and the right part of the double-body flow flying plate to form a double-body flow flying water spraying structure capable of covering the whole rolling brush washing tank.

Furthermore, the uniform water spraying structure comprises a water inlet of the flying plate arranged on the double-body flying plate and a uniform flow channel arranged inside the double-body flying plate, wherein the side surface of the double-body flying plate is provided with uniform water spraying holes facing the rolling brush flushing tank, one ends of the first cleaning pipe and the second cleaning pipe, which are far away from the clean water pump, are communicated with the water inlet of the flying plate, and the uniform water spraying holes are communicated with the water inlet of the flying plate through the uniform flow channel.

Further, even runner is including water jet passageway and rivers passageway, the import and the board water inlet intercommunication that flies of rivers passageway, just the rivers passageway is provided with a plurality of exports and water jet passageway intercommunication, even hole for water spraying is provided with a plurality ofly, and is a plurality of the one end of even hole for water spraying communicates in the water jet passageway and equidistant and distributed arrangement in the rivers passageway, realizes even water spray.

Furthermore, the pore canal of the uniform water spraying hole is of a conical structure which is gradually reduced from inside to outside, so that water flow can be pressurized, and the impact force of the water flow is improved.

Further, the rivers passageway is provided with a plurality ofly and communicates each other, and every rivers passageway all forms the aqua storage tank that can buffer memory clear water.

Furthermore, a water inlet joint of the flow flying plate is connected to the water inlet of the flow flying plate, and the water inlet of the flow flying plate is connected with the first cleaning pipe and the second cleaning pipe through the water inlet joint of the flow flying plate.

Furthermore, the base is provided with a fly stream plate fixing hole position at the side edge of the rolling brush washing groove, the double-body fly stream plate is arranged on the fly stream plate fixing hole position, and the uniform water spraying holes are arranged above the side edge of the rolling brush washing groove, so that arc line water flow sprayed out from the uniform water spraying holes is just sprayed into the rolling brush washing groove.

Furthermore, the double-body flying flow plate comprises a double-body flying flow front shell and a double-body flying flow rear shell.

Further, still be provided with the third washing pipe fixed slot on the basic station main part, the third washing pipe is installed in the third washing pipe fixed slot, the fuselage clear water supply shower nozzle that is used for giving the water spray of scrubber slop pail is still installed to the upper end of third washing pipe fixed slot, fuselage clear water supply shower nozzle and the end-to-end connection of third washing pipe. In this application, fuselage clear water supply shower nozzle terrain clearance 260mm is left and right, can just to the fuselage clear water spout on the floor scrubber bilge tub, and the clear water pump takes the clear water out direction third cleaning tube and even hole for water spraying, and when the machine returned the basic station, fuselage clear water spout on the floor scrubber bilge tub and the fuselage clear water supply shower nozzle butt joint on the basic station main part realized that basic station clear water pours into the fuselage and carries out the bilge tub water spray cleaning. Meanwhile, forty uniform water spray holes above the rolling brush flushing tank can uniformly spray water to the floor washing machine rolling brush for self cleaning, and after the floor washing machine sewage barrel and the rolling brush are cleaned, the suck-back fan sucks back for the third time to recycle the self-cleaned water to the base station sewage tank again.

Furthermore, the bottom of the base is also provided with a loudspeaker, and the side of the base, which is positioned on the loudspeaker, is also provided with a sound transmission hole. Loudspeaker pass through the circuit board and control, can control and operate voice feedback.

Furthermore, a circuit board is further installed on the base station main body, and other electronic components such as a fan are connected and powered through circuit board control, and transformation is carried out through a transformer, so that intelligent control of the whole machine is achieved.

Furthermore, the base station main body is also provided with a control key. The control key can control an operation instruction through the electric control board, manual intervention is carried out on the base station, and functions of manual intervention self-cleaning, manual intervention hot air drying and the like are achieved.

Further, the base station main part is including setting up the sewage case installation position in the left part and setting up the clear water case installation position in the right part, clear water case installs on clear water case installation position, the sewage case is installed on sewage case installation position, be provided with the dust bag mounting groove between sewage case installation position and the clear water case installation position, sewage case installation position and clear water case installation position protrusion and parcel form in the left and right sides of dust bag mounting groove the scrubber holds the position. Through installing the sewage case on sewage case installation position, install the clear water case on clear water case installation position, can form the structure that does not have outer enclosure wall parcel, material saving and saving the mould by a wide margin reduce the manufacturing cost of product. Meanwhile, the components are reasonably placed on the base station main body, so that an airflow pipeline can be conveniently formed, and the space is saved.

Further, still be provided with the power supply backup pad on the floor cleaning machine holds the position, be provided with the module of charging that is used for charging for the floor cleaning machine in the power supply backup pad. When the floor cleaning machine returns to the base station, the charging module can be used for charging the charging pole piece of the floor cleaning machine.

Furthermore, drain holes are formed in the sewage tank mounting position, the clear water tank mounting position and the power supply supporting plate. The wash port passes through the muscle position water conservancy diversion, can converge to the round brush washing delivery port on the base of below, realizes the discharge of base station main part internal water.

Furthermore, a dry-wet separation installation groove is formed between the dust collection bag installation groove and the sewage tank installation position, and the dry-wet separation installation side plate is fixed in the dry-wet separation installation groove.

Further, a first hot air drying mechanism mounting groove is further formed in the base station main body and located below the dust bag mounting groove, the first hot air drying mechanism mounting groove is communicated with the dust bag mounting groove, the first hot air drying mechanism mounting groove can seal the first hot air drying mechanism in the base station main body, and ventilation between the first hot air drying mechanism and the dust bag is achieved.

Furthermore, a ventilation plate is arranged between the dust bag mounting groove and the first hot air drying mechanism mounting groove, the ventilation plate is arranged right above the first hot air drying mechanism, a dust bag ventilation inlet is formed in the middle of the ventilation plate, the dust bag ventilation inlet is communicated with the fan air outlet, a dust bag ventilation outlet is formed in the peripheral side of the ventilation plate, and the dust bag ventilation outlet is communicated with the fan air inlet. The direct current fan blows hot air from the fan air outlet and the dust collection bag ventilation inlet opposite to the PTC heating block, and then the hot air is sucked back from the dust collection bag to the fan air inlet through the dust collection bag ventilation outlet, so that a closed effect is formed, air internal circulation is achieved, and the whole dust collection bag space can be uniformly heated and dried.

Further, the base station main body is provided with a back suction fan mounting groove on the side edge of the dust bag mounting groove, a target support groove is arranged above the back suction fan mounting groove, the back suction fan is fixed in the back suction fan mounting groove, the target filter support and the HEPA filter screen are both arranged in the target support groove, and a back suction air inlet is arranged between the target support groove and the dust bag mounting groove. The back suction fan sucks air from the dust bag in the dust bag mounting groove through the back suction air inlet to form negative pressure.

Further, the base station main body is provided with a UV lamp mounting groove between the dust bag mounting groove and the sewage tank mounting position, the left side and the right side of the UV lamp mounting groove are respectively communicated with the dust bag mounting groove and the sewage tank mounting position, and a UV bactericidal lamp is mounted in the UV lamp mounting groove. The UV germicidal lamp can respectively carry out ultraviolet ray intensive sterilization on the dust collecting bag and the sewage tank, and the influence on health caused by bacterial breeding is prevented. Simultaneously, set up the UV bactericidal lamp between dust bag mounting groove and sewage case installation position, realize hidden design, the sealed and sewage case of collection dirt apron is put back and just can be worked, safe and reliable.

Furthermore, a UV tube used for being communicated with the containing position of the floor washing machine is further arranged on the UV lamp installation groove. The light of the UV germicidal lamp can penetrate through the UV pipe to sterilize the sewage tank of the floor washing machine on the containing position of the floor washing machine.

Further, a deodorization and sterilization module is arranged below the dust bag mounting groove, a deodorization ion sheet is arranged in the dust bag mounting groove, and the deodorization and sterilization module is connected with the deodorization ion sheet. Can sterilize and deodorize the dust collecting bag and prevent the generation of peculiar smell.

Further, the deodorization and sterilization module comprises an ozone module and a silver ion module.

Compared with the prior art, the invention has the beneficial effects that:

firstly, the multifunctional base station is provided with a base station main body, a base assembly, a sewage back-suction system and a self-cleaning system, a semi-enclosed containing position can be formed, a floor washing machine can be conveniently placed and fixed, the sewage back-suction system can automatically carry out back-suction treatment on sewage on a sewage bucket and a rolling brush of the floor washing machine, and the self-cleaning system can carry out cleaning and sterilization on the rolling brush and the sewage bucket of the floor washing machine after the sewage back-suction treatment, so that the multifunctional base station has a multifunctional use effect and is convenient to use;

secondly, the sewage back-suction system of the multifunctional base station is provided with a back-suction pipeline, a sewage tank, a dust collection bag, a back-suction fan and a dry-wet separation device, dry-wet garbage in the floor washing machine can be back-sucked into the base station through the back-suction fan, and dry-wet separation is carried out through the dry-wet separation device, so that classification treatment of solid garbage and sewage is realized, and the system is more environment-friendly and efficient;

in addition, the self-cleaning system of the multifunctional base station is provided with an automatic water injection mechanism, a clean water tank water outlet pipeline, a clean water pump and a cleaning pipeline, so that the cleaning of a roller brush and a sewage bucket of the floor cleaning machine can be realized, and a double-body spray water spraying structure is also arranged at the tail end of the cleaning pipeline, so that water can be comprehensively and uniformly sprayed to a roller brush flushing tank, and the cleaning efficiency of the roller brush of the floor cleaning machine is effectively ensured;

in addition, the base station main body of the multifunctional base station is of a semi-surrounding structure without being wrapped by a peripheral wall, so that the floor washing machine is convenient to place and fix, materials and dies can be greatly saved, and the cost is reduced.

Finally, the multifunctional base station is also provided with a hot air drying system, an automatic pollution discharge mechanism, a portable pollution discharge mechanism and an automatic water injection mechanism, wherein the hot air drying system can perform hot air drying on the dust collecting bag of the base station and the floor washing machine rolling brush, so that the floor washing machine rolling brush and the dust collecting bag of the base station are kept in a dry state when not in work, and bacteria breeding and mildew are reduced; the portable sewage draining mechanism is arranged at the bottom of the sewage tank, is not required to be powered on for use, can realize portable sewage draining of the floor washing machine through manual control, and is more convenient and faster; the automatic sewage draining mechanism realizes automatic sewage draining of the sewage tank through the sewage draining pump, and is more convenient and labor-saving; the automatic water injection mechanism can automatically detect the water level of the clear water tank, and automatic water injection of the clear water tank is realized.

Drawings

Fig. 1 is a schematic structural view of the floor washing machine with the present embodiment.

Fig. 2 is a schematic view of the structure of the present embodiment without a scrubber.

Fig. 3 is an exploded view of fig. 2.

Fig. 4 is a schematic front structure diagram of the base station main body in this embodiment.

Fig. 5 is a schematic back structure diagram of the base station main body in this embodiment.

Fig. 6 is a schematic structural view of the base assembly in the present embodiment.

Fig. 7 is a schematic structural view of the base in the present embodiment.

Fig. 8 is a schematic structural diagram of the base cover plate in the present embodiment.

Fig. 9 is a sectional view (one) of the soil pick-up circuit of the present embodiment.

Fig. 10 is a sectional view (ii) of the soil pick-up circuit of the present embodiment.

Fig. 11 is a schematic structural diagram of a first view angle of the sewage back suction system of the embodiment.

Fig. 12 is a schematic structural view of a second viewing angle of the sewage back suction system of the present embodiment.

Fig. 13 is an exploded view of the sewage tank of the present embodiment.

Fig. 14 is a schematic structural view of the wet-dry separation apparatus of the present embodiment.

Fig. 15 is a schematic structural view of the electromagnetic push rod mechanism in the present embodiment.

FIG. 16 is a sectional view of the wet-dry separation cartridge of this embodiment.

Fig. 17 is an exploded view of the portable sewage disposal mechanism of the present embodiment.

Fig. 18 is a structural schematic diagram of a closed state of a sewage nozzle of the portable sewage mechanism in the embodiment.

FIG. 19 is a structural diagram illustrating the opening state of the waste pipe opening of the portable waste mechanism in this embodiment

Fig. 20 is a schematic structural view of a sewage draining exit transmission rod, a reset rod and a sewage draining button of the portable sewage draining mechanism of the embodiment.

Fig. 21 is an exploded view of the automatic sewage disposal structure of the present embodiment.

Fig. 22 is an exploded view of the suck back fan of the present embodiment.

Fig. 23 is an exploded view of the first hot air drying mechanism of the present embodiment.

Fig. 24 is an exploded view of the second hot air drying mechanism of the present embodiment.

Fig. 25 is a schematic structural view of the self-cleaning system of the present embodiment.

Fig. 26 is a schematic structural view of the automatic water injection mechanism of the present embodiment.

Fig. 27 is an exploded view of the clean water tank of the present embodiment.

Fig. 28 is an exploded view of the first water discharge stopping deflector assembly of the present embodiment.

Fig. 29 is a sectional view of the first effluent stopping flow guide assembly of the present embodiment.

Fig. 30 is an exploded view of the catamaran flyer of the present embodiment.

Fig. 31 is a cross-sectional view of the catamaran flow front shell of the present embodiment.

FIG. 32 is a cross-sectional view of the catamaran flyaway rear housing of the present embodiment.

Fig. 33 is a cross-sectional view of the uniform water jet holes of the catamaran flyer of the present embodiment.

In the figure:

1. a base station main body, 11, third cleaning tube fixed slot, 180, a circuit board, 190, a button, 12, sewage case installation position, 13, clean water case installation position, 14, dust bag mounting groove, 15, power supply support plate, 151, charging module, 16, a drain hole, 17, dry-wet separation mounting groove, 18, a hot air drying mechanism mounting groove, 19, a ventilating plate, 110, dust bag ventilation inlet, 120, dust bag ventilation outlet, 130, a suck-back fan mounting groove, 140, a target center support groove, 150, a suck-back air inlet, 160, a UV lamp mounting groove, 170, a UV pipe, 9, a UV bactericidal lamp, 10, a deodorization sterilization module.

2. A sewage back suction system 21, a back suction pipeline 22, a sewage tank 23, a dust collection bag 24, a back suction fan 02, a sewage suction loop 25, a dry-wet separation device 251, a dry-wet separation box 252, a water leakage hole 253, a dry-wet separation installation side plate 254, a solid garbage back suction inlet 255, a back suction airflow port 256, a first flip baffle 257, a second flip baffle 258, a limit piece 259, an inclined plate structure 26, an electromagnetic push rod mechanism 261, an electromagnetic push rod 262, a rotating connecting rod 263, a push rod spring 264, a flip bottom plate 265, a first driving rod 266, a second driving rod 2621, a rotating shaft hole 267, a driving rod fixing piece 268, a rotating shaft 269, a valve clamping pin 221, a sewage tank main body 222, a sewage tank cover 223, a dry-wet separation box fixing groove 224, a suction pipe back passage avoiding groove 225, a dry-wet garbage outlet joint 2511 and a through hole, 226, a sewage tank belt handle, 227, a sewage tank plastic handle, 228, a sewage tank plastic handle containing position, 220, a first ozone generator, 229, a sewage pipe orifice, 2210, a portable sewage discharge control groove, 27, a portable sewage discharge mechanism, 271, a sewage discharge key, 272, a reset rod, 273, a key reset spring, 274, a sewage discharge transmission rod, 275, a sewage discharge reset spring, 276, a sewage discharge sealing ring, 2741, a chute, 2711, a sloping plate, 2712, a catching groove, 2721, a triangular block, 2742, a sloping surface, 2743, a limiting chassis, 2220, a sewage discharge bottom cover, 277, a reset rod reset spring, 278, a spring limiting piece, 2713, a linear guide piece, 279, a linear limiting piece, 28, an automatic sewage discharge mechanism, 281, a sewage discharge pump, 282, a sewage discharge quick joint, 2821, a quick joint cover, 2822, a quick joint seat, 2823, a butt joint sealing ring, 2824, a filter screen mesh, 2825 and a quick joint pipe, 283. sewage pump box, 284, sewage pump lid, 285, quick connector snap fastener, 2851, lock joint protrusion, 2852, limit button, 2826, lock joint groove, 2827, button installation through-hole, 2828, butt joint inner tube, 286, limit reset spring, 43, blowdown through-hole, 231, collection dirt apron, 232, collection dirt sealing washer, 241, fan main part, 242, fan fixed bolster, 243, amortization sponge, 244, support apron, 245, fixed buffering cushion, 246, fan air inlet, 247, fan exhaust outlet, 248, target core filter holder, 249, HEPA filter screen, 2481, support main part, 2482, reinforcement support.

3. A self-cleaning system, 31, an automatic water filling mechanism, 32, a clean water tank, 33, a clean water tank water outlet pipeline, 34, a clean water pump, 35, a cleaning pipeline, 321, a clean water tank body, 322, a clean water tank cover, 3211, a cleaning liquid storage cabin, 3212, a clean water storage cabin, 3213, a conductive component mounting groove, 3214, a partition plate, 323, a cleaning liquid box, 324, a liquid pump, 325, a contact conductive component, 3251, a conductive sheet, 3252, a wiring cover plate, 3253, an electric wire, 3254, a wiring terminal, 3255, a conductive spring pin PCB, 3256, a conductive spring pin, 326, a water full liquid level sensor, 327, a water shortage liquid level sensor, 3221, a pump room, 3222, a pump room cover plate, 3223, a clean water tank belt handle, 3224, a clean water tank plastic handle, 3225, a clean water tank plastic handle storage position, 3210, a clean water inlet pipe, 328, a first water outlet flow stopping flow guiding component, 3281 and a first flow stopping transmission rod, 3282, a first water gap sealing ring, 3283, a first flow guide seat, 3284, a flow stopping transmission rod return spring, 3285, a first water pipe connector, 3286, a first central top column, 3287, a first upper abutting protrusion, 3288, a first lower abutting protrusion, 3289, a first flow guide seat sealing ring, 3220, a clean water outlet connector pipe, 329, a second water outlet flow stopping and guiding component, 311, a water control electromagnetic valve, 312, a pressure reducing valve, 313, a quick water pipe head, 314, an adapter, 315, an automatic water injection pipeline, 316, an electromagnetic valve protection box body, 317, a box body upper cover, 318, a box body lower cover, 351, a first cleaning pipe, 352, a second cleaning pipe, 353, a third cleaning pipe, 354, a machine body clean water supply nozzle, 341, a three-way connector, 36, a double-body flying flow plate, 37, a uniform water injection structure, 371, a flying flow plate water inlet, 372, a uniform flow passage, 373, a uniform water injection hole, 3721, a water injection hole channel, 3722, a water injection hole channel, 3722, the device comprises a water flow channel 3723, an inlet 3724, an outlet 374, a flying flow plate water inlet joint 375, a flying flow plate fixing hole site 361, a double-body flying flow front shell 362 and a double-body flying flow rear shell.

4. The base component, 41, base, 42, base apron, 411, supporting baseplate, 412, base curb plate, 413, bearing groove, 414, round brush washing groove, 415, accurate hanging tooth, 416, round brush washing delivery port, 417, swash plate, 418, spacing arch, 419, helping hand gyro wheel, 4111, mouth of crossing, 44, loudspeaker.

5. The scrubber receiving station.

6. A floor washer 61, a sewage bucket 62 and a rolling brush.

7. The device comprises a first hot air drying mechanism, 71, a drying fixing frame, 72, a fan, 73, a heating element mounting groove, 74, a first heating block, 75, a steel mesh, 76, a fan air inlet, 77, a fan air outlet, 711, a fixing frame upper shell, 712, a fixing frame lower shell, 713, a sensor fixing hole, 714, a clamping piece, 715, a sensor limiting groove, 741, a conductive pin, 731, a notch, 78 and a first NTC temperature control sensor.

8. The second hot air drying mechanism comprises 81, a direct current blower, 82, a second heating block, 83, a heating block fixing frame, 84, a blower limiting groove, 85, a blower air inlet hole net, 86, a uniform air channel groove, 87, a blower air outlet hole net plate, 871, a blower air outlet hole net, 861, a first air channel groove, 862, a second air channel groove, 831, a heating block mounting groove, 88 and a second NTC temperature control sensor.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1-33, the implementation of this embodiment is as follows:

the embodiment provides a multi-functional floor scrubber base station, including base station body 1, install the sewage resorption system 2 that is used for handling 6 fuselage sewage of floor scrubber and be used for the abluent automatically cleaning system 3 of floor scrubber on the base station body 1, base station body 1's lower extreme is still installed and is used for bearing the base subassembly 4 of floor scrubber 6, and base station body 1, sewage resorption system 2, automatically cleaning system 3, base subassembly 4 enclose to close the floor scrubber that forms half-enclosure structure and hold position 5. In this application, place floor cleaning machine 6 and hold position 5 in the floor cleaning machine, support fixedly through base subassembly 4, sewage resorption system 2 carries out the resorption to the sewage of 6 fuselages of floor cleaning machine and handles, and the resorption is handled the back of accomplishing, washes through automatically cleaning system 3 slop pail and the round brush to floor cleaning machine 6, realizes floor cleaning machine 6's automatically cleaning.

Further, the base assembly 4 includes a base 41 and a base cover plate 42, the base cover plate 42 is installed at the upper end of the base 41, the base 41 includes a supporting bottom plate 411 and base side plates 412, the base side plates 412 are arranged on two sides of the supporting bottom plate 411 to form a bearing groove 413 matched with the rolling brush assembly and the rollers of the floor washing machine 6, and the rolling brush assembly and the rollers of the floor washing machine 6 are arranged in the bearing groove 413 and are limited by the base cover plate 42.

Further, the bearing groove 413 comprises a rolling brush washing groove 414 arranged on the inner side of the base 41, the rolling brush washing groove 414 is of an arc structure matched with the rolling brush, a row of precise hanging teeth 415 is arranged in the rolling brush washing groove 414, and a rolling brush cleaning water outlet 416 is further arranged at the bottom of the rolling brush washing groove 414. The precision hanging teeth 415 can filter hairs or other solid garbage on the rolling brush when the roller is self-cleaned, and the rolling brush cleaning water outlet 416 can guide sewage for cleaning the rolling brush into a sewage tank of a base station.

Further, the upper side of the supporting base plate 411 and the lower side of the base cover plate 42 are both provided with a sealing wall plate. When the 6 thrusts of scrubber machine and holds position 5, sealed wallboard can seal the round brush in bearing groove 413 from upper and lower both sides, and isolated with atmospheric pressure for inside can produce the negative pressure and take out dirty, also can not produce the smell during hot-blast drying and leak outward.

Further, the front end of the supporting base plate 411 is connected with an integrally formed inclined plate 417, the upper end of the inclined plate 417 is connected with the supporting base plate 411, and the lower end extends to the ground, so as to form a slope type structure for the rollers of the floor washing machine 6 to slide into the bearing groove 413. Can be convenient for push the direct bearing groove 413 that arrives base 41 from ground of scrubber 6 through slope type structure, because scrubber 6 itself is heavier, compare in traditional basic station and need artifically mention the mode that scrubber 6 put into, this basic station adopts the slope to carry out the mode that pushes to scrubber 6 more laborsaving, and can reduce the collision of scrubber 6 and basic station, the life of extension basic station and scrubber 6.

Further, the included angle between the inclined plate 417 and the ground plane is less than fifteen degrees, and the height from the upper end of the inclined plate 417 to the ground plane is 37mm.

Furthermore, a limiting bulge 418 for blocking the roller of the floor washing machine 6 is arranged at the joint of the supporting bottom plate 411 and the inclined plate 417, and the horizontal position of the limiting bulge 418 is higher than the front end of the inclined plate 417. When the floor cleaning machine 6 pushes the floor cleaning machine and holds 5 parking positions, the limiting protrusion 418 can be higher than the roller of the floor cleaning machine 6, the roller of the floor cleaning machine 6 in the bearing groove 413 can be blocked, the floor cleaning machine 6 is prevented from retreating, and the stability of the floor cleaning machine 6 in a base station is improved.

Further, the supporting base plate 411 is a flat plate type structure, the horizontal position of the supporting base plate 411 is lower than the upper end of the inclined plate 417, the upper end of the limiting protrusion 418 is flush with the upper end of the inclined plate 417, and the lower end of the limiting protrusion 418 is higher than the supporting base plate 411. Through the arrangement, the supporting bottom plate 411 and the limiting bulge 418 can form a downhill structure slightly lower than the upper end of the inclined plate 417, and when the rollers of the floor cleaning machine 6 slide upwards from the uphill structure of the inclined plate 417, the rollers can slide into the bearing groove 413 from the downhill structure, so that the floor cleaning machine is more convenient and labor-saving.

Furthermore, an assisting roller 419 is further arranged at the connection position of the supporting bottom plate 411 and the inclined plate 417, the assisting roller 419 is arranged in the middle and at two sides of the limiting protrusion 418, and the horizontal position of the assisting roller 419 is higher than that of the limiting protrusion 418. When the floor cleaning machine 6 is pushed into the floor cleaning machine accommodating position from the ground, the whole bottom of the floor cleaning machine 6 can roll on the power-assisted roller 419, so that the roller brush can conveniently enter the bearing groove 413; meanwhile, the assisting roller 419 can correspondingly lift the bottom of the whole floor washing machine 6, the middle position of the bottom of the floor washing machine 6 can be prevented from being clamped at the upper end of the inclined plate 417, and the assisting roller 419 can also enable the rolling brush and the roller to simultaneously slide in a contact manner at the joint of the inclined plate 417 and the supporting bottom plate 411, so that the difficulty that the rolling brush 62 and the roller of the floor washing machine 6 are pushed into the bearing groove 413 due to the suspension increase of the rolling brush 62 is avoided.

Further, a power-assisted roller mounting groove is formed at the joint of the supporting base plate 411 and the inclined plate 417, the power-assisted roller 419 is detachably mounted in the power-assisted roller mounting groove, and two ends of the power-assisted roller 419 are rotatably connected to the left side wall and the right side wall of the power-assisted roller mounting groove respectively.

Further, the sewage back suction system 2 comprises a back suction pipeline 21, a sewage tank 22, a dust bag 23 and a back suction fan 24, the front end of the back suction pipeline 21 is used for being connected with a sewage bucket back suction outlet of the floor washing machine 6, the rear end of the back suction pipeline is connected with the sewage tank 22, the dust bag 23 is arranged on the side edge of the sewage tank 22, and the back suction fan 24, the dust bag 23, the sewage tank 22 and the back suction pipeline 21 are sequentially communicated to form a sewage suction loop 02 for back sucking dry and wet garbage in the body of the floor washing machine 6. In the present application, the waste tank 22 is used for storing waste water in the waste tank of the floor washing machine 6, and the dust bag 23 is used for storing solid waste in the waste tank of the floor washing machine 6. During the back suction, the back suction fan 24 is used for back suction to generate negative pressure in the closed sewage tank 22, dry and wet garbage in the sewage tank of the floor washing machine 6 is back sucked to the upper part of the sewage tank 22 through the sewage suction loop, sewage leaks into the sewage tank below under the action of self gravity, and the fixed garbage is sucked into the dust collection bag 23 through the suction force generated by the back suction fan 24, so that the back suction and the separation of the dry and wet garbage in the sewage tank of the floor washing machine 6 are realized.

Furthermore, an opening 4111 for connecting a sewage barrel suck-back outlet of the scrubber 6 is further disposed on the support base 411, and a front end of the suck-back duct 21 is disposed below the opening 4111 and is communicated with the sewage barrel suck-back outlet of the scrubber 6 through the opening 4111. The rolling brush cleaning water outlet 416 is arranged at the side of the through opening 4111, and the rolling brush cleaning water outlet 416 is arranged above the suck-back pipeline 21 and is communicated with the front end of the suck-back pipeline 21. In this application, the dirty water tank resorption export of scrubber sets up in the bottom of scrubber 6, when scrubber 6 parks and holds position 5 at the scrubber, its dirty water tank resorption export just in time lies in the resorption pipeline 21 front end directly over, when resorption fan 24 carries out the resorption, in the dry and wet rubbish in its dirty water tank can enter into the resorption pipeline 21 through crossing 4111, realizes the resorption.

Further, the sewage re-suction system 2 further comprises a dry-wet separation device 25, the dry-wet separation device 25 comprises a dry-wet separation box 251, the dry-wet separation box 251 is arranged in the sewage tank 22 and located at the upper part of the sewage tank 22, the rear end of the re-suction pipeline 21 is communicated with the dry-wet separation box 251, the bottom of the dry-wet separation box 251 is provided with a water leakage hole 252, a dry-wet separation mounting side plate 253 is further arranged between the dry-wet separation box 251 and the dust collection bag 23, solid garbage re-suction ports 254 corresponding in position are arranged on the side walls of the dry-wet separation box 251, the sewage tank 22 and the dry-wet separation mounting side plate 253, the solid garbage re-suction ports 254 are communicated to form a solid garbage re-suction channel, the dry-wet separation box 251 and the dust collection bag 23 are communicated through the solid garbage re-suction channel, a re-suction air flow port 255 is further arranged on the side walls of the sewage tank 22 and the dry-wet separation mounting side plate 253, the re-suction port 255 is communicated to form a re-suction air flow channel, a re-suction airflow channel is provided with a second re-suction baffle 257 which can block the dry-suction airflow along with the second re-suction baffle plate 256 arranged on the re-suction baffle 255, and a second re-suction baffle 257 which can block the re-suction baffle 257 along with the re-suction baffle 255. In the present application, when the back suction fan 24 is not operating, the first flap-covering baffle 256 and the second flap-covering baffle 257 are both in a normal state, and respectively cover the solid waste back suction port 254 and the back suction airflow port 255, and close the solid waste back suction passage and the back suction airflow passage, and when the airflow is back sucked, the generated suction force can make the first flap-covering baffle 256 and the second flap-covering baffle 257 flip up, and open the solid waste back suction passage and the back suction airflow passage; the electromagnetic push rod mechanism 26 can block the first flip cover baffle 256 or the second flip cover baffle 257 to prevent the first flip cover baffle 256 or the second flip cover baffle 257 from flipping up under the push of the air flow. Namely, the sewage back-suction system 2 comprises the following steps: the first gas collection is carried out when the suck-back starts, the electromagnetic push rod mechanism 26 works to block the first flip cover baffle 256, the airflow suck-back pushes the second flip cover baffle 257 to flip up to open the suck-back airflow port 255, and the airflow suck-back flow direction is as follows: the back suction fan 24, the dust collection bag 23, the back suction airflow port 255, the sewage tank 22, the dry-wet separation box 251 and the back suction pipeline 21 form negative pressure in the closed sewage tank 22, dry-wet garbage in the sewage tank of the floor washing machine 6 is sucked into the dry-wet separation box 251, sewage directly leaks into the sewage tank 22 below from the water leakage hole 252 at the bottom of the dry-wet separation box 251, and solid garbage is left in the dry-wet separation box 251 to realize the separation of the dry-wet garbage. During the second air collection, the electromagnetic push rod mechanism 26 works again to block the second flip cover baffle 257 and release the first flip cover baffle 256, and the air flow is sucked back to push the first flip cover baffle 256 to flip up to open the solid waste suction opening 254 for air duct switching, so that the air flow is converted into the solid waste suction opening 254 from the suction air flow opening 255, and the solid waste in the moisture-dry separation box 251 is sucked into the dust collection bag 23.

Furthermore, the electromagnetic push rod mechanism 26 is disposed below the solid waste suction opening 254 and the suck-back airflow opening 255, and includes an electromagnetic push-pull rod 261, a rotation link 262, a transmission rod, and a push rod spring 263, the electromagnetic push-pull rod 261 is movably mounted on the back side of the dry-wet separation mounting side plate 253, the dry-wet separation mounting side plate 253 is disposed below the solid waste suction opening 254 and the suck-back airflow opening 255 and is provided with a flip bottom plate 264, the flip bottom plate 264 protrudes out of the back side of the dry-wet separation mounting side plate 253, one end of the push rod spring 263 abuts against the upper end of the electromagnetic push-pull rod 261, the other end abuts against the lower end of the flip bottom plate 264, the transmission rod includes a first transmission rod 265 and a second transmission rod 266, the second transmission rod 266 is disposed below the suck-back airflow opening 255 and the upper end thereof is connected with the flip bottom plate 264, and the side of the second transmission rod 266 is provided with an integrally formed transmission rod fixing member 267, the second transmission rod 266 is fixedly connected to the electromagnetic push-pull rod 261 through the transmission rod fixing member 267, the first transmission rod 265 is arranged below the solid garbage suction inlet 254 and the upper end thereof is connected with the flip bottom plate 264, the dry-wet separation installation side plate 253 is provided with a rotating shaft 268, the middle part of the rotating connecting rod 262 is provided with a rotating shaft hole 2621, the rotating connecting rod 262 is rotatably connected to the rotating shaft 268 through the rotating shaft hole 2621 to form a seesaw type structure, the lower ends of the first transmission rod 265 and the second transmission rod 266 are respectively connected to the two ends of the rotating connecting rod 262 to perform up-and-down movement along with the rotation of the rotating connecting rod 262, the upper ends of the first transmission rod 265 and the second transmission rod 266 are provided with a valve clamping pin 269 having a blocking effect, the back sides of the first flip baffle 256 and the second flip baffle 264 are provided with a limiting member 258 matched with the valve clamping pin, and the valve clamping pin 269 can penetrate through the bottom plate and can block or be away from the limiting member 258 up-and down movably. In this application, in a normal state, the electromagnetic push-pull rod 261 is in an energized state, the push rod spring 263 is compressed, when the electromagnetic push-pull rod 261 is powered off, the electromagnetic push-pull rod 261 is reset downwards, the push rod spring 263 pushes the second transmission rod 266 downwards, while one end of the rotation link 262 connected with the second transmission rod 266 rotates downwards, the other end of the rotation link 262 tilts upwards, the first transmission rod 265 connected with the other end of the rotation link 262 is pushed upwards, the valve pin 269 at the top of the first transmission rod 265 clamps the first flip-cover baffle 256, so that the first flip-cover baffle 256 cannot be flipped up to open the solid waste suck-back port 254 under negative pressure suction, the solid waste suck-back channel is closed, the valve pin 269 at the top of the second transmission rod 266 moves downwards along with the second transmission rod 266 to be far away from the limiting piece 258 of the second flip-cover baffle 257, the second flip-cover baffle 257 cannot be blocked, the second flip-cover baffle 257 is flipped up to open the solid waste suck-back port 255, the dry and wet and the dry waste separation box 251 and the wet waste separation box 251 and the dry waste collection box 251 can be separated from the wet waste collection box 251 and the dry waste collection box 22. When the electromagnetic push-pull rod 261 is powered on, the electromagnetic push-pull rod 261 moves relatively to drive the second transmission rod 266 to move upwards, the valve pin 269 on the second transmission rod 266 blocks the second flip baffle 257 from flipping upwards, the suck-back airflow port 255 is closed, the suck-back airflow channel is closed, meanwhile, the rotating link 262 moves as a rocker to drive the first transmission rod 265 to move downwards, the first flip baffle 256 is released, the first flip baffle 256 is pushed to flip upwards along with the airflow, the solid garbage suck-back port 254 is opened, the solid garbage suck-back channel is communicated to realize the switching of the air channels, secondary air collection is performed, and the solid garbage temporarily stored in the moisture and dry separating box 251 after being filtered is pumped into the dust collecting bag 23.

Further, the bottom plate of the moisture and dry separating box 251 is a sloping plate-shaped structure 259, and the water leakage holes 252 are set to be a sloping funnel-shaped structure, so that the flow of the sewage can be accelerated. Meanwhile, the negative pressure in the sewage tank 22 can accelerate the filtration of sewage, so that the acting time is effectively shortened.

Further, the waste water tank 22 includes a waste water tank main body 221 and a waste water tank cover 222, the waste water tank cover 222 covers the waste water tank main body 221 to form a closed space, the upper portion of the waste water tank main body 221 is provided with a dry-wet separation box fixing groove 223, the bottom of the dry-wet separation box 251 is detachably mounted in the dry-wet separation box fixing groove 223, the main portion of the dry-wet separation box 251 is disposed in the waste water tank cover 222, the solid waste suction port 254 and the suction back flow port 255 of the waste water tank 22 are disposed on the side wall of the waste water tank cover 222, the first flip cover baffle 256 is hinged to the solid waste suction port 254 of the waste water tank cover 222, and the second flip cover baffle 257 is hinged to the suction back flow port 255 of the waste water tank cover 222. The outside of sewage case main part 221 is provided with the resorption pipeline and dodges groove 224, and the upper end that the resorption pipeline dodged groove 224 is provided with dry and wet rubbish outlet joint 225, and the end connection of resorption pipeline 21 is provided with dodging through-hole 2511 in dry and wet separation box 251 in dry and wet rubbish outlet joint 225, and dry and wet rubbish outlet joint 225 runs through dodging through-hole 2511 and stretches into in dry and wet separation box 251. Dry and wet garbage in the sump of the scrubber 6 can enter the dry and wet separation box 251 from the suck-back pipe 21 and the dry and wet garbage outlet joint 225. The sewage tank main body 221 is mainly used to store sewage, and the sewage tank cover 222 plays a main role of sealing the sewage tank 22, and can receive weight and conveniently arrange air passages. The wet and dry separating box 251 can be replaced and cleaned to ensure cleanliness in the sewage tank 22.

Further, a sewage tank belt handle 226 and a sewage tank plastic handle 227 capable of being rotatably stored are further disposed on the sewage tank cover 222, and a sewage tank plastic handle storage position 228 adapted to the sewage tank plastic handle 227 is further disposed on the sewage tank cover 222. Through setting up two handles can guarantee that sewage case 22 can be carried smoothly and put, sewage case plastic handle 227 can rotate to erect and carry out the hand, also can rotate to put in the position 228 is accomodate to sewage case plastic handle of putting flatly.

Further, a first ozone generator 220 is installed in the sewage tank 22, and the first ozone generator 220 is fixed on the inner side wall of the sewage tank cover 222. The first ozone generator 220 is capable of releasing ozone ions in the waste tank 22 to perform a deodorizing function of the waste tank 22.

Further, a sewage pipe opening 229 communicated with the inside of the sewage tank main body 221 is arranged at the bottom of the sewage tank main body 221, a concave portable sewage discharge control groove 2210 is arranged above the sewage pipe opening 229 of the sewage tank main body 221, a portable sewage discharge mechanism 27 is further arranged at the lower end of the sewage tank main body 221, the portable sewage discharge mechanism 27 comprises a sewage discharge button 271, a reset rod 272 and a button reset spring 273, the sewage discharge button 271 and the reset rod 272 are both movably arranged in the portable sewage discharge control groove 2210 front and back, the reset rod 272 penetrates through the sewage discharge button 271 and can move on the sewage discharge button 271 front and back, one end of the button reset spring 273 abuts against the portable sewage discharge control groove 2210, the other end abuts against the sewage discharge button 271, a sewage discharge port transmission rod 274 is further arranged above the sewage discharge pipe opening 229, the sewage discharge port transmission rod 274 is sleeved with a sewage discharge port reset spring 275, one end of the sewage discharge port reset spring 275 abuts against the lower end of the sewage discharge port 274, the other end is supported on the bottom surface of the portable sewage control groove 2210, a sewage outlet sealing ring 276 is further fixed on the sewage outlet transmission rod 274, the sewage outlet sealing ring 276 is sealed above the sewage outlet 229 and can move upwards along with the sewage outlet transmission rod 274 to move away from and open the sewage outlet 229, a through hole is arranged at the bottom of the portable sewage control groove 2210, a through hole which is movably arranged at the upper end of the sewage outlet transmission rod 274 and penetrates through the bottom of the portable sewage control groove 2210 extends into the portable sewage control groove 2210, still be provided with the chute 2741 on the drain drive rod 274, be provided with the inclined piece 2711 with chute 2741 looks adaptation on the blowdown button 271, inclined piece 2711 movable mounting is in chute 2741 and continuously supports with the last top surface of chute 2741 and holds the contact, press the in-process that removes in the blowdown button 271 is to portable blowdown control slot 2210, inclined piece 2711 can move forward in chute 2741 and continuously promote chute 2741 and then drive drain drive rod 274 along portable blowdown control slot 2210 along The through hole at the bottom of the groove 2210 moves upward so that the drain sealing ring 276 moves away to open the drain opening 229. The rear part of the inclined piece 2711 is also provided with a catching groove 2712 matched with the top surface of the chute 2741, when the rear part of the inclined piece 2711 enters the chute 2741, the top surface of the chute 2741 is clamped in the catching groove 2712, so that the pollution discharge key 271 and the pollution discharge port transmission rod 274 form a fixed structure leaning against each other. The side of the drain transmission rod 274 is further provided with an inclined plane 2742, the side of the reset rod 272 is further provided with a triangular block 2721 matched with the inclined plane 2742, the triangular block 2721 is attached to the inclined plane 2742, and in the process that the reset rod 272 drives the triangular block 2721 to move in the portable drain control groove 2210, the triangular block 2721 can be abutted to the inclined plane 2742 to push the drain transmission rod 274 to move upwards. In the present application, the sewage disposal process of the portable sewage disposal mechanism 27 is: the blowdown button 271 is pressed into the portable blowdown control groove 2210, and the inclined piece 2711 of the blowdown button 271 can push the inclined groove 2741 to drive the blowdown port transmission rod 274 to move upwards in the process of advancing, so as to drive the blowdown port sealing ring 276 to move upwards to be far away from the blowdown pipe opening 229, the blowdown pipe opening 229 is opened, and the sewage in the sewage tank 22 can be discharged from the blowdown pipe opening 229. In the promotion in-process at blowdown button 271, button reset spring 273 all can compress with drain reset spring 275, promote the certain degree, the rear portion of sloping piece 2711 can get into chute 2741, chute 2741's top surface can block in catching groove 2712, blowdown button 271 can be fixed each other with drain transfer line 274, blowdown button 271 can not reset under the resilience of button reset spring 273, drain transfer line 274 can not reset under the resilience of drain reset spring 275 yet, make portable sewage mechanism 27 be in a steady state that need not manual control, continuously blowdown, the sewage discharge in the sewage case 22 is clean. When sewage is discharged completely, the reset rod 272 is pressed down into the portable sewage control groove 2210, the reset rod 272 can push the inclined plane 2742 through the triangular block 2721 so as to drive the sewage discharge port transmission rod 274 to slightly lift up, the top surface of the chute 2741 can be separated from the catching groove 2712, the sewage discharge key 271 and the sewage discharge port transmission rod 274 lose a fixed state of mutual leaning, the sewage discharge key 271 returns and resets under the resilience force of the key reset spring 273, the sewage discharge port transmission rod 274 also returns and resets under the resilience force of the sewage discharge port reset spring 275, and the sewage discharge port sealing ring 276 is driven to move downwards to seal the sewage discharge pipe opening 229. Meanwhile, the portable sewage draining mechanism 27 is mounted on the sewage tank main body 221, so that the whole sewage tank 22 can be lifted out for draining sewage during draining, and the use is more convenient and portable.

Further, a through hole is formed in the sewage disposal button 271, the reset rod 272 is movable and penetrates through the through hole in the sewage disposal button 271, the portable sewage disposal control groove 2210 is further provided with a reset rod reset spring 277, one end of the reset rod reset spring abuts against and is held in the portable sewage disposal control groove 2210, and the other end of the reset rod reset spring abuts against and is held at the front end of the reset rod 272.

Further, the lower end of the sewage outlet transmission rod 274 is also provided with a limiting chassis 2743, the sewage outlet return spring 275 is sleeved on the sewage outlet transmission rod 274, and the lower end of the sewage outlet return spring 275 is fixed on the limiting chassis 2743.

Further, the drain sealing ring 276 is of a telescopic corrugated hose type structure, the lower portion of the drain transmission rod 274, the limiting base plate 2743 and the drain return spring 275 are arranged in the drain sealing ring 276, the upper portion of the drain sealing ring 276 is connected to the bottom surface of the portable drain control groove 2210, and the lower portion of the drain sealing ring 276 is fixed on the limiting base plate 2743. In the up and down movement of the waste port drive rod 274, the waste port seal ring 276 is extended and retracted to move up and down along with the limiting base plate 2743, and is far away from or close to the waste pipe opening 229. Meanwhile, the sewage draining port sealing ring 276 can also wrap the limiting base plate 2743, the sewage draining port return spring 275 and the sewage draining port transmission rod 274, so that the components are prevented from being corroded by sewage.

Further, a sewage bottom cover 2220 is provided at the bottom of the sewage tank main body 221, and a sewage nozzle 229 is provided on the sewage bottom cover 2220.

Further, the portable pollution discharge control groove 2210 is provided with a spring limiting member 278, and the reset rod reset spring 277 and the key reset spring 273 are both installed on the spring limiting member 278, so that the position deviation of the reset rod reset spring 277 and the key reset spring 273 is avoided.

Further, a linear guide piece 2713 is arranged on the pollution discharge key 271, a linear limit piece 279 matched with the linear guide piece 2713 is further arranged on the inner side wall of the portable pollution discharge control groove 2210, and the linear guide piece 2713 is connected to the linear limit piece 279 in a sliding manner, so that linear guide and limit can be performed on the pressing process of the pollution discharge key 271, and the position of the pollution discharge key 271 is prevented from being deviated.

Further, the lower extreme of sewage tank 22 still is provided with automatic blowdown mechanism 28, and automatic blowdown mechanism 28 is including blowdown water pump 281, blowdown quick-operation joint 282, and blowdown water pump 281 passes through blowdown quick-operation joint 282 and communicates with sewage tank main part 221, and blowdown quick-operation joint 282 is including quick-operation joint face lid 2821, quick-operation joint seat 2822, and quick-operation joint face lid 2821 can be dismantled with quick-operation joint seat 2822 and be connected formation quick-operation joint cavity, is provided with butt joint sealing washer 2823 and filter screen 2824 in the quick-operation joint cavity. In the present application, the automatic sewage draining mechanism 28 can achieve the automatic sewage draining function, and the user does not need to lift the sewage tank 22 to pour water, which is more convenient and faster. The sewage pump 281 can pump out the sewage in the sewage tank 22 through the quick sewage discharge connector 282, thereby realizing automatic sewage discharge. Butt joint sealing washer 2823 can seal the entry junction of blowdown quick-operation joint 282, avoids blowdown quick-operation joint 282 to leak water. The filter screen 2824 can filter the solid garbage in the sewage, and the solid garbage is prevented from blocking the sewage pump 281. Blowdown quick-operation joint 282 sets up to detachable structure, conveniently unpacks apart and washes.

Furthermore, a quick joint pipe 2825 is further arranged on the quick joint seat 2822, and a water inlet of the sewage pump 281 is connected with the quick joint pipe 2825 through a pipeline. In this application, the sewage pump leads to pipe and quick-operation joint union coupling, to pumping water of sewage case, leads to pipe by the sewage pump delivery port again and connects the drain such as discharge to the floor drain, realizes the discharge of sewage incasement sewage.

Further, the automatic sewage discharging mechanism 28 further comprises a sewage pump box 283 and a sewage pump cover 284, the sewage pump 281 is installed in the sewage pump box 283 and is sealed by the sewage pump cover 284, and a through hole for avoiding a water inlet and a water outlet of the sewage pump 281 is further arranged on the sewage pump box 283.

Further, still be provided with quick-operation joint snap fastener 285 between quick-operation joint face lid 2821 and the quick-operation joint head seat 2822, quick-operation joint snap fastener 285 is including dividing buckle connection arch 2851 and the limit button 2852 of establishing both ends around, quick-operation joint face lid 2821 is provided with the buckle connection groove 2826 with buckle connection arch 2851 looks adaptation, buckle connection arch 2851 joint is in buckle connection groove 2826, still be provided with the button installation through-hole 2827 with limit button 2852 looks adaptation on the quick-operation joint head seat 2822, limit button 2852 joint is in button installation through-hole 2827, quick-operation joint head seat 2822 still is provided with spacing reset spring 286, spacing reset spring 286 is perpendicular with limit button 2852 mutually, and one end of spacing reset spring 286 supports and holds on limit button 2852, the other end supports and holds in quick-operation joint head seat 2822. In the application, when the quick connector is installed, the limit button can be abutted to the button installation through hole through the reset spring, so that the connection between the quick connector surface cover and the quick connector base is realized; when dismantling, press the limit button of both sides in to the button installation through-hole simultaneously, compress reset spring for break away from in the quick-operation joint snap-fastener follows the quick-operation joint seat, carry out the dismantlement between quick-operation joint face lid and the quick-operation joint seat, and then make the convenient dismantlement of overall structure and installation.

Further, the middle part of the inside of the quick connector seat 2822 is further provided with a docking inner tube 2828, the rear part of the docking sealing ring 2823 and the filter screen 2824 are both installed in the docking inner tube 2828, and one end of the limiting return spring 286, which is far away from the limiting button 2852, abuts against the outer side wall of the docking inner tube 2828.

Further, two quick connector press fasteners 285 are provided, and the two quick connector press fasteners 285 are respectively provided at two sides of the quick connector cover 2821 and the quick connector seat 2822 to connect the quick connector cover 2821 and the quick connector seat 2822.

Further, the quick joint face cover 2821 is installed on the base 41, the base station body 1, the base 41 and the base cover plate 42 are provided with the through-hole 43 for pollution discharge, and the quick joint face cover 2821 is communicated with the pipe opening 229 for pollution discharge on the sewage tank body 221 through the through-hole 43 for pollution discharge. When the drain button of the portable drain mechanism is pressed, the sewage flows into the quick drain connector 282 from the drain pipe port 229 and is discharged through the drain pump.

Further, a dust collecting cover plate 231 is further provided above the dust collecting bag 23, the dust collecting bag 23 is installed in the base station body 1 and sealed by the dust collecting cover plate 231, a dust collecting sealing ring 232 is further provided below the dust collecting cover plate 231, and the dust collecting sealing ring 232 is provided between the dust collecting cover plate 231 and the base station body 1. When the back suction fan 24 is used for extracting the solid garbage, the dust collection cover plate 231 and the dust collection sealing ring 232 can seal the space of the dust collection bag 23, the first flip cover plate 256 of the back suction port 254 of the solid garbage is opened by negative pressure, the solid garbage flows along the air flow direction, the dust collection bag 23 is air-permeable during air extraction, but is also closed, so that only air flow can pass through the fan, and other solid garbage and the like fall into the dust collection bag 23.

Further, the suck-back fan 24 includes a fan main body 241, a fan fixing bracket 242, a silencing sponge 243, and a bracket cover plate 244, wherein the silencing sponge 243 is sleeved outside the fan main body 241 and is integrally installed in the fan fixing bracket 242 together with the fan main body 241, and the bracket cover plate 244 is installed at the lower end of the fan fixing bracket 242 and is wrapped outside the bottom of the fan main body 241.

Further, the upper portion and the lower portion of the fan main body 241 are provided with a fixing buffer rubber pad 245, and the fan main body 241 is connected with the support cover plate 244 and the fan fixing support 242 in a buffering manner through the fixing buffer rubber pad 245.

Further, a fan inlet 246 is arranged at the upper part of the fan main body 241, a fan outlet 247 communicated with the fan main body 241 is arranged on the support cover plate 244, and the fan inlet 246 is communicated with the dust bag 23.

Furthermore, the fan fixing bracket 242 and the fixing buffer rubber pad 245 on the upper portion of the fan main body 241 are both vertically through structures, so that the fan air inlet 246 and the dust bag 23 can be prevented from being blocked, and the air flow generated during the suck-back of the suck-back fan 24 can smoothly pass through the fan fixing bracket 242 and the fixing buffer rubber pad 245 on the upper portion of the fan main body 241 from the dust bag 23 and enter the suck-back fan 24.

Further, a bulls-eye filter bracket 248 is further arranged between the fan air inlet 246 and the dust collection bag 23, the bulls-eye filter bracket 248 is positioned above the fan main body 241, and a HEPA filter screen 249 is arranged in the bulls-eye filter bracket 248. The HEPA filter screen 249 mainly filters air impurities and prevents water vapor from entering the suck-back fan 24.

Furthermore, a filter mesh (not shown) is disposed on the bulls-eye filter bracket 248, and the filter mesh is covered above the hypa filter 249. The filter mesh cloth can be made of nylon materials and has the functions of filtering air impurities and fixing the HEPA filter net 249. In the present application, the suck-back fan 24 is activated to generate negative pressure, and the air passes through the hypa from the nylon mesh cloth on the bullseye filter bracket 248 to the fan inlet 246, passes through the silencing sponge 243 to weaken the frequency vibration, passes through the one-way exhaust air duct composed of the fan fixing bracket 242 and the bracket cover plate 244, and is exhausted from the exhaust outlet.

Further, the bullseye filter support 248 comprises a support main body 2481 in a bullseye structure and a reinforcing support 2482 in a cross-shaped structure, wherein the support main body 2481 and the reinforcing support 2482 are integrally formed. The sea handkerchief comprises the following components: mainly play filtered air impurity, prevent the effect that steam got into the fan.

Further, the bracket cover plate 244 is detachably connected to the fan fixing bracket 242.

Further, a hot air drying system is further arranged on the base station main body 1, and the hot air drying system comprises a first hot air drying mechanism 7 for drying the dust bag 23 and a second hot air drying mechanism 8 for drying the roller brush 62 of the floor washing machine 6. The first hot air drying mechanism 7 and the second hot air drying mechanism 8 are both fixed on the base station main body 1.

Further, the first hot air drying mechanism 7 is disposed below the dust bag 23, and includes a drying fixing frame 71, a fan 72 is disposed in the drying fixing frame 71, a heating element mounting groove 73 is disposed at an upper end of the drying fixing frame 71, a first heating block 74 is mounted in the heating element mounting groove 73, the first heating block 74 is disposed right above the fan 72, a steel mesh 75 is covered above the first heating block 74, a fan air inlet 76 is disposed on a peripheral side of the drying fixing frame 71, a fan air outlet 77 is disposed on the steel mesh 75, and the fan air inlet 76, the fan 72, the fan air outlet 77, the dust bag 23, and the fan air inlet 76 are sequentially communicated to form a first sealed and circulating air duct.

Further, the drying holder 71 includes a holder upper shell 711 and a holder lower shell 712, the holder upper shell 711 is detachably mounted on the holder lower shell 712 to form a receiving cavity, the fan 72 is disposed in the receiving cavity, a fan fixing hole corresponding to the position of the fan 72 is disposed at the bottom of the holder upper shell 711, and the fan 72 is fixed at the bottom of the holder upper shell 711 through the fan fixing hole.

Further, a clamping groove is formed in the inner side wall of the fixing frame upper shell 711, a clamping piece 714 is further arranged on the upper portion of the fixing frame lower shell 712, the clamping piece 714 can be detachably clamped in the clamping groove to form a clamping structure, and the fixing frame lower shell 712 is fixedly connected to the fixing frame upper shell 711 through the clamping structure.

Further, the first heat block 74 is further provided with a conductive pin 741 protruding to one side, the heat generating member mounting groove 73 is provided with a notch 731 for avoiding the conductive pin 741, and the conductive pin 741 passes through the notch 731 and extends out of the heat generating member mounting groove 73. The conductive pins 741 can protrude out of the heat generating member mounting grooves 73 to facilitate mounting and dismounting of the first heat generating block 74.

Further, the fan inlet 76 is provided on the fixing frame upper case 711 and is located on the peripheral side of the heat generating member mounting groove 73.

Further, a first NTC temperature control sensor 78 is further disposed in the drying holder 71, a sensor limiting groove 715 and a sensor fixing hole 713 are further disposed at a side of the heating element mounting groove 73 of the holder upper case 711, and the first NTC temperature control sensor 78 is mounted in the sensor limiting groove 715 and fixed through the sensor fixing hole 713.

Further, the first heat block 74 is a PTC heat block, and the fixing frame upper shell 711 and the fixing frame lower shell 712 are both made of high temperature resistant materials. The fan 72, the PTC heating block and the first NTC temperature control sensor 78 can be sealed by the fixing frame upper shell 711 and the fixing frame lower shell 712, the fan air outlet 77 and the fan air inlet 76 are both arranged on the fixing frame upper shell 711, the direct current fan 72 blows out hot air from the fan air outlet 77 through the steel mesh 75 against the PTC heating block, and then air in the space of the dust collection bag 23 is sucked back to the air inlet, so that air internal circulation is achieved, and the whole space of the dust collection bag 23 can be uniformly heated and dried. The NTC temperature control sensor can prevent the PTC heating block from being too high in temperature, so that the machine stops supplying power to the PTC heating block.

Further, the second hot air drying mechanism 8 includes a direct current blower 81, a second heat generating block 82, and a heat generating block fixing frame 83, the second heat generating block 82 and the direct current blower 81 are installed as an integrated body and then connected with an air outlet of the direct current blower 81, a blower limiting groove 84 is provided on the base 41, the direct current blower 81, the second heat generating block 82, and the heat generating block fixing frame 83 are all arranged in the blower limiting groove 84, a blower air inlet mesh 85 is further provided on a side of the blower limiting groove 84, and the blower air inlet mesh 85 is communicated with an air inlet of the blower. The base 41 is also provided with a uniform air duct groove 86, and the blower limiting groove 84 is communicated with the rolling brush washing groove 414 through the uniform air duct groove 86. In this application, direct current air-blower 81 passes through the air-blower inlet air mesh 85 air inlet of side in the air-blower spacing groove 84 to the air-out of second heating piece 82, blow the hot-blast that will form to round brush washtrough 414 along even wind channel groove 86, dry the floor cleaning machine 6 round brush in the round brush washtrough 414, reach floor cleaning machine 6 round brush and keep dry state when out of work, reduce bacterial growing and mildy and rot.

Furthermore, a blower air outlet hole screen 87 is further arranged between the uniform air channel groove 86 and the rolling brush washing groove 414, a plurality of blower air outlet hole screens 871 are arranged on the blower air outlet hole screen 87, the blower air outlet hole screen 87 is fixed on the base cover plate 42, and the base cover plate 42 is covered on the base 41 to seal the blower limiting groove 84 and the uniform air channel groove 86 from the top. So that the hot air blown out by the direct current blower 81 can only be blown to the rolling brush washing tank 414 through the uniform air channel groove 86, and the drying efficiency is improved.

Further, the uniform air duct slot 86 includes a first air duct slot 861 and a second air duct slot 862 arranged side by side, the front ends of the first air duct slot 861 and the second air duct slot 862 are both communicated with the blower limiting slot 84, the rear end of the first air duct slot 861 is connected with the left half portion of the rolling brush flushing slot 414, and the rear end of the second air duct slot 862 is connected with the right half portion of the rolling brush flushing slot 414. Ensuring more uniform air outlet in the rolling brush washing groove 414.

Further, the air outlet hole net plate 87 of the blower is fixed at the bottom of the base cover plate 42.

Further, a heating block mounting groove 831 is formed in the heating block mounting bracket 83, and the second heating block 82 is fixed to the heating block mounting bracket 83 through the heating block mounting groove 831.

Further, a second NTC temperature control sensor 88 is further installed on the heating block fixing frame 83, and the second NTC temperature control sensor 88 can prevent the second heating block 82 from melting plastic parts and catching fire due to overhigh temperature.

Further, the self-cleaning system 3 includes an automatic water filling mechanism 31, a clean water tank 32, a clean water tank outlet pipeline 33, a clean water pump 34, and a cleaning pipeline 35, wherein the automatic water filling mechanism 31, the clean water tank 32, the clean water tank outlet pipeline 33, the clean water pump 34, and the cleaning pipeline 35 are connected in sequence. In this application, the automatic water injection mechanism 31 injects clean water into the clean water tank 32, the clean water pump 34 pumps out water in the clean water tank 32 through the clean water tank outlet pipe 33, and the clean water pump is connected to the slop pail of the floor washing machine 6 and the base of the base station through the cleaning pipe 35 to clean the slop pail of the floor washing machine 6 and the roller brush of the floor washing machine 6.

Further, the clean water tank 32 comprises a clean water tank main body 321 and a clean water tank cover 322, the clean water tank cover 322 covers the clean water tank main body 321, a cleaning liquid storage cabin 3211 and a clean water storage cabin 3212 are arranged in the clean water tank main body 321, a cleaning liquid box 323 is arranged in the cleaning liquid storage cabin 3211, a liquid pump 324 is arranged in the clean water tank cover 322, an inlet of the liquid pump 324 is communicated with the cleaning liquid box 323, and an outlet of the liquid pump is communicated with the clean water storage cabin 3212. In this application, the storehouse 3212 is stored to the clear water and is used for storing the clear water, and the storehouse 3211 is stored to the cleaning liquid is used for depositing cleaning liquid box 323, realizes that the basic station is more efficient clean and deodorization etc. when the automatically cleaning. The clean water tank cover 322 mainly plays a role in sealing and lifting and receiving, and forms a seal with the clean water tank main body 321.

Further, a contact type conductive assembly 325 is installed in the clean water tank body 321, the contact type conductive assembly 325 comprises a conductive sheet 3251, a wiring cover plate 3252, an electric wire 3253, a wiring terminal 3254, a conductive spring pin PCB 3255, a conductive spring pin 3256, the conductive sheet 3251, the wiring cover plate 3252, the electric wire 3253, the wiring terminal 3254, the conductive spring pin PCB 3255 and the conductive spring pin 3256 are sequentially connected from top to bottom, a full water level sensor 326 and a water shortage level sensor 327 are further arranged in the clean water tank cover 322, the full water level sensor 326 is arranged above the clean water storage cabin 3212, the water shortage level sensor 327 is arranged at the bottom of the clean water storage cabin 3212, and the liquid pump 324 and the full water level sensor 326 are electrically connected with the conductive sheet 3251. The base station main body 1 is provided with a contact type power supply contact, the bottom of the clean water tank main body 321 is also provided with a conductive spring pin through hole, and the conductive spring pin 3256 penetrates through the conductive spring pin through hole to be electrically connected with the contact type power supply contact. In this application, the clear water tank is installed on base station body 1, can mention at will, and when the clear water tank put back base station body 1, electrically conductive bullet needle 3256 can be connected with contact power supply contact electricity, supplies power for accessories such as drawing liquid pump 324 and full level sensor 326 of water through the external power supply of base station body 1.

Further, a partition plate 3214 for separating the cleaning liquid storage bin 3211 and the clean water storage bin 3212 is further disposed in the clean water tank main body 321, a conductive assembly mounting groove 3213 is disposed in the partition plate 3214, the contact conductive assembly 325 is mounted in the conductive assembly mounting groove 3213, and the conductive elastic pin via hole is disposed on a bottom plate of the conductive assembly mounting groove 3213.

Further, a pump room 3221 is further arranged in the clean water tank cover 322, a pump room cover plate 3222 is arranged at the bottom of the pump room 3221, and the liquid pumping pump 324 is installed in the pump room 3221 and sealed by the pump room cover plate 3222.

Further, a clear water tank belt handle 3223 and a clear water tank plastic handle 3224 capable of being rotatably accommodated are further arranged on the clear water tank cover 322, and a clear water tank plastic handle accommodating position 3225 matched with the clear water tank plastic handle 3224 is further arranged on the clear water tank cover 322. Can guarantee through setting up two handles that the clear water tank can be carried smoothly and put, clear water tank plastic handle 3224 can rotate to erect carries out the hand, also can rotate to put in the clear water tank plastic handle position of accomodating 3225 of accomodating flatly and accomodate.

Further, a clean water inlet connector pipe 3210 is arranged at the bottom of the clean water tank main body 321, a first water outlet flow stopping and guiding assembly 328 is mounted on the clean water inlet connector pipe 3210, the first water outlet flow stopping and guiding assembly 328 comprises a first flow stopping transmission rod 3281, a first water gap sealing ring 3282 and a first flow guiding seat 3283, the first flow stopping transmission rod 3281 is movably arranged in the clean water inlet connector pipe 3210, the first water gap sealing ring 3282 is fixedly mounted at the upper end of the first flow stopping transmission rod 3281 and sealed on the clean water inlet connector pipe 3210, the first flow guiding seat 3283 is fixedly mounted on the base station main body 1 and arranged right below the first flow stopping transmission rod 3281, a first flow stopping transmission rod return spring 3284 is further sleeved on the first flow stopping transmission rod 3281, one end of the first flow stopping transmission rod return spring 3284 abuts against the lower end of the first flow stopping transmission rod 81, the other end of the first flow stopping transmission rod return spring 3284 abuts against the clean water inlet connector pipe 3210, a first flow stopping transmission rod 3285 communicated with the automatic water injection mechanism is further arranged on the first flow stopping transmission rod 3283, and a first flow stopping connector 3286 is arranged in contact with a first flow stopping connector base. In this application, when the clean water tank is placed on base station body 1, first only flow transfer line 3281 can be by the jack-up of first central fore-set 3286 in the first water conservancy diversion seat 3283, jack-up in-process first only flow transfer line reset spring 3284 can be compressed, can drive first mouth of a river sealing washer 3282 upward movement simultaneously, break away from clear water inlet connector 3210, make clean water tank body 321 and first water conservancy diversion seat 3283 switch on, automatic water injection mechanism 31 can pour water into the clean water tank through first water pipe connector 3285 on the first water conservancy diversion seat 3283. When the clean water tank leaves the base station body 1, the first flow stopping transmission rod 3281 is separated from the first central support column 3286, the first flow stopping transmission rod return spring 3284 is reset to drive the first flow stopping transmission rod 3281 and the first water gap sealing ring 3282 to move downwards, and the first water gap sealing ring 3282 can seal the clean water inlet connector pipe 3210 again to avoid water leakage of the clean water inlet connector pipe 3210.

Further, a first upper abutting protrusion 3287 is arranged on the inner side wall of the clean water inlet connector 3210, a first lower abutting protrusion 3288 is arranged on the first flow stopping transmission rod 3281, the upper end of the first flow stopping transmission rod return spring 3284 abuts against the first upper abutting protrusion 3287, and the lower end abuts against the first lower abutting protrusion 3288.

Further, a first guide seat sealing ring 3289 is further arranged in the first guide seat 3283.

Further, a clear water outlet connector 3220 is disposed at the bottom of the clear water tank main body 321, a second outlet flow stopping and guiding assembly 329 is mounted on the clear water outlet connector 3220, the second outlet flow stopping and guiding assembly 329 includes a second flow stopping transmission rod, a second water gap sealing ring, and a second guiding seat, the second flow stopping transmission rod is movably disposed in the clear water outlet connector 3220, the second water gap sealing ring is fixedly mounted at the upper end of the second flow stopping transmission rod and sealed on the clear water outlet connector 3220, the second guiding seat is fixedly mounted on the base station main body 1 and disposed right below the second flow stopping transmission rod, a second flow stopping transmission rod return spring is further sleeved on the second flow stopping transmission rod, one end of the second flow stopping transmission rod return spring abuts against the lower end of the second flow stopping transmission rod, the other end abuts against the clear water outlet connector 3220, a second water pipe joint communicated with the clear water tank outlet pipe 33 is disposed on the second guiding seat, and a second flow stopping transmission rod center pillar in separable contact with the second flow stopping transmission rod is further disposed in the second guiding seat. In this application, when the clear water tank was placed on basic station main part 1, the second only flow transfer line can be by the second center fore-set jack-up in the second water conservancy diversion seat, and jack-up in-process second only flow transfer line reset spring can be compressed, can drive second mouth of a river sealing washer upward movement simultaneously, breaks away from clear water outlet port pipe 3220, makes clear water tank main part 321 and second water conservancy diversion seat switch on, and the clear water tank can derive water to clear water tank outlet pipe 33 through the second water pipe head on the second water conservancy diversion seat. When the clean water tank leaves the base station main body 1, the second flow stopping transmission rod is separated from the second central top column, the second flow stopping transmission rod return spring can return to drive the second flow stopping transmission rod and the second water gap sealing ring to move downwards, the second water gap sealing ring can seal the clean water outlet connector 3220 again, and water leakage of the clean water outlet connector 3220 is avoided.

Further, a second upper abutting protrusion is arranged on the inner side wall of the clean water outlet interface tube 3220, a second lower abutting protrusion is arranged on the second flow stopping transmission rod, the upper end of the second flow stopping transmission rod return spring abuts against the second upper abutting protrusion, and the lower end abuts against the second lower abutting protrusion. The detailed structure of the second outlet flow stopping assembly 329 is shown in the drawings of the first outlet flow stopping assembly 328.

Further, the automatic water injection mechanism 31 includes a water control solenoid valve 311, a pressure reducing valve 312, a quick water pipe head 313, an adapter 314, and an automatic water injection pipeline 315, the water control solenoid valve 311, the pressure reducing valve 312, the quick water pipe head 313, the adapter 314, the automatic water injection pipeline 315, a first water outflow stopping flow guide component 328, and the clean water tank 32 are connected in sequence, and the full water level sensor 326 and the water shortage level sensor 327 are both used in cooperation with the water control solenoid valve 311. In the application, the automatic water injection mechanism 31 can automatically inject the clean water used in the self-cleaning process into the base station without human intervention. The process is as follows: the water is controlled by the water control electromagnetic valve 311, the pressure reducing valve 312 is stabilized, the tap water is injected into the clean water tank, when the water shortage liquid level sensor 327 detects that the clean water tank is empty of water, the water shortage liquid level sensor 327 at the bottom of the clean water tank releases an electric signal to the electromagnetic valve, the electromagnetic valve works to release the tap water to be injected into the clean water tank, and when the clean water tank is full of water, the clean water tank is internally provided with a water full level sensor 326 to detect and then release the electric signal to stop working of the electromagnetic valve.

Further, the automatic water injection mechanism 31 further comprises an electromagnetic valve protection box 316, the electromagnetic valve protection box 316 comprises a box upper cover 317 and a box lower cover 318 which are detachably connected, the box upper cover 317 and the box lower cover 318 are assembled to form an electromagnetic valve accommodating cavity, and the water control electromagnetic valve 311 and the pressure reducing valve 312 are both installed in the electromagnetic valve accommodating cavity.

Furthermore, one end of the clean water tank outlet pipe 33 is connected with the second water pipe joint on the second diversion seat, the other end is connected with the inlet of the clean water pump 34, a three-way connector 341 is installed on the outlet of the clean water pump 34, the cleaning pipe 35 comprises a first cleaning pipe 351, a second cleaning pipe 352 and a third cleaning pipe 353, and one end of each of the first cleaning pipe 351, the second cleaning pipe 352 and the third cleaning pipe 353 is connected with the outlet of the clean water pump 34 through the three-way connector 341. The base 41 is also provided with a double-body flow flying plate 36 for spraying clear water to the rolling brush washing tank 414, the other ends of the first cleaning pipe 351 and the second cleaning pipe 352 are both connected with the double-body flow flying plate 36, and the other end of the third cleaning pipe 353 is communicated with a sewage barrel of the floor washing machine 6. The clean water pump 34 can respectively clean the sewage tank and the roller brush of the floor washing machine 6 with clean water through the cleaning pipeline 35, so that the problem of mildew and odor caused by residual sewage is reduced.

Furthermore, two groups of uniform water spraying structures 37 are arranged on the dual-body stream flying plate 36, and the two groups of uniform water spraying structures 37 are respectively positioned at the left part and the right part of the dual-body stream flying plate 36 to form a dual-body stream flying water spraying structure capable of covering the whole rolling brush washing tank 414.

Further, the uniform water spraying structure 37 includes a flying flow plate water inlet 371 installed on the dual-body flying flow plate 36, and a uniform flow channel 372 installed inside the dual-body flying flow plate 36, a uniform water spraying hole 373 facing the rolling brush flushing tank 414 is provided on the side surface of the dual-body flying flow plate 36, the ends of the first cleaning pipe 351 and the second cleaning pipe 352 far away from the clean water pump 34 are both communicated with the flying flow plate water inlet 371, and the uniform water spraying hole 373 is communicated with the flying flow plate water inlet 371 through the uniform flow channel 372.

Further, the uniform flow channel 372 includes a water jet channel 3721 and a water flow channel 3722, an inlet 3723 of the water flow channel 3722 is communicated with the water inlet 371 of the flow flying plate, the water flow channel 3722 is provided with a plurality of outlets 3724 communicated with the water jet channel 3721, a plurality of uniform water jet holes 373 are provided, one end of each of the plurality of uniform water jet holes 373 is communicated into the water jet channel 3721 and is distributed in the water flow channel 3722 at equal intervals, so that uniform water jet is realized.

Further, the hole channel of the uniform water spraying hole 373 is a tapered structure which gradually becomes smaller from inside to outside, so that water flow can be pressurized, and the impact force of the water flow is improved.

Further, the water flow passages 3722 are provided in plurality and are communicated with each other, and each water flow passage 3722 forms a water storage tank capable of storing fresh water.

Furthermore, a flying plate water inlet joint 374 is connected to the flying plate water inlet 371, and the flying plate water inlet 371 is connected to the first cleaning pipe 351 and the second cleaning pipe 352 through the flying plate water inlet joint 374.

Further, the base 41 is provided with a flying plate fixing hole 375 at a side edge of the rolling brush washing tank 414, the dual-body flying plate 36 is installed at the flying plate fixing hole 375, and the uniform water spraying holes 373 are arranged above the side edge of the rolling brush washing tank 414, so that the arc-shaped line water flow sprayed from the uniform water spraying holes 373 is just sprayed into the rolling brush washing tank 414.

Further, the catamaran flyer plate 36 includes a catamaran front shell 361 and a catamaran rear shell 362.

Further, a third cleaning pipe fixing groove is further formed in the base station main body 1, the third cleaning pipe 353 is installed in the third cleaning pipe fixing groove 11, a machine body clean water supply nozzle 354 used for spraying water to a sewage barrel of the floor cleaning machine 6 is further installed at the upper end of the third cleaning pipe fixing groove 11, and the machine body clean water supply nozzle 354 is connected with the tail end of the third cleaning pipe. In this application, fuselage clear water supply shower nozzle 354 height ground about 260mm can just be to the fuselage clear water spout on the 6 bilge tub 61 of scrubber, and clear water pump 34 takes the clear water out direction third cleaning pipe and even hole for water spraying 373, and when the machine returned the basic station, fuselage clear water spout on the 6 bilge tub 61 of scrubber docked with fuselage clear water supply shower nozzle 354 on the basic station main part 1, realized that basic station clear water pours into the fuselage and carries out the bilge tub 61 water spray cleaning. Meanwhile, forty even water spray holes 373 above the rolling brush washing tank 414 can uniformly spray water to the rolling brush of the floor washing machine 6 for self-cleaning, and after the cleaning of the sewage tank 61 and the rolling brush of the floor washing machine 6 is completed, the suck-back fan 24 performs suck-back for the third time to recycle the self-cleaned water to the base station sewage tank 22 again.

Further, a horn 44 is further installed at the bottom of the base 41, and a sound transmitting hole is further formed in the side edge of the horn 44 of the base 41. The loudspeaker is controlled through the circuit board 180, and voice feedback can be controlled and operated.

Further, the base station main body 1 is further provided with a circuit board 180, and other electronic components such as a fan are controlled and connected through the circuit board and supplied with power, and transformation is performed through a transformer, so that intelligent control of the whole machine is realized.

Further, the base station main body 1 is also provided with a control key 190. The control key can control an operation instruction through the electric control board, manual intervention is carried out on the base station, and functions of manual intervention self-cleaning, manual intervention hot air drying and the like are achieved.

Further, the base station main body 1 includes a sewage tank installation position 12 disposed at the left portion and a clean water tank installation position 13 disposed at the right portion, the clean water tank is installed on the clean water tank installation position 13, the sewage tank 22 is installed on the sewage tank installation position 12, a dust bag installation groove 14 is disposed between the sewage tank installation position 12 and the clean water tank installation position 13, and the sewage tank installation position 12 and the clean water tank installation position 13 protrude and wrap the left and right sides of the dust bag installation groove 14 to form a floor cleaning machine accommodation position 5. By installing the sewage tank 22 on the sewage tank installation position 12 and installing the clean water tank on the clean water tank installation position 13, a structure without peripheral wall wrapping can be formed, materials can be greatly saved, a mold can be saved, and the production cost of a product can be reduced. Meanwhile, the components are reasonably arranged on the base station main body 1, so that an air flow pipeline can be conveniently formed, and the space is saved.

Further, a power supply supporting plate 15 is further arranged on the containing position of the floor washing machine, and a charging module 151 used for charging the floor washing machine 6 is arranged on the power supply supporting plate 15. When the scrubber 6 returns to the base station, the charging module can charge the charging pole piece of the scrubber 6 and charge the scrubber 6.

Further, the sewage tank installation position 12, the clean water tank installation position 13 and the power supply support plate 15 are all provided with drain holes 16. The drain hole 16 can converge to the roller brush cleaning water outlet 416 on the base 41 below through rib position flow guide, so that accumulated water in the base station main body 1 is discharged.

Further, a dry-wet separation installation groove 17 is provided between the dust bag installation groove 14 and the foul water tank installation site 12, and a dry-wet separation installation side plate 253 is fixed in the dry-wet separation installation groove 17.

Further, the base station main body 1 is further provided with a first hot air drying mechanism mounting groove 18 located below the dust bag mounting groove 14, the first hot air drying mechanism mounting groove 18 is communicated with the dust bag mounting groove 14, and the first hot air drying mechanism mounting groove 18 can seal the first hot air drying mechanism 7 in the base station main body 1 and realize ventilation between the first hot air drying mechanism 7 and the dust bag 23.

Further, a ventilation plate 19 is arranged between the dust bag mounting groove 14 and the first hot air drying mechanism mounting groove 18, the ventilation plate 19 is arranged right above the first hot air drying mechanism 7, a dust bag ventilation inlet 110 is arranged in the middle of the ventilation plate 19, the dust bag ventilation inlet 110 is communicated with the fan air outlet 77, a dust bag ventilation outlet 120 is arranged on the periphery of the ventilation plate 19, and the dust bag ventilation outlet 120 is communicated with the fan air inlet 76. The direct current fan 72 blows hot air from the fan outlet 77 and the dust bag ventilation inlet 110 against the PTC heating block, and then sucks the hot air back from the dust bag 23 to the fan inlet 76 through the dust bag ventilation outlet 120, so as to form a closed effect, achieve air internal circulation, and further enable the whole space of the dust bag 23 to be heated and dried uniformly.

Further, the base station main body 1 is further provided with a suck-back fan installation groove 130 at a side edge of the dust bag installation groove 14, a target holder groove 140 is provided above the suck-back fan installation groove 130, the suck-back fan 24 is fixed in the suck-back fan installation groove 130, the target holder filter holder 248 and the hepa filter net 249 are both provided in the target holder groove 140, and a suck-back air inlet 150 is provided between the target holder groove 140 and the dust bag installation groove 14. The suck-back fan 24 draws air from the dust bag 23 in the dust bag mounting groove 14 through the suck-back air inlet 150 to form negative pressure.

Further, the base station body 1 is provided with a UV lamp mounting groove 160 between the dust bag mounting groove 14 and the sewage tank mounting position 12, the left and right sides of the UV lamp mounting groove 160 are respectively communicated with the dust bag mounting groove 14 and the sewage tank mounting position 12, and a UV germicidal lamp 9 is mounted in the UV lamp mounting groove 160. The UV germicidal lamp 9 can respectively carry out ultraviolet ray strong sterilization on the dust bag 23 and the sewage tank 22, thereby preventing the influence of bacterial breeding on health. Meanwhile, the UV sterilization lamp 9 is arranged between the dust bag mounting groove 14 and the sewage tank mounting position 12, so that a hidden design is realized, the dust collecting cover plate 231 is sealed, and the sewage tank 22 is put back to work, thereby being safe and reliable.

Further, a UV tube 170 for communicating with the receiving position 5 of the floor cleaning machine is further provided on the UV lamp mounting groove 160. The light of the UV germicidal lamp 9 can be passed through the UV-pipe 170 to sterilize the sump 61 of the scrubber 6 in the scrubber receiving space 5.

Further, a deodorization and sterilization module 10 is arranged below the dust bag mounting groove 14, a deodorization ion sheet is arranged in the dust bag mounting groove 14, and the deodorization and sterilization module 10 is connected with the deodorization ion sheet. The dust bag 23 can sterilize and deodorize, and prevent the generation of peculiar smell.

Further, the deodorization and sterilization module 10 includes an ozone module and a silver ion module.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalents and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides a multi-functional floor cleaning machine base station, including the basic station body, its characterized in that, install the sewage resorption system that is used for handling floor cleaning machine fuselage sewage and be used for the abluent automatically cleaning system of floor cleaning machine in the basic station body, the base subassembly that is used for bearing the floor cleaning machine is still installed to the lower extreme of basic station body, sewage resorption system, automatically cleaning system, base subassembly enclose and close the floor cleaning machine that forms the semi-enclosed structure and hold the position.

2. The multifunctional floor washing machine base station as claimed in claim 1, wherein the base assembly comprises a base and a base cover plate, the base cover plate is mounted at the upper end of the base, the base comprises a supporting bottom plate and base side plates, the base side plates are arranged at two sides of the supporting bottom plate to form bearing grooves matched with the rolling brush assembly and the rolling wheels of the floor washing machine, and the rolling brush assembly and the rolling wheels of the floor washing machine are arranged in the bearing grooves and are limited by the base cover plate; the bearing groove comprises a rolling brush washing groove arranged on the inner side of the base, the rolling brush washing groove is of an arc structure matched with the rolling brush, a row of precise hanging teeth are arranged in the rolling brush washing groove, and a rolling brush cleaning water outlet is also formed in the bottom of the rolling brush washing groove;

the front end of the supporting bottom plate is connected with an integrally formed inclined plate, the upper end of the inclined plate is connected with the supporting bottom plate, and the lower end of the inclined plate extends to the ground to form a slope-shaped structure for allowing the roller of the floor washing machine to slide into the bearing groove;

the connecting part of the supporting bottom plate and the inclined plate is also provided with a limiting bulge for blocking the roller of the floor cleaning machine, and the horizontal position of the limiting bulge is higher than the front end of the inclined plate;

the supporting bottom plate is provided with a sloping plate, the sloping plate is provided with a supporting bottom plate, the supporting bottom plate is provided with a plurality of supporting rollers, the supporting bottom plate is provided with a plurality of limiting bulges, the supporting bottom plate is provided with a plurality of supporting rollers, the supporting bottom plate is provided with a plurality of inclined plates, the inclined plates are provided with a plurality of supporting rollers, the supporting rollers are arranged in the middle and on two sides of the limiting bulges, and the horizontal positions of the supporting rollers are higher than the limiting bulges.

3. The multifunctional floor washing machine base station as claimed in claim 2, wherein the sewage back suction system comprises a back suction pipeline, a sewage tank, a dust collection bag and a back suction fan, the front end of the back suction pipeline is used for connecting a back suction outlet of a sewage bucket of the floor washing machine, the rear end of the back suction pipeline is connected with the sewage tank, the dust collection bag is arranged at the side of the sewage tank, and the back suction fan, the dust collection bag, the sewage tank and the back suction pipeline are sequentially communicated to form a sewage suction loop for back sucking dry and wet garbage in a body of the floor washing machine;

the supporting bottom plate is also provided with a through hole for butting a suck-back outlet of the sewage bucket of the floor washing machine, and the front end of the suck-back pipeline is arranged below the through hole and communicated with the suck-back outlet of the sewage bucket of the floor washing machine through the through hole; the rolling brush cleaning water outlet is arranged on the side of the through opening, and the rolling brush cleaning water outlet is arranged above the back suction pipeline and communicated with the front end of the back suction pipeline.

4. The multifunctional floor washing machine base station as claimed in claim 3, wherein the sewage back suction system further comprises a dry-wet separation device, the dry-wet separation device comprises a dry-wet separation box, the dry-wet separation box is arranged in the sewage tank and located at the upper part of the sewage tank, the back end of the back suction pipeline is communicated with the dry-wet separation box, the bottom of the dry-wet separation box is provided with a water leakage hole, a dry-wet separation installation side plate is further arranged between the dry-wet separation box and the dust collection bag, the side walls of the dry-wet separation box, the sewage tank and the dry-wet separation installation side plate are provided with solid garbage back suction ports corresponding in position, the solid garbage back suction ports are communicated to form a solid garbage back suction channel, the dry-wet separation box and the dust collection bag are communicated through the solid garbage back suction channel, the side walls of the sewage tank and the dry-wet separation installation side plate are further provided with back suction air flow ports, the back suction ports are communicated to form a back suction airflow channel, the sewage tank is communicated with the dust collection bag through the back suction airflow channel, the back suction ports are further provided with a back suction baffle plate, the back suction baffle is arranged on the same height of the back suction baffle, the back suction baffle is provided with a second back suction baffle, and the back suction baffle is arranged on the push rod, the back suction baffle plate, the back suction baffle can be capable of the back suction baffle capable of the back suction mechanism, and the back suction baffle capable of the back suction mechanism, the back suction mechanism is capable of the back suction mechanism;

the electromagnetic push rod mechanism is arranged below the solid garbage backflow port and the backflow air flow port and comprises an electromagnetic push-pull rod, a rotating connecting rod, a transmission rod and a push rod spring, the electromagnetic push-pull rod is movably arranged on the back side of a dry-wet separation installation side plate, the dry-wet separation installation side plate is provided with a flip bottom plate below the solid garbage backflow port and the backflow air flow port, the flip bottom plate protrudes out of the back side of the dry-wet separation installation side plate, one end of the push rod spring abuts against the upper end of the electromagnetic push-pull rod, the other end of the push rod spring abuts against the lower end of the flip bottom plate, the transmission rod comprises a first transmission rod and a second transmission rod, the second transmission rod is arranged below the backflow air flow port and connected with the flip bottom plate at the upper end of the second transmission rod, the side of the second transmission rod is provided with an integrally-formed transmission rod fixing part, the second transmission rod is fixedly connected to the electromagnetic push-pull rod through the transmission rod fixing part, the first transmission rod is arranged below the solid garbage backflow port and connected with the flip bottom plate at the upper end of the solid garbage backflow port, the second transmission rod is provided with a rotating push-pull rod, a rotating baffle is connected to the second transmission rod, and a bayonet lock is arranged at the middle part of the rotating connecting rod, and a bayonet lock is connected to the rotating connecting rod, and a second transmission rod, and a bayonet lock stop block is arranged at the lower end of the bayonet lock, and a bayonet lock of the bayonet lock is arranged on the bayonet lock, and a bayonet lock which can stop block that the second transmission rod.

5. The multi-functional floor washing machine base station of claim 4, wherein the sewage tank comprises a sewage tank main body and a sewage tank cover, the sewage tank cover is closed on the sewage tank main body to form a closed space, the upper portion of the sewage tank main body is provided with a dry-wet separation box fixing groove, the bottom of the dry-wet separation box is detachably mounted in the dry-wet separation box fixing groove, the main body portion of the dry-wet separation box is arranged in the sewage tank cover, the solid garbage suction back port and the suction back air port of the sewage tank are arranged on the side wall of the sewage tank cover, the first flip cover baffle is hinged on the solid garbage suction back port of the sewage tank cover, and the second flip cover baffle is hinged on the suction back air port of the sewage tank cover;

the bottom of the sewage box main body is provided with a sewage discharge pipe orifice communicated with the interior of the sewage box main body, the sewage box main body is provided with an inward-concave portable sewage discharge control groove above the sewage discharge pipe orifice, the lower end of the sewage box main body is also provided with a portable sewage discharge mechanism, the portable sewage discharge mechanism comprises a sewage discharge key, a reset rod and a key reset spring, the sewage discharge key and the reset rod are movably arranged in the portable sewage discharge control groove from front to back, the reset rod penetrates through the sewage discharge key and can move back and forth on the sewage discharge key, one end of the key reset spring is abutted to the portable sewage discharge control groove, the other end of the key reset spring is abutted to the sewage discharge key, a sewage discharge port transmission rod is further arranged above the sewage discharge pipe orifice, the sewage discharge port transmission rod is sleeved with a sewage discharge port reset spring, one end of the sewage discharge port reset spring is abutted to the lower end of the sewage discharge port transmission rod, and the other end of the sewage discharge port reset spring is abutted to the bottom surface of the portable sewage discharge control groove, the portable sewage discharge control device is characterized in that a sewage discharge port sealing ring is further fixed on the sewage discharge port transmission rod, the sewage discharge port sealing ring is sealed above the sewage discharge port and can be far away from and open the sewage discharge port along with the upward movement of the sewage discharge port transmission rod, a through hole is formed in the bottom of the portable sewage discharge control groove, the upper end of the sewage discharge port transmission rod is movably arranged and penetrates through the through hole in the bottom of the portable sewage discharge control groove to extend into the portable sewage discharge control groove, a chute is further formed in the sewage discharge port transmission rod, an inclined piece matched with the chute is arranged on the sewage discharge button, the inclined piece is movably arranged in the chute and is continuously abutted and contacted with the upper top surface of the chute, and in the process that the sewage discharge button is pressed and moved into the portable sewage discharge control groove, the inclined piece can move forwards in the chute and continuously pushes the chute to drive the sewage discharge port transmission rod to move upwards along the through hole in the bottom of the portable sewage discharge control groove, the drain sealing ring is far away to open the drain pipe opening; the rear part of the oblique piece is also provided with a catching groove matched with the top surface of the chute, and when the rear part of the oblique piece enters the chute, the top surface of the chute is clamped in the catching groove, so that the sewage discharge key and the sewage discharge port transmission rod form a fixed structure leaning against each other; the side edge of the sewage draining port transmission rod is also provided with an inclined surface, the side edge of the reset rod is also provided with a triangular block matched with the inclined surface, the triangular block is attached to the inclined surface, and the triangular block can be abutted against the inclined surface to push the sewage draining port transmission rod to move upwards in the process that the reset rod drives the triangular block to move in the portable sewage draining control groove;

the lower extreme of sewage case still is provided with automatic blowdown mechanism, automatic blowdown mechanism is including blowdown water pump, blowdown quick-operation joint, the blowdown water pump passes through blowdown quick-operation joint and sewage case main part intercommunication, the blowdown quick-operation joint is including quick-operation joint face lid, quick-operation joint seat, quick-operation joint face lid can be dismantled with quick-operation joint seat and be connected formation quick-operation joint cavity, be provided with butt joint sealing washer and filter screen in the quick-operation joint cavity.

6. The multifunctional floor washing machine base station as claimed in claim 5, wherein the base station main body is further provided with a hot air drying system, the hot air drying system comprises a first hot air drying mechanism for drying the dust bag and a second hot air drying mechanism for drying the roller brush of the floor washing machine; the first hot air drying mechanism and the second hot air drying mechanism are both fixed on the base station main body;

the first hot air drying mechanism is arranged below the dust collecting bag and comprises a drying fixing frame, a fan is arranged in the drying fixing frame, a heating piece mounting groove is formed in the upper end of the drying fixing frame, a first heating block is mounted in the heating piece mounting groove and arranged right above the fan, a steel mesh is covered above the first heating block, a fan air inlet is formed in the peripheral side of the drying fixing frame, a fan air outlet is formed in the steel mesh, and the fan air inlet, the fan air outlet, the dust collecting bag and the fan air inlet are sequentially communicated to form a sealed and circulating first air channel; the drying fixing frame comprises a fixing frame upper shell and a fixing frame lower shell, the fixing frame upper shell is detachably mounted on the fixing frame lower shell to form a containing cavity, the fan is arranged in the containing cavity, the bottom of the fixing frame upper shell and the fan are provided with fan fixing holes corresponding to each other in position, and the fan is fixed to the bottom of the fixing frame upper shell through the fan fixing holes; the drying fixing frame is also internally provided with a first NTC temperature control sensor, the fixing frame upper shell is also provided with a sensor limiting groove and a sensor fixing hole at the side edge of the heating element mounting groove, and the first NTC temperature control sensor is arranged in the sensor limiting groove and is fixed through the sensor fixing hole;

the second hot air drying mechanism comprises a direct current blower, a second heating block and a heating block fixing frame, the second heating block and the direct current blower are installed into a whole and then connected with an air outlet of the direct current blower, a blower limiting groove is formed in the base, the direct current blower, the second heating block and the heating block fixing frame are all arranged in the blower limiting groove, a blower air inlet hole net is further arranged on the side edge of the blower limiting groove, and the blower air inlet hole net is communicated with an air inlet of the blower; the base is also provided with uniform air duct grooves, and the blower limiting grooves are communicated with the rolling brush flushing grooves through the uniform air duct grooves; a blower air outlet hole screen plate is further arranged between the uniform air channel groove and the rolling brush washing groove, a plurality of blower air outlet hole nets are arranged on the blower air outlet hole screen plate, the blower air outlet hole screen plate is fixed on a base cover plate, and the base cover plate covers the base to seal a blower limiting groove and the uniform air channel groove from the upper part; the uniform air duct groove comprises a first air duct groove and a second air duct groove which are arranged side by side, the front ends of the first air duct groove and the second air duct groove are communicated with a blower limiting groove, the rear end of the first air duct groove is connected with the left half part of the rolling brush flushing groove, and the rear end of the second air duct groove is connected with the right half part of the rolling brush flushing groove; and a second NTC temperature control sensor is also arranged on the heating block fixing frame.

7. The multifunctional floor washing machine base station as claimed in claim 6, wherein the self-cleaning system comprises an automatic water filling mechanism, a clean water tank outlet pipeline, a clean water pump and a cleaning pipeline, and the automatic water filling mechanism, the clean water tank outlet pipeline, the clean water pump and the cleaning pipeline are connected in sequence.

8. The multifunctional floor washing machine base station as claimed in claim 7, wherein the clean water tank comprises a clean water tank body and a clean water tank cover, the clean water tank cover is covered on the clean water tank body, a cleaning solution storage bin and a clean water storage bin are arranged in the clean water tank body, a cleaning solution box is arranged in the cleaning solution storage bin, a liquid pump is arranged in the clean water tank cover, an inlet of the liquid pump is communicated with the cleaning solution box, and an outlet of the liquid pump is communicated with the clean water storage bin;

the clean water tank comprises a clean water tank body, and is characterized in that a contact type conductive assembly is installed in the clean water tank body and comprises a conductive sheet, a wiring cover plate, an electric wire, a wiring terminal, a conductive spring needle PCB and a conductive spring needle, wherein the conductive sheet, the wiring cover plate, the electric wire, the wiring terminal, the conductive spring needle PCB and the conductive spring needle are sequentially connected from top to bottom; the base station main body is provided with a contact type power supply contact, the bottom of the clear water tank main body is also provided with a conductive spring pin through hole, and the conductive spring pin penetrates through the conductive spring pin through hole to be electrically connected with the contact type power supply contact;

the bottom of the clear water tank body is provided with a clear water inlet connector pipe, a first water outlet flow stopping and guiding assembly is mounted on the clear water inlet connector pipe, the first water outlet flow stopping and guiding assembly comprises a first flow stopping transmission rod, a first water gap sealing ring and a first guiding seat, the first flow stopping transmission rod is movably arranged in the clear water inlet connector pipe, the first water gap sealing ring is fixedly mounted at the upper end of the first flow stopping transmission rod and sealed on the clear water inlet connector pipe, the first guiding seat is fixedly mounted on the base station body and arranged right below the first flow stopping transmission rod, a first flow stopping transmission rod reset spring is further sleeved on the first flow stopping transmission rod, one end of the first flow stopping transmission rod reset spring abuts against the lower end of the first flow stopping transmission rod, the other end of the first flow stopping transmission rod abuts against the clear water inlet connector pipe, a first water pipe joint communicated with the automatic water injection mechanism is arranged on the first guiding seat, and a first central support pillar in separable contact with the first flow stopping transmission rod is further arranged in the first guiding seat; a first upper abutting bulge is arranged on the inner side wall of the clean water inlet connector pipe, a first lower abutting bulge is arranged on the first flow stopping transmission rod, the upper end of a first flow stopping transmission rod return spring abuts against the first upper abutting bulge, and the lower end of the first flow stopping transmission rod return spring abuts against the first lower abutting bulge;

the bottom of the clean water tank body is provided with a clean water outlet connector pipe, a second water outlet flow stopping and guiding assembly is mounted on the clean water outlet connector pipe and comprises a second flow stopping transmission rod, a second water gap sealing ring and a second guiding seat, the second flow stopping transmission rod is movably arranged in the clean water outlet connector pipe, the second water gap sealing ring is fixedly mounted at the upper end of the second flow stopping transmission rod and sealed on the clean water outlet connector pipe, the second guiding seat is fixedly mounted on the base station body and arranged right below the second flow stopping transmission rod, a second flow stopping transmission rod reset spring is further sleeved on the second flow stopping transmission rod, one end of the second flow stopping transmission rod reset spring abuts against the lower end of the second flow stopping transmission rod, the other end of the second flow stopping transmission rod abuts against the clean water outlet connector pipe, a second water pipe joint communicated with the clean water tank outlet pipe is arranged on the second guiding seat, and a second central support pillar which is in separable contact with the second flow stopping transmission rod is further arranged in the second guiding seat; a second upper abutting bulge is arranged on the inner side wall of the clean water outlet connector pipe, a second lower abutting bulge is arranged on the second flow stopping transmission rod, the upper end of a second flow stopping transmission rod return spring abuts against the second upper abutting bulge, and the lower end of the second flow stopping transmission rod return spring abuts against the second lower abutting bulge;

automatic water injection mechanism is including accuse water solenoid valve, relief pressure valve, swift water tube head, adapter, automatic water injection pipeline, first play water only flow diversion subassembly, clean water tank connect gradually, full level sensor of water, lack of water level sensor all with accuse water solenoid valve cooperatees and uses.

9. The multifunctional floor washing machine base station as claimed in claim 8, wherein one end of the clean water tank outlet pipeline is connected with the second water pipe joint on the second diversion seat, the other end of the clean water tank outlet pipeline is connected with the inlet of the clean water pump, a three-way connector is installed on the outlet of the clean water pump, the cleaning pipeline comprises a first cleaning pipe, a second cleaning pipe and a third cleaning pipe, and one end of each of the first cleaning pipe, the second cleaning pipe and the third cleaning pipe is connected with the outlet of the clean water pump through the three-way connector;

the base is also provided with a double-body flow flying plate for spraying clear water to the rolling brush washing tank, the other ends of the first cleaning pipe and the second cleaning pipe are both connected with the double-body flow flying plate, and the other end of the third cleaning pipe is communicated with a sewage bucket of the floor washing machine;

two groups of uniform water spraying structures are arranged on the double-body stream flying plate and are respectively positioned at the left part and the right part of the double-body stream flying plate to form double-body stream flying water spraying structures capable of covering the whole rolling brush washing groove;

the uniform water spraying structure comprises a flying flow plate water inlet arranged on the double-body flying flow plate and a uniform flow channel arranged inside the double-body flying flow plate, the side surface of the double-body flying flow plate is provided with uniform water spraying holes facing the rolling brush flushing tank, one ends of the first cleaning pipe and the second cleaning pipe, which are far away from the clean water pump, are both communicated with the flying flow plate water inlet, and the uniform water spraying holes are communicated with the flying flow plate water inlet through the uniform flow channel;

the uniform flow channel comprises a water jet channel and a water flow channel, the inlet of the water flow channel is communicated with the water inlet of the flow flying plate, the water flow channel is provided with a plurality of outlets communicated with the water jet channel, a plurality of uniform water jet holes are arranged, one ends of the uniform water jet holes are communicated into the water jet channel and are arranged in the water flow channel at equal intervals in a distributed manner, and uniform water spraying is realized;

the pore canal of the uniform water spraying hole is of a conical structure which is gradually reduced from inside to outside.

10. The multifunctional floor washing machine base station as claimed in claim 9, wherein the base station body comprises a sewage tank installation site disposed at the left part and a clean water tank installation site disposed at the right part, the clean water tank is installed on the clean water tank installation site, the sewage tank is installed on the sewage tank installation site, a dust bag installation slot is disposed between the sewage tank installation site and the clean water tank installation site, and the sewage tank installation site and the clean water tank installation site protrude and wrap the left and right sides of the dust bag installation slot to form the floor washing machine accommodation site; the accommodating position of the floor washing machine is also provided with a power supply supporting plate, and the power supply supporting plate is provided with a charging module for charging the floor washing machine; the sewage tank mounting position, the clear water tank mounting position and the power supply supporting plate are all provided with drain holes; a dry-wet separation mounting groove is formed between the dust bag mounting groove and the sewage tank mounting position, and the dry-wet separation mounting side plate is fixed in the dry-wet separation mounting groove; the base station main body is also provided with a first hot air drying mechanism mounting groove below the dust bag mounting groove, the first hot air drying mechanism mounting groove is communicated with the dust bag mounting groove, and the first hot air drying mechanism mounting groove can seal the first hot air drying mechanism in the base station main body and realize ventilation between the first hot air drying mechanism and the dust bag; the dust bag drying device is characterized in that a ventilation plate is arranged between the dust bag mounting groove and the first hot air drying mechanism mounting groove, the ventilation plate is arranged right above the first hot air drying mechanism, a dust bag ventilation inlet is formed in the middle of the ventilation plate and communicated with the fan air outlet, a dust bag ventilation outlet is formed in the periphery of the ventilation plate, and the dust bag ventilation outlet is communicated with the fan air inlet.