CN218500649U - Sewage tank based on floor cleaning machine basic station - Google Patents

Abstract

The utility model discloses a sewage case based on scrubber basic station belongs to cleaning equipment technical field. Including sewage case main part, dry-wet separation box, portable blowdown mechanism, automatic blowdown mechanism, dry-wet separation box sets up in the sewage case main part, portable blowdown mechanism and automatic blowdown mechanism all install the bottom in the sewage case main part. Compared with the prior art, the beneficial effects of the utility model are that: firstly, the sewage tank is provided with the dry-wet separation box, so that dry-wet separation can be performed on dry-wet garbage sucked back into the sewage tank, classification treatment of solid garbage and sewage is realized, and the sewage tank is more environment-friendly and efficient; secondly, the bottom of the sewage tank is provided with the automatic sewage draining mechanism and the portable sewage draining mechanism, the portable sewage draining mechanism is arranged at the bottom of the sewage tank, the power-on use is not needed, the portable sewage draining of the floor washing machine can be realized through manual one-key control, and the floor washing machine 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.

Description

Sewage tank based on floor cleaning machine basic station

Technical Field

The utility model belongs to the technical field of cleaning device, in particular to sewage case based on floor cleaning machine basic 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.

The floor cleaning machine needs to treat sewage and solid garbage in the sewage tank after the ground is cleaned, 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. The sewage tank of the existing floor washing machine base station is generally simple in structure and function, does not have a dry-wet separation and pollution discharge structure, and is not convenient to use.

SUMMERY OF THE UTILITY MODEL

In order to solve the above problems, a primary object of the present invention is to provide a sewage tank based on a base station of a scrubber, which has a dry-wet separation function;

another object of the utility model is to provide a sewage case based on floor cleaning machine basic station has multiple blowdown mechanism, and the blowdown is more high-efficient, portable.

In order to achieve the above purpose, the technical scheme of the utility model is as follows:

the utility model provides a sewage case based on floor cleaning machine basic station, including sewage case main part, dry wet-separating box, portable blowdown mechanism, automatic blowdown mechanism, dry wet-separating box sets up in the sewage case main part, the bottom in the sewage case main part is all installed with automatic blowdown mechanism to portable blowdown mechanism.

Furthermore, the bottom of the dry-wet separation box is provided with a water leakage hole, the side walls of the dry-wet separation box and the sewage box main body are provided with solid garbage return suction ports corresponding in position, the solid garbage return suction ports are communicated to form a solid garbage return suction channel, the side wall of the sewage box main body is further provided with a return suction air port, the return suction air port forms a return suction air channel, the solid garbage return suction port is further provided with a first flip cover baffle capable of being flipped up along with air flow return suction, and the return suction air port is provided with a second flip cover baffle capable of being flipped up along with air flow return suction. In this application, the base station is got back to the scrubber, the resorption fan carries out the resorption through the resorption air flow opening earlier, turn over second flip baffle on, open resorption airflow channel, in the wet-dry rubbish resorption to the dirty water sump of scrubber soil barrel in, sewage leaks into the dirty water sump main part through the hole that leaks, then carry out the wind channel and switch, carry out the resorption from solid waste resorption mouth, turn over first flip baffle on, open solid waste resorption passageway, in fixed rubbish that will do on the wet-dry separation box is from solid waste resorption mouth suction to the dust bag, realize doing the wet-dry separation.

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 main part is including sewage box and sewage case lid, sewage case lid closes and forms inclosed space on the sewage box, the upper portion of sewage box 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 rubbish of sewage case main part returns suction inlet and resorption air current mouth setting on the lateral wall of sewage case lid, and first flip baffle articulates on the solid rubbish of sewage case lid returns the suction inlet, and second flip baffle articulates on the resorption air current mouth of sewage case lid.

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.

Further, still install first ozone generator in the sewage case main part, first ozone generator is fixed on the inside wall of sewage case lid. The first ozone generator can release ozone ions in the sewage tank to achieve the deodorization effect of the sewage tank.

Furthermore, a sewage discharge pipe orifice communicated with the inside of the sewage tank body is arranged at the bottom of the sewage tank body, an inwards concave portable sewage discharge control groove is arranged above the sewage discharge pipe orifice of the sewage tank body, the portable sewage discharge mechanism is arranged at the lower end of the sewage tank body, 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 in a front-back manner, 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 the 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, 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 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, a through hole movably formed in the upper end of the sewage discharge port transmission rod and penetrating through the bottom of the portable sewage discharge control groove extends into the portable sewage discharge control groove, a chute is further formed in the sewage discharge port transmission rod, an inclined sheet matched with the chute is arranged on the sewage discharge button, the inclined sheet 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 sheet can move forwards in the chute and continuously push 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, 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 triangle piece of inclined plane looks adaptation, triangle piece and inclined plane are to the laminating, and along with the release link drives triangle piece and removes the in-process in portable blowdown control groove, and triangle piece 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 the drain sealing ring is far away from or close to the drain pipe opening. Meanwhile, the drain sealing ring can wrap the limiting base plate, the drain return spring and the drain transmission rod, so that the components are prevented from being corroded by sewage.

Further, a sewage discharge bottom cover is arranged at the bottom of the sewage box body, and a sewage discharge pipe opening is formed in the sewage discharge bottom cover.

Further, portable blowdown control groove 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 the skew.

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.

Further, automatic sewage discharging mechanism sets up the lower extreme at the sewage box, 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 box 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.

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 in 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 simultaneously in to the button installation through-hole, 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, a butt joint inner pipe is further arranged in the middle of the interior of the quick joint head seat, the rear portion of the butt joint sealing ring and the filtering screen are installed in the butt joint inner pipe, and one end, far away from the limiting button, of the limiting reset spring 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.

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

firstly, the sewage tank is provided with the dry-wet separation box, so that dry-wet separation can be performed on dry-wet garbage sucked back into the sewage tank, classification treatment of solid garbage and sewage is realized, and the sewage tank is more environment-friendly and efficient;

secondly, the bottom of the sewage tank is provided with the automatic sewage draining mechanism and the portable sewage draining mechanism, the portable sewage draining mechanism is arranged at the bottom of the sewage tank, the power-on use is not needed, the portable sewage draining of the floor washing machine can be realized through manual one-key control, and the floor washing machine 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.

Drawings

Fig. 1 is a schematic view showing a structure in which a wastewater tank is installed in a base station according to the present embodiment.

Fig. 2 is a schematic structural view of the waste water tank in this embodiment.

Fig. 3 is an exploded view of the foul water tank in this embodiment.

FIG. 4 is a sectional view of the wet-dry separation cartridge of this embodiment.

Fig. 5 is an exploded view of the portable sewerage mechanism of this embodiment.

Fig. 6 is a structural schematic diagram of a closed state of a sewage nozzle of the portable sewage draining mechanism in the embodiment.

FIG. 7 is a schematic structural diagram of the opening state of the sewage nozzle of the portable sewage draining mechanism in the embodiment

Fig. 8 is a schematic structural diagram 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. 9 is an exploded view of the automatic sewage disposal structure of the present embodiment.

In the figure: 0. the base station comprises a base station 1, a sewage tank 2, a dry-wet separation box 21, a water leakage hole 22, an inclined plate structure 5, a solid garbage suction port 6, a suction air flow port 7, a first flip baffle 8, a second flip baffle 11, a sewage tank body 12, a sewage tank cover 13, a dry-wet separation box fixing groove 14, a sewage discharge bottom cover 15, a portable sewage discharge control groove 16, a sewage tank belt handle 17, a sewage tank plastic handle 18, a sewage tank plastic handle containing position 10, a first ozone generator 19, a sewage discharge pipe opening 3, a portable sewage discharge mechanism 31, a sewage discharge button 32, a reset rod 33, a button reset spring 34, a sewage discharge transmission rod 35 and a sewage discharge reset spring, 36, a sewage outlet sealing ring, 341, an inclined groove, 311, an inclined sheet, 312, a buckling groove, 342, an inclined plane, 343, a limiting chassis, 37, a reset rod return spring, 38, a spring limiting piece, 313, a linear guiding piece, 39, a linear limiting piece, 4, an automatic sewage discharging mechanism, 41, a sewage pump, 42, a sewage discharging quick joint, 421, a quick joint surface cover, 422, a quick joint seat, 423, a butt joint sealing ring, 424, a filtering screen, 425, a quick joint pipe, 43, a sewage pump box, 44, a sewage pump cover, 45, a quick joint snap fastener, 451, a buckling protrusion, 452, a limiting button, 426, a buckling groove, 427, a button installation through hole, 428, a butt joint inner pipe, 46 and a limiting return spring.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention will be further described in detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.

As shown in fig. 1-9, the implementation of this embodiment is as follows:

the embodiment provides a sewage case based on floor cleaning machine basic station, including sewage case main part 1, do wet-separating box 2, portable blowdown mechanism 3, automatic blowdown mechanism 4, do wet-separating box 2 and set up in sewage case main part 1, portable blowdown mechanism 3 all installs the bottom at sewage case main part 1 with automatic blowdown mechanism 4.

Furthermore, the bottom of the dry-wet separation box 2 is provided with a water leakage hole 21, the side walls of the dry-wet separation box 2 and the sewage tank main body 1 are provided with solid garbage suction back ports 5 corresponding in position, the solid garbage suction back ports 5 are communicated to form a solid garbage suction back channel, the side wall of the sewage tank main body 1 is further provided with a suction back air flow port 6, the suction back air flow port 6 forms a suction back air flow channel, the solid garbage suction back port 5 is further provided with a first flip cover baffle 7 capable of being flipped up along with air flow suction, and the suction back air flow port 6 is provided with a second flip cover baffle 8 capable of being flipped up along with air flow suction back. In this application, the scrubber gets back to basic station 0 back, the resorption fan carries out the resorption earlier through resorption air current mouth 6, second flip baffle 8 turns up, open resorption air current passageway, in the wet dry rubbish resorption box 2 of bilge drum in the bilge drum of scrubber is gone back to, sewage leaks into bilge tank main part 1 through hole 21 that leaks, then carry out the wind channel and switch, carry out the resorption from solid rubbish resorption mouth 5, first flip baffle 7 turns up, open solid rubbish resorption passageway, in the fixed rubbish that will do on the wet separation box 2 returns suction mouth 5 suction to the dust bag from solid rubbish, realize the wet separation futilely.

Further, the bottom plate of the dry-wet separation box 2 is of an inclined plate-shaped structure 22, and the water leakage holes 21 are of a slope funnel-shaped structure, so that the flow of sewage can be accelerated. Meanwhile, the negative pressure in the sewage tank main body 1 can accelerate the filtration of sewage, so that the acting time is effectively shortened.

Further, the sewage tank main body 1 comprises a sewage tank body 11 and a sewage tank cover 12, the sewage tank cover 12 is covered on the sewage tank body 11 to form a closed space, the upper part of the sewage tank body 11 is provided with a dry-wet separation box fixing groove 13, the bottom of the dry-wet separation box 2 is detachably mounted in the dry-wet separation box fixing groove 13, the main body part of the dry-wet separation box 2 is arranged in the sewage tank cover 12, the solid garbage suction back port 5 and the suction back air flow port 6 of the sewage tank main body 1 are arranged on the side wall of the sewage tank cover 12, the first flip cover baffle 7 is hinged on the solid garbage suction back port 5 of the sewage tank cover 12, and the second flip cover baffle 8 is hinged on the suction back air flow port 6 of the sewage tank cover 12. Dry and wet garbage in the sewage tank of the floor washing machine can enter the dry and wet separation box 2 from the back suction pipeline. The sewage tank body 11 is mainly used for storing sewage, and the sewage tank cover 12 plays a main role in sealing the sewage tank 1, can bear weight and is convenient for arranging the air passage. The dry-wet separation box 2 can be replaced and cleaned, and the cleanness in the sewage tank 1 is guaranteed.

Furthermore, a sewage tank belt handle 16 and a sewage tank plastic handle 17 capable of being rotatably stored are further arranged on the sewage tank cover 12, and a sewage tank plastic handle storage position 18 matched with the sewage tank plastic handle 17 is further arranged on the sewage tank cover 12. Through setting up two handles can guarantee that sewage case 1 can be carried smoothly and put, sewage case plastic handle 17 can rotate to erect and carry out the hand, also can rotate to put in the position 18 is accomodate to sewage case plastic handle of putting flatly.

Further, a first ozone generator 10 is also installed in the sewage tank main body 1, and the first ozone generator 10 is fixed on the inner side wall of the sewage tank cover 12. The first ozone generator 10 can release ozone ions in the sewage tank main body 1 to perform a deodorization function of the sewage tank main body 1.

Further, a sewage pipe orifice 19 communicated with the inside of the sewage tank 11 is arranged at the bottom of the sewage tank 11, a concave portable sewage control groove 15 is arranged above the sewage pipe orifice 19 of the sewage tank 11, the portable sewage mechanism 3 is arranged at the lower end of the sewage tank 11, the portable sewage mechanism 3 comprises a sewage button 31, a reset rod 32 and a button reset spring 33, the sewage button 31 and the reset rod 32 are movably arranged in the portable sewage control groove 15 in the front-back direction, the reset rod 32 penetrates through the sewage button 31 and can move in the front-back direction on the sewage button 31, one end of the button reset spring 33 abuts against the portable sewage control groove 15, the other end abuts against the sewage button 31, a sewage outlet transmission rod 34 is further arranged above the sewage pipe orifice 19, the sewage outlet transmission rod 34 is sleeved with a sewage outlet reset spring 35, one end of the sewage outlet reset spring 35 abuts against the lower end of the sewage outlet 34, the other end abuts against the bottom surface of the portable sewage control groove 15, a drain sealing ring 36 is further fixed on the drain transmission rod 34, the drain sealing ring 36 is sealed above the drain opening 19 and can be away from and open the drain opening 19 along with the upward movement of the drain transmission rod 34, a through hole is formed in the bottom of the portable drain control groove 15, a through hole movably arranged in the upper end of the drain transmission rod 34 and penetrating through the bottom of the portable drain control groove 15 extends into the portable drain control groove 15, a chute 341 is further arranged on the drain transmission rod 34, an inclined sheet 311 matched with the chute 341 is arranged on the drain key 31, the inclined sheet 311 is movably arranged in the chute 341 and continuously abuts against and contacts with the upper top surface of the chute 341, in the process that the drain key 31 presses and moves into the portable drain control groove 15, the inclined sheet 311 can move forwards in the chute 341 and continuously pushes the chute 341 to drive the drain transmission rod 34 to move along the bottom of the portable drain control groove 15 The through hole moves upward so that the waste seal 36 is moved away to open the waste nozzle 19. The back part of the inclined piece 311 is further provided with a catching groove 312 matched with the top surface of the chute 341, when the back part of the inclined piece 311 enters the chute 341, the top surface of the chute 341 is clamped in the catching groove 312, so that the sewage discharging key 31 and the sewage discharging port transmission rod 34 form a fixed structure leaning against each other. The side of the sewage draining transmission rod 34 is also provided with an inclined plane 342, the side of the reset rod 32 is also provided with a triangular block 321 matched with the inclined plane 342, the triangular block 321 is attached to the inclined plane 342, and the triangular block 321 can be abutted to the inclined plane 342 to push the sewage draining transmission rod 34 to move upwards along with the process that the reset rod 32 drives the triangular block 321 to move in the portable sewage draining control slot 15. In this application, the sewage discharge process of the portable sewage discharge mechanism 3 is as follows: pressing the blowdown button 31 in controlling the trough 15 to portable blowdown, the sloping piece 311 of blowdown button 31 advances in, can promote the chute 341 and then drive the upward movement of drain transfer line 34, and then drive the upward movement of drain sealing washer 36 and keep away from the blowdown mouth of pipe 19, and the blowdown mouth of pipe 19 is opened, and the sewage in the sewage case main part 1 can be followed the blowdown mouth of pipe 19 and discharged. In the promotion in-process at blowdown button 31, button reset spring 33 and drain reset spring 35 all can compress, promote the certain degree, the rear portion of sloping piece 311 can get into chute 341, the top surface of chute 341 can block in catching groove 312, blowdown button 31 can be fixed each other with drain transfer line 34, blowdown button 31 can not reset under button reset spring 33's resilience force, drain transfer line 34 can not reset under drain reset spring 35's resilience force yet, make portable sewage discharging mechanism 3 be in a steady state who need not manual control, continuously blowdown, discharge the sewage in the sewage tank main part 1 totally. When sewage is discharged completely, the reset rod 32 is pressed down in the portable sewage discharge control groove 15, the reset rod 32 can push the inclined plane 342 through the triangular block 321 to drive the sewage discharge port transmission rod 34 to slightly lift up, the top surface of the chute 341 can be separated from the buckle groove 312, the sewage discharge key 31 and the sewage discharge port transmission rod 34 lose a fixed state of mutual leaning, the sewage discharge key 31 returns and resets under the resilience force of the key reset spring 33, the sewage discharge port transmission rod 34 also returns and resets under the resilience force of the sewage discharge port reset spring 35, and the sewage discharge port sealing ring 36 is driven to move downwards to seal the sewage discharge pipe opening 19. Meanwhile, the portable sewage discharging mechanism 3 is arranged on the sewage tank body 11, and when sewage is discharged, the whole sewage tank 1 can be lifted out for sewage discharging, so that the use is more convenient and portable.

Furthermore, a through hole is arranged on the sewage discharging key 31, the reset rod 32 is movable and penetrates through the through hole on the sewage discharging key 31, the portable sewage discharging control groove 15 is further provided with a reset rod reset spring 37, one end of the reset rod reset spring is abutted to be held in the portable sewage discharging control groove 15, and the other end of the reset rod reset spring is abutted to be held at the front end of the reset rod 32.

Further, the lower end of the sewage outlet transmission rod 34 is also provided with a limiting chassis 343, the sewage outlet return spring 35 is sleeved on the sewage outlet transmission rod 34, and the lower end of the sewage outlet return spring 35 is fixed on the limiting chassis 343.

Further, the drain sealing ring 36 is of a telescopic corrugated hose type structure, the lower portion of the drain transmission rod 34, the limiting base plate 343 and the drain return spring 35 are both arranged in the drain sealing ring 36, the upper portion of the drain sealing ring 36 is connected to the bottom surface of the portable drain control groove 15, and the lower portion of the drain sealing ring 36 is fixed on the limiting base plate 343. In the up-and-down movement process of the drain transmission rod 34, the lower part of the drain sealing ring 36 moves up and down along with the limiting base plate 343 by stretching, and is far away from or close to the drain pipe opening 19. Meanwhile, the drain sealing ring 36 can wrap the limiting base plate 343, the drain return spring 35 and the drain transmission rod 34, so that the components are prevented from being corroded by sewage.

Further, a sewage draining bottom cover 14 is arranged at the bottom of the sewage tank body 11, and a sewage draining pipe orifice 19 is arranged on the sewage draining bottom cover 14.

Further, the portable pollution discharge control slot 15 is provided with a spring limiting member 38, and the return rod return spring 37 and the key return spring 33 are both mounted on the spring limiting member 38, so that the positions of the return rod return spring 37 and the key return spring 33 are prevented from being shifted.

Further, a linear guide member 313 is arranged on the sewage disposal key 31, a linear limiting member 39 matched with the linear guide member 313 is further arranged on the inner side wall of the portable sewage disposal control groove 15, and the linear guide member 313 is slidably connected to the linear limiting member 39, so that linear guiding and limiting can be performed on the pressing process of the sewage disposal key 31, and the position of the sewage disposal key 31 is prevented from being deviated.

Further, automatic sewage discharging mechanism 4 sets up the lower extreme at sewage case main part 1, automatic sewage discharging mechanism 4 is including blowdown water pump 41, blowdown quick-operation joint 42, blowdown water pump 41 passes through the pipeline intercommunication through blowdown quick-operation joint 42 and sewage case 11, blowdown quick-operation joint 42 is including quick-operation joint face lid 421, quick-operation joint seat 422, quick-operation joint face lid 421 can be dismantled with quick-operation joint seat 422 and be connected formation quick-operation joint cavity, be provided with butt joint sealing washer 423 and filter screen 424 in the quick-operation joint cavity. In this application, automatic blowdown mechanism 4 can realize automatic blowdown function, and the user need not carry sewage case 1 to go to pour water, convenient and fast more. The sewage pump 41 can pump out the sewage in the sewage tank main body 1 through the quick sewage discharge connector 42, so that automatic sewage discharge is realized. The butt joint sealing ring 423 can seal the inlet connection part of the pollution discharge quick connector 42, and water leakage of the pollution discharge quick connector 42 is avoided. The filtering screen 424 can filter the solid garbage in the sewage, and the solid garbage is prevented from blocking the sewage pump 41. The quick sewage discharge connector 42 is of a detachable structure, and is convenient to detach for washing.

Furthermore, a quick joint pipe 425 is further arranged on the quick joint base 422, and a water inlet of the sewage pump 41 is connected with the quick joint pipe 425 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 4 further comprises a sewage pump box 43 and a sewage pump cover 44, the sewage pump 41 is installed in the sewage pump box 43 and is sealed by the sewage pump cover 44, and a through hole for avoiding the water inlet and the water outlet of the sewage pump 41 is further formed in the sewage pump box 43.

Further, a quick-coupling snap fastener 45 is further arranged between the quick-coupling face cover 421 and the quick-coupling head base 422, the quick-coupling snap fastener 45 comprises a fastening protrusion 451 and a limiting button 452 which are respectively arranged at the front end and the rear end, the quick-coupling face cover 421 is provided with a fastening groove 426 matched with the fastening protrusion 451, the fastening protrusion 451 is clamped in the fastening groove 426, the quick-coupling head base 422 is further provided with a button mounting through hole 427 matched with the limiting button 452, the limiting button 452 is clamped in the button mounting through hole 427, the quick-coupling head base 422 is further provided with a limiting return spring 46, the limiting return spring 46 is perpendicular to the limiting button 452, one end of the limiting return spring 46 abuts against the limiting button 452, and the other end of the limiting return spring abuts against the quick-coupling head base 422. In the application, when the quick connector is installed, the limit button can be abutted in 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 simultaneously in to the button installation through-hole, 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, a quick-connection head base 428 is further disposed in the middle of the interior of the quick-connection head base 422, the rear portion of the abutting-connection sealing ring 423 and the filtering screen 424 are both installed in the quick-connection head base 428, and one end, far away from the limit button 452, of the limit return spring 46 abuts against the outer side wall of the quick-connection head base 428.

Further, two quick-coupling snap fasteners 45 are provided, and the two quick-coupling snap fasteners 45 are respectively provided on two sides of the quick-coupling surface cover 421 and the quick-coupling head seat 422 to connect the quick-coupling surface cover 421 and the quick-coupling head seat 422.

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

Claims (9)

1. A sewage tank based on a floor washing machine base station comprises a base station main body and is characterized by comprising a sewage tank main body, a dry-wet separation box, a portable sewage draining mechanism and an automatic sewage draining mechanism, wherein the dry-wet separation box is arranged in the sewage tank main body;

the bottom of doing wet separation box is provided with the hole that leaks, be provided with the corresponding solid waste in position on the lateral wall of doing wet separation box and sewage case main part and return the suction inlet, just solid waste returns the suction inlet and is linked together and form the solid waste resorption passageway, still be provided with the resorption air current mouth on the lateral wall of sewage case main part, just the resorption air current mouth forms resorption air current passageway, still be provided with the first flip baffle that can go on turning up along with the air current resorption on the solid waste resorption suction inlet, be provided with the second flip baffle that can go on turning up along with the air current resorption on the resorption air current mouth.

2. The wastewater tank based on a floor washing machine base station as claimed in claim 1, wherein the bottom plate of the wet and dry separating box is in a sloping plate structure, and the water leakage hole is in a slope funnel structure.

3. The soil box of claim 1, wherein the soil box body comprises a soil box body and a soil box cover, the soil box cover is covered on the soil box body to form a closed space, the soil box body is provided at an upper portion thereof with a moisture-dry separation box fixing groove, a bottom portion of the moisture-dry separation box is detachably mounted in the moisture-dry separation box fixing groove, and a main body portion of the moisture-dry separation box is disposed in the soil box cover, the solid waste suction back port and the suction back flow port of the soil box body are disposed at a side wall of the soil box cover, and the first flap plate is hinged to the solid waste suction back port of the soil box cover, and the second flap plate is hinged to the suction back flow port of the soil box cover.

4. The sewage tank based on the floor washing machine base station as claimed in claim 3, wherein the sewage tank cover is further provided with a sewage tank belt handle and a sewage tank plastic handle capable of being rotatably accommodated, the sewage tank cover is further provided with a sewage tank plastic handle accommodating position matched with the sewage tank plastic handle, and the sewage tank body is further internally provided with a first ozone generator fixed on the inner side wall of the sewage tank cover.

5. The sewage tank based on the floor washing machine base station as claimed in claim 3, wherein the bottom of the sewage tank body is provided with a sewage discharge pipe orifice communicated with the inside of the sewage tank body, the sewage tank body is provided with an inward concave portable sewage discharge control groove above the sewage discharge pipe orifice, the portable sewage discharge mechanism is installed at the lower end of the sewage tank body, 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 both movably installed in the portable sewage discharge control groove in a front-back manner, the reset rod penetrates through the sewage discharge key and can move on the sewage discharge key in a front-back manner, one end of the key reset spring abuts against the portable sewage discharge control groove, the other end abuts against the sewage discharge key, a sewage discharge port transmission rod is further arranged above the sewage discharge pipe orifice, and is sleeved with the sewage discharge port reset spring, one end of the drain return spring is connected and supported at the lower end of the drain transmission rod, the other end of the drain return spring is supported and supported on the bottom surface of the portable sewage discharge control groove, a drain sealing ring is further fixed on the drain transmission rod, the drain sealing ring is sealed above the sewage discharge pipe orifice and can be kept away and opened along with the upward movement of the drain transmission rod, the bottom of the portable sewage discharge control groove is provided with a through hole, the upper end of the drain transmission rod is movably arranged and penetrates through the through hole at the bottom of the portable sewage discharge control groove to extend into the portable sewage discharge control groove, the drain transmission rod is further provided with a chute, a sewage discharge key is provided with an oblique sheet matched with the chute, the oblique sheet is movably arranged in the chute and is continuously supported and contacted with the upper top surface of the chute, and in the process that the key is pressed and moved into the portable sewage discharge control groove, the oblique sheet can move forwards in the oblique groove and continuously pushes the oblique groove to drive the drain port transmission rod to move upwards along the through hole at the bottom of the portable drain control groove, so that the drain port sealing ring is far away from the drain port opening; the rear part of the oblique sheet is also provided with a catching groove matched with the top surface of the chute, and when the rear part of the oblique sheet 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 which leans 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.

6. The sewage tank based on the floor washing machine base station as claimed in claim 5, wherein the lower end of the sewage draining exit transmission rod is further provided with a limiting chassis, the sewage draining exit return spring is sleeved on the sewage draining exit transmission rod, and the lower end of the sewage draining exit return spring is fixed on the limiting chassis; 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.

7. The sewage tank based on the base station of the floor washing machine as claimed in claim 3, wherein the automatic sewage draining mechanism is installed at the lower part of the sewage tank body, the automatic sewage draining mechanism comprises a sewage draining pump and a sewage draining quick connector, the sewage draining pump is communicated with the sewage tank body through the sewage draining quick connector, the sewage draining quick connector comprises a quick connector surface cover and a quick connector base, the quick connector surface cover and the quick connector base are detachably connected to form a quick connector cavity, and a butt sealing ring and a filtering screen are arranged in the quick connector cavity.

8. The sewage tank based on the base station of the floor washing machine as claimed in claim 7, wherein the quick connector base is further provided with a quick connector pipe, and a water inlet of the sewage pump is connected with the quick connector pipe through a pipeline; 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.

9. The sewage tank based on the base station of the floor washing machine as claimed in claim 7, wherein a quick coupling snap fastener is further arranged between the quick coupling cover and the quick coupling base, the quick coupling snap fastener comprises a fastening protrusion and a limiting button which are respectively arranged at the front end and the rear end, the quick coupling cover is provided with a fastening groove adapted to the fastening protrusion, the fastening protrusion is fastened in the fastening groove, the quick coupling base is further provided with a button mounting through hole adapted to the limiting button, the limiting button is fastened in the button mounting through hole, the quick coupling base is further provided with a limiting return spring, the limiting return spring is perpendicular to the limiting button, one end of the limiting return spring abuts against the limiting button, and the other end abuts against the inside of the quick coupling base;

the middle part in the fast 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;

the quick connector face cover is connected with the quick connector head seat through the quick connector snap fasteners.

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