CN204562018U - Robot for cleaning floor and sewage discharger thereof - Google Patents
Robot for cleaning floor and sewage discharger thereof Download PDFInfo
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- CN204562018U CN204562018U CN201520065494.1U CN201520065494U CN204562018U CN 204562018 U CN204562018 U CN 204562018U CN 201520065494 U CN201520065494 U CN 201520065494U CN 204562018 U CN204562018 U CN 204562018U
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Abstract
The utility model discloses a kind of robot for cleaning floor and sewage discharger thereof, this sewage discharger comprises the first drive unit, stop device and the control device that are installed on the fuselage of this robot for cleaning floor; First drive unit is fixedly connected with in the circumferential with one end of towing the head of this robot for cleaning floor; Stop device is fixedly connected with in the circumferential operably with the other end towed the head, and control device controls the first drive unit and drives one end to rotate to and fro in certain angle, the sewage in towing the head to back-out.Implement the technical solution of the utility model, this sewage discharger can match with towing the head, and discharge by the mode reversed the interior sewage that tows the head fast, make to tow the head after cleaning and can wring out fast, thus make the robot for cleaning floor being provided with this sewage discharger can complete the work of cleaning and towing the head fast.While ensure that the cleaning performance towed the head, improve the operating efficiency of this robot for cleaning floor.
Description
Technical field
The utility model relates to cleaning applications, especially relates to a kind of robot for cleaning floor and sewage discharger thereof.
Background technology
Along with the development of modern science and technology, the robot for cleaning floor of automation comes into general family life gradually, has not only shared part housework, also adds family life enjoyment.
But, now universal gradually robot for cleaning floor also exists to be needed manually to change the problem towed the head, namely robot for cleaning floor after a period of operation, a certain amount of dust and foreign material will be accumulated on towing the head, tow the head if can not change timely, the cleaning effect of robot for cleaning floor then can be made to have a greatly reduced quality, daily use can not be met.Further, the dust on towing the head and foreign material also likely continuing to enter in the fuselage of this robot for cleaning floor in the process used, cause shorten the service life of this robot for cleaning floor.
Utility model content
The technical problems to be solved in the utility model is, provides a kind of robot for cleaning floor and sewage discharger thereof.
The utility model solves the technical scheme that its technical problem adopts: construct a kind of robot for cleaning floor sewage discharger, comprise the first drive unit, stop device and the control device that are installed on the fuselage of this robot for cleaning floor;
Described first drive unit is fixedly connected with in the circumferential with one end of towing the head of this robot for cleaning floor; Described stop device is fixedly connected with in the circumferential operably with the described other end towed the head, and described control device controls described first drive unit and drives described one end to rotate to and fro in certain angle, the sewage in towing the head to back-out.
In robot for cleaning floor sewage discharger of the present utility model, described sewage discharger also comprises installation shaft joining with the output shaft of the first drive unit, described in tow the head and be removably set in described installation shaft.
In robot for cleaning floor sewage discharger of the present utility model, described installation shaft is installed on described fuselage, and can move around between a higher position and a lower position relative to described fuselage;
Described sewage discharger also comprises the lifting apparatus be arranged on described water container, and described lifting apparatus matches with described installation shaft, operably described installation shaft is raised to described higher position by described lower position; Described tow the head along with described installation shaft move to described higher position time, match with described stop device.
In robot for cleaning floor sewage discharger of the present utility model, described control device and described first drive unit communicate to connect, with when described installation shaft moves to described higher position, control described first drive unit and drive the rotating in certain angle of described installation shaft.
In robot for cleaning floor sewage discharger of the present utility model, described sewage discharger also comprises the guide being arranged on described installation shaft one end, and described guide matches with described lifting apparatus;
Described lifting apparatus comprises the parabolicantenna cam matched with described guide.
In robot for cleaning floor sewage discharger of the present utility model, described two ends of towing the head are respectively arranged with a pair end cap, wherein an end cap is fixedly connected with in the circumferential with described installation shaft, and another end cap is fixedly connected with in the circumferential operably with described stop device.
The utility model have also been constructed a kind of robot for cleaning floor, comprise fuselage and tow the head, described towing the head is arranged on described fuselage, it is characterized in that, also comprise the cleaning assembly that tows the head for towing the head described in cleaning, the described cleaning assembly that tows the head comprises above-mentioned robot for cleaning floor sewage discharger, and the water container of the below of towing the head described in being operatively arranged on, and described water container is accepted from the described sewage of discharging that tows the head.
In robot for cleaning floor of the present utility model, described in the cleaning assembly that tows the head also comprise:
Clear water feeding mechanism, with described corresponding setting of towing the head, with by clear water shower on described towing the head;
Device for recycling sewage, is connected operably with described water container, to extract the sewage in described water container out.
Sewage-treatment plant, is connected between described device for recycling sewage and described clear water feeding mechanism.
In robot for cleaning floor of the present utility model, the described cleaning assembly that tows the head also comprises the housing of the fuselage afterbody being arranged on robot for cleaning floor, the bottom of described housing is provided with opening, described towing the head is arranged in described housing, described housing is provided with the water inlet for being communicated with described clear water feeding mechanism;
Described water container is rotatably connected on the both ends of described housing; The described cleaning assembly that tows the head also comprises the upset assembly for driving the relatively described housing upset of described water container.
In robot for cleaning floor of the present utility model, the both sides of described water container are provided with biside plate, and described biside plate is hinged with the both sides of described housing respectively; The top of described biside plate is provided with the equally distributed driving cog of periphery along described side plate;
The power transmission shaft that described upset assembly comprises the second drive unit, is connected with the rotating shaft of described second drive unit, and be arranged on two travelling gears on described power transmission shaft; Described two travelling gears respectively corresponding described biside plate are arranged, and match with the driving cog at the top of described biside plate.
Implement the technical solution of the utility model, at least there is following beneficial effect: this sewage discharger can match with towing the head, and discharge by the mode reversed the interior sewage that tows the head fast, make to tow the head after cleaning and can wring out fast, thus make the robot for cleaning floor being provided with this sewage discharger can complete the work of cleaning and towing the head fast.While ensure that the cleaning performance towed the head, improve the operating efficiency of this robot for cleaning floor.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the perspective view with the robot for cleaning floor of this sewage discharger in an embodiment of the present utility model;
Fig. 2 is the structural representation of face clean robot when top cover is removed as shown in Figure 1;
Fig. 3 is the explosive view of face clean robot as shown in Figure 1;
Fig. 4 is the perspective view of the sewage discharger in an embodiment of the present utility model;
Fig. 5 is the perspective view of another angle of the sewage discharger shown in Fig. 4;
Fig. 6 is the structural representation of installation shaft in an embodiment of the present utility model and end cap.
Wherein, 1, fuselage; 11, top cover; 12, dust exhaust apparatus; 2, walking unit; 3, tow the head; 41, water container; 411, side plate; 412, driving cog; 413, lifting apparatus; 42, confined space; 421, water inlet; 422, delivery port; 431, clear water feeding mechanism; 433, water transport port; 434, filtration core; 435, clear water transfer pump; 44, device for recycling sewage; 451, the first drive unit; 452, installation shaft; 4521, cross section; 453, end cap; 454, stop device; 455, guide; 456, truckle; 457, disinfecting device; 461, the second drive unit; 462, power transmission shaft; 463, travelling gear; 5, screen pack; 6, housing.
Detailed description of the invention
In order to there be understanding clearly to technical characteristic of the present utility model, object and effect, now contrast accompanying drawing and describe detailed description of the invention of the present utility model in detail.
Fig. 1 to Fig. 6 shows the robot for cleaning floor with this robot for cleaning floor sewage discharger in the utility model preferred embodiment.This robot for cleaning floor sewage discharger can be used for robot for cleaning floor common on the market, it can be wrung out after making 3 cleanings of towing the head of this robot for cleaning floor fast, thus the robot for cleaning floor that can ensure to have this robot for cleaning floor sewage discharger can complete the work of cleaning and towing the head fast, thus while ensure that the cleaning performance towed the head, also improve the operating efficiency of this robot for cleaning floor.
This robot for cleaning floor can comprise fuselage 1 in certain embodiments, and be installed on walking unit 2 on fuselage 1, tow the head 3 and the cleaning assembly that tows the head.As shown in Figure 1, this fuselage 1 is as the agent structure of this robot for cleaning floor, and the Main Function of this fuselage 1 is to install for all parts of this robot for cleaning floor, makes all parts form an entirety.And this fuselage 1 possesses certain intensity, the normal work of all parts of this robot for cleaning floor can be ensured preferably.
In certain embodiments, the shape of this fuselage 1 is preferably rounded or oval, the key benefit of circular fuselage 1 is that this robot for cleaning floor can have fuselage 1 edge of circular arc, when then this robot for cleaning floor carries out cleaning operation in indoor, even if there is certain collision with the turning of indoor or furniture, fuselage 1 edge of circular arc also can play good cushioning effect.In certain embodiments, the material of this fuselage 1 is preferably plastics, and the fuselage 1 of plastic material possesses the advantage of light easy movement, makes to receive or this robot for cleaning floor mobile very time saving and energy saving.
Again as shown in Figure 1, walking unit 2 is provided with bottom fuselage 1, the Main Function of this walking unit 2 is to drive this robot for cleaning floor in indoor activity, generally, this walking unit 2 comprises mobile wheels, mobile wheels can comprise the universal guide wheel foremost of the direction of advance being arranged on fuselage 1, and are arranged on the pair of driven of both sides of fuselage 1.
In certain embodiments, this moves the structure that wheels can also adopt other, such as, is distributed in bottom fuselage 1, three universal guide wheels of the distribution in equilateral triangle, or, be arranged on larger universal guide wheel of a RC wheel hub bottom fuselage 1 etc.
This cleaning assembly that tows the head can tow the head 3 under not dismantling, and under not needing artificial prerequisite, cleaning tows the head 3.Generally, tow the head and 3 be positioned at rear bottom fuselage 1.This tow the head 3 Main Function to be to dawdle to be cleaned of this robot for cleaning floor process.And except Clean-towing the head is set, also clearing apparatus and dust exhaust apparatus 12 etc. can be set the front bottom the fuselage 1 of robot for cleaning floor.
This tow the head 3 shape preferably in cylindrical shape.Preferably, tow the head and 3 can also to walk on the ground, to reduce the burden of walking unit 2, and promote cleaning effect.Again preferably, tow the head 3 in the process of walking, between the mobile wheels of tow the head 3 meetings and above-mentioned walking unit 2, produce speed difference, thus can ensure further this tow the head 3 effect of dawdling, therefore, the cleaning effect of this robot for cleaning floor is better, and cleaning efficiency is higher.
And 3 materials that tow the head can think the formation material of common rag, also can make for materials such as sponges.
Consult Fig. 1 to Fig. 5, this cleaning assembly that tows the head can comprise clear water feeding mechanism 431, sewage discharger, water container 41 and device for recycling sewage 44 in certain embodiments.This clear water feeding mechanism 431 to be arranged on described fuselage 1 and with tow the head 3 corresponding, with by clear water shower to towing the head on 3.This sewage discharger is arranged on fuselage 1, and 3 to match with towing the head, to be discharged by the sewage towed the head in 3.This water container 41, be arranged on operably tow the head 3 below, to accept from 3 sewage extruded that tow the head.This device for recycling sewage 44 is arranged on described fuselage 1, and is connected operably with water container 41, to extract the sewage in water container 41 out.
Further, this robot for cleaning floor also can comprise sewage-treatment plant, and this sewage-treatment plant is connected between this device for recycling sewage and this clear water feeding mechanism.Then above-mentioned clear water feeding mechanism, sewage discharger, water container 41, device for recycling sewage and sewage-treatment plant constitute a water circulation system, make to clean tow the head can once add rear Reusability with water, also assures that the cleaning performance towed the head while energy-conserving and environment-protective.
In certain embodiments, this sewage discharger can comprise the first drive unit 451, stop device 454 and control device (not shown).First drive unit 451 with tow the head 3 one end be fixedly connected with in the circumferential.Stop device 454 with tow the head 3 the other end be fixedly connected with operably in the circumferential, control device controls the first drive unit 451 and drives this one end to rotate to and fro in certain angle, the sewage towed the head to back-out in 3.
Particularly, sewage discharger also comprises installation shaft 452 joining with the output shaft of the first drive unit 451, tows the head 3 to be removably set in installation shaft 452.This installation shaft 452 is installed on fuselage 1, and can move around between a higher position and a lower position relative to fuselage 1.
In certain embodiments, this sewage discharger also comprises the lifting apparatus 413 be arranged on water container 41, and lifting apparatus 413 matches with installation shaft 452, operably installation shaft 452 is raised to higher position by lower position.Tow the head 3 along with installation shaft 452 move to higher position time, match with stop device 454, by tow the head 3 respective end fix in the circumferential, this respective end can not be rotated along with installation shaft 452.Control device and the first drive unit 451 communicate to connect, with when installation shaft 452 moves to higher position, control first drive unit 451 drive installation axle 452 rotating in certain angle, and then drive tow the head 3 and the adjacent one end rotating in certain angle of the first drive unit 451.
Sewage discharger also comprises the guide 455 being arranged on installation shaft 452 one end, and guide 455 matches with lifting apparatus 413, so that the force transmission produced by lifting apparatus 413 is to installation shaft 452.Preferably, lifting apparatus 413 comprises the parabolicantenna cam matched with guide 455, the rotation of parabolicantenna cam to be converted to the lifting rectilinear motion of guide 455.Guide 455 can be rotationally connected with above-mentioned one end of installation shaft 452 in certain embodiments.
In certain embodiments, this tow the head 3 two ends can be respectively arranged with a pair end cap 453, wherein an end cap 453 is fixedly connected with in the circumferential with installation shaft 452, and another end cap 453 is fixedly connected with in the circumferential operably with stop device 454.In certain embodiments, consult Fig. 6, end cap 453 be connected to tow the head 3 two ends and 3 be located in installation shaft 452 together along with this tows the head, the centre of end cap 453 is provided with the perforate of passing for installation shaft 452.Preferably, the cross section 4521 of the end cap of installation shaft 452 and the close one end of the first drive unit 451 is in non-circular (such as, regular hexagon).Correspondingly, the shape of the perforate corresponding site of this end cap 453 is also in non-circular, and size is suitable, 3 to be fixed in the circumferential near one end of the first drive unit 451 with towing the head to make the first drive unit 451.And 3 two ends of towing the head are when being provided with end cap 453, this end cap 453 matches with stop device 454, make this tow the head 3 one end fixing not along with installation shaft 452 is rotated.
Particularly, as shown in Figure 2, above-mentioned clear water feeding mechanism 431 is arranged in fuselage 1, above-mentioned clear water feeding mechanism 431 is provided with water transport port 433 and inlet 432, and the sidepiece of clear water feeding mechanism 431 is provided with clear water transfer pump 435, for extruding clear water.Particularly, tow the head 3 when being mounted to the rear portion of fuselage 1, tow the head 3 on can be provided with housing 6, then the side of housing 6 can be formed with a water inlet 421 be communicated with the water transport port 433 of clear water feeding mechanism 431, the clear water extruded in clear water feeding mechanism 431 through water transport port 433 and water inlet 421 backlash to towing the head 3, so that the foreign material towed the head on 3 and dust are rinsed well.And 3 water that can absorb a part that tow the head in the process of rinsing, to make to tow the head in 3 dirty also can be cleaned to.
Again as shown in Figure 2, above-mentioned water container 41 is arranged on the rear of fuselage 1 actively, above-mentioned water container 41 can be used for operability form tow the head 3 water receiving chamber.Namely after above-mentioned water container 41 overturns, from tow the head 3 top turn to tow the head 3 bottom, make to rinse tow the head 3 sewage can be caught, thus can ensure cleaning tow the head 3 water can not spill fuselage 1.And the sewage that above-mentioned water container 41 is caught can also use by iterative cycles after reclaiming and filtering, very energy-conserving and environment-protective.
Consult Fig. 3, when 3 rear portions being mounted to fuselage 1 of towing the head, and tow the head 3 on when can be provided with housing 6, then above-mentioned water container 41 can be the semicircle lid of one end open, and the opening shape of the above-mentioned opening shape of semicircle lid and the housing 6 at fuselage 1 rear portion matches.When tow the head 3 normally work time, above-mentioned water container 41 is movably connected in the top of the housing 6 at fuselage 1 rear portion, tows the head 3 to fall from the opening of the housing 6 at fuselage 1 rear portion and to contact with to be cleaned.Above-mentioned robot for cleaning floor also comprises the upset assembly for driving the relative housing 6 of water container 41 to overturn, when tow the head 3 need cleaning time, above-mentioned water container 41 can under the drive of upset assembly, stir from the top of housing 6 towards the openend of housing 6, till the opening of the complete covering shell 6 of opening of water container 41.
In addition, above-mentioned water container 41 can also be the arc covers of a side opening, and the opening radian of above-mentioned arc covers is very little.Tow the head 3 when normally working, above-mentioned arc covers be arranged on tow the head 3 outside, tow the head and 3 to fall from the opening of arc covers and contact with to be cleaned, when tow the head 3 need cleaning time, above-mentioned arc covers overturns under the operation of external force, until arc covers is opening up, then tow the head 3 bottom just caught by opening up arc covers.
Consult Fig. 2 again, above-mentioned water container 41 is rotatably connected on the both ends of housing 6, and under the drive of upset assembly, water container 41 is along the outer surface of housing 6, stir from the top of housing 6 towards the openend of housing 6, till the opening of the complete covering shell 6 of water container 41.
When water container 41 is movably connected in the both ends of housing 6, then consult Fig. 3, the both sides of above-mentioned water container 41 are provided with biside plate 411, and biside plate 411 is hinged with the both sides of housing 6 respectively; The top of biside plate 411 is provided with the equally distributed driving cog 412 of periphery along side plate 411.The power transmission shaft 462 that upset assembly can comprise the second drive unit 461 in certain embodiments, be connected with the rotating shaft of the second drive unit 461, and be arranged on two travelling gears 463 on power transmission shaft 462.Two travelling gears 463 respectively corresponding biside plate 411 are arranged, and match with the driving cog 412 at the top of biside plate 411.
As shown in Figures 3 to 5, tow the head and 3 be directly located in above-mentioned installation shaft 452, above-mentioned installation shaft 452 directly links with the rotating shaft of the first drive unit 451, then tow the head and 3 can to rotate along with above-mentioned installation shaft 452, make directly dawdle with ground in above-mentioned 3 processes can advanced at robot for cleaning floor that tow the head.And the one end in the housing 6 at fuselage 1 rear portion is formed with a lifting space of sliding for the first drive unit 451 oscilaltion, then above-mentioned first drive unit 451 can drive 3 oscilaltions of towing the head in above-mentioned installation shaft 452 and installation shaft 452.Particularly, in the process mopped floor, towing the head 3 falls; Tow the head 3 dirty after, tow the head 3 can along with installation shaft 452 be lifted after take in fuselage 1.
In certain embodiments, after above-mentioned water container 41 overturns, parabolicantenna cam on the internal face of the side plate 411 of water container 41 and the guide 455 in installation shaft 452 link, tow the head immediately below 3 along with water container 41 thoroughly turn to, this parabolicantenna cam and guide 455 can drive above-mentioned towing the head 3 to take in thoroughly in fuselage 1.And the housing 6 of fuselage 1 and water container 41 can form a closed space, will tow the head 3 seals, and so both can make to clean 3 can thoroughly be reclaimed with water of towing the head, also can to 3 effects playing moisturizing that tow the head.Even if do not use robot for cleaning floor at ordinary times, also 3 can seal moisturizing by towing the head, thus ensure to tow the head and 3 can not to become dry, be beneficial to tow the head 3 service life and result of use.Above-mentioned robot for cleaning floor also can comprise disinfecting device 457 in certain embodiments, and disinfecting device 457 can be ultraviolet germicidal in certain embodiments, its with tow the head 3 just right, 3 to carry out disinfection to towing the head, sterilization.
Tow the head and 3 to be incorporated in fuselage 1 after sealing, the water that clear water feeding mechanism is 431 li is flushed to and tows the head on 3, after the dirty cleanings such as the dust that tows the head in 3, sewage also needs to be discharged, as shown in Figures 3 to 5, above-mentioned stop device 454 can be used for after 3 rises of towing the head, stop device 454 with tow the head 3 the contact of one end, make to tow the head 3 one end can not rotate along with installation shaft 452, be namely fixed in the circumferential.After now starting the first drive unit 451, first drive unit 451 rotating repeatedly again, the sewage towed the head in 3 be arranged in installation shaft 452 can be back-outed, thus reach cleaning tow the head 3 object.Understandably, 3 modes being not limited to employing stubborn that tow the head carry out draining, and it also can adopt crowded mode to carry out draining.
In some embodiments, after the sewage towed the head in 3 is screwed out, tow the head 3 lower end caught by above-mentioned water container 41, and above-mentioned water container 41 with tow the head 3 the just right internal face of sidewall on be provided with backflash.The side of above-mentioned water container 41 is also provided with delivery port 422, and this backflash is communicated with delivery port 422, and the groove footpath of backflash is towards the direction gradual change type increase of delivery port 422.
Above-mentioned device for recycling sewage 44 is arranged on delivery port 422 place of water container 41 side, for being extracted out by sewage.Generally, this device for recycling sewage 41 can be a drip pump.Above-mentioned robot for cleaning floor also can comprise the filtration core 434 be arranged in clear water feeding mechanism 431 and the screen pack 5 being arranged on clear water feeding mechanism 431 top, and filtration core 434 and screen pack 5 constitute the sewage-treatment plant of above-mentioned robot for cleaning floor.Wherein, the filtering accuracy of screen pack 5 can be 5 microns, can be used for filtering out the material such as hair, dust, to realize the preliminary treatment to sewage.The filtering accuracy of filtration core 434 can be 0.2 microns, can be used for filtering out liquid detergent, bacterium, pigment etc., to realize further process to sewage, reach the effect of cascade filtration, and make the cleannes of the sewage after process reach the degree can washing dish.Understandably, in some cases, if to the not exigent occasion of sewage disposal precision, also can single filter be only had.
Generally, above-mentioned screen pack 5 is positioned at the rear portion of the fuselage 1 of whole robot for cleaning floor.The top of above-mentioned fuselage 1 is provided with removably top cover 11, so that add clear water, after opening the top cover 11 at above-mentioned fuselage 1 top, the water that the clear water added all recycles all first by using again after the filtration of above-mentioned screen pack 55, make above-mentioned robot for cleaning floor tow the head 3 automatic cleaning performance better.
To sum up, the specific works process of robot for cleaning floor of the present utility model is as follows:
Robot for cleaning floor of the present utility model in the process mopped floor, tow the head 3 can under the drive of the first drive unit 451 and installation shaft 452 High Rotation Speed so that floor mopping device is clean.And can by setting, allow tow the head 3 linear speed be greater than the advance linear speed of robot for cleaning floor, with more preferably cleaning floor.After work a period of time, tow the head 3 dirty after, robot for cleaning floor can halt, water container 41 begins turning, while treating that water container 41 turn to and forms confined space 42 with the housing 6 at fuselage 1 rear portion, by the interlock of lifting apparatus 413 and guide 455 by installation shaft 452 and be arranged on towing the head in installation shaft 452 and 3 be raised in confined space 42.Water in clear water feeding mechanism 431 is imported in the confined space 42 of housing 6 and water container 41 formation, the water entered in confined space 42 rushes to tow the head and 3 to clean, and after the certain height of 3 liftings of towing the head, tow the head 3 the end cap 453 of one end contact with stop device 454 make to tow the head 3 one end fix, the sewage towed the head in 3 is repeatedly back-outed by 3 mounted motor rotatings of now towing the head afterwards.Sewage is fallen after on water container 41 and is drawn out of from delivery port 422 through backflash, the addle of extracting out first enters in clear water feeding mechanism 431 after the filtration of screen pack 5, recycling once on just carrying out after the filtration of filtration core 434 again in clear water feeding mechanism 431.And towing the head 3 after being wrung out, water container 41 can overturn back original position again, tows the head 3 to fall, then the robot for cleaning floor be somebody's turn to do continues to mop floor.
The robot for cleaning floor be somebody's turn to do after cleaning completes or low electricity time, robot for cleaning floor can auto-returned charging station.In the process of charging, robot for cleaning floor repeatedly can clean repeatedly automatically by presetting realization, and concrete cleaning process is consistent with above-mentioned, is not repeated herein.In addition, in charging process, water container 41 can turn to and form confined space 42 with the housing 6 at fuselage 1 rear portion, namely renovates and can not open, by tow the head 3 be sealed in confined space 42 with preserve tow the head 3 moisture, be convenient to reusing of robot for cleaning floor.
In certain embodiments, consult Fig. 4, the top of above-mentioned guide 455 is located in installation shaft 452, and the bottom of guide 455 is provided with truckle 456, to realize being slidably matched of guide 455 and lifting apparatus 413.The Main Function of above-mentioned truckle 456 is to reduce the frictional force between guide 455 and lifting apparatus 413, makes the cooperation between above-mentioned guide 455 and lifting apparatus 413 more smooth and easy.
To sum up, the robot for cleaning floor in this has the cleaning assembly that tows the head, tow the head cleaning assembly can not take off tow the head 3 prerequisite under, will tow the head 3 cleans up, and whole cleaning process does not need manual operation.3 utilize with water energy iterative cycles and cleaning is towed the head, makes this robot for cleaning floor can use for a long time after once adding water.Then this robot for cleaning floor uses simple, easy to operate, and cleaning effect is better, longer service life.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various change, combination and change.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within right of the present utility model.
Claims (10)
1. a robot for cleaning floor sewage discharger, is characterized in that, comprise be installed on this robot for cleaning floor fuselage (1) on the first drive unit (451), stop device (454) and control device;
Described first drive unit (451) is fixedly connected with in the circumferential with the one end of tow the head (3) of this robot for cleaning floor; Tow the head with the described other end of (3) of described stop device (454) is fixedly connected with in the circumferential operably, described control device controls described first drive unit (451) and drives described one end to rotate to and fro in certain angle, the sewage in towing the head to back-out.
2. robot for cleaning floor sewage discharger according to claim 1, it is characterized in that, described sewage discharger also comprises the joining installation shaft of output shaft (452) with the first drive unit (451), described in tow the head (3) be removably set in described installation shaft (452).
3. robot for cleaning floor sewage discharger according to claim 2, it is characterized in that, described installation shaft (452) is installed on described fuselage (1), and can move around between a higher position and a lower position relative to described fuselage (1);
Described sewage discharger also comprises the lifting apparatus (413) be arranged on water container (41), described lifting apparatus (413) matches with described installation shaft (452), operably described installation shaft (452) is raised to described higher position by described lower position; Described tow the head (3) along with described installation shaft (452) move to described higher position time, match with described stop device (454).
4. robot for cleaning floor sewage discharger according to claim 3, it is characterized in that, described control device and described first drive unit (451) communicate to connect, with when described installation shaft (452) moves to described higher position, control described first drive unit (451) and drive described installation shaft (452) rotating in certain angle.
5. robot for cleaning floor sewage discharger according to claim 3, it is characterized in that, described sewage discharger also comprises the guide (455) being arranged on described installation shaft (452) one end, and described guide (455) matches with described lifting apparatus (413);
Described lifting apparatus (413) comprises the parabolicantenna cam matched with described guide (455).
6. robot for cleaning floor sewage discharger according to claim 2, it is characterized in that, described two ends of towing the head (3) are respectively arranged with a pair end cap (453), wherein an end cap (453) is fixedly connected with in the circumferential with described installation shaft (452), and another end cap (453) is fixedly connected with in the circumferential operably with described stop device (454).
7. a robot for cleaning floor, comprise fuselage (1) and tow the head (3), described tow the head (3) are arranged on described fuselage (1), it is characterized in that, also comprise the cleaning assembly that tows the head for tow the head described in cleaning (3), the described cleaning assembly that tows the head comprises the robot for cleaning floor sewage discharger described in any one of claim 1 to 6, and the water container (41) of the below of tow the head described in being operatively arranged on (3), described water container (41) accepts the sewage of discharging from described tow the head (3).
8. robot for cleaning floor according to claim 7, is characterized in that, described in the cleaning assembly that tows the head also comprise:
Clear water feeding mechanism (431), (3) corresponding setting of towing the head with described, with by clear water shower to described in tow the head on (3);
Device for recycling sewage (44), is connected operably with described water container (41), to extract the sewage in described water container (41) out.
Sewage-treatment plant, is connected between described device for recycling sewage (44) and described clear water feeding mechanism (431).
9. robot for cleaning floor according to claim 8, it is characterized in that, the described cleaning assembly that tows the head also comprises the housing (6) at fuselage (1) rear portion being arranged on robot for cleaning floor, the bottom of described housing (6) is provided with opening, described tow the head (3) are arranged in described housing (6), described housing (6) are provided with the water inlet (421) for being communicated with described clear water feeding mechanism (431);
Described water container (41) is rotatably connected on the both ends of described housing (6); The described cleaning assembly that tows the head also comprises the upset assembly for driving the relatively described housing (6) of described water container (41) to overturn.
10. robot for cleaning floor according to claim 9, it is characterized in that, the both sides of described water container (41) are provided with biside plate (411), and described biside plate (411) is hinged with the both sides of described housing (6) respectively; The top of described biside plate (411) is provided with the equally distributed driving cog of periphery (412) along described side plate (411);
The power transmission shaft (462) that described upset assembly comprises the second drive unit (461), is connected with the rotating shaft of described second drive unit (461), and be arranged on two travelling gears (463) on described power transmission shaft (462); Described two travelling gears (463) respectively corresponding described biside plate (411) are arranged, and match with the driving cog (412) at the top of described biside plate (411).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520065494.1U CN204562018U (en) | 2015-01-29 | 2015-01-29 | Robot for cleaning floor and sewage discharger thereof |
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| CN201520065494.1U CN204562018U (en) | 2015-01-29 | 2015-01-29 | Robot for cleaning floor and sewage discharger thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016119662A1 (en) * | 2015-01-29 | 2016-08-04 | 梁胜昔 | Floor cleaning robot with automatic cleaning mop head and mop head cleaning component |
| WO2016119663A1 (en) * | 2015-01-29 | 2016-08-04 | 梁胜昔 | Floor cleaning robot and water collection apparatus thereof |
-
2015
- 2015-01-29 CN CN201520065494.1U patent/CN204562018U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016119662A1 (en) * | 2015-01-29 | 2016-08-04 | 梁胜昔 | Floor cleaning robot with automatic cleaning mop head and mop head cleaning component |
| WO2016119663A1 (en) * | 2015-01-29 | 2016-08-04 | 梁胜昔 | Floor cleaning robot and water collection apparatus thereof |
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