CN209301016U - Controllable water supply device and sweeping robot - Google Patents
Controllable water supply device and sweeping robot Download PDFInfo
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- CN209301016U CN209301016U CN201821770630.7U CN201821770630U CN209301016U CN 209301016 U CN209301016 U CN 209301016U CN 201821770630 U CN201821770630 U CN 201821770630U CN 209301016 U CN209301016 U CN 209301016U
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- sweeping robot
- water
- supply device
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Abstract
The utility model discloses a kind of controllable water supply device and sweeping robots, belong to floor cleaning technical field, solve the problems, such as that interior water yield is difficult to control at work, carpet ponding for water system in the prior art.Above-mentioned controllable water system includes water tank, two layers of flow guide sleeve of socket, runner, infiltration item, stepper motor, Power Supply Assembly, information acquisition unit and controller；Flow guide sleeve runs through water tank, wherein one layer of flow guide sleeve is equipped with flow guiding slit along the vertical direction, another layer of flow guide sleeve is equipped with deflector hole, and stepper motor drives two layers of flow guide sleeve to relatively rotate；Floor type signal, the sweeping robot that information acquisition unit is used to acquire in front of sweeping robot jolt signal and speed signal；Controller judges sweeping robot traveling on carpet or floor, and output control signal control Power Supply Assembly closes or opens.Above-mentioned controllable water supply device can be used for supplying water for the rag of sweeping robot.
Description
Technical field
The utility model relates to a kind of ground swe eper more particularly to a kind of controllable water supply devices and sweeping robot.
Background technique
It is also higher and higher to the requirement of automation in daily life with automation development.
Sweeping robot is a kind of for the clean device in ground, as sweeping robot is attached to the appearance of water tank rag,
Mopping floor becomes increasingly easier.
Existing sweeping robot is mostly automatic outletting water tank, at work between in, water speed is all random out, it is difficult to
Control is unable to satisfy the requirement of the different water yields under varying environment and medium, to influence cleaning effect.
In addition, currently, the sweeping robot with water tank can carry out dust suction to ground during the work time and wiping is grasped
Make.When sweeping robot cleans on to carpet, since the roughening of carpet is very big, cause sweeping robot in carpet
On travel speed it is very slow, especially that shag carpet, the travel speed of sweeping robot is just very slower.In such situation
Under, the water in water tank is easy to accumulate on carpet by rag, to impact to carpet.
Summary of the invention
In view of above-mentioned analysis, the utility model is intended to provide a kind of controllable water supply device and sweeping robot, solves existing
The problem of having in technology a water system interior water yield be difficult to control at work, carpet ponding.
The purpose of this utility model is mainly achieved through the following technical solutions:
The utility model provides a kind of controllable water supply device, including water tank, two layers of flow guide sleeve of socket, runner, infiltration
Item, stepper motor, Power Supply Assembly, information acquisition unit and controller for powering for stepper motor；Flow guide sleeve runs through water tank,
Wherein one layer of flow guide sleeve is equipped with flow guiding slit along the vertical direction, and another layer of flow guide sleeve is equipped with deflector hole, and stepper motor drives two layers
Flow guide sleeve relatively rotates；Information acquisition unit is used to acquire floor type signal, sweeping robot in front of sweeping robot and runs
It winnows with a dustpan signal and speed signal；Controller is used for the signal acquired according to information acquisition unit, judges sweeping robot traveling on ground
On blanket or floor, output control signal control Power Supply Assembly is closed or opened.
In a kind of possible design, the quantity of deflector hole be it is multiple, multiple deflector holes are divided into multiple row setting, each column water conservancy diversion
The quantity in hole is different.
In a kind of possible design, along the direction of water tank bottom to top, the diameter of deflector hole is gradually increased.
In a kind of possible design, controllable water supply device further includes pulsating pump；The water inlet of pulsating pump is connect with runner,
Water outlet is connect with water tank；Pulsating pump is also connect with controller signals, and controller can control pulsating pump and will retain in runner
Water sucks back in water tank.
In a kind of possible design, information acquisition unit includes floor type anticipation sensor, vibrating sensor and wheel
Fast sensor；Floor type anticipation sensor is mounted on the chassis of sweeping robot ontology, and is located at the front of water tank, is used for
Prejudge whether ground in front of the traveling of sweeping robot includes carpet；Vibrating sensor is installed on the chassis of sweeping robot,
For acquiring the signal that jolts of sweeping robot ontology；Wheel speed sensors are installed on the wheel of sweeping robot, for acquiring
The wheel speed variable signal of sweeping robot.
In a kind of possible design, it is sensor or TOF with type detection function that floor type, which prejudges sensor,
Picture pick-up device.
The utility model additionally provides a kind of sweeping robot, including ontology and above-mentioned controllable water supply device, in ontology
Equipped with the storage area for accommodating controllable water supply device, controllable water supply device is located in storage area.
Compared with prior art, the utility model has the beneficial effect that:
A) controllable water supply device provided by the utility model, is respectively set flow guiding slit and deflector hole on two layers of flow guide sleeve,
By corresponding to or being staggered by flow guiding slit and deflector hole, the on-off of water supply pipe between water tank and rag is controlled, structure is simple,
Precise control, and the water yield of water tank can be effectively controlled according to the actual situation, improve the cleaning effect of sweeping robot.
B) controllable water supply device provided by the utility model, the ground that automatic identification sweeping robot is advanced is carpet or ground
Plate, to control whether water tank is discharged；When advancing on floor, control water tank supplies water to runner, is supplied water by infiltration item to rag,
Floor is wiped；When advancing on carpet, controller controls Power Supply Assembly and is powered, and Power Supply Assembly drives stepper motor to turn
Dynamic, so that flow guiding slit is staggered with deflector hole, the water in water tank be may not flow into rag, and showing for ponding occurs on carpet in reduction
As.
Other feature and advantage of the utility model will illustrate in the following description, also, partial from specification
In become apparent, or understood and implementing the utility model.The purpose of this utility model and other advantages can pass through
Structure specifically indicated in the written description, claims, and drawings is achieved and obtained.
Detailed description of the invention
Attached drawing is only used for showing the purpose of specific embodiment, and is not considered as limitations of the present invention, entire
In attached drawing, identical reference symbol indicates identical component.
Fig. 1 is the structural schematic diagram of controllable water supply device provided by the utility model；
Fig. 2 is the partial schematic diagram of Fig. 1；
Fig. 3 is that the structure of the flow guide sleeve in the water supply device of sweeping robot provided by the utility model equipped with flow guiding slit is shown
It is intended to；
Fig. 4 is that the structure of the flow guide sleeve in the water supply device of sweeping robot provided by the utility model equipped with deflector hole is shown
It is intended to；
Fig. 5 is the flow chart of method of supplying water in the utility model embodiment two；
Fig. 6 is the flow chart of another method of supplying water in the utility model embodiment two.
Appended drawing reference:
1- water tank；2- flow guide sleeve；3- flow guiding slit；4- runner；5- infiltration item；6- stepper motor；7- Power Supply Assembly；8- is smeared
Cloth；9- controller；10- deflector hole.
Specific embodiment
Specifically describe the preferred embodiment of the utility model with reference to the accompanying drawing, wherein attached drawing constitutes the utility model
A part, and be used to illustrate the principles of the present invention together with the embodiments of the present invention.
Embodiment one
A kind of controllable water supply device is present embodiments provided, referring to Fig. 1 to Fig. 4, two layers of water conservancy diversion including water tank 1, socket
Set 2, runner 4, infiltration item 5, stepper motor 6, Power Supply Assembly 7, information acquisition unit and control for powering for stepper motor 6
Device 9, wherein flow guide sleeve 2 runs through water tank 1, wherein one layer of flow guide sleeve 2 is equipped with flow guiding slit 3, another layer of flow guide sleeve 2 along the vertical direction
It is equipped with deflector hole 10, stepper motor 6 drives two layers of flow guide sleeve 2 to relatively rotate；Runner 4 is located at 1 bottom of water tank, 4 bottom of runner
Equipped with water seepage hole, the item 5 that seeps water is located at 4 bottom surface of runner；Information acquisition unit is used to acquire the ground in front of sweeping robot
Type signal, sweeping robot jolt signal and speed signal；Controller 9 is used for the signal acquired according to information acquisition unit,
Sweeping robot traveling is judged on carpet or floor, and output control signal control Power Supply Assembly 7 closes or opens；Flow guiding slit
3 it is corresponding with deflector hole 10 when, water tank 1 by flow guiding slit 3, deflector hole 10, runner 4 and infiltration item 5 be connected to rag 8, to smear
Cloth 8 supplies water.
It should be noted that flow guide sleeve 2 can run through water tank 1 along the vertical direction, it can also obliquely run through water tank 1.
When implementation, controller 9 successively prejudges result, signal detecting result of jolting and speed signal according to front floor type
Testing result successively judges that traveling front is advanced to carpet and on carpet including carpet, by existing floor obstacle detouring in order,
Confirmation sweeping robot is traveling on carpet；Controller 9 controls Power Supply Assembly 7 and is powered, and Power Supply Assembly 7 drives 6 turns of stepper motor
Dynamic, so that flow guiding slit 3 is staggered with deflector hole 10, the water in water tank 1 be may not flow into rag 8；Sweeping robot is advanced in carpet
In the process, controller 9 successively prejudges result, signal detecting result of jolting and speed signal detection knot according to front floor type
Fruit successively judges that traveling front does not include carpet, fallen by current carpet and advanced to floor and on floor in order, confirms
Sweeping robot is traveling on floor；Power Supply Assembly 7 drives the output shaft of stepper motor 6 further to rotate, and then drives two layers
Flow guide sleeve 2 relatively rotates, so that flow guiding slit 3 is corresponding with deflector hole 10, the water in water tank 1 passes through stream seam, deflector hole 10, runner
4 flow into rag 8 with infiltration item 5, and water tank 1 supplies water to runner 4, by infiltration item 5 to the water supply of rag 8, wipe to floor.
Compared with prior art, water conservancy diversion is respectively set on two layers of flow guide sleeve 2 in controllable water supply device provided in this embodiment
Seam 3 and deflector hole 10 is controlled and is supplied water between water tank 1 and rag 8 by corresponding to or being staggered by flow guiding slit 3 and deflector hole 10
The on-off of pipeline, structure is simple, precise control, and can effectively control the water yield of water tank 1 according to the actual situation, and raising is swept the floor
The cleaning effect of robot.
In addition, above-mentioned controllable water supply device, the ground that automatic identification sweeping robot is advanced is carpet or floor, with control
Whether water tank 1 is discharged；When advancing on floor, control water tank 1 supplies water to runner 4, is supplied water by infiltration item 5 to rag 8, over the ground
Plate is wiped；When advancing on carpet, controller 9 controls Power Supply Assembly 7 and is powered, and Power Supply Assembly 7 drives 6 turns of stepper motor
Dynamic, so that flow guiding slit 3 is staggered with deflector hole 10, the water in water tank 1 be may not flow into rag 8, and ponding occurs on carpet in reduction
The phenomenon that.
In order to keep the water yield of above-mentioned controllable water supply device adjustable, the quantity of deflector hole 10 can be multiple, multiple water conservancy diversion
Hole 10 is divided to be arranged for multiple row, and the quantity of each column deflector hole 10 is different, and illustratively, the quantity of deflector hole 10 can be 10,
It is divided into the setting of 4 column, wherein the quantity of first row deflector hole 10 is 1, and the quantity of secondary series deflector hole 10 is 2, and third column are led
The quantity of discharge orifice 10 is 3, and the quantity of the 4th column deflector hole 10 is 4.It, can be in this way, by the rotational angle of stepper motor 6
It is corresponding with the deflector hole 10 of different number to control flow guiding slit 3, the water yield when flow guiding slit 3 is corresponding with 10 pairs of first row deflector hole
Smaller, when flow guiding slit 3 is corresponding with the 4th 10 pairs of column deflector hole, water yield is larger, so that above-mentioned controllable water supply device goes out
Water is adjustable.
In view of the increase in water tank 1 with water depth, hydraulic pressure is bigger, the water conservancy diversion under same diameter, positioned at 1 lower part of water tank
The water yield in hole 10 can be greater than the water yield of the deflector hole 10 positioned at 1 top of water tank, in order to guarantee the water flow of multiple weep holes
Almost the same, along the direction of 1 bottom of water tank to top, the diameter of deflector hole 10 is gradually increased.
It is worth noting that, some water can be also retained in runner 4 after water tank 1 stops being that rag 8 supplies water, it is therefore, above-mentioned
Controllable water supply device can also include pulsating pump；The water inlet of pulsating pump is connect with runner 4, and water outlet is connect with water tank 1；Water suction
Pump is also connect with 9 signal of controller, and controller 9 controls pulsating pump and sucks back the water retained in runner 4 in water tank 1.When controller 9
Result, signal detecting result of jolting and speed signal testing result are successively prejudged according to front floor type, successively sentenced in order
Disconnected go on a journey includes carpet, is advanced to carpet and on carpet by existing floor obstacle detouring into front, and confirmation sweeping robot is traveling in
On carpet；Controller 9 controls Power Supply Assembly 7 and is powered, and driving stepper motor 6 rotates, so that flow guiding slit 3 is staggered with deflector hole 10,
Water in water tank 1 may not flow into rag 8；Then, controller 9 controls pulsating pump and opens, and will suck back the water retained in runner 4
In water tank 1, occurring the phenomenon that ponding on carpet to further reduce.
It may include floor type anticipation sensor, vibrating sensing specifically for the structure of information acquisition unit
Device and wheel speed sensors；Wherein, floor type anticipation sensor is mounted on the chassis of sweeping robot ontology, and is located at water tank
Front, whether include carpet for prejudging ground in front of the traveling of sweeping robot；Vibrating sensor is installed on machine of sweeping the floor
On the chassis of people, for acquiring the signal that jolts of sweeping robot ontology；Wheel speed sensors are installed on the wheel of sweeping robot
On, for acquiring the wheel speed variable signal of sweeping robot.Illustratively, floor type anticipation sensor can be for type
The sensor or TOF picture pick-up device of detection function.
When information acquisition unit is TOF picture pick-up device, controller 9 detects according to TOF picture pick-up device and exports front packet
It includes carpet and determines signal, generate the first pre-warning signal, cached in controller 9；According to the wheel when sweeping robot by current
When on the obstacle detouring to carpet of floor, the signal that jolts that vibrating sensor is detected and exported generates the second pre-warning signal, in controller 9
Middle caching；The travel speed dropping signal for being detected and being exported according to wheel speed sensors generates third pre-warning signal, in controller 9
Middle caching；According to the first, second, and third pre-warning signal that sequence generates, controller 9, which generates water tank 1, to be stopped believing for water management
Number, it is output to Power Supply Assembly 7, Power Supply Assembly 7 is powered, and driving stepper motor 6 rotates, so that flow guiding slit 3 is staggered with deflector hole 10,
And controller 9 is output a control signal to, control pulsating pump sucks back the water retained in runner 4 in water tank 1；And remove caching
In the first, second, and third pre-warning signal；Sweeping robot continuation is advanced on carpet, and controller 9 is according to TOF picture pick-up device
Detecting and exporting front does not include that carpet determines signal, generates first and releases pre-warning signal, caches in controller 9；According to working as
When the wheel of sweeping robot is fallen by current carpet to floor, the signal that jolts that vibrating sensor detect and exported, generation the
Two release pre-warning signal, cache in controller 9；It is detected according to wheel speed sensors and exports the rising of sweeping robot travel speed
Signal, and travel speed is restored to its travel speed on floor, generates third and releases pre-warning signal, caches in controller 9；
Pre-warning signal is released according to first, second, and third that sequence generates, controller 9 generates water tank 1 for water management signal, is output to
Power Supply Assembly 7, Power Supply Assembly 7 are powered, and driving stepper motor 6 rotates, so that flow guiding slit 3 is corresponding with deflector hole 10；Water tank 1 is to stream
Road 4 supplies water, and is supplied water by infiltration item 5 to rag 8, is wiped to floor；And remove first, second, and third in caching
Release pre-warning signal.
Embodiment two
The method of supplying water for present embodiments providing a kind of sweeping robot is filled using the controllable water supply that embodiment one provides
It sets, above-mentioned method of supplying water includes the following steps:
Detect the floor type of sweeping robot traveling；
If it is floor, Power Supply Assembly unlatching is controlled, stepper motor rotates so that flow guiding slit is corresponding with deflector hole, powers
Component is closed, and the water supply pipe between water tank and rag is connected to, and water tank is rag water supply；
If it is carpet, controlling Power Supply Assembly and be again turned on, stepper motor rotates so that flow guiding slit is staggered with deflector hole,
Power Supply Assembly is closed, and water tank is not necessarily to as in rag water supply.
Compared with prior art, the beneficial effect Yu embodiment one of the method for supplying water of sweeping robot provided in this embodiment
The beneficial effect of the controllable water supply device provided is essentially identical, will not repeat them here.
Specifically, the present embodiment is by believing jolt signal detection and speed of the anticipation of front floor type, sweeping robot
Number detection, obtain sweeping robot traveling floor type；
Front floor type is prejudged, its purpose is to prejudge whether sweeping robot traveling front ground includes ground
Blanket；
It jolts signal detection to sweeping robot, its purpose is to detect the letter that jolts in sweeping robot traveling process
Number；Judge that sweeping robot falls on floor from floor obstacle detouring to carpet, or under carpet.
Speed signal is detected, its purpose is to detect the speed in sweeping robot traveling；It is coarse due to carpet
Property compared to floor roughening it is much larger, cause travel speed of the sweeping robot on carpet very slow, especially that becomes mildewed
Carpet, the travel speed of sweeping robot are just very slower；By the velocity variations in detection floor-washing robot traveling, can determine whether to sweep the floor
Robot is advanced on carpet or floor.
Special, sensor or the Image Acquisition analyzer with type detection function can be used to predict sweeping robot
Whether front ground includes carpet.
A kind of specific mode uses Image Acquisition analyzer, such as TOF picture pick-up device, ground in front of shooting sweeping robot
Image, by known image recognition methods, whether anticipation front includes carpet.
A specific method of supplying water in the present embodiment, as shown in Figure 5, comprising the following steps:
Step S11, result, signal detecting result of jolting and speed signal detection knot are successively prejudged according to front floor type
Fruit successively judges that traveling front is advanced to carpet and on carpet including carpet, by existing floor obstacle detouring in order, and confirmation is swept
Floor-washing robot is traveling on carpet；
Step S12, control Power Supply Assembly is opened, and stepper motor rotates so that flow guiding slit is staggered with deflector hole, Power Supply Assembly
It closes, water tank stops supplying water, and the water retained in runner is sucked back in water tank；
Step S13, sweeping robot successively prejudges result according to front floor type, jolts in carpet traveling process
Signal detecting result and speed signal testing result successively judge that traveling front does not include carpet, by current carpet in order
Under fall on floor and advance on floor, confirmation sweeping robot is traveling on floor；
Step S14, control Power Supply Assembly is powered, and stepper motor rotates so that flow guiding slit is corresponding with deflector hole, Power Supply Assembly
It closes, water tank supplies water to runner, is supplied water by infiltration item to rag, is wiped to floor.
The specific water tank control method of another in the present embodiment, as shown in Figure 6, comprising the following steps:
Step S21, in front of acquisition sweeping robot direction of travel image, image analysis is carried out, when determining to sweep the floor machine
When including carpet in front of people, generates and store the first pre-warning signal；
Step S22, it when the wheel of sweeping robot is by existing floor obstacle detouring to carpet, detects the signal that jolts, produces
It gives birth to and stores the second pre-warning signal；
Step S23, it detects sweeping robot travel speed dropping signal, generate and stores third pre-warning signal；
Step S24, after sequentially receiving the first, second, and third pre-warning signal, control Power Supply Assembly is opened, and stepper motor turns
Dynamic so that flow guiding slit is staggered with deflector hole, Power Supply Assembly is closed, and water tank stops supplying water, and the water retained in runner is sucked back water
In case；
Step S25, the first, second, and third pre-warning signal is removed；Continue to acquire direction of travel in front of sweeping robot
Image carries out image analysis, when determining not including carpet in front of sweeping robot, generates and stores the first releasing early warning letter
Number；
Step S26, it when the wheel of sweeping robot is fallen by current carpet onto floor, detects the signal that jolts, produces
It gives birth to and stores the second releasing pre-warning signal；
Step S27, sweeping robot travel speed rising signals are detected, and travel speed is restored to it in floor uplink
Into speed, generates and store third releasing pre-warning signal；
Step S28, after sequentially receiving the first, second, and third releasing pre-warning signal, control Power Supply Assembly is powered, stepping electricity
Machine rotates so that flow guiding slit is corresponding with deflector hole, and Power Supply Assembly is closed, and water tank supplies water to runner, is supplied by infiltration item to rag
Water wipes floor, removes first, second, and third and releases pre-warning signal.
Optionally, the sensor with type detection function can be used in S25 step S21, come before determining sweeping robot
Whether side includes carpet.
The present embodiment makes to sentence floor type by the continuous confirmation of three pre-warning signals and three releasing pre-warning signals
It is disconnected more accurate, prevent the mistake when advancing on carpet from supplying water, mistake stops supplying water when advancing on floor；
Stop the floor type supplying water disclosed in the present embodiment, comprises more than carpet, further include similar to carpet property
The braided fabric of the large area sensitive to ponding.
Embodiment three
A kind of sweeping robot is present embodiments provided, the controllable water supply device including ontology and the offer of embodiment one,
The storage area for accommodating controllable water supply device is equipped in ontology, controllable water supply device is located in storage area.
Compared with prior art, what the beneficial effect with embodiment one of sweeping robot provided in this embodiment provided is controllable
The beneficial effect of water supply device is essentially identical, will not repeat them here.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in
Change or replacement, should be covered within the scope of the utility model.
Claims (7)
1. a kind of controllable water supply device, which is characterized in that including water tank, two layers of flow guide sleeve of socket, runner, infiltration item, stepping
Motor, Power Supply Assembly, information acquisition unit and controller for powering for stepper motor；The flow guide sleeve runs through water tank,
In one layer of flow guide sleeve be equipped with flow guiding slit along the vertical direction, another layer of flow guide sleeve is equipped with deflector hole, the stepper motor driving two
Layer flow guide sleeve relatively rotates；
Floor type signal, the sweeping robot that the information acquisition unit is used to acquire in front of sweeping robot jolt signal and
Speed signal；The controller is used for the signal that acquire according to information acquisition unit, judge sweeping robot travel in carpet or
On floor, output control signal control Power Supply Assembly is closed or opened.
2. controllable water supply device according to claim 1, which is characterized in that the quantity of the deflector hole be it is multiple, it is multiple
Deflector hole is divided into multiple row setting, and the quantity of each column deflector hole is different.
3. controllable water supply device according to claim 2, which is characterized in that described along the direction of water tank bottom to top
The diameter of deflector hole is gradually increased.
4. controllable water supply device according to claim 1, which is characterized in that the controllable water supply device further includes water suction
Pump；The water inlet of the pulsating pump is connect with runner, and water outlet is connect with water tank；The pulsating pump also connects with controller signals
It connects, the controller can control pulsating pump and suck back the water retained in runner in water tank.
5. controllable water supply device according to any one of claims 1 to 4, which is characterized in that the information acquisition unit packet
Include floor type anticipation sensor, vibrating sensor and wheel speed sensors；
The floor type anticipation sensor is mounted on the chassis of sweeping robot ontology, and is located at the front of water tank, is used for
Prejudge whether ground in front of the traveling of sweeping robot includes carpet；The vibrating sensor is installed on the chassis of sweeping robot
On, for acquiring the signal that jolts of sweeping robot ontology；The wheel speed sensors are installed on the wheel of sweeping robot, are used
In the wheel speed variable signal of acquisition sweeping robot.
6. controllable water supply device according to claim 5, which is characterized in that floor type anticipation sensor be with
The sensor or TOF picture pick-up device of type detection function.
7. a kind of sweeping robot, which is characterized in that controllably supply water including ontology and as described in any one of claim 1 to 6
Device, the interior storage area being equipped with for accommodating controllable water supply device of the ontology, the controllable water supply device are located in storage area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821770630.7U CN209301016U (en) | 2018-10-30 | 2018-10-30 | Controllable water supply device and sweeping robot |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821770630.7U CN209301016U (en) | 2018-10-30 | 2018-10-30 | Controllable water supply device and sweeping robot |
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| Publication Number | Publication Date |
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| CN209301016U true CN209301016U (en) | 2019-08-27 |
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| CN201821770630.7U Expired - Fee Related CN209301016U (en) | 2018-10-30 | 2018-10-30 | Controllable water supply device and sweeping robot |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110897556A (en) * | 2019-11-29 | 2020-03-24 | 深圳市银星智能科技股份有限公司 | Cleaning robot |
| TWI715241B (en) * | 2019-10-14 | 2021-01-01 | 燕成祥 | Cleaning robot with cleaning mopping roller device |
-
2018
- 2018-10-30 CN CN201821770630.7U patent/CN209301016U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI715241B (en) * | 2019-10-14 | 2021-01-01 | 燕成祥 | Cleaning robot with cleaning mopping roller device |
| CN110897556A (en) * | 2019-11-29 | 2020-03-24 | 深圳市银星智能科技股份有限公司 | Cleaning robot |
| CN110897556B (en) * | 2019-11-29 | 2021-05-28 | 深圳市银星智能科技股份有限公司 | Cleaning robot |
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Granted publication date: 20190827 Termination date: 20211030 |