CN104941292A - Connector, water purifier, connector control method and controller - Google Patents
Connector, water purifier, connector control method and controller Download PDFInfo
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- CN104941292A CN104941292A CN201410728407.6A CN201410728407A CN104941292A CN 104941292 A CN104941292 A CN 104941292A CN 201410728407 A CN201410728407 A CN 201410728407A CN 104941292 A CN104941292 A CN 104941292A
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Abstract
The invention discloses a connector, a water purifier, a connector control method and a controller, belonging to the field of the water treatment technology. The connector comprises a connector body, an electric control unit, a controller, an alarm, an operating panel and a lead wire, wherein the electric control unit, the controller, the alarm, the operating panel and the lead wire are arranged in the connector body, the controller is electrically connected with the electric control unit, the alarm and the operating panel by the lead wire respectively, the electric control unit comprises N working states and N is more than or equal to 2; when the operating panel receives the operation and the operation is in accordance with the misoperation logic, the controller controls the alarm to give a warning message. According to the connector, when a user controls the connector to change the working state through the operating panel, when the operation of the user is in accordance with the preset misoperation logic, the operation of the user is considered as misoperation, the warning message is further given, and a situation that the taken purified water is polluted due to misoperation of the user is solved and the user experience effect is achieved.
Description
Technical field
The disclosure relates to water-treatment technology field, particularly a kind of connector, water purifier, connector control method and controller.
Background technology
What require quality of the life along with people improves constantly, and the development scale of water purification industry is increasing, and the category of water purifier also gets more and more, and wherein, the water purifier be connected with tap by connector receives the welcome of consumer because it is easy for installation.
In the related, a valve is set in connector, when valve is beaten to diverse location, form at least two duties, the running water of a working state control tap is directly discharged from the delivery port of connector, the running water of another working state control tap, after Water purifier filter, returns the delivery port of pure water to connector.
When user is by the water intaking of connector valve, the pure water of taking may be caused contaminated because of maloperation, such as, when user stops taking pure water, connector is switched to the state of taking running water by mistake, running water is placed to and fills in the container of pure water, cause the pure water just got contaminated.
Summary of the invention
During in order to solve that in correlation technique, user is fetched water by connector valve, the contaminated problem of pure water of taking may be caused because of maloperation, present disclose provides a kind of connector, connector control method and controller.Described technical scheme is as follows:
First aspect, provides a kind of connector, and described connector comprises: connector body, ECU, controller, alarm, guidance panel and the wire be arranged in described connector body;
Described controller, through described wire, is connected with described guidance panel with described ECU, described alarm respectively; Described ECU comprises N number of duty; Described N number of duty at least comprises the first duty and the second duty;
When described guidance panel receive described ECU is switched to the operation of described second duty by described first duty time, described controller detects described operation and whether meets default maloperation logic;
When described operation meets described maloperation logic, described controller controls described alarm and sends alert messages.
Optionally, described alarm comprises: voice guard, light crossing-signal or audible-visual annunciator.
Optionally, described connector is for connecting water source and water treatment facilities; Described connector body comprises at least two water inlets and at least two delivery ports;
One in described at least two water inlets for being connected with the delivery port at described water source, another in described at least two water inlets is for being connected with a delivery port of described water treatment facilities;
One in described at least two delivery ports for being connected with a water inlet of described water treatment facilities.
Optionally, N number of duty that described ECU comprises comprises:
Get source water, get condensed water and get pure water.
Second aspect, provides a kind of water purifier, and described water purifier comprises: water purifier body and connector as described in relation to the first aspect;
Described water purifier body comprises at least one water inlet and at least one delivery port; Described connector comprises at least two water inlets and at least two delivery ports;
A water inlet of described water purifier body is connected with a delivery port of described connector; A delivery port of described water purifier body is connected with a water inlet of described connector.
Optionally, N number of duty that the ECU in described connector comprises comprises: get source water, get condensed water and get pure water;
When described water purifier body exports pure water to described connector, and the guidance panel in described connector receive by described ECU by get pure water switch to the operation of getting source water or getting condensed water time, described controller controls described alarm and sends alert messages.
The third aspect, provides a kind of control method of connector, and described method is for controlling connector as described in relation to the first aspect, and described method comprises:
Receive the operation signal that described guidance panel sends, described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Detect described operation and whether meet default maloperation logic;
If testing result is described operation meet described maloperation logic, then controls described alarm and send alert messages.
Optionally, the described alarm of described control sends alert messages, comprising:
Control described alarm and send buzzerphone, voice reminder signal and/or visible light signal.
Optionally, described connector is for connecting water source and water treatment facilities, and N number of duty that described ECU comprises comprises gets source water, get condensed water and get pure water;
Whether the described operation of described detection meets default maloperation logic, comprising:
Detect described operation and whether meet predetermined condition;
If testing result is described operation meet predetermined condition, then determine that described operation meets described maloperation logic;
Described predetermined condition comprises:
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water;
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water, and described water treatment facilities exports pure water to described connector;
Or described first duty is for getting pure water, and described second duty for getting source water or getting condensed water, and exported pure water to described connector in the predetermined time interval of described water treatment facilities before current time.
Optionally, described method also comprises:
Receive the confirmation signal that described guidance panel sends, described confirmation signal is the signal that described guidance panel sends when receiving the confirmation the operation described ECU being switched to described second duty, controls described ECU and switches to described second duty;
Or,
After the wait scheduled time, control described ECU and switch to described second duty.
Fourth aspect, provides a kind of controller, and described controller is used for connector as described in relation to the first aspect, and described controller comprises:
Operation signal receiver module, for receiving the operation signal that described guidance panel sends, described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Whether detection module, meet default maloperation logic for detecting described operation;
First control module, if be that described operation meets described maloperation logic for the testing result of described detection module, then control described alarm and sends alert messages.
Optionally, described first control module, sends buzzerphone, voice reminder signal and/or visible light signal for controlling described alarm.
Optionally, described detection module, comprising:
Whether detection sub-module, meet predetermined condition for detecting described operation;
Determine submodule, if be that described operation meets predetermined condition for the testing result of described detection sub-module, then determine that described operation meets described maloperation logic;
Described predetermined condition comprises:
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water;
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water, and described water treatment facilities exports pure water to described connector;
Or described first duty is for getting pure water, and described second duty for getting source water or getting condensed water, and exported pure water to described connector in the predetermined time interval of described water treatment facilities before current time;
Wherein, described connector is for connecting water source and water treatment facilities, and N number of duty that described ECU comprises comprises gets source water, get condensed water and get pure water.
Optionally, described controller also comprises: confirmation signal receiver module and the second control module; Or described controller also comprises: the 3rd control module;
Described confirmation signal receiver module, for receiving the confirmation signal that described guidance panel sends, described confirmation signal is the signal that described guidance panel sends when receiving the confirmation the operation described ECU being switched to described second duty;
Described second control module, switches to described second duty for controlling described ECU;
Described 3rd control module, for after the wait scheduled time, controls described ECU and switches to described second duty.
The technical scheme that embodiment of the present disclosure provides can comprise following beneficial effect:
By the alarm arranging a controller and be connected with controller between the ECU of guidance panel and control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Should be understood that, it is only exemplary that above general description and details hereinafter describe, and can not limit the disclosure.
Accompanying drawing explanation
Accompanying drawing to be herein merged in description and to form the part of this description, shows embodiment according to the invention, and is used from description one and explains principle of the present invention.
Fig. 1 is the structural representation of a kind of connector according to an exemplary embodiment;
Fig. 2 is the structural representation of a kind of connector according to another exemplary embodiment;
Fig. 3 is the structural representation of a kind of connector according to another exemplary embodiment;
Fig. 4 is the structural representation of a kind of water purifier according to an exemplary embodiment;
Fig. 5 is the structural representation of a kind of water purifier according to another exemplary embodiment;
Fig. 6 is running water outlet tap according to another exemplary embodiment and the JA(junction ambient) schematic diagram of water purifier;
Fig. 7 is the flow chart of the control method of a kind of connector according to an exemplary embodiment;
Fig. 8 is the flow chart of the control method of a kind of connector according to another exemplary embodiment;
Fig. 9 is the structure chart of a kind of controller according to an exemplary embodiment;
Figure 10 is the structure chart of a kind of controller according to another exemplary embodiment.
Detailed description of the invention
Here will perform explanation to exemplary embodiment in detail, its sample table shows in the accompanying drawings.When description below relates to accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawing represents same or analogous key element.Embodiment described in following exemplary embodiment does not represent all embodiments consistent with the present invention.On the contrary, they only with as in appended claims describe in detail, the example of apparatus and method that aspects more of the present invention are consistent.
Fig. 1 is the structural representation of a kind of connector according to an exemplary embodiment.As shown in Figure 1, this connector can comprise: connector body 110, the ECU 120 be arranged in connector body 110, controller 130, guidance panel 140 and wire 150 and alarm 160;
Controller 130, through wire, is connected with guidance panel 140 with ECU 120, alarm 160 respectively; ECU 120 comprises N number of duty, N >=2; N number of duty at least comprises the first duty and the second duty;
When guidance panel 140 receive ECU is switched to the operation of the second duty by the first duty time, detect this operation and whether meet default maloperation logic;
When this operation meets maloperation logic, controller 130 controls alarm 160 and sends alert messages.
In sum, connector shown in disclosure embodiment, by the alarm arranging a controller and be connected with controller between the ECU of guidance panel and control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 2 is the structural representation of a kind of connector according to another exemplary embodiment.As shown in Figure 2, this connector can comprise: connector body 210, the ECU 220 be arranged in connector body 210, controller 230, guidance panel 240 and wire 250 and alarm 260;
Controller 230, through wire, is connected with guidance panel 240 with ECU 220, alarm 260 respectively; ECU 220 comprises N number of duty, N >=2; N number of duty at least comprises the first duty and the second duty.
Controller 230 can be an independently control chip, or, the control circuit that controller 230 also can be made up of some chips.
Guidance panel 240 can be the guidance panel of physical button formula, also can be the guidance panel of touch key-press formula.After user carries out button operation on guidance panel 240, guidance panel 240 produces corresponding operation signal and sends to controller 230.
Optionally, connector may be used for connecting water source 202 and water treatment facilities 204.Connector body 210 comprises at least two water inlets 212 and at least two delivery ports 214;
One at least two water inlets 212 for being connected with the delivery port 202a at water source 202, another at least two water inlets 212 is for being connected with a delivery port 204a of water treatment facilities 204;
One at least two delivery ports 214 for being connected with a water inlet 204b of water treatment facilities 204.
Another at least two delivery ports 214 is opening-wide state, is convenient to user's water intaking.
Water source and water treatment facilities can have different ways of realization under different application scenarios.Disclosure embodiment is water source from the beginning with water source, and hydrotreater is water purifier, and this connector outwards can provide running water or be that example is described through the pure water that Water purifier filter obtains.Wherein, a water inlet of connector is connected with the tap of running water, and a delivery port of connector is connected with the water inlet of water purifier, and another water inlet of connector is connected with a delivery port of water purifier.ECU in connector can be an electric control valve, the button of different types of water corresponding can be taken in guidance panel, when user presses a certain button, electric control valve can by being communicated with the combination of water inlet and delivery port in control connector, the water making user want to take flows out from a delivery port of connector.Such as, when user wants to take pure water, press the button that pure water is corresponding, the water that electric control valve controls in the tap of running water flows into water purifier, and the pure water controlling to flow out in water purifier returns connector, and the delivery port opened wide in connector flows out; Or when user wants to take running water, the water in the tap of electric control valve control running water, without water purifier, is directly flowed out by the delivery port opened wide in connector.
When guidance panel 240 receive ECU 220 is switched to the operation of the second duty by the first duty time, controller 230 detects this operation and whether meets default maloperation logic;
When this operation meets maloperation logic, controller 230 controls alarm 260 and sends alert messages.
Such as, when connector current state is for taking pure water, if control panel receives the state of connector to switch to take running water, now, if user does not take the container of taking pure water away, then the pure water in container can pollute by running water, therefore, this operation can be considered as maloperation by controller, controls alarm and sends alert messages, take the container of taking pure water with reminding user away.
Optionally, this alarm 260 comprises: voice guard, light crossing-signal or audible-visual annunciator.
Such as, take alarm as audible-visual annunciator be example, when user operation meets maloperation logic, controller controls audible-visual annunciator and sends the alarm signals such as buzzing, voice or visible ray, and reminding user checks whether as maloperation.
In sum, connector shown in disclosure embodiment, by the alarm arranging a controller and be connected with controller between the ECU of guidance panel and control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 3 is the structural representation of a kind of connector according to another exemplary embodiment.As shown in Figure 3, this connector can comprise: connector body 310, the ECU 320 be arranged in connector body 310, controller 330, guidance panel 340 and wire 350 and alarm 360;
Controller 330, through wire, is connected with guidance panel 340 with ECU 320, alarm 360 respectively; ECU 320 comprises N number of duty, N >=2; N number of duty at least comprises the first duty and the second duty.
Controller 330 can be an independently control chip, or, the control circuit that controller 230 also can be made up of some chips.
Guidance panel 340 can be the guidance panel of physical button formula, also can be the guidance panel of touch key-press formula.After user carries out button operation on guidance panel 340, guidance panel 340 produces corresponding operation signal and sends to controller 330.
Optionally, connector may be used for connecting water source 302 and water treatment facilities 304.Connector body 310 comprises at least two water inlets 312 and at least two delivery ports 314;
One at least two water inlets 312 for being connected with the delivery port 302a at water source 302, another at least two water inlets 312 is for being connected with a delivery port 304a of water treatment facilities 304;
One at least two delivery ports 314 for being connected with a water inlet 304b of water treatment facilities 304.
Another at least two delivery ports 314 is opening-wide state, is convenient to user's water intaking.
Water source and water treatment facilities can have different ways of realization under different application scenarios.Disclosure embodiment is water source from the beginning with water source, and hydrotreater is water purifier, and this connector outwards can provide running water or be that example is described through the pure water that Water purifier filter obtains.Wherein, a water inlet of connector is connected with the tap of running water, and a delivery port of connector is connected with the water inlet of water purifier, and another water inlet of connector is connected with a delivery port of water purifier.ECU in connector can be an electric control valve, the button of different types of water corresponding can be taken in guidance panel, when user presses a certain button, electric control valve can by being communicated with the combination of water inlet and delivery port in control connector, the water making user want to take flows out from a delivery port of connector.Such as, when user wants to take pure water, press the button that pure water is corresponding, the water that electric control valve controls in the tap of running water flows into water purifier, and the pure water controlling to flow out in water purifier returns connector, and the delivery port opened wide in connector flows out; Or when user wants to take running water, the water in the tap of electric control valve control running water, without water purifier, is directly flowed out by the delivery port opened wide in connector.
The water inlet of connector and the quantity of delivery port are not limited to 2, in practical application, water inlet and the delivery port of other purposes can also be had, such as, in order to improve the utilization rate of water resource, using water wisely, water purifier is except flowing out the pure water after processing, can also be stored in water tank by the condensed water obtained after filtration (impurity concentration is more than the running water before filtration), the delivery port of this water tank is connected with connector water inlet
When user needs with water, and time not high to water quality requirement (such as wash dish or mop floor), can select to take condensed water on guidance panel, the delivery port that namely controller can open wide in by-pass valve control joining water box and connector, condensed water in water tank is flowed out from this delivery port opened wide, and this delivery port opened wide can be public delivery port or the special delivery port of condensed water.
When guidance panel 340 receive ECU 320 is switched to the operation of the second duty by the first duty time, controller 330 detects this operation and whether meets default maloperation logic;
When this operation meets maloperation logic, controller 330 controls alarm 360 and sends alert messages.
Such as, when connector current state is for taking pure water, if control panel receives the state of connector to switch to take running water, now, if user does not take the container of taking pure water away, then the pure water in container can pollute by running water, therefore, this operation can be considered as maloperation by controller, controls alarm and sends alert messages, take the container of taking pure water with reminding user away.
Wherein, the duty of ECU is not limited to two kinds, and under many circumstances, ECU can by three kinds or four kinds, even more kinds of duty.Such as, ECU can comprise at least three kinds of duties: get source water, get condensed water and get pure water.Wherein, when water source is running water water source, source water is exactly running water.Now, maloperation logic can have several as follows:
1) the first duty is for getting pure water, and the second duty is for getting source water or getting condensed water.
When the current duty of electric control valve is for getting pure water, take from water if directly switched to by current state or get condensed water state, running water or condensed water then may be caused to flow into the container filling pure water, cause pure water contaminated, can think and this time be operating as maloperation.
2) the first duty is for getting pure water, and the second duty is for getting source water or getting condensed water, and water treatment facilities exports pure water to connector.
When the current duty of electric control valve is for getting pure water, if in current time connector not pure water flow out, then may be that water purifier is also not activated water purification, now, the state of electric control valve directly can be switched to and take from water or get condensed water.In order to avoid error detection, when the first duty is for getting pure water, when the second duty is for getting source water or getting condensed water, water purifier current time can be detected further and whether export pure water, if so, then illustrate that user is current and take pure water, can think and this time be operating as maloperation.
3) the first duty is for getting pure water, and the second duty for getting source water or getting condensed water, and exported pure water to connector in the predetermined time interval of water treatment facilities before current time.
When the current duty of electric control valve is for getting pure water, if pure water does not flow out in current time connector, but (such as in 1s) user took pure water in the less time before current time, then user now may also not be able to do in time the container filling pure water to take away, take from water if directly switched to by current state or get condensed water state, running water or condensed water then may be caused to flow into the container filling pure water, cause pure water contaminated, can think and this time be operating as maloperation.
Such as, when connector current state is for taking pure water, if control panel receives the state of connector to switch to take running water, now, if user does not take the container of taking pure water away, then the pure water in container can pollute by running water, therefore, this operation can be considered as maloperation by controller, controls electric control valve and wouldn't perform this operation, to leave the sufficient time to user the taking container of taking pure water away.
In addition, because the impurity concentration of condensed water is higher than the impurity concentration of source water, therefore, by the duty of ECU by get source water switch to get condensed water time, the condensed water flowed out in connector also may pollute the source water that user has just taken, therefore, above-mentioned maloperation logic can also have following three kinds:
First duty is for getting source water, and the second duty is for getting condensed water; First duty is for getting source water, and the second duty is for getting condensed water, and water treatment facilities exports source water to connector; Or the first duty is for getting source water, and the second duty for getting condensed water, and exported source water to connector in the predetermined time interval of water treatment facilities before current time.
It should be noted that, water purifier can also distinguish a greater variety of water according to impurity concentration, each water all flows out separately under the control of electric control valve from connector, therefore, when the duty of the electric control valve in connector is switched to by the water getting low impurity concentration the water getting high impurity concentration by user, the water of the low impurity concentration all likely making user just take is polluted.Therefore, in actual applications, can with reference to the principle of above-mentioned three kinds of maloperations, according to the concrete kind of water purifier discharge water and the impurity concentration of often kind of water, the some or all of operation logic being switched to the state of getting high impurity concentration water to be correlated with by the state of getting low impurity concentration water is set as maloperation logic.Namely, when user switches to the water of taking high impurity concentration from the water of taking low impurity concentration, this handover operation may be maloperation.
Disclosure embodiment is with above-mentioned water treatment facilities for maloperation logic during water purifier is illustrated, and in actual applications, also can arrange other maloperation logic according to factors such as environments for use, to this, disclosure embodiment does not limit.
Optionally, this alarm 360 comprises: voice guard, light crossing-signal or audible-visual annunciator.
Such as, take alarm as audible-visual annunciator be example, when user operation meets maloperation logic, controller controls audible-visual annunciator and sends the alarm signals such as buzzing, voice or visible ray, and reminding user checks whether as maloperation.
Optionally, the duty of ECU 320 can also comprise: close water intaking.
When guidance panel receives operation ECU being switched to the second duty by the first duty, and this operation is when meeting default maloperation logic, while controller control alarm sends alert messages, the duty that this ECU can be kept current is constant, or, the duty of this ECU is switched to and closes water intaking state.
When connector current state is for taking pure water, if control panel receives operation and is detected as maloperation, then controller can not send the control instruction of this operation to electric control valve, make electric control valve keep current and take pure water state, or controller also can send to electric control valve and cut out water intaking instruction, makes electric control valve state be switched to and closes water intaking state, now, the delivery port that connector opens wide flows out without any water.
Optionally, if controller 330 receives this confirmation signal that guidance panel 340 sends, then control ECU 320 and switch to the second duty by the first duty; This confirmation signal is the signal that guidance panel sends when receiving the confirmation operation ECU being switched to the second duty.
Wherein, this confirmation signal can be guidance panel receive independently confirm operation time generate signal, such as, when one independently button be pressed after produce signal; Or this confirmation signal also can be that guidance panel receives the signal generated when ECU is switched to the second duty by the first duty again.
Or controller 330 after the wait scheduled time, can also control ECU 320 and switches to the second duty by the first duty.
In actual applications, the operation meeting maloperation logic also may not be maloperation, such as, user needs the electric control valve of connector to be switched to the state taking from water by the state of getting pure water really, and controller detects that this is operating as maloperation, now, after user presses and takes running water button first time on guidance panel, alarm sends information warning, electric control valve is switching state not, or state is switched to and closes water intaking, when user press again take running water button time, controller just controls electric control valve and switches to and take running water state.
Or, user presses and takes running water button on guidance panel, and after controller detects that this is operating as maloperation, controller controls electric control valve not switching state at once, or state is switched to and closes water intaking, when after wait for a period of time (such as 2s), then control electric control valve and switch to and take running water state, to leave the time of replacing new container to user.
In sum, connector shown in disclosure embodiment, by the alarm arranging a controller and be connected with controller between the ECU of guidance panel and control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Disclosure above-described embodiment is only running water water source with water source, and water treatment facilities is water purifier is that example is illustrated, and in actual applications, water source and water treatment facilities can also be other forms.Such as, water source can be running water water source, and corresponding water treatment facilities can be water heater, and this connector outwards can provide cold water or heat the hot water obtained through water heater.Or water source can be soda water water source, corresponding water treatment facilities can be beverage machine, the soda that this connector outwards can provide soda water or be mixed to get through beverage machine.Certainly, also there is other multiple possible way of realization in water source and water treatment facilities, disclosure embodiment does not do concrete restriction to this.
Fig. 4 is the structural representation of a kind of water purifier according to an exemplary embodiment.As shown in Figure 4, this water purifier can comprise: connector 400 and water purifier body 404;
Wherein, the internal structure of connector 400 see the arbitrary shown connector of Fig. 1 to 3, can repeat no more herein.
Water purifier body 404 comprises at least one water inlet 404a and at least one delivery port 404b; Connector comprises at least two water inlets 412 and at least two delivery ports 414;
A water inlet 404a of water purifier body 404 is connected with a delivery port 414 of connector 400; A delivery port 404b of water purifier body 404 is connected with a water inlet 412 of connector 400.
In sum, in sum, water purifier shown in disclosure embodiment, by the alarm arranging a controller and be connected with controller between the guidance panel of connector and the ECU of control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 5 is the structural representation of a kind of water purifier according to another exemplary embodiment.As shown in Figure 5, this water purifier can comprise: connector 500 and water purifier body 504;
Wherein, the internal structure of connector 500 see the arbitrary shown connector of Fig. 1 to 3, can repeat no more herein.
Water purifier body 504 comprises at least one water inlet 504a and at least one delivery port 504b; Connector 500 comprises at least two water inlets 512 and at least two delivery ports 514;
A water inlet 504a of water purifier body 504 is connected with a delivery port 514 of connector 500; A delivery port 504b of water purifier body 504 is connected with a water inlet 512 of connector 500.
Optionally, this water purifier body 504 comprises an a water inlet 504a and two delivery port 504b; Connector 500 comprises 3 water inlets 512 and 4 delivery ports 514.A water inlet 512 of connector 500 is connected with the delivery port 502a of water tap 502, and two other water inlet 512 of connector 500 is connected with the delivery port 504b of condensed water with the pure water that flows out respectively of water purifier body 504.A delivery port 514 of connector 500 is connected with the water inlet 504a of water purifier body 504, and other three delivery ports 514 open wide, and are respectively used to flow out running water, condensed water and pure water.
Optionally, source water is got, when getting condensed water and get pure water when N number of duty that the ECU in connector 500 comprises comprises, if water purifier body 504 exports pure water to connector 500, and the guidance panel in connector 500 receive by ECU by get pure water switch to the operation of getting source water or getting condensed water time, the alarm in the controller control connector 500 in connector 500 sends alert messages.
Such as, please refer to the JA(junction ambient) schematic diagram of the running water outlet tap shown in Fig. 6 and water purifier, wherein, in this JA(junction ambient), comprise depotition cock 601, machinery valve 602, connector 603, wire 604, water pipe 605, water purifier body 606 etc.Wherein machinery valve 602 is arranged on depotition cock 601, the delivery port of depotition cock 601 is connected with the water inlet of connector 603, one of them water inlet of connector 603 is connected with the pure water delivery port of water purifier body 606 by water pipe 605, and the guidance panel in connector 603 is connected with the master control borad being arranged on water purifier body 606 inside by wire 604.
The internal watercourses structure of connector 603 is two enter one and go out, and comprises two water inlets and a delivery port 608, water inlet is connected with the delivery port of depotition cock 601, and another water inlet is connected with the pure water delivery port of water purifier body 606.
The guidance panel of connector 603 is provided with controller, alarm, a running water options button and a pure water options button 607, there is a waterway switching valve connector 603 inside, when user presses running water options button, the delivery port of Lode switching valve gate control depotition cock 601 is communicated with the delivery port 608 of connector 603; When user presses pure water options button, the pure water delivery port of Lode switching valve gate control water purifier body 606 is communicated with the delivery port 608 of connector 603.
Water purifier body 606 cooperates with connector 603 and prevents the determination methods of maloperation can be as follows:
When user selects to take running water by button, if user selects to take pure water by button, can not impact running water because pure water is added in running water, so no matter whether user's tap is just in water outlet, all directly can be switched to pure water gear from running water shelves.Waterway switching valve in connector 603 is switched to pure water outlet pipeline from running water outlet pipeline, and push button signalling is sent to the master control borad of water purifier body 606 by wire 604, and notice water purifier body 606 allows to start pure water processed.
When user key-press have selected get pure water when, if water purifier body 606 is not activated water processed, user can directly again button be switched to running water gear; If water purifier body 606 has started water processed, delivery port 608 in connector 603 goes out pure water, if now user again button select take running water, running water pollutes owing to can produce to pure water, the controller be arranged in guidance panel is judged as user misoperation, and control alarm and send acousto-optic warning, waterway switching valve is failure to actuate, push button signalling wouldn't be transferred to the master control borad of water purifier body 606, or the signal of this time transmission does not process.If now running water will be mixed in pure water by user really, or user has confirmed to have changed water container, then user only need within the time of setting again button select running water gear, connector 603 just controls Lode switching valve goalkeeper water outlet and is switched to running water gear, push button signalling is sent to the master control borad of water purifier body 606 by wire 604, and notice water purifier body 606 stops pure water processed.
In sum, in sum, water purifier shown in disclosure embodiment, by the alarm arranging a controller and be connected with controller between the guidance panel of connector and the ECU of control connector, when user changes duty by guidance panel control connector, if the operation of user meets predetermined maloperation logic, then think that user's is operating as maloperation, further control alarm sends alert messages, such as, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 7 is the flow chart of the control method of a kind of connector according to an exemplary embodiment.The method may be used for controlling shown connector as arbitrary in above-mentioned Fig. 1 to 3.The method can comprise the following steps:
In a step 702, receive the operation signal that this guidance panel sends, this operation signal is that this guidance panel receives the signal sent when this ECU is switched to the operation of this second duty by this first duty.
In step 704, detect this operation and whether meet default maloperation logic.
In step 706, if testing result meets maloperation logic for this operation, then control alarm and send alert messages.
In sum, the control method of the connector shown in disclosure embodiment, by receiving the operation signal that guidance panel sends, when detecting that operation corresponding to control signal meets maloperation logic, control alarm and send alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 8 is the flow chart of the control method of a kind of connector according to another exemplary embodiment.The method may be used for controlling in shown connector as arbitrary in above-mentioned Fig. 1 to 3.The water source connected with this connector is running water water source, and water treatment facilities is water purifier is example, and the method can comprise the following steps:
In step 802, receive the operation signal that this guidance panel sends, this operation signal is that this guidance panel receives the signal sent when this ECU is switched to the operation of this second duty by this first duty.
Guidance panel can be the guidance panel of physical button formula, also can be the guidance panel of touch key-press formula.After user carries out button operation on guidance panel, guidance panel produces corresponding operation signal and sends to controller, by the operation of controller according to this operation signal identification user.
In step 804, detect this operation and whether meet default maloperation logic.
Wherein, the duty of ECU is not limited to two kinds, and under many circumstances, ECU can by three kinds or four kinds, even more kinds of duty.The water source connected with this connector is running water water source, and water treatment facilities is water purifier is example, and N number of duty that this ECU comprises comprises gets source water, get condensed water and get pure water; Wherein, when water source is running water water source, source water is exactly running water.When detecting this operation and whether meeting maloperation logic, this operation can being detected and whether meet predetermined condition, if testing result is for meeting predetermined condition, then determining that this operation meets maloperation logic.This predetermined condition can be the one in following condition:
1) this first duty is for getting pure water, and this second duty is for getting source water or getting condensed water.
When the current duty of electric control valve is for getting pure water, take from water if directly switched to by current state or get condensed water state, running water or condensed water then may be caused to flow into the container filling pure water, cause pure water contaminated, can think and this time be operating as maloperation.
2) this first duty is for getting pure water, and this second duty is for getting source water or getting condensed water, and this water treatment facilities exports pure water to this connector.
When the current duty of electric control valve is for getting pure water, if in current time connector not pure water flow out, then may be that water purifier is also not activated water purification, now, the state of electric control valve directly can be switched to and take from water or get condensed water.In order to avoid error detection, when the first duty is for getting pure water, when the second duty is for getting source water or getting condensed water, water purifier current time can be detected further and whether export pure water, if so, then illustrate that user is current and take pure water, can think and this time be operating as maloperation.
3) this first duty is for getting pure water, and this second duty for getting source water or getting condensed water, and exported pure water to this connector in the predetermined time interval of this water treatment facilities before current time.
When the current duty of electric control valve is for getting pure water, if pure water does not flow out in current time connector, but (such as in 1s) user took pure water in the less time before current time, then user now may also not be able to do in time the container filling pure water to take away, take from water if directly switched to by current state or get condensed water state, running water or condensed water then may be caused to flow into the container filling pure water, cause pure water contaminated, can think and this time be operating as maloperation.
Such as, when connector current state is for taking pure water, if control panel receives the state of connector to switch to take running water, now, if user does not take the container of taking pure water away, then the pure water in container can pollute by running water, and therefore, this operation can be considered as maloperation by controller.
In addition, because the impurity concentration of condensed water is higher than the impurity concentration of source water, therefore, by the duty of ECU by get source water switch to get condensed water time, the condensed water flowed out in connector also may pollute the source water that user has just taken, therefore, above-mentioned maloperation logic can also have following three kinds:
First duty is for getting source water, and the second duty is for getting condensed water; First duty is for getting source water, and the second duty is for getting condensed water, and water treatment facilities exports source water to connector; Or the first duty is for getting source water, and the second duty for getting condensed water, and exported source water to connector in the predetermined time interval of water treatment facilities before current time.
It should be noted that, water purifier can also distinguish a greater variety of water according to impurity concentration, each water all flows out separately under the control of electric control valve from connector, therefore, when the duty of the electric control valve in connector is switched to by the water getting low impurity concentration the water getting high impurity concentration by user, the water of the low impurity concentration all likely making user just take is polluted.Therefore, in actual applications, can with reference to the principle of above-mentioned three kinds of maloperations, according to the concrete kind of water purifier discharge water and the impurity concentration of often kind of water, the some or all of operation logic being switched to the state of getting high impurity concentration water to be correlated with by the state of getting low impurity concentration water is set as maloperation logic.Namely, when user switches to the water of taking high impurity concentration from the water of taking low impurity concentration, this handover operation may be maloperation.
Disclosure embodiment is with above-mentioned water treatment facilities for maloperation logic during water purifier is illustrated, and in actual applications, also can arrange other predetermined condition according to factors such as environments for use, to this, disclosure embodiment does not limit.
In step 806, if testing result meets maloperation logic for this operation, then control alarm and send alert messages.
This operation can be considered as maloperation by controller, controls alarm and sends alert messages, take the container of taking pure water with reminding user away.
Optionally, the duty of ECU can also comprise: close water intaking.When guidance panel receives operation ECU being switched to the second duty by the first duty, and this operation is when meeting maloperation logic, while controller control alarm sends alert messages, the duty that this ECU can be kept current is constant, or, the duty of this ECU is switched to and closes water intaking state.
When connector current state is for taking pure water, if control panel receives operation and is detected as maloperation, then controller can not send the control instruction of this operation to electric control valve, make electric control valve keep current and take pure water state, or controller also can send to electric control valve and cut out water intaking instruction, makes electric control valve state be switched to and closes water intaking state, now, the delivery port that connector opens wide flows out without any water.
This alarm can be voice guard, light crossing-signal or audible-visual annunciator.Controller can control this alarm and send buzzerphone, voice reminder signal and/or visible light signal.
Such as, take alarm as audible-visual annunciator be example, when user operation meets maloperation logic, controller controls audible-visual annunciator and sends the alarm signals such as buzzing, voice or visible ray, checks whether as maloperation with reminding user.
In step 808, if receive the confirmation signal of guidance panel transmission, then control this ECU and switch to this second duty.
This confirmation signal is the signal that guidance panel sends when receiving the confirmation operation ECU being switched to the second duty.
Wherein, this confirmation signal can be guidance panel receive independently confirm operation time generate signal, such as, when one independently button be pressed after produce signal; Or this confirmation signal also can be that guidance panel receives the signal generated when ECU is switched to the second duty by the first duty again.
In actual applications, the operation meeting maloperation logic also may not be maloperation, such as, user needs the electric control valve of connector to be switched to the state taking from water by the state of getting pure water really, and controller detects that this is operating as maloperation, now, after user presses and takes running water button first time on guidance panel, alarm sends information warning, electric control valve is switching state not, or state is switched to and closes water intaking, when user press again take running water button time, controller just controls electric control valve and switches to and take running water state.
In step 810, after the wait scheduled time, control this ECU and switch to this second duty.
User presses and takes running water button on guidance panel, and after controller detects that this is operating as maloperation, controller controls electric control valve not switching state at once, or state is switched to and closes water intaking, when after wait for a period of time (such as 2s), control electric control valve again to switch to and take running water state, to leave the time of replacing new container to user.
In sum, the control method of the connector shown in disclosure embodiment, by receiving the operation signal that guidance panel sends, when detecting that operation corresponding to control signal meets maloperation logic, control alarm and send alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Fig. 9 is the structure chart of a kind of controller according to an exemplary embodiment.This controller may be used for controlling shown connector as arbitrary in above-mentioned Fig. 1 to 3.This controller can comprise: operation signal receiver module 901, detection module 902 and the first control module 903;
Described operation signal receiver module 901 is set to the operation signal sent for receiving described guidance panel, and described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Described detection module 902 is set to whether meet maloperation logic for detecting described operation;
If it is that described operation meets maloperation logic that described first control module 903 is set to for the testing result of described detection module 902, then controls described ECU and do not perform described operation.
In sum, controller shown in disclosure embodiment, by receiving the operation signal that guidance panel sends, when detecting that operation corresponding to control signal meets maloperation logic, control alarm and send alert messages, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control alarm and send alert messages, reminding user checks whether as maloperation, thus solve because user misoperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
Figure 10 is the structure chart of a kind of controller according to an exemplary embodiment.This controller may be used for controlling shown connector as arbitrary in above-mentioned Fig. 1 to 3.This controller can comprise: operation signal receiver module 901, detection module 902 and the first control module 903;
Described operation signal receiver module 901 is set to the operation signal sent for receiving described guidance panel, and described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Described detection module 902 is set to whether meet maloperation logic for detecting described operation;
If it is that described operation meets maloperation logic that described first control module 903 is set to for the testing result of described detection module 902, then controls described ECU and do not perform described operation.
Optionally, described first control module 903 is set to send buzzerphone, voice reminder signal and/or visible light signal for controlling described alarm.
Optionally, described detection module 902 comprises: detection sub-module 902a and determine submodule 902b;
Described detection sub-module 902a is set to whether meet predetermined condition for detecting described operation;
Determining that described if submodule 902b is set to for the testing result of described detection sub-module 902a is that described operation meets predetermined condition, then determine that described operation meets described maloperation logic;
Described predetermined condition comprises:
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water;
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water, and described water treatment facilities exports pure water to described connector;
Or described first duty is for getting pure water, and described second duty for getting source water or getting condensed water, and exported pure water to described connector in the predetermined time interval of described water treatment facilities before current time;
Wherein, described connector is for connecting water source and water treatment facilities, and N number of duty that described ECU comprises comprises gets source water, get condensed water and get pure water.
Optionally, described controller also comprises: confirmation signal receiver module 904 and the second control module 905; Or described controller also comprises: the 3rd control module 906;
Described confirmation signal receiver module 904 is set to the confirmation signal sent for receiving described guidance panel, and described confirmation signal is the signal that described guidance panel sends when receiving the confirmation the operation described ECU being switched to described second duty;
Described second control module 905 is set to switch to described second duty for controlling described ECU;
Described 3rd control module 906 controls described ECU and switches to described second duty after being arranged in use in and waiting for the scheduled time.
In sum, controller shown in disclosure embodiment, by receiving the operation signal that guidance panel sends, when detecting that operation corresponding to control signal meets maloperation logic, control ECU will not perform this operation, such as, when connector connects water tap and water purifier, if connector is switched to when taking pure water and takes running water state by user because of carelessness, then controller can control ECU and do not carry out state switching, thus solve because maloperation causes the contaminated problem of pure water of taking, reach the effect improving Consumer's Experience.
In addition, controller shown in disclosure embodiment, when user changes duty by guidance panel control connector, if when the operation of user meets predetermined maloperation logic, control alarm and send alarm signal, further increase the prompting effect to user.
Should be understood that, the present invention is not limited to precision architecture described above and illustrated in the accompanying drawings, and can perform various amendment and change not departing from its scope.Scope of the present invention is only limited by appended claim.
Claims (14)
1. a connector, is characterized in that, described connector comprises: connector body, ECU, controller, alarm, guidance panel and the wire be arranged in described connector body;
Described controller, through described wire, is connected with described guidance panel with described ECU, described alarm respectively; Described ECU comprises N number of duty; Described N number of duty at least comprises the first duty and the second duty;
When described guidance panel receive described ECU is switched to the operation of described second duty by described first duty time, described controller detects described operation and whether meets default maloperation logic;
When described operation meets described maloperation logic, described controller controls described alarm and sends alert messages.
2. connector according to claim 1, is characterized in that, described alarm comprises: voice guard, light crossing-signal or audible-visual annunciator.
3. connector according to claim 1, is characterized in that, described connector is for connecting water source and water treatment facilities; Described connector body comprises at least two water inlets and at least two delivery ports;
One in described at least two water inlets for being connected with the delivery port at described water source, another in described at least two water inlets is for being connected with a delivery port of described water treatment facilities;
One in described at least two delivery ports for being connected with a water inlet of described water treatment facilities.
4. connector according to claim 2, is characterized in that, N number of duty that described ECU comprises comprises:
Get source water, get condensed water and get pure water.
5. a water purifier, is characterized in that, described water purifier comprises: water purifier body and connector as claimed in claim 1;
Described water purifier body comprises at least one water inlet and at least one delivery port; Described connector comprises at least two water inlets and at least two delivery ports;
A water inlet of described water purifier body is connected with a delivery port of described connector; A delivery port of described water purifier body is connected with a water inlet of described connector.
6. water purifier according to claim 5, is characterized in that, N number of duty that the ECU in described connector comprises comprises: get source water, get condensed water and get pure water;
When described water purifier body exports pure water to described connector, and the guidance panel in described connector receive by described ECU by get pure water switch to the operation of getting source water or getting condensed water time, described controller controls described alarm and sends alert messages.
7. a control method for connector, is characterized in that, described method is for controlling connector as claimed in claim 1, and described method comprises:
Receive the operation signal that described guidance panel sends, described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Detect described operation and whether meet default maloperation logic;
If testing result is described operation meet described maloperation logic, then controls described alarm and send alert messages.
8. method according to claim 7, is characterized in that, the described alarm of described control sends alert messages, comprising:
Control described alarm and send buzzerphone, voice reminder signal and/or visible light signal.
9. method according to claim 7, is characterized in that, described connector is for connecting water source and water treatment facilities, and N number of duty that described ECU comprises comprises gets source water, get condensed water and get pure water;
Whether the described operation of described detection meets default maloperation logic, comprising:
Detect described operation and whether meet predetermined condition;
If testing result is described operation meet predetermined condition, then determine that described operation meets described maloperation logic;
Described predetermined condition comprises:
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water;
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water, and described water treatment facilities exports pure water to described connector;
Or described first duty is for getting pure water, and described second duty for getting source water or getting condensed water, and exported pure water to described connector in the predetermined time interval of described water treatment facilities before current time.
10. method according to claim 7, is characterized in that, described method also comprises:
Receive the confirmation signal that described guidance panel sends, described confirmation signal is the signal that described guidance panel sends when receiving the confirmation the operation described ECU being switched to described second duty, controls described ECU and switches to described second duty;
Or,
After the wait scheduled time, control described ECU and switch to described second duty.
11. 1 kinds of controllers, is characterized in that, described controller is used for connector as claimed in claim 1, and described controller comprises:
Operation signal receiver module, for receiving the operation signal that described guidance panel sends, described operation signal is that described guidance panel receives the signal sent when described ECU is switched to the operation of described second duty by described first duty;
Whether detection module, meet default maloperation logic for detecting described operation;
First control module, if be that described operation meets described maloperation logic for the testing result of described detection module, then control described alarm and sends alert messages.
12. controllers according to claim 11, is characterized in that,
Described first control module, sends buzzerphone, voice reminder signal and/or visible light signal for controlling described alarm.
13. controllers according to claim 11, is characterized in that, described detection module, comprising:
Whether detection sub-module, meet predetermined condition for detecting described operation;
Determine submodule, if be that described operation meets predetermined condition for the testing result of described detection sub-module, then determine that described operation meets described maloperation logic;
Described predetermined condition comprises:
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water;
Described first duty is for getting pure water, and described second duty is for getting source water or getting condensed water, and described water treatment facilities exports pure water to described connector;
Or described first duty is for getting pure water, and described second duty for getting source water or getting condensed water, and exported pure water to described connector in the predetermined time interval of described water treatment facilities before current time;
Wherein, described connector is for connecting water source and water treatment facilities, and N number of duty that described ECU comprises comprises gets source water, get condensed water and get pure water.
14. controllers according to claim 11, is characterized in that, described controller also comprises: confirmation signal receiver module and the second control module; Or described controller also comprises: the 3rd control module;
Described confirmation signal receiver module, for receiving the confirmation signal that described guidance panel sends, described confirmation signal is the signal that described guidance panel sends when receiving the confirmation the operation described ECU being switched to described second duty;
Described second control module, switches to described second duty for controlling described ECU;
Described 3rd control module, for after the wait scheduled time, controls described ECU and switches to described second duty.
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| CN201410728407.6A CN104941292B (en) | 2014-12-03 | 2014-12-03 | Adapter, water purifier, adapter control method and controller |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106227069A (en) * | 2016-08-30 | 2016-12-14 | 芜湖美的厨卫电器制造有限公司 | Water purifier and the control method of water purifier |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1157264A (en) * | 1995-07-29 | 1997-08-20 | 三星电子株式会社 | Draining control apparatus of coldness and warmth water purifier and method thereof |
| KR100203062B1 (en) * | 1997-07-29 | 1999-06-15 | 전주범 | Floating-sensor malfunction prevention method for water purifier |
| CN2565377Y (en) * | 2002-09-10 | 2003-08-13 | 刘剑 | Voltage-stabilizing intelligent drinder |
| CN101468268A (en) * | 2007-12-24 | 2009-07-01 | 杜也兵 | Water quality processor |
| CN103372344A (en) * | 2012-04-23 | 2013-10-30 | 杜也兵 | Double-water-path switching control method of water purifier and double-water-path switching device |
-
2014
- 2014-12-03 CN CN201410728407.6A patent/CN104941292B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1157264A (en) * | 1995-07-29 | 1997-08-20 | 三星电子株式会社 | Draining control apparatus of coldness and warmth water purifier and method thereof |
| KR100203062B1 (en) * | 1997-07-29 | 1999-06-15 | 전주범 | Floating-sensor malfunction prevention method for water purifier |
| CN2565377Y (en) * | 2002-09-10 | 2003-08-13 | 刘剑 | Voltage-stabilizing intelligent drinder |
| CN101468268A (en) * | 2007-12-24 | 2009-07-01 | 杜也兵 | Water quality processor |
| CN103372344A (en) * | 2012-04-23 | 2013-10-30 | 杜也兵 | Double-water-path switching control method of water purifier and double-water-path switching device |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106227069A (en) * | 2016-08-30 | 2016-12-14 | 芜湖美的厨卫电器制造有限公司 | Water purifier and the control method of water purifier |
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