CN110106949A - Closestool water consumption control method, electronic equipment and storage medium - Google Patents
Closestool water consumption control method, electronic equipment and storage medium Download PDFInfo
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- CN110106949A CN110106949A CN201910412728.8A CN201910412728A CN110106949A CN 110106949 A CN110106949 A CN 110106949A CN 201910412728 A CN201910412728 A CN 201910412728A CN 110106949 A CN110106949 A CN 110106949A
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- water
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
- E03D1/00—Water flushing devices with cisterns ; Setting up a range of flushing devices or water-closets; Combinations of several flushing devices
- E03D1/30—Valves for high or low level cisterns; Their arrangement ; Flushing mechanisms in the cistern, optionally with provisions for a pre-or a post- flushing and for cutting off the flushing mechanism in case of leakage
- E03D1/33—Adaptations or arrangements of floats
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- E—FIXED CONSTRUCTIONS
- E03—WATER SUPPLY; SEWERAGE
- E03D—WATER-CLOSETS OR URINALS WITH FLUSHING DEVICES; FLUSHING VALVES THEREFOR
- E03D5/00—Special constructions of flushing devices, e.g. closed flushing system
- E03D5/01—Special constructions of flushing devices, e.g. closed flushing system using flushing pumps
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- Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Public Health (AREA)
- Water Supply & Treatment (AREA)
- Aviation & Aerospace Engineering (AREA)
- Sanitary Device For Flush Toilet (AREA)
- Bidet-Like Cleaning Device And Other Flush Toilet Accessories (AREA)
- Cleaning By Liquid Or Steam (AREA)
Abstract
The present invention discloses a kind of closestool water consumption control method, electronic equipment and storage medium, and method includes: to request in response to rinsing, and passes through jet pump and carries out the first water route water supply；It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank flow velocity by first water route；The flow velocity of the first water route water supply is obtained as jet velocity；According to the water tank flow velocity, the jet velocity, the target water supply duration about the target water consumption for rinsing request is calculated；Control target water supply duration described in the jet stream water supplying pump.The present invention, to accurately control the water consumption of closestool, can avoid the fluctuation of flush toilets performance in the water supply coverage that closestool works normally, by obtaining two-way water supply water route flow velocity to the closestool with jet current principle.
Description
Technical field
The present invention relates to sanitaryware correlative technology field, especially a kind of closestool water consumption control method, electronic equipment
And storage medium.
Background technique
The control method of closestool water consumption, it is thus necessary to determine that rinse duration.The existing determining method for rinsing duration, such as
Chinese patent CN200780033872.6 calculates cistern and rises to upper timing to cistern water level since water filling
The time T (i.e. moisturizing time of the cistern after the completion of preceding once flushing) of float, then supplies water according to time T estimation
Pressure, as the guidance foundation for rinsing duration next time.
Jet pump refers to the pump of the structure with jet current principle.It is illustrated in figure 9 rushing for the closestool with jet pump principle
Water schematic diagram, pressure water source are pressed into from water inlet 1', and are sprayed from jet orifice 2', and jet orifice 2' is realized using venturi principle,
The water for driving water outlet of water tank 3' is discharged from discharge outlet 4' the water sprayed from jet orifice 2' jointly, into the bowl portion water of closestool
Circle.
The water sprayed from pressure water source through jet orifice 2' is the first water route, and the water of water outlet of water tank 3' is the second water route, because
This, the closestool with jet pump principle, water route there are two tools when washing by water, and the control method of existing closestool water consumption, only
It is the water level rise time calculating for water tank, there is no the flow velocitys for distinguishing two water routes, therefore, are used in estimation with jet stream
On the closestool for pumping principle, precision is very low, and the purpose of high-precision control water is not achieved.
Summary of the invention
Based on this, it is necessary to it is low for water consumption measurement accuracy of the prior art to the closestool with jet pump principle, it reaches
Less than high-precision control water purpose the technical issues of, a kind of closestool water consumption control method, electronic equipment and storage are provided
Medium.
The present invention provides a kind of closestool water consumption control method, comprising:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Further, the acquisition cistern is supplied water by first water route drives the second water route of generation to supply water
Flow velocity as water tank flow velocity, specifically include:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
According between upper timing float and lower timing float volume and the first time period, calculate the water tank stream
Speed.
Further, the acquisition cistern is supplied water by first water route drives the second water route of generation to supply
The flow velocity of water is specifically included as water tank flow velocity:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
If closestool draws water within the period that the upper timing float and lower timing float are successively triggered by water level
Pump startup draws water, then the volume between upper timing float and lower timing float is subtracted the water that suction pump draws water and obtain flow velocity
Volume is calculated, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
According to the flow relocity calculation volume and the first time period, the water tank flow velocity is calculated.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Obtain water tank flow velocity and jet velocity relation function；
The water tank flow velocity is substituted into the relation function and obtains the jet velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source；
According between upper timing float and lower timing float volume and the second time period, described penetrate is calculated
Flow flow velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the jet velocity by previous water tank flow velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity reference value by previous water tank flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source, according between upper timing float and lower timing float volume and the second time period, be calculated second
Jet velocity reference value；
Described penetrate is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
Flow flow velocity.
Further, described according to the water tank flow velocity, the jet velocity, it calculates about the mesh for rinsing request
The target water supply duration for marking water consumption, specifically includes:
The duration that supplied water is measured, according to the jet velocity, the water tank flow velocity and the duration calculation that supplied water
Water-supply quantity；
According to the water-supply quantity and about the target water consumption for rinsing request, when calculating continues to supply water
It is long；
Using the duration of water supply and described continue target water supply duration described in water supply duration calculation.
Further, described according to the water tank flow velocity, the jet velocity, it calculates about the mesh for rinsing request
The target water supply duration for marking water consumption, specifically includes:
When obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the flow velocity of the second water route water supply
Default first water consumption is calculated according to the previous jet velocity and the previous water tank flow velocity as previous water tank flow velocity
First water supply duration；
According to about the second water supply, the jet velocity and the water tank flow velocity for rinsing request, calculate
Second water supply duration includes first water supply and second water supply about the target water consumption for rinsing request；
Use target water supply duration described in the first water supply duration and the second water supply duration calculation.
The present invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Further, the acquisition cistern is supplied water by first water route drives the second water route of generation to supply water
Flow velocity as water tank flow velocity, specifically include:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
According between upper timing float and lower timing float volume and the first time period, calculate the water tank stream
Speed.
Further, the acquisition cistern is supplied water by first water route drives the second water route of generation to supply
The flow velocity of water is specifically included as water tank flow velocity:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
If closestool draws water within the period that the upper timing float and lower timing float are successively triggered by water level
Pump startup draws water, then the volume between upper timing float and lower timing float is subtracted the water that suction pump draws water and obtain flow velocity
Volume is calculated, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
According to the flow relocity calculation volume and the first time period, the water tank flow velocity is calculated.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Obtain water tank flow velocity and jet velocity relation function；
The water tank flow velocity is substituted into the relation function and obtains the jet velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source；
According between upper timing float and lower timing float volume and the second time period, described penetrate is calculated
Flow flow velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the jet velocity by previous water tank flow velocity.
Further, the flow velocity for obtaining the first water route water supply is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity reference value by previous water tank flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source, according between upper timing float and lower timing float volume and the second time period, be calculated second
Jet velocity reference value；
Described penetrate is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
Flow flow velocity.
Further, described according to the water tank flow velocity, the jet velocity, it calculates about the mesh for rinsing request
The target water supply duration for marking water consumption, specifically includes:
The duration that supplied water is measured, according to the jet velocity, the water tank flow velocity and the duration calculation that supplied water
Water-supply quantity；
According to the water-supply quantity and about the target water consumption for rinsing request, when calculating continues to supply water
It is long；
Using the duration of water supply and described continue target water supply duration described in water supply duration calculation.
Further, described according to the water tank flow velocity, the jet velocity, it calculates about the mesh for rinsing request
The target water supply duration for marking water consumption, specifically includes:
When obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the flow velocity of the second water route water supply
Default first water consumption is calculated according to the previous jet velocity and the previous water tank flow velocity as previous water tank flow velocity
First water supply duration；
According to about the second water supply, the jet velocity and the water tank flow velocity for rinsing request, calculate
Second water supply duration includes first water supply and second water supply about the target water consumption for rinsing request；
Use target water supply duration described in the first water supply duration and the second water supply duration calculation.
The present invention provides a kind of storage medium, and the storage medium stores computer instruction, when computer executes the meter
When calculation machine instructs, for executing all steps of foregoing closestool water consumption control method.
The present invention, can be in the water supply coverage that closestool works normally, by obtaining two to the closestool with jet current principle
Road water supply water route flow velocity avoids the fluctuation of flush toilets performance to accurately control the water consumption of closestool.
Detailed description of the invention
Fig. 1 is a kind of work flow diagram of closestool water consumption control method of the present invention；
Fig. 2 is a kind of work flow diagram of closestool water consumption control method of second embodiment of the invention；
Fig. 3 is a kind of work flow diagram of closestool water consumption control method of third embodiment of the invention；
Fig. 4 is a kind of work flow diagram of closestool water consumption control method of fourth embodiment of the invention；
Fig. 5 is a kind of work flow diagram of closestool water consumption control method of fifth embodiment of the invention；
Fig. 6 is a kind of work flow diagram of closestool water consumption control method of sixth embodiment of the invention；
Fig. 7 is a kind of work flow diagram of closestool water consumption control method of seventh embodiment of the invention；
Fig. 8 is a kind of hardware structural diagram of closestool water consumption controlling electronic devices of the present invention；
Fig. 9 is the bath schematic diagram of the closestool with jet pump principle；
Figure 10 is the schematic diagram of the closestool with jet pump principle；
Figure 11 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, the first situation schematic diagram that suction pump draws water；
Figure 12 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, second situation schematic diagram that suction pump draws water；
Figure 13 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, the third situation schematic diagram that suction pump draws water；
Figure 14 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, the 4th kind of situation schematic diagram that suction pump draws water；
Figure 15 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, the 5th kind of situation schematic diagram that suction pump draws water；
Figure 16 is the process that cistern water level drops to lower timing float B location from upper timing float location A in water-rinsing process
In, the case where no suction pump draws water schematic diagram；
Figure 17 is the structural schematic diagram of the closestool of preferred embodiment；
Figure 18 is the side structure schematic diagram of the closestool of preferred embodiment；
Figure 19 is the timing float scheme of installation of preferred embodiment；
Figure 20 is the closestool sectional view of preferred embodiment；
Figure 21 is the C detail drawing of Figure 20；
Streamflow regime schematic diagram when Figure 22 is jet stream；
Streamflow regime schematic diagram when Figure 23 is water tank with water.
Specific embodiment
The present invention will be further described in detail in the following with reference to the drawings and specific embodiments.
Embodiment one
It is as shown in Figure 1 a kind of work flow diagram of closestool water consumption control method of the present invention, comprising:
Step S101 is requested in response to rinsing, and carries out the first water route water supply by jet pump；
Step S102 obtains the stream that cistern drives the second water route of generation to supply water by first water route water supply
Speed is used as water tank flow velocity；
Step S103 obtains the flow velocity of the first water route water supply as jet velocity；
Step S104 is calculated and is used about the target for rinsing request according to the water tank flow velocity, the jet velocity
The target water supply duration of water；
Step S105 controls target water supply duration described in the jet stream water supplying pump.
Specifically, there is jet stream pump unit, penetrated by one the small water conveyed from pressure water source with flow velocity Q1 flowing
Flow velocity is flowed, and original static water in water tank is driven with Venturi effect, with flow velocity Q2 flowing, i.e. water tank flow velocity, after collecting altogether
It is same to flow to bowl portion hydrosphere RIM.Therefore the control method of the prior art does not distinguish two water routes for jet stream pump configuration
Flow velocity, it is not applicable ejected wash water to be guided to enter bowl jointly from pressure water source and cistern respectively in same once flushing
The water closet with jet pump of portion's hydrosphere, meanwhile, the scheme of the prior art not can control closestool bowl portion's hydrosphere when secondary
Washing time.And in the closestool of jet stream pump configuration as shown in Figure 9, it is original quiet from water outlet of water tank 3' output out of water tank
The flow velocity of water only not necessarily immediately with the water exported from pressure water source jet orifice 2' flow velocity occur linear change, Q2's
Flow velocity has the presence in zero section of section.Therefore, the control method of the prior art is directlyed adopt to the horse with jet pump principle
The water consumption measurement accuracy of bucket is low, and the purpose of high-precision control water is not achieved.
And in the present invention, it supplies water using the water exported by jet pump as the first water route, by cistern by described first
Water route, which is supplied water, drives the water generated to supply water as the second water route, clearly distinguishes two water routes, determines that two water routes are supplied water respectively
Flow velocity be jet velocity and water tank flow velocity, and according to water tank flow velocity, the jet velocity in step S104, calculate about
The target water supply duration of the target water consumption for rinsing request, finally, when controlling the water supply of target described in the jet stream water supplying pump
It is long.
The present invention, can be in the water supply coverage that closestool works normally, by obtaining two to the closestool with jet current principle
Road water supply water route flow velocity avoids the fluctuation of flush toilets performance to accurately control the water consumption of closestool.
Embodiment two
It is illustrated in figure 2 a kind of work flow diagram of closestool water consumption control method of second embodiment of the invention, comprising:
Step S201 is requested in response to rinsing, and carries out the first water route water supply by jet pump.
Step S202 obtains the period conduct that upper timing float and lower timing float are successively triggered by water level in water tank
First time period.
Specifically, upper timing float A and lower timing float B is set in water tank, and provides signal for governor circuit,
To measure the period that upper timing float and lower timing float are successively triggered by water level.
Step S203, according between upper timing float and lower timing float volume and the first time period, calculate institute
State water tank flow velocity.
Specifically, the time difference T that timing float A and lower timing float B are successively triggered in acquisitionAB, according to TABIt pushes away
Calculate the water tank flow velocity Q2 of the water of outflow water tank in the unit time.For example, A and B correspond to constant volume when being successively triggered be Vtk, then
Q2=Vtk/TAB。
Step S204 obtains water tank flow velocity and jet velocity relation function.
Specifically, water tank flow velocity is obtained by experiment or theoretical calculation in advance with jet velocity relation function.
The water tank flow velocity is substituted into the relation function and obtains the jet velocity by step S205.
According to the relationship F function of fixed jet velocity Q1 and water tank flow velocity Q2, exit flow is calculated by water tank flow velocity Q2
Flow velocity Q1.Relation function can in advance by experiment or theoretical calculation obtain, such as data be fitted by way of, in laboratory
Interior carry out test of many times, while jet velocity and water tank flow velocity are measured, to be carried out by multiple jet velocities and water tank flow velocity
Data are fitted to obtain relation function.
As an example, the corresponding relationship of Q1 and Q2 can be set as:
As Q2 < A1L/Min, it is believed that closestool is in non-normal working section, calculates Q1 < B1 L/Min, theoretical calculation
Q1=C1L/Min is taken, a definite value is considered as.
As A1L/Min≤Q2 < A2L/Min, it is believed that closestool, which is in, works normally section, calculates Q1 < B2L/Min, reason
Q1=C2*Q2*Q2 (L/Min) is taken by calculating.As A2L/Min≤Q2, it is believed that exceeded scope of design, be judged to sensing
Device damage.
Step S206, measurement have been supplied water duration, according to the jet velocity, the water tank flow velocity and described have been supplied water
Duration calculation water-supply quantity.
Step S207, according to the water-supply quantity and about it is described rinse request target water consumption, calculate after
Continuous water supply duration.
According to result above, the water supply time that should be supplied water to bowl portion hydrosphere in this flushing process of closestool is calculated, specifically
Are as follows:
First stage water supply duration Tv1 spent before measuring determining water tank flow velocity is determined as the duration that supplied water, this is
Water supply duration can be obtained by timer.Wherein, this so-called first stage water supply duration Tv1 is in addition to including aforementioned floating
The period T that sub- A, B are successively triggeredABIt outside, further include water in water tank from just beginning to flow out the time being triggered to float A
Section, this is because existing more or less control delay when water tank water intake, therefore the water level before rinsing in water tank is usual
It is above the position of float A.According to this, water supply duration to calculate has flowed to bowl portion's water before lower timing float B is triggered
The water-supply quantity V1 of circle.For example, V1=(Q1+Q2) * Tv1 can be simply considered that, wherein the value of Q1, Q2 can be by upper
It states step S203 and step S205 is obtained.
As an example, water supply duration Tv1 refers to the jet stream water inlet electromagnetism in schematic diagram shown in Fig. 10 freely
Valve 12 makes tap water flow through jet pump 36 and drives the outflow of the inner water of water tank 37 after energization, cistern water level is from most beginning to decline to lower meter
When period for being triggered of float B.
Step S208 using the duration of water supply and described continues target water supply duration described in water supply duration calculation.
Specifically, meanwhile, above-mentioned previous stage has been subtracted according to desired closestool water consumption (calibration water consumption) V0
The difference for flowing to the V1 of water-supply quantity of bowl portion hydrosphere is also wanted to/is needed the continuation for flowing to the second stage of bowl portion hydrosphere
Water-supply quantity V2 (V2=V0-V1).For example, requesting for different flushings, V0 is N1L if favourable opposition request, when small punching is requested
V0 is N2L.
According to the continuation water-supply quantity V2 and above-mentioned this flushing obtained for also wanting to/needing flow to bowl portion's hydrosphere
Jet velocity Q1 and water tank flow velocity Q2, calculate need also to need to continue with the Q1 and Q2 flowing continues water supply duration t.Example
Such as, t=V2/ (Q1+Q2).
Step S209 controls target water supply duration described in the jet stream water supplying pump.
Specifically, it by circuit and software control system according to Tv1 and t, accordingly controls from pressure water source conveying
The flowing time of water.
The present embodiment accurately measures water tank flow velocity by upper timing float and lower timing float, and according to water tank flow velocity with
Jet velocity relation function obtains jet velocity, and being supplied water by the second water route is to be supplied water to be driven by first water route, water
Case flow velocity and jet velocity have determining relationship.Therefore, the present embodiment directly passes through pre-determined relation function acquisition and penetrates
Flow velocity is flowed, the measurement cost to jet velocity is reduced.Finally, continuing water supply duration according to water supply duration to determine, thus smart
The really water consumption of control closestool, avoids the fluctuation of flush toilets performance.
Embodiment three
It is illustrated in figure 3 a kind of work flow diagram of closestool water consumption control method of third embodiment of the invention, comprising:
Step S301 is requested in response to rinsing, and carries out the first water route water supply by jet pump.
Step S302 obtains the stream that cistern drives the second water route of generation to supply water by first water route water supply
Speed is used as water tank flow velocity.
Step S303, obtain it is previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, in water
The time difference that lower timing float and upper timing float are successively triggered by water level as the second time difference, the jet pump have with
The identical water source of water tank water intake.
Step S304, according between upper timing float and lower timing float volume and the second time period, calculate
To the jet velocity.
Specifically, jet pump has water source identical with water tank water intake, therefore, preceding primary cistern after rinsing
Moisturizing/water inlet water inlet flow velocity Q0 ≈ Q1.As shown in Figure 10 be an example, after opening jet stream inlet water solenoid valve 12, always into
Water 11 enters, and after vacuum brake 13, current limiter 14, selects to supply water to jet pump 16 or to water tank respectively from switching valve 15
17 moisturizings/water inlet.Therefore, jet pump has water source identical with water tank water intake, therefore the flow velocity of the water exported from jet pump
Flow velocity when intaking with water tank 17 is close, it is believed that approximately equal.Wherein, primary before previous expression or multiple before.The
Two time differences can be preceding lower meter when the water supply to jet pump once being switched to water tank water intake water route after rinsing, in water
When float and upper timing float successively by water level trigger time difference, be also possible to before repeatedly after rinsing will be to jet pump
Water supply when switching to water tank water intake water route, the time that lower timing float and upper timing float in water are successively triggered by water level
The average value or weighted value of difference.
Before perception primary cistern moisturizing/water inlet after rinsing at present timing float B and upper timing float A successively by
The time difference T of water level triggeringBA, water inlet flow velocity Q0 when then calculating to water tank water intake, it is preferable that Q0=Vtk/TBA, lead to
It crosses Q0 and extrapolates jet velocity Q1, rinse and use for this.
Step S305 is calculated and is used about the target for rinsing request according to the water tank flow velocity, the jet velocity
The target water supply duration of water.
Step S306 controls target water supply duration described in the jet stream water supplying pump.
The present embodiment using it is previous the water supply to jet pump is switched into water tank water intake water route after rinsing when, in water
Lower timing float and upper timing float successively by time difference that water level triggers calculate previous cistern moisturizing/water inlet into
Water flow velocity Q0, thus the approximate jet velocity as this, to reduce the time for measuring this water tank flow velocity, quickly really
Determine the water consumption of closestool.
Example IV
It is illustrated in figure 4 a kind of work flow diagram of closestool water consumption control method of fourth embodiment of the invention, comprising:
Step S401 is requested in response to rinsing, and carries out the first water route water supply by jet pump.
Step S402 obtains the stream that cistern drives the second water route of generation to supply water by first water route water supply
Speed is used as water tank flow velocity.
Step S403 obtains water tank flow velocity and jet velocity relation function, and when obtaining previous flushing, the second water route is supplied water
Flow velocity as previous water tank flow velocity, the previous water tank flow velocity is substituted into the relation function and obtains the jet velocity.
According to fixed jet velocity and water tank flow velocity relation F function (being obtained by experiment or theoretical calculation), by before
Previous water tank flow velocity Q2' calculate this jet velocity.
Wherein, primary before previous expression or multiple before.The flow velocity that can be supplied water using previous second water route is made
This jet velocity is calculated for previous water tank flow velocity.Or multiple the second water route is supplied water before using flow velocity is averaged
Value or weighted value calculate this jet velocity as previous water tank flow velocity.
Step S404 is calculated and is used about the target for rinsing request according to the water tank flow velocity, the jet velocity
The target water supply duration of water.
Step S405 controls target water supply duration described in the jet stream water supplying pump.
The present embodiment calculates this jet velocity using previous water tank flow velocity, measures this water tank stream to reduce
The time of speed quickly determines the water consumption of closestool.
Embodiment five
It is illustrated in figure 5 a kind of work flow diagram of closestool water consumption control method of fifth embodiment of the invention, comprising:
Step S501 is requested in response to rinsing, and carries out the first water route water supply by jet pump.
Step S502 obtains the stream that cistern drives the second water route of generation to supply water by first water route water supply
Speed is used as water tank flow velocity.
Step S503 obtains water tank flow velocity and jet velocity relation function, and when obtaining previous flushing, the second water route is supplied water
Flow velocity as previous water tank flow velocity, the previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity ginseng
Examine value；
According to fixed jet velocity and water tank flow velocity relation F function (being obtained by experiment or theoretical calculation), by before
Previous water tank flow velocity Q2' calculate this first jet velocity reference value Q10.
Wherein, primary before previous expression or multiple before.The flow velocity that can be supplied water using previous second water route is made
This first jet velocity reference value Q10 is calculated for previous water tank flow velocity.Or the second multiple water route is supplied water before using
Flow velocity average value or weighted value this first jet velocity reference value Q10 is calculated as previous water tank flow velocity.
Step S504, obtain it is previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, in water
The time difference that lower timing float and upper timing float are successively triggered by water level as the second time difference, the jet pump have with
The identical water source of water tank water intake, according between upper timing float and lower timing float volume and the second time period, calculate
Obtain the second jet velocity reference value.
Before perception primary cistern moisturizing/water inlet after rinsing at present timing float B and upper timing float A successively by
The time difference T of water level triggeringBA, water inlet flow velocity Q0 when then calculating to water tank water intake, it is preferable that Q0=Vtk/TBA, lead to
It crosses Q0 and extrapolates the second jet velocity reference value Q11.
Wherein, primary before previous expression or multiple before.Can using the previous moisturizing of cistern after rinsing/
Water inlet flow velocity when water inlet calculates this second jet velocity reference value Q11.Or multiple horse after rinsing before using
The average value of water inlet flow velocity when bucket water tank moisturizing/water inlet or weighted value calculate this second jet velocity reference value Q11.
Step S505 is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
To the jet velocity.
It is corrected mutually according to the first jet velocity reference value Q10 obtained above and the second jet velocity reference value Q11,
Such as take arithmetic mean of instantaneous value or take weighted average or be maximized minimum value, theoretical approximate flow rate Q1 is obtained, as this
The numerical value of flushing.
Step S506 is calculated and is used about the target for rinsing request according to the water tank flow velocity, the jet velocity
The target water supply duration of water.
Step S507 controls target water supply duration described in the jet stream water supplying pump.
The present embodiment integrates the first jet velocity reference value and the second jet velocity reference value to calculate this jet stream
Speed, to while quickly determining the water consumption of closestool, be improved to this reducing the time for measuring this water tank flow velocity
Jet velocity estimate accuracy.
It is illustrated in figure 6 a kind of work flow diagram of closestool water consumption control method of sixth embodiment of the invention, comprising:
Step S601 is requested in response to rinsing, and carries out the first water route water supply by jet pump.
Step S602 obtains the stream that cistern drives the second water route of generation to supply water by first water route water supply
Speed is used as water tank flow velocity.
Step S603 obtains the flow velocity of the first water route water supply as jet velocity.
Step S604, when obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the second water route
The flow velocity of water supply is as previous water tank flow velocity, according to the previous jet velocity and the previous water tank flow velocity, calculates default the
First water supply duration of one water consumption.
Specifically, according to this rinse in it is expected at least part fixed water volume Vd1 for flowing out from jet pump, i.e., the
One water consumption, and one or many flushings obtain before previous jet velocity Q1' and previous water tank flow velocity Q2', obtain at least
One set time t1 (t1=Vd1/ (Q1'+Q2').
Step S605, according to about the second water supply, the jet velocity and the water tank for rinsing request
Flow velocity calculates the second water supply duration, includes first water supply and described the about the target water consumption for rinsing request
Two water supplies.
Specifically, according to this rinse in it is expected at least part fixed water volume Vd2 for flowing out from jet pump, i.e., the
The jet velocity Q1 and water tank flow velocity Q2 found out in two water supplies and this flushing, obtains at least one set time t2.
Step S606 uses target water supply duration described in the first water supply duration and the second water supply duration calculation.
Specifically, by least one in t1 and t2, or this is obtained for foundation at least 1 in t1 and t2
The jet pump flow time t of flushing.
Step S607 controls target water supply duration described in the jet stream water supplying pump.
The present embodiment is according to preceding primary or multiple before flushing process, to calculate the jet pump in this flushing process
Water supply time, to improve the estimate accuracy to this water consumption while quickly determining the water consumption of closestool.
Embodiment seven
It is illustrated in figure 7 a kind of work flow diagram of closestool water consumption control method of seventh embodiment of the invention, comprising:
Step S701 is requested in response to rinsing, and carries out the first water route water supply by jet pump；
Step S702 obtains the period conduct that upper timing float and lower timing float are successively triggered by water level in water tank
First time period；
Step S703, if within the period that the upper timing float and lower timing float are successively triggered by water level, horse
The pump startup that draws water of bucket draws water, then the volume between upper timing float and lower timing float is subtracted the water that suction pump draws water
Flow relocity calculation volume is obtained, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
Step S704 calculates the water tank flow velocity according to the flow relocity calculation volume and the first time period；
Step S705 obtains the flow velocity of the first water route water supply as jet velocity；
Step S706 is calculated and is used about the target for rinsing request according to the water tank flow velocity, the jet velocity
The target water supply duration of water；
Step S707 controls target water supply duration described in the jet stream water supplying pump.
As shown in Figure 11-Figure 16, in TABDuring being triggered, i.e., cistern water level is from upper timing float A in water-rinsing process
It sets during dropping to lower timing float B location, it is possible that making the suction pump energization one for leading to jet port JET fixed
Time, the case where making it in addition extract the water Vp of fixed volume from water tank, therefore, what the water in water tank drew water in suction pump
In the process, the water Vp of fixed volume will be extracted by suction pump, for this reason, it may be necessary to the fixed volume extracted by suction pump is removed,
To accurately calculate water tank flow velocity.
Embodiment eight
It is illustrated in figure 8 a kind of hardware structural diagram of closestool water consumption controlling electronic devices of the present invention, comprising:
At least one processor 801；And
With the memory 802 of at least one described processor 801 communication connection；Wherein,
The memory 802 is stored with the instruction that can be executed by one processor, and described instruction is by described at least one
A processor executes so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
In Fig. 8 by taking a processor 802 as an example.
Electronic equipment can also include: input unit 803 and output device 804.
Processor 801, memory 802, input unit 803 and display device 804 can pass through bus or other modes
It connects, in figure for being connected by bus.
Memory 802 is used as a kind of non-volatile computer readable storage medium storing program for executing, can be used for storing non-volatile software journey
Sequence, non-volatile computer executable program and module, as the closestool water consumption control method in the embodiment of the present application is corresponding
Program instruction/module, for example, Fig. 1-method flow shown in Fig. 7.Processor 801 is stored in memory 802 by operation
In non-volatile software program, instruction and module realize thereby executing various function application and data processing
State the closestool water consumption control method in embodiment.
Memory 802 may include storing program area and storage data area, wherein storing program area can store operation system
Application program required for system, at least one function；Storage data area can store the use according to closestool water consumption control method
The data etc. created.In addition, memory 802 may include high-speed random access memory, it can also include non-volatile deposit
Reservoir, for example, at least a disk memory, flush memory device or other non-volatile solid state memory parts.In some realities
It applies in example, optional memory 802 includes the memory remotely located relative to processor 801, these remote memories can lead to
Network connection is crossed to the device for executing closestool water consumption control method.The example of above-mentioned network includes but is not limited to internet, enterprise
Industry intranet, local area network, mobile radio communication and combinations thereof.
The user that input unit 803 can receive input clicks, and generates and set with the user of closestool water consumption control method
It sets and the related signal of function control inputs.Display device 804 may include that display screen etc. shows equipment.
It is stored in the memory 802 in one or more of modules, when by one or more of processing
When device 801 is run, the closestool water consumption control method in above-mentioned any means embodiment is executed.
Embodiment nine
Ninth embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
According between upper timing float and lower timing float volume and the first time period, calculate the water tank stream
Speed；
Obtain water tank flow velocity and jet velocity relation function；
The water tank flow velocity is substituted into the relation function and obtains the jet velocity；
The duration that supplied water is measured, according to the jet velocity, the water tank flow velocity and the duration calculation that supplied water
Water-supply quantity；
According to the water-supply quantity and about the target water consumption for rinsing request, when calculating continues to supply water
It is long；
Using the duration of water supply and described continue target water supply duration described in water supply duration calculation；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment ten
Tenth embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source；
According between upper timing float and lower timing float volume and the second time period, described penetrate is calculated
Flow flow velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment 11
Eleventh embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the jet velocity by previous water tank flow velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment 12
Twelveth embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity conduct of the second water route water supply
The previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity reference value by previous water tank flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, the lower timing in water is floating
The time difference that sub and upper timing float is successively triggered by water level, the jet pump has and water tank water intake as the second time difference
Identical water source, according between upper timing float and lower timing float volume and the second time period, be calculated second
Jet velocity reference value；
Described penetrate is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
Flow flow velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment 13
Thriteenth embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank by first water route
Flow velocity；
The flow velocity of the first water route water supply is obtained as jet velocity；
When obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the flow velocity of the second water route water supply
Default first water consumption is calculated according to the previous jet velocity and the previous water tank flow velocity as previous water tank flow velocity
First water supply duration；
According to about the second water supply, the jet velocity and the water tank flow velocity for rinsing request, calculate
Second water supply duration includes first water supply and second water supply about the target water consumption for rinsing request；
Use target water supply duration described in the first water supply duration and the second water supply duration calculation；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment 14
Fourteenth embodiment of the invention provides a kind of closestool water consumption controlling electronic devices, comprising:
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, described instruction by it is described at least one
Processor execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as at the first time
Section；
If closestool draws water within the period that the upper timing float and lower timing float are successively triggered by water level
Pump startup draws water, then the volume between upper timing float and lower timing float is subtracted the water that suction pump draws water and obtain flow velocity
Volume is calculated, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
According to the flow relocity calculation volume and the first time period, the water tank flow velocity is calculated；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, the target about the target water consumption for rinsing request is calculated
Water supply duration；
Control target water supply duration described in the jet stream water supplying pump.
Embodiment 15
Fifteenth embodiment of the invention provides a kind of storage medium, and the storage medium stores computer instruction, works as calculating
When machine executes the computer instruction, for executing all steps of foregoing closestool water consumption control method.
Such as the structural schematic diagram for the closestool that Figure 17-23 is preferred embodiment, wherein include: total water inlet 11, penetrate
It flows into water solenoid valve 12, vacuum brake 13, current limiter 14, switching valve 15, jet pump 16, water tank 17, bowl portion hydrosphere 18, take out
Water pump 19, the water pump outlet pipe 191 that draws water, jet port 110, jet pump water inlet pipe 111, tank inlet pipe 112, jet stream water pump outlet pipe
113, bowl portion upper limb water inlet 114, upper timing float A, lower timing float B, upper protection float 115, lower protection float 116,
Jet hole 117, low level suction hose 118.Its catenation principle figure is as shown in Figure 10, wherein and external water stream enters from total water inlet 11,
Switching valve 15 is reached through jet stream inlet water solenoid valve 12, vacuum brake 13, current limiter 14, switching valve 15 controls water flow from jet stream
Pump 16 be output into the first water route supplies water and drive the water of water tank 17 be output into the second water route water supply, the first water route supply water with
It supplies water and eventually enters into bowl portion's hydrosphere 18 in the second water route.The flow velocity that first water route is supplied water is Q1, and the flow velocity that the second water route is supplied water is
Q2.Switching valve 15 can also switch the water inlet water route that water flow to water tank 17, and the flow velocity in the water route that intakes is Q0.Suction pump 19 is from water
It is drawn water with flow velocity Q3 to jet port 110 in case 17.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to of the invention
Protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (19)
1. a kind of closestool water consumption control method characterized by comprising
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank flow velocity by first water route；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, calculates and supply water about the target of the target water consumption for rinsing request
Duration；
Control target water supply duration described in the jet stream water supplying pump.
2. closestool water consumption control method according to claim 1, which is characterized in that the acquisition cistern is described
The flow velocity for driving the second water route generated to supply water is supplied water as water tank flow velocity in first water route, specifically includes:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as first time period；
According between upper timing float and lower timing float volume and the first time period, calculate the water tank flow velocity.
3. closestool water consumption control method according to claim 2, which is characterized in that the acquisition cistern is described
The flow velocity for driving the second water route generated to supply water is supplied water as water tank flow velocity in first water route, specifically includes:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as first time period；
If within the period that the upper timing float and lower timing float are successively triggered by water level, the pump startup that draws water of closestool
It draws water, then the volume between upper timing float and lower timing float is subtracted into the water that suction pump draws water and obtain flow relocity calculation appearance
Product, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
According to the flow relocity calculation volume and the first time period, the water tank flow velocity is calculated.
4. closestool water consumption control method according to claim 1, which is characterized in that described to obtain the first water route confession
The flow velocity of water is specifically included as jet velocity:
Obtain water tank flow velocity and jet velocity relation function；
The water tank flow velocity is substituted into the relation function and obtains the jet velocity.
5. closestool water consumption control method according to claim 1, which is characterized in that described to obtain the first water route confession
The flow velocity of water is specifically included as jet velocity:
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, lower timing float in water and upper
The time difference that timing float is successively triggered by water level has water identical with water tank water intake as the second time difference, the jet pump
Source；
According between upper timing float and lower timing float volume and the second time period, the jet stream is calculated
Speed.
6. closestool water consumption control method according to claim 1, which is characterized in that described to obtain the first water route confession
The flow velocity of water is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity that the second water route is supplied water is as previous
The previous water tank flow velocity is substituted into the relation function and obtains the jet velocity by water tank flow velocity.
7. closestool water consumption control method according to claim 1, which is characterized in that described to obtain the first water route confession
The flow velocity of water is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity that the second water route is supplied water is as previous
The previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity reference value by water tank flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, lower timing float in water and upper
The time difference that timing float is successively triggered by water level has water identical with water tank water intake as the second time difference, the jet pump
Source, according between upper timing float and lower timing float volume and the second time period, the second jet velocity is calculated
Reference value；
The jet stream is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
Speed.
8. closestool water consumption control method according to claim 1, which is characterized in that it is described according to the water tank flow velocity,
The jet velocity calculates the target water supply duration about the target water consumption for rinsing request, specifically includes:
The duration that supplied water is measured, has been supplied water according to the jet velocity, the water tank flow velocity and the duration calculation of water supply
Water；
According to the water-supply quantity and about the target water consumption for rinsing request, calculating continues water supply duration；
Using the duration of water supply and described continue target water supply duration described in water supply duration calculation.
9. closestool water consumption control method according to claim 1, which is characterized in that it is described according to the water tank flow velocity,
The jet velocity calculates the target water supply duration about the target water consumption for rinsing request, specifically includes:
When obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the flow velocity conduct of the second water route water supply
Previous water tank flow velocity calculates the first of default first water consumption according to the previous jet velocity and the previous water tank flow velocity
Water supply duration；
According to about the second water supply, the jet velocity and the water tank flow velocity for rinsing request, calculates second and supply
Water duration includes first water supply and second water supply about the target water consumption for rinsing request；
Use target water supply duration described in the first water supply duration and the second water supply duration calculation.
10. a kind of closestool water consumption controlling electronic devices characterized by comprising
At least one processor；And
The memory being connect at least one described processor communication；Wherein,
The memory is stored with the instruction that can be executed by one processor, and described instruction is by least one described processor
Execute so that at least one described processor can:
It is requested in response to rinsing, the first water route water supply is carried out by jet pump；
It obtains cistern and the flow velocity for driving the second water route of generation to supply water is supplied water as water tank flow velocity by first water route；
The flow velocity of the first water route water supply is obtained as jet velocity；
According to the water tank flow velocity, the jet velocity, calculates and supply water about the target of the target water consumption for rinsing request
Duration；
Control target water supply duration described in the jet stream water supplying pump.
11. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that the acquisition cistern
The flow velocity for driving the second water route of generation to supply water is supplied water as water tank flow velocity by first water route, is specifically included:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as first time period；
According between upper timing float and lower timing float volume and the first time period, calculate the water tank flow velocity.
12. closestool water consumption controlling electronic devices according to claim 11, which is characterized in that the acquisition cistern
The flow velocity for driving the second water route of generation to supply water is supplied water as water tank flow velocity by first water route, is specifically included:
The period that upper timing float and lower timing float are successively triggered by water level in acquisition water tank is as first time period；
If within the period that the upper timing float and lower timing float are successively triggered by water level, the pump startup that draws water of closestool
It draws water, then the volume between upper timing float and lower timing float is subtracted into the water that suction pump draws water and obtain flow relocity calculation appearance
Product, otherwise using the volume between upper timing float and lower timing float as flow relocity calculation volume；
According to the flow relocity calculation volume and the first time period, the water tank flow velocity is calculated.
13. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described to obtain described first
The flow velocity that water route is supplied water is specifically included as jet velocity:
Obtain water tank flow velocity and jet velocity relation function；
The water tank flow velocity is substituted into the relation function and obtains the jet velocity.
14. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described to obtain described first
The flow velocity that water route is supplied water is specifically included as jet velocity:
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, lower timing float in water and upper
The time difference that timing float is successively triggered by water level has water identical with water tank water intake as the second time difference, the jet pump
Source；
According between upper timing float and lower timing float volume and the second time period, the jet stream is calculated
Speed.
15. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described to obtain described first
The flow velocity that water route is supplied water is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity that the second water route is supplied water is as previous
The previous water tank flow velocity is substituted into the relation function and obtains the jet velocity by water tank flow velocity.
16. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described to obtain described first
The flow velocity that water route is supplied water is specifically included as jet velocity:
Water tank flow velocity and jet velocity relation function are obtained, when obtaining previous flushing, the flow velocity that the second water route is supplied water is as previous
The previous water tank flow velocity is substituted into the relation function and obtains the first jet velocity reference value by water tank flow velocity；
Obtain previous when the water supply to jet pump being switched to water tank water intake water route after rinsing, lower timing float in water and upper
The time difference that timing float is successively triggered by water level has water identical with water tank water intake as the second time difference, the jet pump
Source, according between upper timing float and lower timing float volume and the second time period, the second jet velocity is calculated
Reference value；
The jet stream is calculated according to the first jet velocity reference value and/or the second jet velocity reference value
Speed.
17. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described according to the water tank
Flow velocity, the jet velocity calculate the target water supply duration about the target water consumption for rinsing request, specifically include:
The duration that supplied water is measured, has been supplied water according to the jet velocity, the water tank flow velocity and the duration calculation of water supply
Water；
According to the water-supply quantity and about the target water consumption for rinsing request, calculating continues water supply duration；
Using the duration of water supply and described continue target water supply duration described in water supply duration calculation.
18. closestool water consumption controlling electronic devices according to claim 10, which is characterized in that described according to the water tank
Flow velocity, the jet velocity calculate the target water supply duration about the target water consumption for rinsing request, specifically include:
When obtaining previous flushing, the flow velocity that the first water route is supplied water is as previous jet velocity, the flow velocity conduct of the second water route water supply
Previous water tank flow velocity calculates the first of default first water consumption according to the previous jet velocity and the previous water tank flow velocity
Water supply duration；
According to about the second water supply, the jet velocity and the water tank flow velocity for rinsing request, calculates second and supply
Water duration includes first water supply and second water supply about the target water consumption for rinsing request；
Use target water supply duration described in the first water supply duration and the second water supply duration calculation.
19. a kind of storage medium, which is characterized in that the storage medium stores computer instruction, when computer executes the meter
When calculation machine instructs, for executing all steps of closestool water consumption control method as described in any one of claims 1 to 9.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910412728.8A CN110106949B (en) | 2019-05-17 | 2019-05-17 | Toilet bowl water consumption control method, electronic equipment and storage medium |
| US16/707,750 US11371228B2 (en) | 2018-12-28 | 2019-12-09 | Flushing assembly, water supply assembly, lower position water suction assembly, water tank, check valve for use in a toilet, and method, device, and storage medium for controlling toilet water consumption |
| EP19219519.6A EP3674491B1 (en) | 2018-12-28 | 2019-12-23 | Water supply assembly of a toilet |
| US17/742,761 US11598078B2 (en) | 2018-12-28 | 2022-05-12 | Flushing assembly, water supply assembly, lower position water suction assembly, water tank, check valve for use in a toilet, and method, device, and storage medium for controlling toilet water consumption |
| US18/103,938 US11952762B2 (en) | 2018-12-28 | 2023-01-31 | Flushing assembly, water supply assembly, lower position water suction assembly, water tank, check valve for use in a toilet, and method, device, and storage medium for controlling toilet water consumption |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910412728.8A CN110106949B (en) | 2019-05-17 | 2019-05-17 | Toilet bowl water consumption control method, electronic equipment and storage medium |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN110106949A true CN110106949A (en) | 2019-08-09 |
| CN110106949B CN110106949B (en) | 2021-06-22 |
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| CN201910412728.8A Active CN110106949B (en) | 2018-12-28 | 2019-05-17 | Toilet bowl water consumption control method, electronic equipment and storage medium |
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| CN114893417A (en) * | 2022-05-10 | 2022-08-12 | 深圳麦格米特电气股份有限公司 | Water pump control method, toilet bowl and readable storage medium |
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