CN108060547A - A kind of clothes washing method that can set washing parameter - Google Patents
A kind of clothes washing method that can set washing parameter Download PDFInfo
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- CN108060547A CN108060547A CN201610984524.8A CN201610984524A CN108060547A CN 108060547 A CN108060547 A CN 108060547A CN 201610984524 A CN201610984524 A CN 201610984524A CN 108060547 A CN108060547 A CN 108060547A
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F33/00—Control of operations performed in washing machines or washer-dryers
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F34/00—Details of control systems for washing machines, washer-dryers or laundry dryers
- D06F34/28—Arrangements for program selection, e.g. control panels therefor; Arrangements for indicating program parameters, e.g. the selected program or its progress
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- D06F2204/086—
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- D06F2204/10—
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- Control Of Washing Machine And Dryer (AREA)
Abstract
A kind of clothes washing method that can set washing parameter, applied to washing machine, washing machine control module, input module and display module, control module is microcontroller, and the clothes washing method comprises the following steps, S1：In input module, input at least one user and wash demand and its corresponding parameter；S2：Microprocessor receives washing demand and its parameter；S3：The washing demand and its parameter specified according to user carry out computing, calculate the operation data of each operation module when washing machine is run；S4：Microprocessor will run data distributing and carry out laundry treatment to corresponding operation module.Intuitively interface setting of the invention, provides to the user conveniently；Index is washed by user to set, and is influenced operating parameter of the washing machine in washing state, is realized real human-computer interaction.
Description
Technical field
The present invention relates to technical field of electric appliances more particularly to a kind of clothes washing methods that can set washing parameter.
Background technology
The laundry scheme of most washing machine is before washing machine dispatches from the factory currently on the market, the program for washing on computer board
It has just had been cured, it is impossible to be upgraded and optimized, user can only select corresponding program by operation and control interface.With clothing
The continuous renewal of fabric is taken, original program cannot meet needs of the user for washing, and user wants to update washing procedure only
Computerized version plate can be replaced, it is costly.
Connection interface between existing user and washing machine is all very professional temperature, speed, the ginsengs such as rinsing times
Number, the parameter for the execution user setting that washing machine can only be mechanical really can not formulate washing side from the angle of user's concern
Case.
Between user and washing machine without interaction, do not exchange, can not realize the personal like different to each client and
Pay close attention to the purpose for being met and being paid attention to.
With the development of Internet of Things, it is connected to that the washing machine of Cloud Server is more and more, the newer application of program for washing is got over
Come more universal.
Number of patent application：201410419662.2 a kind of update method of washing machine procedure, the invention is simply to washing machine
The update method of program is illustrated, and only lays particular emphasis on from big direction, from Cloud Server and washing machine hardware advances
It is upper to propose a kind of a kind of the general of feasibility that downloaded to program for washing from Cloud Server by Cloud Server on washing machine
It reads, for how to realize that there is no be described in detail very much.
In order to solve these problems, the present invention is proposed hereby.
The content of the invention
It is an object of the present invention to provide a kind of clothes washing methods that can set washing parameter.
To achieve these goals, it is achieved through the following technical solutions,
A kind of clothes washing method that can set washing parameter, applied to washing machine, washing machine control module, input module and aobvious
Show module, control module is microcontroller, and the clothes washing method comprises the following steps,
S1：In input module, input at least one user and wash demand and its corresponding parameter；
S2：Microprocessor receives washing demand and its parameter；
S3：The washing demand and its parameter specified according to user carry out computing, calculate each operation mould during washing machine operation
The operation data of block；
S4：Microprocessor will run data distributing and carry out laundry treatment to corresponding operation module.
In one embodiment, it is further comprising the steps of after step S4 processing：
Preferably, washing machine also has communication module；The microprocessor of washing machine is connected by communication module with Cloud Server；
Microcontroller is connected respectively with communication module, input module and display module.
Preferably, display module can be with mobile phone display screen, and mobile phone display screen built in cell phone processor, mobile phone by communicating mould
Block is connected with washing machine or Cloud Server.
In one embodiment, it is further comprising the steps of after step S4 processing：S5：After washing, user, which is washed, to be needed
The completion satisfaction asked carries out marking evaluation, and microprocessor carries out computing according to marking；
S6：Microprocessor says that final attention rate ratio soon is washed to obtain in operation result setting.
Preferably, the user wash demand include washing soon, it is de- must do, little power consumption and save water, it is corresponding each to need
The input mode asked is that analog knobs input on input module.
In one embodiment, the step S3 specifically includes following steps：
S24:Calculate the current concern ratio of each demand：Current concern ratio=current attention rate/total attention rate,
S25:The final attention rate ratio of each demand is set as initial value；
S26:The current attention rate of each laundry demand is calculated than the difference between final attention rate ratio；
S27:Initialization operation is carried out to operation module；Operation module control wash time, dewatering time, heating time, into
Water water level, it is wash time that the attention rate for washing soon, which performs demand, and the de- attention rate that must do performs demand as dewatering time, power consumption
It is heating time that few attention rate, which performs, saves water attention rate and performs demand as water inlet water level,
S28:Wash time=specified wash time *（1+ washes to obtain fast difference）；Dewatering time=specified dewatering time *（1+ takes off
Dry difference）；
Heating time=* of specified heating time（1+ little power consumption differences）；Water inlet water level=specified water inlet water level *（It is poor that 1+ saves water
Value）.
Preferably, the initial value of the final attention rate of each demand is 0.25.
In one embodiment, the step S6 specifically includes following steps：
S13:Microprocessor gathers the fraction of each Needs of user, de- to do fraction, power consumption including washing to obtain fast fraction
Few fraction, saves water fraction；
S14:The evaluation score ratio of each demand is calculated, washes to obtain fast score ratio=wash to obtain fast fraction/gross score；It is de- to do score ratio
=de- it must do fraction/gross score；Little power consumption score ratio=little power consumption fraction/gross score；Saving water fraction ratio=saving water fraction/total
Fraction；Fraction+little power consumption fraction+saving water fraction must be done to gross score=washing to obtain fast fraction+by taking off；
S15:Microprocessor analyzes calculating demand attention rate ratio：After washing to analyze soon attention rate than=wash to obtain final concern soon
Than-（Wash fast score ratio-wash current concern ratio soon）；Attention rate ratio after de- dry analysis=de- must do final concern ratio-（It is de-
Score ratio-Tuo get must be done and do current concern ratio）；
Little power consumption analysis after attention rate ratio=little power consumption it is final concern ratio-（Little power consumption score ratio-little power consumption currently pays close attention to ratio）；Section
About after water analysis attention rate ratio=saving water it is final concern ratio-（Save water fraction ratio-current concern ratio of saving water）.
In one embodiment, it is further comprising the steps of after S15 processing：
S16:Microprocessor is uploaded to analysis result in Cloud Server by communication unit；
S17:Cloud Server terminates to carry out manual examination and verification confirmation to data；
S18:After manual examination and verification, the reasonable data after Cloud Server will confirm that is issued in washing machine；
S19:Index attention rate ratio after the microprocessor of washing machine will confirm that is put into storage space, is run as next time
When each index wash to obtain final attention rate ratio soon.
Advantageous effect：
1. really washing clothing from user's position, the setting of complicated professional parameter is obviated, intuitively interface setting,
It provides to the user conveniently.
2. washing index by user to set, operating parameter of the washing machine in washing state, such as wash time are influenced, it is real
Real human-computer interaction is showed.
3. by the mechanism of giving a mark, the satisfaction feedback result of user is collected, passes back and washes after being confirmed afterwards by Cloud Server
Clothing machine provides foundation for washing parameter next time, realizes Intelligent closed-loop management, more optimize washing methods.
4. the scheme of the invention is directly borrowing the memory space carried inside microcontroller, this scheme is at low cost,
Without additional hardware design, and microcontroller directly accesses the internal memory space carried, and efficiency is higher.
5. washing machine has communication module, can network；User can be by mobile phone screen to laundry washer result
It gives a mark；
If washing machine does not have communication module, it is not possible to it networks, user can give a mark to washing machine by control panel, this
Kind control mode is more flexible.
Description of the drawings
Fig. 1 is washing machine structure block diagram of the present invention.
Fig. 2 is the washing machine structure block diagram that the present invention carries communication module.
Fig. 3 is the display interface of washing machine display module of the present invention.
Fig. 4 is the flow chart of washing machine embodiment 1 of the present invention.
Fig. 5 is the another flow chart of washing machine embodiment 1 of the present invention.
Fig. 6 is the flow chart of washing machine embodiment 2 of the present invention.
Fig. 7 is the another flow chart of washing machine embodiment 2 of the present invention.
Fig. 8 is laundry demand schematic diagram in clothes washing method of the present invention.
Fig. 9 is the laundry another schematic diagram of demand in clothes washing method of the present invention.
Specific embodiment
For make present invention solves the technical problem that, the technical solution that uses and the technique effect that reaches it is clearer, below
The technical solution of the embodiment of the present invention will be described in further detail with reference to attached drawing, described embodiment is only this hair
Bright part of the embodiment, instead of all the embodiments.Based on the embodiment of the present invention, those of skill in the art are not having
All other embodiments obtained on the premise of creative work are made, belong to the scope of protection of the invention.
As shown in Figure 1, the washing machine has control module, input module and display module.
The microcontroller is connected respectively with input module and display module.Preferably, control module position is miniature
Processor, display module are display screen.Hereinafter, microcontroller abbreviation MCU.There is erasable storage sky inside microcontroller
Between, the operation of washing machine is controlled according to the program for washing with program for washing, microcontroller in erasable memory space.It utilizes
Memory space inside microcontroller, at low cost without additional storage device, cost is relatively low；In addition, microcontroller is visited
The time required to asking internal memory space compared with external storage device required time is accessed, the time used is less, accesses effect
Rate is higher, the speed of service faster.
In input module, input at least one user and wash demand and its corresponding parameter, the form of input can be aobvious
Show Simulation of keyboard input in module or handwriting input carried out on display module, can also on display module analog knobs
Input.User washs demand and includes but not limited to wash soon, de- must do, little power consumption and save water.
With reference to Fig. 2, preferred washing machine also has communication module.The microprocessor of washing machine is taken by communication module and cloud
Business device is connected.Communication module is WIFI modules, it is with wired network interface, bluetooth, 3G or 4G modules.Microcontroller is distinguished
It is connected with communication module, input module and display module.Preferably, display module can be shown with mobile phone display screen, mobile phone
Screen is connected by communication module built in cell phone processor, mobile phone with washing machine or Cloud Server.
Embodiment 1：The clothes washing method of present invention setting washing parameter is described in detail.
With reference to Fig. 3, in this embodiment, using on display module analog knobs input.
The top of the display interface of display module includes four rectangular display areas, and washing operation is carried out in washing machine
Before, display area can show wash soon, it is de- must do, little power consumption and save water this four washing demands, pass through input module
Parameter needed for the input of each demand can be corresponded to, after the completion of washing, display area can be shown to wash soon marking, to de-
Dry marking gives a mark to little power consumption and gives a mark to water is saved.
A corresponding analog knobs below each display area, the dial plate below knob, in this embodiment, dial plate quilt
0-100 parts are divided into, scale 20,40,60,80 and 100 is carved on dial plate, a pointer is corresponded on knob, passes through the finger of pointer
To for indicating the position of current knob, such as pointer direction 40, the value that representing processor can be read by knob is 40.
Washing machine powers on, microprocessor after the power is turned on, display area show wash soon, it is de- must do, little power consumption and
Water is saved, the wash time of user can be set by the knob below each display area, is dehydrated moisture content, water consumption and power consumption
The degree of concern of amount, wash the numerical value of the pointer instruction on corresponding knob is bigger below soon, illustrate the wash time that user expects
Smaller, similarly, the numerical value of the de- pointer instruction that must be done on following corresponding knob is bigger, illustrates that the dehydration moisture content that user expects is got over
Height, it is bigger to correspond to the numerical value of pointer instruction on knob below little power consumption, illustrates that the power consumption that user expects is lower, saves under water
The numerical value of pointer instruction on corresponding knob is bigger, illustrates that the water consumption that user expects is lower.
Change pointer direction by sliding the knob on display module come the wash time of identity user, dehydration is aqueous
The degree of concern of rate, water consumption and power consumption.
After program for washing, display area is shown to the function of each demand marking, please give wash soon marking, please be to de-
Marking must be done, please gives a mark and please give a mark to water is saved to little power consumption；At this moment, by sliding the rotation below each display area
Button, user washed soon, it is de- must do, little power consumption, the result of saving water are given a mark, complete the user satisfaction after laundry and return
Feedback, microprocessor can play the data collections such as expected value of the user for the marking feedback of each demand and to each demand
Come, be dealt by communication module in Cloud Server.The data that pointer is directed toward in knob are bigger, illustrate that user satisfaction is higher.
Laundry demand includes four contents, corresponding to four display areas, respectively wash soon, it is de- must do, little power consumption and
Save water.
The corresponding attention rate of each demand represents symbol, value range and value range explanation, with reference to Fig. 8, Fig. 9.
With reference to Fig. 4, clothes washing method flow chart is as follows：
S1：In input module, input at least one user and wash demand and its corresponding parameter；
S2：Microprocessor receives washing demand and its parameter；
S3：The washing demand and its parameter specified according to user carry out computing, calculate each operation mould during washing machine operation
The operation data of block；
S4：Microprocessor will run data distributing and carry out laundry treatment to corresponding operation module.
Clothes washing method is described in detail with reference to flow chart.
With reference to Fig. 5, it is as follows：
S21:Washing machine is powered on;After powering on, the display area on display screen brightens, and display is washed soon, taken off
Dry, little power consumption and saving water.
S22:The analog knobs on display module are slided manually.
S23:Microprocessor obtains the corresponding indication information of each knob, that is, the demand attention rate for demand of doing washing is washed
Fast attention rate：uptime；It is de- to do attention rate：upspeed；Little power consumption attention rate：uppower；Save water attention rate：
upwater。
S24:Calculate the current concern ratio of each demand：Current concern ratio=current attention rate/total attention rate,
It washes currently to pay close attention to ratio soon：ptime = uptime/(uptime+ upspeed+ uppower+ upwater);
It is de- to do current concern ratio：pspeed = upspeed/(uptime+ upspeed+ uppower+ upwater);
Little power consumption currently pays close attention to ratio：ppower = uppower/(uptime+ upspeed+ uppower+ upwater);
It saves water and currently pays close attention to ratio：pwater = upwater/(uptime+ upspeed+ uppower+ upwater).
S25:The final attention rate ratio of each demand is set as initial value, washes to obtain final attention rate ratio soon：ptimedef=
0.25；It is de- to do final attention rate ratio：pspeeddef=0.25；The final attention rate ratio of little power consumption：Ppowerdef=0.25；It saves
The final attention rate ratio of water：Pwaterdef=0.25, in this embodiment, final attention rate ratio be it is constant, each demand
Weight is the same, so the final attention rate of each demand is than being set as the same value,
In order to ensure ptimedef+pspeeddef+ppowerdef+pwaterdef=1, the final attention rate ratio of each demand is set
For 0.25.
S26:The current attention rate of each laundry demand is calculated than the difference between final attention rate ratio, washes poor soon
Value：pdelttime = ptime-ptimedef;It is de- to do difference：pdeltspeed = pspeed-pspeeddef;Little power consumption
Difference：pdeltpower = ppower-ppowerdef;Save water difference：pdeltwater = pwater-pwaterdef.
S27:Initialization operation is carried out to operation module；When operation module controls wash time, dewatering time, heating
Between, water inlet water level, it is wash time Tumbletime that the attention rate of washing soon, which performs demand, and the de- attention rate that must do performs demand
For dewatering time Speedtime, it is heating time Heattime that little power consumption attention rate, which performs, saves water attention rate execution demand and is
Water inlet water level filllevel,
Washing machine is wanted to complete the demand of little power consumption, on the premise of ensuring the rotating speed of washing machine and then ensuring that clothes is clean and tidy, only
Electricity can be saved by reducing heating time.
S28:Wash time Tumbletime=specified wash time tumbletimerated*（1+ washes to obtain fast difference
pdelttime）；Dewatering time speedtime=specified dewatering time speedtimerated *（1+, which takes off, must do difference
pdeltspeed）；
Heating time heattime=heattimerated of specified heating time *（1+ little power consumption differences pdeltpower）；Into
Water water level filllevel=specified water inlet water level filllevelrated *（1+ saves water difference pdeltwater）.
S29:Wash time, dewatering time, heating time, water inlet water level are handed down to accordingly by microprocessor respectively
Operation module carries out laundry treatment.
Specifically, in this embodiment, after washing machine is connected power supply by user, display area brightens, and user manually will
Wash soon the corresponding knob in lower section slide into 70, user de- will must do the corresponding knob in lower section and slide into 10 manually, and user manually will consumption
The corresponding knob in the few lower section of electricity slides into 10, and user will save the corresponding knob in underwater side and slide into 10 manually, and corresponding uptime=
70, upspeed=10, uppower=10, upwater from above-mentioned steps S24, wash currently to pay close attention to ratio soon：ptime =
0.7;It is de- to do current concern ratio：pspeed =0.1;Little power consumption currently pays close attention to ratio：ppower=0.1;Water is saved currently to pay close attention to
Than：pwater=0.1.It was found from this number, this user compares concern and washes to obtain this laundry demand soon, it is desirable to fewer
Time wash clothes, be not to take notice of very much other laundry demands.It is understood by S25, S26, washes to obtain fast difference：pdelttime =
0.45;It is de- to do difference：pdeltspeed = -0.15;Little power consumption difference：pdeltpower = -0.15;Save water difference：
pdeltwater = -0.15.Wash time is calculated, is set specified washing time tumbletimerated=30 point by S27, S28
Clock, specified dewatering time Speedtime=10 minute, specified heating time heattimerated=10 minute, specified water inlet water level
Filllevelrated=5 liter,
Step S28 is the technical solution drawn in book of telling somebody what one's real intentions are, from wash time Tumbletime=specified wash time
tumbletimerated*（1-wash to obtain difference pdelttime soon）, wash time Tumbletime=16.5 are washed less than specified
30 minutes clothing time, meet wash soon 70 desired value.
Wash time, dewatering time, heating time, water inlet water level are handed down to corresponding operation mould by microprocessor respectively
Block carries out laundry treatment.
Embodiment 2：The upgrading of clothes washing method is illustrated with reference to another embodiment.
The present embodiment with embodiment 1 the difference is that, each final attention rate of demand than value be not it is fixed, first
The secondary value used and embodiment 1 are the same, and four laundry demands divide 1, after laundry equally, according to the laundry knot of user feedback
Fruit is evaluated, and the final attention rate ratio of demand can be updated accordingly.
With reference to Fig. 6, flow chart is as follows：
S1：In input module, input at least one user and wash demand and its corresponding parameter.
S2：Microprocessor receives washing demand and its parameter.
S3：The washing demand and its parameter specified according to user carry out computing, calculate each behaviour during washing machine operation
Make the operation data of module.
S4：Microprocessor will run data distributing and carry out laundry treatment to corresponding operation module.
S5：After washing, the completion satisfaction that demand is washed to user carries out marking evaluation, and microprocessor is according to beating
Divide and carry out computing.
S6：Microprocessor says that final attention rate ratio soon is washed to obtain in operation result setting；
In S6 steps, washing machine is according to communication module is whether there is, and when washing machine has communication module, the present invention is shown by mobile phone
It after screen marking carries out computing, passes to Cloud Server and carries out examination ＆ verification and issue and return to washing machine microprocessor, as washing next time soon
Final attention rate ratio;When washing machine is without communication module, give a mark in washing machine display module, display module can be control plane
Plate, that is, give a mark on the control panel, microprocessor carries out after computing directly setting and washes to obtain final attention rate ratio soon, this
Processing mode deals with more flexible convenience from the limitation of communication module is whether there is.
With reference to Fig. 6, flow is as follows：
S01:Washing machine is powered on;After powering on, display area brightens, display washes soon, it is de- must do, little power consumption with
And save water.
S02:The analog knobs on display module are slided manually.
S03:Microprocessor obtains the corresponding indication information of each knob, washes to obtain fast attention rate：uptime；It is de- to do
Attention rate：upspeed；Little power consumption attention rate：uppower；Save water attention rate：upwater.
S04:Calculate the current concern ratio of each demand：Current concern ratio=current attention rate/total attention rate,
It washes currently to pay close attention to ratio soon：ptime = uptime/(uptime+ upspeed+ uppower+ upwater);
It is de- to do current concern ratio：pspeed = upspeed/(uptime+ upspeed+ uppower+ upwater);
Little power consumption currently pays close attention to ratio：ppower = uppower/(uptime+ upspeed+ uppower+ upwater);
It saves water and currently pays close attention to ratio：pwater = upwater/(uptime+ upspeed+ uppower+ upwater);
S05:Determine whether to use this washing methods for the first time;
S06:Demand attention rate after will confirm that respectively washes finally to close soon than the final attention rate ratio as each demand
Note degree ratio de- must do the final attention rate ratio of final attention rate ratio, little power consumption, save the final attention rate ratio of water;
S07:Each demand attention rate ratio is set as initial value, washes to obtain final attention rate ratio soon：ptimedef=0.25；It takes off
Do final attention rate ratio：pspeeddef=0.25；The final attention rate ratio of little power consumption：Ppowerdef=0.25；Water is saved finally to close
Note degree ratio：Pwaterdef=0.25；For the first time in use, the weight of each demand is the same, so each demand is final
Attention rate is than being set as the same value.
S08:Current attention rate is calculated than the difference between final attention rate ratio, washes to obtain fast difference：pdelttime =
ptime-ptimedef;
It is de- to do difference：pdeltspeed = pspeed-pspeeddef;Little power consumption difference：pdeltpower = ppower-
ppowerdef;
Save water difference：pdeltwater = pwater-pwaterdef.
S09:Initialization operation is carried out to operation module；When operation module controls wash time, dewatering time, heating
Between, water inlet water level, it is wash time Tumbletime that the attention rate of washing soon, which performs demand, and the de- attention rate that must do performs demand
For dewatering time Speedtime, it is heating time Heattime that little power consumption attention rate, which performs, saves water attention rate execution demand and is
Water inlet water level filllevel,
Washing machine is wanted to complete the demand of little power consumption, on the premise of ensuring the rotating speed of washing machine and then ensuring that clothes is clean and tidy, only
Electricity can be saved by reducing heating time.
S10:Wash time Tumbletime=specified wash time tumbletimerated*（1- washes to obtain fast difference
pdelttime）；Dewatering time speedtime=specified dewatering time speedtimerated *（1+, which takes off, must do difference
pdeltspeed）；
Heating time heattime=heattimerated of specified heating time *（1- little power consumption differences pdeltpower）；Into
Water water level filllevel=specified water inlet water level filllevelrated *（1- saves water difference pdeltwater）.
S11:Wash time, dewatering time, heating time, water inlet water level are handed down to accordingly by microprocessor respectively
Operation module carries out laundry treatment.
S12:After laundry, user slides carries out marking evaluation using the knob under display area to laundry result.
S13:Microprocessor gathers the fraction of each Needs of user, washes to obtain fast fraction Uservaluetime, takes off
Fraction Uservaluespeed, little power consumption fraction Uservaluepower must be done, saves water fraction uservaluewater.
S14:The evaluation score ratio of each demand is calculated, washes to obtain fast score ratio=wash to obtain fast fraction/gross score；It is de- to do point
Number ratios=de- must do fraction/gross score；Little power consumption score ratio=little power consumption fraction/gross score；Save water fraction ratio=saving moisture
Number/gross score；Fraction+little power consumption fraction+saving water fraction must be done to gross score=washing to obtain fast fraction+by taking off.
S15:Microprocessor analyzes calculating demand attention rate ratio：After washing to analyze soon attention rate than=wash final soon to close
Note ratio-（Wash fast score ratio-wash current concern ratio soon）；Attention rate ratio after de- dry analysis=de- must do final concern ratio-
（De- score ratio-the Tuo get that must do does current concern ratio）；
Little power consumption analysis after attention rate ratio=little power consumption it is final concern ratio-（Little power consumption score ratio-little power consumption currently pays close attention to ratio）；Section
About after water analysis attention rate ratio=saving water it is final concern ratio-（Save water fraction ratio-current concern ratio of saving water）.
S16:Microprocessor is uploaded to analysis result in Cloud Server by communication unit.
S17:Cloud Server terminates to carry out manual examination and verification confirmation to data.
S18:After manual examination and verification, the reasonable data after Cloud Server will confirm that is issued in washing machine.
S19:Index attention rate ratio after the microprocessor of washing machine will confirm that is put into storage space, as next time
Each index washes to obtain final attention rate ratio soon during operation.
Specifically, in this embodiment, after washing machine is connected power supply by user, display area brightens, and user manually will
Wash soon the corresponding knob in lower section slide into 70, user de- will must do the corresponding knob in lower section and slide into 10 manually, and user manually will consumption
The corresponding knob in the few lower section of electricity slides into 10, and user will save the corresponding knob in underwater side and slide into 10 manually, and corresponding uptime=
70, upspeed=10, uppower=10, upwater from above-mentioned steps S24, wash currently to pay close attention to ratio soon：ptime =
0.7;It is de- to do current concern ratio：pspeed =0.1;Little power consumption currently pays close attention to ratio：ppower=0.1;Water is saved currently to pay close attention to
Than：pwater=0.1.It was found from this number, this user compares concern and washes to obtain this laundry demand soon, it is desirable to fewer
Time wash clothes, be not to take notice of very much other laundry demands.It is understood by S25, S26, washes to obtain fast difference：pdelttime =
0.45;It is de- to do difference：pdeltspeed = -0.15;Little power consumption difference：pdeltpower = -0.15;Save water difference：
pdeltwater = -0.15.Wash time is calculated, is set specified washing time tumbletimerated=30 point by S27, S28
Clock, specified dewatering time Speedtime=10 minute, specified heating time heattimerated=10 minute, specified water inlet water level
Filllevelrated=5 liter.
Step S28 is the technical solution drawn in book of telling somebody what one's real intentions are, so as to wash time Tumbletime=specified wash time
tumbletimerated*（1- washes to obtain fast difference pdelttime）, from this embodiment it was found from, wash time
Tumbletime=16.5 minute, the time less than specified washing time 30 minutes, meet wash soon 70 desired value.
Wash time, dewatering time, heating time, water inlet water level are handed down to corresponding operation mould by microprocessor respectively
Block carries out laundry treatment.
After laundry, user's turn carries out marking evaluation using the knob under display area to laundry result;Viewing area
Domain brightens, and is shown to the marking function of each laundry demand, please give wash soon marking, please to it is de- must do marking, please be to little power consumption
It gives a mark and please give a mark to water is saved；At this moment, by the knob below each display area of turn, to wash to make soon 100 scores, it is de-
Must do 0 point, little power consumption 0 divide, save water 0 and divide, user, which carries out such marking, to be meaned to washing to feel quite pleased soon, to it is de- must do,
Little power consumption, saving water are less taken notice of, by step S14, S15, wash to obtain fast score ratio 1, de- to do score ratio 0, power consumption
Few score ratio 0 saves water fraction than 0, after washing to analyze soon attention rate than=wash finally to pay close attention to soon ratio-（Wash fast score ratio-
It washes currently to pay close attention to ratio soon）=0.25-（1-0.7）=-0.25；Attention rate ratio after de- dry analysis=de- must do final concern ratio-
（De- score ratio-the Tuo get that must do does current concern ratio）=0.25-（0-0.1）=0.35；Attention rate ratio=little power consumption after little power consumption analysis
Final concern ratio-（Little power consumption score ratio-little power consumption currently pays close attention to ratio）=0.25-（0-0.1）=0.35；It is paid close attention to after saving water analysis
The final concern ratio of degree ratio=saving water-（Save water fraction ratio-current concern ratio of saving water）=0.25-（0-0.1）=0.35.It will be each
Attention rate microprocessor is uploaded to analysis result in Cloud Server by communication unit after a demand analysis, Cloud Server knot
Beam carries out manual examination and verification confirmation to data, and the reasonable data after Cloud Server will confirm that is issued in washing machine, washing machine it is micro-
Index attention rate ratio after type processor will confirm that is put into storage space, and each index washes soon most when being run as next time
Whole attention rate ratio.Meanwhile this data is stored in Cloud Server, after start next time during washing machine data exception, miniature processing
Device can ask Cloud Server to issue this data again.So user will influence next time to the satisfaction scoring of current wash result
The setting of washing parameter, current wash result feed back to next washing process, realize washing methods and the interaction of user, and realization is washed
Wash the optimization processing of method.
Consumer awareness performs：
MCU modules are after the attention rate proportional difference of present procedure is obtained, it is necessary to be converted into actually washing machine
The operation being able to carry out.After washing machine completes laundry, setting and final operation result that can be by user report server, are
The Intelligent closed-loop management in later stage prepares data.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God and any modification, equivalent substitution, improvement and etc. within principle, done, should be included within the scope of protection of the invention.
Claims (9)
1. a kind of clothes washing method that can set washing parameter, applied to washing machine, washing machine control module, input module and
Display module, control module are microcontroller, which is characterized in that
The clothes washing method comprises the following steps,
S1：In input module, input at least one user and wash demand and its corresponding parameter；
S2：Microprocessor receives washing demand and its parameter；
S3：The washing demand and its parameter specified according to user carry out computing, calculate each operation mould during washing machine operation
The operation data of block；
S4：Microprocessor will run data distributing and carry out laundry treatment to corresponding operation module.
2. clothes washing method according to claim 1, which is characterized in that washing machine also has communication module；Washing machine it is micro-
Processor is connected by communication module with Cloud Server；Microcontroller respectively with communication module, input module and display
Module is connected.
3. clothes washing method according to claim 2, which is characterized in that display module can be shown with mobile phone display screen, mobile phone
Screen is connected by communication module built in cell phone processor, mobile phone with washing machine or Cloud Server.
4. clothes washing method according to claim 1, which is characterized in that further comprising the steps of after step S4 processing：S5：
After washing, the completion satisfaction that demand is washed to user carries out marking evaluation, and microprocessor carries out computing according to marking；
S6：Microprocessor says that final attention rate ratio soon is washed to obtain in operation result setting.
5. the clothes washing method according to claim 1 or 4, which is characterized in that
The user wash demand include washing soon, it is de- must do, little power consumption and save water, the input mode of corresponding each demand
For on input module analog knobs input.
6. clothes washing method according to claim 5, which is characterized in that the step S3 specifically includes following steps：
S24:Calculate the current concern ratio of each demand：Current concern ratio=current attention rate/total attention rate,
S25:The final attention rate ratio of each demand is set as initial value；
S26:The current attention rate of each laundry demand is calculated than the difference between final attention rate ratio；
S27:Initialization operation is carried out to operation module；Operation module control wash time, dewatering time, heating time, into
Water water level, it is wash time that the attention rate for washing soon, which performs demand, and the de- attention rate that must do performs demand as dewatering time, power consumption
It is heating time that few attention rate, which performs, saves water attention rate and performs demand as water inlet water level,
S28:Wash time=specified wash time *（1+ washes to obtain fast difference）；Dewatering time=specified dewatering time *（1+ takes off
Dry difference）；
Heating time=* of specified heating time（1+ little power consumption differences）；Water inlet water level=specified water inlet water level *（It is poor that 1+ saves water
Value）.
7. clothes washing method according to claim 5, which is characterized in that each the initial value of the final attention rate of demand is
0.25。
8. clothes washing method according to claim 5, which is characterized in that the step S6 specifically includes following steps：
S13:Microprocessor gathers the fraction of each Needs of user, de- to do fraction, power consumption including washing to obtain fast fraction
Few fraction, saves water fraction；
S14:The evaluation score ratio of each demand is calculated, washes to obtain fast score ratio=wash to obtain fast fraction/gross score；It is de- to do score ratio
=de- it must do fraction/gross score；Little power consumption score ratio=little power consumption fraction/gross score；Saving water fraction ratio=saving water fraction/total
Fraction；Fraction+little power consumption fraction+saving water fraction must be done to gross score=washing to obtain fast fraction+by taking off；
S15:Microprocessor analyzes calculating demand attention rate ratio：After washing to analyze soon attention rate than=wash to obtain final concern soon
Than-（Wash fast score ratio-wash current concern ratio soon）；Attention rate ratio after de- dry analysis=de- must do final concern ratio-（It is de-
Score ratio-Tuo get must be done and do current concern ratio）；
Little power consumption analysis after attention rate ratio=little power consumption it is final concern ratio-（Little power consumption score ratio-little power consumption currently pays close attention to ratio）；Section
About after water analysis attention rate ratio=saving water it is final concern ratio-（Save water fraction ratio-current concern ratio of saving water）.
9. clothes washing method according to claim 8, which is characterized in that further comprising the steps of after S15 processing：
S16:Microprocessor is uploaded to analysis result in Cloud Server by communication unit；
S17:Cloud Server terminates to carry out manual examination and verification confirmation to data；
S18:After manual examination and verification, the reasonable data after Cloud Server will confirm that is issued in washing machine；
S19:Index attention rate ratio after the microprocessor of washing machine will confirm that is put into storage space, is run as next time
When each index wash to obtain final attention rate ratio soon.
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