CN107299484B

CN107299484B - Washing mode based on user's will

Info

Publication number: CN107299484B
Application number: CN201710157807.XA
Authority: CN
Inventors: 丁雪梅; 黎辉; 李鹏飞
Original assignee: Donghua University; Ningbo Jide Electrical Appliance Co Ltd
Current assignee: Donghua University; Ningbo Jide Electrical Appliance Co Ltd
Priority date: 2016-04-14
Filing date: 2017-03-16
Publication date: 2020-01-24
Anticipated expiration: 2037-03-16
Also published as: CN107299484A

Abstract

The invention discloses a washing mode based on user's will. The user selects a proper willingness washing mode according to the dirt degree of the clothes and by combining the washing habit of the user, the washing mode is determined by 3 groups or more than 3 groups of willingness indexes such as the dirt degree of the clothes, the washing time, the water consumption, the power consumption and the like, and the user selects a corresponding willingness area to directly start washing according to the characteristics of the clothes to be washed and the requirement on the washing effect. Meanwhile, the washing procedure is determined by the combination of the characteristics of the clothes and the wearing habits of the user, so that electricity and water can be saved, the fabric can be protected, and the essential requirements of the user can be met. The control method comprises the following steps: step P01 turns on the power; step P02, selecting a user intention washing mode, wherein a display screen of the washing equipment or a user intention selection interface of the mobile phone APP displaying N dimensionalities; step P03 the user selects the corresponding area P03 according to the core will, the will preference and the degree, at this time, the screen displays the information of the program such as the time, the water consumption, the energy consumption, etc.; step P04 is to press the start key to start washing or return to step 3 to reselect the program; the washing is ended in step P05 and the user evaluates and selects whether to save the program.

Description

Washing mode based on user's will

Technical Field

The invention relates to a novel washing mode, in particular to a washing method based on washing intentions of a user and a logical relation.

Background

Along with the improvement of living standard of people, the garment materials and styles are diversified day by day, and the requirements of people on washing are higher and higher. At present, although the attention of consumers to indexes such as intelligence, water conservation, power saving, health and fashion of washing equipment is obviously improved, the designs such as an operation interface and a corresponding washing effect which are closely related to the users are still the most concerned in the purchasing and using processes of the consumers.

At present, the washing procedures of the household washing machines in the market are mostly divided by fabric types, textile categories and mechanical force intensity, such as cotton, flax, chemical fiber, wool, mixture, jeans, sportswear, shirts, curtains, down feather, outdoor, home textiles, children clothes, infants, underwear, quick washing, soft washing, strong washing and the like. Meanwhile, the washing time, the washing temperature, the washing water level, the rinsing times, the dewatering time, the dewatering rotating speed and the like specified by the selected program in the washing process are adjusted, so that certain obstruction is caused to the use of a user on one hand, and on the other hand, the user has an unclear influence on the fabric washing effect on the parameters, and the good washing effect is difficult to realize by automatically adjusting the parameters. In addition, through consumer research, most users can generate selection troubles when washing clothes, and usually only select standard washing, quick washing and other programs, which is mainly because most consumers adopt a shuffling mode, and the division of the current washing program is difficult to well meet the requirements of the consumers on multiple clothes shuffling.

Patent document CN102242482A discloses a washing machine, which divides washing programs according to seasons, and the same fabric has different washing parameters in different seasons, and as the fabric is developed, the washing programs are continuously updated, the washing machine can automatically identify different kinds of fabrics and match with the corresponding washing parameters, thereby reducing the operation of users.

Patent document CN201210364999 discloses a washing machine which provides an intelligent customizable washing mode for users, realizes a customized function by adjusting one or more of appointment time, soaking time, washing time, rinsing times, dewatering time and water level, and can save and delete existing programs. However, the user does not know the influence of the washing parameters on the washing performance of the fabrics, and how to adjust the parameters to meet the washing requirements completely depends on the life experience of the consumer.

Patent document 201510774614.X proposes a washing method of a washing machine and a washing machine, the washing machine provides a washing method of a washing machine with a mixed washing mode based on the washing will of a consumer, and a user can select one or more will indexes to customize a washing mode according to the characteristics of washings, or adjust a will weight value in a common washing mode to perform washing, or select a previously stored washing mode to perform washing. However, the evaluation indexes of the washing method are various, the operation is complicated, the trouble of the consumers in setting the washing program is undoubtedly increased, and the practical application value is not realized.

Based on the above description, it is desirable to provide a washing mode based on consumer's will and convenient to operate, so as to meet the washing requirement of the user, facilitate operation, save water and power.

Disclosure of Invention

In order to solve the above problems, an object of the present invention is to provide a washing mode based on the user's will, and by means of a display screen of a washing device or a mobile phone APP, a user can select a corresponding area on the screen to directly wash according to the degree of contamination of clothes, core will, and preference. The core of the invention lies in the division of the grid area of the display screen and the logic relation thereof, pictures on the screen can be divided into dozens of grids according to the size of the display screen and the requirements of users, each grid area represents different washing programs, and the corresponding program parameters are optimized by testers and stored in the controller without the self-adjustment of the users.

The user washing steps for carrying out the invention are:

first, turning on a power supply P01;

secondly, selecting a user intention washing P02, and displaying a user intention selection interface of N dimension on a display screen of the washing equipment or a mobile phone APP;

thirdly, the user selects a corresponding area P03 according to the core will, the preference and the degree of the will, and at the moment, the screen displays the information of the time, the energy consumption and the like required by the program;

step four, pressing a starting key P04 to start washing or returning to the step 3 to reselect the program;

fifth, washing end P05, the user evaluates and selects whether to save the program.

Preferably, in step P02, the washing intended by the user can be used as a supplement to the regular washing mode or can be present alone; the user will select dimensions that are generally kept in 3 dimensions, but may be more.

Preferably, in step P05, the user may evaluate the effect and accuracy of the intended washing according to the actual washing condition, and through the internet, the information such as the user evaluation and washing habit may be fed back to the enterprise, and the technician may update the program in real time and push it to the user through the user feedback;

preferably, in step P05, if saving is selected, after washing is finished, the washing mode will exist in the system, and when the system is started next time, the washing mode appears as a common washing program with will, and the fourth step can be directly performed; if not, the washing liquid is regarded as a one-time washing intention and cannot cover the original washing mode;

preferably, the user intention index may include the following aspects: the degree of fabric contamination, the amount of water used, the length of washing time, the magnitude of washing mechanical force, the amount of power consumption, the degree of flatness after washing and the like.

The invention has the beneficial effects that:

(1) the traditional division concept of washing programs is broken through, so that the washing equipment becomes a modern washing and protecting tool which can really realize the intention of a user;

(2) the user does not need to adjust parameters such as main washing time, rinsing times, dewatering time and dewatering rotating speed, only needs to judge the dirt degree of clothes and select core will and preference according to actual conditions, and washing equipment can automatically match corresponding washing programs according to the user's will.

(3) The washing program can be kept unchanged by means of the Internet, and can be continuously updated with the progress of society and the change of washing habits of consumers.

Drawings

FIG. 1 is a flow chart of a washing mode according to the user's intention in the present embodiment;

FIG. 2 is a 3D level 1 will washing logic relationship diagram of the present embodiment, wherein the difference between 1 and 2 is the core will;

FIG. 3 is a 3D 2-level willingness washing logic relationship diagram in the present embodiment, wherein 1 and 7 differ in willingness degree;

FIG. 4 is a 3D 2-level willingness washing logic relationship diagram in the present embodiment, wherein the differences between 1 and 2 are willingness bias.

Detailed Description

The technical scheme of the invention provides a washing mode based on user intention, and in order to make the invention easier to understand, 1 family and 3 families of city office workers are taken as examples, and the following three daily washing scenes are listed:

the detailed description is as follows with reference to the attached drawings:

referring to fig. 1 and 4, the present invention provides a washing mode based on user's will

Fig. 1 is a flowchart of a user-desired washing pattern provided by the present invention. Wherein,

the first step turns on power P01;

secondly, selecting a user wish washing mode P02, and displaying a wish washing operation interface on a display screen of washing equipment or a mobile phone APP, wherein each petal represents different wishes, and the closer to a pistil represents a weaker wish and gives consideration to more other wishes;

thirdly, the user selects a corresponding region P03 according to the core will and the preference of the user, and at the moment, the screen displays the information of time, energy consumption and the like required by the program;

for example, in the life scene 1, clothes are characterized by being worn for 1-2 days in summer, the wearing time of the clothes is short, main pollutants are sweat stains and sebum, the clothes are easy to clean, and different consumers of the clothes may have different intentions. Some consumers think that the clothes belong to light stains, and meanwhile, the pile of clothes comprises one-piece dress with lace and lady underwear, so that the clothes are worried about washing bad, and at the moment, the consumers can select the program 8 or the program 20 according to the core intention of 'light stains' and the intention of preferring 'light washing' (the program 20 is more compatible with other intentions than the program 8); in the face of clothes in the life scene 1, part of consumers may feel less dirty and are not easy to wash, the faster the consumers want to wash the clothes, the better the consumers want to wash the clothes, the clothes can be dried in real time, and meanwhile, the consumers can save water, and at the moment, the consumers can select the program 4 or the program 16 according to the core intention of 'accelerating washing' and the intention of preferring 'water saving' (the program 16 gives consideration to other intentions than the program 4);

the clothes in the life scene 2 are characterized in that the clothes are worn for 3-5 days in spring and autumn, the clothes are thick and heavy on the whole, main pollutants are dust, individual clothes are easy to wash out, part of consumers think that the dust is easy to clean and belongs to slight stains, most importantly, the clothes such as knitwear, woolen cloth overcoat and sweater are not needed to be washed out, and at the moment, the consumers can select the

program

9 or 21 according to the core intention of 'soft washing' and the intention of preferring 'slight stains' (the program 21 gives consideration to other intentions compared with the program 9);

in the life scene 3, the clothes are worn for 5-7 days in spring and autumn, wherein school uniforms of students are often dirty, and meanwhile, the skin of children is considered to be allergic easily, the cleaner the rinsing is better, and at the moment, a user can select a program 1 or a program 13 according to core intention 'heavy stain' and intention preference 'ultra-rinsing' (the program 13 gives consideration to other intentions compared with the program 1); of course, if the user judges that the school uniform is not dirty, each will exists but is not outstanding, and the user can select the standard washing program, which also provides a more convenient method for the user who is easy to tangle.

When a program is clicked, detailed information such as time, rinsing times, dehydration rotating speed, water consumption, power consumption and the like required by the program for washing can be displayed on a screen.

Fourthly, if the consumer is satisfied with the information such as the washing time of the selected program, the consumer can directly click to start washing; if the consumer is not satisfied with the selected program, the consumer can directly click other areas on the screen until the program is determined, or choose to quit the willing washing operation interface, and wash by adopting a collection mode (stored program) or a common mode (standard washing, cotton and linen washing, quick washing and the like).

Fifthly, after washing is finished, the user can select to score the satisfaction degree of the washing effect and select whether to store, and after storage, the program can be stored in a collection mode;

the technical principle of the present invention is described above with reference to specific examples. The description is made for the purpose of illustrating the principles of the invention and should not be construed in any way as limiting the scope of the invention.

Claims

1. A washing method based on washing intentions of a user is characterized in that the washing steps are as follows:

firstly, turning on a power supply;

secondly, selecting a user intention washing, wherein a display screen of washing equipment or a user intention selection interface of a mobile phone APP displaying N dimensionalities is selected;

thirdly, selecting a corresponding area by a user according to the core will, the will preference and the degree, and displaying the time, the water consumption and the energy consumption information of the program on a screen at the moment;

step four, pressing a start key to start washing or returning to the step three to reselect the program;

fifthly, after washing is finished, evaluating and selecting whether to save the program by a user;

in the second step, user's wish selection interface on the display screen can set up a plurality of dimensions and degree with the wish according to the demand, and the dimension includes: fabric dirt degree, water consumption, washing time, washing mechanical force, power consumption and washed flatness degree; the degree can be 2 levels or more, the division of the grids is not limited, the positions of all dimension indexes need to accord with a certain logical relation, and the washing operation can be completed through a display screen of washing equipment, a mobile phone or other terminal equipment;

in the second step, according to the preference of a consumer, a user wishes to select a beautiful pattern displayed in an interface, grid division is not displayed in the pattern, grids are hidden under the pattern, each grid area represents different washing programs, more wishes are taken into consideration as the grid area is closer to the center of the pattern, the washing program corresponding to each grid area is obtained by a large amount of research and debugging of technicians, and the consumer does not need to adjust the washing program by himself;

in the third step, the user determines the washing program according to the core will, the will preference and the degree, the washing program can be changed before pressing the start key, and the corresponding washing time, water consumption and energy consumption information are displayed on the screen in real time; if the user wishes to take care of more than one will, the standard washing program in the logic relation graph center can be selected, and the standard washing program is the best program obtained by the technical staff considering all the factors.

2. The washing method based on washing intentions of the user according to claim 1, wherein in the fifth step, the user can select to evaluate the effect and accuracy of the intended washing according to the actual washing condition, the user evaluation and washing habit information can be fed back to the enterprise through the internet, and technicians can update programs in real time through user feedback and push the programs to the user.

3. The washing method according to claim 1, wherein the washing method is widely used in washing fields including a drum washing machine, a pulsator washing machine, and a pulsator washing machine.