CN113774619B - Clothes treatment parameter adjusting method - Google Patents
Clothes treatment parameter adjusting method Download PDFInfo
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- CN113774619B CN113774619B CN202010519332.6A CN202010519332A CN113774619B CN 113774619 B CN113774619 B CN 113774619B CN 202010519332 A CN202010519332 A CN 202010519332A CN 113774619 B CN113774619 B CN 113774619B
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- 238000000034 method Methods 0.000 title claims abstract description 57
- 238000012216 screening Methods 0.000 claims abstract description 4
- 238000005406 washing Methods 0.000 claims description 52
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 28
- 238000012545 processing Methods 0.000 description 21
- 230000000694 effects Effects 0.000 description 11
- 230000003749 cleanliness Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000006467 substitution reaction Methods 0.000 description 2
- 238000004891 communication Methods 0.000 description 1
Classifications
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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
- D06F33/30—Control of washing machines characterised by the purpose or target of the control
- D06F33/32—Control of operational steps, e.g. optimisation or improvement of operational steps depending on the condition of the laundry
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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
- D06F2105/00—Systems or parameters controlled or affected by the control systems of washing machines, washer-dryers or laundry dryers
- D06F2105/52—Changing sequence of operational steps; Carrying out additional operational steps; Modifying operational steps, e.g. by extending duration of steps
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Abstract
The invention aims to solve the problems that the prior clothes treatment equipment cannot meet the requirements of users in various aspects, and the users possibly need to grasp and memorize parameters to be adjusted by themselves, and the use of the users cannot be greatly and conveniently realized, so that the user experience is poor. The invention provides a clothes treatment parameter adjusting method, which comprises the following steps: displaying a plurality of labels; acquiring a selected first label; calling all clothes treatment parameters corresponding to the first label; assigning values to all clothes treatment parameters corresponding to the first label; acquiring a selected second label; calling all clothes treatment parameters corresponding to the second label; screening all clothes treatment parameters which are not appeared in the first label in the second label; and assigning values to all laundry treatment parameters in the second label which are not found in the first label. The invention can simultaneously realize that the parameters needing to be adjusted are not needed to be known and memorized by the user, meet the various demands of the user, be convenient for the user to use and prevent the excessive adjustment of the parameters.
Description
Technical Field
The invention belongs to the technical field of clothes treatment, and particularly provides a clothes treatment parameter adjusting method.
Background
The laundry treatment apparatus includes a washing machine, a clothes dryer, a laundry care machine, etc., taking the washing machine as an example, in the prior art, a user often needs to know and memorize by himself all parameters to be set when using the washing machine, which have specific effects on a washing process, otherwise, the user cannot achieve desired effects by adjusting the parameters, such as: the washing machine is water-saving, time-saving and the like, so that the operation mode improves the difficulty of operating the washing machine by a user, is very unfavorable for the use of the user, and along with the continuous increase of the demands of the user, a plurality of washing machines capable of realizing one-key washing are also arranged on the market, namely, the user can realize the washing function corresponding to the key by clicking the corresponding key, however, the mode of completely discarding the user parameter adjustment can accelerate the speed of the washing process, but the washing process can not be met when the user has special demands, and the multi-aspect demands of the user can not be met, and the user experience is still poor. Therefore, how to meet the needs of users in many aspects without knowing and memorizing the parameters to be adjusted, and to facilitate the use of users becomes a difficult problem to be overcome.
Accordingly, there is a need in the art for a laundry treatment parameter adjustment method to solve the above-mentioned problems.
Disclosure of Invention
In order to solve the above problems in the prior art, that is, in order to solve the problem that the existing clothes treatment device cannot meet the needs of users in many aspects, and the users may need to grasp and memorize parameters to be adjusted by themselves, and the use of the users cannot be greatly facilitated, so that the user experience is poor, the invention provides a clothes treatment parameter adjustment method, which comprises the following steps: displaying a plurality of labels; acquiring a selected first label; calling all clothes treatment parameters corresponding to the first label; assigning values to all clothes treatment parameters corresponding to the first label; acquiring a selected second label; calling all clothes treatment parameters corresponding to the second label; screening all clothes treatment parameters which are not appeared in the first label in the second label; assigning values to all laundry treatment parameters in the second label that have not been found in the first label; all assigned clothes treatment parameters corresponding to the first label and all assigned clothes treatment parameters which do not appear in the first label in the second label are used as parameters used in the clothes treatment process of the clothes treatment equipment.
In a preferred technical solution of the above-mentioned laundry treatment parameter adjustment method, the step of "assigning values to all laundry treatment parameters in the second label that have not been found in the first label" specifically includes: retrieving an alternative value for each of the laundry treatment parameters of the second label that does not occur in the first label; assigning each of all laundry treatment parameters in the second label that have not occurred in the first label as an alternative value for the laundry treatment parameter corresponding to the second label; wherein the number of alternative values of the second label corresponding to all laundry treatment parameters in the second label that have not been present in the first label is one.
In a preferred technical solution of the above-mentioned laundry treatment parameter adjustment method, the step of "assigning values to all laundry treatment parameters in the second label that have not been found in the first label" specifically includes: retrieving all candidate values corresponding to the second tag for each of all laundry treatment parameters in the second tag that have not occurred in the first tag; acquiring selected standby candidate values in all candidate values in the second label, wherein each of all the clothes treatment parameters in the second label which do not appear in the first label corresponds to the selected standby candidate values in all the clothes treatment parameters in the second label; assigning each of all laundry treatment parameters in the second label that have not been found in the first label as a standby candidate value for that laundry treatment parameter; wherein the number of alternative values of the second label corresponding to all laundry treatment parameters in the second label that have not been present in the first label is greater than or equal to two.
In a preferred embodiment of the above clothes treatment parameter adjustment method, the second tag is configured to determine the standby candidate value by clicking on the second tag for different durations, and the step of "obtaining the standby candidate value selected from all candidate values in the second tag for each of all clothes treatment parameters in the second tag that have not appeared in the first tag" specifically includes: acquiring the time length when the second label is clicked; and determining standby alternative values of each laundry treatment parameter in all the laundry treatment parameters which are not appeared in the first label in the second label according to the time length when the second label is clicked.
In a preferred embodiment of the above clothes treatment parameter adjustment method, the second tag is configured to determine the standby candidate value by clicking different forces, and the step of "acquiring each of all clothes treatment parameters in the second tag that have not appeared in the first tag corresponds to the selected standby candidate value among all candidate values in the second tag" specifically includes: acquiring the strength of the second label when the second label is clicked; and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters which are not appeared in the first label in the second label according to the strength of the second label when the second label is clicked.
In a preferred technical solution of the above-mentioned laundry treatment parameter adjustment method, the step of "assigning values to all laundry treatment parameters in the second label that have not been found in the first label" specifically includes: invoking a system default value of each of all laundry treatment parameters in the second tag that have not occurred in the first tag; and assigning each laundry treatment parameter in all the laundry treatment parameters which are not found in the first label in the second label as a system default value of the laundry treatment parameter.
In a preferred technical solution of the above clothes treatment parameter adjustment method, the step of assigning values to all clothes treatment parameters corresponding to the first label specifically includes: invoking an alternative value corresponding to the first tag for each of all the laundry treatment parameters corresponding to the first tag; assigning each of all the laundry treatment parameters corresponding to the first label as an alternative value of the laundry treatment parameter corresponding to the first label; wherein the number of candidate values corresponding to the first label for all laundry treatment parameters corresponding to the first label is one.
In a preferred technical solution of the above clothes treatment parameter adjustment method, the step of assigning values to all clothes treatment parameters corresponding to the first label specifically includes: invoking all the alternative values corresponding to the first label of each of all the clothes treatment parameters corresponding to the first label; acquiring all clothes treatment parameters corresponding to the first label, wherein each clothes treatment parameter corresponds to a selected standby alternative value in all alternative values in the first label; assigning each clothes treatment parameter in all clothes treatment parameters corresponding to the first label as a standby alternative value of the clothes treatment parameter; wherein the number of candidate values corresponding to the first label for all laundry treatment parameters corresponding to the first label is greater than or equal to two.
In a preferred embodiment of the above clothes treatment parameter adjustment method, the step of setting the first label to determine the standby candidate value by different clicked durations, and "obtaining each clothes treatment parameter of all clothes treatment parameters corresponding to the first label corresponds to the selected standby candidate value of all candidate values in the first label" specifically includes: acquiring the time length when the first label is clicked; and determining standby candidate values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the time length when the first label is clicked.
In a preferred embodiment of the above clothes treatment parameter adjustment method, the step of setting the first tag to determine the standby candidate value by different clicked forces, and "obtaining each clothes treatment parameter of all clothes treatment parameters corresponding to the first tag corresponds to the selected standby candidate value of all candidate values of the first tag" specifically includes: acquiring the strength of the first label when clicked; and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the strength of the first label when the first label is clicked.
It can be appreciated by those skilled in the art that in the preferred technical solution of the present invention, taking a washing machine as an example, by providing a plurality of labels respectively corresponding to different functions (such as water saving, time saving, etc.), and allowing a user to select at least two of the labels, the user can limit the adjusted laundry treatment parameters within the range of the laundry treatment parameters capable of realizing the function by directly selecting the labels according to the function corresponding to the labels without knowing and memorizing the specific influence of each parameter on the laundry process, and can avoid that the user cannot meet the user requirement due to the fact that the user does not know or memorize the specific influence of each parameter on the laundry process by mistake; moreover, the setting mode can allow the user to select different labels, namely can allow the user to select multiple functions, and meets the requirements of the user in multiple aspects to a certain extent; in addition, in the technical scheme of the invention, when the numerical value of the clothes treatment parameter corresponding to the second label is adjusted, only all clothes treatment parameters which are not displayed in the first label in the second label are assigned, which is equivalent to integrating the clothes treatment parameters respectively corresponding to the first label and the second label, when the parameters are assigned by the washing machine, the number of parameters which are required to be assigned by the washing machine is reduced, the execution steps of the washing machine are simplified, when a user participates in the parameter assignment process, the number of parameters which are required to be assigned by the user is reduced, the user operation is convenient, and the mode avoids that when different selected labels have the same corresponding clothes treatment parameters, the clothes treatment parameters corresponding to each selected label are adjusted, thereby avoiding that the same clothes treatment parameters are adjusted for multiple times, so that the parameters are excessively adjusted, further avoiding that the clothes treatment effect is poor due to excessive adjustment of the parameters, and even the clothes treatment process cannot be normally performed, for example: the user selects a plurality of labels, which have a parameter of water level, and the labels are selected to reduce the value of the parameter of water level, so in this case, if the parameter corresponding to each selected label is adjusted, the situation that the water level is too low to wash clothes after adjustment is likely to occur, that is, only assignment is performed on all clothes processing parameters which are not in the first label with the second label, so that excessive adjustment of the parameters can be prevented, normal clothes processing process can be ensured, and the clothes processing effect is ensured to be within a reasonable range, thereby further improving user experience.
Further, the step of assigning values to all laundry treatment parameters in the second label that are not present in the first label specifically comprises: and calling the alternative value of each clothes treatment parameter corresponding to the second label in all the clothes treatment parameters, wherein the number of the alternative values of each clothes treatment parameter corresponding to the second label is only one, and assigning each clothes treatment parameter to the alternative value corresponding to the second label.
Further, the step of assigning values to all laundry treatment parameters in the second label that are not present in the first label specifically comprises: and the method comprises the steps of calling the alternative values of each clothes treatment parameter corresponding to the second label in all the clothes treatment parameters, wherein the number of the alternative values of each clothes treatment parameter corresponding to the second label is more than or equal to two, obtaining the selected standby alternative value in all the alternative values of each clothes treatment parameter, assigning each clothes treatment parameter to the standby alternative value corresponding to the selected standby alternative value, and by the setting, the assigned numerical value of each clothes treatment parameter can be kept within a reasonable range, excessive adjustment of the parameters is further avoided, so that the clothes treatment process can be normally carried out, the clothes treatment effect is ensured within the reasonable range, the user experience is further improved, a plurality of alternative values for selection can be provided for each clothes treatment parameter, the adjustment flexibility of the clothes treatment parameter is higher, and the use requirement of a user is more closed.
Further, the step of "obtaining each of all the laundry treatment parameters in the second label that have not appeared in the first label corresponds to the selected standby candidate value among all the candidate values in the second label" specifically includes: acquiring the time length when the second label is clicked; according to the method, the standby alternative value of each clothes treatment parameter is determined according to the clicked duration of the second label, through the setting, the standby alternative value can be selected from a plurality of alternative values only by controlling the click duration while clicking the second label, the plurality of alternative values of each clothes treatment parameter do not need to be displayed, a user does not need to select the standby alternative value from the plurality of alternative values again for each clothes treatment parameter, the selection times of the user can be reduced, the user operation is convenient, the user can relatively and quickly finish the setting of clothes treatment equipment, the user time is saved, and the user experience is further improved.
Further, the step of "obtaining each of all the laundry treatment parameters in the second label that have not appeared in the first label corresponds to the selected standby candidate value among all the candidate values in the second label" specifically includes: acquiring the strength of the second label when the second label is clicked; according to the strength of clicking the second label, the standby alternative value of each clothes treatment parameter is determined, and through the setting, only the clicking strength is required to be controlled while clicking the second label, so that one standby alternative value can be selected from a plurality of alternative values, the plurality of alternative values of each clothes treatment parameter do not need to be displayed, a user does not need to select the standby alternative value from the plurality of alternative values again for each clothes treatment parameter, the selection times of the user can be reduced, the user operation is facilitated, the user can relatively quickly finish the setting of clothes treatment equipment, the user time is saved, and the user experience is further improved.
Further, the step of assigning values to all laundry treatment parameters in the second label that are not present in the first label specifically comprises: the system default values of all the clothes treatment parameters are called, each clothes treatment parameter is assigned to the corresponding system default value, through the setting, a user does not need to further select specific values of the parameters, and the setting of alternative values can enable the value of each clothes treatment parameter after being assigned to be kept in a reasonable range, excessive adjustment of the parameters is further avoided, and therefore the clothes treatment process can be guaranteed to be carried out normally, the clothes treatment effect is guaranteed to be in a reasonable range, and user experience is further improved.
Further, the step of assigning values to all laundry treatment parameters corresponding to the first label specifically includes: invoking an alternative value of each of the above-mentioned all laundry treatment parameters corresponding to the first tag; and the number of the alternative values of each clothes treatment parameter corresponding to the first label is only one, and each clothes treatment parameter is assigned to the alternative value corresponding to the first label.
Further, the step of assigning values to all the laundry treatment parameters corresponding to the first label specifically includes: invoking all the candidate values of each of the above-mentioned all laundry treatment parameters corresponding to the first tag; and the number of the candidate values of each clothes treatment parameter corresponding to the first label is greater than or equal to two, and each clothes treatment parameter is assigned to be a standby candidate value of the clothes treatment parameter, through the arrangement, the value of each clothes treatment parameter after being assigned is kept in a reasonable range, excessive adjustment of the parameters is further avoided, the clothes treatment process can be normally carried out, the clothes treatment effect is ensured to be in a reasonable range, the user experience is further improved, a plurality of candidate values can be provided for each clothes treatment parameter for selection, and the adjustment flexibility of the clothes treatment parameter is higher and is closer to the use requirement of a user.
Further, the step of "obtaining each laundry treatment parameter of all laundry treatment parameters corresponding to the first label corresponds to a selected standby candidate value of all candidate values in the first label" specifically includes: acquiring the time length when the first label is clicked; according to the method and the device for selecting the standby alternative values of the clothes treatment parameters, the standby alternative value of each clothes treatment parameter is determined according to the time when the first label is clicked, through the arrangement, one standby alternative value can be selected from the multiple alternative values only by controlling the clicking time while clicking the first label, the multiple alternative values of each clothes treatment parameter do not need to be displayed, a user does not need to select the standby alternative value from the multiple alternative values again for each clothes treatment parameter, the selection times of the user can be reduced, the user operation is facilitated, the user can relatively and quickly complete the setting of the clothes treatment equipment, the user time is saved, and the user experience is further improved.
Further, the step of "obtaining each laundry treatment parameter of all laundry treatment parameters corresponding to the first label corresponds to a selected standby candidate value of all candidate values in the first label" specifically includes: acquiring the strength of the first label when clicked; according to the method, the standby alternative values of each clothes treatment parameter are determined according to the strength of the first label when the first label is clicked, through the setting, one standby alternative value can be selected from a plurality of alternative values only by controlling the clicking strength while clicking the first label, the plurality of alternative values of each clothes treatment parameter do not need to be displayed, a user does not need to select the standby alternative value from the plurality of alternative values again for each clothes treatment parameter, the selection times of the user can be reduced, the user operation is convenient, the user can relatively and quickly finish the setting of clothes treatment equipment, the user time is saved, and the user experience is further improved.
Drawings
Preferred embodiments of the present invention will be described with reference to the accompanying drawings, in conjunction with a washing machine, wherein:
FIG. 1 is a flow chart of one embodiment of a laundry treatment parameter adjustment method of the present invention;
FIG. 2 is a partial flow chart of one embodiment of a method for adjusting laundry treatment parameters according to the present invention;
FIG. 3 is a partial flow chart of a method for adjusting laundry treatment parameters according to an embodiment of the present invention.
Detailed Description
It should be understood by those skilled in the art that these embodiments are merely for explaining the technical principles of the present invention, and are not intended to limit the scope of the present invention. For example, although the present invention is described by way of illustration in a washing machine, the technical solution of the present invention is obviously also applicable to clothes dryers, laundry care machines, etc., and such adjustments and changes of application objects should not be construed as limitations of the present invention, and should be limited to the scope of the present invention.
It should be noted that the terms "first," "second," and "second" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
The invention provides a clothes treatment parameter adjustment method, which aims to simultaneously realize that the parameters needing to be adjusted are not needed to be known and memorized by a user, meet the various requirements of the user and are convenient for the user to use, prevent the excessive adjustment of the parameters, ensure that the washing process can be normally carried out, ensure that the washing effect is in a reasonable range and improve the user experience.
Specifically, as shown in fig. 1, the laundry treatment parameter adjustment method of the present invention includes: displaying a plurality of labels; acquiring a selected first label; calling all clothes treatment parameters corresponding to the first label; assigning values to all clothes treatment parameters corresponding to the first label; acquiring a selected second label; calling all clothes treatment parameters corresponding to the second label; screening all clothes treatment parameters which are not appeared in the first label in the second label; assigning values to all laundry treatment parameters in the second label that have not been found in the first label; all assigned clothes treatment parameters corresponding to the first label and all assigned clothes treatment parameters which do not appear in the first label in the second label are used as parameters used in the clothes treatment process of the clothes treatment equipment. That is, all the laundry treatment parameters corresponding to the first label are assigned, but all the laundry treatment parameters which are in the second label and are not assigned again, and all the laundry treatment parameters which are not in the second label and are not in the first label are assigned. It should be noted that, if the laundry processing parameters in the second label that do not appear in the first label are not selected, that is, all the laundry processing parameters corresponding to the second label have a corresponding relationship with the first label, in this case, the step of "assigning values to all the laundry processing parameters in the second label that do not appear in the first label" is naturally not required. It should be noted that, each of the plurality of labels corresponds to a function, for example: the label can be a water-saving label, which can realize a water-saving function, and parameters corresponding to the water-saving label can comprise: water level height, number of rinsing times, wash water temperature; the tag may also be a power-saving tag, which can implement a power-saving function, and parameters corresponding to the power-saving tag may include: washing water temperature, washing time and rinsing times; the label can be a quick washing label, which can realize quick washing, and parameters corresponding to the quick washing label can include: washing water temperature, washing time, rotating speed, rinsing times and rotating-stopping ratio; the label can also be a deep washing label, which can improve the cleanliness after washing clothes, and parameters corresponding to the deep washing label can comprise: washing water temperature, rotation speed, washing time and rinsing times. Of course, the functions corresponding to the labels and the laundry treatment parameters corresponding to the labels with different functions are only described in the above way by way of example, and those skilled in the art can flexibly set the functions corresponding to the labels and the laundry treatment parameters corresponding to the labels with different functions in practical application, and the adjustment and the change of the functions corresponding to the labels and the laundry treatment parameters corresponding to the labels with different functions do not limit the scope of the present invention.
In a possible case, the method specifically may be that a plurality of labels are displayed, a first label and a second label selected by a user are obtained, all the clothes processing parameters corresponding to the first label and the second label are then called, all the clothes processing parameters which are not found in the first label in the second label are selected, all the clothes processing parameters which are not found in the first label in the second label are then assigned, and finally all the clothes processing parameters corresponding to the first label are assigned.
In another possible case, the method specifically may be that a plurality of labels are displayed, a first label and a second label selected by a user are obtained, all the clothes processing parameters corresponding to the first label and the second label are then called, all the clothes processing parameters which do not appear in the first label in the second label are selected, all the clothes processing parameters corresponding to the first label are then assigned, and finally all the clothes processing parameters which do not appear in the first label in the second label are assigned.
In another possible case, the method specifically may be that a plurality of labels are displayed, a first label and a second label selected by a user are obtained, then all the laundry treatment parameters corresponding to the first label and the second label are respectively called, all the laundry treatment parameters corresponding to the first label are assigned, all the laundry treatment parameters which are not found in the first label in the second label are screened out, and then all the laundry treatment parameters which are not found in the first label in the second label are assigned.
In another possible case, the method specifically may be to display a plurality of labels, obtain a first label and a second label selected by a user, call all the laundry treatment parameters corresponding to the first label, assign values to all the laundry treatment parameters corresponding to the first label, call all the laundry treatment parameters corresponding to the second label, screen all the laundry treatment parameters in the second label that do not appear in the first label, and assign values to all the laundry treatment parameters in the second label that do not appear in the first label.
The above-mentioned several possible cases are only exemplary, and a person skilled in the art may flexibly set the order of steps in the laundry treating parameter adjusting method in practical application, and such adjustment and change of the order of steps should not limit the present invention, and should not be construed as limiting the scope of the present invention.
Preferably, the step of assigning values to all laundry treatment parameters of the second label that are not present in the first label comprises in particular: retrieving an alternative value for each of the laundry treatment parameters of the second label that does not occur in the first label; assigning each of all laundry treatment parameters in the second label that have not occurred in the first label as an alternative value for the laundry treatment parameter corresponding to the second label; wherein the number of alternative values of the second label corresponding to all laundry treatment parameters in the second label that have not been present in the first label is one. That is, all laundry treatment parameters in the second label that have not been present in the first label are assigned as alternative values for the laundry treatment parameters corresponding to the second label. The setting can enable the value of each clothes treatment parameter after being assigned to be kept in a reasonable range, further avoid excessive adjustment of the parameters, ensure that the clothes treatment process can be normally carried out, ensure that the clothes treatment effect is in a reasonable range, and further promote user experience. Because different labels may correspond to the same clothes treatment parameter, and the changing effect of different labels on the numerical value of the clothes treatment parameter may be different, taking the foregoing power-saving label and the deep washing label as examples, the power-saving label and the deep washing label both correspond to the clothes treatment parameter with rinsing times, when the power-saving label is selected, the numerical value with smaller rinsing times is given to realize power saving, and when the deep washing label is selected, the numerical value with larger rinsing times is given to improve the cleanliness of the washed clothes. Therefore, it will be understood by those skilled in the art that, after a certain tag is selected, there may be a plurality of alternative values for the laundry treatment parameter corresponding to the tag, but not all the alternative values are suitable for the function to which the tag is put, so that when the alternative value for each laundry treatment parameter of all the laundry treatment parameters not present in the first tag is called, the alternative value for each laundry treatment parameter corresponding to the second tag needs to be called.
Preferably, the step of assigning values to all laundry treatment parameters of the second label that are not present in the first label comprises in particular: retrieving all candidate values corresponding to the second tag for each of all laundry treatment parameters in the second tag that have not occurred in the first tag; acquiring selected standby candidate values in all candidate values in the second label, wherein each of all the clothes treatment parameters in the second label which do not appear in the first label corresponds to the selected standby candidate values in all the clothes treatment parameters in the second label; assigning each of all laundry treatment parameters in the second label that have not been found in the first label as a standby candidate value for that laundry treatment parameter; wherein the number of alternative values of the second label corresponding to all laundry treatment parameters in the second label that have not been present in the first label is greater than or equal to two. That is, all the candidate values of each laundry treatment parameter corresponding to the second label are obtained, one standby candidate value is selected from all the candidate values, the laundry treatment parameter is assigned to the standby candidate value, and the setting is such that the specific value of each laundry treatment parameter has multiple choices, so that the adjustment flexibility of the laundry treatment parameter is higher.
Preferably, the second tag is configured to determine the standby candidate value by clicking for different durations, and the step of "acquiring each laundry treatment parameter of all laundry treatment parameters of the second tag that have not appeared in the first tag corresponds to the selected standby candidate value of all candidate values of the second tag" specifically includes: acquiring the time length when the second label is clicked; and determining standby alternative values of each laundry treatment parameter in all the laundry treatment parameters which are not appeared in the first label in the second label according to the time length when the second label is clicked. That is, the standby candidate values of all laundry treatment parameters in the second tab that have not appeared in the first tab are selected from the plurality of candidate values by the duration that the second tab is clicked. For example: the second label is a water-saving label, the water level is one of the clothes processing parameters which do not appear in the first label, the water level is three of the clothes processing parameters which do not appear in the first label, the water level is 40cm, 50cm and 60cm respectively, if the clicked time t of the second label is 0.5s, the 40cm is determined to be the standby alternative value, if the clicked time t of the second label is 1s, the 50cm is determined to be the standby alternative value, if the clicked time t of the second label is 1.5s, the 60cm is determined to be the standby alternative value, of course, if the clicked time t of the second label is less than 1s, the 40cm is determined to be the alternative value, if the clicked time t of the second label is less than or equal to 1.5s, the 60cm is determined to be the standby alternative value, if the clicked time t of the second label is more than or equal to 1.5s, the standby time t is more than 1 cm is determined to be the standby alternative value, the standby value is not limited to be the actual standby value, and the standby value is not limited to be the standby value is flexibly set to be the standby value when the standby value is clicked in the specific mode.
Preferably, the second tag is configured to determine the standby candidate value by the different force being clicked, and the step of "acquiring each of all laundry treatment parameters in the second tag that have not appeared in the first tag corresponds to the selected standby candidate value among all candidate values in the second tag" specifically includes: acquiring the strength of the second label when the second label is clicked; and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters which are not appeared in the first label in the second label according to the strength of the second label when the second label is clicked. That is, the standby candidate values of all laundry treatment parameters in the second tab that have not appeared in the first tab are selected from a plurality of candidate values by the strength with which the second tab is clicked. For example: the second label is a water-saving label, the water level is one of the clothes processing parameters which do not appear in the first label, the water level is three corresponding to the alternative values of the second label, namely 40cm, 50cm and 60cm, the alternative value is determined to be 40cm, 50cm and 60cm respectively, the standby value is determined to be 40cm if the clicked force F of the second label is 4.5N, the standby value is determined to be 50cm if the clicked force F of the second label is 6N, the standby value is determined to be 60cm if the clicked force F of the second label is 8N, the standby value is determined to be 40cm if the clicked force F of the second label is 5N less than or equal to 8N, the standby value is determined to be 50cm if the clicked force F of the second label is more than or equal to 8N, the standby value can be determined to be the standby value in a pair when the specific mode of the second label is clicked in the practical application, the standby value is not limited by the specific mode of the invention, and the standby value is not limited to be adjusted according to the specific mode of the specific application of the method.
Preferably, the step of assigning values to all laundry treatment parameters of the second label that are not present in the first label comprises in particular: invoking a system default value of each of all laundry treatment parameters in the second tag that have not occurred in the first tag; and assigning each laundry treatment parameter in all the laundry treatment parameters which are not found in the first label in the second label as a system default value of the laundry treatment parameter. That is, all laundry treatment parameters in the second label that have not been present in the first label are assigned as system default values. That is, not all laundry treatment parameters in the second label that have not been present in the first label are adjusted. It should be noted that, the specific value of the foregoing alternative value is different from the default value of the system, and if the value in the alternative value is assigned to the laundry treatment parameter, it is equivalent to adjusting the laundry treatment parameter.
Preferably, the step of assigning values to all laundry treatment parameters corresponding to the first label specifically includes: invoking an alternative value corresponding to the first tag for each of all the laundry treatment parameters corresponding to the first tag; assigning each of all the laundry treatment parameters corresponding to the first label as an alternative value of the laundry treatment parameter corresponding to the first label; wherein the number of candidate values corresponding to the first label for all laundry treatment parameters corresponding to the first label is one. That is, all laundry treatment parameters corresponding to the first label are assigned as alternative values for the laundry treatment parameters corresponding to the first label. The setting can enable the value of each clothes treatment parameter after being assigned to be kept in a reasonable range, further avoid excessive adjustment of the parameters, ensure that the clothes treatment process can be normally carried out, ensure that the clothes treatment effect is in a reasonable range, and further promote user experience.
Preferably, the step of assigning values to all laundry treatment parameters corresponding to the first label specifically includes: invoking all the alternative values corresponding to the first label of each of all the clothes treatment parameters corresponding to the first label; acquiring all clothes treatment parameters corresponding to the first label, wherein each clothes treatment parameter corresponds to a selected standby alternative value in all alternative values in the first label; assigning each clothes treatment parameter in all clothes treatment parameters corresponding to the first label as a standby alternative value of the clothes treatment parameter; wherein the number of candidate values corresponding to the first label for all laundry treatment parameters corresponding to the first label is greater than or equal to two. That is, all the candidate values of each laundry treatment parameter corresponding to the first label are obtained, one standby candidate value is selected from all the candidate values, the laundry treatment parameter is assigned to the standby candidate value, and the setting is such that the specific value of each laundry treatment parameter has multiple choices, so that the adjustment flexibility of the laundry treatment parameter is higher.
Preferably, the first tab is configured to determine the standby candidate value by clicking for different durations, and the step of "acquiring each of all laundry treatment parameters corresponding to the first tab corresponds to the selected standby candidate value among all candidate values in the first tab" specifically includes: acquiring the time length when the first label is clicked; and determining standby candidate values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the time length when the first label is clicked. That is, the standby candidate values of all the laundry treatment parameters corresponding to the first tab are selected from the plurality of candidate values by the duration in which the first tab is clicked. For example: the first label is a water-saving label, one clothes treatment parameter corresponding to the water-saving label is water level height, three clothes treatment parameters corresponding to the first label are respectively 40cm, 50cm and 60cm, if the duration t of the first label clicked is 0.5s, 40cm is determined to be a standby alternative value, if the duration t of the first label clicked is 1s, 50cm is determined to be a standby alternative value, if the duration t of the first label clicked is 1.5s, 60cm is determined to be a standby alternative value, of course, if the duration t of the first label clicked meets t < 1s, 40cm is determined to be a standby alternative value, if the duration t of the first label clicked meets t < 1.5s, 50cm is determined to be a standby alternative value, if the duration t of the first label clicked meets t < 1.5s, 60cm is determined to be a standby alternative value, a person skilled in the art can flexibly set the standby alternative value in practical application, and the standby value is determined to be a specific limit value according to the specific mode of the first label clicked when the standby value is clicked, and the standby value is not limited to the specific limit value is defined in the method.
Preferably, the first tag is configured to determine the standby candidate value by the different forces clicked, and the step of "acquiring each of all the laundry treatment parameters corresponding to the first tag corresponds to the selected standby candidate value among all the candidate values in the first tag" specifically includes: acquiring the strength of the first label when clicked; and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the strength of the first label when the first label is clicked. That is, all the candidate values of the laundry treatment parameters corresponding to the first tab are selected from the plurality of candidate values by the strength with which the first tab is clicked. For example: the first label is a water-saving label, one clothes treatment parameter corresponding to the water-saving label is water level height, three clothes treatment parameters are respectively 40cm, 50cm and 60cm, if the clicked force F of the first label is 4.5N, 40cm is determined to be standby alternative value, if the clicked force F of the first label is 6N, 50cm is determined to be standby alternative value, if the clicked force F of the first label is 8N, 60cm is determined to be standby alternative value, of course, if the clicked force F of the first label meets F < 5N, 40cm is determined to be standby alternative value, if the clicked force F of the first label meets F < 8N, 50cm is determined to be standby alternative value, if the clicked force F of the first label meets F.gtoreq.8N, 60cm is determined to be standby alternative value, a person skilled in the art can flexibly set the standby alternative value according to the specific mode of the first label clicked force F, and the standby alternative protection mode of the standby value is not limited by the specific method is limited when the standby value is clicked according to the specific protection mode.
The technical solution of the present invention will be described below with reference to a specific embodiment, as shown in fig. 2 and 3 (fig. 2 and 3 show a part of the flow chart of the specific embodiment, respectively), the washing machine is in communication connection with the mobile phone, the user can adjust the clothes processing parameters through the APP installed on the mobile phone, first, the mobile phone APP displays all the tags, at least including the water-saving tag and the electricity-saving tag, the user selects the tag by clicking, if the user clicks the water-saving tag and the electricity-saving tag, the mobile phone obtains the selected first tag as the water-saving tag, obtains the selected second tag as the electricity-saving tag, and then invokes the clothes processing parameters corresponding to the water-saving tag, that is, invokes the water level height, the rinsing times and the washing water temperature, the method comprises the steps of calling clothes treatment parameters corresponding to the power-saving label, namely calling the water level, the washing time and the rinsing times, calling the water level height, the rinsing times and the alternative values of the washing water temperature corresponding to the water-saving label, wherein the mobile phone calls the water level height, the rinsing times and the washing water temperature to be 55cm, the rinsing times and the washing water temperature to be 38 ℃ respectively, and the mobile phone finishes the adjustment of the clothes treatment parameters corresponding to the water-saving label by calling the water level height, the rinsing times and the washing water temperature to be 55cm, 2 times and 38 ℃. Then, the mobile phone screens out all clothes processing parameters which do not appear in the water-saving label in the power-saving label, namely, the screened clothes processing parameters are washing time, and three alternative values corresponding to the power-saving label are called out by the mobile phone, wherein the three alternative values corresponding to the power-saving label are respectively 15min, 17min and 20min, the time length of the power-saving label which is clicked is specifically 0.6s, the time length of the power-saving label which is clicked is 0.6s and corresponds to the washing time is 17min, so that the mobile phone determines that 17min is the standby alternative value of the washing time according to the time length of the power-saving label which is clicked, and then the washing time is assigned to 17min. So far, the assignment of the clothes treatment parameters corresponding to the power-saving labels is completed. And then, the mobile phone sends specific values of the water level height, the rinsing times, the washing water and the washing time to the washing machine, and the washing machine controls the washing process according to the values after receiving the values.
Thus far, the technical solution of the present invention has been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of protection of the present invention is not limited to these specific embodiments. Equivalent modifications and substitutions for related technical features may be made by those skilled in the art without departing from the principles of the present invention, and such modifications and substitutions will fall within the scope of the present invention.
Claims (10)
1. A laundry treatment parameter adjustment method, characterized in that the laundry treatment parameter adjustment method comprises:
displaying a plurality of labels, wherein each label in the plurality of labels corresponds to a function, and the labels comprise a water-saving label, a power-saving label, a deep washing label or a quick washing label;
acquiring a selected first label;
calling all clothes treatment parameters corresponding to the first label;
assigning values to all clothes treatment parameters corresponding to the first label;
acquiring a selected second label;
calling all clothes treatment parameters corresponding to the second label;
screening out all laundry treatment parameters in the second label which are not found in the first label;
Assigning values to all laundry treatment parameters in the second label that have not been found in the first label;
all assigned clothes treatment parameters corresponding to the first label and all assigned clothes treatment parameters which are not found in the first label in the second label are used as parameters used in the clothes treatment process of the clothes treatment equipment.
2. The laundry treatment parameter adjustment method according to claim 1, characterized in that the step of assigning values to all laundry treatment parameters of the second label that have not been present in the first label comprises in particular:
retrieving an alternative value corresponding to the second tag for each of all laundry treatment parameters in the second tag that did not occur in the first tag;
assigning each laundry treatment parameter of all laundry treatment parameters of the second label which are not present in the first label as an alternative value of the laundry treatment parameter corresponding to the second label;
wherein the number of candidate values corresponding to the second label for all laundry treatment parameters in the second label that have not been present in the first label is one.
3. The laundry treatment parameter adjustment method according to claim 1, characterized in that the step of assigning values to all laundry treatment parameters of the second label that have not been present in the first label comprises in particular:
retrieving all candidate values corresponding to the second tag for each of all laundry treatment parameters in the second tag that have not occurred in the first tag;
acquiring selected standby candidate values in all candidate values in the second label, wherein each of all the clothes treatment parameters in the second label which do not appear in the first label corresponds to the selected standby candidate values in all the clothes treatment parameters in the second label;
assigning each of all laundry treatment parameters in the second label that have not been presented in the first label as the standby alternative value for that laundry treatment parameter;
wherein the number of candidate values corresponding to the second label for all laundry treatment parameters in the second label that have not occurred in the first label is greater than or equal to two.
4. A laundry treatment parameter adjustment method according to claim 3, characterized in that the second tag is arranged to determine standby candidate values by different durations of the clicks, and the step of "obtaining each of all laundry treatment parameters in the second tag that have not appeared in the first tag corresponds to a selected standby candidate value of all candidate values in the second tag" specifically comprises:
Acquiring the time length when the second label is clicked;
and determining standby candidate values of each clothes treatment parameter in all clothes treatment parameters which do not appear in the first label in the second label according to the time when the second label is clicked.
5. A laundry treatment parameter adjustment method according to claim 3, characterized in that the second tag is arranged to determine standby candidate values by different forces being clicked, and the step of "obtaining each of all laundry treatment parameters in the second tag that have not appeared in the first tag corresponds to a selected standby candidate value of all candidate values in the second tag" specifically comprises:
acquiring the strength of the second label when clicked;
and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters which are not appeared in the first label in the second label according to the strength of the second label when the second label is clicked.
6. The laundry treatment parameter adjustment method according to claim 1, characterized in that the step of assigning values to all laundry treatment parameters of the second label that have not been present in the first label comprises in particular:
Invoking a system default value of each of all laundry treatment parameters in the second tag that have not occurred in the first tag;
and assigning each laundry treatment parameter in all the laundry treatment parameters which are not found in the first label in the second label as a system default value of the laundry treatment parameter.
7. The method of claim 1, wherein the step of assigning values to all laundry treatment parameters corresponding to the first label comprises:
invoking an alternative value corresponding to the first tag for each of all laundry treatment parameters corresponding to the first tag;
assigning each laundry treatment parameter of all laundry treatment parameters corresponding to the first label as an alternative value of the laundry treatment parameter corresponding to the first label;
wherein the number of candidate values corresponding to the first label is one for all laundry treatment parameters corresponding to the first label.
8. The method of claim 1, wherein the step of assigning values to all laundry treatment parameters corresponding to the first label comprises:
Invoking all the alternative values corresponding to the first label of each laundry treatment parameter in all the laundry treatment parameters corresponding to the first label;
acquiring selected standby candidate values in all candidate values in the first label corresponding to each of all the clothes treatment parameters corresponding to the first label;
assigning each laundry treatment parameter of all laundry treatment parameters corresponding to the first label as the standby candidate value of the laundry treatment parameter;
wherein the number of candidate values corresponding to the first label for all laundry treatment parameters corresponding to the first label is greater than or equal to two.
9. The method of adjusting laundry treatment parameters according to claim 8, wherein the first tag is configured to determine standby candidate values by different durations of the clicks, and the step of acquiring each laundry treatment parameter of all laundry treatment parameters corresponding to the first tag corresponds to a selected standby candidate value of all candidate values of the first tag specifically includes:
acquiring the time length when the first label is clicked;
and determining standby candidate values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the time when the first label is clicked.
10. The method of adjusting laundry treatment parameters according to claim 8, wherein the first tag is configured to determine standby candidate values by different forces that are clicked, and the step of acquiring each laundry treatment parameter of all laundry treatment parameters corresponding to the first tag corresponds to a selected standby candidate value of all candidate values of the first tag specifically includes:
acquiring the strength of the first label when clicked;
and determining standby alternative values of each clothes treatment parameter in all clothes treatment parameters corresponding to the first label according to the strength of the first label when the first label is clicked.
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