CN110051301B - Dish washing machine control method and dish washing machine - Google Patents

Dish washing machine control method and dish washing machine Download PDF

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Publication number
CN110051301B
CN110051301B CN201810055305.0A CN201810055305A CN110051301B CN 110051301 B CN110051301 B CN 110051301B CN 201810055305 A CN201810055305 A CN 201810055305A CN 110051301 B CN110051301 B CN 110051301B
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program
control system
composite
user
composite program
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CN110051301A (en
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封子鹏
王华伟
杨林
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Qingdao Haier Dishwasher Co Ltd
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Qingdao Haier Dishwasher Co Ltd
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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L15/00—Washing or rinsing machines for crockery or tableware
    • A47L15/0018—Controlling processes, i.e. processes to control the operation of the machine characterised by the purpose or target of the control
    • A47L15/0021—Regulation of operational steps within the washing processes, e.g. optimisation or improvement of operational steps depending from the detergent nature or from the condition of the crockery
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L15/00—Washing or rinsing machines for crockery or tableware
    • A47L15/42—Details
    • A47L15/46—Devices for the automatic control of the different phases of cleaning ; Controlling devices
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L2301/00—Manual input in controlling methods of washing or rinsing machines for crockery or tableware, i.e. information entered by a user
    • A47L2301/04—Operation mode, e.g. delicate washing, economy washing, reduced time, sterilizing, water softener regenerating, odor eliminating or service
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L2301/00—Manual input in controlling methods of washing or rinsing machines for crockery or tableware, i.e. information entered by a user
    • A47L2301/08—Other manual input

Abstract

The invention discloses a dishwasher control method, which is characterized in that when equipment is started, a call instruction of a composite program is obtained for a user, the composite program is analyzed mainly in a mode of multiple recognition of a control system, and further the personalized demand of the user is obtained so as to determine the target value of the operation condition characterization parameter of the composite program; when the composite program runs, the control system monitors the actual value of the running condition characterization parameter of the composite program in real time, compares the actual value with the target value of the running condition characterization parameter of the composite program, and adjusts the running of the composite program according to the comparison result. The invention further discloses a dishwasher based on the dishwasher control method.

Description

Dish washing machine control method and dish washing machine
Technical Field
The invention belongs to the field of equipment control, and particularly relates to a dishwasher control method and a dishwasher.
Background
The use of the dishwasher in the prior art only aims at cleaning and drying, and the machine executes the operation instructed by the user, and ignores the personalized requirements of the user on the washing process and the washing effect in the implementation process of the operation. In real life, the requirements of users on the washing quality are comprehensive and complex; accordingly, the evaluation of the washing effect by the user also varies from person to person. However, the dishwasher is usually a specific device when delivered to the hands of a user from a factory, and the program operation and program parameters are also specific and cannot be edited in the using process of the device; on the other hand, even if some dishwashers have a function that allows program editing, it is difficult for the general user to obtain the program editing capability, and it is obviously unreasonable to make a request for the user to grasp a professional skill in order to enable the user to edit the device program. Generally, users can only make suggestions about saving washing time or concentratedly washing glass products by equipment according to life experiences and requirements of users. However, the opinions are subjective opinions of the user and are hopes of the user on the washing process and the washing effect, and the opinions cannot be converted into programs which can be identified by the equipment, so that the equipment cannot execute the programs according to the hopes of the user. When the dishwasher in the prior art sets program parameters such as program power and the like, a user is required to input specific numerical values, which requires the capability of converting self requirements into corresponding program parameters, and is obviously impossible for general users. In addition, in the dishwasher in the prior art, even if a user fails to provide satisfactory washing effect, the dishwasher cannot convert the evaluation of the user into a method for self program adjustment; further, the dissatisfaction of the user with the washing effect may be composed of various factors, and the dishwasher may not analyze the user's evaluation in more detail on the basis of the failure to know the user's evaluation. Furthermore, how to realize self-monitoring, self-adjustment and how to adjust the dishwasher according to the user's desire during the operation process, puts higher demands on the control method of the dishwasher. Therefore, when a user uses the device, a plurality of hopes are often required to be realized together, and how to meet various requirements of the user and how to feed back the evaluation on the effect of the user on the device after the washing operation is finished to the dishwasher, so that the dishwasher makes further and automatic first adjustment according to the evaluation becomes an urgent problem to be solved.
The present invention has been made in view of this situation.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a dishwasher control method and a dishwasher. The design of the main program, the auxiliary program and the auxiliary program enables a user to further select according to the personalized requirements of the user after selecting according to the functionality of the equipment. Furthermore, the dishwasher control method introduced by the invention can acquire the evaluation of the user on the program execution effect after the washing operation is finished, and the evaluation of the user is reflected to the program correction, the process equipment is automatically finished, so that the equipment can realize the self-control and self-adjustment of the control system of the program operation process, the washing purpose is more effectively realized, the user operation is simplified, and the subjective desire of the user is converted into the language which can be identified by the equipment.
In order to solve the technical problems, the invention adopts the technical scheme that:
a dishwasher control method is characterized in that when equipment is started, a call instruction of a composite program is obtained for a user, the composite program is analyzed mainly in a multi-recognition mode of a control system, and further personalized requirements of the user are obtained so as to determine a target value of an operation condition characterization parameter of the composite program; when the composite program runs, the control system monitors the actual value of the running condition characterization parameter of the composite program in real time, compares the actual value with the target value of the running condition characterization parameter of the composite program, and adjusts the running of the composite program according to the comparison result.
The invention is further configured to: when the dishwasher control method executes the operation of adjusting the composite program, the control system compares the actual value of the running condition characterizing parameter of the composite program with the running condition characterizing parameter target value of the composite program, and judges according to the comparison result and the corresponding threshold value; and then adjusting the target value of the operation condition characterization parameter of the composite program according to the judgment result.
Preferably, the dishwasher control method mainly includes the steps of, when performing the operation of the composite program adjustment:
s1, starting a starting program;
s2, the control system judges whether the equipment is currently running the composite program; if yes, go to step S3; if not, waiting for preset time to continue executing the step;
s3, the control system monitors the actual value of the operation condition characterization parameter of the composite program in real time and compares the actual value with the target value of the operation condition characterization parameter of the composite program to obtain a comparison result; step S4 is executed;
s4, the control system mainly judges according to the comparison result and the corresponding threshold value, and judges whether the comparison result is in the corresponding threshold value range; if yes, go to step S2; if not, go to step S5;
s5, the control system further judges whether the comparison result is larger than the corresponding threshold value; if yes, go to step S6; if not, go to step S7;
s6, judging that the running state of the composite program exceeds the standard, and executing a step S8;
s7, judging that the running state of the composite program does not reach the standard, and executing a step S9;
s8, the control system performs reduced adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s9, the control system performs increasing adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s10, the control system judges whether the composite program is finished, if yes, the step S2 is executed; if not, go to step S3;
further preferably, when a plurality of running parameters of the currently running composite program are available, the composite program self-adjustment control method is executed respectively for different running parameters;
still further preferably, the operating parameters include: power, time;
still further preferably, the operating condition characterizing parameters include: temperature, vibration amplitude, noise, energy consumption, water cleanliness.
The invention is further configured to: in the running process of the composite program, a control system mainly judges whether the running condition exceeds the standard or/and the running condition does not reach the standard according to a comparison result between an actual value of the running condition characterization parameter of the composite program and a target value of the running condition characterization parameter of the composite program and a corresponding threshold; the control system records the running condition exceeding accumulated time and/or the running condition failing accumulated time which occur during the execution of the composite program, and resets the corresponding threshold when the running condition exceeding accumulated time or/and the running condition failing accumulated time of the program exceed the corresponding set values;
preferably, the dishwasher control method mainly includes the steps of, when resetting the respective threshold value:
a1, starting a starting program;
a2, the control system judges whether the equipment is currently running the composite program; if yes, go to step A3; if not, waiting for preset time to continue executing the step;
a3, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program exceeds the standard or not; if yes, go to step A4; if not, executing the step A5;
a4, the control system calculates the cumulative time t1 that the running condition of the composite program exceeds the standard and records the cumulative time until the program is terminated; step a7 is executed;
a5, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program does not reach the standard or not; if yes, go to step A6; if not, executing the step A3;
a6, calculating and recording the cumulative time t2 when the running state of the composite program does not reach the standard by the control system until the program is terminated; step A8 is executed;
a7, the control system compares the running condition exceeding accumulated time t1 with a corresponding set value, and judges whether the running condition exceeding accumulated time t1 exceeds the corresponding set value; if yes, go to step A9; if not, executing the step A11;
a8, the control system compares the running state non-standard accumulated time t2 with a corresponding set value, and judges whether the running state non-standard accumulated time t2 exceeds the corresponding set value; if yes, go to step A10; if not, executing the step A11;
a9, the control system judges that the corresponding threshold of the composite program is in doubt, and reduces the corresponding threshold of the program; step a11 is executed;
a10, the control system judges the corresponding threshold of the composite program is in doubt, and the corresponding threshold of the program is increased; step a11 is executed;
a11, executing the step A2;
preferably, the method further comprises the following steps between the step A11 and the step A2:
b1, the control system records the continuous resetting times of the corresponding threshold values of each program, compares the continuous resetting times with the corresponding preset values and judges whether the continuous resetting times are larger than the corresponding preset values; if yes, go to step B2; if not, executing the step A2;
b2, the control system sends a prompt to the user to prompt the user to check that the equipment has a fault; step a2 is performed.
The invention is further configured to: the composite program at least comprises a main program; the main program includes a program for realizing a basic washing function;
preferably, the composite program further comprises a sub-program and/or an auxiliary program; the secondary programs include programs focusing on the state and type of the articles to be cleaned, including programs desired by the user;
further preferably, when the user selects the composite program, the user can make multiple selections on the secondary program and/or the auxiliary program;
still further preferably, the main programs include a washing program, a drying program, a sterilizing program, a default program;
preferably, the auxiliary programs include an additive selecting and throwing program, an article type selecting program to be washed, a placing position selecting program, a stain type auxiliary program, an article shape auxiliary program to be washed and an article material auxiliary program to be washed, which are respectively corresponding to the main programs;
further preferably, the auxiliary programs include a washing quality selection auxiliary program, a time selection auxiliary program, an energy consumption selection auxiliary program, a noise selection auxiliary program, and an environmental protection level selection auxiliary program, which respectively correspond to the respective main programs.
The invention is further configured to: the multiple identification comprises one-time identification of a program mainly aiming at a basic washing function and a program focusing on the state and the type of the articles to be washed; the primary identification is mainly realized by a control system implementing a composite program identification method; the composite program identification method mainly executes analysis aiming at the composite program according to the instruction of a user when the composite program is identified for the first time;
preferably, the primary identification is for a primary program/primary program and a secondary program;
further preferably, the composite program identification method includes the steps of:
c1, starting a starting program;
c2, the control system of the equipment prompts the user to select the main program; after the user selection is finished, executing the step C3;
c3, the control system of the device prompts the user to select the subprogram; after the user selection is finished, executing the step C4;
c4, the control system analyzes the parameters of the main program and the subprogram selected by the user;
still further preferably, the control system judges whether the composition of the composite program includes the subprogram when obtaining the primary identified running condition characterization parameter target value of the composite program; if the judgment result is yes, the control system compares the target values of the representation parameters of the running conditions of the main program with the target values of the representation parameters of the running conditions of the corresponding auxiliary program, and further obtains the target values of the representation parameters of the one-time recognition running conditions of the composite program;
preferably, the control system, when obtaining the target value of the once-identified operating condition characterizing parameter of the composite program, comprises the following steps:
d1, the control system compares the target value of the operation state representation parameter of each main program with the target value of the operation state representation parameter of the corresponding auxiliary program, judges whether the ranges of the two are consistent, if yes, the step D2 is executed; if not, go to step D3;
d2, the control system takes the intersection part of the two as the target value of the operation condition characterization parameter of the once identified composite program;
d3, the control system takes the intermediate value of the difference part of the two as the target value of the primary identification operation condition characterization parameter of the composite program.
The invention is further configured to: the multiple identifications include a secondary identification for the secondary program; the secondary identification is mainly realized by a control system implementing a composite program identification method; the composite program identification method acquires a calling instruction of an auxiliary program for implementing secondary identification after the primary identification execution is finished; the control system obtains the analysis of the composite program according to the analysis of the secondary identification and the analysis of the primary identification, and executes the analysis of the composite program mainly according to the instruction of a user;
preferably, the composite program identification method includes, when performing the secondary identification, the steps of:
e1, the control system prompts the user whether to select the auxiliary program; if the user selects no, executing step E2; if the user selects yes, go to step E3;
e2, at this time, the obtained composite program includes only the main program, and the control system control device executes the composite program;
e3, controlling the system control equipment to display an auxiliary program menu; after the user performs the selection operation, go to step E4;
e4, the control system control device performs the analysis of the composite program based on the main program and the auxiliary program selected by the user.
The invention is further configured to: when the control system executes analysis operation on the composite program, analyzing by taking each operation condition characterization parameter of each program as a reference;
preferably, the parsing comprises the steps of:
f1, the control system obtains the main program selected by the user, and the target value of each operation condition representation parameter of the main program is called; step F2 is executed;
f2, the control system judges whether the user selects the subprogram, if yes, the step F3 is executed; if not, go to step F4;
f3, the control system obtains the subprogram selected by the user, and the target value of each operation condition representation parameter of the subprogram is called; step F4 is executed;
f4, the control system obtains the primary identified running state representation parameter target value of the composite program according to the running state representation parameter target values of the main program/the main program and the auxiliary program; step F5 is executed;
f5, the control system judges whether the user selects the auxiliary program, if yes, the step F6 is executed; if not, the control system forms a composite program operation condition representation parameter target value according to the primary identified operation condition representation parameter target value of the composite program, and executes step F8;
f6, the control system acquires the auxiliary program selected by the user, calls each running condition representation parameter target value of the auxiliary program, and further acquires a secondary identification running condition representation parameter target value of the composite program; step F7 is executed;
f7, the control system compares the primary identification operation condition representation parameters of each composite program with the secondary identification operation condition representation parameter target values of the corresponding composite programs, and if the ranges of the two are inconsistent, the intersection part of the two is taken as the composite program operation condition representation parameter target value; if the two ranges are different, taking the intermediate value of the difference part of the two ranges as the target value of the characterization parameter of the running condition of the composite program; step F8 is executed;
f8, the control system executes the program according to the target value of the characterization parameter of the composite program running condition;
preferably, the intermediate value is a range value, and the target value of the operation condition characterizing parameter is a certain value in the range value when the program runs.
The invention is further configured to: the dishwasher control method includes a user satisfaction evaluation method; the control system mainly obtains the current execution effect evaluation of the composite program by the user after the execution of the composite program is finished through the user satisfaction evaluation method; furthermore, the control system corrects the multiple recognition modes according to the evaluation of the user;
preferably, the user satisfaction evaluation method is performed for the execution effects of a main program and/or a sub program and/or an auxiliary program constituting the composite program, respectively;
preferably, the user satisfaction evaluation method includes the steps of:
g1, judging whether the composite program is finished by the control system; if yes, go to step G2; if not, go to step G3;
g2, sending comprehensive evaluation to the user by the control system, and asking the user to judge whether the user is satisfied; if the user selects yes, go to step G4; if the user selects no, executing step G5;
g3, waiting for a preset time, and executing a step G1;
g4, finishing the evaluation of the user satisfaction degree; waiting for starting a next starting program;
g5, the control system executes the composite program evaluation analysis method.
The invention is further configured to: the dishwasher control method includes a correction control method; the correction control method mainly corrects target values corresponding to all the operation condition characterization parameters of the composite program according to the evaluation of a user; when the composite program runs, the control system controls each running condition representation parameter to approach to the corresponding running condition representation parameter target value, and further reflects the adjustment made aiming at the evaluation of the user in the running of the composite program;
preferably, the correction control method includes the steps of:
h1, judging whether the comprehensive evaluation of the washing operation is satisfactory or not by the control system according to the evaluation of the user; if yes, go to step H2; if not, go to step H3;
h2, ending the current correction control method;
h3, judging whether the execution effect of each main program is satisfactory or not by the control system according to the evaluation of the user, if so, executing a step H5; if not, go to step H4;
h4, the control system acquires the target value of the once identified composite program operating condition characterizing parameter, corrects the value range of the target value of the once identified composite program operating condition characterizing parameter, and executes the operation of reducing the value range of the target value of the once identified composite program operating condition characterizing parameter when the later washing method is implemented; step H2 is performed;
h5, acquiring a target value of the secondarily identified composite program operating condition characterization parameter by the control system, correcting and reducing the value range of the target value of the secondarily identified composite program operating condition characterization parameter, and executing the operation of expanding the value range of the target value of the secondarily identified composite program operating condition characterization parameter when a later washing method is implemented; step H2 is performed;
preferably, the correction mode for the primary identification includes narrowing the value range of the target value of the composite program operating condition characterizing parameter of the primary identification;
further preferably, the correction mode for the secondary identification includes narrowing a value range of a target value of the secondary identification composite program operating condition characterization parameter;
preferably, the control system inquires the user whether to execute the correction control method before executing the correction control method each time, and if the user selects yes, the control system executes the correction control method; and if the user selects no, not executing the correction control method.
The present invention further provides a dishwasher according to the above dishwasher control method.
After the technical scheme is adopted, compared with the prior art, the invention has the following beneficial effects.
1. Through the dishwasher control method introduced by the invention, the control system identifies the individual requirements of the user for multiple times and integrates the results of the multiple identification to obtain the composite program with the target value of the operation condition characterization parameter as the range value, and further, the equipment takes the target value of the operation condition characterization parameter as the basis when the washing operation is executed, so that the hope of the user can be embodied in the washing program;
2. the dishwasher control method introduced by the invention can adjust the parameters and the threshold values in the composite program through the control system. If the operation parameters of the program are adjusted for many times in the program operation process, the problem that the comparison reference is unreasonable may exist, and at the moment, the control system adjusts the comparison references such as the parameters and the threshold value so as to ensure the effectiveness and the flexibility of the adjustment of the processing program. In the invention, all the threshold values, the set values and the like are range values, so that a reasonable error fluctuation space is ensured to be reserved for program operation, and the program operation is prevented from being interfered by excessive adjustment.
3. By the dishwasher control method, evaluation of the user on the execution effect of the washing operation can be timely obtained after the washing operation is executed; further, the control system corrects the manner of multiple recognitions according to the user's evaluation. If the washing operation only comprises one-time identification, the control system corrects the one-time identification mode; if the washing operation comprises primary identification and secondary identification, correcting the primary identification and the secondary identification respectively to ensure that the evaluation of the user really reflects to program correction;
4. by the dishwasher control method introduced by the invention, the control system can deal with the analysis operation formed by various composite programs, and the dishwasher control method can still smoothly realize the technical effect even if the composite programs are more complex;
5. according to the dishwasher control method, the secondary program is introduced in the aspect of composition of the composite program, and the secondary program is mainly used for representing the state and the type of the articles to be cleaned; when the equipment executes the washing operation under the control of the control system, the items to be washed are properly and pertinently processed according to the content emphasized by the subprogram, so that the washing effect is more in line with the actual situation of the items to be washed; further preferably, when the number of the auxiliary function programs selected by the user is plural, the composite program identification method is performed for each of the main program, the sub-program, and the auxiliary function program, and the washing operation is adjusted according to the analysis result. And the control system distinguishes the results of the multiple analyses according to the identification times and correspondingly adjusts the operation condition characterization parameters of the program to different degrees.
6. By the dishwasher control method introduced by the invention, after the user determines the composition of the composite program, the corresponding parameters and threshold values of each main program, sub-program and auxiliary program which are composed of the composite program can still be manually changed, and the subjective activity of the user in the washing process is further enhanced;
7. according to the dishwasher control method, the target value of the corresponding operating condition characterization parameter of each program generated after multiple identifications is a range value, so that the operating condition characterization parameter of the program during operation is adjusted within a range, reasonable fluctuation of equipment operation is allowed, and meanwhile, conflict in parameter design possibly exists among realization of a plurality of expected effects of a user is fully considered.
8. According to the dishwasher control method introduced by the invention, when the auxiliary program is selected, the auxiliary program takes the hope of the user as a reference, and the user can select the auxiliary program only by the hope and the preference of the user; professional settings such as the operation intensity and the operation power of the program do not need to be considered; the control system can automatically generate a corresponding composite program according to the selection of the user; the composite formation is flexible, the composite program at least comprises a main program, and the existence and quantity of the auxiliary programs and the auxiliary programs are selected by a user.
9. The technical effects can be achieved through the dish washing machine introduced by the invention.
The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention, are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the invention without limiting the invention to the right. It is obvious that the drawings in the following description are only some embodiments, and that for a person skilled in the art, other drawings can be derived from them without inventive effort. In the drawings:
FIG. 1 is a schematic diagram of the steps of a dishwasher control method according to an embodiment of the present invention.
It should be noted that the drawings and the description are not intended to limit the scope of the inventive concept in any way, but to illustrate it by a person skilled in the art with reference to specific embodiments.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and the following embodiments are used for illustrating the present invention and are not intended to limit the scope of the present invention.
In the description of the present invention, it should be noted that the terms "upper", "lower", "front", "rear", "left", "right", "vertical", "inner", "outer", etc., indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplicity of description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
The invention introduces a dishwasher control method, which obtains a calling instruction of a composite program to a user when equipment is started, analyzes the composite program mainly in a multiple-recognition mode of a control system, and further obtains the personalized demand of the user so as to determine the target value of the operation condition characterization parameter of the composite program; when the composite program runs, the control system monitors the actual value of the running condition characterization parameter of the composite program in real time, compares the actual value with the target value of the running condition characterization parameter of the composite program, and adjusts the running of the composite program according to the comparison result.
The dishwasher control method introduced by the invention can adjust the parameters and the threshold values in the composite program in the running process of the composite program through the control of the control system. If the operation parameters of the program are adjusted for many times in the program operation process, the problem that the comparison reference is unreasonable may exist, and at the moment, the control system adjusts the comparison references such as the parameters and the threshold value so as to ensure the effectiveness and the flexibility of the adjustment of the processing program. In the invention, all the threshold values, the set values and the like are range values, so that a reasonable error fluctuation space is ensured to be reserved for program operation, and the program operation is prevented from being interfered by excessive adjustment. Furthermore, real-time adjustment can realize the monitoring and adjusting functions of the control system on each moment in the running process of the composite program, and the control capability and the self-adjusting capability of the control system on the composite program are improved. And the implementation of adjustment is beneficial to the real-time data accumulation of the control system on the running state of the composite program, and the regularity analysis on the running of the composite program.
Example one
As shown in fig. 1, in the dishwasher control method according to the present embodiment, when performing an operation of adjusting a composite program, a control system compares an actual value of an operation condition characterizing parameter of the composite program with a target value of the operation condition characterizing parameter of the composite program, and mainly determines according to a result of the comparison and a corresponding threshold; and then adjusting the target value of the operation condition characterization parameter of the composite program according to the judgment result.
Preferably, the dishwasher control method mainly includes the steps of, when performing the operation of the composite program adjustment:
s1, starting a starting program;
s2, the control system judges whether the equipment is currently running the composite program; if yes, go to step S3; if not, waiting for preset time to continue executing the step;
s3, the control system monitors the actual value of the operation condition characterization parameter of the composite program in real time and compares the actual value with the target value of the operation condition characterization parameter of the composite program to obtain a comparison result; step S4 is executed;
s4, the control system mainly judges according to the comparison result and the corresponding threshold value, and judges whether the comparison result is in the corresponding threshold value range; if yes, go to step S2; if not, go to step S5;
s5, the control system further judges whether the comparison result is larger than the corresponding threshold value; if yes, go to step S6; if not, go to step S7;
s6, judging that the running state of the composite program exceeds the standard, and executing a step S8;
s7, judging that the running state of the composite program does not reach the standard, and executing a step S9;
s8, the control system performs reduced adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s9, the control system performs increasing adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s10, the control system judges whether the composite program is finished, if yes, the step S2 is executed; if not, go to step S3;
by the technical scheme in the embodiment, the operation condition of the composite program can be analyzed in the operation process of the composite program, the operation condition of the composite program is judged and classified after being analyzed, and different means and measures are taken according to the operation conditions of the composite programs of different classes to adjust the operation conditions of the composite programs.
Further preferably, when a plurality of running parameters of the currently running composite program are available, the composite program self-adjustment control method is executed respectively for different running parameters;
still further preferably, the operating parameters include: power, time;
still further preferably, the operating condition characterizing parameters include: temperature, vibration amplitude, noise, energy consumption, water cleanliness.
Therefore, in the control method of the dishwasher in the embodiment, under the real-time monitoring of the control system, if the running condition does not reach the standard, all parameters of the moving parts of the equipment are improved, the actions of the moving parts are increased, and the washing efficiency is improved; if the running state exceeds the standard, all parameters of the moving part are reduced, the action of the moving part is weakened, the negative effects of noise, vibration and the like are reduced, and the execution effect of the auxiliary program is guaranteed.
Example two
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: in the running process of the composite program, a control system mainly judges whether the running condition exceeds the standard or/and the running condition does not reach the standard according to a comparison result between an actual value of the running condition characterization parameter of the composite program and a target value of the running condition characterization parameter of the composite program and a corresponding threshold; the control system records the running condition exceeding accumulated time and/or the running condition failing accumulated time which occur during the execution of the composite program, and resets the corresponding threshold when the running condition exceeding accumulated time or/and the running condition failing accumulated time of the program exceed the corresponding set values;
preferably, the dishwasher control method mainly includes the steps of, when resetting the respective threshold value:
a1, starting a starting program;
a2, the control system judges whether the equipment is currently running the composite program; if yes, go to step A3; if not, waiting for preset time to continue executing the step;
a3, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program exceeds the standard or not; if yes, go to step A4; if not, executing the step A5;
a4, the control system calculates the cumulative time t1 that the running condition of the composite program exceeds the standard and records the cumulative time until the program is terminated; step a7 is executed;
a5, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program does not reach the standard or not; if yes, go to step A6; if not, executing the step A3;
a6, calculating and recording the cumulative time t2 when the running state of the composite program does not reach the standard by the control system until the program is terminated; step A8 is executed;
a7, the control system compares the running condition exceeding accumulated time t1 with a corresponding set value, and judges whether the running condition exceeding accumulated time t1 exceeds the corresponding set value; if yes, go to step A9; if not, executing the step A11;
a8, the control system compares the running state non-standard accumulated time t2 with a corresponding set value, and judges whether the running state non-standard accumulated time t2 exceeds the corresponding set value; if yes, go to step A10; if not, executing the step A11;
a9, the control system judges that the corresponding threshold of the composite program is in doubt, and reduces the corresponding threshold of the program; step a11 is executed;
a10, the control system judges the corresponding threshold of the composite program is in doubt, and the corresponding threshold of the program is increased; step a11 is executed;
a11, executing the step A2;
the dishwasher control method described in this embodiment can adjust the preset parameters and threshold values by the control capability of the control system. When the actual operation of the composite program has the condition that the long-time operation condition does not reach the standard and/or the operation condition exceeds the standard, the control system can find the abnormal phenomenon in time and take corresponding countermeasures in time. In addition, in the technical scheme of the embodiment, when the preset value, the threshold value, the set value and the like of the control system are designed, which may be displayed by a manufacturer or manually set values and not accord with the desire of a user, the control system automatically resets the values in the control system through a dishwasher control method, so that the dishwasher develops towards the direction desired by the user in the control direction.
Further, the method for controlling the dishwasher according to the present embodiment further includes, between the step a11 and the step a2, the steps of:
b1, the control system records the continuous resetting times of the corresponding threshold values of each program, compares the continuous resetting times with the corresponding preset values and judges whether the continuous resetting times are larger than the corresponding preset values; if yes, go to step B2; if not, executing the step A2;
b2, the control system sends a prompt to the user to prompt the user to check that the equipment has a fault; step a2 is performed.
Therefore, according to the technical scheme in the embodiment, if the operation parameters of the composite program are adjusted for multiple times in the operation process, the problem that the comparison reference is unreasonable may exist, and at the moment, the control system adjusts the comparison references such as the parameters and the threshold value so as to ensure the effectiveness and the flexibility of adjustment of the processing program. The implementation principle of the method is that when the control system finds that the obvious and continuous running condition exceeds the standard in the running process of the composite program, in order to ensure that the running condition exceeds the standard can be relieved in time, the control system implements the operation of reducing the corresponding threshold, and the lower threshold can ensure that the running condition exceeds the standard, can be found in time at the initial stage of the running condition exceeding the standard, can be processed in time, and can avoid the running condition exceeding the standard from continuing. When the control system finds that the obvious continuous running state does not reach the standard in the running process of the composite program, the control system implements operation of improving the corresponding threshold value in order to ensure that the running state does not reach the standard can be relieved in time, and the higher threshold value can ensure that the running state does not reach the standard can be found and processed in time at the initial stage of the running state not reaching the standard, so that the running state not reaching the standard is prevented from continuing. And the implementation of the method is completely automatically completed based on the control system without manual intervention, thereby avoiding increasing the use burden for the user.
EXAMPLE III
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: the composite program at least comprises a main program; the main program includes a program for realizing a basic washing function;
preferably, the composite program further comprises a sub-program and/or an auxiliary program; the secondary programs include programs focusing on the state and type of the articles to be cleaned, including programs desired by the user;
further preferably, when the user selects the composite program, the user can make multiple selections on the secondary program and/or the auxiliary program;
according to the technical scheme in the embodiment, a subprogram is introduced in the aspect of composition of a composite program, and the subprogram is mainly used for representing the state and the type of an article to be cleaned; when the equipment executes the washing operation under the control of the control system, the items to be washed are properly and pertinently processed according to the content emphasized by the subprogram, so that the washing effect is more in line with the actual situation of the items to be washed. When the auxiliary program is selected, the auxiliary program takes the realization of the desire of the user as a reference, and the user can select the auxiliary program only by the desire and the preference of the user; professional settings such as the operation intensity and the operation power of the program do not need to be considered; the control system can automatically generate the corresponding composite program according to the selection of the user.
Still further preferably, the main programs include a washing program, a drying program, a sterilizing program, a default program;
preferably, the auxiliary programs include an additive selecting and throwing program, an article type selecting program to be washed, a placing position selecting program, a stain type auxiliary program, an article shape auxiliary program to be washed and an article material auxiliary program to be washed, which are respectively corresponding to the main programs;
further preferably, the auxiliary programs include a washing quality selection auxiliary program, a time selection auxiliary program, an energy consumption selection auxiliary program, a noise selection auxiliary program, and an environmental protection level selection auxiliary program, which respectively correspond to the respective main programs.
Example four
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: the multiple identification comprises one-time identification of a program mainly aiming at a basic washing function and a program focusing on the state and the type of the articles to be washed; the primary identification is mainly realized by a control system implementing a composite program identification method; the composite program identification method mainly executes analysis aiming at the composite program according to the instruction of a user when the composite program is identified for the first time;
preferably, the primary identification is for a primary program/primary program and a secondary program;
further preferably, the composite program identification method includes the steps of:
c1, starting a starting program;
c2, the control system of the equipment prompts the user to select the main program; after the user selection is finished, executing the step C3;
c3, the control system of the device prompts the user to select the subprogram; after the user selection is finished, executing the step C4;
c4, the control system analyzes the parameters of the main program and the subprogram selected by the user.
In the aspect of the composition of the composite program, the user can select the sub-program on the basis of the selection of the main program, and at this time, the composite program includes the main program and the sub-program. Introducing a secondary program in the aspect of composition of the composite program, wherein the secondary program is mainly used for representing the state and the type of the articles to be cleaned; when the equipment executes the washing operation under the control of the control system, the items to be washed are properly and pertinently processed according to the content emphasized by the subprogram, so that the washing effect is more in line with the actual situation of the items to be washed. When the user selects the auxiliary program, the auxiliary program takes the actual situation of the articles to be cleaned in the washing operation as a reference, and the user can select the auxiliary program only by the subjective knowledge of the actual situation of the articles to be cleaned by the user, without considering professional settings such as the operation intensity and the operation power of the program; the control system can automatically generate a corresponding composite program according to the subjective knowledge of the user.
Still further preferably, the control system judges whether the composition of the composite program includes a subprogram when obtaining the once identified composite program operating condition characterizing parameter; if the judgment result is yes, the control system compares the operation condition characterization parameters of the main program with the operation condition characterization parameters of the corresponding auxiliary program, and further obtains the operation condition characterization parameters of the once-identified composite program;
preferably, the step of obtaining the once-identified composite program operating condition characterizing parameter by the control system comprises the following steps:
d1, the control system compares the operation state representation parameters of the main programs with the corresponding operation state representation parameters of the auxiliary programs, judges whether the ranges of the two are consistent, if so, executes the step D2; if not, go to step D3;
d2, the control system takes the intersection part of the two as the representation parameter of the running condition of the once identified composite program;
d3, the control system takes the intermediate value of the difference part of the two as the characterization parameter of the running condition of the once-identified composite program.
In the implementation of the technical scheme in this embodiment, an object recognized at a time is a composite program including both a main program and a sub program, and this situation makes the situation to be faced by the recognition at a time more complicated. Aiming at the complex one-time identification, the control system compares and synthesizes the operation condition characterization parameters of the main program and the auxiliary program, and then obtains moderate composite program operation condition characterization parameters. The control system can simultaneously give consideration to various aims to be realized by the main program and the auxiliary program and respective special requirements when executing the composite program, and simultaneously realize various washing effects in the execution process of the composite program.
EXAMPLE five
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: the multiple identifications include a secondary identification for the secondary program; the secondary identification is mainly realized by a control system implementing a composite program identification method; the composite program identification method acquires a calling instruction of an auxiliary program for implementing secondary identification after the primary identification execution is finished; the control system obtains the analysis of the composite program according to the analysis of the secondary identification and the analysis of the primary identification, and executes the analysis of the composite program mainly according to the instruction of a user;
preferably, the composite program identification method includes, when performing the secondary identification, the steps of:
e1, the control system prompts the user whether to select the auxiliary program; if the user selects no, executing step E2; if the user selects yes, go to step E3;
e2, at this time, the obtained composite program includes only the main program, and the control system control device executes the composite program;
e3, controlling the system control equipment to display an auxiliary program menu; after the user performs the selection operation, go to step E4;
e4, the control system control device performs the analysis of the composite program based on the main program and the auxiliary program selected by the user.
It can be seen that the analysis process of the program is a process of obtaining target values of the characterization parameters of the running condition of the composite program. And the target value of the obtained operation condition characterization parameter is a range value through the analysis operation. In the program running process, the control system controls the running condition characterization parameters to be within the range of the target values of the running condition characterization parameters, realizes the embodiment of the hope of a user in the program execution, and ensures the washing effect according to the actual conditions of the articles to be washed. According to the technical scheme in the embodiment, reasonable fluctuation of equipment operation is allowed, and meanwhile, conflict in parameter design possibly existing among realization of multiple expected effects of a user is fully considered.
Further, according to the technical scheme in the embodiment, when the main program and/or the sub program and/or the auxiliary program are selected, a user can set the target value of the operation condition characterization parameter and the threshold value of the operation condition characterization parameter corresponding to the program. By the dishwasher control method, after the user determines the composition of the composite program, the corresponding parameters and threshold values of each main program and each auxiliary program formed by the composite program can still be manually changed, and the subjective activity of the user in the washing process is further enhanced.
EXAMPLE six
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: when the control system executes analysis operation on the composite program, analyzing by taking each operation condition characterization parameter of each program as a reference;
preferably, the parsing comprises the steps of:
f1, the control system obtains the main program selected by the user, and calls each operation condition representation parameter of the main program; step F2 is executed;
f2, the control system judges whether the user selects the subprogram, if yes, the step F3 is executed; if not, go to step F4;
f3, the control system obtains the subprogram selected by the user, and calls each operation state representation parameter of the subprogram; step F4 is executed;
f4, the control system obtains the once identified composite program running state representation parameters according to the running state representation parameters of the main program/main program and the auxiliary program; step F5 is executed;
f5, the control system judges whether the user selects the auxiliary program, if yes, the step F6 is executed; if not, the control system forms a target value of the composite program operation condition characterization parameter according to the once identified composite program operation condition characterization parameter, and executes step F8;
f6, the control system obtains the auxiliary program selected by the user, and calls each operation condition representation parameter of the auxiliary program, so as to obtain the operation condition representation parameter of the secondary identified composite program; step F7 is executed;
f7, the control system compares the composite program operation condition characterizing parameters of each primary identification with the corresponding composite program operation condition characterizing parameters of the secondary identification, and if the ranges of the two are not consistent, the intersection part of the two is taken as the target value of the composite program operation condition characterizing parameters; if the two ranges are different, taking the intermediate value of the difference part of the two ranges as the target value of the characterization parameter of the running condition of the composite program; step F8 is executed;
f8, the control system executes the program according to the target value of the characterization parameter of the composite program running condition;
preferably, the intermediate value is a range value, and the target value of the operation condition characterizing parameter is a certain value in the range value when the program runs.
It can be seen that the analysis process of the program is a process of obtaining target values of the characterization parameters of the running condition of the composite program. And the target value of the obtained operation condition characterization parameter is a range value through the analysis operation. In the program running process, the control system controls the running condition characterization parameters to be within the range of the target values of the running condition characterization parameters, realizes the embodiment of the hope of a user in the program execution, and ensures the washing effect according to the actual conditions of the articles to be washed. According to the technical scheme in the embodiment, reasonable fluctuation of equipment operation is allowed, and meanwhile, conflict in parameter design possibly existing among realization of multiple expected effects of a user is fully considered.
EXAMPLE seven
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: the dishwasher control method includes a user satisfaction evaluation method; the control system mainly obtains the current execution effect evaluation of the composite program by the user after the execution of the composite program is finished through the user satisfaction evaluation method; furthermore, the control system corrects the multiple recognition modes according to the evaluation of the user;
by the dishwasher control method, evaluation of the user on the execution effect of the washing operation can be timely obtained after the washing operation is executed; further, the control system corrects the manner of multiple recognitions according to the user's evaluation. If the washing operation only comprises one-time identification, the control system corrects the one-time identification mode; if the washing operation comprises primary identification and secondary identification, the primary identification and the secondary identification are corrected respectively so as to ensure that the evaluation of the user is really reflected in program correction.
Preferably, the user satisfaction evaluation method is performed for the execution effects of a main program and/or a sub program and/or an auxiliary program constituting the composite program, respectively;
preferably, the user satisfaction evaluation method includes the steps of:
g1, judging whether the composite program is finished by the control system; if yes, go to step G2; if not, go to step G3;
g2, sending comprehensive evaluation to the user by the control system, and asking the user to judge whether the user is satisfied; if the user selects yes, go to step G4; if the user selects no, executing step G5;
g3, waiting for a preset time, and executing a step G1;
g4, finishing the evaluation of the user satisfaction degree; waiting for starting a next starting program;
g5, the control system executes the composite program evaluation analysis method.
By the dishwasher control method introduced by the invention, the satisfaction evaluation is sent to the user after the execution of the composite program is finished, and the timeliness of the evaluation is ensured. If the user is satisfied with the execution effect of the composite program, and the current composite program can meet the expectation of the user, the step of evaluating and analyzing the subsequent composite program is not needed; if the user is not satisfied with the execution effect of the composite program, the control program continues to execute the composite program evaluation analysis method, and analyzes the difference between the execution effect of the composite program and the user's desire and the cause of the difference.
Further preferably, the composite program evaluation analysis method includes the steps of:
a1, the control system analyzes the program composition of the composite program, if the composite program composition includes the washing program, the step A2 is executed; if the composite program composition does not include the washing program, performing step a 3;
a2, the control system sends washing quality evaluation to the user to ask the user to judge whether satisfied; if the user selects yes, go to step A3; if the user selects no, executing step A8;
a3, the control system analyzes the program composition of the composite program, whether the composite program comprises a drying program, if the composite program comprises the drying program, the step A4 is executed; if the composite program does not include the drying program, the step A5 is executed
A4, the control system sends out the drying quality evaluation to the user, and asks the user to judge whether the user is satisfied; if the user selects yes, go to step A5; if the user selects no, executing step A12;
a5, the control system analyzes the program composition of the composite program, whether the composite program comprises a disinfection program, if the composite program comprises the disinfection program, the step A6 is executed; if the composite program does not include a sterilization program, performing step a 7;
a6, the control system sends out disinfection quality evaluation to the user to ask the user to judge whether the user is satisfied; if the user selects yes, go to step A7; if the user selects no, executing step A13;
a7, the control system prompts the user to enter the dissatisfaction reason; execution end of step a13
A8, the control system prompts the user to select the corresponding type and the corresponding placing position of the articles to be washed; step a9 is executed;
a9, the control system sends out washing residue evaluation to the user, and asks the user to judge whether there is washing residue; if the user selects yes, go to step A10; if the user selects no, executing step A11;
a10, the control system sends out the evaluation of spot residue to the user, asks the user to judge whether there is spot on the articles to be washed, and executes step A3
A11, the control system prompts the user to select the corresponding residual type on the object to be washed, and the step A10 is executed;
a12, the control system prompts the user to select the corresponding type and the corresponding placing position of the articles to be washed; step a5 is executed;
a13, the control system records the user's selection and stores, the present compound program is finished, and waits for the starting of the next starting program.
Example eight
The dishwasher control method described in the present embodiment is different from the above-described embodiments in that: the dishwasher control method includes a correction control method; the correction control method mainly corrects target values corresponding to all the operation condition characterization parameters of the composite program according to the evaluation of a user; when the composite program runs, the control system controls each running condition representation parameter to approach to the corresponding running condition representation parameter target value, and further reflects the adjustment made aiming at the evaluation of the user in the running of the composite program;
preferably, the correction control method includes the steps of:
h1, judging whether the comprehensive evaluation of the washing operation is satisfactory or not by the control system according to the evaluation of the user; if yes, go to step H2; if not, go to step H3;
h2, ending the current correction control method;
h3, judging whether the execution effect of each main program is satisfactory or not by the control system according to the evaluation of the user, if so, executing a step H5; if not, go to step H4;
h4, the control system acquires the target value of the once identified composite program operating condition characterizing parameter, corrects the value range of the target value of the once identified composite program operating condition characterizing parameter, and executes the operation of reducing the value range of the target value of the once identified composite program operating condition characterizing parameter when the later washing method is implemented; step H2 is performed;
h5, acquiring a target value of the secondarily identified composite program operating condition characterization parameter by the control system, correcting and reducing the value range of the target value of the secondarily identified composite program operating condition characterization parameter, and executing the operation of expanding the value range of the target value of the secondarily identified composite program operating condition characterization parameter when a later washing method is implemented; step H2 is performed;
preferably, the correction mode for the primary identification includes narrowing the value range of the target value of the composite program operating condition characterizing parameter of the primary identification;
further preferably, the correction mode for the secondary identification includes narrowing a value range of a target value of the secondary identification composite program operating condition characterization parameter;
preferably, the control system inquires the user whether to execute the correction control method before executing the correction control method each time, and if the user selects yes, the control system executes the correction control method; and if the user selects no, not executing the correction control method.
By the technical scheme in the embodiment, the evaluation of the user can be fed back to the dish washing machine, so that the value range of the target value of the corresponding running condition characterization parameter of the corresponding program of the dish washing machine is corrected according to the evaluation of the user. And when the control system corrects the value range of the target value of the operation condition characterization parameter of the composite program, the primary identification and the secondary identification are respectively carried out. If the user indicates that the once-identified program operation effect is unsatisfactory, the control system reduces the value range of the target value of the once-identified composite program operation condition characterization parameter, the correction mode mainly considers that the once-identified object is a main program/a main program and an auxiliary program, and if the user does not satisfy the execution effect of the program, the user should consider the program from the perspective of compatibility before the program, for example, because the user makes a special requirement on the position of an article to be washed, the washing quality effect is unsatisfactory, so that the corresponding main program and the auxiliary program have better compatibility, and the purpose can be achieved by reducing the value range of the target value of the once-identified composite program operation condition characterization parameter. If the user is not satisfied with the secondary identified program operation effect, it is shown that a certain function related to the auxiliary program does not meet the user requirement when the main program is implemented, for example, the user collocates the auxiliary program related to noise after the main program is selected, and the actually obtained noise effect does not meet the user requirement, and the purpose can be achieved by narrowing the value range of the target value of the secondary identified composite program operation condition characterization parameter.
Further, the present invention introduces a dishwasher capable of implementing the above-described dishwasher control method.
Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (11)

1. A dishwasher control method is characterized in that when equipment is started, a dishwasher control method obtains a calling instruction of a composite program for a user, analyzes the composite program in a multiple recognition mode of a control system, and further obtains personalized requirements of the user so as to determine a target value of an operation condition representation parameter of the composite program; when the composite program runs, the control system monitors the actual value of the running condition characterization parameter of the composite program in real time, compares the actual value with the target value of the running condition characterization parameter of the composite program, and adjusts the running of the composite program according to the comparison result;
in the running process of the composite program, the control system judges whether the running condition exceeds the standard or/and the running condition does not reach the standard according to the comparison result between the actual value of the running condition characterization parameter of the composite program and the running condition characterization parameter target value of the composite program and a corresponding threshold value; the control system records the running condition exceeding accumulated time and/or the running condition failing accumulated time which occur during the execution of the composite program, and resets the corresponding threshold when the running condition exceeding accumulated time or/and the running condition failing accumulated time of the program exceed the corresponding set values;
the dishwasher control method, when resetting the respective threshold value, comprises the steps of:
a1, starting a starting program;
a2, the control system judges whether the equipment is currently running the composite program; if yes, go to step A3; if not, waiting for preset time to continue executing the step;
a3, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program exceeds the standard or not; if yes, go to step A4; if not, executing the step A5;
a4, the control system calculates the cumulative time t1 that the running condition of the composite program exceeds the standard and records the cumulative time until the program is terminated; step a7 is executed;
a5, the control system monitors the running state of the composite program in real time and judges whether the running state of the composite program does not reach the standard or not; if yes, go to step A6; if not, executing the step A3;
a6, calculating and recording the cumulative time t2 when the running state of the composite program does not reach the standard by the control system until the program is terminated; step A8 is executed;
a7, the control system compares the running condition exceeding accumulated time t1 with a corresponding set value, and judges whether the running condition exceeding accumulated time t1 exceeds the corresponding set value; if yes, go to step A9; if not, executing the step A11;
a8, the control system compares the running state non-standard accumulated time t2 with a corresponding set value, and judges whether the running state non-standard accumulated time t2 exceeds the corresponding set value; if yes, go to step A10; if not, executing the step A11;
a9, the control system judges that the corresponding threshold of the composite program is in doubt, and reduces the corresponding threshold of the program; step a11 is executed;
a10, the control system judges the corresponding threshold of the composite program is in doubt, and the corresponding threshold of the program is increased; step a11 is executed;
and A11, executing the step A2.
2. The dishwasher control method according to claim 1, wherein in performing an operation of the composite program adjustment, the control system compares an actual value of the operation condition characterizing parameter of the composite program with a target value of the operation condition characterizing parameter of the composite program, and makes a judgment according to a result of the comparison and a corresponding threshold value; further adjusting the target value of the operation condition characterization parameter of the composite program according to the judgment result;
the dishwasher control method includes the steps of, when performing an operation of composite program adjustment:
s1, starting a starting program;
s2, the control system judges whether the equipment is currently running the composite program; if yes, go to step S3; if not, waiting for preset time to continue executing the step;
s3, the control system monitors the actual value of the operation condition characterization parameter of the composite program in real time and compares the actual value with the target value of the operation condition characterization parameter of the composite program to obtain a comparison result; step S4 is executed;
s4, the control system judges according to the comparison result and the corresponding threshold value, and judges whether the comparison result is in the corresponding threshold value range; if yes, go to step S2; if not, go to step S5;
s5, the control system further judges whether the comparison result is larger than the corresponding threshold value; if yes, go to step S6; if not, go to step S7;
s6, judging that the running state of the composite program exceeds the standard, and executing a step S8;
s7, judging that the running state of the composite program does not reach the standard, and executing a step S9;
s8, the control system performs reduced adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s9, the control system performs increasing adjustment on the operation state representation parameters of the composite program, and executes the step S10;
s10, the control system judges whether the composite program is finished, if yes, the step S2 is executed; if not, go to step S3;
when a plurality of running parameters of the currently running composite program exist, respectively executing the composite program self-adjusting control method aiming at different running parameters;
the operating parameters include: power, time;
the operating condition characterizing parameters include: temperature, vibration amplitude, noise, energy consumption, water cleanliness.
3. The dishwasher control method according to claim 1 or 2,
the method also comprises the following steps between the step A11 and the step A2:
b1, the control system records the continuous resetting times of the corresponding threshold values of each program, compares the continuous resetting times with the corresponding preset values and judges whether the continuous resetting times are larger than the corresponding preset values; if yes, go to step B2; if not, executing the step A2;
b2, the control system sends a prompt to the user to prompt the user to check that the equipment has a fault; step a2 is performed.
4. The dishwasher control method according to claim 1 or 2, wherein the composite program includes at least a main program; the main program includes a program for realizing a basic washing function;
the composite program further comprises a subprogram and/or an auxiliary program; the secondary program comprises a program focusing on the state and type of the articles to be cleaned, and the auxiliary program comprises a program focusing on the user's desire;
when the user selects the composite program, the user can make multiple selections of the auxiliary programs and/or the auxiliary programs.
5. The dishwasher control method according to claim 4,
the main program comprises a washing program, a drying program, a disinfection program and a default program;
the auxiliary programs comprise an additive selecting and throwing program, an article type selecting program, a placing position selecting program, a stain type auxiliary program, an article shape auxiliary program and an article material auxiliary program which are respectively corresponding to the main programs;
the auxiliary programs include a washing quality selection auxiliary program, a time selection auxiliary program, an energy consumption selection auxiliary program, a noise selection auxiliary program, and an environmental protection grade selection auxiliary program, which correspond to the main programs, respectively.
6. The dishwasher control method according to claim 3, wherein the plurality of identifications include one identification of a program for a washing basic function and a program focusing on a state, a type of the article to be washed; the primary identification is realized by implementing a composite program identification method through a control system; the composite program identification method executes analysis aiming at the composite program according to the instruction of a user when the primary identification is carried out;
the primary identification is directed to a primary program/primary program and a secondary program;
the composite program identification method comprises the following steps:
c1, starting a starting program;
c2, the control system of the equipment prompts the user to select the main program; after the user selection is finished, executing the step C3;
c3, the control system of the device prompts the user to select the subprogram; after the user selection is finished, executing the step C4;
c4, the control system analyzes the parameters of the main program and the subprogram selected by the user;
when the control system obtains the primary identification operation condition representation parameter target value of the composite program, judging whether the composition of the composite program comprises a subprogram; if the judgment result is yes, the control system compares the target values of the representation parameters of the running conditions of the main program with the target values of the representation parameters of the running conditions of the corresponding auxiliary program, and further obtains the target values of the representation parameters of the one-time recognition running conditions of the composite program;
the control system comprises the following steps when obtaining the target value of the once-identified running condition characterization parameter of the composite program:
d1, the control system compares the target value of the operation state representation parameter of each main program with the target value of the operation state representation parameter of the corresponding auxiliary program, judges whether the ranges of the two are consistent, if yes, the step D2 is executed; if not, go to step D3;
d2, the control system takes the intersection part of the two as the target value of the operation condition characterization parameter of the once identified composite program;
d3, the control system takes the intermediate value of the difference part of the two as the target value of the primary identification operation condition characterization parameter of the composite program.
7. The dishwasher control method according to claim 6, wherein the plurality of identifications include a secondary identification for an auxiliary program; the secondary identification is realized by implementing a composite program identification method through a control system;
the composite program identification method acquires a calling instruction of an auxiliary program for implementing secondary identification after the primary identification execution is finished; the control system obtains the analysis of the composite program according to the analysis of the secondary identification and the analysis of the primary identification, and executes the analysis of the composite program according to the instruction of the user;
the composite program identification method comprises the following steps when secondary identification is executed:
e1, the control system prompts the user whether to select the auxiliary program; if the user selects no, executing step E2; if the user selects yes, go to step E3;
e2, at this time, the obtained composite program includes only the main program, and the control system control device executes the composite program;
e3, controlling the system control equipment to display an auxiliary program menu; after the user performs the selection operation, go to step E4;
e4, the control system control device performs the analysis of the composite program based on the main program and the auxiliary program selected by the user.
8. The dishwasher control method according to claim 4, wherein when the control system performs the analysis operation on the composite program, the analysis is performed based on each operation condition characterization parameter of each program;
the analysis comprises the following steps:
f1, the control system obtains the main program selected by the user, and the target value of each operation condition representation parameter of the main program is called; step F2 is executed;
f2, the control system judges whether the user selects the subprogram, if yes, the step F3 is executed; if not, go to step F4;
f3, the control system obtains the subprogram selected by the user, and the target value of each operation condition representation parameter of the subprogram is called; step F4 is executed;
f4, the control system obtains the primary identified running state representation parameter target value of the composite program according to the running state representation parameter target values of the main program/the main program and the auxiliary program; step F5 is executed;
f5, the control system judges whether the user selects the auxiliary program, if yes, the step F6 is executed; if not, the control system forms a composite program operation condition representation parameter target value according to the primary identified operation condition representation parameter target value of the composite program, and executes step F8;
f6, the control system acquires the auxiliary program selected by the user, calls each running condition representation parameter target value of the auxiliary program, and further acquires a secondary identification running condition representation parameter target value of the composite program; step F7 is executed;
f7, the control system compares the primary identification operation condition representation parameters of each composite program with the secondary identification operation condition representation parameter target values of the corresponding composite programs, and if the two have an intersection part, the intersection part of the two is taken as the composite program operation condition representation parameter target value; if the two do not have the intersection part, taking the intermediate value of the difference part of the two as the target value of the characterization parameter of the running condition of the composite program; step F8 is executed;
f8, the control system executes the program according to the target value of the characterization parameter of the composite program running condition.
9. The dishwasher control method according to claim 4, wherein the dishwasher control method includes a user satisfaction evaluation method; the control system acquires the execution effect evaluation of the composite program after the execution of the composite program is finished through the user satisfaction evaluation method; furthermore, the control system corrects the multiple recognition modes according to the evaluation of the user;
the user satisfaction evaluation method is respectively carried out aiming at the execution effects of a main program and/or a sub program and/or an auxiliary program which form the composite program;
the user satisfaction evaluation method comprises the following steps:
g1, judging whether the composite program is finished by the control system; if yes, go to step G2; if not, go to step G3;
g2, sending comprehensive evaluation to the user by the control system, and asking the user to judge whether the user is satisfied; if the user selects yes, go to step G4; if the user selects no, executing step G5;
g3, waiting for a preset time, and executing a step G1;
g4, finishing the evaluation of the user satisfaction degree; waiting for starting a next starting program;
g5, the control system executes the composite program evaluation analysis method.
10. The dishwasher control method according to claim 4, wherein the dishwasher control method includes a correction control method; the correction control method corrects target values corresponding to the operation condition characterization parameters of the composite program according to the evaluation of a user; when the composite program runs, the control system controls each running condition representation parameter to approach to the corresponding running condition representation parameter target value, and further reflects the adjustment made aiming at the evaluation of the user in the running of the composite program;
the correction control method includes the steps of:
h1, judging whether the comprehensive evaluation of the washing operation is satisfactory or not by the control system according to the evaluation of the user; if yes, go to step H2; if not, go to step H3;
h2, ending the current correction control method;
h3, judging whether the execution effect of each main program is satisfactory or not by the control system according to the evaluation of the user, if so, executing a step H5; if not, go to step H4;
h4, the control system acquires the target value of the once identified composite program operating condition characterizing parameter, corrects the value range of the target value of the once identified composite program operating condition characterizing parameter, and executes the operation of reducing the value range of the target value of the once identified composite program operating condition characterizing parameter when the later washing method is implemented; step H2 is performed;
h5, acquiring a target value of the secondarily identified composite program operating condition characterization parameter by the control system, correcting and reducing the value range of the target value of the secondarily identified composite program operating condition characterization parameter, and executing operation of expanding the value range of the target value of the secondarily identified composite program operating condition characterization parameter when a later washing method is implemented; step H2 is performed;
the correction mode aiming at the primary identification comprises the step of reducing the value range of the target value of the composite program operation condition characterization parameter of the primary identification;
the correction mode aiming at the secondary recognition comprises the step of reducing the value range of the target value of the secondary recognized composite program operation condition characterization parameter;
the control system inquires whether a user executes the correction control method before executing the correction control method every time, and if the user selects yes, the control system executes the correction control method; and if the user selects no, not executing the correction control method.
11. A dishwasher according to the dishwasher control method of any one of claims 1 to 10.
CN201810055305.0A 2018-01-19 2018-01-19 Dish washing machine control method and dish washing machine Active CN110051301B (en)

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