CN111603117A

CN111603117A - Dish washing powder intelligent control method and system matched with washing curve for dish washing machine

Info

Publication number: CN111603117A
Application number: CN201910135075.3A
Authority: CN
Inventors: 余航
Original assignee: Ningbo Fotile Kitchen Ware Co Ltd
Current assignee: Ningbo Fotile Kitchen Ware Co Ltd
Priority date: 2019-02-25
Filing date: 2019-02-25
Publication date: 2020-09-01
Anticipated expiration: 2039-02-25
Also published as: CN111603117B

Abstract

The invention relates to a dish washing powder intelligent control method and a system matched with a cleaning curve for a dish washing machine, which are characterized in that a menu oil gradient mapping list, an oil gradient and dish washing powder mapping list and an oil gradient applicable cleaning curve database are established to obtain oil gradients respectively corresponding to all intelligent menus called by a user and real oil gradients corresponding to tableware to be cleaned so as to further obtain an intelligent cleaning curve suitable for the real oil gradients, the dish washing machine adds the obtained dish washing powder into a water tank for placing the tableware to be cleaned, corresponding cleaning work is executed according to the obtained intelligent cleaning curve, the defects that the type of the dish washing powder is selected and the use amount of the dish washing powder is controlled by the traditional cleaning mode of manual experience are avoided, the dish washing machine automatically selects the targeted dish washing powder and the use amount according to the oil gradient corresponding to the tableware to be cleaned, the actual scene that the user cleans the tableware after cooking and eating a plurality of intelligent recipes is met.

Description

Dish washing powder intelligent control method and system matched with washing curve for dish washing machine

Technical Field

The invention relates to the field of dish washing machines, in particular to an intelligent control method and system for dish washing powder matched with a washing curve for a dish washing machine.

Background

Dishwashers have been used by an increasing number of households as a convenient dish washing tool. With the development of intelligent technology, dishwashers with intelligent functions are successively on the market. The dishwashers can be in communication connection with user terminal devices such as smart phones and tablet computers, and users can check a large number of official preset intelligent cleaning curves provided by dishwasher manufacturers on line by operating the user terminal devices. Of course, most dish washing machines can also have an intelligent cleaning curve set by a manufacturer in advance, and as long as a user selects a required cleaning curve, the dish washing machines can add dish washing powder and water for cleaning required by the cleaning curve by calling data of the cleaning curve, so as to perform cleaning work on articles such as dishes in the dish washing machines.

Before the current dish washer is started to execute washing, a certain amount of dish washing powder needs to be added into a dish washing groove of the dish washer manually according to experience, and then the dish washer starts intelligent washing work according to a washing curve. However, the amount of the dishwashing powder added into the dishwasher manually is completely based on manual experience, and the good proportion between the amount of the dishwasher and the amount of water used for cleaning cannot be well controlled; moreover, when the dishes wait for the dirt that adheres to remain on the washing tableware is different, for example, when the dirt remains oil stain and non-oil stain condition respectively, the dish washing powder type and the quantity of the dish washing powder that are suitable for are also different, if according to the washing method of present dish washer, it just is difficult to ensure the dish washing powder type that the user selected and put into the dish washing powder quantity real stain residue type that is fit for on the tableware of waiting to wash in the dish washer, also is difficult to reach effectual washing decontamination effect.

Disclosure of Invention

The first technical problem to be solved by the invention is to provide an intelligent dish washing powder control method matched with a washing curve for a dish washing machine aiming at the prior art.

The second technical problem to be solved by the present invention is to provide an intelligent control system for dish washing powder, which realizes the intelligent control method for dish washing powder in the prior art

The technical scheme adopted by the invention for solving the first technical problem is as follows: the intelligent dish washing powder control method matched with the cleaning curve for the dish washing machine is characterized by comprising the following steps of:

step 1, an intelligent menu database for a user to select cooking is constructed in advance; the intelligent menu database comprises at least one intelligent menu;

step 2, classifying the intelligent recipes in the intelligent recipe database according to the oil gradients to obtain a recipe oil gradient mapping list between each intelligent recipe in the intelligent recipe database and the oil gradient corresponding to the intelligent recipe;

step 3, respectively establishing corresponding relations among the oil gradients, the dish washing powder types suitable for the corresponding oil gradients and the dish washing powder consumption aiming at the oil gradients in the menu oil gradient mapping list to form an oil gradient and dish washing powder mapping list;

step 4, constructing a grease gradient applicable cleaning curve database matched with the menu grease gradient mapping list; the database of the cleaning curve suitable for the oil gradient comprises intelligent cleaning curves corresponding to the oil gradients in the menu oil gradient mapping list; the intelligent cleaning curve comprises a water level required during cleaning, time required during cleaning and a temperature required during cleaning;

step 5, detecting the placement condition of the tableware to be cleaned in the dish washer;

step 6, when detecting that the dishware to be cleaned is placed in the dishwasher, turning to step 7; otherwise, turning to step 5;

step 7, judging whether the intelligent menu in the intelligent menu database is called by the user by using the cooking equipment:

when at least one intelligent menu called by a user by using cooking equipment is judged to exist in the intelligent menu database, acquiring all intelligent menu information called by the user, and turning to the step 8; otherwise, the dishwasher does not perform intelligent cleaning work;

step 8, obtaining oil gradients corresponding to all the intelligent recipes respectively according to the recipe oil gradient mapping list and all the obtained intelligent recipe information, and taking the maximum oil gradient in all the obtained oil gradients as a real oil gradient corresponding to the tableware to be cleaned;

step 9, obtaining dish washing powder types and dish washing powder using amounts suitable for the real oil gradient according to the obtained real oil gradient and the oil gradient and dish washing powder mapping list, forming dish washing powder calling instructions corresponding to the current dish washing powder types and dish washing powder using amounts, and recommending the dish washing powder calling instructions to a user for selection;

step 10, when detecting that the user selects the dish washing powder calling instruction, adding the dish washing powder with the dosage of the dish washing powder obtained in the step 9 into a water tank for placing tableware to be cleaned by the dish washing machine, and executing an intelligent cleaning curve which is positioned in the oil gradient applicable cleaning curve database and corresponds to the real oil gradient obtained in the step 8 by the dish washing machine; when the dish washing powder calling instruction selected by the user is not detected, the dish washing machine does not execute intelligent washing work.

Further, in the dish washing powder intelligent control method for matching the cleaning curve for the dish washing machine, the use amount of the dish washing powder obtained in the step 9 is the optimal use amount for matching the dish washing powder with the corresponding grease gradient.

In an improved way, the dish washing powder intelligent control method matched with the washing curve for the dish washing machine further comprises the following steps:

a standby intelligent cleaning curve database which is suitable for different types of tableware to be cleaned is constructed in advance;

when detecting that the tableware to be cleaned is placed in the dishwasher, identifying the type of the tableware to be cleaned;

the surplus of the powder kind that obtains in dishwasher real-time detection step 9 and when detecting that the powder surplus that washes dishes of this kind is less than preset memory space, stop current cleaning work to be located by the dishwasher execution in reserve intelligent cleaning database and with this wait to wash tableware kind assorted intelligent cleaning curve.

Optionally, in the intelligent control method of dishwashing powder for matching a washing curve for a dishwasher, the dishware to be washed is a bowl or a dish or chopsticks or a spoon or a fork or any combination of a bowl, a dish, chopsticks, a spoon and a fork.

The technical scheme adopted by the invention for solving the second technical problem is as follows: the intelligent dish washing powder control system for realizing the intelligent dish washing powder control method is characterized by comprising the following steps of:

the cooking equipment can call the intelligent menu;

the dish washing machine is used for detecting the placement condition of tableware to be washed in the dish washing machine, providing dish washing powder calling instructions for users to select and executing washing work according to an intelligent washing curve corresponding to the dish washing powder calling instructions selected by the users;

the cloud platform is respectively in communication connection with cooking equipment and a dish washing machine and used for constructing the intelligent menu database, obtaining the menu oil gradient mapping list, forming the oil gradient and dish washing powder mapping list, constructing the oil gradient applicable cleaning curve database, right whether the intelligent menu in the intelligent menu database is called by the user by the cooking equipment to make judgment, judge whether the intelligent menu is called to obtain the dish washing powder type and the dish washing powder amount which are applicable to the oil gradient corresponding to the called intelligent menu and provide the dish washing powder calling instruction of the dish washing powder type and the dish washing powder amount for the dish washing machine.

The intelligent control system for the dish washing powder comprises a cloud platform, a dish washing machine, a mobile terminal and a dish washing machine, wherein the mobile terminal is in communication connection with the cloud platform and the dish washing machine respectively to receive dish washing powder calling instructions sent by the cloud platform, and after a user selects the dish washing powder calling instructions on the mobile terminal, the dish washing powder calling instruction information selected by the user is provided for the dish washing machine to be executed by the mobile terminal.

Compared with the prior art, the invention has the advantages that: after an intelligent recipe database is constructed in advance, a recipe oil gradient mapping list between each intelligent recipe and a corresponding oil gradient in the intelligent recipe database is respectively established to form an oil gradient and dish washing powder mapping list, an oil gradient and dish washing powder mapping list and an oil gradient applicable cleaning curve database, when a user calls at least one intelligent recipe in the constructed intelligent recipe database by using cooking equipment, oil gradients respectively corresponding to all intelligent recipes called by the user are obtained, the maximum oil gradient in the obtained oil gradients is obtained to be used as a real oil gradient corresponding to tableware to be cleaned, dish washing powder types and dish washing powder using amounts aiming at the real oil gradients are further obtained according to the oil gradient and dish washing powder mapping list, and an intelligent cleaning curve applicable to the real oil gradients is obtained according to the oil gradient applicable cleaning curve database, and add the powder of washing dishes of gained quantity to placing in the basin of treating the washing tableware by dish washer, and wash the work according to the intelligence of gained washing curve execution correspondence, thereby avoided relying on this kind of traditional cleaning mode of artificial experience to select the powder kind of washing dishes and control the not enough of the powder quantity of washing dishes, realized that dish washer is according to the grease gradient that the washing tableware corresponds automatic chooseing for use corresponding powder and quantity of washing dishes, reached the automation to dish washer cleaning, intelligent control, satisfied user's culinary art, eat behind the too many kinds of intelligent menu and go the actual scene of washing tableware, really improved the intelligent experience effect that the user used dish washer to start the self-cleaning during operation.

Drawings

FIG. 1 is a schematic flow chart of an intelligent dish washing powder control method matched with a washing curve for a dish washing machine in the embodiment of the invention;

fig. 2 is a schematic diagram of an intelligent control system for dishwashing powder in the embodiment of the invention.

Detailed Description

The invention is described in further detail below with reference to the accompanying examples.

Referring to fig. 1, the embodiment provides an intelligent control method for dishwashing powder matched with a cleaning curve for a dishwasher, and the intelligent control method for dishwashing powder includes the following steps:

step 1, an intelligent menu database for a user to select cooking is constructed in advance; wherein, the intelligent menu database comprises at least one intelligent menu; the user can call the intelligent menu in the intelligent menu database by using the cooking equipment; it should be noted that the intelligent recipe database in this embodiment is external, that is, the intelligent recipe database is not embedded in the dishwasher but is located in an external device, such as an external cloud platform; of course, according to actual needs, the intelligent menu database can be embedded in the dish washing machine;

for example, suppose that there are three kinds of intelligent recipes in the formed intelligent recipe database, which are a pan-fried recipe, a tomato-fried egg recipe, and a fried yellow croaker recipe:

aiming at the intelligent menu in the constructed intelligent menu database, the intelligent menu can be divided into a plurality of grease gradients of light type, common grease type and multi-oil type according to the amount of the grease; for example, the following steps: if the intelligent recipe is a fresh vegetable, the intelligent recipe is classified as a light recipe because too much grease is not needed when the recipe is cooked;

if the intelligent recipe is the usual tomato-fried egg, the recipe is classified as a regular oil because the amount of oil required for cooking the recipe is general; if the intelligent menu is fried yellow croaker, the menu is classified into a multi-oil menu because much grease is needed during cooking; the table of the recipe oil gradient mapping list formed in this embodiment may be in the form of table 1 below:

intelligent menu name	Gradient of oil
		Vegetables while stir-frying	Bland class
Tomato fried egg	Common fats and oils
		Fried small yellow croaker	Multioils

TABLE 1

that is, in the established oil gradient and dish washing powder mapping list, each oil gradient corresponds to a dish washing powder type (the dish washing powder type here can be a specific dish washing powder or a plurality of specific dish washing powders) suitable for the oil gradient and the use amount of the dish washing powder corresponding to the dish washing powder; namely, aiming at the oil gradient, the oil gradient and the dish washing powder type with the corresponding dosage in the dish washing powder mapping list are adopted to achieve the required ideal oil cleaning effect; of course, in this embodiment, the "usage amount of the dishwashing powder" in step 3 is preferably set as the optimal usage amount of the dishwashing powder matching the corresponding grease gradient, that is, the usage amount having the best cleaning effect for the grease gradient; the condition of the grease gradient and dish washing powder mapping list formed in the embodiment can be as the following form 2:

gradient of oil	Kinds of dishwashing powder	The dosage of the dishwashing powder
			Bland class	Dishwashing powder A1	M1
Common fats and oils	Dishwashing powder A2	M2
			Multioils	Dishwashing powder A3	M3

TABLE 2

That is, in the oil gradient and dish washing powder mapping list 2, the dish washing powder type corresponding to the light oil gradient is dish washing powder A1, and the dosage of the dish washing powder required is M1; the dish washing powder corresponding to the oil gradient of the common oil is dish washing powder A2, and the dosage of the dish washing powder is M2; the variety of the dish washing powder corresponding to the multi-oil grease gradient is dish washing powder A3, and the dosage of the dish washing powder is M3;

that is, for each grease gradient, there is an intelligent cleaning curve dedicated to the dishwasher cleaning the gradient grease; the grease gradient suitability cleaning curve database constructed in this embodiment may be in the form of table 3 below:

gradient of oil	Intelligent cleaning curve name
		Bland class	Intelligent cleaning curve L1
Common fats and oils	Intelligent cleaning curve L2
		Multioils	Intelligent cleaning curve L3

TABLE 3

In table 3, for light-class grease gradients, the intelligent cleaning curve L1 is used for cleaning with a good cleaning effect; aiming at the oil gradient of common oil, the intelligent cleaning curve L2 is utilized to clean the oil, so that the oil has good cleaning effect; aiming at the grease gradient of the oils, the intelligent cleaning curve L3 is utilized to clean the oils and fats, so that the oil-based cleaning agent has a good cleaning effect;

step 5, detecting the placement condition of the tableware to be cleaned in the dish washer; the tableware to be cleaned is a bowl, a dish, chopsticks, a spoon, a fork or any combination of the bowl, the dish, the chopsticks, the spoon and the fork;

for example, after judgment, the user calls a vegetable menu during stir-frying and a fried yellow croaker menu by using cooking equipment (possibly more than one cooking equipment), so that all the intelligent menu information corresponding to the two menus is obtained;

for example, when in frying, the two recipes of the vegetable recipe and the fried small yellow croaker recipe are all called by a user by using cooking equipment, and the oil gradient (belonging to multiple oils) corresponding to the fried small yellow croaker recipe is the highest, so that the oil gradient of the multiple oils is used as the real oil gradient of the current tableware to be washed;

step 9, obtaining dish washing powder types and dish washing powder using amounts suitable for the real oil gradient according to the obtained real oil gradient and the oil gradient and dish washing powder mapping list, forming dish washing powder calling instructions corresponding to the current dish washing powder types and dish washing powder using amounts, and recommending the dish washing powder calling instructions to a user for selection; as a preferable situation, the usage amount of the dish washing powder obtained in the step 9 is set to be the optimal usage amount that the dish washing powder matches the corresponding grease gradient, that is, the dish washing powder with the optimal usage amount is added into a water tank on the dish washer, where the dishes to be washed are placed, so that the dishes belonging to the corresponding grease gradient can be washed clean to the greatest extent;

namely, the oil gradient is taken as a middle parameter according to the oil gradient mapping list of the recipe and the oil gradient and dish washing powder mapping list, so that the corresponding relation between the intelligent recipe called by the cooking equipment, the dish washing powder type and the dish washing powder using amount is essentially obtained;

for example, through the above judgment, the actual oil gradient of the current dishware to be cleaned is a plurality of oils, so according to table 2, it can be known that the dish washing powder suitable for the oil gradient of the plurality of oils is dish washing powder A3, and the dosage of the dish washing powder A3 is M3;

step 10, when detecting that the user selects the dish washing powder calling instruction, adding the dish washing powder with the dosage of the dish washing powder obtained in the step 9 into a water tank for placing tableware to be cleaned by the dish washing machine, and executing an intelligent cleaning curve which is positioned in the oil gradient applicable cleaning curve database and corresponds to the oil gradient obtained in the step 8 by the dish washing machine; when the dish washing powder calling instruction selected by the user is not detected, the fact that the user does not need the dish washing machine to execute intelligent washing work for automatically controlling the dish washing powder at present is indicated, and the dish washing machine does not execute the intelligent washing work.

Specifically, in the illustrated example of the embodiment, once a call instruction for the dishwashing powder A3 selected by the user is detected, the dishwasher automatically adds the dishwashing powder A3 in an amount of M3 to the water tank in which the dishware to be cleaned is placed, and executes an intelligent cleaning curve L3 corresponding to the multi-oil grease gradient obtained in step 8 and located in the grease gradient applicable cleaning curve database (see table 3), so as to complete the dishware to be cleaned after the user eats the pan-fried vegetables and the fried yellow croakers.

Certainly, in order to avoid that the normal intelligent cleaning work of the dishwasher is influenced due to insufficient storage of the dishwashing powder, the dishwashing powder intelligent control method matched with the cleaning curve for the dishwasher in the embodiment further comprises the following steps:

the dish washer real-time detection step 9 gained powder species's surplus and when detecting that this kind of powder surplus that washes dishes is less than preset memory space, stop current cleaning work to be located this reserve intelligent cleaning database and with this intelligent cleaning curve of treating washing tableware kind assorted by the dish washer execution.

Referring to fig. 2, the embodiment further provides a dish washing powder intelligent control system for implementing the dish washing powder intelligent control method in the embodiment. Specifically, this powder intelligence control system washes dishes includes:

a cooking device 1 capable of calling an intelligent recipe; the cooking device 1 can acquire and call the intelligent menu in the intelligent menu database constructed by the cloud platform 3 to execute cooking work;

the dishwasher 2 is used for detecting the placement condition of tableware to be cleaned in the dishwasher, providing dish washing powder calling instructions for users to select and executing cleaning work according to an intelligent cleaning curve corresponding to the dish washing powder calling instructions selected by the users; for example, the dishwasher 2 may employ identification techniques to detect placement of the dishes to be washed;

cloud platform 3, communication connection cooking equipment 1 and dish washer 2 respectively, be used for constructing above-mentioned intelligent menu database, obtain above-mentioned menu grease gradient mapping list, form above-mentioned grease gradient and dish washing powder mapping list, it is suitable for washing curve database to construct above-mentioned grease gradient, whether intelligent menu in the intelligent menu database is called by user's utilization cooking equipment and make the judgement, it obtains the dish washing powder kind and the dish washing powder quantity that are suitable for this called intelligent menu corresponding grease gradient when the intelligent menu is called to judge, and provide the dish washing powder calling instruction of this dish washing powder kind and dish washing powder quantity of obtaining for the dish washing machine. The method in the dish washing powder intelligent control method provided by the embodiment is adopted for the construction of an intelligent dish recipe database, the acquisition of a dish recipe oil gradient mapping list, the formation of an oil gradient and dish washing powder mapping list and the construction of an oil gradient applicable cleaning curve database.

In order to facilitate a user to control the operation of the dishwasher through a mobile terminal such as a smart phone or a tablet computer, the intelligent dishwashing powder control system in the embodiment further includes a mobile terminal 4, the mobile terminal 4 is respectively in communication connection with the cloud platform 3 and the dishwasher 2, so that the mobile terminal receives a dishwashing powder calling instruction sent by the cloud platform 3, and after the user selects the dishwashing powder calling instruction on the mobile terminal, the mobile terminal 4 provides dishwashing powder calling instruction information selected by the user for the dishwasher 2 to execute.

Claims

1. The intelligent dish washing powder control method matched with the cleaning curve for the dish washing machine is characterized by comprising the following steps of:

2. The intelligent control method for dishwashing powder matched with a cleaning curve for a dishwasher according to claim 1, wherein the dosage of the dishwashing powder obtained in step 9 is the optimal dosage for matching the dishwashing powder with a corresponding grease gradient.

3. The intelligent control method for the dishwashing powder matched with the cleaning curve for the dishwasher according to claim 1, further comprising the steps of:

4. The intelligent control method for the dish washing powder matched with the washing curve for the dish washing machine according to any one of claims 1 to 3, wherein the tableware to be washed is a bowl, a dish, chopsticks, a spoon, a fork or any combination of the bowl, the dish, the chopsticks, the spoon and the fork.

5. The intelligent control system for the dishwashing powder for realizing the intelligent control method for the dishwashing powder according to claim 1 is characterized by comprising the following steps:

a cooking device (1) capable of calling an intelligent recipe;

the dish washing machine (2) is used for detecting the placement condition of the tableware to be washed in the dish washing machine, providing dish washing powder calling instructions for users to select and executing washing work according to an intelligent washing curve corresponding to the dish washing powder calling instructions selected by the users;

cloud platform (3), communication connection cooking equipment (1) and dish washer (2) respectively, be used for the construction intelligence menu database, obtain menu grease gradient mapping list, formation grease gradient and the powder mapping list that washes dishes, construction the grease gradient is suitable for and washs curve database, right whether intelligent menu in the intelligence menu database is called by user's utilization cooking equipment and is made the judgement, judge and obtain the powder kind that washes the dishes and the powder quantity that washes the dishes that is suitable for this intelligence menu that is called that corresponds the grease gradient when having intelligent menu to be called and provide the dish washer with the powder calling instruction that washes the dishes of the powder kind that should wash the dishes and the powder quantity that will obtain.

6. The intelligent control system for dishwashing powder according to claim 5, further comprising a mobile terminal (4), wherein the mobile terminal (4) is in communication connection with the cloud platform (3) and the dishwasher (2) respectively to receive dishwashing powder calling instructions sent by the cloud platform, and after a user selects the dishwashing powder calling instructions on the mobile terminal, the mobile terminal provides dishwashing powder calling instruction information selected by the user for the dishwasher to execute.