CN106917226A - A kind of detergent delivers control method, washing machine and system - Google Patents

Abstract

The invention provides a detergent feeding control method, a washing machine and a system. The method includes: S1: Obtain the current laundry load through a laundry weight detection device; detect the detergent components through a detergent component detection device, and obtain the washing detergent testing data; S2: analyze the detergent testing data to obtain the detergent category corresponding to the detergent testing data; S3: recommend the dosage of detergent according to the detergent category and clothes load; S4: the washing machine controls the detergent injection device to delivery. The invention uses a detergent component detection device to identify detergent, and automatically weighs the laundry to be washed, recommends the most suitable detergent dosage according to the recognition result and the load of the clothes, and controls the detergent injection device to inject, so as to realize the washing Accurate dosing of detergent improves the washing and rinsing effect of the washing machine on clothes and avoids the phenomenon of insufficient or too much dosing.

Description

Detergent injection control method, washing machine and system

technical field

The invention relates to the washing machine washing field, in particular to a detergent feeding control method, a washing machine and a system.

Background technique

When using a washing machine to wash clothes, it is necessary to add detergent. At present, there are two ways to add detergent: the first method is manually added; Detergent, when the washing machine executes detergent, it can control the detergent dispensing device to automatically dispense detergent.

However, the amount of laundry the user washes each time is different, and the laundry is also different each time. To achieve the best washing effect, the amount of detergent used is also different for clothes of different weights and different materials. At present, the types of detergents on the market are diverse. For clothes of the same weight and material, different types of detergents have different dosages. Therefore, how to accurately dosage detergent is the key to the washing effect of clothes. Key factor.

Patent No. 201310182284.6 discloses a washing machine control method. The server stores the detergent use information database. Through the selection operation of the detergent type list on the client and the query and calculation of the server, the amount of detergent is obtained and synchronized to the washing machine. Although the problem of insufficient detergent types is solved by storing the types of clothes from the big data on the server side, it is impossible to truly realize the complete process from accurate detection to accurate delivery of detergents;

Patent No. 200810122783.5 discloses a laundry device and its control method. The type information of the detergent is recorded by the RFID tag, which can effectively and accurately locate the type of detergent injected into the washing machine, but the limited amount of data cannot satisfy the precise injection of all types of detergent, and The storage capacity of the washing machine itself is limited, which further restricts the scope of use of RFID tags.

The above-mentioned detergent automatic dosing modes are all extensive calculations of detergent dosing, and it is impossible to realize accurate dosing of washing machines in the true sense. For different types of detergents, it is easy to cause insufficient or too much dosing. The washing and rinsing effect of clothes will be affected to a certain extent.

In view of this, the present invention is provided.

Contents of the invention

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art, and provide a method for controlling detergent injection, which uses a detergent component detection device to identify detergent, and automatically weighs the laundry to be washed. Recommend the most suitable dosage of detergent, and control the dosage of detergent, so as to realize the precise dosage of detergent, improve the washing and rinsing effect of the washing machine on clothes, and avoid the phenomenon of insufficient or excessive dosage.

Another object of the present invention is to provide a washing machine using the above method.

Another object of the present invention is to provide a system using the above method.

The technical solution adopted by the present invention to solve its technical problems is:

The invention provides a detergent delivery control method, comprising:

S1: Obtain the current laundry load through the laundry weight detection device; detect the detergent composition through the detergent composition detection device, and obtain detergent detection data;

S2: Analyze the detergent detection data to obtain the detergent category corresponding to the detergent detection data;

S3: Recommend detergent dosage according to detergent category and clothes load;

S4: The washing machine controls the detergent injection device to inject detergent.

Further, the step S1 also includes scanning the fabric composition of the clothing by the clothing material identification device to obtain clothing identification data;

Step S2 also includes analyzing the clothing identification data to obtain clothing composition information corresponding to the clothing identification data;

Step S3 also includes recommending the dosage of detergent according to the type of detergent, the information of the composition of the clothes and the load of the clothes.

Further, the detergent detection data corresponds to the detergent category, and the corresponding relationship is stored in the washing machine and/or in the cloud;

The detergent category, laundry load and detergent dosage correspond to each other, and the corresponding relationship is stored in the washing machine and/or in the cloud.

Further, the clothing identification data corresponds to the clothing composition information, and the corresponding relationship is stored in the washing machine and/or in the cloud;

The laundry composition information, detergent category, laundry load and detergent dosage correspond to each other, and the corresponding relationship is stored in the washing machine and/or in the cloud.

Further, in the step S3, the washing machine recommends the dosage of detergent according to the offline data table stored in the machine; or

The cloud uses big data to recommend the dosage of detergent.

Further, the detergent component detection device is a miniature spectrum analyzer.

The present invention also provides a washing machine adopting the above method, the washing machine comprising:

The detergent component detection device is used to detect the detergent components and obtain the detergent detection data;

Clothes weight detection device, which automatically weighs the clothes put into the washing machine, and obtains the clothes load;

The controller receives the signal of the load of clothes and the signal of detergent component detection, recommends the dosage of detergent according to the received signal, and controls the detergent dispensing device to do the dispensing;

The detergent dispensing device executes dispensing of detergent according to the dispensing amount instructed by the controller.

Further, the washing machine also includes:

The clothing material identification device detects the composition of the clothing fabric and obtains clothing identification data.

Further, the detergent component detection device is installed in the detergent box of the washing machine, and is integrated with the detergent box;

The probe of the detergent component detection device is in contact with the detergent, and its power connector is connected with the main power supply of the washing machine.

The present invention also provides a system using the above method, the system comprising:

Washing machine, obtain detergent detection data, clothing identification data, clothing load and upload it to the cloud server for analysis;

The cloud server, after receiving and analyzing the data information uploaded by the washing machine, recommends the dosage of detergent, and sends it to the washing machine to execute the dosage of detergent.

The beneficial effect of the technical scheme that the specific embodiment of the present invention provides is:

First, use the detergent component detection device to identify detergent components. Compared with manual identification of detergent types, its identification accuracy is higher. Compared with identifying detergent types through RFID tags, its operation is simpler and more automated.

Second, use the clothing material identification device to identify the composition of the clothing fabric. Compared with manually identifying the clothing fabric or judging the clothing material according to the water content, the recognition accuracy is higher, and there is no need to soak the clothing before identification, so the identification process saves time. The operation is easier and the clothing recognition efficiency is higher;

Third, recommend the dosage of detergent according to the load of clothes, detergent type/clothing composition information, the recommendation is more targeted, and the accurate dosage suitable for washing clothes can be obtained, which not only solves the problem that users do not know how to use detergent accurately The trouble of putting in the dosage improves the laundry efficiency, makes the washing more targeted, effectively avoids the phenomenon of insufficient or too much dosage, and improves the washing and rinsing effect of the washing machine on the clothes.

Description of drawings

In order to more clearly illustrate the technical solutions in the specific embodiments of the present invention, the accompanying drawings that need to be used in the specific embodiments will be briefly introduced below. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention , for those skilled in the art, other drawings can also be obtained according to these drawings on the premise of not paying creative work.

Fig. 1 is a flow chart of a detergent feeding control method provided by an embodiment of the present invention;

Fig. 2 is a flow chart of the detergent injection control method in the offline mode of the washing machine according to Embodiment 1 of the present invention;

Fig. 3 is a flow chart of a detergent injection control method in the online mode of the washing machine according to Embodiment 2 of the present invention;

Fig. 4 is a washing machine provided by Embodiment 3 of the present invention;

Fig. 5 is another washing machine provided by Embodiment 4 of the present invention;

Fig. 6 is a system provided by Embodiment 5 of the present invention.

detailed description

As shown in Figure 1, the present invention provides a detergent delivery control method, including:

Step 101: Obtain the current laundry load through the laundry weight detection device; detect the detergent components through the detergent component detection device, and obtain detergent detection data.

Specifically, the washing machine is provided with a clothes weight detecting device, when the user puts the clothes to be washed into the washing bucket, the clothes weight detecting device can automatically detect the weight of the clothes to be washed, and calculate the current clothes load of the washing machine;

Further, the washing machine is also equipped with a detergent component detection device. When the user puts detergent into the detergent box of the washing machine, or starts the washing program on the washing machine, the detergent component detection device automatically detects the amount of detergent in the detergent box. , and get detergent detection data.

Preferably, the detergent component detection device can be a micro-spectrum analyzer, and its detection principle is: the micro-spectrum analyzer can emit near-infrared rays from the substance to be tested, and detect active molecules in the substance to be tested, and then reflect light by analyzing molecular vibrations According to the unique optical characteristics of the light, the chemical composition of the material molecules is determined. Specifically, the near-infrared rays emitted by the substance to be measured are collected and filtered by a filter, and then sent to the corresponding processor through the corresponding amplifier. After processing, the processed data is analyzed according to the corresponding algorithm, and finally the analyzed data is obtained, that is, the detergent detection data.

Compared with the ordinary spectrum analyzer, the miniature spectrum analyzer has the characteristics of modularization and high-speed acquisition. It is smaller in size and can build a spectrum system more flexibly. Therefore, it can be directly installed in the detergent box and integrated with the detergent box. , the probe of the detergent component detection device is in contact with the detergent to obtain the identification data of the current detergent. The power connector is drawn out, and after meshing with the position where the detergent box is installed on the washing machine box, it is connected to the main power supply of the detergent. The washing machine mains powers it. Preferably, in order to make the detection more accurate, the detergent box is rinsed after each detergent injection, and the residual detergent on the probe can be rinsed away, so as to ensure the accuracy of the next detection of the washing machine.

For the obtained detergent detection data, the miniature spectrum analyzer can be directly sent to the terminal controller of the washing machine for analysis, or can be uploaded to the cloud for analysis through the wireless module of the washing machine.

Preferably, in this step, the clothing fabric composition can also be scanned by the clothing material identification device, and the clothing identification data is obtained; the preferred clothing material identification device is also a micro-spectrum analyzer, and the detection principle of the micro-spectrum analyzer is the same as the detection of detergent The micro-spectrum analyzer, but the detection method is different, the micro-spectrum analyzer that detects the material of the clothes can scan and identify the composition of the clothing fabric, and its installation position can be the control panel of the washing machine; it can also be hung on the washing machine box or as a hand-held device , and the washing machine is transmitted through wired or wireless means.

Step 102: Analyze the detergent detection data to obtain the detergent category corresponding to the detergent detection data.

Among them, the detergent components mainly include surfactants, auxiliary agents, enzymes, co-solvents, fluorescent whitening agents, antibacterial agents, etc. The detergents with different components have different cleaning effects, and the detergent components can be analyzed by the detergent component detection device And get the corresponding data, the category of the detergent can be judged by analyzing the data.

Wherein, the detergent detection data corresponds to the detergent category, and the corresponding relationship is stored in the first database, and the first database is set in the washing machine and/or the cloud.

Specifically, when the washing machine is in the offline mode, the detergent component detection device can send the detergent detection data to the washing machine, and the washing machine is provided with a first database, and the washing machine can directly analyze the detergent detection data, and query the first database and the washing machine Detergent category corresponding to detergent detection data;

When the washing machine is in the online mode, the detergent component detection device can send the detergent detection data to the cloud through the wireless communication module on the washing machine. The detergent category corresponding to the detergent detection data.

Preferably, this step further includes analyzing the clothing identification data to obtain clothing composition information corresponding to the clothing identification data.

Further, the clothing identification data corresponds to the clothing composition information, and the corresponding relationship is stored in the second database, and the second database is set in the washing machine and/or the cloud.

Specifically, when the washing machine is in the offline mode, the clothes material identification device can send the clothes identification data to the washing machine, and the washing machine is provided with a second database, and the washing machine can directly analyze the clothes identification data, and query the clothes identification data in the second database. Corresponding clothing composition information;

When the washing machine is in the online mode, the clothing material identification device can send the clothing identification data to the cloud through the wireless communication module on the washing machine. The cloud has a second database, and the cloud can analyze the clothing identification data and query the second database. Corresponding clothing composition information.

Step 103: Recommend detergent dosage according to detergent category and laundry load.

Specifically, for each detergent category, there is a preset corresponding relationship between the laundry load and the detergent dosage under the category. The detergent category can be determined first, and the relationship between the laundry load and the detergent under the detergent category can be found. The corresponding relationship of the dosage is to determine the corresponding detergent dosage according to the laundry load obtained by the washing machine.

Wherein, the detergent category, the laundry load and the detergent dosage correspond to each other, and the corresponding relationship is stored in the third database, and the third database is set in the washing machine and/or the cloud;

Specifically, when the washing machine is in the offline mode, the third database is set in the washing machine itself. Further, the third database includes an offline data table, and the washing machine can query the corresponding detergent category according to the offline data table stored in the machine. The dosage of detergent corresponding to the laundry load;

When the washing machine is in the online mode, the third database is set in the cloud. Further, the third database stores a large amount of data about the detergent category, the laundry load and the corresponding relationship between the detergent dosage. The cloud can use big data to recommend and wash Detergent dosage corresponding to detergent category and laundry load.

Preferably, the cloud can also obtain current weather information, and judge whether it is suitable for laundry according to the current weather; the cloud can also obtain the current water hardness according to the location of the washing machine, judge whether the currently selected detergent is suitable according to the water hardness, and accurately place the detergent The cloud can also obtain the peak power consumption of the current community, and remind users to avoid peak power consumption.

Preferably, in this step, the detergent dosage can also be recommended according to the detergent category, the laundry component information and the laundry load. For each laundry component information, it can correspond to multiple detergent categories. Under each detergent category, there are The corresponding relationship between the laundry load and the detergent dosage is preset.

The corresponding relationship between the laundry composition information, detergent category, laundry load and detergent dosage is stored in the fourth database, and the fourth database is set in the washing machine and/or cloud;

Specifically, when the washing machine is in the offline mode, the fourth database is set in the washing machine itself. Further, the fourth database includes an offline data table, and the washing machine can query the information corresponding to the laundry composition information according to the offline data table stored in the machine. Detergent category, and query the detergent dosage corresponding to the laundry load under the detergent category;

When the washing machine is in the online mode, the fourth database is set in the cloud. Further, the fourth database stores a large amount of data about the corresponding relationship between clothing composition information, detergent category, laundry load and detergent dosage. The cloud can use large The data recommends a detergent dosage corresponding to the laundry composition information, detergent category, and laundry load.

Step 104: The washing machine controls the detergent injection device to inject it.

Specifically, the washing machine or the cloud sends the value of the amount of detergent to the bottom plate, and the bottom plate converts it into a corresponding electrical signal according to the pre-configured table, and controls the washing dosing device to accurately inject detergent.

In the present invention, the detergent component is identified by the detergent component detection device, the clothing material component is scanned by the clothing material recognition device, and the laundry is automatically weighed, and the most suitable detergent dosage is recommended according to the recognition result and the load capacity of the clothes. And control the detergent injection device to inject, so as to realize the precise injection of detergent, improve the laundry effect, avoid the phenomenon of insufficient or excessive injection, and improve the washing and rinsing effect of the washing machine on the clothes.

Further description is given below through specific embodiments and accompanying drawings.

Embodiment one

As shown in Figure 2, this embodiment provides a method for controlling detergent delivery, which is applied to the offline mode of the washing machine, and the method includes:

Step 201: The laundry weight detection device acquires the current laundry load and sends it to the washing machine.

Specifically, the clothes weight detection device is installed in the washing machine and is integrated with the detergent. When the user puts the clothes to be washed into the washing tub, the clothes weight detection device can automatically detect the current clothes load and send the specific value to the washing machine .

Step 202: The detergent component detection device detects the detergent components, obtains detergent detection data and sends it to the washing machine.

Specifically, the detergent component detection device is set in the detergent box, and its probe is in contact with detergent. When the user puts detergent into the detergent box of the washing machine, or starts the washing program on the washing machine, the detergent component detection device automatically Detect the detergent in the detergent box, obtain detergent detection data, and send the detergent detection data to the washing machine.

Step 203: The clothing material identification device scans the fabric composition of the clothing to obtain clothing identification data and send it to the washing machine.

Specifically, the clothing material identification device is set on the washing machine control panel; or hung on the washing machine box, connected to the washing machine through wired or wireless means, the user can place the clothes to be washed in front of the clothing material identification device for scanning, the clothing material The identification device can obtain clothing identification data after identification, and send the clothing identification data to the washing machine.

In this embodiment, the above-mentioned steps 201, 202, and 203 are parallel steps, and the sequence of their execution is not limited.

Step 204: The washing machine analyzes the detergent detection data and the clothing identification data to obtain the detergent category corresponding to the detergent detection data and the clothing composition information corresponding to the clothing identification data.

Specifically, the washing machine stores the correspondence between detergent detection data and detergent categories, and also stores the correspondence between clothing identification data and clothing composition information. When the washing machine is in offline mode, it can directly query the correspondence table stored on the machine to Get detergent category and laundry composition information.

Step 205: The washing machine recommends the dosage of detergent according to the laundry composition information, detergent category and laundry load.

Specifically, the washing machine stores the corresponding relationship between clothing composition information, detergent category, laundry load, and detergent dosage. In offline mode, the washing machine can directly query the corresponding relationship table stored in the machine to obtain accurate detergent dosage. quantity.

Step 206: The washing machine controls the detergent dispensing device for dispensing.

Specifically, the washing machine feeds back the dosing amount to the bottom plate, and the bottom plate generates a corresponding control signal according to the dosing amount, and controls the detergent dosing device to do the dosing.

Embodiment two

As shown in Figure 3, this embodiment provides a method for controlling detergent delivery. The method is applied to the online mode of the washing machine, wherein the washing machine can perform data interaction with the cloud through the communication module on the washing machine. The method includes:

Step 301: The clothes weight detection device acquires the current clothes load and sends it to the cloud.

Specifically, the clothes weight detection device is installed in the washing machine and is integrated with the detergent. When the user puts the clothes to be washed into the washing tub, the clothes weight detection device can automatically detect the current clothes load and send the specific value to the cloud .

Step 302: The detergent component detection device detects the detergent components, obtains detergent detection data and sends it to the cloud.

Specifically, the detergent component detection device is set in the detergent box, and its probe is in contact with detergent. When the user puts detergent into the detergent box of the washing machine, or starts the washing program on the washing machine, the detergent component detection device automatically Detect the detergent in the detergent box, obtain the detergent detection data, and send the detergent detection data to the cloud.

Step 303: The clothing material identification device scans the fabric composition of the clothing to obtain clothing identification data and send it to the cloud.

Specifically, the clothing material identification device is set on the washing machine control panel; or hung on the washing machine box, connected to the washing machine through wired or wireless means, the user can place the clothes to be washed in front of the clothing material identification device for scanning, the clothing material The identification device can obtain clothing identification data after identification, and send the clothing identification data to the cloud.

In this embodiment, the above-mentioned steps 301, 302, and 303 are parallel steps, and the sequence of their execution is not limited.

Step 304: The cloud analyzes the detergent detection data and the clothing identification data to obtain the detergent category corresponding to the detergent detection data and the clothing composition information corresponding to the clothing identification data.

Specifically, the cloud stores a large amount of data on the correspondence between detergent detection data and detergent categories, and also stores a large amount of data on the correspondence between clothing identification data and clothing composition information. The cloud can query the correspondence table with big data to obtain detergent categories. and clothing composition information.

Step 305: The cloud recommends the dosage of detergent according to the laundry composition information, detergent category and laundry load.

Specifically, the cloud stores a large amount of data about the correspondence between clothing composition information, detergent categories, laundry loads, and detergent dosages. The cloud can use big data to recommend items corresponding to clothing composition information, detergent categories, and laundry loads Detergent dosage.

Step 306: The cloud feeds back the dosage of detergent to the washing machine.

Specifically, the cloud feeds back the dosage of detergent to the bottom plate of the washing machine through the wireless module.

Step 307: The washing machine controls the detergent dispensing device for dispensing.

Specifically, the bottom plate of the washing machine obtains a corresponding control signal according to the dosage, and controls the detergent dispensing device to perform dispensing.

Embodiment three

As shown in Figure 4, the present embodiment provides a washing machine, which includes:

Detergent component detection device, the detergent component detection device can detect detergent components and obtain detergent detection data.

Preferably, the detergent component detection device is a miniature spectrum analyzer. Compared with an ordinary spectrum analyzer, the miniature spectrum analyzer has the characteristics of modularization and high-speed acquisition, and is smaller in size, so that the spectrum system can be built more flexibly. Therefore It can be directly installed in the detergent box, and it is integrated with the detergent box. The probe of the detergent component detection device is in contact with the detergent, and the identification data of the current detergent can be obtained. After the position of the agent box is engaged, it is connected to the main power supply of the detergent, and the main power supply of the washing machine supplies power to it. Preferably, in order to make the detection more accurate, the detergent box is rinsed after each detergent injection, and the residual detergent on the probe can be rinsed away, so as to ensure the accuracy of the next detection of the washing machine.

Further, the detected detergent detection data can be directly sent to the processor of the washing machine for processing when the washing machine is offline, and can also be sent to the cloud for processing through the wireless module of the washing machine when the washing machine is online.

The laundry weight detection device automatically weighs the laundry put into the washing machine, and obtains the load of the laundry.

Specifically, when the user puts the laundry into the washing tub, the laundry weight detection device can automatically detect the weight of the laundry, and calculate the current laundry load of the washing machine.

Further, the detected laundry load can be directly sent to the processor of the washing machine for processing when the washing machine is offline, and can also be sent to the cloud for processing through the wireless module of the washing machine when the washing machine is online.

The controller receives the signal of the load of clothes and the signal of detergent composition detection, recommends the dosage of detergent according to the received signal, and controls the detergent dispensing device to do the dispensing;

Preferably, when the washing machine is in the online mode, the received signal can also be sent to the cloud, and the cloud recommends the dosage of detergent by using big data according to the received signal, and sends the dosage to the washing machine through the wireless module for precise dosage.

The detergent dispensing device executes dispensing of detergent according to the dispensing amount instructed by the controller.

Specifically, the washing machine or the cloud sends the value of the detergent dosage to the bottom plate, and the bottom plate converts it into a corresponding electrical signal according to the pre-configured table, and controls the washing dosing device to accurately inject detergent.

Embodiment Four

As shown in Figure 5, the difference between the present embodiment and the third embodiment is that, on the basis of the third embodiment, the washing machine also includes:

The clothing material identification device detects the composition of the clothing fabric and obtains clothing identification data.

Specifically, the clothing material identification device is a micro-spectrum analyzer. The detection principle of the micro-spectrum analyzer is the same as that of the micro-spectrum analyzer for detergent detection, but the detection method is different. The composition is scanned and identified, and its installation location can be the control panel of the washing machine; it can also be hung on the washing machine cabinet or a handheld device, and the washing machine can be transmitted through wired or wireless means.

Further, the detected clothing identification data can be directly sent to the processor of the washing machine for processing when the washing machine is offline, and can also be sent to the cloud for processing through the wireless module of the washing machine when the washing machine is online.

Correspondingly, the controller of the washing machine can also receive the clothing identification signal, and recommend the dosage of detergent according to the received signal, that is, recommend the dosage of detergent according to the clothing composition information, detergent category and clothing load;

Preferably, when the washing machine is in the online mode, the received clothing identification signal can also be sent to the cloud, and the cloud uses big data to recommend the dosage of detergent according to the received signal, and sends the dosage to the washing machine through the wireless module for accurate washing. delivery.

Embodiment five

As shown in FIG. 6 , this embodiment provides a system, the system includes a washing machine and a cloud server, and the washing machine is connected to the cloud server through a communication module to exchange data.

Among them, the washing machine can obtain detergent detection data, clothing load, preferably also obtain clothing identification data, and upload it to the cloud server for analysis; the cloud server receives and analyzes the data information uploaded by the washing machine, recommends the dosage of detergent, and sends it to The washing machine implements the corresponding dosage of detergent.

Specifically, the washing machine is provided with a controller, a communication module, a detergent injection device, a detergent component detection device for detecting detergent components, and a clothes weight detection device for weighing the laundry to be washed; A clothing material identification device for detecting the fabric composition of the clothing. The washing machine uploads the detected detergent detection data, clothing load and clothing identification data to the cloud server through the communication module. After analysis, the cloud server obtains the accurate detergent dosage and sends it to the washing machine bottom plate. The table is converted into the corresponding electrical signal, and the washing dosing device is controlled to accurately dosing the detergent.

The above description is only a preferred embodiment of the present invention, and does not limit the present invention in any form. Although the present invention has been disclosed as above with preferred embodiments, it is not intended to limit the present invention. Anyone familiar with the technology of this patent Without departing from the scope of the technical solution of the present invention, personnel can use the technical content of the above prompts to make some changes or modify them into equivalent embodiments with equivalent changes. In essence, any simple modifications, equivalent changes and modifications made to the above embodiments still fall within the scope of the solutions of the present invention.

Claims (10)

1. a kind of detergent delivers control method, it is characterised in that methods described includes：

S1：Present cloth load capacity is obtained by clothes weight detection means；By detergent ingredients detection means to washing Agent composition is detected, and obtains detergent detection data；

S2：Analysis detergent detection data, draws detergent classification corresponding with detergent detection data；

S3：Detergent injected volume is recommended according to detergent classification and laundry load amount；

S4：Washing machine control detergent throwing device is delivered.

2. a kind of detergent according to claim 1 delivers control method, it is characterised in that in the step S1 Also include scanning clothing fabric composition by clothing Material Identification device, draw clothing identification data；

Also include analysis clothing identification data in step S2, draw clothing composition information corresponding with clothing identification data；

Also include recommending detergent injected volume according to detergent classification, clothing composition information and laundry load amount in step S3.

3. a kind of detergent according to claim 1 and 2 delivers control method, it is characterised in that detergent is examined Survey data corresponding with detergent classification, its corresponding relation is stored in washing machine and/or high in the clouds；

Detergent classification, laundry load amount are corresponding with detergent injected volume, the storage of its corresponding relation in washing machine and/or In high in the clouds.

4. a kind of detergent according to claim 2 delivers control method, it is characterised in that clothing identification data Corresponding with clothing composition information, its corresponding relation is stored in washing machine and/or high in the clouds；

Clothing composition information, detergent classification, laundry load amount are corresponding with detergent injected volume, the storage of its corresponding relation In washing machine and/or high in the clouds.

5. a kind of detergent according to claim 1 and 2 delivers control method, it is characterised in that the step In S3, detergent injected volume is recommended according to locally stored off-line data table by washing machine；Or

Recommend detergent injected volume using big data by high in the clouds.

6. a kind of detergent according to claim 1 delivers control method, it is characterised in that the detergent into Detection means is divided to be micro spectral analyzer.

7. a kind of use such as the washing machine of above-mentioned claim 1-6 any one methods describeds, it is characterised in that described to wash Clothing machine includes：

Detergent ingredients are detected by detergent ingredients detection means, and obtain detergent detection data；

Clothes weight detection means, is weighed, and obtain laundry load amount automatically to the clothing in input washing machine；

Controller, receives the signal of signal and the detergent ingredients detection of laundry load amount, is recommended to wash according to the signal for receiving Agent injected volume is washed, and controls detergent throwing device to be delivered；

Detergent throwing device, the injected volume indicated according to controller performs putting detergent.

8. washing machine according to claim 7, it is characterised in that the washing machine also includes：

Clothing Material Identification device, detects to clothing fabric composition, draws clothing identification data.

9. washing machine according to claim 7, it is characterised in that the detergent ingredients detection means is arranged on In the detergent box of washing machine, it is wholely set with detergent box；

The probe of detergent ingredients detection means is contacted with detergent, and its power connection is connected with washing machine main power source.

10. a kind of use such as the system of above-mentioned claim 1-6 any one methods describeds, it is characterised in that the system Including：

Washing machine, obtaining detergent detection data, clothing identification data, laundry load amount and being uploaded to Cloud Server is carried out Analysis；

Cloud Server, after receiving data message that washing machine uploads and analyzing, recommendation detergent injected volume, and be sent to and wash Clothing machine performs putting detergent.