Method for sharing inlet water temperature of washing equipment

Abstract

The present invention belongs to the technical field of home appliance data sharing, and particularly relates to a method for sharing the inlet water temperature of a washing device. The present invention aims to solve the problems that some washing devices cannot obtain the inlet water temperature by themselves and the water temperature data downloaded from the cloud is quite different from the actual inlet water temperature. The method for sharing the inlet water temperature of the washing device of the present invention enables the application washing device that cannot obtain the inlet water temperature by itself to obtain the inlet water temperature data uploaded by the shared washing device with the help of a cloud server, and the temperature measurement water source of the inlet water temperature data is close to or even the same as the position of the washing water source of the application washing device, so that the application washing device does not need to add an additional temperature measurement device, and as long as it uses its own communication function and cloud data download technology, it can obtain an inlet water temperature that is extremely close to or even the same as the temperature of the washing water it uses, ensuring the accuracy of setting parameters such as the detergent addition amount and the expected process time of the application washing device, which is practical and has a good user experience.

Description

Technical Field

[0001] The present invention belongs to the technical field of home appliance data sharing, and particularly relates to a method for sharing the inlet water temperature of a washing device. Background Art

[0002] Before washing clothes, a washing machine usually heats the washing water first to increase the temperature of the washing water, enable the detergent to play a better washing role, thereby reducing the amount of detergent used, improving the clothing washing effect and clothing washing efficiency, and reducing the adverse impact of the detergent on the environment. In view of this, when estimating the overall running time, the washing machine usually estimates the washing water heating time based on the inlet water temperature, so as to estimate the complete time required for washing clothes and make the user more clear about the clothing processing process. In order to obtain this inlet water temperature, some washing machines are equipped with water temperature measuring devices to automatically obtain the water temperature of the current inlet water when the water inlet. However, most washing machines do not have the function of measuring the temperature of the washing water and cannot obtain the inlet water temperature by themselves.

[0003] Existing washing machines that cannot obtain the inlet water temperature by themselves usually retrieve the local tap water temperature data from the cloud as the initial water temperature of the washing water to calculate the washing water heating time. However, on the one hand, there will be a certain deviation in the average tap water temperature value of the whole city due to the large span of different regions in the city. On the other hand, some residential buildings use secondary water supply to supply water. Some secondary water supply pools are built on the roof and some are built underground. It is very easy for the inlet water in different regions to have different temperatures due to the difference in the location of the pool. As a result, not only is the inlet water temperature different between the washing machines that supply water through the tap water pipe and the washing machines that supply water through the secondary water supply method, but also the inlet water temperatures of the washing machines in different regions or floors that all use the secondary water supply method are different. The difference in the inlet water temperature of the washing machines in different users' homes can reach up to 10°C. Therefore, the accuracy of the washing water heating time calculated based on the local tap water temperature data is extremely poor, making it difficult for the washing machine to accurately determine the amount of detergent used and accurately estimate the overall time required for each laundry, affecting the user experience.

[0004] Correspondingly, there is a need in the art for a new method for sharing the inlet water temperature of a washing device to solve the above problems. Summary of the Invention

[0005] To solve the above problems in the prior art, that is, to solve the problem that some washing devices cannot obtain the inlet water temperature by themselves and the water temperature data downloaded from the cloud is quite different from the actual inlet water temperature, the present invention provides a method for sharing the inlet water temperature of a washing device. The method for sharing the inlet water temperature includes: sharing the washing device to obtain the inlet water temperature data; sharing the washing device to upload the obtained inlet water temperature data and its own geographical location to the cloud server; the cloud server stores the inlet water temperature data uploaded by the sharing washing device and the geographical location of the sharing washing device; when the application washing device sets a washing program, the application washing device downloads the inlet water temperature data of the sharing washing device that meets the distance condition from the cloud server; wherein, the distance condition is that the distance between the application washing device and the sharing washing device does not exceed a set distance.

[0006] In a preferred technical solution of the above method for sharing the inlet water temperature, in the case where the cloud server stores the inlet water temperature data uploaded by multiple sharing washing devices that meet the distance condition, the step of "the application washing device downloads the inlet water temperature data of the sharing washing device that meets the distance condition from the cloud server" specifically includes: the application washing device downloads the inlet water temperature data of the sharing washing device that meets the first time condition from the cloud server; wherein, the first time condition is that the time when the inlet water temperature data is uploaded among all the sharing washing devices that meet the distance condition is not more than a first set time from the current time.

[0007] In a preferred technical solution of the above method for sharing the inlet water temperature, the method for sharing the inlet water temperature further includes: if there is no inlet water temperature data of the sharing washing device that meets the first time condition in the cloud server, then the application washing device downloads the inlet water temperature data of the sharing washing device that meets the second time condition from the cloud server; wherein, the second time condition is that the time when the inlet water temperature data is uploaded among all the sharing washing devices that meet the distance condition is not more than a second set time from the current time, and the first set time is less than the second set time.

[0008] In a preferred technical solution of the above method for sharing the inlet water temperature, the method for sharing the inlet water temperature further includes: if there is no inlet water temperature data of the sharing washing device that meets the second time condition in the cloud server, then the application washing device downloads the local water temperature data from the cloud server.

[0009] In a preferred technical solution of the above-mentioned inlet water temperature sharing method, when there is inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition stored in the cloud server, the step of "the application washing device downloads the inlet water temperature data of the shared washing devices that meet the distance condition from the cloud server" specifically includes: the application washing device downloads the inlet water temperature data of the shared washing devices that meet the first time condition from the cloud server; wherein, the first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is the closest to the current time.

[0010] In a preferred technical solution of the above-mentioned inlet water temperature sharing method, when there is inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition stored in the cloud server, the step of "the application washing device downloads the inlet water temperature data of the shared washing devices that meet the distance condition from the cloud server" specifically includes: the application washing device screens the inlet water temperature data of the shared washing devices that meet the first time condition from the inlet water temperature data uploaded by the multiple shared washing devices that meet the distance condition; the application washing device selects the inlet water temperature data uploaded by the shared washing device that is the closest to the application washing device from the inlet water temperature data of the shared washing devices that meet the first time condition; the application washing device downloads the selected inlet water temperature data uploaded by the shared washing device that is the closest to the application washing device from the cloud server; wherein, the first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition does not exceed the first set time from the current time.

[0011] In a preferred technical solution of the above-mentioned inlet water temperature sharing method, when there is inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition stored in the cloud server, the step of "the application washing device downloads the inlet water temperature data of the shared washing devices that meet the distance condition from the cloud server" specifically includes: the application washing device downloads the inlet water temperature data uploaded by the shared washing device that is the closest to the application washing device from the cloud server.

[0012] The present invention also provides an inlet water temperature sharing method for a washing device, and the inlet water temperature sharing method includes: the shared washing device acquires inlet water temperature data; the shared washing device uploads the acquired inlet water temperature data and its own geographical location to the cloud server so that the cloud server can store the inlet water temperature data uploaded by the shared washing device and the geographical location of the shared washing device, so that the application washing device can download the inlet water temperature data of the shared washing devices that meet the distance condition from the cloud server when setting a washing program; wherein, the distance condition is that the distance between the application washing device and the shared washing device does not exceed the set distance.

[0013] The present invention also provides a method for sharing the inlet water temperature of a washing device. The method for sharing the inlet water temperature includes: when a washing program is set on the application washing device, the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server; wherein, the inlet water temperature data is the inlet water temperature data obtained by the shared washing device and uploaded and stored in the cloud server together with the geographical location of the shared washing device itself, and the distance condition is that the distance between the application washing device and the shared washing device does not exceed a set distance.

[0014] The present invention also provides a method for sharing the inlet water temperature of a washing device. The method for sharing the inlet water temperature includes: the cloud server receives the inlet water temperature data obtained by the shared washing device itself and the geographical location of the shared washing device uploaded by the shared washing device; the cloud server stores the received inlet water temperature data and geographical location of the shared washing device; when a washing program is set on the application washing device, the cloud server provides the application washing device to download the inlet water temperature data of the shared washing device that meets the distance condition; wherein, the distance condition is that the distance between the application washing device and the shared washing device does not exceed a set distance.

[0015] Those skilled in the art can understand that the method for sharing the inlet water temperature of the washing device of the present invention enables the application washing device that cannot obtain the inlet water temperature by itself to obtain the inlet water temperature data uploaded by the shared washing device with the help of the cloud server, and the temperature measurement object source of the inlet water temperature data is close to or even the same water supply source as the washing water source position of the application washing device, so that the application washing device does not need to add an additional temperature measurement device, and can obtain the inlet water temperature that is extremely close to or even the same as the initial temperature of the washing water used as long as it uses its own communication function and cloud data download technology, ensuring the setting accuracy of parameters such as the detergent addition amount and the expected process time of the application washing device, with strong practicability and good user experience. Description of the Drawings

[0016] The preferred embodiments of the present invention will be described below with reference to the drawings. The drawings are:

[0017] Figure 1 is the step flowchart of the method for sharing the inlet water temperature of the washing device of the present invention;

[0018] Figure 2 is the detailed step flowchart of the preferred embodiment of the method for sharing the inlet water temperature of the washing device of the present invention. Detailed Embodiments

[0019] Those skilled in the art should understand that in the description of the present invention, although the steps of the control method of the present invention are described in a specific order in this application, these orders are not restrictive. Without departing from the basic principles of the present invention, those skilled in the art can execute the steps in different orders.

[0020] Based on the problem pointed out in the background technology that some washing devices cannot obtain the inlet water temperature by themselves and the water temperature data downloaded from the cloud is quite different from the actual inlet water temperature, the present invention provides a method for sharing the inlet water temperature of a washing device, aiming to enable an application washing device without the function of directly obtaining the inlet water temperature to borrow the temperature data uploaded by a shared washing device with the function of detecting the inlet water temperature through a cloud server, and to be able to screen the inlet water temperature data of shared washing devices with similar or even the same inlet water sources according to the distance condition, so as to ensure that the downloaded inlet water temperature data is close to or approximately equal to the initial temperature of the actual inlet water.

[0021] First, refer to Figure 1 , Figure 1 which is the step flowchart of the method for sharing the inlet water temperature of the washing device of the present invention. As Figure 1 shown, the method for sharing the inlet water temperature of the washing device of the present invention includes:

[0022] Step S1: The shared washing device obtains the inlet water temperature data;

[0023] Step S2: The shared washing device uploads the obtained inlet water temperature data and its own geographical location to the cloud server;

[0024] Step S3: The cloud server stores the inlet water temperature data uploaded by the shared washing device and the geographical location of the shared washing device;

[0025] Step S4: When the application washing device sets the washing program, the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server;

[0026] Among them, the above distance condition is that the distance between the application washing device and the shared washing device does not exceed the set distance.

[0027] In the above step S1, the shared washing device is a washing device that can directly obtain the inlet water temperature data for sharing. The shared washing device can detect the initial temperature of the washing water entering its washing space under the inlet water condition. Among them, the temperature measuring module for obtaining the inlet water temperature data can be integrally arranged with the shared washing device, set inside the shared washing device, or separately arranged from the shared washing device, such as set at an external position of equipment such as the water inlet pipe of the shared washing device.

[0028] In the above steps S2 - S3, sharing the geographical location of the shared washing device includes specific location information of the shared washing device, such as the community information where the shared washing device is located, building number, specific floor or plane map coordinate point parameters, spatial map coordinate point parameters, etc., so as to indicate the specific acquisition location of the inlet water temperature data.

[0029] In a possible way, each time the shared washing device uploads the inlet water temperature data, it obtains its own positioning information once, so as to integrate its current geographical location and the current inlet water temperature data into a set of shared data and pack and upload it.

[0030] In another possible implementation, when the self - positioning position of the shared washing device remains unchanged, the geographical location of the shared washing device can also be bound to it. For example, the device code of the same shared washing device is bound to the geographical location obtained by its first positioning. The shared washing device only needs to upload its specific geographical location when uploading the inlet water temperature data for the first time. When the positioning of the shared washing device remains unchanged, the cloud server can store the subsequent inlet water temperature data uploaded by the shared washing device with the same device code in groups with the default geographical location corresponding to the device code. That is, after the shared washing device uploads data for the first time and binds the corresponding geographical location, the subsequent inlet water temperature data uploaded by the shared washing device is always bound and stored with its default geographical location when the positioning remains unchanged. Although in form, each time the inlet water temperature data is saved in groups with the corresponding geographical location, in fact, the shared washing device only needs to upload the geographical location when uploading data for the first time. If the positioning of the shared washing device changes during use, the work of uploading the inlet water temperature data for the first time after the positioning change is regarded as the first data upload work again, and the changed geographical location is uploaded in this upload work, and the device code and the new geographical location are re - bound.

[0031] In the above step S4, the applied washing device is a washing device that does not have the ability to directly obtain the inlet water temperature and needs to indirectly obtain the inlet water temperature data through data sharing. When the applied washing device needs to set the washing program using the inlet water temperature, the applied washing device downloads from the cloud server the inlet water temperature data of the shared washing devices whose distance from it does not exceed the set distance, such as the inlet water temperature data uploaded by the shared washing devices within a distance of 100 meters in a circle with the applied washing device as the origin, so that the applied washing device can obtain the inlet water temperature data uploaded by the shared washing devices in the same community, building number, floor, or even in the same user's home. Through data linkage between different users or different washing devices in the same user's home, the purpose of obtaining the accurate inlet water temperature of the applied washing device is achieved, and the inlet water temperature data of the same water supply source as the applied washing device or the water supply source closest to the water supply source of the applied washing device is locked, reducing the difference between the used inlet water temperature data and the actual inlet water temperature caused by geographical location or floor height differences, so that the applied washing device can obtain an inlet water temperature that is close to or even approximately the same as the initial temperature of the washing water for its actual inlet water. This not only meets the inlet water temperature acquisition requirements of the applied washing device but also ensures the accuracy of the obtained inlet water temperature data. Thus, while overcoming the deficiency of the lack of inlet water temperature acquisition ability, the applied washing device can also set extremely accurate washing parameters based on the indirectly obtained inlet water temperature data.

[0032] In the above embodiment, according to the accuracy requirement of the inlet water temperature data obtained by the applied washing device, the distance between the applied washing device and the shared washing device can include both the straight-line distance between the applied washing device and the shared washing device on the plane map, the straight-line distance between the applied washing device and the shared washing device on the space map, or the distance in the vertical height between the applied washing device and the shared washing device (such as the distance between different floors). Those skilled in the art can specifically set the type of the distance between the applied washing device and the shared washing device according to the local water supply source distribution, data accuracy requirements, etc.

[0033] In a preferred embodiment, when there is inlet water temperature data uploaded by multiple shared washing devices that meet the above distance conditions stored in the cloud server, the above step S4 specifically includes:

[0034] The applied washing device downloads from the cloud server the inlet water temperature data of the shared washing devices that meet the first time condition;

[0035] Wherein, the above first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the above distance conditions does not exceed the first set time from the current time.

[0036] In the above steps, in addition to the distance condition, the inlet water temperature data is further screened by the first time condition, so that the application washing device can obtain the inlet water temperature data uploaded recently by the shared washing device within a relatively short distance range, thereby further improving the proximity between the actual inlet water temperature of the application washing device and the downloaded inlet water temperature. For example, after setting the distance condition and the first time condition, the application washing device can search and download in the cloud server the inlet water temperature data uploaded by the shared washing device in the homes of users on the same floor within one hour from the current time, so as to avoid a large difference between the inlet water temperature data used by the application washing device and the actual inlet water temperature caused by obvious changes in the inlet water temperature due to the temperature change between morning and evening.

[0037] Furthermore, the inlet water temperature sharing method of the present invention further includes:

[0038] If there is no inlet water temperature data of the shared washing device that meets the above first time condition in the cloud server, the application washing device downloads the inlet water temperature data of the shared washing device that meets the second time condition from the cloud server;

[0039] Wherein, the above second time condition is that the time when the inlet water temperature data is uploaded by all shared washing devices that meet the distance condition does not exceed the second set time from the current time, and the above first set time is less than the above second set time.

[0040] In the above steps, in the case where none of the shared washing devices that meet the distance condition have uploaded the inlet water temperature data within the time range defined by the first set time, the inlet water temperature data uploaded by the shared washing devices that meet the distance condition can be screened with the time range defined by the second set time with a larger time span as the screening criterion. For example, when the shared washing device that meets the distance condition has not uploaded the inlet water temperature data within one hour from the current time, the inlet water temperature data uploaded by the shared washing device that meets the distance condition within two hours from the current time can be obtained, and the qualified inlet water temperature data is obtained again by relaxing the restriction condition on the upload time of the inlet water temperature data, so as to avoid the lack of the inlet water temperature parameter when the application washing device sets the washing program.

[0041] Still further, the inlet water temperature sharing method of the present invention further includes:

[0042] If there is no inlet water temperature data of the shared washing device that meets the second time condition in the cloud server, the application washing device downloads the local water temperature data from the cloud server.

[0043] In the above steps, the local water temperature data is the average water supply temperature of the local area or a certain district where the local area is located. In the case where the shared washing equipment that meets the distance condition has not uploaded the inlet water temperature data recently, the application washing equipment can also download the local water temperature data based on the cloud big data as the setting reference for the corresponding washing parameters, so as to ensure that the application washing equipment can carry out the laundry work normally.

[0044] In the above preferred embodiment, if there are still multiple inlet water temperature data that meet the first time condition or the second time condition after screening, further screening can be carried out through other screening conditions, such as further increasing the condition limit on the upload time of the inlet water temperature data, and / or further increasing the distance limit on the geographical location of the shared washing equipment. Or screening can be stopped, and the average value or mode of the multiple inlet water temperature data, etc. can be used as the inlet water temperature value for the current washing work of the application washing equipment.

[0045] Continue to participate Figure 2 , Figure 2 is the detailed step flowchart of the above preferred implementation manner. As Figure 2 shown, the preferred implementation manner of the inlet water temperature sharing method of the washing equipment of the present invention specifically includes:

[0046] Step S100: The shared washing equipment obtains the inlet water temperature data;

[0047] Step S101: The shared washing equipment uploads the obtained inlet water temperature data and its own geographical location to the cloud server;

[0048] Step S102: The cloud server stores the inlet water temperature data uploaded by the shared washing equipment and the geographical location of the shared washing equipment;

[0049] Step S103: When the application washing equipment sets the washing program and needs to obtain the inlet water temperature, it is judged whether the number of inlet water temperature data uploaded by the shared washing equipment stored in the cloud server that meets the distance condition is more than one;

[0050] If there is one inlet water temperature data uploaded by the shared washing equipment that meets the distance condition stored in the cloud server, step S104 is executed. If there is no inlet water temperature data uploaded by the shared washing equipment that meets the distance condition stored in the cloud server, step S109 is executed. If there are multiple inlet water temperature data uploaded by the shared washing equipment that meets the distance condition stored in the cloud server, step S105 is executed;

[0051] Step S104: The application washing equipment downloads the inlet water temperature data of the shared washing equipment that meets the distance condition from the cloud server;

[0052] Step S105: Further determine whether there is inlet water temperature data of a shared washing device that also meets the first time condition among the inlet water temperature data uploaded by the shared washing devices stored in the cloud server and meeting the distance condition;

[0053] If there is inlet water temperature data of a shared washing device that also meets the first time condition among the inlet water temperature data uploaded by the shared washing devices stored in the cloud server and meeting the distance condition, then execute Step S106; otherwise, execute Step S107;

[0054] Step S106: The application washing device downloads the inlet water temperature data of the shared washing device that meets the first time condition from the cloud server;

[0055] Step S107: Again determine whether there is inlet water temperature data of a shared washing device that also meets the second time condition among the inlet water temperature data uploaded by the shared washing devices stored in the cloud server and meeting the distance condition;

[0056] If there is inlet water temperature data of a shared washing device that also meets the second time condition among the inlet water temperature data uploaded by the shared washing devices stored in the cloud server and meeting the distance condition, then execute Step S108; otherwise, execute Step S109;

[0057] Step S108: The application washing device downloads the inlet water temperature data of the shared washing device that meets the second time condition from the cloud server;

[0058] Step S109: The application washing device downloads the local water temperature data from the cloud server.

[0059] In an alternative implementation manner, in the case where there is inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition stored in the cloud server, the above Step S4 specifically includes:

[0060] The application washing device downloads the inlet water temperature data of the shared washing device that meets the first time condition from the cloud server;

[0061] Wherein, the above first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is the closest to the current time.

[0062] In the above embodiment, after screening data using the distance condition as the first screening condition, the latest upload time is directly used as the final screening condition to select the inlet water temperature data, so as to minimize the impact of time changes on the supply water temperature. For example, there are three sets of inlet water temperature data of shared washing devices in the cloud server that meet the distance condition, and the upload times of these three sets of data are uploaded 1 minute ago, 30 minutes ago, and 15 minutes ago respectively. Then, the application washing device downloads the inlet water temperature data uploaded by the shared washing device 1 minute ago.

[0063] In another alternative embodiment, in the case where the cloud server stores the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition, the above step S4 specifically includes:

[0064] The application washing device screens the inlet water temperature data of the shared washing devices that meet the first time condition from the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition;

[0065] The application washing device selects the inlet water temperature data uploaded by the shared washing device closest to the application washing device from the inlet water temperature data of the shared washing devices that meet the first time condition;

[0066] The application washing device downloads the selected inlet water temperature data uploaded by the shared washing device closest to the application washing device from the cloud server;

[0067] Among them, the above first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is no more than the first set time from the current time.

[0068] In the above embodiment, after screening data using the distance condition as the first screening condition and using the first time condition as the second time condition for secondary screening of data, the inlet water temperature data uploaded by the shared washing device closest to the application washing device is selected from the screened data as the inlet water temperature data downloaded by the application washing device, so as to avoid changes in the inlet water temperature due to different washing water transportation factors caused by geographical location differences, reduce the difference between the inlet water temperature data obtained by the application washing device and the actual inlet water temperature value, and accurately screen the inlet water temperature data required by the application washing device in combination with the geographical location.

[0069] In yet another alternative embodiment, in the case where the cloud server stores the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition, the above step S4 specifically includes:

[0070] The application washing device downloads the inlet water temperature data uploaded by the shared washing device closest to the application washing device from the cloud server.

[0071] In the above embodiment, after screening data with the distance condition as the first screening condition, the inlet water temperature data is directly selected with the closest distance to the applied washing device as the final screening condition, minimizing the error influence that the inlet water temperature data obtained by the applied washing device differs greatly from the actual inlet water temperature value due to geographical location differences.

[0072] In any of the above alternative embodiments, among the multiple groups of inlet water temperature data that still exist after the last data screening, the final downloaded inlet water temperature data can also be selected by means such as "further increasing the condition limit on the upload time of the inlet water temperature data", "further increasing the distance limit on the geographical location of the shared washing device", or "using the average value or mode of multiple inlet water temperature data as the inlet water temperature value for the current washing operation of the applied washing device" mentioned above.

[0073] So far, the technical solution of the present invention has been described in conjunction with the preferred embodiments shown in the drawings. However, it is easy for those skilled in the art to understand that the protection scope of the present invention is obviously not limited to these specific embodiments. Without departing from the principle of the present invention, those skilled in the art can make equivalent changes or substitutions to the relevant technical features, and the technical solutions after these changes or substitutions will all fall within the protection scope of the present invention.

Claims

1. A method for sharing the inlet water temperature of a washing device, characterized in that, The water inlet temperature sharing method includes: The shared washing device acquires water inlet temperature data; The shared washing device uploads the acquired water inlet temperature data and its own geographical location to the cloud server; The cloud server stores the water inlet temperature data uploaded by the shared washing device and the geographical location of the shared washing device; When the application washing device sets a washing program, the application washing device downloads the water inlet temperature data of the shared washing device that meets the distance condition from the cloud server; Wherein, the distance condition is that the distance between the application washing device and the shared washing device does not exceed a set distance; In the case where the cloud server stores the water inlet temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the water inlet temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device downloads the water inlet temperature data of the shared washing device that meets the first time condition from the cloud server; Wherein, the first time condition is that the time when the water inlet temperature data is uploaded among all the shared washing devices that meet the distance condition is not more than a first set time from the current time.

2. The inlet water temperature sharing method according to claim 1, wherein The water inlet temperature sharing method further includes: If there is no water inlet temperature data of the shared washing device that meets the first time condition in the cloud server, the application washing device downloads the water inlet temperature data of the shared washing device that meets the second time condition from the cloud server; Wherein, the second time condition is that the time when the water inlet temperature data is uploaded among all the shared washing devices that meet the distance condition is not more than a second set time from the current time, The first set time is less than the second set time.

3. The inlet water temperature sharing method according to claim 2, wherein The water inlet temperature sharing method further includes: If there is no water inlet temperature data of the shared washing device that meets the second time condition in the cloud server, the application washing device downloads the local water temperature data from the cloud server.

4. The inlet water temperature sharing method according to claim 1, characterized in that, In the case where the cloud server stores the water inlet temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the water inlet temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device downloads the water inlet temperature data of the shared washing device that meets the first time condition from the cloud server; Wherein, the first time condition is that the time when the water inlet temperature data is uploaded among all the shared washing devices that meet the distance condition is the closest to the current time.

5. The inlet water temperature sharing method according to claim 1, characterized in that In the case where the cloud server stores the water inlet temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the water inlet temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device screens the water inlet temperature data of the shared washing device that meets the first time condition from the water inlet temperature data uploaded by multiple shared washing devices that meet the distance condition; The application washing device selects the water inlet temperature data uploaded by the shared washing device that is the closest to the application washing device from the water inlet temperature data of the shared washing device that meets the first time condition; The application washing device downloads the inlet water temperature data uploaded by the shared washing device that is closest to the application washing device from the cloud server. Among them, the first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is no more than the first set time from the current time.

6. The inlet water temperature sharing method according to claim 1, wherein In the case where the cloud server stores the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device downloads the inlet water temperature data uploaded by the shared washing device that is closest to the application washing device from the cloud server.

7. A method for sharing the inlet water temperature of a washing device, characterized in that, The inlet water temperature sharing method includes: The shared washing device acquires the inlet water temperature data. The shared washing device uploads the acquired inlet water temperature data and its own geographical location to the cloud server, so that the cloud server can store the inlet water temperature data uploaded by the shared washing device and the geographical location of the shared washing device, so that the application washing device can download the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server when setting the washing program. Among them, the distance condition is that the distance between the application washing device and the shared washing device does not exceed the set distance. In the case where the cloud server stores the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device downloads the inlet water temperature data of the shared washing device that meets the first time condition from the cloud server. Among them, the first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is no more than the first set time from the current time.

8. A method for sharing the inlet water temperature of a washing device, characterized in that, The inlet water temperature sharing method includes: When the application washing device sets the washing program, the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server. Among them, the inlet water temperature data is the inlet water temperature data acquired by the shared washing device, uploaded and stored in the cloud server in connection with the geographical location of the shared washing device itself. The distance condition is that the distance between the application washing device and the shared washing device does not exceed the set distance. In the case where the cloud server stores the inlet water temperature data uploaded by multiple shared washing devices that meet the distance condition, the step of "the application washing device downloads the inlet water temperature data of the shared washing device that meets the distance condition from the cloud server" specifically includes: The application washing device downloads the inlet water temperature data of the shared washing device that meets the first time condition from the cloud server. Among them, the first time condition is that the time when the inlet water temperature data is uploaded among all the shared washing devices that meet the distance condition is no more than the first set time from the current time.

9. A method for sharing the inlet water temperature of a washing device, characterized in that, The inlet water temperature sharing method includes: The cloud server receives the inlet water temperature data acquired by the shared washing device itself and the geographical location of the shared washing device uploaded by the shared washing device. The cloud server stores the incoming water temperature data and geographical location of the shared washing equipment received; When the application washing equipment sets a washing program, the cloud server provides the application washing equipment with the incoming water temperature data of the shared washing equipment that meets the distance condition for downloading; Wherein, the distance condition is that the distance between the application washing equipment and the shared washing equipment does not exceed a set distance; In the case where the cloud server stores the incoming water temperature data uploaded by multiple shared washing equipment that meet the distance condition, the step of "the application washing equipment downloads the incoming water temperature data of the shared washing equipment that meets the distance condition from the cloud server" specifically includes: The application washing equipment downloads the incoming water temperature data of the shared washing equipment that meets the first time condition from the cloud server; Wherein, the first time condition is that the time when the incoming water temperature data is uploaded among all the shared washing equipment that meet the distance condition is not more than a first set time from the current time.

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