WO2019114152A1 - Cloud data-based feeding configuration method and system - Google Patents

Abstract

The present invention discloses a cloud data-based feeding configuration method and a system. The method comprises: a server acquiring and storing pet characteristic information and corresponding feeding information; a mobile terminal acquiring characteristic information of a pet to be fed, and uploading the characteristic information of the pet to be fed to the server; the server comparing the stored pet characteristic information against the characteristic information of the pet to be fed, so as to obtain a feeding schedule, and pushing the feeding schedule to a smart feeder; and the smart feeder configuring feeding parameters according to the feeding schedule. The method receives pet characteristic information, and performs comparison and matching according to the pet characteristic information to obtain a feeding schedule, and pushes the feeding schedule to a smart feeder. The invention pushes feeding schedules suitable for different types and ages of pets to users, and accordingly pet feeding can be done in a scientific manner, thereby controlling pet weight, ensuring that pets are not obese or malnourished, and enabling pets to grow healthily.

Description

Feeding setting method and system based on cloud data Technical field

The invention belongs to the technical field of pet intelligent feeding, and particularly relates to a feeding setting method and system based on cloud data.

Background technique

Animals are good friends of human beings. With the rapid development of social and economic levels, the process of urbanization is accelerating; people's living standards are constantly improving, and the pet industry has also developed rapidly; due to the closedness and individualization of urban living standards Issues such as the aging of the population have become increasingly prominent, and the ways in which people live in leisure, consumption, and emotional sustenance have also shown diversified development.

At present, the breeding of family pets has become a new way of living in urban life; when the owner of a pet travels outside, travels, etc., most pet owners keep pets in pet hospitals or put them in the feeder. Pets need food in this period of time, it is more expensive to raise pets in pet hospitals, and pets are difficult to get proper care. The foods needed during pets in the feeder may cause pets to be in the first few days. These foods were eaten, resulting in no food for the next few days.

Summary of the invention

In order to overcome the deficiencies of the prior art, an object of the present invention is to provide a cloud data based feeding setting method and system.

The invention provides a cloud data-based feeding setting method, the method is: the server collects and stores the characteristic information of the pet and the corresponding feeding information; the mobile terminal collects the characteristic information of the pet to be fed, and the feeding information is to be fed And feeding the characteristic information of the pet to the server; the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and pushes the feeding schedule to Intelligent feeder; the intelligent feeder sets feeding parameters according to a feeding schedule.

In the above solution, the characteristic information of the pet includes the variety information and the age information; the feeding information includes the number of times of eating per day, the time of each feeding, and the amount of food consumed each time.

In the above solution, the mobile terminal collects feature information of the pet to be fed, and pushes the feature information of the pet to be fed to the server, specifically: the mobile terminal collects the variety information of the pet to be fed and The date of birth, and the item information and the date of birth of the pet to be fed are uploaded to the server, and the server calculates the age information of the pet to be fed according to the date of birth.

In the above solution, the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and pushes the feeding schedule to the smart feeder, specifically: The server compares the breed information and the age information of the pet to be fed with the stored breed information and age information of the pet, and selects feeding information corresponding to the breed information and age information of the pet to be fed. The server generates the feeding schedule by the variety information and age information of the pet to be fed and the corresponding feeding information; the server pushes the feeding schedule to the smart feeder.

In the above scheme, the feeding parameters include the number of times of eating per day, the time of each meal, and the amount of food consumed each time.

Preferably, the server pushes the feeding schedule to the smart feeder, the smart feeder sets the feeding parameter according to the feeding schedule, and then includes: at least two intelligent feeders feed back the actual feeding information to the server, The server updates the feeding information stored by the server according to the actual feeding information. Specifically, the at least two intelligent feeders feed back the actual feeding information to the server, and the server calculates a weighted average value of the actual feeding information according to the actual feeding information. And the server updates the stored feeding information by using a weighted average of the actual feeding information.

In the above solution, the at least two smart feeders receive the same feeding schedule.

The invention also provides a cloud data based feeding setting system, which comprises a server, a mobile terminal and a smart feeder;

The server is configured to collect and store characteristic information of the pet and corresponding feeding information, and compare the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and feed the feeding table The schedule is pushed to the smart feeder;

The mobile terminal is configured to collect feature information of a pet to be fed, and upload the feature information of the pet to be fed to the server;

The intelligent feeder is configured to receive a feeding schedule and set feeding parameters according to a feeding schedule.

In the above solution, the server is specifically configured to collect and store the feature information of the pet and the corresponding feeding information, and the server respectively selects the breed information and the age information of the pet to be fed with the stored breed information and age of the pet. The information is compared, and the feeding information corresponding to the variety information and the age information of the pet to be fed is screened; the server generates the feeding information by using the variety information and the age information of the pet to be fed and the corresponding feeding information. a schedule; the server pushes the feeding schedule to the smart feeder;

The server is further configured to obtain age information of the pet to be fed according to the date of birth calculation.

In the above solution, the smart feeder is also used to feed the actual feeding information to the server.

Compared with the prior art, the present invention provides a cloud data-based feeding setting method and system. The method is: the server collects and stores the characteristic information of the pet and the corresponding feeding information; and the mobile terminal collects the characteristic information of the pet to be fed. And uploading the characteristic information of the pet to be fed to the server; the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and The feeding schedule is pushed to the smart feeder; the smart feeder sets the feeding parameter according to the feeding schedule, such that the method obtains the feeding schedule by receiving the characteristic information of the pet and comparing and matching according to the characteristic information of the pet. The feeding schedule is pushed to the intelligent feeder to push the feeding plan for pets of different ages and different types, so as to scientifically feed the pet, reasonably control the weight of the pet, and ensure that the pet is not too obese or too thin. Make pets grow healthily.

DRAWINGS

FIG. 1 is a schematic flowchart of a cloud data-based feeding setting method according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a feeding plan table of a cloud data based feeding setting method according to an embodiment of the present invention.

Detailed ways

In order to make the objects, technical solutions and advantages of the present invention more comprehensible, the present invention will be further described in detail below with reference to the embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

An embodiment of the present invention provides a method for setting a feeding based on cloud data, and a schematic flowchart thereof is shown in FIG. 1 , the method is:

Step S1: The server collects and stores the feature information of the pet and the corresponding feeding information;

The characteristic information of the pet includes variety information and age information; the feeding information includes the number of times of eating per day, the time of each eating, and the amount of food consumed each time;

Step S2, the mobile terminal collects feature information of the pet to be fed, and uploads the feature information of the pet to be fed to the server;

Specifically, the mobile terminal collects the item information and the date of birth of the pet to be fed, and uploads the item information and the date of birth of the pet to be fed to the server, and the server obtains the calculation according to the date of birth. Age information for feeding pets;

Step S3, the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and pushes the feeding schedule to the smart feeder; the feeding schedule Format, as shown in Figure 2;

Specifically, the server compares the breed information and the age information of the pet to be fed with the stored breed information and age information of the pet, and selects the breed information and age of the pet to be fed. Information corresponding to the feeding information; the server generates the feeding schedule by the variety information and age information of the pet to be fed and the corresponding feeding information; the server pushes the feeding schedule to the smart feeder;

Wherein the feeding parameters include the number of times of eating per day, the time of each meal, and the amount of food consumed each time;

In step S4, the smart feeder sets the feeding parameter according to the feeding schedule.

The server pushes the feeding schedule to the smart feeder, the smart feeder sets the feeding parameter according to the feeding schedule, and then includes: at least two smart feeders feed back the actual feeding information to the server, the server according to The actual feeding information is updated to the feeding information stored by the server. Specifically, the at least two intelligent feeders feed back the actual feeding information to the server, and the server calculates a weighted average value of the actual feeding information according to the actual feeding information, and the server adopts The weighted average of the actual feeding information updates the stored feeding information.

Because of the different breeds of pets, the ability to digest food is different, and the rate of energy consumption is different. At the same time, the difference in the age of pets, the difference in food digestion capacity and the difference in energy consumption are more obvious. If the same feeding plan is used to feed different varieties. Pets of different ages may cause insufficient energy supplementation for large pets; for small pets, it may cause too much food to be fed, resulting in waste, or too much absorption of pets to cause obesity; for pets with weaker digestion, It may cause too much food to be fed and cause disease; therefore, suitable feeding plans should be developed for pets of different breeds and ages.

In this embodiment, the server collects and stores feature information of pets of different ages and ages and corresponding feeding information in advance, and the feature information specifically includes pet breed information and age information, and pets of different breeds and ages correspond to corresponding feeding information. The feeding information specifically includes the number of times of daily eating, the time of each meal, and the amount of food consumed each time.

When formulating the feeding method, the mobile terminal collects feature information of the pet to be fed, and uploads the feature information of the pet to be fed to the server; the feature information is specifically the item information and the date of birth, and the server is according to the The date of birth calculation obtains the age information of the pet to be fed; then, the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and the feeding plan The table is pushed to the smart feeder; the smart feeder sets the feeding parameters according to the feeding schedule.

Because the feeding habits of the pets may change with the seasons, the cloud data-based feeding setting method of the embodiment further includes: at least two intelligent feeders feed back the actual feeding information to the server. The server updates the feeding information stored by the server according to the actual feeding information. Specifically, the at least two intelligent feeders feed back the actual feeding information to the server, and the server calculates a weighted average value of the actual feeding information according to the actual feeding information. And the server updates the stored feeding information by using a weighted average of the actual feeding information.

Specifically, the embodiment is capable of connecting a plurality of smart feeders by communication, and the actual feeding information of the pets fed back by the plurality of smart feeders, the actual feeding information including the number of actual daily eating, the actual time of each feeding, and each time The actual amount of food eaten;

(k＝1，2，3…..K)，K为市场上接受服务器控制的智能喂食器数量。取K个每次进食的实际食物量

的加权平均值为新的每顿喂食量建议值，并更新预存的喂食信息，具体为每次进食的食物量。 The actual feeding information is mainly the actual amount of food consumed each time. The specific updating method is as follows: the kth intelligent feeder calculates the kth variety S _i by the weighing sensor, and the pet of age A _j is within a certain period of time (usually Set the period to 1 week, 2 weeks, 3 weeks or 4 weeks, no more than 4 weeks) the average amount of food consumed per meal

(k=1,2,3.....K), where K is the number of smart feeders that are controlled by the server on the market. Take K the actual amount of food each time you eat

The weighted average is the new recommended feed per meal and updates the pre-stored feeding information, specifically the amount of food consumed each time.

的加权平均值的计算公式如下： The actual amount of food consumed each time

The weighted average is calculated as follows:

Where a _k is a weighted correction factor of the actual amount of food per eating of the kth smart feeder to the pet of the kth breed S _i age A _j ;

数值中有60％的数值大于或等于Wk60 _ij(所有K个

按数值大小排序，Wk60 _ij＝前60％个

中的最小值)，根据

和Wk60 _ij的差值，决定a _k的数值大小，差值越大的，加权修正系数越小，以下给出一种基于差值绝对值的计算公式，如下： The weight correction factor can have a variety of calculation methods. An optional method is that the weights are all 1, that is, a _k =1, (k=1, 2, 3...K); Confidence interval, calculate the confidence feed value WM _ij (M generally takes between 50 and 80, representing the size of the confidence interval), such as setting the confidence interval to 60%, that is, all

60% of the values are greater than or equal to Wk60 _ij (all K

Sort by numerical value, Wk60 _ij = top 60%

Minimum value), according to

The difference between Wk60 and _ij is determined by the value of a _k . The larger the difference is, the smaller the weight correction coefficient is. The following formula is given based on the absolute value of the difference, as follows:

的加权平均值。 According to the weighted correction coefficient, the K actual food amount per meal can be calculated.

Weighted average.

In order to further illustrate the present invention, the present invention also provides a cloud data-based feeding setting system including a server, a mobile terminal, and a smart feeder.

The mobile terminal is a smart terminal including a mobile phone, a tablet, and a computer.

The server is configured to collect and store characteristic information of the pet and corresponding feeding information, and compare the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and feed the feeding table The schedule is pushed to the smart feeder;

The mobile terminal is configured to collect feature information of a pet to be fed, and upload the feature information of the pet to be fed to the server;

The intelligent feeder is configured to receive a feeding schedule and set feeding parameters according to a feeding schedule.

The server is specifically configured to collect and store the feature information of the pet and the corresponding feeding information, and the server compares the breed information and the age information of the pet to be fed with the stored breed information and age information of the pet, respectively. Extracting the feeding information corresponding to the variety information and the age information of the pet to be fed; the server generates the feeding plan table by using the variety information and the age information of the pet to be fed and the corresponding feeding information; Push the feeding schedule to the smart feeder;

The server is further configured to obtain age information of the pet to be fed according to the date of birth calculation.

The smart feeder is also used to feed back actual feeding information to the server.

In this embodiment, the feature information of the pets of different breeds and different ages and the corresponding feeding information are stored in advance through the collection and storage unit of the server, and the feature information specifically includes the breed information and age information of the pet, and the pets of different breeds and different ages correspond to corresponding Feeding information, feeding information specifically includes the number of daily meals, the time of each meal, and the amount of food consumed each time.

When formulating the feeding method, firstly, the characteristic information input by the user to be fed to the pet is uploaded to the server through the mobile terminal, the characteristic information is specifically the variety information and the date of birth, and the server calculates the age information of the pet according to the date of birth; then, the server will wait The breed information and the age information of the pet are simultaneously compared with the pre-stored pet breed information and age information, and the feeding information corresponding to the breed information and the age information of the pet to be fed is screened; the server feeds the feed The breed information and age information of the pet and the corresponding feeding information generate the feeding schedule; the server pushes the feeding schedule to the smart feeder; finally, the smart feeder sets the feeding parameter according to the feeding schedule.

Because the feeding habits of the pets may change with the seasons, the cloud data-based feeding setting method of the embodiment further includes: at least two intelligent feeders feed back the actual feeding information to the server. The server updates the feeding information stored by the server according to the actual feeding information. Specifically, the at least two intelligent feeders feed back the actual feeding information to the server, and the server calculates a weighted average value of the actual feeding information according to the actual feeding information. And the server updates the stored feeding information by using a weighted average of the actual feeding information.

Specifically, the smart feeder is provided with a load cell, and the smart feeder obtains the actual feeding information of the pet to be fed by the difference of the amount of food weighed before and after each feeding, and the actual feeding of the pet to be fed. The feeding information is uploaded to the server; the server receives the actual feeding information of the pets to be fed transmitted by at least two smart feeders, and calculates a weighted average of the actual feeding information, and finally the weighted average of the actual feeding information and the corresponding pets The feature information is stored, and the stored feeding information is updated.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Claims (10)

A cloud data-based feeding setting method is characterized in that: the server collects and stores the characteristic information of the pet and the corresponding feeding information; the mobile terminal collects the characteristic information of the pet to be fed, and the feeding information is to be fed And feeding the characteristic information of the pet to the server; the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and pushes the feeding schedule to Intelligent feeder; the intelligent feeder sets feeding parameters according to a feeding schedule. The cloud data-based feeding setting method according to claim 1, wherein the characteristic information of the pet includes variety information and age information; and the feeding information includes the number of times of eating per day, the time of each feeding, and The amount of food you eat each time. The cloud data-based feeding setting method according to claim 2, wherein the mobile terminal collects feature information of the pet to be fed, and pushes the feature information of the pet to be fed to the server. Specifically, the mobile terminal collects the item information and the date of birth of the pet to be fed, and uploads the item information and the date of birth of the pet to be fed to the server, and the server obtains the calculation according to the date of birth. Age information for feeding pets. The cloud data-based feeding setting method according to claim 3, wherein the server compares the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule. And feeding the feeding schedule to the smart feeder, specifically: the server compares the breed information and the age information of the pet to be fed with the stored breed information and age information of the pet, respectively, and selects Feed information corresponding to the breed information and age information of the pet to be fed; the server generates the feeding schedule by using the variety information and age information of the pet to be fed and the corresponding feeding information; the server will feed the schedule Push to the smart feeder. The cloud data-based feeding setting method according to claim 4, wherein the feeding parameter includes the number of times of eating per day, the time of each feeding, and the amount of food consumed each time. The cloud data-based feeding setting method according to claim 5, wherein the server pushes a feeding schedule to a smart feeder, and the smart feeder sets a feeding parameter according to a feeding schedule, and then, The method includes: the at least two smart feeders feed back the actual feeding information to the server, and the server updates the feeding information stored by the server according to the actual feeding information, specifically: the at least two smart feeders feed back the actual feeding information to the server. And the server calculates a weighted average value of the actual feeding information according to the actual feeding information, and the server updates the stored feeding information by using a weighted average value of the actual feeding information. The cloud data-based feeding setting method according to claim 6, wherein the feeding schedules received by the at least two smart feeders are the same. A cloud data-based feeding setting system, characterized in that it comprises a server, a mobile terminal and a smart feeder; The server is configured to collect and store characteristic information of the pet and corresponding feeding information, and compare the stored characteristic information of the pet with the characteristic information of the pet to be fed to obtain a feeding schedule, and feed the feeding table The schedule is pushed to the smart feeder; The mobile terminal is configured to collect feature information of a pet to be fed, and upload the feature information of the pet to be fed to the server; The intelligent feeder is configured to receive a feeding schedule and set feeding parameters according to a feeding schedule. The cloud data-based feeding setting system according to claim 8, wherein the server is specifically configured to collect and store characteristic information of the pet and corresponding feeding information, and the server uses the variety to be fed to the pet. The information and the age information are respectively compared with the stored breed information and age information of the pet, and the feeding information corresponding to the breed information and the age information of the pet to be fed is screened; and the server feeds the pet to be fed. Generating information and age information and corresponding feeding information to generate the feeding schedule; the server pushes the feeding schedule to the smart feeder; The server is further configured to obtain age information of the pet to be fed according to the date of birth calculation. The cloud data-based feeding setting system according to claim 9, wherein the smart feeder is further configured to feed back actual feeding information to the server.

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