CN102968563A - Automatic monitor and management system for intake of infant formula milk - Google Patents
Automatic monitor and management system for intake of infant formula milk Download PDFInfo
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- CN102968563A CN102968563A CN2012104814616A CN201210481461A CN102968563A CN 102968563 A CN102968563 A CN 102968563A CN 2012104814616 A CN2012104814616 A CN 2012104814616A CN 201210481461 A CN201210481461 A CN 201210481461A CN 102968563 A CN102968563 A CN 102968563A
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Abstract
The invention discloses an automatic monitor and management system for intake of infant formula milk, which comprises a base and a local intelligent information processing terminal. The base internally contains a weight measurement module and an information sending module, which are utilized to measure the intake and timing of the infant formula milk and transmit the data to the local intelligent information processing terminal, and the local intelligent information processing terminal analyzes and processes the received data through the operation of special client software. The system is capable of helping the common parents who are lack of specialized knowledge and tools record the intake condition of the formula milk and the growth and development conditions of the infants, so that the parents can more comprehensively know the development status of the children and the possible defects in the exiting parenting style; and in addition, the system helps the parents manage the parenting style of the infants and regulates the parenting ways according to the specific conditions, so that the infants grow healthily.
Description
Technical field
The present invention relates to a kind of information management system, particularly a kind of infantile health management system relevant with the formulas intake.
Background technology
At present domestic infant is outside breast-feeding, mainly take feeding formula milk as main.The intake of formulas has directly determined the various nutritional factors such as heat that the infant absorbs every day, protein, fat, carbohydrates, mineral matter, vitamin.The storage level less of nutritional factors in the infants, also the adult is poor for adaptive faculty, in case some nutritional factors intake deficiency or disorders of digestion, just can obviously affect the process of growth in short time, thereby the intake of formulas can produce directly impact to infant growth with absorption rhythm.
Because the infant of Different Month is different to the demand of formulas intake, the milk powder of different brands is because contained nutritional labeling is different with trace element simultaneously, also different on the impact that growing of child caused, therefore, How to choose formula milk and intake thereof also are a very important job.Be father and mother just, child's parents still lack experience for the Feeding volume of every day and the assurance of the time point of breast-feeding, and need the professional person to give certain guidance and help.And the professional person often needs to fully understand in the past interior diet, the situation of sleeping and grow of certain hour length of child when carrying out above-mentioned the guidance, could fully understand child's individual difference and present situation, and then provide suitable suggestion.
When the formulas intake of record child every day, father and mother depend on the Feeding volume that scale on the feeding bottle is weighed child usually, but because the deficiency of the irregular and product quality context of detection of feeding bottle profile, the scale of some feeding bottle is accurate not, and father and mother's paying attention child's formulas absorption situation is had certain influence.In addition, because the restriction of the various reality factors of daily life, father and mother are difficult to assurance each time can both be in time and correctly record child's Feeding volume, thereby be difficult to provide a complete formulas to take in historical record.
In addition, the infant growth ADM instrument with the child's at monthly age average Growth trend is depicted, reflected to infant's average Growth curve after numerous Normal Infants growth courses by detecting.Father and mother can record child's crucial sign, such as indexs such as height, body weight, BMI, head circumference, chest measurements, draw own child's Growth curve, and then by comparing to understand own child's growth and development state with average Growth curve.From Growth curve, father and mother will directly affect the trend of Growth curve to the adjustment of formulas use-pattern.As father and mother, the intake of the formulas of the managing children of science and absorption rhythm, itself and the residing growth and development stage of child and individual character are adapted be very important, yet still lack at present for aid decision making instrument common father and mother's exploitation of gaining knowledge without Special Medical, come suggested formula milk use-pattern based on growth curve.
In sum; young father and mother take in situation, cheap easy-to-use information tool in the urgent need to can automatically recording and analyze infant formula milk; help their record and management formulas use-pattern; and auxiliary they exchange with the professional person, thereby reach protection and promote the purpose that children grow up healthy and sound in all respects, improve the health of the people.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of formulas intake and time point information that can automatically gather and record certain infant, can allow father and mother input the infants growth and development data, and carry out the management system of intellectual analysis based on above-mentioned data, this system can provide for father and mother suggestion and the prompting of the professional children's health care knowledge aspects such as suitable relevant infant formula milk uses, sleep management, amount of exercise management, and auxiliary father and mother manage infant's rearing.
For achieving the above object, the invention provides following technical scheme:
Infant formula Feeding volume automatic monitoring is surveyed administrating system, comprises base and the local intelligent information processing terminal; Base contains weight measurement module and information sending module, is used for measuring infant formula Feeding volume and time point and sending the data to the local intelligent information processing terminal; The local intelligent information processing terminal comes data analysis and processing to receiving by operation private client software, and assisted user manages baby's rearing.
Further, described private client software comprises information storage subsystem, data analytics subsystem, user interactions subsystem and equipment connection subsystem; Described information storage subsystem is used for storing data and the information that described infant formula Feeding volume automatic monitoring is surveyed administrating system; Described equipment connection subsystem is used for establishing a communications link between base and the local intelligent information processing terminal, this subsystem receives data that base sends and information and it is stored to information storage subsystem, in addition, described equipment connection subsystem is surveyed the demand of administrating system to the base sending controling instruction according to described infant formula Feeding volume automatic monitoring; Described data analytics subsystem is used for the data analysis of information storage subsystem is processed; Described user interactions subsystem sends personalized recommendations and assisted user manages baby's rearing according to the analysis result of the information in the information storage subsystem and data analytics subsystem to the user.
Further, described information storage subsystem canned data comprises: account management information; Baby's personal information and basic health data; Absorption milk amount when the baby takes in formulas at every turn and time point data; Baby's day breast milk intake; Baby's actual Growth and development index; The average infants growth and development index in area; Formula milk title and the enabling time of the current use of baby; Each milk powder variety name and nutritional labeling and micronutrient levels; The baby's trace element intake every day reference value that presets; Outpatient service reserve resource information.
Further, described data analytics subsystem comprises the Feeding volume analysis module, this module is used for: according to the situation of change of its single Feeding volume within certain period of monthly age Analyzing on Size of baby and breast-feeding room every, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem; According to baby's monthly age analyze the situation of change of its 24 hours Feeding volume within certain period and breast-feeding room every, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem; Analyze its milk at night within certain period according to baby's monthly age and take in time point and intake, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem.
Further, described data analytics subsystem comprises the Growth and development index analysis module, this module is used for: according to baby's monthly age, difference between the average infants growth and development index in monitoring baby's actual Growth and development index and area is stored in monitoring result information storage subsystem and is sent to the user interactions subsystem; According to baby's monthly age, take in situation and formulas absorption custom suggestion compliance based on baby's the average infants growth and development index in actual Growth and development index, area, the recent formulas of baby, predict baby's Growth trend of next stage, will predict the outcome is stored in information storage subsystem and is sent to the user interactions subsystem.
Further, described data analytics subsystem comprises the trace element analysis module, this module is used for: trace element intake every day according to information storage subsystem canned data calculating baby is stored in result of calculation information storage subsystem and is sent to the user interactions subsystem; Calculate the milk powder kind of the current use of baby and other milk powder kind in the difference aspect nutritional labeling and the micronutrient levels according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem; According to baby's monthly age, the monitoring baby every day trace element intake and information storage subsystem in difference between baby's trace element intake every day reference value of storing, monitoring result is stored in information storage subsystem and is sent to the user interactions subsystem; Calculate the difference that the baby changes its formulas intake of milk powder kind front and back according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem.
Further, described user interactions subsystem provides to the user according to analysis and the monitoring result of the information in the information storage subsystem and data analytics subsystem: 1) take in the situation summaries and recommendations of custom about formulas; 2) about the suggestion of the using method of giving up skill and relevant assistant product of night milk; 3) current infants growth and development index and and the average infants growth and development index in area between difference; 4) about the prediction of the Growth trend possibility of baby next stage; 5) about every day nutritional labeling and the micro-situation summaries and recommendations of taking in custom; 6) the present used milk powder kind of baby and the difference of other milk powder kind aspect nutritional labeling and micronutrient levels; 7) baby is for the monitoring result of the hobby of milk powder kind; 8) take in the suggestion of being accustomed to about diatery supplement; 9) suggestion of managing about the baby sport buret; 10) about the suggestion of seeking advice to professional children's health care personage and outpatient service is preengage; 11) baby food, medicine and baby bring up the purchase suggestion of auxiliary implement product; 12) user sums up for the compliance situation of above-mentioned suggestion.
Further, described base also contains thermometric, temperature control module, described thermometric, temperature control module are used for measuring the temperature of formulated infant milk or by the temperature value of setting formulas are heated, measured temperature data and time point data communication device are crossed information sending module and are sent to the local intelligent information processing terminal, the equipment connection subsystem is according to the time point suggestion of breast-feeding of user interactions subsystem, in advance send the heating instruction to base, control described temperature control module by base formulas is heated.
Further, described user interactions subsystem automatically generates timed reminding and in the time of setting the user is sent prompting, and the guiding user carries out give birth to children operation, children's health care consulting activity or shopping activity in good time.
Adopt beneficial effect of the present invention to be: native system can gather and record certain infant's formulas intake and time point information automatically, avoided manually-operated uncertainty, simultaneously, can allow father and mother input infant's the data of growing, and carry out intellectual analysis based on above-mentioned data, draw infant's the situation of growing, for father and mother provide suitable using about infant formula milk, the sleep management, suggestion and the prompting of amount of exercise management, auxiliary father and mother manage baby's rearing, like this, even the people of few of child-bearing experience also can be good at grasping infant's the situation of growing under the help of native system, and can adjust as the case may be the child-bearing mode, so that infantile health is grown up.
Description of drawings
In order to make purpose of the present invention, technical scheme and beneficial effect clearer, the invention provides following accompanying drawing and describe:
Fig. 1 is that infant formula Feeding volume automatic monitoring of the present invention is surveyed the administrating system structural representation.
Embodiment
Fig. 1 is that infant formula Feeding volume automatic monitoring is surveyed the administrating system structural representation, described infant formula Feeding volume automatic monitoring is surveyed administrating system and is comprised base and the local intelligent information processing terminal, wherein base contains weight measurement module and information sending module, the local intelligent information processing terminal can adopt mobile phone according to the personal considerations, the individual terminal devices such as personal desktop computer or panel computer, described base is used for measuring infant formula Feeding volume and time point and sending the data to the local intelligent information processing terminal, the local intelligent information processing terminal comes data analysis and processing to receiving by operation private client software, assisted user manages baby's rearing, and described private client software comprises information storage subsystem, data analytics subsystem, equipment connection subsystem and user interactions subsystem.
Below in conjunction with Fig. 1 the workflow of a preferred embodiment of the present invention is elaborated.
At first, when the baby drinks formulas at every turn, base can carry out weighing to the feeding bottle before and after breast-feeding, and gained weight data and time point data sent to the local intelligent information processing terminal, specifically: the first step, when the user feeds the baby with milk at every turn, open private client software at the local intelligent information terminal first, and startup base, thereby the startup of base both can also can be finished to the mode that it sends the command information startup by the equipment connection subsystem in the private client software manually, when system's normal operation, establish a communications link between base and the local intelligent information processing terminal, simultaneously, the local intelligent information processing terminal is notified the user by private client software: " system is ready ", and the communication connection between the local intelligent information processing terminal and the base here can be adopted the wired or wireless communication connected mode according to user's concrete condition; Second step, the feeding bottle that formulas will be housed before breast-feeding is positioned on the base, base reaches the local intelligent information processing terminal with weight and time point data, the weight of weighing feeding bottle again after breast-feeding, the weight of gained and time point data are reached the local intelligent information processing terminal, the local intelligent information processing terminal by private client software equipment connection subsystem receiving data information and be stored in the information storage subsystem; The 3rd step, the local intelligent information processing terminal records the difference of weight and then draws the milk amount that this is breast-feeded before and after calculating the event of breast-feeding by the data analytics subsystem in the private client software, and this information exchange is crossed private client software feed back to the user, the user can be kind and the formula rate (water: milk powder) of the used milk powder of this setting value by private client software, and can preset some milk powder variety names for clicking fast by private client software, perhaps default default value is to simplify the operation, and above milk amount information and data are kept in the information storage subsystem of private client software.
Secondly, based on the infant formula Feeding volume historical data that obtains and other data message, the user grasps baby's the situation of growing, and adjusts as the case may be the child-bearing mode by the local intelligent information processing terminal.Specifically:
On the one hand, the user can be by the private client software browsing history in the local intelligent information processing terminal, described historical record comprises the record of breast-feeding of all or part, such as certain the time of breast-feeding and milk feeding amount, and can inquire about data and sort according to correlation parameters such as time, variety names, these data all are stored in the information storage subsystem.
On the other hand, data analytics subsystem in the described private client software can be to every data analysis and the monitoring of the Feeding volume data of storing in the information storage subsystem and user's input, also carry out intellectual analysis in conjunction with the reference data that presets in advance simultaneously, and above-mentioned monitoring and analysis result be sent to the user interactions subsystem, every data of above-mentioned user's input and the reference data that presets include but not limited to: baby's personal information and basic health data, baby's day breast milk intake, baby's actual Growth and development index, the formula milk of the current use of baby and enabling time, each milk powder variety name and nutritional labeling and micronutrient levels, baby's trace element intake every day reference value, outpatient service reserve resource information, the average infants growth and development index in area, specifically: data analytics subsystem comprises the Feeding volume analysis module, this module can: according to the situation of change of its single Feeding volume within certain period of monthly age Analyzing on Size of baby and breast-feeding room every, for example, sometime the section in, whether this baby's single Feeding volume is stable, unusual increase or minimizing etc. whether occur, data analytics subsystem is stored in information storage subsystem with analysis result and is sent to the user interactions subsystem; According to baby's monthly age analyze the situation of change of its 24 hours Feeding volume within certain period and breast-feeding room every, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem; Analyze its milk at night within certain period according to baby's monthly age and take in time point and intake, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem.
Data analytics subsystem also comprises the Growth and development index analysis module, this module can: according to baby's monthly age, difference between the average infants growth and development index in monitoring baby's actual Growth and development index and area is stored in monitoring result information storage subsystem and is sent to the user interactions subsystem; According to baby's monthly age, take in situation and formulas absorption custom suggestion compliance based on baby's the average infants growth and development index in actual Growth and development index, area, the recent formulas of baby, predict baby's Growth trend of next stage, will predict the outcome is stored in information storage subsystem and is sent to the user interactions subsystem.
Data analytics subsystem also comprises the trace element analysis module, this module can: trace element intake every day that calculates the baby according to the information storage subsystem canned data, be trace element intake=day formulas intake * micronutrient levels ratio every day, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem; Calculate the milk powder kind of the current use of baby and other milk powder kind in the difference aspect nutritional labeling and the micronutrient levels according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem; According to baby's monthly age, the monitoring baby every day trace element intake and information storage subsystem in difference between baby's trace element intake every day reference value of storing, monitoring result is stored in information storage subsystem and is sent to the user interactions subsystem; Calculate the difference that the baby changes its formulas intake of milk powder kind front and back according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem.
On the other hand, the user interactions subsystem is offered suggestions to the user according to analysis and the monitoring result of the information in the information storage subsystem and data analytics subsystem, comprising: 1) take in the situation summaries and recommendations of custom about formulas; 2) about the suggestion of the using method of giving up skill and relevant assistant product of night milk, the for example use of Pacifier, thereby assisted user manages scientifically that breast-feed baby's night and night milk give up work, improve baby's nighttime sleep, promote it to grow up healthy and sound; 3) current infants growth and development index and and the average infants growth and development index in area between difference, thereby make the user understand the present situation of growing of baby, and take measures to improve baby's Growth and development index, make it to the area average infants growth and development index and draw close; 4) about the prediction of the Growth trend possibility of baby next stage; 5) about the situation summaries and recommendations of every day nutritional labeling and trace element absorption custom, for example advise reducing or increasing certain micro-intake to the user; 6) the present used milk powder kind of baby and the difference of other milk powder kind aspect nutritional labeling and micronutrient levels; 7) baby is for the monitoring result of the hobby of milk powder kind; 8) take in the suggestion of being accustomed to about diatery supplement; 9) suggestion of managing about the baby sport buret; 10) about the suggestion of seeking advice to professional children's health care personage and outpatient service is preengage; 11) baby food, medicine and baby bring up the purchase suggestion of auxiliary implement product; 12) user sums up for the compliance situation of above-mentioned suggestion.
In addition, the user interactions subsystem can also automatically generate timed reminding and in the time of setting the user be sent prompting according to above suggestion, and the guiding user carries out give birth to children operation, children's health care consulting activity or shopping activity in good time.
As further improvement of this embodiment, in base, can also add thermometric, temperature control module, described thermometric, temperature control module are used for measuring baby drinking milk's temperature or by the temperature value of setting the drinking milk are heated, measured temperature data and time point data communication device are crossed information sending module and are sent to the local intelligent information processing terminal, the equipment connection subsystem is according to the time point suggestion of breast-feeding of user interactions subsystem, in advance send the heating instruction to base, control described temperature control module by base formulas is heated.
Explanation is at last, above preferred embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is described in detail by above preferred embodiment, but those skilled in the art are to be understood that, can make various changes to it in the form and details, and not depart from claims limited range of the present invention.
Claims (9)
1. an infant formula Feeding volume automatic monitoring is surveyed administrating system, it is characterized in that: comprise base and the local intelligent information processing terminal; Described base contains weight measurement module and information sending module, is used for measuring infant formula Feeding volume and time point and sending the data to the local intelligent information processing terminal; The described local intelligent information processing terminal comes data analysis and processing to receiving by operation private client software, and assisted user manages baby's rearing.
2. infant formula Feeding volume automatic monitoring according to claim 1 is surveyed administrating system, and it is characterized in that: described private client software comprises information storage subsystem, data analytics subsystem, user interactions subsystem and equipment connection subsystem;
Described information storage subsystem is used for storing data and the information that described infant formula Feeding volume automatic monitoring is surveyed administrating system;
Described equipment connection subsystem is used for establishing a communications link between base and the local intelligent information processing terminal, this subsystem receives data that base sends and information and it is stored to information storage subsystem, in addition, described equipment connection subsystem is surveyed the demand of administrating system to the base sending controling instruction according to described infant formula Feeding volume automatic monitoring;
Described data analytics subsystem is used for the data analysis of information storage subsystem is processed;
Described user interactions subsystem sends personalized recommendations and assisted user manages baby's rearing according to the analysis result of the information in the information storage subsystem and data analytics subsystem to the user.
3. infant formula Feeding volume automatic monitoring according to claim 2 is surveyed administrating system, and it is characterized in that: described information storage subsystem canned data comprises:
Account management information;
Baby's personal information and basic health data;
Absorption milk amount when the baby takes in formulas at every turn and time point data;
24 hours formulas intakes of baby every day and night the formulas intake;
Baby's day breast milk intake;
Baby's actual Growth and development index;
The average infants growth and development index in area;
Formula milk title and the enabling time of the current use of baby;
Each milk powder variety name and nutritional labeling and micronutrient levels;
The baby's trace element intake every day reference value that presets;
Examine reserve resource information.
4. infant formula Feeding volume automatic monitoring according to claim 2 is surveyed administrating system, and it is characterized in that: described data analytics subsystem comprises the Feeding volume analysis module, and this module is used for:
According to the situation of change of its single Feeding volume within certain period of monthly age Analyzing on Size of baby and breast-feeding room every, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem;
According to baby's monthly age analyze the situation of change of its 24 hours Feeding volume within certain period and breast-feeding room every, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem;
Analyze its milk at night within certain period according to baby's monthly age and take in time point and intake, analysis result is stored in information storage subsystem and is sent to the user interactions subsystem.
5. infant formula Feeding volume automatic monitoring according to claim 2 is surveyed administrating system, and it is characterized in that: described data analytics subsystem comprises the Growth and development index analysis module, and this module is used for:
According to baby's monthly age, the difference between the average infants growth and development index in monitoring baby's actual Growth and development index and area is stored in monitoring result information storage subsystem and is sent to the user interactions subsystem;
According to baby's monthly age, take in situation and formulas absorption custom suggestion compliance based on baby's the average infants growth and development index in actual Growth and development index, area, the recent formulas of baby, predict baby's Growth trend of next stage, will predict the outcome is stored in information storage subsystem and is sent to the user interactions subsystem.
6. infant formula Feeding volume automatic monitoring according to claim 2 is surveyed administrating system, and it is characterized in that: described data analytics subsystem comprises the trace element analysis module, and this module is used for:
Trace element intake every day according to information storage subsystem canned data calculating baby is stored in result of calculation information storage subsystem and is sent to the user interactions subsystem;
Calculate the milk powder kind of the current use of baby and other milk powder kind in the difference aspect nutritional labeling and the micronutrient levels according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem;
According to baby's monthly age, the monitoring baby every day trace element intake and information storage subsystem in difference between baby's trace element intake every day reference value of storing, monitoring result is stored in information storage subsystem and is sent to the user interactions subsystem;
Calculate the difference that the baby changes its formulas intake of milk powder kind front and back according to the information storage subsystem canned data, result of calculation is stored in information storage subsystem and is sent to the user interactions subsystem.
7. infant formula Feeding volume automatic monitoring according to claim 2 is surveyed administrating system, and it is characterized in that: described user interactions subsystem provides to the user according to analysis and the monitoring result of the information in the information storage subsystem and data analytics subsystem:
1) takes in the situation summaries and recommendations of being accustomed to about formulas;
2) about the suggestion of the using method of giving up skill and relevant assistant product of night milk;
3) current infants growth and development index and and the average infants growth and development index in area between difference;
4) about the prediction of the Growth trend possibility of baby next stage;
5) about every day nutritional labeling and the micro-situation summaries and recommendations of taking in custom;
6) the present used milk powder kind of baby and the difference of other milk powder kind aspect nutritional labeling and micronutrient levels;
7) baby is for the monitoring result of the hobby of milk powder kind;
8) take in the suggestion of being accustomed to about diatery supplement;
9) suggestion of managing about the baby sport buret;
10) about the suggestion of seeking advice to professional children's health care personage and outpatient service is preengage;
11) baby food, medicine and baby bring up the purchase suggestion of auxiliary implement product;
12) user sums up for the compliance situation of above-mentioned suggestion.
According to claim 2 in 7 the described infant formula Feeding volume of any one automatic monitoring survey administrating system, it is characterized in that: described base contains thermometric, temperature control module, described thermometric, temperature control module is used for measuring the temperature of formulated infant milk or by the temperature value of setting formulas is heated, measured temperature data and time point data communication device are crossed information sending module and are sent to the local intelligent information processing terminal, the equipment connection subsystem is according to the time point suggestion of breast-feeding of user interactions subsystem, in advance send the heating instruction to base, control described temperature control module by base formulas is heated.
9. infant formula Feeding volume automatic monitoring according to claim 7 is surveyed administrating system, it is characterized in that: described user interactions subsystem automatically generates timed reminding and in the time of setting the user is sent prompting, and the guiding user carries out give birth to children operation, children's health care consulting activity or shopping activity in good time.
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104771257A (en) * | 2015-03-13 | 2015-07-15 | 东莞捷荣技术股份有限公司 | Intelligent milk powder feeding method and system for infants |
| CN105193535A (en) * | 2015-08-07 | 2015-12-30 | 黑龙江大学 | Intelligent infant feeding instrument and intelligent infant feeding monitoring method |
| CN105213198A (en) * | 2015-09-25 | 2016-01-06 | 捷荣科技集团有限公司 | A kind of baby development index reminding method based on Intelligent milk bottle cover and system |
| CN106503435A (en) * | 2016-10-19 | 2017-03-15 | 小丑鱼（上海）实业有限公司 | A kind of baby's feed information monitoring system and method |
| CN106511099A (en) * | 2015-09-14 | 2017-03-22 | 皇家飞利浦有限公司 | Feeding system for an infant and method of using such a system |
| CN107491857A (en) * | 2017-07-04 | 2017-12-19 | 上海儒曜贸易有限公司 | Intelligent Infants'feeding method and system |
| CN107544987A (en) * | 2016-06-27 | 2018-01-05 | 深圳好父母婴幼儿用品有限公司 | A kind of milk warming device and a kind of intelligent movable equipment |
| CN109119157A (en) * | 2018-08-01 | 2019-01-01 | 深圳市育成科技有限公司 | A kind of prediction technique and system of infant development |
| CN110353514A (en) * | 2019-07-24 | 2019-10-22 | 安徽理工大学 | A kind of intelligence milk lukewarm |
| CN111951471A (en) * | 2020-08-11 | 2020-11-17 | 丁娜 | Intelligent monitoring system of self-service milk adding machine |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104771257A (en) * | 2015-03-13 | 2015-07-15 | 东莞捷荣技术股份有限公司 | Intelligent milk powder feeding method and system for infants |
| CN105193535A (en) * | 2015-08-07 | 2015-12-30 | 黑龙江大学 | Intelligent infant feeding instrument and intelligent infant feeding monitoring method |
| CN106511099A (en) * | 2015-09-14 | 2017-03-22 | 皇家飞利浦有限公司 | Feeding system for an infant and method of using such a system |
| CN105213198A (en) * | 2015-09-25 | 2016-01-06 | 捷荣科技集团有限公司 | A kind of baby development index reminding method based on Intelligent milk bottle cover and system |
| CN107544987A (en) * | 2016-06-27 | 2018-01-05 | 深圳好父母婴幼儿用品有限公司 | A kind of milk warming device and a kind of intelligent movable equipment |
| CN106503435A (en) * | 2016-10-19 | 2017-03-15 | 小丑鱼（上海）实业有限公司 | A kind of baby's feed information monitoring system and method |
| CN107491857A (en) * | 2017-07-04 | 2017-12-19 | 上海儒曜贸易有限公司 | Intelligent Infants'feeding method and system |
| CN109119157A (en) * | 2018-08-01 | 2019-01-01 | 深圳市育成科技有限公司 | A kind of prediction technique and system of infant development |
| CN110353514A (en) * | 2019-07-24 | 2019-10-22 | 安徽理工大学 | A kind of intelligence milk lukewarm |
| CN111951471A (en) * | 2020-08-11 | 2020-11-17 | 丁娜 | Intelligent monitoring system of self-service milk adding machine |
| CN111951471B (en) * | 2020-08-11 | 2021-09-24 | 浙江大学 | Intelligent monitoring system of self-service milk adding machine |
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