57 results about "Nutrition management" patented technology

The invention relates to the technical field of medical health management, in particular to a chronic kidney disease and diabetes collaborative nutrition monitoring and early warning method and system.The method comprises the steps that multi-dimensional physiological indexes, nutrition intake and sleep data of a patient are obtained, and a dynamically-coupled metabolic state topological space is constructed; based on the space, constructing a dual-disease metabolism coupling matrix, analyzing stability characteristics of a metabolism state trajectory, identifying stable and unstable attractors, and calculating a multi-dimensional risk score; a sleep-metabolism synchronism risk prediction model is introduced, and a personalized early warning threshold value is dynamically adjusted; when the risk score exceeds a threshold value, early warning is triggered, and intervention suggestions are generated, the interactive influence of protein metabolism and glycometabolism is quantitatively described from the metabolic mechanism level, and the contradiction of chronic kidney disease and diabetic patients in nutrition management is solved; limitation of a static threshold is broken through, and dynamic risk assessment is realized; sleep factors are creatively integrated, and a new way for improving the metabolic state is provided.

The invention discloses a nutrition recipe intelligent generation system and method, and belongs to the technical field of nutrition information processing and intelligent recommendation. The system is suitable for individual nutrition management of individuals of all ages, and particularly, optimization design is carried out for infant stages of 0-72 months. The system intelligently generates a personalized nutrition recipe based on individual basic information, growth indexes, nutrition standards, available food materials, user preferences and feedback and other multi-dimensional data, and supports nutrition intake evaluation and dynamic optimization. The system comprises core modules of data input, nutritional requirement calculation, recipe generation, nutrition analysis and interactive display and the like, and expands and supports functions of sensitization screening, regional and seasonal adaptation, work and rest linkage, family sharing and the like. Through fusion of individual growth data and environmental conditions, the system realizes scientific and high-adaptability nutrition recommendation, improves feeding convenience and intervention accuracy, and has a wide application prospect.

The invention discloses a fruit and vegetable nutrition dynamic monitoring and intelligent fertilizer supplementing system, belongs to the field of fruit and vegetable planting management systems, replaces a traditional manual observation or regular soil sampling detection mode, effectively avoids subjectivity and hysteresis of manual judgment, can reflect the current nutrition state of crops in real time, provides accurate data support for dynamic nutrition management, and improves the management efficiency. The problem that in the prior art, real-time management is difficult to achieve according to the current nutrition state of crops is solved, meanwhile, accurate matching of the fertilizer type, concentration and dosage with the crop growth stage and environmental conditions is achieved in the fertilizer supplementing process, a traditional one-step nutrition supply mode is avoided, the nutrient absorption efficiency is remarkably improved, and healthy growth of the crops is promoted.

The invention relates to the technical field of postoperative rehabilitation. The spine postoperative intelligent nutrition management method comprises the steps of performing multi-modal data fusion processing based on preoperative sign data, intraoperative blood loss and fluid loss amount and postoperative biochemical indexes of a patient to generate personalized nutrition requirement parameters; performing real-time monitoring and comparison processing on the postoperative diet intake of the patient through intelligent tableware provided with a weight sensor and an image recognition module according to the personalized nutritional requirement parameters, and generating a nutritional intake dynamic map; performing dynamic deviation analysis processing on detection data of the bioelectrical impedance analysis equipment and the saliva biomarker sensor to generate nutrition metabolism feedback data; and fusing the nutrition intake dynamic spectrum and the nutrition metabolism feedback data, carrying out nutrition intervention scheme optimization processing through a reinforcement learning model, generating a dynamic adjustment instruction, and pushing the instruction to a terminal, so as to achieve the technical effects of adapting to individualized requirements, tracking a metabolism state in real time and balancing nutrition intervention accuracy and safety.

The invention provides a CKD nutrition management visual monitoring method and system based on big data, and relates to the technical field of data processing, and the method comprises the steps: carrying out the data preprocessing according to real-time health data, and obtaining a standardized health data set; according to the standardized health data set, evaluating nutritional requirements of the patient, and combining disease progression, individual differences and diet preferences of the patient to generate a personalized nutrition management scheme, the personalized nutrition management scheme including recommended diet, a nutrition supplement scheme and an intake behavior adjustment scheme; according to the personalized nutrition management scheme, a visual display interface is generated, and the visual display interface displays the nutrition state, diet suggestions, potential health risks and predicted effects of the patient; adjusting a personalized nutrition management scheme in real time according to feedback data and health state changes provided by the patient in the use process, and presenting an updated scheme through a visual display interface; the autonomy and accuracy of nutrition management are improved.

The invention relates to the technical field of medical health, and discloses a pregnancy nutrition management method, device and equipment and a readable storage medium, and the method comprises the steps: obtaining pregnancy portrait data of a target user; generating an individualized nutrition intake target based on the pregnancy portrait data; generating a matched structured diet scheme according to the nutrition intake target and the diet taboo information; receiving an actual diet image uploaded by the user, and performing nutrition intake analysis on the actual diet image to obtain actual nutrition intake data; and dynamically adjusting the structured diet scheme according to the actual nutrition intake data. According to the method, personalized evaluation, intelligent catering and dynamic optimization of pregnancy nutrition management are realized, the scientificity, compliance and continuity of intervention are improved, pregnancy complications can be prevented, and the health of mothers and infants is promoted.

The invention relates to the technical field of intelligent medical treatment and clinical nutrition, and discloses a multi-dimensional sign sensing personalized enteral nutrition infusion regulation and control device which comprises a multi-parameter sign sensing module, an intelligent analysis control module, an adjustable infusion execution module and a man-machine interaction and early warning module. The intelligent nutrition management platform is in communication connection with the modules; the intelligent nutrition management platform is composed of a nutrition screening and evaluation unit and a statistical analysis unit. According to the method, a full link from nutrition risk automatic screening, individualized scheme intelligent generation, bedside safety execution and self-adaptive regulation and control to whole-process data statistical analysis is formed; information integration and initial decision making are automatically completed, manual operation links and cognitive loads are reduced, scientificity and normalization of a treatment scheme based on newest clinical guidelines and patient data are ensured, and medical workers are liberated from tedious transactional work and focus on higher-value clinical judgment.

The present invention includes techniques for food image processing and particularly relates to a method and system for personalized nutrition management with food image recognition models using deep learning. The method comprises: a user side obtains an food image to be taken by a user, and the food image is input into a trained food image recognition models using deep learning to obtain different types of food sub-images; computing the amount of nutrients contained in the food sub-images, and accumulating the nutrients in all the food to obtain the total nutrients intake of the user; setting intake thresholds of various nutrients, and comparing the total intake of various nutrients with corresponding nutrient intake thresholds to obtain a comparison result; according to the comparison result, type and quantity of taken food are adjusted, and nutrition management is completed. The invention associates the food intake information uploaded by the user with other data sets (e.g., recommendations from their nutritional physician) through the server to determine whether the obtained energy and nutrient ratio are appropriate, and finally, the analyzed data is feedbacked to the user, thereby prompting the user to improve the diet plan.

The invention discloses a thick-stem high-yield caulis spatholobi germplasm screening and breeding method suitable for an under-forest habitat. According to the method, a standardized under-forest cultivation system is constructed, spiral winding induction synergistically mediated by plant morphology and plant hormones is implemented, lignification development of stems is enhanced by applying mild mechanical stress with specific parameters, rhizosphere microorganism regulation and systematic nutrition management are synchronously combined, and the yield of the stems is increased. And finally, a multi-dimensional comprehensive evaluation system covering the stem shape, the wood density, the active ingredient content and the under-forest weak light adaptability is established, so that an integrated technical scheme for efficiently and accurately breeding the excellent caulis spatholobi germplasm with thick stem phenotype, high flavone accumulation and strong under-forest weak light tolerance from a large number of candidate germplasm is realized.

1. The name of this design product: Graphical user interface for a clinical nutrition management module for inpatients of an electronic device. 2. Purpose of this design product: Used for integrated nutrition management of hospitalized patients in doctor's workstations, for an electronic device. 3. The key design point of this design product lies in the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: Used for integrated nutrition management of hospitalized patients in the doctor's workstation: used for nutrition screening, evaluation, nutrition prescription issuance, consultation and other operations for hospitalized patients, as well as preview of the patient's overall nutritional status and visual monitoring of indicators. 6. Human-computer interaction method of the graphical user interface: 1) Click the "Nutrition Order" icon button in the upper right corner of the main view to enter the interface change state diagram 1; 2) Click the "Yes" icon button in the interface change state diagram 1 to enter the interface change state diagram 2; 3) Click the "Not Required" icon button in the main interface change state diagram 2 and enter the relevant options to enter the interface change state diagram 3; 4) Enter a number in the "Gap Percentage" in the interface change state diagram 3 and press the Enter key to enter the interface change state diagram 4; 5) In the interface change state diagram 4, click the "Whole Hospital" button, check the "Serial Number" on the left, click the "Calculate" icon button on the right to enter the interface change state diagram 5; 6) Click the "EN Order" icon button in the interface change state diagram 5 to enter the interface change state diagram 6, enter a number in the "Gap Percentage" in the interface change state diagram 6 and press the Enter key, check the medicine on the left, and click Calculate on the right to refresh the interface to display the calculated value. 7) Click the "Value" button in the NRS2002 score "input box" in the interface change state diagram 6 to enter the interface change state diagram 7.

An object of the system according to the embodiment is to monitor the behavior of a pet, detect a health problem, and take appropriate measures.SOLUTION: A system includes a Web camera, a behavior analysis part, a health detection part, a nutrition management part, and an emergency call part. The web camera monitors the behavior of the pet. The action analysis part analyzes video data acquired by the Web camera. The health detection unit detects a health problem based on the data analyzed by the behavior analysis unit. The nutrition management unit supports daily nutrition management based on the health problem detected by the health detection unit. The emergency call unit automatically transmits an emergency call in an emergency.SELECTED DRAWING: Figure 1

The invention provides a systematic pet peaceful feeding method which covers health monitoring, environment regulation and control, nutrition management and ultimate care of pets in the whole life cycle. Physiological indexes (such as heart rate, body temperature and activity amount), behavior modes and environmental parameters (temperature, humidity and illumination) of a pet are monitored in real time by integrating an Internet of Things sensor, a biological data analysis algorithm and automatic equipment, and a feeding strategy is dynamically adjusted in combination with artificial intelligence. For the old and the terminal pets, a terminal management system of multi-mode analgesia, psychological pacification and family collaboration is provided. The method can significantly prolong the healthy life of the pet, reduce the incidence of chronic diseases, and ensure that the pet enjoys a digned and happy state at the end of life. The pet feeding ethics are redefined through technical innovation, balance is achieved between scientific life prolonging and natural law respecting, and a brand new normal form is provided for pet economy and emotional industries.

The invention discloses meal replacement biscuits and a preparation method thereof, and belongs to the technical field of food processing. The meal replacement biscuit is composed of coarse cereals, cereals, beans, functional plants and a nutrition enhancer according to specific weight percentages. The preparation method comprises the steps of raw material pretreatment, mixing, tempering, forming, gradient heating baking, cooling and packaging. Through scientific compounding and systematic nutrition enrichment of various natural coarse cereals, beans and functional plants, the defects that an existing meal replacement product is single in raw material and unbalanced in nutrition are overcome, and the obtained product is comprehensive in nutrition, good in taste, portable and easy to eat and suitable for various crowds needing nutrition management or convenient diet.

This invention discloses a six-stage precision feeding standard fresh food meal formula for dogs and its preparation method, belonging to the pet food field. Addressing the lack of precise, stage-specific nutritional management in existing canine fresh food, this invention proposes a six-stage feeding system based on the canine life cycle. The six stages include: puppyhood, adulthood, early seniority, middle seniority, advanced seniority, and special periods. This system provides a basic transitional formula and derives specialized formulas for each stage based on a set of dynamic nutritional adjustment rules. The puppy formula is further subdivided into four sub-stages. The preparation method includes standardized steps such as stage determination, ingredient processing, nutritional fortification, and texture adaptation. This invention achieves precise, safe, and easy-to-operate home fresh food feeding for dogs throughout their entire life cycle and under special conditions.

The invention discloses a pet health management method and device and a storage medium, the method is applied to a pet feeder, and the pet health management method comprises the following steps: obtaining current health data of a target pet; performing health analysis processing according to the current health data and a pre-constructed health baseline model to obtain health risk information of the target pet; in response to the health risk information representing that the target pet has a health risk, determining a target nutrition scheme from preset nutrition management schemes according to the health risk information; and putting the nutrition supplement corresponding to the target nutrition scheme. According to the scheme, pet health can be accurately and effectively managed through the health baseline model.

The invention discloses a high-yield cultivation method for northern greenhouse syzygium samarangense, which comprises the following steps: (1) pre-flowering shoot strengthening fertilizer: in the early stage of bud germination of syzygium samarangense, digging a shallow ditch with the depth of 10-15cm in the range of a crown water drip and applying shoot strengthening and flower promoting fertilizer once; (2) accurate nutrition supply in a young fruit period: when young fruits are 2-3mm in size, carrying out first root topdressing; when young fruits are 5-7 mm in size, secondary root topdressing is carried out; (3) regulating and controlling water and nitrogen in a fruit expanding period: when the diameter of the fruit is about 2 / 3 of the size of a mature fruit, stopping supplying the nitrogen fertilizer in all forms; the water content of the soil is controlled to be 50%-60% of the field moisture capacity until one week before harvesting. According to the method, three key links of tip strengthening before flowering, accurate nutrition supply of young fruits and later-stage water and nitrogen regulation and control are organically combined, a complete nutrition management chain is formed, the problem of space-time mismatching of nutrition supply is solved, and collaborative improvement of improving sweetness of the wax apple fruits and reducing cavities is achieved.

The invention discloses a full-process management method and system for an enteral and enteral nutrition prescription in the technical field of inpatient enteral and enteral nutrition management. The method comprises the following steps: S1, analyzing to obtain theoretical total nutrition requirement parameters and recommended nutrition component requirement parameters of a target patient; s2, preparation updating information is obtained; s3, analyzing to obtain a parenteral nutrition prescription and an enteral nutrition prescription as well as to-be-ingested total nutrition parameters and to-be-ingested nutrition component parameters of the target patient; s4, analyzing to obtain a prescription compatibility judgment result and a nutritional requirement judgment result; s5, formulating a personalized prescription checking rule, and obtaining a prescription checking result of the target patient according to the personalized prescription checking rule; if the prescription checking result is that the prescription checking is qualified, performing prescription configuration according to the enteral and intestinal nutrition prescription of the patient; and if the prescription checking result is that the prescription checking is unqualified, returning the internal and external intestinal nutrition prescription and modifying the prescription. According to the method, the high efficiency of whole-process management of the whole-parenteral nutrition prescription is improved.

The invention discloses a nutrition intervention system and method for tumor chemoradiotherapy patients. The system comprises a molecular nutrition fingerprint acquisition module, a space-time prediction modeling module, a drug-nutrition collaborative optimization module, an intestinal flora-host metabolism modeling module and an active nutrition intervention execution module. By integrating gene polymorphism, intestinal flora and metabonomics data, an individualized molecular nutrition fingerprint is constructed, a deep learning algorithm is adopted to predict the change trend of a nutrition state, a molecular docking technology is adopted to optimize a drug-nutrition synergistic effect, a flora-host metabolism model is established to predict nutrient absorption efficiency, and the nutrient absorption efficiency is improved. And precise active nutrition intervention is realized. The technical problems that in the prior art, nutrition intervention is low in accuracy, preventive intervention cannot be achieved, and medicine-nutrition interaction is neglected are solved, and individualized nutrition management based on the molecular level is achieved.

The invention relates to the technical field of durian planting, and particularly provides a regulation and control method for promoting and protecting flowers of durian and a medicament. Through comprehensive measures such as environment regulation and control, nutrition management, medicament treatment and flowering period management, flowering and flower protection of the durian are effectively promoted, and the fruit setting rate is increased. Specifically, by controlling the drought period, adjusting the environmental factors such as illumination and humidity, and combining the application of the fish protein fermentation broth and the flower-promoting and flower-protecting agent for the durian, suitable conditions are provided for the growth and flowering of the durian. Meanwhile, monopotassium phosphate, gibberellic acid, calcium amino acid chelate and a boric acid solution are sprayed in the flowering period, and flower bud differentiation and development and pollen tube growth and fertilization are further promoted. The method and the agent are low in cost, easy and convenient to operate, environmentally friendly, safe and suitable for large-scale application and popularization, and the yield and economic benefits of the durian can be remarkably improved.

The invention discloses a wheat growth regulation and yield prediction integrated method based on artificial intelligence, and the method comprises the steps: obtaining wheat growth data and environmental factor data through a sensor network, and carrying out the preprocessing and standardization; utilizing machine learning modeling analysis to identify nutritional requirement change characteristics of the wheat in a growth stage, and determining a trace element ratio adjustment direction; a personalized nutrition supply scheme is generated in combination with a dynamic regulation and control strategy, a regulation and control scheme is optimized through a resource utilization efficiency evaluation model, a field management system is updated, and finally a wheat yield prediction result is obtained in combination with a yield prediction model. According to the method provided by the invention, precise nutrition management in the whole wheat growth process is realized, the resource utilization efficiency is improved, and effective technical support is provided for improving the wheat yield and quality.

The invention discloses a nutrition regulation and control method for disease resistance of kiwi fruits, a germination fertilizer and a preparation method, and the preparation method comprises the following steps: constructing a ternary interaction system consisting of a sulfur source, succinic acid and Pseudomonas fluorescens, and applying the ternary interaction system to rhizosphere nutrition management of the kiwi fruits in early spring. And three-dimensional coupling of nutrition supply, signal activation and microbial regulation and control is synchronously realized in the rhizosphere microdomain. Meanwhile, lignin monomer synthesis is continuously activated and promoted through a salicylic acid signal channel, high-activity laccase serves as a key enzyme for lignin monomer polymerization, lignin monomer polymerization reaction is accelerated, synthesis and deposition of lignin in plant cell walls are promoted, plant endogenous disease-resistant signal cascade is continuously amplified, and plant disease resistance is improved. The kiwi fruits are induced to generate stable systematic disease resistance. The composition can prevent and control diseases for a long time and cooperatively promote plant growth.

[Problem] In dietary intake standards stipulated in various countries, such as the "Japanese Dietary Intake Standards," different nutritional intake standards are established based on age, gender, and physical activity level. Therefore, in order to provide meals that meet dietary intake standards for multiple users with different attributes in the case of company meals, it was necessary to finely adjust the nutritional components of the meals by category, in addition to adjusting the quantity of the meals. [Solution] The present invention proposes a complete nutritional meal and a system for providing the same, which eliminates the need for adjusting nutrients according to each category of age, gender, and physical activity level, and enables the consumption of a complete nutritional meal that meets dietary intake standards solely by adjusting the quantity (calories) of the food. Accordingly, users receiving the meals can consume the complete nutritional meal without burden, are freed from the hassle of nutritional management, and promote health without conscious effort.

This system provides advanced vital sign management services for the elderly, along with nutritional and food management, to improve their health, enhance their quality of life, and provide a planned and continuous nutritional management system necessary for extending their healthy lifespan. [Solution] The nutrition management system of this invention comprises a data server 22 that stores health status information D3, including vital signs and other health information of elderly people, acquired at elderly support facilities in shopping districts, and a communication unit 24 that communicates with a terminal 40 connected to the data server 22 via a public communication line 30. The data server 22 stores nutrition management information and / or food management information based on the health status information D3 and information from elderly people obtained via the public communication line. When an elderly person sends a request to the communication unit 24 for information to be provided in order to perform nutrition management, the data server 22 performs a process to provide the information to the terminal 40 from the information stored in the data server 22.

A system is provided.SOLUTION: This system is provided with a database managing means for receiving and storing inputted food material data, a recipe retrieving means for retrieving a recipe from a database based on the stored food material data, a recipe presenting means for transmitting the corresponding recipe to a user terminal and displaying it, a health information managing means for receiving and storing allergy information and nutrition state information inputted by a user, and a means for retrieving the recipe suited to the allergy and the nutrition state based on the health information. The system includes an alternative recipe suggestion means for presentation, a nutrition management means for analyzing the stored health information and evaluating and adjusting the nutrition balance, and a cooking time corresponding recipe suggestion means for receiving desired cooking time information input by a user, and retrieving and presenting a recipe which can be cooked in the corresponding cooking time.SELECTED DRAWING: Figure 1

The invention is suitable for the field of livestock and poultry breeding, and provides a livestock and poultry healthy breeding nutrition management system adaptive to a growth stage, and the system comprises a multi-dimensional biological characteristic perspective collection module; the digestion and absorption efficiency evaluation module is connected with the multi-dimensional biological characteristic perspective acquisition module; a social level and metabolism coupling modeling module; the predictive nutrition formula generation module is used for predicting a growth track of a time step length in the future by utilizing a model predictive control algorithm based on the dynamic metabolism model and generating a dynamic formula containing macronutrients and microecologics; a trace precise regulation and control execution module; the method has the beneficial effects that a digestion feedback and social grade compensation mechanism is constructed, and a dynamic formula adaptive to an individual is generated in combination with predictive control. According to the invention, nutrition mismatching is effectively solved, the feed conversion rate and the group growth uniformity are improved, the drug dependence is reduced, and the cooperation of healthy breeding, cost reduction and benefit improvement is realized.

An object of the system according to the embodiment is to provide individualized health advice and comprehensive health management based on a health check result.SOLUTION: A system includes a health check result acquisition unit, an analysis unit, an advice providing unit, a nutrition management unit, a training support unit, and a mental health support unit. The medical examination result acquisition unit acquires a medical examination result. The analysis unit analyzes the medical examination result acquired by the medical examination result acquisition unit. The advice providing unit provides individualized health advice based on a result of the analysis by the analysis unit. The nutrition management unit performs nutrition management on the basis of a result analyzed by the analysis unit. The training support unit provides a training plan based on the result analyzed by the analysis unit. The mental health support unit supports mental health on the basis of a result analyzed by the analysis unit.SELECTED DRAWING: Figure 1

This invention relates to a method and system for optimizing meal replacement intake time based on circadian rhythms, belonging to the field of nutrition management technology. It includes: collecting basic user information, sleep time, and wake-up time; determining a sleep-wake cycle based on sleep and wake-up times; retrieving user age and gender based on the basic information and dividing the sleep-wake cycle into physiological time periods; retrieving health goals and physical fitness parameters based on the basic information to determine the types of meal replacement foods; determining the initial time for meal replacement intake based on physiological time periods and selecting recommended food types; determining a type-based intake adjustment value based on the recommended food types; adjusting the initial time for meal replacement intake based on the type-based intake adjustment value to obtain a recommended meal replacement intake time and outputting it. This invention improves the efficiency of users in achieving their health goals during nutrition management.

The invention provides a nutritional status early warning method based on crop spike phenotypic characteristics, and belongs to the technical field of crop nutrition management based on computer data processing. Hyperspectral images and high-density three-dimensional point cloud data are acquired through cooperation of a field high-throughput phenotypic robot, and a multi-mode spike characteristic spectrum containing a pure spectrum and a fine three-dimensional form is constructed. Based on a multi-scale residual attention network and a stoichiometric equilibrium composite loss function, the method introduces physical constraints of crop nutrient synergy and antagonism into a deep learning model, and realizes synchronous high-precision prediction of nitrogen, phosphorus and potassium contents; and a conformal prediction technology and a nutrient balance method are further combined to generate a variable fertilization prescription map with statistical confidence assurance. The method not only solves the difficult problem of spike weak signal extraction under the complex background in the field, but also ensures that the prediction result conforms to the biological law, and provides scientific, reliable and quantifiable decision support for precise fertilization in the middle and later periods of crop growth.

The invention discloses a cattle raising method and device for improving beef quality of beef cattle, and belongs to the field of livestock raising. The invention discloses a cattle raising method for improving beef quality of beef cattle. The cattle raising method comprises the following steps: step 1, nutrition management: raising the beef cattle with feed containing nutritional ingredients in proportion; step 2, feeding management: feeding the beef cattle by feeding feed and drinking water at fixed time and fixed quantity; step 3, feed management: during subsequent feeding, residual feed is cleaned through residual drinking water; 4, collecting the residual feed and drinking water; the problems that beef cattle feeding is low in automation degree and efficiency, the freshness degree and sanitation condition of feed and drinking water are poor, and growth and development and meat quality of beef cattle are not facilitated can be solved.