88 results about "Exercise program" patented technology

The invention is an AI-powered fitness and health management system providing personalized, dynamic recommendations tailored to user-specific goals such as weight loss, muscle gain, and diabetes management. Leveraging Artificial Neural Networks (ANN), Decision Tree algorithms (J48), and Convolutional Neural Networks (CNN), the system analyzes user inputs, including voice commands, wearable device data, blood glucose readings, and food scans, to deliver real-time, adaptive meal and workout plans. Voice activation, initiated with the command “Run Fitzy”, enables hands-free logging of meals, workouts, and health metrics. Computer vision technology scans food labels and meal images, extracting nutritional data and automatically integrating it into the user's profile. The system dynamically adjusts remaining daily meals and activities to meet caloric, fitness, and glucose targets. Social networking features include geo-tagging, fitness challenges, and monetizable content sharing. Built on a secure, scalable cloud infrastructure, the platform integrates e-commerce functionality and ensures compliance with data protection standards.

A system is disclosed that monitors participants in health-related programs, such as weight loss or exercise programs, and that provides automated, personalized health coaching to the program participants. The system includes breath analysis devices that are used by the program participants to generate ketone measurements, and includes a mobile application that runs on mobile devices of the participants and communicates with corresponding breath analysis devices. The system operates generally by monitoring ketone levels (such as acetone levels) and other attributes of the participants and by making personalized, machine-generated changes or updates to such programs to maintain program effectiveness and engagement. In some embodiments the system uses artificial intelligence to classify and coach the participants.

Systems and methods for creating personalized exercise programs are disclosed. An image capture device and a computer device are used to capture images of a user while the user performs athletic movements. The images may then be evaluated to create a human movement screen score. The human movement screen score, goal and time commitment information may then be used to create a personalized exercise program tailored to the specific user.

This operating method of an electronic device for providing a personalized exercise coaching function may comprise the steps of: receiving, from a wearable device worn on a user's body, sensor data measured by one or more sensors of the wearable device; during the execution of an exercise program using the wearable device, determining exercise coaching content on the basis of exercise program information of the exercise program and the sensor data; and controlling the determined exercise coaching content to be output. The step of controlling the exercise coaching content to be output may comprise the steps of: determining, on the basis of the received sensor data, the user's performance level for a first exercise goal indicator specified in the exercise program information; controlling, on the basis of the user's performance level for the first exercise goal indicator, first exercise coaching content for the first exercise goal indicator to be output; on the basis of a determination that the user's performance level satisfies a target condition set for the first exercise goal indicator, determining the user's performance level for a second exercise goal indicator having a lower priority than the first exercise goal indicator; and controlling, on the basis of the user's performance level for the second exercise goal indicator, second exercise coaching content for the second exercise goal indicator to be output.

A device may receive user input for a customized workout, the user input including at least one exercise parameter. A device may generate, based on the at least one exercise parameter, a plurality of exercise device controls, the plurality of exercise device controls configured to adjust at least one exercise parameter of an exercise device. A device may generate an exercise program to be implemented on the exercise device, the exercise program including the plurality of exercise device controls.

A system for providing guided and monitored exercise routines wherein physiological data measurements are used to determine an optimized exercise program for a participant. The exercises are displayed on a smart device in such a way to maximize the benefits given the participant's current physiological state. Improvements including wellness monitoring and safety monitoring steps are also disclosed. In particular, measurements of total and individual lung performance and heart performance are used to select exercises and monitor health.

A multi-functional exercise device is disclosed for performing exercise programs using a single exercise device. The device can be easily reoriented to the desired direction for exercise via selectively extendable casters and wheels. The multi-functional exercise device may be equipped with storage locations to hold weights and other accessories together, providing the necessary weights and accessories for performing full-body exercise programs. An articulated frame assembly allows the padding assembly to be raised to either a partially tilted configuration or a fully tilted configuration. In the partially tilted configuration, a seated exercise device is provided. In the fully tilted configuration, the entire padding surface of the device can be tilted to the desired vertical orientation for performing other exercises using the device.

A user healthcare method and system according to the present invention may comprise the steps of: receiving, from a user terminal logged in with a user account, a selection of at least one musculoskeletal part, for which exercise is to be performed by the user, from among a plurality of musculoskeletal parts; in response to the selection of the musculoskeletal part, providing, to the user terminal, a plurality of pieces of survey data for diagnosing the health condition of the user; receiving, through the user terminal, response data for the plurality of pieces of survey data; generating an exercise program for the selected musculoskeletal healthcare on the basis of the response data; and allocating the exercise program to the user account.

This invention relates to the field of physical and mental health monitoring technology, specifically to methods for assessing physical and mental health, methods for recommending exercise, and systems for supporting physical and mental growth. When assessing an individual's physical and mental health, this invention considers not only psychological health levels and physical indicators but also the individual's physical activity status. Since physical activity status is objective data, and existing research has shown a close correlation between physical activity and physical and mental health, this invention uses quantifiable and health-related objective data on physical activity status to assess physical and mental health, thereby improving the accuracy of the assessment results. Furthermore, this invention recommends exercise programs based on the assessment results of physical and mental health, ensuring that the recommended exercises can improve the individual's physical and mental health.

A fitness tracking system can include at least one processor and non-transitory memory storing instructions which, when executed by the at least one processor, cause the at least one processor to perform operations including receiving, from one or more wearable devices having sensors for detecting motion of a user, first data characterizing raw motion of a user during an exercise activity, determining, using a first artificial intelligence (AI) model, based on the first data, a readiness metric associated with the exercise activity, determining, using a second AI model, based on the readiness metric, an exercise plan for the user, and providing second data characterizing the exercise plan.

An exercise assistance method for assisting a user in exercising based on a gradient of a ground surface, and a wearable device and an electronic device for performing the exercise assistance method are disclosed. The exercise assistance method may include the operations of: determining a ground slope in a direction in which a wearable device worn by a user moves based on sensor data; determining whether the ground in a direction in which the wearable device moves is a downhill or uphill based on the ground gradient; when the ground surface is determined to be downhill or uphill, determining a target exercise speed for implementing a target exercise amount of an exercise program running in the wearable device based on the ground surface gradient; and adjusting at least one of a current target exercise speed set in the exercise program and a current exercise intensity set in the exercise program based on the determined target exercise speed.

To provide a system capable of providing health management and an exercise plan optimum for an individual user.SOLUTION: The system includes a body weight / body fat acquisition part, a metabolism calculation part, a calorie / exercise amount calculation part, a voice advice part, a meal management part, an exercise management part, a timer part, a data storage part, and a statistical data creation part. The body weight / body fat acquisition unit acquires body weight and body fat. The metabolism calculation unit calculates basal metabolism and active metabolism. The calorie / exercise amount calculation unit calculates a required calorie intake and a required exercise amount. The audio advice unit provides audio advice. The meal management unit manages meal contents. The exercise manager may manage an exercise menu. The timer unit manages a rest time. The data storage unit stores data. The statistical data creation unit creates statistical data.SELECTED DRAWING: Figure 1

An exercise program recommendation method according to an embodiment may comprise the operations of: activating a physical fitness measurement program of a first wearable device; obtaining first angle log data of a joint measured by a first sensor of the first wearable device, the first angle log data corresponding to at least a part of a period during which a first session of the physical fitness measurement program is performed; calculating a first index for muscular strength and muscular endurance of a user on the basis of the first angle log data; and determining a target exercise program for a user from among a plurality of exercise programs on the basis of the first index, and outputting information on the target exercise program.

To provide a rehabilitation program for an orthopedic patient in a telemedicine system using a smart device.SOLUTION: To calculate a rehabilitation index for quantitatively evaluating the recovery state of a patient by a numerical scale on the basis of a recovery evaluation score calculated on the basis of a questionnaire using a health-related QOL evaluation scale. A rehabilitation program of a grade suitable for the patient is selected on the basis of the calculated rehabilitation index, exercise biological information of the patient who has executed an exercise program of the rehabilitation program of the selected grade is measured and collected by the wearable sensor device, and it is determined whether the measured and collected data satisfies an exercise target value set in the rehabilitation program of the grade, whereby the grade of the selected rehabilitation program is updated to a program of a grade in which a load more suitable for the patient is applied.SELECTED DRAWING: Figure 1

The present invention relates to a cable puller and an exercise device thereof, wherein that cable puller is used for being mounted onto a frame to be connected with a steel cable and comprises a pulley block, an attachment sleeve, a positioning disc, an arm seat, an arm and a pulley seat; the cable puller has a plurality of degree-of-freedom and is used for executing a plurality of exercise programs on a single machine to enhance the strength of the core body, and users can exercise at any angle according to their own needs.

The system according to the embodiment aims to allow elderly people to create exercise plans using voice input and to link with other health management apps. [Solution] A system according to an embodiment includes a reception unit, a collection unit, a planning unit, a linking unit, and a providing unit. The reception unit receives voice input. The collection unit collects weather information. The planning unit creates an exercise plan based on the voice input received by the reception unit and the information collected by the collection unit. The linking unit links exercise results with other health management apps based on the exercise plan created by the planning unit. The providing unit provides advice based on the exercise results linked by the linking unit.

An electronic device is provided. The electronic device analyzes music so as to extract the sound intensity and the rhythm pattern from the music, generates, on the basis of the extracted sound intensity and the extracted rhythm pattern, guide data for an exercise program corresponding to the music, and can determine the exercise content of the exercise program on the basis of the generated guide data and movement information received from a wearable device connected to the electronic device.

An adjustable physical therapy and exercise kit includes a bar, a holding structure, and a plurality of weights. A user can move the bar in an oscillating manner to cause the bar to flex and move back and forth to exercise parts of the body of a user. The plurality of weights is designed to be detachably connected to the bar at the first end portion and the second end portion. The weights are attachable and detachable to permit a therapist or a user to vary the total weight in accordance with a physical therapy or exercise program suitable for the user's strength, health, age, and / or physical therapy or exercise needs.

Disclosed are an electronic device and a wearable device having a wearing state detection function, and operating methods thereof. The operating method of the wearable device may comprise the steps of: acquiring sensor data from a sensor; determining, on the basis of the sensor data, an angular velocity of a user's first leg and an angular velocity of the user's second leg; determining whether a first condition based on the angular velocity of the first leg and the angular velocity of the second leg is satisfied; determining, on the basis of the sensor data, an angle of the user's first leg and an angle of the user's second leg; determining whether a second condition based on the angle of the first leg and the angle of the second leg is satisfied; when the first condition and the second condition are determined to be satisfied, generating a trigger signal for guiding an electronic device to change the state of an exercise program; and transmitting the generated trigger signal to the electronic device.

The invention relates to the technical field of medical data analysis, in particular to a PCI (Peripheral Component Interconnect) postoperative personalized exercise rehabilitation scheme dynamic generation system which comprises a user data acquisition module, an exercise scheme generation module, an exercise scheme pushing module and an exercise feedback module, according to the method, three types of heterogeneous data including occupational types, operation reports and risk assessment levels are synchronously collected, post physical ability requirements and PCI postoperative taboo of four types of occupational crowds are accurately matched, and the personalized matching precision is improved by 40% or above; by integrating five-level closed-loop control logic of compliance adjustment, heart rate updating, state optimization, common triggering correction and delay reconstruction, adopting a priority arbitration strategy and setting a 25% delay fusing threshold value, the incidence rate of insufficient rehabilitation and overtraining risk events is reduced by 65%, dynamic balance of adaptive adjustment and medical safety is achieved, and the recovery rate is improved. And the operation efficiency and the clinical safety of the system are obviously improved.

An exercising device with fistula maturation management and assessment abilities and a method of fistula maturation management and assessment is described. The device is a tool for remote monitoring of compliance of exercise routines prescribed to Chronic Kidney Disease (CKD) patients for proximal fistula maturation. The device measures and syncs exercise data captured via a motion-sensing sensors (eg: a MEMS / NEMS micro-electro-mechanical systems or nano-electro-mechanical systems or other techniques - based accelerometer, gyroscope, magnetometer, inertial measurement unit etc.) and via computational device (eg: mobile phone, tablet, or an onboard device) to a cloud platform (eg: cloud platform, such as Amazon web service [AWS], Google cloud etc.) from which the Nephrologist can retrieve patient data and check for compliance.

A method for prescribing customized grip strength recovery exercise on the basis of an IOT-based digital dynamometer, according to an embodiment of the present invention, is a method in which a healthcare application executed by at least one processor of a terminal provides a customized exercise prescription service, and comprises the steps of: performing an initial setting by obtaining a basic grip strength at a time point before surgery; obtaining a first grip strength at a first time point after the surgery; generating a first exercise program on the basis of the basic grip strength and the first grip strength; obtaining a first exercise dataset for the first exercise program at a second time point that is a predetermined time point after starting to perform the first exercise program; generating exercise result content for the obtained first exercise dataset; and generating a second exercise program in which the composition of the first exercise program is changed on the basis of the obtained first exercise dataset.

Provide a system. 【Solution means】An acquisition means for acquiring exercise data, An acquisition means for acquiring exercise data, A body shape analysis means for photographing and analyzing body shape data, A nutrition analysis means for analyzing diet data and determining the calorie and nutrient balance, A proposal generation means for generating a personalized exercise program and diet proposal based on these data, A notification means for notifying the user of the generated exercise program and diet proposal, An audio output means for providing health-related information via audio output, Means for providing a consumer health management robot for acquiring and analyzing data in a residential environment, A system including.

The invention relates to the field of exercise scheme recommendation, in particular to an exercise scheme generation method and system based on body measurement data. According to the physical test data analysis of the student, each physical quality of the student can be scored according to the current standard, the weakest physical quality of the student can be analyzed according to the score, and a plurality of pieces of corresponding exercise data can be given according to the preset database, so that the student can learn and exercise conveniently, and the student experience is improved. The physical quality of students can be improved in a more targeted mode, interestingness is achieved, exercise data are provided and divided into garden exercise and parent-child exercise, the garden exercise facilitates teaching of school teachers, and the parent-child exercise facilitates exercise of the students at home; the problem that weak items of student physique are difficult to detect and corresponding exercise schemes are difficult to generate in a targeted manner in the prior art is solved.

Foundation models may be trained or fine-tuned to produce exercise recommendations for a user based on a user input and user exercise information. The foundation models of the present disclosure may be applied to perform many exercise tasks, including generating natural language summaries of exercise programs, natural language stories of the user, generate fitness programs, and prepare emotional responses to emotional input.

A fitness guidance system provides AI-powered conversational fitness assistance through an intuitive multi-step assessment wizard interface that progressively collects user preferences across eight sequential screens. The system generates personalized meal and workout plans using natural language processing and smart device integration. A dual-mode planning interface enables AI-powered automatic generation or manual plan creation with computational resource management through quota systems. An integrated dashboard displays real-time calorie flow from connected devices and scheduled activities. A marketplace platform connects credentialed fitness professionals with users, enabling professionals to create, publish, and monetize standardized programming packages with automated validation, tiered pricing models, and analytics-driven refinement capabilities.

An indication is received from a user to rack or unrack a digital weight. A motor is signaled to apply or remove tension to a cable coupled to the motor based at least in part on the indication. The actuator is connected to the cable and is physically arranged to deliver a force to the user. The motor selectively tensions a cable in accordance with an exercise program.

A volume control system may receive and playing a program audio stream at the exercise device, the program audio stream played with a program volume, wherein the program audio stream is part of an exercise program package, the exercise program package including exercise device controls that adjust an operating parameter of the exercise device, the program audio stream synchronized with the exercise device controls. A volume control system may receive and playing a media audio stream at the exercise device, the media audio stream played with a media volume. A volume control system may based on a content of the exercise program package, adjusting a relative volume of the program audio stream to emphasize the program audio stream.

A volume control system may receive and playing a program audio stream at the exercise device, the program audio stream played with a program volume, wherein the program audio stream is part of an exercise program package, the exercise program package including exercise device controls that adjust an operating parameter of the exercise device, the program audio stream synchronized with the exercise device controls. A volume control system may receive and playing a media audio stream at the exercise device, the media audio stream played with a media volume. A volume control system may based on a content of the exercise program package, adjusting a relative volume of the program audio stream to emphasize the program audio stream.

According to an embodiment of the present invention, a method for prescribing a customized shoulder rehabilitation exercise on the basis of an IoT-based digital dynamometer is a method in which a healthcare application executed by at least one processor of a terminal provides a customized exercise prescription service. The method comprises the steps of: performing initial setting by acquiring basic gripping power and a basic angle at a time point before surgery; acquiring first gripping power and a first angle at a first time point after surgery; generating a first exercise program on the basis of the acquired basic gripping power and first gripping power, and the basic angle and the first angle; acquiring a first exercise dataset for the first exercise program at a second time point which is a prescribed time point after starting to perform the first exercise program; generating exercise result content for the acquired first exercise dataset; and generating a second exercise program in which the construction of the first exercise program is changed on the basis of the acquired first exercise dataset.