38 results about "Motion management" patented technology

The invention discloses a manager, a system and a method for managing a domain-based mobile node. The system comprises a manager, a mobile node and at least three fixed nodes, wherein short-distance wireless communication is carried out between each fixed node and the mobile node, and the fixed nodes are interacted with the manager by network connection. The method comprises the following steps of: dividing a domain in the short-distance wireless communication coverage of the fixed nodes into a plurality of subdomains; receiving the unique identification information of the mobile node in the communication range of the fixed nodes and transferring the unique identification information and the related position information of the mobile node to the manager by the fixed nodes; calculating the position of the mobile node according to the position information by the manager; and setting a motion management rule for the mobile node to enter/exit a subdomain or approach the border of the subdomain in the manager so that when the motion management rule is triggered by the motion of the mobile node, a corresponding command in the motion management rule, such as informing the mobile node and sending an alarm signal, is executed by the manager.

The invention relates to a motion management system which uses wireless radio frequency for identification. The system at least comprises at least one wireless radio frequency label, a plurality of read/read-write units and a server, wherein each wireless radio frequency label contains identification data representing the identity of an athlete and is arranged on the athlete in a detachable or embedded mode; the plurality of the read/read-write units are arranged in a plurality of different fixed points, wherein each fixed point is provided with at least one read/read-write unit for reading/writing the identification data/motion data in the wireless radio frequency label; and the server is used for receiving the identification data/motion data transmitted by a plurality of read units/a single or the plurality of the read-write units and processing and/or recording the motion behavior and the information of motion quantity of all or at least part of the fixed points passed by athletes in sequence.

The invention discloses a wearable device and a motion management method. According to the enforcement mode, the wearable device comprises a display part, wherein the display part is used for displaying virtual images, the wearable device further comprises a first sensor and a controller, the first sensor is used for generating a first signal representing a physiological state of a user, the controller is used for determining the physiological state according to the first signal and controlling the display part for displaying the physiological state.

The present invention relates to the field of radiation therapy. In particular, the invention concerns systems and methods for monitoring intra-fraction motions of patients in connection with treatment cancer in radiation therapy system. Ultrasound waves are generated in a direction of a bone or a part of a bone of the patient being in a fixed relation to a cancer tumor to be treated by radiation therapy such that the generated ultrasound waves are reflected by the bone or part of bone using an ultrasonic transducer and sensing the reflected ultrasound waves at least one ultrasonic transducer. Time intervals between generated ultrasound waves and corresponding sensed reflected ultrasound signals are determined for the at least one ultrasonic transducer. Based on the time intervals, motions of the bone or part of bone are monitored using changes of the time intervals, wherein the motions indicate that the patient or a part of the patient has moved.

A therapy system and method treats an internal target of a patient (16). A treatment plan (36) is received to treat the internal target. The treatment plan (36) includes a plurality of treatment fractions including correspondences (38) between the internal target and an external body surface based on a pre-procedural planning image (14) and pre- procedural tracking data (20). Before selected treatment fractions of the plurality of treatment fractions, a pre-fraction planning image (50) of the target is received, tracking data (20, 52) of the external body surface of the patient (16) is received, and the correspondences (38) between the internal target and the external body surface are updated based on the received pre-fraction planning image (50) and the received tracking data (20, 52). Therapy is delivered to the patient (16) in accordance with the treatment plan (36) and using the updated correspondences (38).

The present invention relates to the field of radiation therapy. In particular, the invention concerns systems and methods for monitoring intra-fraction motions of patients in connection with treatment cancer in radiation therapy system. A patient marker is attached on the nose of the patient and images of the patient marker and reference markers of a reference tool is captured at predetermined time intervals, wherein the reference tool comprises reference markers and is arranged in a defined position relative to a patient fixation arrangement for fixation of the patient during treatment. A position of the patient marker relative the reference tool is determined based on images captured by an optical tracking system, wherein changes in the position provide information if the patient or a part of the patient has moved.

The invention relates to a weight training machine, comprising a frame in a rectangular cross section shape, a pair of guiding rods, a plurality of sensors, a plurality of balancing weights, a fixing rod, a cable, and a motion management portion. The fixing rod is provided with a hole for a pin, the hole being used for a pin which opens the above sensors and contains a magnetic component to insert. Through fixation of the above pin, the balancing weights do up-down reciprocating motion together. The cable is connected with the fixing rod and is connected with a handle which is used for a user to lift. The motion management portion receives perception signals of the sensors, the signals being output corresponding to the moving paths of the balancing weights, and from the perception signals, weight of the balancing weights, moving distances, and moving speed calculated with the installed sensors as a standard can be known, and amount of motion can be checked. Only when the actual motion range of the moving distance of the balancing weights, caused by a user of the weight training machine, is smaller than the minimum of a preset recommended motion range, and is larger than the maximum, the motion is seen as an effective motion number and is counted. The above effective motion number information which is counted is displayed on a display portion.

The invention relates to the technical field of technical statistics of competitive sports, in particular to a two-dimensional code directional motion management system. The Two-dimensional code directional motion management system mainly comprises a checkpoint terminal, a handheld terminal and a server terminal, wherein the checkpoint terminal is arranged on a checkpoint and can perform two-dimensional code display and GPS coordinate positioning; the handheld terminal is carried by a participant and can perform two-dimensional code scanning, GPS positioning, route information storage, data transmission and event information display; the server terminal can perform pre-match management, athlete management, two-dimensional code generation, checkpoint setup, route management, performance management and post-match management. The two-dimensional code directional motion management system provided by the invention has the benefits that electronic information technology equipment is introduced into the management of cross-country running and school sports; based on a two-dimensional code technology, automatic registration and statistical management are performed according to project characteristics of directional motion; the two-dimensional code directional motion management system has the characteristics of being simple and easy to operate, accurate to systematically calculate, high in speed, large in storage capacity, strong in reliability, low in cost and strong in popularization performance.

The invention discloses an intelligent football court management system comprising a football service platform, a main server, a WiFi module, a wearable device, a mobile phone client, a video storage device, and a high-definition camera. The wearable device includes a motion sensor and a GPS module; and on the basis of positioning of the GPS module, the motion sensor connected with the GPS module tracks and monitors a healthy and moving state during the football playing process. The wearable device is connected with the main server by the WiFi module; the main server is connected with the football service platform; the mobile phone client is connected with the football service platform; the high-definition camera is connected with the video storage device; and the video storage device is connected with the football service platform. According to the invention, the system is based on the football service platform and is assisted by corresponding hardware equipment, thereby forming a novel football court motion management mode integrated with various functions of motion data collection and analyses, video data recording and sharing, and omnibearing motion habit tracking and the like.

Described herein is a system and method of controlling real-time image-guided adaptive radiation treatment of at least a portion of a region of a patient. The computer-implemented method comprises obtaining a plurality of real-time image data corresponding to 2-dimensional (2D) magnetic resonance imaging (MRI) images including at least a portion of the region, performing 2D motion field estimation on the plurality of image data, approximating a 3- dimensional (3D) motion field estimation, including applying a conversion model to the 2D motion field estimation, determining at least one real-time change of at least a portion of the region based on the approximated 3D motion field estimation, and controlling the treatment of at least a portion of the region using the determined at least one change.

The invention provides an intelligent motion management system. The system comprises a user login unit, a data acquisition unit, an analysis unit and a display unit, wherein the data acquisition unitis used for acquiring motion information of a user, and the motion information comprises a motion type and motion amount information; the analysis unit comprises a calorie consumption conversion module and a comparative analysis module, the calorie consumption conversion module calculates a calorie numerical value or a virtual characteristic value according to the exercise amount information collected by the data collection unit, and the comparative analysis module performs comparative analysis on exercise types based on the exercise types collected by the data collection unit; the display unit is used for displaying at least part of analysis results of the analysis unit, and the consumption conversion module calculates calorie values or virtual characteristic values of users, so that theproblem of exercise management of the users is solved. In addition, the invention also provides an execution method of the intelligent motion management system.

The method comprises: the mobile node looks over the mobile anchor point options included in the router notice message; if the previous mobile anchor point option exists, then the mobile node forms new link onward transmission address, and sends the local binding renew message to the previous mobile anchor point; if the previous mobile anchor point option doesn't exist, the mobile node needs to select new mobile anchor point serving for itself; the mobile node compares its own integration measurement with the integration measurement threshold to decide which level of mobile anchor point should be selected; the mobile node forms new regional onward transmission address and link onward transmission address, and transmits the local binding message in order to register the mapping of two onward transmission addresses; registering mapping of the new regional onward transmission address and home address.

The invention relates to a favorite program management and intelligent prompting technique for a TV (television) which comprises a user motion management module, a manager, a detection module and a prompting message display management module. The invention is characterized in that the user motion management module inputs a signal to a management module for setting parameters; and the output of the management module is connected with the detection module and a user information display management module, wherein the detection module is used for detecting the program to be played, and the user information display management module is used for displaying information. The technique provided by the invention has the advantages of novel control strategy, detailed execution scheme and strong computer-human interactivity, and has wide development prospects in the television application field, especially the liquid crystal television application field.

The invention relates to a recommendation method and device for a motion management scheme of a patient with a chronic disease, and the method comprises the steps: obtaining the physical condition information of the patient; estimating whether the patient is suitable for motion or not according to the physical condition information; carrying out the matching of a target motion scheme with the patient when an estimation result is that the patient is suitable for motion; and outputting the target motion scheme to terminal equipment of the patient. According to the technical scheme of the invention, the method can achieve the automatic matching of the motion scheme with the patient who is suitable for motion, effectively improves the motion effect and safety of the patient on the basis of themotion estimation, facilitates the daily execution and long-terminal persistence for the patient, and facilitates the control of the disease.

The invention discloses a software implementation method and system for sports management. The method comprises the following steps: at least one sports organization ID is set and a user registers a corresponding buddy ID in the system; the user selects the registered sports organization ID with the corresponding buddy ID to become a member, and obtains the corresponding attribute data under the sports organization ID; the user inputs exercise parameters with their own running activities, and the corresponding amount of exercise is counted into his or her own statistics. The B/S structure modeis adopted in the software realization method and system for motion management provided by the invention, the method and the system can be realized based on WeChat applet; through the input of exercise parameters, the automatic accumulative record of running quantity can be realized, the management function of different running group managers is convenient, and the running quantity record and social function of running friend users can also be realized.

The invention relates to the field of motion management, and especially relates to a motion type adjustment method and device, electronic equipment, and a motion management system. The method comprises the steps: obtaining the effective motion amount of a user; and adjusting the motion type of the user according to the gene type information of the user if the effective motion amount of the user does not meet a prestored motion reference amount. Therefore, the method can combine the internal factors affecting the motion of the user for the adjustment of the motion type of the user, thereby outputting a more scientific and proper motion scheme.

The invention discloses a tension meter for motion monitoring and motion management and a system and a configuration method thereof, and the tension meter comprises a sensing device which is used for obtaining corresponding tension data when a user pulls the tension meter; a timing device which is used for providing time data corresponding to the tension data; a storage device which is used for storing the tension data and the time data and is also used for storing an exercise prescription; and a control processing device which is connected with the sensing device, the timing device and the storage device, and is used for generating exercise statistical data according to the tension data and the time data in the process that the user pulls the tension meter, and reminding the user of the achievement condition of the exercise target according to the exercise statistical data and the exercise prescription. The tension meter generates the exercise statistical data matched with the current user based on the tension data and the time data, prompts the user of the achievement condition of the exercise target according to the exercise statistical data and the exercise prescription, helps the user to perform reasonable tension exercise according to the exercise prescription, and ensures that the user obtains a proper exercise effect.

The invention discloses a movement management method combining ultrasonic wave with an abdominal pressure plate. Amovement management device based on combination of ultrasonic wave and an abdominal pressure plate comprises the implementation steps that S1, an ultrasonic probe and an abdominal pressure plate are connected to a bed plate, and it is guaranteed that the ultrasonic probe and the abdominal pressure plate are fixed relative to the position of the bed plate when ultrasonic data are collected, namely, the ultrasonic probe and the abdominal pressure plate are fixed in a laboratory or treatment room coordinate system; S2, the compression position and the height of the abdominal pressure plate are adjusted, the patient is forced to enter a shallow breathing state, and the position of the abdominal pressure plate is recorded; S3, the scanning position and the height of the ultrasonic probe are adjusted, and the positions of the ultrasonic probe in the horizontal direction and the vertical direction are recorded; and S4, the ultrasonic probe collects an abdominal ultrasonic image of the patient at the adjusted position, the tracking algorithm tracks the movement of the organ or tumor of interest in the ultrasonic image, and the position, the movement amplitude and the deformation degree of the organ or tumor of interest are obtained. According to the invention, the motion amplitude and deformation degree of the abdominal organ or the tumor are reduced, and the traceability and tracking reliability of the abdominal organ in the ultrasonic image are improved.

The present invention relates to a monitoring and management system, and particularly to a monitoring and management system of chronic diseases. The monitoring and management system comprises a healthrecord unit, a resource sharing unit, a data monitoring unit, an information management unit, a treatment management unit and a medication management unit, the health record unit comprises a personalinformation module, a physical examination information module, a diagnosis information module, a treatment information module and a clinical information module, the resource sharing unit comprises anappointment management module, a consultation management module, an expert management module and a consultation auxiliary module, the treatment management unit comprises a motion management module and a diet management module, and the medication management unit comprises a medication planning module and a medication reminding module. The monitoring and management system can quickly search basic information of patients, is convenient for doctors and patients to carry out early warning, medium-term control and later treatment on some symptoms, complications, dangerous factors and the like, canconduct remote consultation, diagnosis, treatment and rehabilitation guidance, and also enables data collection to be more complete.

Systems and methods for managing motions of an anatomical region of interest of a patient during image-guided radiotherapy are disclosed. An exemplary system may include an image acquisition device, aradiotherapy device, and a processor device. The processor device may be configured to determine a primary plane of motion of the anatomical region of interest and determine a plurality of 2D slicesparallel to the primary plane. The plurality of 2D slices may define a 3D volume substantially enclosing the anatomical region of interest. The processor device may also be configured to control the image acquisition device to acquire a plurality of 2D images based on the plurality of 2D slices and determine a motion of the anatomical region of interest based on at least a subset of the acquired plurality of 2D images. The processor device may be further configured to control radiation delivery based on the determined motion.

The invention discloses a content data pushing system for body management. The system comprises an intelligent wearing device, an intelligent terminal and a content pushing device which are connectedsequentially by signals, wherein the content pushing device comprises a model building part, an information acquiring part, a data pushing part and a content database, and the information acquiring part and the data pushing part are connected with the model building part; the data pushing part comprises a model matching unit, a data extracting unit and a data sending unit which are connected in sequence; the content database comprises a data receiving unit, a crawling unit and a data storing unit which are connected in sequence; the information acquiring part comprises a request receiving unit, an information extracting unit, a command receiving unit and a data acquiring unit, the request receiving unit and the information extracting unit are connected in sequence, and the command receiving unit and the data acquiring unit are connected in sequence. On the basis of personal data of users and monitoring data of the users, the system push abundant body management reports for the users while displaying motion quantity reports for the users, and accordingly, better motion management and body management is achieved.