60 results about "Biological feedback" patented technology

A computer network implemented system for improving the operation of one or more biofeedback computer systems is provided. The system includes an intelligent bio-signal processing system that is operable to: capture bio-signal data and in addition optionally non-bio-signal data; and analyze the bio-signal data and non-bio-signal data, if any, so as to: extract one or more features related to at least one individual interacting with the biofeedback computer system; classify the individual based on the features by establishing one or more brain wave interaction profiles for the individual for improving the interaction of the individual with the one or more biofeedback computer systems, and initiate the storage of the brain waive interaction profiles to a database; and access one or more machine learning components or processes for further improving the interaction of the individual with the one or more biofeedback computer systems by updating automatically the brain wave interaction profiles based on detecting one or more defined interactions between the individual and the one or more of the biofeedback computer systems. A number of additional system and computer implemented method features are also provided.

A biofeedback device and the light sensor used thereby are described herein that can be mounted on or integrated with eyewear such as swimming goggles. The biofeedback device may include a heart rate measurement apparatus comprising a reflected green light sensor, and first, second, and third green light emission elements. The biofeedback device may include a housing having a first portion and a second portion, which each of the first and second portions having a first side and a second side. At least a portion of the heart rate measurement apparatus may be disposed within the housing first portion and may be exposed through an opening in the second side of the housing first portion. The biofeedback device may also include an opening that allows the device to be removably engageable with at least a portion of the swimming goggles.

The invention discloses a multi-muscle collaborative myoelectricity feedback rehabilitation training system. The multi-muscle collaborative myoelectricity feedback rehabilitation training system comprises a human-machine interaction module, a signal acquisition module, a signal analysis and processing module, a track and parameter setting module, a muscle abnormal retraction mode recognition module and a signal storage module, wherein the human-machine interaction module is used for guiding users to carry out the human-machine interaction task; the signal acquisition module is used for acquiring a mechanical signal and a myoelectricity signal generated in the retraction action process of the target muscle; the signal analysis and processing module is used for extracting characteristic parameters of a signal acquired by the signal acquisition module to obtain and transmit the control signal to the human-machine interaction module for carrying out the corresponding training control; the track and parameter setting module is used for setting various parameters of the human-computer interaction task; the muscle abnormal retraction mode recognition module is used for recognizing the muscle abnormal retraction mode in the rehabilitation training process and issuing an alarm; the signal storage module is used for storing the mechanical signal, the myoelectricity signal and characteristic parameters of the mechanical signal and the myoelectricity signal. The invention also provides a multi-muscle collaborative myoelectricity feedback rehabilitation training method. The collaborative capacity of multiple muscles can be trained continuously in real time, and the rehabilitation efficiency can be improved by combining the biological feedback.

The invention provides a wireless intelligent Kegel pelvic muscle training device and a control method of the wireless intelligent Kegel pelvic muscle training device. Pelvic muscle pressure is collected through a thin-film pressure sensor, and biological feedback is performed according to the magnitude of the pressure, so that the vibration intensity of pelvic muscle training is adjusted; non-traumatic treatment is performed on postpartum women and uracratia patients through human-computer interaction so that the rehabilitation effect can be achieved. The wireless intelligent Kegel pelvic muscle training device has the ingenious advantages that a targeted training course can be performed according to the age group and the disease degree of the patients; treatment data of the training device can be compared with historical treatment data at different treatment stages in real time; accordingly, the treatment scheme can be adjusted and optimized, and therefore insufficient treatment or overtreatment is avoided.

A secure dispensing device uses biofeedback to control release of a controlled substance. The secure dispensing device includes a housing with an access compartment that holds a controlled substance, the controlled substance including a first amount of the controlled substance to be dispensed according to one or more initial dispensation parameters; a controller that receives prescription bioinformation about a user and processes the prescription bioinformation to determine an adjusted dispensation parameter for the controlled substance to be dispensed, the initial dispensation parameter and the adjusted dispensation parameter of the controlled substance to be dispensed being different; a regulator that releases the controlled substance from within the housing; and an exit path with an opening that is sized for the controlled substance to be released outside of the access compartment.

The invention relates to the technical field of brain wave training and electroencephalogram biological feedback treatment and discloses an electroencephalogram biological feedback diagnosis and treatment instrument and system and a using method. The electroencephalogram biological feedback diagnosis and treatment instrument is an integrated device which is provided with an electrode, a brain wave sensor, a microprocessor and an output feedback device and can be worn on the head of a person, and the electroencephalogram biological feedback diagnosis and treatment system is a treatment system according to which a diagnosis and treatment device is separated from a monitoring device. On one hand, a wearer can conduct electroencephalogram biological feedback diagnosis and treatment directly by means of the integrated treatment device, the brain-machine interaction efficiency is greatly improved, and the electroencephalogram biological feedback diagnosis and treatment effect is improved; on the other hand, the physical and mental state of the wearer can be monitored in an interference-free mode for a long time by monitoring personnel at a far end, in-time treatment advises can be provided for the wearer, and the treatment effect is improved easily.

The present invention relates to health preserving, and is especially personalized stereo health preserving method and device under the direction of personalized stereo health theory. Specifically, the personalized stereo health preserving device consists of health testing module, physique testing module, health preserving plan module, diet directing module, nutritive medicated food directing module, sports directing module, relaxation inducing module, psychological regulating module, biological feedback module, information feedback module, personalized stereo health preserving management module, special health advisor computer unit with peripheral health index measuring equipment, and special health user's multimedia computer unit with biological feedback equipment. The present invention may be used widely in personal health preservation.

The invention discloses a biological feedback type delivery physical analgesia device. The biological feedback type delivery physical analgesia device comprises a maternal womb monitoring module, a hand hold type pressure sensor, an electrical stimulation wave group generator, an electrical stimulation wave group output module and a delivery analgesia work station. The maternal womb monitoring module is used for detecting maternal womb physical sign signals, the hand hold type pressure sensor is used for converting degrees of pain sensed by parturients into pressure values, the delivery analgesia work station is used for comprehensively analyzing output parameters of electrical stimulation wave groups according to uterine contraction pressure values and hand hole pressure values in the maternal womb physical sign signals, and the electrical stimulation wave group generator regulates and controls to generate electrical stimulation wave groups according to the output parameters and outputs the electrical stimulation wave groups to body surfaces of the parturients through the electrical stimulation wave group output module and electrodes. The invention is further provided with an output and display module used for interaction between operators and equipment. The biological feedback type delivery physical analgesia device can duly regulate and control electrical stimulation wave group output parameters, the electrical stimulation wave group signals comprehensively take sense of organisms on electrical stimulation pulses of different frequencies and wave forms.

The invention discloses an intelligent massage device. The intelligent massage device comprises a shell, a power source, a control center, a triggering system, a power mechanism, a massage head and a sensing device, wherein the power mechanism and the massage head are respectively connected to the control center, the sensing device is arranged between the power mechanism and the massage head, the triggering system is connected to the power mechanism, the contort center is used for receiving massage status information detected by the sensing device, analyzing and processing the massage status information and controlling the massage head to move by driving the power mechanism, and the triggering system is used for receiving a load signal so as to control the starting and stopping of the power mechanism. The intelligent massage device has the advantages that the control center is used for acquiring and analyzing the massage status information detected by the sensing device, after the triggering system is used for controlling the starting of the power mechanism, the power mechanism is driven to drive the massage head to move according to an action signal given off by the control center, and on the basis of artificial intelligence/biological feedback, pressure pulses or other mechanical exciting waveforms and frequencies adapting to human body requirements can be output, and the therapeutic dose can be controlled.

The invention provides an electronic body-building training method. The method comprises the following steps: receiving a selection instruction, and determining the training pattern corresponding to the selection instruction; if the training pattern is the anaerobic training pattern, collecting first biological feedback data and first training data of a user in the anaerobic training pattern; placing the first biological feedback data and the first training data into a preset model for training, so that a training result is obtained, and determining that whether the current training is normalor not according to the training result; and if the current training is not normal, acquiring myoelectricity data of each muscle group of the user, and generating a muscle group training comparison chart and correcting information based on the myoelectricity data, so that the user can correct the training movements. The invention further provides an electronic body-building training system and a readable storage medium. According to the technical scheme, the training movements of the user can be timely and systematically adjusted, the injuries caused to the body of the user are avoided, and then the body-building efficiency of the user is improved.

The invention provides a biological feedback control method and system based on HRV heart rate variability training. The biological feedback control method comprises the steps that S1, mode options of any one or more combinations including a breathing guiding mode, a breathing training mode and a state evaluating mode are provided for a user to select; and S2, a corresponding mode interface is entered according to the selecting operation of the user, and heart rate variability analyzing is conducted on the current user when the user selects the breathing training mode or the state evaluating mode. The biological feedback control method has the advantages that the biological feedback control method is not limited to simple evaluation any longer, by conducting pointed breathing trainings with different rhythms on the user, impaired parasympathetic nerves (or sympathetic nerves) can recover to be balanced, and the purpose of effective preventing or relieving some diseases is achieved.

A computer multimedia type multifunctional biologic feedback apparatus for directing the feedback training and relax training of a trainee in order to treat its diseases and take care of its health features that it can automatically judge the variation of the trainee in physiological state during the training and prompt the trainee in multimedia mode (image, sound, etc).

The invention discloses a brain-controlled active lower limb medical rehabilitation training system, and the system comprises an electroencephalograph controller, brain-controlled software downloaded in a computer, and a myoelectricity biological feedback device. The electroencephalograph controller, the brain-controlled software downloaded and the myoelectricity biological feedback device are connected with each other based on 3G or 4G wireless signals. The electroencephalograph controller comprises a wearable electroencephalograph sensor and a wireless communicator. The myoelectricity biological feedback device comprises a main unit and an electrode wire which is electrically connected with the main unit and can be connected with the lower limb of a human body. Based on the above, the invention also discloses an application method of the system. Through collecting a brain signal of a patient, the system carries out the feature analysis, recognizes the motion intention of a lower limber of a motion afunction patient, controls the myoelectricity biological feedback device to stimulate the muscle of the lower limber to complete the corresponding motion, and effectively improves and restores the motion function of the patient.

The invention discloses a non-contact type biological feedback training method and relates to a biological feedback training method based on a non-contact type wireless biosensor and real-time monitoring of respiratory waves and heartbeat waves. The non-contact type biological feedback training method comprises the steps that when using a system, a patient or a trainer first starts a biological feedback training software on a computer or a smart phone, places the non-contact type wireless biosensor in front or at the back of himself and then clicks on a training starting button to begin the biological feedback training. A wireless ultra wide band impulse transmission receiver is utilized and is in combination with a digital signal processing module to monitor variations of physiological signal including respiratory signals and heartbeat signals, and the variations are input into biological feedback training software programs, so as to form a complete feedback system.

The invention discloses a psychological protection shelter. According to the technical scheme, a consulting unit, a small group intervention unit and a psychotherapy unit are arranged in the shelter, wherein a notebook computer, a foldable worktable, foldable chairs and a psychology wall map are configured in the consulting unit; psychological intervention chairs, a mobile television and a server are arranged in the small group intervention unit, and each psychological intervention chair is equipped with a tablet computer; a psychotherapy chair, a biological feedback training therapeutic apparatus, a brain wave therapeutic apparatus and an apparatus table are arranged in the psychotherapy unit. The psychological protection shelter has the advantages as follows: the defects of the conventional equipment can be overcome, the problem of psychological stress disorder of field personnel can be solved effectively, and the psychological intervention and protection capacity of the personnel can be improved.

The present invention relates to biofeedback training equipment, in particular, it relates to a multifunctional biofeedback training equipment and relaxation directing equipment with automatic prompting and breath simulation function. Said equipment can be extensively used for biofeedback training and relaxation training.

The invention provides a biological feedback based intelligent foot electric-shock system which comprises an intelligent control device, a biological feedback device, an electric-shock control device and an animal behavior monitoring device. The biological feedback device is used for collecting physical activity information and psychological activity information of animals, the physical activity information includes heartbeat data, and the psychological activity information includes activity data; the animal behavior monitoring device is used for collecting behavior signals of the animals and analyzing to acquire behavioral data; the intelligent control device is used for generating electric-shock instructions according to the physical activity information, the psychological activity information and the behavioral data; the electric-shock control device is used for performing electric shock on the animals according to the electric-shock instructions. By the arrangement, intelligent foot electric shock on particular areas and time phases is realized.

The present invention relates to automatic dice game device, and is especially one automatic dice game device controlled with the physiological signal of the player. The automatic dice game device consists of playerí»s physiological signal acquiring unit, signal processing and analyzing calculation unit, and automatic dice game unit. In game, the physiological signals of all the players are collected, regulated, processed and analyzed to calculate the multiplying factors representing the changes in the physiological states of the players, the game result is decided according to the multiplying factor levels of the players, and the game result is converted into command transmitted to the CPU of the computer in the automatic dice game device to control the dice to show corresponding points. The automatic dice game device makes dice game more interest and may be also used in biological feedback training and relaxing training.

The invention discloses a biological feedback headache treating instrument, which is provided with a vibration gyroscope, a control unit, a low-frequency electrotherapy unit, wherein the vibration gyroscope is used for detecting the head movement of a human body; the control unit is communicated with the vibration gyroscope; and the low-frequency electrotherapy unit is used for emitting low-frequency pulse current. During use, the control unit is used for receiving and analyzing head vibration signals uploaded by the vibration gyroscope. When the generating frequency of the head vibration signals exceeds a certain frequency within a certain time threshold, the control unit is used for controlling the low-frequency electrotherapy unit to output pulse current for treating a user. According to the technical scheme, biological feedback technology is applied to the biological feedback headache treating instrument and a headache medical system based on an Internet of things technology, so that the electrocerebral information of a current user can be obtained effectively through real-time cerebral cortex detection; and by comparing with pre-stored relevant information of current, the headache condition of the user can be judged accurately, and high reliability is achieved.

The invention discloses a progress class system, comprising a courseware server, a feedback server and a teaching server. The courseware server provides class information and class resources for the feedback server and the teaching server; the feedback server feeds back analysis, evaluation and award results for the courseware server and the teaching server; the teaching server provides teaching information for the feedback server and the courseware server; an efficient interactive class is established with a progress learning system; each student's learning state and results are monitored inreal time based on biological feedback and aptitude feedback by means of a mobile intelligent terminal; the progress class system allows a student's cognitive ability to be given to fullest play, thestudent is progressively promoted to improve the learning ability, average class efficiency may be three times as high as that of a traditional class and twice as high as a multimedia class. When thestudent's learning ability reaches an advanced phase, the class efficiency of the progress class system may be more than five times as high as that of a traditional class.

The invention discloses an anorectum self-adaption biological feedback system, a pressure measurement catheter thereof and a use method thereof. The pressure measurement catheter comprises a plurality of sensor connectors located at the head and an in-cavity catheter body. A plurality of catheter water outlet holes are formed in the in-cavity catheter body, and a plurality of water paths are arranged inside the in-cavity catheter body. Each catheter water outlet hole is connected with the corresponding sensor connector through the corresponding water path. According to the pressure measurement catheter, the pressure of the anorectum is measured through a pressure receptor, and the movement of the anorectum can be directly reflected; meanwhile, quantitative analysis can be given to the self-adaption feedback system, and a patient can more clearly learn the defecating movement of the patient and carry out adjustment and correction in time.

The invention provides a method of controlling an output current intensity and an electric stimulation therapeutic instrument used for controlling the output current intensity through the method. The control method comprises the following steps of testing a pelvic-floor-muscle front resting stage muscle potential and an initial muscle potential threshold of a pelvic floor correlation muscle group; and according to the tested muscle potential threshold, adjusting a system threshold and outputting a corresponding electric stimulation signal. By using the method and the electric stimulation therapeutic instrument, through biological feedback training, according to a specific condition of a subject, a system threshold is automatically adjusted.