88 results about "Frontal lobe" patented technology

The invention concerns a prosthesis wherein the contact surfaces of the femoral part (i), the insert (3) and the knee joint are defined by the combination of two curves, a spiral-type curve in the saggital plane following an undulating curve (sinusoidal) in the frontal plane. The latter comprises two concave lateral parts and a central dome-shaped convex part, the three parts being connected without any angulation, protuberance, or flat parts or bends and providing continuous medio-lateral contact on the three zones, from complete extension to complete bending, and a concave-convex nesting in the central zone.

The present invention relates to compositions and methods for the detecting, preventing, treating, and empirically investigating seizures and seizure related disorders (e.g., West syndrome, TSC, childhood absence epilepsy, benign focal epilepsies of childhood, juvenile myoclonic epilepsy (JME), temperol lobe epilepsy, frontal lobe epilepsy, Lennox-Gastaut syndrome, occipital lobe epilepsy). In particular, the present invention provides compositions and methods for detecting, treating, preventing and empirical investigating seizures and seizure related disorders through inhibition of mTOR function. In addition, the present invention provides methods and compositions that utilize mTOR inhibiting agents (e.g., rapamycin) in the detecting, preventing, treating, and empirical investigating of seizures and seizure related disorders.

The present invention provides systems, apparatus and methods for treating nerve disorders in the brain. An electrode is introduced into a patient's sinus cavity and an electrical impulse is applied to the electrode to modulate one or more target nerves in the brain to treat the disorder. In preferred embodiments, the electrode is positioned within a sinus cavity adjacent to or near the frontal cortex of the brain and the electrical signal is sufficient to modulate, stimulate and/or inhibit nerves within the frontal cortex. The electrode may be movable between a collapsed or compact configuration for introduction into the sinus cavity and an expanded configuration for contacting tissue within the sinus cavity to deliver the electrical impulse through the tissue to the target nerves in the brain.

A method and apparatus are disclosed that automatically interject brain activations into video imaging activities or other activities of daily living. During a video game, for example, an interrupt causes a pause in the game and a commencement of an activity involving but not limited to bilateral portions of the body, the peripheral vision of the game-player, and a visual pursuit-type and saccadic-type action on the video screen. Alternatively, the brain activation can be merged into the content of the video game so as to be generally indistinguishable to the user. Automatic feedback from the system encourages more frequent brain activations when performance is determined to be diminished and less frequent brain activations when performance is determined to be enhanced. The combination of events in the activity is believed to engage the frontal lobes of the brain as well as other brain structures and stimulate brain health.

In a method for determining the pelvic inlet plane of the pelvic bone, which is defined by the following three points of the pelvic bone:

point A: spina iliaca anterior superior left

point B: spina iliaca anterior superior right

point C: symphysis pubis,

by non-invasive determination of the position of one of the two points A or B and point C, in order to also be able to carry out this determination whenever point A or point B is not accessible, it is proposed that the position of the following points of the pelvic bone be additionally determined non-invasively:

point D: spina iliaca posterior superior left

point E: spina iliaca posterior superior right,

and that the position of the pelvic inlet plane be calculated from the position of the non-invasively determined points A or B, C, D and E.

The invention provides methods and compositions for augmenting bioenergetic metabolism in the frontal brain involving administration of a cytidine-containing or uridine-containing compound to a human.

A sexual device to be worn externally by a woman, man, or transgender person, that will allow said wearer to artificially inseminate a sexual partner by use of pseudo natural means. That is, a harness device constructed material so that the frontal lobe of the device is a dildo with cylindrical tubing constructed to run horizontally through the center, with a predetermined length of tubing remaining outside the distal end of dildo; the distal end of tubing is attached to a syringe that is attached to the side of the harness so that the wearer can manipulate the amount of semen fluid that flows through the syringe. The device provides a method for pseudo genital-to-genital sexual contact between two partners to artificially inseminate in a way other than the use of the “syringe through the vaginal canal” method, or any other methods that are currently used for artificial insemination.

Methods, systems and devices for reducing anxiety, including increasing relaxation and/or calm. In some variations these methods may include reducing anxiety, increase relaxation and/or calm by non-invasive temperature regulation of the frontal cortex prior to and/or during sleep. The subject may have an anxiety disorder, or may not have a diagnosed anxiety disorder.

The present invention relates to an automatic cardiopulmonary resuscitation (CPR) device which, even in the middle of performing cardiopulmonary resuscitation, can measure an electrocardiogram and oxygen saturation, can measure an electroencephalogram so as to detect in real time a brain activity indicative of the degree of blood circulation in the brain, has a defibrillation function, can use a brain activity index as a CPR signal indicating the degree of cardiopulmonary resuscitation, and can remotely monitor biometric signals at a pre-hospital stage. The present invention provides a cardiopulmonary resuscitation device comprising: an electroencephalogram detection unit for detecting an electroencephalogram signal from the frontal lobe; and a calculation processing unit for detecting a brain activity index, which is used as a CPR signal indicating the degree of cardiopulmonary resuscitation, from the electroencephalogram signal received from the electroencephalogram detection unit, wherein the calculation processing unit derives, as the brain activity index, one or more of the burst suppression ratio (BSR), the beta ratio, and the SynchFastSlow (relative synchrony of fast and slow wave, SFS). The calculation processing unit eliminates noise from the electroencephalogram signal received from the electroencephalogram detection unit, and derives the beta ratio from the electroencephalogram signal, from which noise has been eliminated, using the following formula: Beta Ratio = log[spectral power (30-47 Hz)/spectral power (11-20 Hz)] (where, spectral power (30-47 Hz) denotes the spectral power in the 30-47 Hz band of the electroencephalogram, and spectral power (11-20 Hz) denotes the spectral power in the 11-20 Hz band of the electroencephalogram).

A method of commanding and controlling a mobile apparatus (wheelchair) based on the assimilation of visual parameter and brain activity data includes validating a desired position of gaze (the iris) in the environment using the physiological brain characteristics of the potentials mentioned in P300 and SSVEP. These supply a control unit and are used to assess the user's state of mental fatigue using an algorithm based on the theory of evidence. A unit detecting the user's emotional state is also implemented using the alpha and beta waves from the parietal, central and frontal region of the cerebral cortex and the user's heart rhythm. The assimilation between these two units makes it possible to define a mode of operation in real time: manual, semi-autonomous or autonomous, which corresponds to the user's emotional or fatigue states as well as the characterization of the environment (safe path, detection of obstacles, locked situation).

Provided is a health diagnosis apparatus and method in which brain waves are sequentially measured from the frontal lobe of a human body that is to be diagnosed when the eyes are in an eyes-open and eyes-closed state, the measured brain waves are fast Fourier transformed to then be accumulated, and then the health conditions of the respective portions of the human body can be determined according to the patterns with respective frequencies. The health condition diagnosis method includes measuring brain waves; performing a fast-Fourier-transform on the measured brain waves; classifying the frequency-based brain wave data into opened and closed eye state brain waves to thus accumulate the classified result; finding a specific frequency and a pattern thereof which repeats from the accumulated brain wave data; correspondingly connecting the frequency and the respective portions of the human body based on the specific frequency pattern; and determining the health condition of the human body. The frequency-based health condition determination is based on clinic test results.

A transcranial magnetic stimulation coil which is location-specific for frontal lobe regions, occipital lobe regions, parietal lobe regions, right temporal regions and left temporal regions is designed with multiple spaced apart stimulating elements having current flow in a substantially circular direction, and multiple return elements having current flow in substantially the same circular direction.

There is provided a method for simulating at least one wet electroencephalogram (EEG) signal from at least one dry EEG signals, comprising: receiving at least one dry EEG signal measured by dry EEG electrode(s) applied to locations on a head of a patient corresponding to at least one of temporal lobe or frontal lobe, computing at least one simulated wet EEG signal by applying a trained statistical model based on at least one dry EEG signal, the at least one simulated wet EEG signal simulating wet EEG signals measured by a wet EEG electrode applied to at least one location corresponding to at least one of: central, parietal lobe, and occipital lobe, and providing the at least one simulated wet EEG signal for adjusting feedback of a neurofeedback treatment applied by a neurofeedback device.