Abstract:
A medical device treats diseases of the hand, wrist, and arm, including osteoarthritis and osteoarthrosis of the joints of the human hand. The medical device includes a multi-layer glove system, an arm wrap, a signal generator, lead wires, and a garment. The multi-layer glove system serves as the treatment electrode and the arm wrap serves as the return electrode. The multi-layer glove has a protective outer layer, which protects an underlying electrically conductive layer and prevents accidental electrical contact between the conductive layer and areas of a patient's skin. The signal generator produces a specific, spike shaped electrical signal, together with the multi-layer glove system, at the treatment site. The device can reduce pain and increase joint function of the treated joints.
Abstract:
Disclosed herein, among other things, is a method for stimulating neural targets in the vicinity of a human ear. According to an embodiment, a device is clipped on a patient ear lobe, the device including a neural stimulation electrode. A neural stimulation signal is applied to the electrode to transcutaneously stimulate neural targets in the vicinity of the ear lobe, according to an embodiment. A physiological parameter is sensed using a sensor connected to the device. According to an embodiment, the neural stimulation signal is adjusted in response to the sensed parameter. The method is used is a variety of treatment regimens, including anti-hypertensive and cardiac improvement therapy.
Abstract:
An electro-acupuncture device (1) for controlling nausea. The device includes a wristwatch like housing (2), circuitry for generating electro-acupuncture stimulus disposed within the housing, and a strap for securing the housing to the wrist. The device also includes a pair of D-shaped electrodes (3d, 3p) disposed on the bottom outer surface of the housing. A gasket made of an electrically non-conductive material is applied to the bottom outer surface of the housing. The gasket has apertures which are sized and shaped to receive the D-shaped electrodes. When the device is strapped to a patient's wrist, the electrodes contact the wrist and provide electric stimulation to the wrist.
Abstract:
The invention provides an electro-therapeutic device for application on a human or animal body part, comprising electrodes (3), a measuring means connected thereto and arranged to measure a value of an electrical quantity, and a control unit (10) to process the measured values, wherein the control unit (10) further comprises pattern recognition means to determine a pattern in the measured values, for example by comparing with patterns stored in a memory unit (15). By means of the determined pattern, the device is able to know its position on the body, and to determine whether this position is suitable for a treatment, and to which electrodes a treatment signal must be supplied. The device is much easier to use since it does not require any user's knowledge about patterns, as this may be stored in the device itself.
Abstract:
In one embodiment, a method for neurological interrogation and response analysis is provided. The method includes inducing, at the device, a non-optical excitation for a user. The device comprises a wearable device being worn by the user such that the non-optical excitation can be sensed. A response of a voluntary conscious movement is detected from the user. An outcome is analyzed based on the response and the non-optical excitation. An action can be performed in response to the analysis.
Abstract:
Exercise augmented by a self-contained electro-stimulator, and a method of augmenting exercise with electro-stimulation. The apparatus and the method rely upon electrical charges being applied to selected muscles of the arms or legs and, for that matter, the abdomen or even other portions of the body, by means of a belt or similar device worn about the selected portion of the body during exercising. The electrical charges cause further contraction of the muscles which increases the amount of the electrical stimulation, and in like manner, release of the muscles reduces the electrical stimulation. Unique size adjustable electrodes are provided. A unique approach to altering the number of electrodes used is disclosed. Further, a gripping device is disclosed and allows for electrical stimulus to electrically augment hand, wrist and forearm exercises. In addition, a disposable electrode is further provided.
Abstract:
Micro-current therapy device which has an internal power supply (1), directs a continuous, or pulsing direct current less than lmilliampere through contact points (2)(3) to the treated area, which contact points in alternate plus, minus order connects the plus (2) and minus (3) sides of the power source to the treated area. The devices further comprises an indicator (4) indicating if the electric circuit is closed and electric current is running.
Abstract:
The invention relates to a transcutaneous nerve and/or muscle stimulation appliance with electrodes destined to apply a sequence of electric pulses to the skin of a person, providing means that allow the generation of multiphase pulses during a stimulation period, these means allowing the generation of successive sequences of the above-mentioned multiphase pulses during successive stimulation periods with a frequency between 10 Hz and 100 Hz, more in particular a frequency of approximately 50 Hz, these means furthermore allowing a rest period between successive stimulation periods, during which rest period a sequence of electric pulses is generated with a frequency ranging from 0.5 Hz to 5 Hz and with an amplitude lower than that of the above-mentioned multiphase pulses.
Abstract:
The neurophysiology testing and monitoring system (10) provides a multifunctional neurological testing system for a variety of neurological tests, such as electroencephalographs (EEGs) and magnetoencephalographs (MEGs). The system includes a housing (13) for receiving at least one neurological measurement system (15) and a conductive gel supply (17). A selectively positionable elongated support (25) is pivotally mounted on an upper end of the housing (23) at a proximal end thereof, and a sensor cap is mounted on the distal end of the elongated support (25). The sensor cap (41) is selectively and adjustably positioned to be adjacent the head of the user so that at least one sensor, such as an EEG electrode, mounted on the sensor cap (41) comes into contact with the patient's head. The EEG electrode is in communication with the conductive gel supply (17) for selective application of conductive gel to the user's head.
Abstract:
The present invention relates to an extended wear biomedical electrode assembly, comprising at least two conductive gel pads spaced apart from each other, electrodes in contact with the gel pads, a support construction disposed substantially laterally with respect to the gel pads, surrounding the gel pads, filling space between neighboring gel pads, and overlapping an lower, outer perimeter of each of the gel pads. A smooth, even skin- contacting surface and a mechanical decoupling of the connector from the skin improve user comfort.