RU197920U1 - PRINTED DEVICE FOR ELECTRIC PULSES UNDER TRANSLINGUAL NEUROSTIMULATION - Google Patents

Abstract

The utility model relates to devices for non-invasive transligual neurostimulation. The claimed effects are achieved by a component of the system for presenting electric pulses during translingual neurostimulation, namely a printed circuit board with many electrodes to provide subcutaneous local electrical stimulation of the tongue of a device for presenting electric pulses during translingual neurostimulation, means for supplying current to the electrodes and a control circuit that distributes electrical signals on the electrodes in accordance with a predetermined algorithm, to control the electrical signals supplied to the electrodes, while to reduce the mutual influence of the circuit elements on the output stages of the generators of the generated pulses, the components of the specified control circuit are located on the printed circuit board on its two sides.

Description

The claimed utility model relates to devices for transligonal neurostimulation used in sports and medicine.

Known systems that include devices (mouthpieces) for presenting electrical impulses during translational neurostimulation into the tongue described in patents RU 2649512 and RU 194112, representing at least a printed circuit board with many electrodes to provide subcutaneous local electrical stimulation of the tongue, means for supplying current to electrodes and a control circuit for controlling electrical signals supplied to the electrodes, wherein the elements of the control circuit are located on the board of one side. With this arrangement, there is a mutual influence of the active elements of the circuit on the output stages of the generators of the generated pulses, which distorts the signal and does not allow you to get a clean signal on each individual point element.

The utility model is aimed at reducing the mutual influence of circuit elements on the output stages of the generators of the generated pulses, which allows you to get a clean signal on each individual point element.

The claimed effects are achieved by a component of the device for presenting electrical pulses during translingual neurostimulation, namely, a printed circuit board of a device for presenting electrical pulses during translingual neurostimulation, including a plurality of electrodes for providing electrical stimulation and a circuit board topology for a control circuit for supplying electrical signals to the electrodes, while topology elements the specified control circuits are located on the printed circuit board from its two sides.

A system for presenting electrical impulses during translingual neurostimulation usually consists of:

- devices for controlling the supply of current to the device for presenting electrical impulses during translingual neurostimulation into the tongue, which is a unit, usually mounted on the arm and equipped with a built-in battery, from which current is supplied to the device for presenting electric impulses during translingual neurostimulation through the components of the control device by supplying current, and usually includes an analog control interface, for example, buttons and / or encoders, or in the form of a touch screen, which gives an advantage over the analog interface by simplifying the design and production, as well as reducing the number of components and assemblies prone to breakage. The interface typically includes adjusting the intensity and time of voltage supply;

- a device that provides a current supply from the specified control device to a device for presenting electrical pulses during translational neurostimulation, for example, made in the form of a stranded wire;

- devices for presenting electrical pulses during translingual neurostimulation, consisting of at least a printed circuit board with many electrodes to provide subcutaneous local electrical stimulation of the tongue, means for supplying current to the electrodes and a control circuit that distributes electrical signals to the electrodes in accordance with a predetermined algorithm, to control the electrical signals supplied to the electrodes, while reducing the mutual influence of the circuit elements on the output stages of the generators of the generated pulses, the components of the specified control circuit are located on the printed circuit board on both sides.

To achieve the claimed beneficial effect, it is also necessary that the printed circuit board of the device for presenting electrical impulses during translingual neurostimulation, on which the electrodes are located, and, therefore, the device for presenting electric impulses during translingual neurostimulation with such a circuit board, be made in such a way that the components of the control circuit are located on a printed circuit board on both sides. Such an arrangement of the components of the control circuit of the printed circuit board for the device for the presentation of electric pulses during translingual neurostimulation will reduce the mutual influence of the circuit elements on the output stages of the generators of the generated pulses, which will allow a cleaner signal to be obtained on each individual point element. In addition, this arrangement of the components on the printed circuit board gives a number of positive effects: it allows to reduce the area of the protruding part of the device for presenting electric pulses during translingual neurostimulation, which will increase usability by reducing the weight of the protruding part and reducing the holding force of the device for presenting electric pulses during transling neurostimulation in the mouth, while simultaneously shifting the cent of gravity closer to the tongue, to improve the contact electrodes-tongue; reduction in material consumption of both the material of the printed circuit board and the material of the device case for the presentation of electrical impulses during transling neurostimulation; conditions are being created to increase the distance between circuit components to increase maintainability without the use of specialized equipment or the use of larger components to use less expensive components and processors with a large memory capacity to expand the functions that can be implemented through a device for presenting electrical impulses during translational neurostimulation.

Claims (1)

A printed circuit board of a device for presenting electrical pulses during translingual neurostimulation, including a plurality of electrodes for providing electrical stimulation and a printed circuit board topology for a control circuit for supplying electrical signals to electrodes, characterized in that the topology elements of said control circuit are located on a printed circuit board on both sides thereof.