The present invention proposes a counterpulsation therapy method which envisages a combined use of signals of the electrical activity of the heart and acoustic signals in such a manner that a wave R is initially defined on a cardiogram, followed by a second (aortic) tone. After the second tone has been defined, stimulation of the muscles by means of electropulses is initiated. A device for carrying out the method mentioned comprises a sensor of the signal of the electrical activity of the heart, a sensor of the acoustic signal of the heart, a unit for blocking the signal of the electrical activity of the heart, a unit for blocking the acoustic signal, and a control device which is connected to a muscle-stimulating device.

The above invention pertains to the mining industry and can be applied for exploratory or industrial mining of oil, gas or gas hydrate from underwater sources and their transporting to or below the water surface. The purpose of the invention is to transport underwater mined oil, gas or gas hydrate to or below the water surface without using pipeline systems. The proposed transporting method utilizes submergable containers which gain positive buoyancy while being filled with the extracted materials. The proposed transporting method allows delivering mined materials continuously to the point of unloading, which can be located at or below the water surface. The proposed invention has an advantage of transporting simultaneously different types of extracted materials such as liquid, gaseous or solid to a water surface.

The invention relates to an appliance for dispensing fizzy beverages into bottles, mugs or glasses under counter-pressure. In a first step the beverage container is mounted to the appliance in a pressure-proof chamber and then the container is pressurised by connecting it to a source of inert gas. During the filling of the container with beverage, the gas pressure is controlled in order to maintain it within given limits. The gas which is displaced by the beverage is fed to an expansion tank.

The invention relates to the field of mechanical engineering and is intended for use in hydraulic power engineering, but may also be used in other branches of industry. The method for imparting rotational motion to the rotor of a turbine consists in that torque is formed with maximum use of a force, the existence of which was hitherto unknown by experts, namely the reaction of inflowing liquid. For this purpose, liquid is passed through into the rotor at as acute an angle as possible to the radial direction. The rotor, which is in the form of a rotor for a radial-axial turbine and the blades of which are fixed between an upper and a lower ring in such a manner that a line connecting points on the inlet and outlet edges to the blade working side (in a cross section between the rings), forms with the rotor radius an angle of greater than 45° but less than 180° (n-2)/2n, where n is the number of blades greater than eight. Furthermore, the blades are convex on the working side and concave on the rear side. The invention enables use of the hydraulic turbine rotor in an area of low pressure - of up to 40 metres.

The invention relates to the cigarette production industry and can be used for manufacturing non filter cigarettes. The non filter cigarette comprising tobacco rod placed in the cigarette paper, plastic holder connected with tobacco rod by tipping paper, additionally comprises paper cigarette holder in all length of which is inserted plastic holder or segments thereof is inserted in outer one-thirds of paper holder. The plastic holder and segments thereof are made as outer and inner coaxially disposed plastic tubes connected with each other by several distancing from each other on certain step radial rigidity ribs, with this relation of diameter of opening of inner tube to outer diameter of outer tube is 0,4.

An alcoholic beverages made from topinambour bulbs that does not contain sugar syrups, glucose or vinegar acids. The topinambour bulb-based beverages utilize a specific acid-hydrolysis utilizing multiple organic acids which results in an extract that contains fructose polysaccharide components that are beneficial for diabetes prevention. For taste and for diabetes-preventing purposes, natural multi-atomic (3, 5 and 6 atoms) alcohols are also utilized. Natural colorings are optionally added to provide a desirable appearance to the beverage.

1. Technical outcome: The represented traffic light reproduce more clearly and obviously the functions of the existent multi-signal three-color traffic light main signals and sections. The new traffic light arrow or group of arrows are much more informative and simpler for perception and makes traffic at the crossings easier. 2. Gist: The gist of the described invention is that the new traffic light represents a device aimed at traffic regulation at the road intersection that consists of power pack, control electric block and one or several lamps having arrow-shaped case and light source. The light source is light-emitting diode, liquid-crystal or of other type (nowadays the cheapest and the most convenient is light-emitting diode lamp) three-color optic lamp device, which can illuminate and flash red, yellow and green color lights with the image of solid and dashed arrow. The arrow is not installed along the prohibited direction. By various configurations of one or several arrows it is possible to regulate perfectly the road intersection of any complexity. 3. Sphere of usage: Device for traffic regulation at the road intersections.

Mixer consisting of a stand, a drum, a receiving and a discharge bunker, gear unit and water feeding pipe, characterized by that the drum is placed horizontal, covered with a plastic from inside, comprising a door sliding along the roller railing, with water and/or air feeding pipe in said door.

The invention relates to security technologies, in particular, holographic protection systems and can be applied to the high level protection of products from counterfeits. The proposed polarization-holographic protection system includes polarization-holographic protective elements, in which a polarization code is recorded and a device for identification of this code. The recording of a code on the polarization-holographic protective element is done by a polarization-holographic method in the form of one concrete combination of polarization state of two recording beams that is preselected from a great number of combinations of polarization states. The reading laser beam (3), when incident on the polarization-holographic protective element (4), diffracts on it and the polarization state of the diffracted beams is the code for identification of the authenticity of the element. Authenticity of a protective element is carried out by means of a special identifying device comprising a polarization-holographic element (5).

Lossless compression algorithm, which might be applied to previously compressed data.