||PCT/UA2016/000050||ЛЕБЕДЕВ, Анатолий Анатольевич||ЛЕБЕДЕВ, Анатолий Анатольевич|
A toilet (1) having a bowl (2) with a rim (5); a discharge conduit (4); a flush water distributor (10); and a means (9) for pumping air out of the bowl (2). All air pumping conduits (7) begin inside the bowl (2) of the toilet (1) and are equally spaced in a circle around the rim (5) of the bowl (2). Furthermore, the air pumping conduits (7) are situated higher than flush water conduits and are connected to an air evacuation reservoir (6). In addition, the air pumping conduits (7) are downwardly inclined. A toilet of the above design provides for the steady exhaustion of air from the toilet bowl and generates an even stream of air into the middle of the bowl with the subsequent evacuation of noxious air from the confines of the room in which the toilet facility is located.
WO/2016/144281 VALVE COCK DISK||WO||15.09.2016|
||PCT/UA2015/000051||КУДРЯШОВ, Михаил Анатольевич||КУДРЯШОВ, Михаил Анатольевич|
A valve cock disk consists of a rotor (2) and a stator. The stator is connected to a cylinder head component and has end openings and side openings. The side openings of the stator are in communication with combustion chambers of engine cylinders. The rotor (2) of the valve is in the form of a pipe section having welded thereto a shank (3) with a rack and a spline (4) for driving the rotor (2) on one of the ends. On the other end of the rotor (2) of the valve, there is an inlet opening (6). Outlet openings (7), the number of which coincides with the number of side openings of the stator, are disposed on the side surface of the rotor (2) of the valve. The distances between the nearest projections of the centres of the side openings (7) of the valve rotor on a plane perpendicular to the axis of rotation of the rotor (2) of the valve are equal. The distances between the nearest projections of the centres of the side openings (7) of the valve rotor (2) on the axis of rotation thereof are equal, and they are equal to the distances between the centres of the nearest side openings of the stator. The technical result involves providing for the axial displacement of the valve along the axis of rotation as a result of the interaction of a centrifugal governor with a rack.
WO/2016/144282 SYSTEM FOR AUTOMATICALLY CONTROLLING A GAS FLOW||WO||15.09.2016|
||PCT/UA2015/000069||КОЗЛЮК, Андрей Александрович||КОЗЛЮК, Андрей Александрович|
The invention relates to the field of supplying gas. Claimed is a system for automatically controlling a gas flow which comprises a stop valve, a controller, a selective gas sensor, an actuator, and a power supply. The stop valve comprises a body having a cap, an inlet and an outlet. In the cavity of the body there is disposed a rod with a stopper, the parameters of which correspond to the parameters of a valve seat. The stop valve is kinematically linked to the actuator. The actuator comprises an electric motor, and a gear mechanism in the form of a cog engaged with a toothed member, the latter being rigidly connected to the rod in the running portion thereof. The running portion of the stop valve rod and the actuator are situated in the cavity of a casing which is mounted on the cap of the stop valve body. The invention is directed toward improving the operating characteristics and usability of a system for controlling a gas flow.
WO/2016/144283 A METHOD OF MAKING DECORATIVE STRETCH CEILINGS||WO||15.09.2016|
||PCT/UA2015/000100||PANGA, Dmytro Volodymyrovych||PANGA, Dmytro Volodymyrovych|
A method of making decorative stretch ceilings includes the choice of a pattern, cutting the polymeric material, its further processing using a special- purpose computer-controlled machine with digital pattern pre-recorded in its memory, and mounting the cut and processed polymeric material by fixing the heated material in the profiles that are set as a frame on a ceiling or walls. The polymeric material processing is performed by cutting out the patterns using a special-purpose computer-controlled machine equipped with a cutting tool.
WO/2016/144284 METHOD FOR RECOGNISING THE MOVEMENT AND PSYCHO-EMOTIONAL STATE OF A PERSON AND DEVICE FOR CARRYING OUT SAID METHOD||WO||15.09.2016|
||PCT/UA2016/000027||ВОРОНКОВА, Елизавета Сергеевна||ВОРОНКОВА, Елизавета Сергеевна|
The group of inventions relates to electronic devices which are worn on the body and which are intended for control of and interaction with other electronic devices by means of recognition of the psycho-emotional state and movements of a person, and can be used as a means of communication between people; as a means of controlling electronic devices, prostheses, computer programmes, mobile applications for entertainment and work in a person's daily life, and also for monitoring a person's safety or the clinical condition of patients. For the purposes of the method for recognising the psycho-emotional state and movements of a person, a device is used in which the following motion sensors are accommodated: an accelerometer; a gyroscope; a magnetometer; and an electromyograph, which recognise hand and forearm gestures; and also psycho-emotional sensors for determining the state of a person: a psychogalvanic reflex; a rheogram; a photoplethysmogram. The data obtained from the sensors are processed using initial processing means accommodated within the device, and are transmitted, using wired or wireless technology, to devices for further processing and/or reproduction of the information.
WO/2016/140640 "BIOMAZUT" ALTERNATIVE LIQUID FUEL COMPOSITION||WO||09.09.2016|
||PCT/UA2015/000017||TROTSKO, Igor Borisovich||TROTSKO, Igor Borisovich|
The invention relates to techniques for producing environmentally-friendly composite fuels, and specifically to liquid fuel compositions containing byproducts and foundations of petroleum origin, wherein a composition additionally contains treatment facility sludges, and the foundation of petroleum origin is hydrocarbon-based; the treatment facility sludges include active sludge, excess sludge, raw sludge, dry sludge or a mixture thereof, and the hydrocarbon foundation of petroleum origin is in the form of crude oil and/or products of primary and/or secondary oil refining. The invention achieves the aim of broadening the field of application of a method for recycling large amounts of byproducts.
WO/2016/137423 METHOD AND DEVICE FOR CALIBRATING RAILWAY WEIGHBRIDGES||WO||01.09.2016|
||PCT/UA2016/000036||ДАШЕВСКИЙ, Яков Тевелевич||ДАШЕВСКИЙ, Яков Тевелевич|
A method for calibrating railway weighbridges using a portable calibration device with a force-setting mechanism (6), reference force-measuring sensors (4, 5), rail grippers (3), a support bar (7) and a measuring apparatus. One gripper (3) is mounted on a rail (1) of the approach track, while the force-setting mechanism (6) and a second gripper (3) are mounted on a rail (2) of the load-bearing platform of the weighbridge. To prevent detachment of a rail in the proximity of a gripper, a loaded car or a locomotive (8) is positioned on the approach track. Using the force-setting mechanism (6), a fixed force is generated; the force on the load-bearing platform is determined as the difference between the vertical forces from the force-setting mechanism (6) and the gripper (3) mounted on the rail (2) of the load-bearing platform; the measured force on the load-bearing platform is compared with car weighing results and the weighbridge error is determined. Also characterized is a device for calibrating weighbridges.
WO/2016/137422 SIMULATOR OF THE POWER SYSTEM OF A VESSEL||WO||01.09.2016|
||PCT/UA2015/000093||МУХА, Николай Иосифович||МУХА, Николай Иосифович|
The invention relates to a simulator complex incorporated into the power system of a vessel. The technical result which can be achieved consists in extending the didactic possibilities of training and checking the competence of trainees in typical operational modes of operation of the power system of the vessel. All of the elements of the simulator complex are connected with a communication network to a two-level control system. The simulator complex comprises electrical energy sources, the generating assemblies of which are electrically connected to electrical energy consumers of the vessel, one of which is in the form of the following, connected kinematically: an electric engine of a propeller shaft, and a load generator for an imitator of a propeller screw, with units for controlling and monitoring the revolutions of the propeller shaft. The simulator also comprises an electrical energy distribution system which is connected to all of the generator assemblies of the power plant of the vessel and to an electromechanical module and to other consumers. The instructor's workplace is connected to all of the elements of the simulator and to a system for remote control and monitoring of the operating parameters of the equipment of the simulator complex and for allowing control of the training process with the communication network.
WO/2016/133482 BALASHOV'S LIGHTING FIXTURE||WO||25.08.2016|
||PCT/UA2016/000015||BALASHOV, Oleksandr Mykolaiovych||BALASHOV, Oleksandr Mykolaiovych|
Lighting fixture which includes a power supply, a frame with a light- conducting element or display panel with a screen, a light source inside the frame in form of at least one LED module with n-number of LEDs (or other artificial point light sources), wherein the LEDs (or other artificial point light sources) are connected to a microprocessor adapted to control the LEDs' commutation with selected brightness, color, sequence and flame imitating speed.
WO/2016/133483 HEMOSTATIC COMPOSITION AND HEMOSTATIC DEVICE (VARIANTS)||WO||25.08.2016|
||PCT/UA2016/000019||MANORYK, Petro Andriyovych||MANORYK, Petro Andriyovych|
The hemostatic composition, comprising water-retaining, binder dust suppression, inorganic and organic hemostatic agents, and hemostatic device comprising the composition of hemostatic agents and a container that keeps hemostatic composition.