WO/2015/104566 TOILET FOIL||WO||16.07.2015|
||PCT/HU2014/000006||PÁDÁR, Csaba||PÁDÁR, Csaba|
The TOI-BLANKET is a toilet foil wherewith the user can fully separate himself from a toilet during use to prevent physical contact. The equipment consists of four main parts: • Part 1 : a seat surface, • Part 2: an outer apron that covers a front of a bowl and is connected to the seat surface, • Part 3: an inner apron that prevents inside contact and is also connected to the seat surface, • Part 4: a "fixing mechanism" that is a folding-back mechanism, which can be hooked on a lower frontal portion of a bowl and under a back of a toilet seat. In an alternative, the fixing mechanism is an adhesive line, which is on the back side of the seat surface in order to fix the foil to a toilet. The whole foil is made of plastic which melts fully in water after use. The toilet foil TOI-BLANKET is compact as a finished product when it is folded and packed, so that it can be easily sold from vending machines.
WO/2015/104567 SECURE COMMUNICATION BETWEEN A SERVER AND A CLIENT WEB BROWSER||WO||16.07.2015|
||PCT/HU2014/000007||BALAZS, István József||BALAZS, István József|
WO/2015/104568 SANITARY TOILET COVER||WO||16.07.2015|
||PCT/HU2014/000049||PÁDÁR, Csaba||PÁDÁR, Csaba|
The invention relates to a sanitary toilet cover (10), having an annular seat portion (12) dimensioned to cover a seat (112) of a toilet (100) and defining an opening (14), characterised by comprising: - an inner skirt (16) surrounding the opening (14) and being configured to hang downwardly into a bowl (116) of the toilet (100) and at least partially cover an inner surface of the toilet bowl (116), - an outer skirt (18) provided on an outer periphery of the annular seat portion (12) and being configured to hang downwardly and at least partially cover at least a front surface (118) of the toilet bowl (116).
WO/2015/097486 IRON (III) OXIDE CONTAINING SOIL-BINDING COMPOSITION||WO||02.07.2015|
||PCT/HU2014/000129||INVENTION CENTER KFT.||VATTAY, Antal|
The invention relates to compositions for retaining soil moisture and improving plant growth in dry soils, which, together with one or more moisture retaining materials and wetting agents, comprises iron(III)oxides and optionally potassium metabisulfite [borken (HU), E224] as potentiating agent. The iron(lll)oxides preferably are microparticulate. The composition suitably comprises iron(lll)oxides and potassium metabisulfite as potentiating agent. Other aspects of the invention relate to binding the moisture content of soils, as well as compositions for use in enhancing the efficacy of soil retaining compositions.
WO/2015/092450 TOMOGRAPHIC APPARATUS||WO||25.06.2015|
||PCT/HU2013/000126||MEDISO ORVOSI BERENDEZÉS FEJLESZTÖ ÉS SZERVIZ KFT.||BAGAMÉRY, István|
The invention is a tomographic apparatus, in particular for examining a brain or a limb of a human and/or a primate animal, the apparatus (10) comprising an examination space (16) adapted for receiving a subject of a tomographic examination, and a PET ring (12) and a second imaging arrangement, being arranged around the examination space (16) in a substantially coaxial manner. The tomographic apparatus according to the invention comprises a PET ring (12) being displaceable between a PET operational state and a PET non-operational state, and comprises a second imaging arrangement adapted for being brought from a second imaging non-operational state to a second imaging operational state in the PET non-operational state of the PET ring (12).
WO/2015/092452 VALVULAR CLOSURE ELEMENT, CLOSURE CAP COMPRISING THE VALVULAR CLOSURE ELEMENT, AND A METHOD AND AN APPARATUS FOR MANUFACTURING THE VALVULAR CLOSURE ELEMENT||WO||25.06.2015|
||PCT/HU2013/000135||FAZEKAS, Gábor||RIDEG, Mihály|
The invention is a valvular closure element (5), in particular for dispensing a liquid from a container, said valvular closure element (5) comprises a support element (10) having an annular shape, and a valve insert (12) having a side wall and a cover portion, being made of a resilient material, and abutting to an internal surface of the support element (10) by its side wall, said cover portion (17) is formed with slits (14) defining valve flaps (15), wherein each valve flap (15) has an adjoining periphery connected to the side wall. In the valvular closure element (5) according to the invention the side wall has a cylindrical shape, and the slits (14) are formed radially, and a projection (18) is formed on the external periphery of the support element (10) for each valve flap (15) at the middle of the adjoining periphery corresponding to the respective valve flap (15). The invention is, furthermore, a closure cap comprising the valvular closure element (5), and a method and an apparatus for manufacturing the valvular closure element (5). The invention also relates to another valvular closure element.
WO/2015/092451 DEVICE AND PROCEDURE FOR INCREASING THE EFFICIENCY OF INTERNAL COMBUSTION ENGINES||WO||25.06.2015|
||PCT/HU2013/000134||PAKAI, Tibor||PAKAI, Tibor|
The subject of the invention is a device and the procedure of this device for increasing the efficiency of four-cycle internal combustion engines which has a cylinder (1), a piston (2) moving in the cylinder (1), a crank mechanism consisting of a driving rod (4), and a crankshaft (5), a suction stub (6), a suction valve (7), an exhaust valve (8), and an explosion unit (9). It has an increased compression ratio between 12 and 50, and that it has a filling regulator unit (10) connected to the suction stub (6) regulating the volume of external air entering the cylinder (1).
WO/2015/092453 ELECTRICAL MUSCLE STIMULATORS||WO||25.06.2015|
||PCT/HU2014/000116||SÁNDOR, Péter||SÁNDOR, Péter|
Electrical muscle stimulator fitness machine integrated into an electrode-clothing (1) that is physically separated from the table (G) which oversees the entire operation of the device through it's Wi-Fi module (W1) in connection with the other Wi-Fi module (W2) of the electrode clothing (1) that is worn by the user. The electrode clothing (1) consists of a controller (V), a cable (2) and electrodes (E1,E2,E3,..E10). The a controller (V) has a processor (P), a battery (A), a power supply (T) a Wi-Fi module (W2) and impulse generators (F1,F2,F3). The impulse generators (F1,F2,F3) are connected to the electrodes (E1,E2,E3,..E10) one by one with the help of the cable (2). The charging of the battery (A) can be done through an electric coupler of the controller.
WO/2015/092454 METHOD, PROCESSOR DEVICE AND COMPUTER PROGRAM PRODUCT FOR DESIGNING INTERVENTION INTO THE BEHAVIOUR OF A REAL COMPLEX SYSTEM||WO||25.06.2015|
||PCT/HU2014/000126||TURBINE HÁLÓZATELEMZŐ KUTATÁSI-FEJLESZTÉSI KFT.||SZALAI, Kristóf Zsolt|
A method for designing intervention into the behavior of a real complex system, wherein the real complex system is represented by a network in which the objects of the system are represented by network points and the relations between the objects are represented by edges between the network points, and wherein the states of the objects are described by a parameter set and the relations associated with the edges are described by functions of time. The method comprises the steps of: a) for each object of the real system, obtaining the parameter values of an initial state thereof and the parameter values of a desired target state (S200), b) setting the initial values and the desired target values of the parameters of the network points (S210), c) in a predetermined manner, generating an initial set of test excitations for at least one point of the network (S220), d) simulating the behavior of the network by using the test set of excitation (S230), e) detecting whether a termination condition in a given simulation step is true and if so, halting the simulation (S240), f) after halting the simulation, calculating and storing, for each network point, the difference between the parameter values belonging to the desired target state and the parameter values produced by the simulation (S250), g) based on the differences of the parameter values and on the number of the test excitations, generating a next test set of excitations by using a predetermined algorithm (S260), h) repeating steps d)-g) until a predetermined termination condition becomes true (S270), i) from among the stored simulation results, selecting the simulation result best matching the desired target state, and the test set of excitations, which produced said best matching simulation result, is regarded as the excitation set transferring the network from its initial state to its target state (S280). The device and the computer program product are configured to carry out the above method.
WO/2015/092455 TECHNICAL ARRANGEMENT AND PROCESS BASED ON A SINGLE THEORY FOR THE PREPARATION OF MULTIPHASE AND TRIP STEELS BY CONTROLLED TEMPERATURE CONDUCTION WARM SHEETING||WO||25.06.2015|
||PCT/HU2014/000128||DUNAÚJVÁROSI FŐISKOLA||VERŐ, Balázs|
Process and equipment is disclosed for the relatively cost-saving modification of wide stripe rolling mills established for the manufacturing of not specifically MP- (multiphase) and TRIP (transformation induced plasticity) steels. In its embodiments the invention provides for a solution, technical arrangement and technology based on a single theory for the establishment of new capacities.˙