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Results 1-10 of 1,854 for Criteria: Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/039635 COMPOSITE WITH POLYOLEFINIC THERMOPLASTIC MATRIX AND FIBERS OF COCONUT FOR EXTRUSION PROCESSESWO26.03.2015
C08J 5/04
PCT/CZ2013/000109TECHNICKÁ UNIVERZITA V LIBERCI - KATEDRA STROJÍRENSKÉ TECHNOLOGIE ODDĚLENÍ TVÁŘENÍ KOVŮ A ZPRACOVÁNÍ PLASTŮLENFELD, Petr
This technical solution aims the creating of a composite with the targeted composition of the thermoplastic polyolefenic matrix, additive and fiber filler on the basis of natural materials for the improvement of final and utility properties of the plastic parts with environmentally much lower capacity, compared to the 100% synthetic products. The essence of the technical solution lies in the fact that the composite contains from 45 to 87 weight % of polypropylene or polyethylene for extrusion processes, from 10 to 50 weight % of natural fibers of coconut (the length of the fibers from 0.2 to 3 mm) and from 3 to 5 weight % of additive based on maleic anhydride.

2. WO/2015/039637 BED GUARD ASSEMBLYWO26.03.2015
A61G 7/05
PCT/CZ2014/000102LINET SPOL. S.R.O.SÁLUS, Michal
The bed (1) consists of a frame (3), mattress platform (4), siderail (8) and removable bed guard assembly (5). The bed guard assembly (5) includes a main support (7) which at the lower end has a mounting for connection to the bed (1), a guard (6) permanently fixed to the main support (7) and a locking mechanism (13) for fixing the main support (7) in relation to the bed (1). The locking mechanism (13) is located inside the guard assembly (5) and includes a sleeve (11) and blocking element (19) which moves between two positions. In one position the blocking element (19) engages in the sleeve (11), and in the second position the blocking element (19) is released from the sleeve (11), where in one of these positions it allows the movement of the main support (7) in relation to the sleeve (11), and in the second of these positions it prevents the movement of the main support (7) in relation to the sleeve (11), the movement of the blocking element (19) of the locking mechanism (13) is controlled by the actuator (10).

3. WO/2015/039636 LAYER PROTECTING THE SURFACE OF ZIRCONIUM ALLOYS USED IN NUCLEAR REACTORSWO26.03.2015
C23C 16/26
PCT/CZ2014/000101CZECH TECHNICAL UNIVERSITY IN PRAGUE, FACULTY OF MECHANICAL ENGINEERING, DEPARTMENT OF ENERGY ENGINEERINGŠKODA, Radek
A layer protecting the surface of zirconium alloys used as materials for nuclear reactors is formed by a homogenous polycrystalline diamond layer prepared by chemical vapor deposition method. This diamond layer is 100 nm to 50 μm thick and the size of the crystalline cores in the layer ranges from 10 nm to 500 nm. Maximum content of non-diamond carbon is 25 mol%, total content of non-carbon impurities is maximum up to 0.5 mol%, RMS surface roughness of the polycrystalline diamond layer has a value less than 40 nm and thermal conductivity of the layer ranges from 1000 to 1900 Wּm-1ּK-1. Coating of the zirconium alloys surface with the described polycrystalline diamond layer serves as a zirconium alloys surface protection against undesirable changes and processes in the nuclear reactor environment.

4. WO/2015/039638 PHARMACEUTICAL COMPOSITION COMPRISING DIPHENYLENEIODONIUM FOR TREATING DISEASES CAUSED BY THE PARASITES BELONGING TO THE FAMILY TRYPANOSOMATIDAEWO26.03.2015
A61K 31/33
PCT/CZ2014/000103ÚSTAV MOLEKULÁRNÍ GENETIKY AV ČR, V.V.I.GREKOV, Igor
The invention relates to a new use of diphenyleneiodonium (DPI) as an active substance against parasites of the family Trypanosomatidae, in particular against parasites of the genus Leishmania and Trypanosoma.

5. WO/2015/035964 ATTACHMENT FOR HOLLOW FENCE POSTWO19.03.2015
PCT/CZ2014/000090KOLΕΝΑΤÝ, AntonínKOLΕΝΑΤÝ, Antonín
An attachment (1) for a hollow fence post, the subject-matter of which consists in that it is formed by an elongated body exhibiting at least one insertion section (3) adapted for insertion into the cavity of the fence post (2). The insertion section (3) is fitted on its surface with at least one securing articulation for securing the insertion section (3) to prevent it from being pulled out of the cavity of the fence post (2).

6. WO/2015/035965 SYSTEM FOR CONVERSION OF WIND POWER INTO ELECTRIC POWERWO19.03.2015
F03D 11/04
PCT/CZ2014/000100HORAK, RadekHORAK, Radek
System for converting wind power to electricity, wherein the system comprises an array of modules (7), each of which comprising a tube (31) having its inlet end adapted for letting the wind in and its outlet end adapted for letting the wind out and further having a tapered portion arranged between said ends and accommodating or adjoining a turbine (37), the turbine (37) being arranged inside the interior space of the tube (31) and being provided with a generator for converting the power of the wind driven turbine (37) to electricity and with a cable for conducting the generated electricity away. The system further comprises an inflatable supporting structure (6) to which the modules (7) are secured.

7. WO/2015/032370 POLYOLEFIN POWDER, METHOD OF PRODUCTION AND USE THEREOFWO12.03.2015
C08F 10/00
PCT/CZ2014/000097POLYMER INSTITUTE BRNO, SPOL. S.R.O.GRUZA, Jan
The polyolefin powder contains particles with fluffy morphology. The method of preparation of polyolefin powder is carried out by the coordination polymerization of 1-olefins on the thermally-treated Ziegler-Natta precatalyst activated by the organoaluminium cocatalyst.

8. WO/2015/032369 THERMAL ENERGY EQUIPMENT COMPRISING A STEAM TURBINE AND AN OPERATION METHOD OF THE THERMAL ENERGY EQUIPMENTWO12.03.2015
PCT/CZ2014/000096NATURAL POWER AND ENERGY S.R.O.ROSECKY, Frantisek
The thermal energy equipment comprises a steam turbine (4) for expansion of inlet steam and work transfer, a cooling means (8) for withdrawal of heat from the outlet steam of the steam turbine (4), a water tank or steam boiler (1) for production of steam and steam superheater (2) to supply steam with heat steam enters the steam turbine (4). The equipment further comprises a compression means (7) arranged for withdrawal of at least a part of the inlet steam from the steam turbine (4) and/or at least a part of steam cooled in the cooling means (8), its compression to the value of pressure that corresponds to the steam pressure before the turbine (4) and supply of compressed steam to the steam boiler (1) and/or superheater (2). According to an operation method of the thermal energy equipment comprising a steam turbine (4) for inlet steam expansion and work transfer, a cooling means (8) for extraction of heat from the outlet steam of the turbine (4), water tank or steam boiler (1) for production of steam and steam superheater (2) for supply of heat to steam before its entry to the steam turbine (4), before the supply of steam to the steam boiler (1) or superheater (2) at least a part of- the total amount of outlet steam that passed through the turbine (4) after expansion is compressed in the compression means (7) to the value of pressure that corresponds to the steam pressure before the turbine (4) and the steam compressed this way is supplied to the steam boiler (1) and/or superheater (2).

9. WO/2015/032367 METHOD OF FUEL FOR ENERGETICS PRODUCTION AND FUEL PRODUCING DEVICEWO12.03.2015
C10B 47/46
PCT/CZ2013/000133HEDVIGA GROUP, A.S.CUBER, Petr
Pressure vessels (1 ) containing a charge are preheated at pressure of 2 to 5 kPa with liquid heat carrier (8) to maximally 120° C and they are afterheated in another place to maximally 550° C, the pressure vessels (1 ) are continually added and/or replaced and generated gasses are continuously drawn off, cooled to maximally 60° C and separated oily condensate, residual gasses and solid residues are burned after treatment in a cogeneration unit (20). The device comprises preheating unit (2) and afterheating unit (3) with an interconnected liquid heat carrier (8) and with beds (9) containing pressure vessels (1) equipped with an - outlet (5) to a gas pipeline (7). There are preferably a cooler (17) and gas tank/tanks (19) connected on the gas pipeline (7). Condensate pipeline (16) and the gas pipeline (7) are emptying into the cogeneration unit (20) and, as the case may be, a heat exchanger (15) connected to the liquid heat carrier (8) is contained.

10. WO/2015/032368 PRECESSION FLUID TURBINEWO12.03.2015
F03B 5/00
PCT/CZ2014/000093VALTA MilanSEDLACEK, Miroslav
A precession fluid turbine, comprising a stator (1) with an intake (3) for fluid and with an outlet (4) for fluid and in the stator (1) a bladeless rolling rotor (2) is set on holding equipment (6). The rotor (2) is formed by a body of rotational shape. The holding equipment (6) is adapted to allow the rolling of the rotor (2) along the interior side of the stator (1). The rolling rotor (2) is connected by a mechanism (5) to an electric current generator (7) placed in a watertight case (8). The mechanism (5) comprises a crankshaft (9) placed between the rolling rotor (2) and the electric current generator (7) and the crankshaft (9) is provided with a magnetic clutch (10).


Results 1-10 of 1,854 for Criteria: Office(s):all Language:EN Stemming: true
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