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Results 1-10 of 1,919 for Criteria: Office(s):all Language:ES Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/090253 SUN-GUARD AND METHOD OF MOUNTING SAMEWO25.06.2015
B60J 1/20
PCT/CZ2014/000143ŠKODA AUTO A.S.WELSCH, Frank
The invention relates to a rectangular sun-guard (1) which consists of a surrounding frame (2) and a netting (3), is designed for a side door (100) of a vehicle comprising a frame (101) of the doors (100) and a glass pane (102) and comprises plastic clips for fastening the sun-guard ('I) to the frame (101) of the doors (100). In the upper portion thereof, the sun-guard (1) can be fastened to the frame (101) of the doors (100) by means of two plastic clips (4, 4') having a self-adhesive tape (6). In the lower portion thereof, it can be fastened to the frame (101) of the door (100) by means of two plastic clips (5, 5') having magnets (7).

2. WO/2015/090252 MULTIPURPOSE DEVICE FOR MEDIUM HEATING, ESPECIALLY WATERWO25.06.2015
F24H 1/20
PCT/CZ2014/000128SMETÁK, JiříSMETÁK, Jiří
A multipurpose device for heating media, especially water, comprising a furnace (1) provided with an opening (12) for supplying a fuel and an opening (11) for collecting ash, wherein an accumulation tank (2) is placed above the furnace (1), the accumulation tank (2) having a bottom (21), a tube (22) and a cover (23) and the tank (2) being provided in the bottom part with an input opening (24) for supplying cold media, in particular domestic water or air, and in the upper part being provided with an output opening (25) for distribution of hot media, in particular a domestic water or air, wherein a smoke- flue (3) for output of the flue from the furnace (1) and heating of inner space of the accumulation tank (2) is placed inside of the accumulation tank (2), wherein the smoke-flue (3) passes through the accumulation tank (2), inside the accumulation tank (2) a tubular exchanger (4) is stored in proximity of the smoke- flue (3), the exchanger (4) further passes through a shell of the accumulation tank (2) and is ended at the bottom part of the accumulation tank (2) with an opening (41) for supplying cold media, in particular cold water for heating, and outside of the upper part of the accumulation tank (2) the exchanger (4) being ended with an opening (42) for output of hot media, in particular of hot water for heating.

3. WO/2015/090258 METHOD OF PLASMA TREATMENT OF AN INTERNAL AND/OR EXTERNAL SURFACE OF A HOLLOW ELECTRICALLY NON-CONDUCTIVE BODY AND A DEVICE FOR CARRYING OUT THIS METHODWO25.06.2015
H05H 1/24
PCT/CZ2014/000159MASARYKOVA UNIVERZITAPAVLIŇÁK, David
A method of plasma treatment of an internal and/or external surface of a hollow electrically non-conductive body (1), the principle of which consists in that on the internal surface (2) of a hollow electrically non-conductive body (1) and/or on the external surface (3) of a hollow electrically non-conductive body (1) there acts a layer of electrical plasma of a surface dielectric barrier discharge generated in a volume (7, 9) of gas by alternating or pulse voltage (10) with an amplitude higher than 100 V from a pair of liquid electrodes formed by an internal electrically conductive liquid (4) situated inside the hollow electrically non-conductive body (1) and by an external electrically conductive liquid (5) situated outside the hollow electrically conductive body (1). The electrical plasma is generated above the surface (6, 8) of the electrically conductive liquid (4, 5), where in the volume (7, 9) of the gas, there forms a layer of electrical plasma forming a ring (11) copying the shape of the surface (2, 3) of the hollow electrically non-conductive body (1), wherein the electrical resistance between the liquid electrodes is greater than 10 kΩ. The invention also is a device for carrying out the aforementioned method of plasma treatment of the internal and/or external surface of a hollow electrically non-conductive body (1).

4. WO/2015/090256 VALVE FOR A MAGNETORHEOLOGICAL FLUIDWO25.06.2015
F16F 9/53
PCT/CZ2014/000157VYSOKÉ UČENI TECHNICKÉ V BRNĚMAZŮREK, Ivan
Disclosed is a valve for a magnetorheological fluid, comprising at least one energized electromagnet coil which forms a magnetic circuit in a magnetically conducting body. In said valve, at least a section of the magnetic circuit is formed by a composite material that has a resistivity of more than 10-4 Ωm and a relative permeability, in relation to the permeability of a vacuum, of more than 500 - in the frequency range up to 10 kHz, - in a magnetic flux range of 100 to 400 mT, and - at temperatures of 0°C to 100°C.

5. WO/2015/090251 DEVICE FOR THE MULTI-STAGE GASIFICATION OF CARBONACEOUS FUELSWO25.06.2015
C10J 3/32
PCT/CZ2013/000173TARPO, spol.s r.o.PICEK, Ivo
Device (1) for the multi-stage gasification of carbonaceous fuels (2), namely biomass, for the production of generator gas in cogeneration plants with a low content of tar and other impurities. Device (1) comprises a hermetically sealed vertical container (3) which is fitted with insulation (4). Inside vertical container (3) is pyrolysis chamber which is adapted for filling with carbonaceous fuel (2) from above of the container (3). Under pyrolysis chamber is in the container (3) a partial oxidation chamber (7) for oxidation of the pyrolysis product which is delimited by a refractory casing (8) and the partial oxidation chamber (7) is followed by a reduction zone (10) for chemical reduction of oxidized product gas (11). In preferably form is pyrolysis chamber embodied by at least one vertically oriented pyrolysis channel (15) and in the container (3) is arranged an integral lining (14).

6. WO/2015/090254 COMPACT STRUCTURE OF A COMPOSITE NATURE AND METHOD OF PREPARATION THEREOFWO25.06.2015
D04H 1/407
PCT/CZ2014/000154TOMAS BATA UNIVERSITY IN ZLINSÁHA, Tomas
The compact formation contains a matrix which can be prepared through compaction of a layer or layers of non-woven fabrics and also a component of discrete particles originally situated in this layer or layers of non- woven fabrics retained in the filtering mechanism. That may be a polymer matrix which can be prepared through the compression of the filtration layer or layers of non-woven fabrics with fibers made of polymer materials, fibres made of biopolymer materials, microfibers and/or nanofibers. A used waste filter may also be a layer of the filter. The functional and/or modifying additive aimed to control the resulting properties of composite material (additive showing an activity in the electric or magnetic field, additive to particles of biological material, or additive to particles with bioactive, biocidal, and/or antibacterial effects may then be a component of discrete particles. A component of discrete particles may also be an additive based on cross-linked powder elastomer as well as particles of toxic material encapsulated in the matrix, which enable their very easy and effective disposal. Furthermore, the invention deals with the preparation of compact formation of composite character.

7. WO/2015/090255 A METHOD OF THE PERFORMANCE CONTROL FOR CYCLICALLY OPERATING EQUIPMENT EXPOSED TO VARYING LOAD, IN PARTICULAR, A SCRAPER CONVEYORWO25.06.2015
G05B 19/40
PCT/CZ2014/000155WISTA, S.R.O.NEUWIRTH, Jiří
The moving part of cyclically operating equipment performs forward and backward movement between the starting and end dead centre in consecutive cycles, whereas each new cycle starts with initiation of forward movement of the moving part of the cyclically operating equipment. The output of the cyclically operating equipment is controlled by the change of the time of individual cycles, whereas the necessity to change the time of at least one actual cycle is evaluated based on the time of the forward and/or backward movement of the moving part of the cyclically operating equipment in the given cycle or in at least one of the preceding cycles. The time of the actual cycle may be controlled by the change of the speed of the forward or backward movement of the moving part of the cyclically operating equipment or by introduction, cancelling or change of the time delay applied within the given cycle. Whereas the time delay may be included between the forward and backward movement of the moving part of the cyclically operating equipment or after termination of the backward movement of the moving part of the cyclically operating equipment or in the course of the forward and backward movement of the moving part of the cyclically operating equipment. It is convenient that the time delay in the following cycles will be changed, compared to the time delay applied in the preceding cycle by step lenght, which is preset in advance. When a hydraulic or pneumatic drive unit is used, the speed of the forward or backward movement of the moving part of the cyclically operating equipment may be changed by connecting of the pneumatic or hydraulic drive unit to a source of different pressure. When an electric drive unit is used, the speed of the forward and/or backward movement of the moving part of the cyclically operating equipment may be kept in preset limits by the change of the supplied electric input.

8. WO/2015/090260 METHOD OF EKG SIGNAL PROCESSING AND APPARATUS FOR PERFORMING THE METHODWO25.06.2015
PCT/CZ2014/000163USTAV PRISTROJOVE TECHNIKY AV CR, v.i.i.JURAK, Pavel
A method of measuring and analyzing the ultra high frequency EKG is performed by measuring the EKG within the frequency range above 250 Hz with a dynamic range of at least 100 dB. In the UHF EKG signal positions of Rm of R wave in QRS complex of EKG are detected on the time axis and the EKG signal is converted to amplitude or power envelopes, the amplitude or power envelopes frequency range is anywhere within the limits from 0,2 Hz to at least 500 Hz. From these envelopes the amplitude and time numerical parameters that describe the myocardium depolarization inhomogeneity and electric myocardium dyssynchrony are determined, and these parameters are used for selecting the patients for multi-chamber stimulators implementation and optimization of their setting.

9. WO/2015/090259 METHOD OF PREPARING ANHYDROUS POLYMORPHIC FORM N-6 OF DASATINIBWO25.06.2015
C07D 417/14
PCT/CZ2014/000160ZENTIVA, K.S.RYMES, Jan
A method for the preparation of the crystalline Form N-6 of dasatinib, characterized by the following reflexions in the X-ray powder pattern, measured with the beam radiation CuKα: 6.8; 12.3; 13.2; 13.8; 16.7; 21.0; 24.3, and 24.8 ± 0.2° 2-theta. The method consists in drying a solvate of dasatinib from the group of the ethanol solvate, methanol solvate, and acetonitrile solvate of dasatinib, or their mixtures.

10. WO/2015/090257 METHOD OF ELECTROCHEMICAL ACTIVATION OF ORGANIC SUBSTANCES AND DEVICE FOR ITS IMPLEMENTATION FOR SUBSEQUENT DETECTION AND DETERMINATION USING A MASS SPECTROMETERWO25.06.2015
G01N 27/403
PCT/CZ2014/000158USTAV ORGANICKE CHEMIE A BIOCHEMIE AV CR, V.V.I.JAKLOVA DYTRTOVA, Jana
A method for detection and determination of organic compounds by means of electrochemical activation in an electrochemical cell is described. The flow electrochemical cell provides an alternative to separation methods, upstream mass spectroscopy for the identification and study of particular organic substances. The electrochemically generated ions substances entering the electrochemical cell formed by their oxidation or reduction or electrochemically generated ions from the electrode material and forming adducts with substances contained in the sample matrix are then qualitatively or quantitatively analyzed with a mass spectrometer. The electrochemical activation can be used even for substances that are in the mass spectrometer otherwise undetectable. Thanks to the interchangeable system of the working electrodes the device is applicable in laboratories for serial analysis. Alternatively this cell can be used for specific purposes of basic research, where the easy handling and the possibility of alternative exchange working electrodes (possible to select different electrode e.g. Cu, Ag and Au) allows further modification of the electrochemical system.˙


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