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Resultados 1-10 de 2.531 para loscriterios:(ANID:PL* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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Análisis
Análisis

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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2017/048139 METHOD OF REPRODUCING COMPLEX THIN-WALLED OBJECTSWO23.03.2017
B29C 67/00
PCT/PL2015/050045POLITECHNIKA RZESZOWSKAKUDASIK, Tomasz
A method of reproducing complex thin-walled objects, characterized in that a tomographic image of the modeled object is created in stage one, which is then used to create a three-dimensional numeric model, which is then used to create an STL polygon mesh model used in the rapid prototyping method to generate a wax model of the object, which is then coated with at least one thin layer of silicone, and after obtaining the desired wall thickness, the wax model is melted.

2. WO/2017/048140 HYDRO-ELASTIC CENTREBOARDWO23.03.2017
B63B 3/38
PCT/PL2015/050051POLITECHNIKA RZESZOWSKASOBASZEK, Mirosław
A hydroelastic centreboard includes, at least, one profile (4), supported on, at least, two girders (3), while the area of the middle part of profile (4), between the girders (3), is characterised by rigidity lower from that on the areas between the front girder (3) and the leading edge (6) and between the rear girder (3) and the trailing edge (5), profile (4) is made of elastic material and can constitute filling of cross-section of panel (1) of centreboard. Area of profile (4) between the girders (3) is made of elastic material with higher elasticity than the areas of profile (4) between front girder (3) and the leading edge and between the rear girder (3) and the trailing edge.

3. WO/2017/048141 DEVICE FOR MEASURING THE PARAMETERS OF PHASE ELEMENTS AND OPTICAL FIBER DISPERSION AND A METHOD OF MEASURING THE PARAMETERS OF PHASE ELEMENTS AND OPTICAL FIBER DISPERSIONWO23.03.2017
G01B 9/02
PCT/PL2015/050065POLSKIE CENTRUM FOTONIKI I ŚWIATŁOWODÓWSTĘPIEŃ, Karol
A device for measuring the parameters of phase elements and dispersion of optical fibers, characterized in that it contains: at least one light source, serially connected to at least one fiber optic coupler, one of whose arms constitutes a part of the reference arm, and whose second arm constitutes a part of the measurement arm of the device, and at least one motorized linear stage is mounted on at least one arm of the device, and at least one of the arms of the device is connected, either directly, or through an additional fiber optic coupler, to at least one detector, and at least one collimator is placed in at least of the arms of the device, at least before the phase element. A method of measuring the parameters of the phase element and the dispersion of optical fibers, applying the device according the invention, is conducted in at least two stages, wherein the first stage assumes the calibration of the device according to the invention, and the second stage is the proper measurement, characterized in that during calibration of the device according to the invention, light from the low-coherence light source (1.1) is directed to the fiber optic coupler (2.1), where it is separated into two arms: measuring and reference, and then the motorized linear stage(6) moves, recording information on its position until zero difference of optical paths between particular fiber optic coupler arms is obtained. Interference occurs in the fiber optic coupler(2.2), after passing through collimators (3.2) and (4.2), and interferogram is collected in time delay, which translates into motorized linear stage movement. Inteferogram is collected by a photodetector, in particular by a photodiode, and after the device is calibrated, the system proceeds to proper measurement, in which a phase element, particularly a lens intended for measurement, is inserted in the measurement arm of the device according to the invention, between the collimators (3.1) and (3.2), after which, sliding the motorized linear stage, the position producing zero optical path difference is determined, and the thickness of the phase element is determined on the basis of the differential position of the equivalent optical path in the calibration measurement and the proper measurement with the phase element, and basing on the knowledge of the refractive index of the glass the lens was made of.

4. WO/2017/048142 CLOSING UNIT OF AN AUTOCLAVE PROCESS CHAMBERWO23.03.2017
F16J 13/02
PCT/PL2016/000101ENBIO TECHNOLOGY Sp.z o. o.KRAJCZYŃSKI, Marek
The closing unit of an autoclave process chamber according to the invention is characterised in that there is a protrusion (3) formed along the edge of the wall of the process chamber (1) on the side of the cover (2), where corresponding to the protrusion (3) is the space between the outer lip (5) and the inner lip (6) of the 'U'-shaped lip seal (4) placed in the groove, the latter formed in the wall on the cover (2) on the side of the process chamber K.

5. WO/2017/048143 HEAT EXCHANGERWO23.03.2017
F28F 9/02
PCT/PL2016/000102ENBIO TECHNOLOGY SP. Z O.O.KRAJCZYŃSKI, Marek
The heat exchanger having a number of horizontal multi-duct pipes (1) running parallel, with corrugated ribs (2) formed between the pipes, where both ends of the pipes are inserted in the vertical pipe collectors (3, 7) fitted with at least one horizontal partition each and where one of the pipe collectors serves as the manifold (3), in which the upper inlet stub pipe (5) and lower outlet stub pipe (6) are fitted, with a tight horizontal partition (4) going in between is characterized in that the first pipe collector serving as the manifold (3) is higher than the second pipe collector (7), extends below the set of the multi-duct pipes (1), and is fitted with an additional stub pipe (8) in its bottom part, where there is a vertical separating plate (9) fitted below the horizontal barrier (4).

6. WO/2017/048144 PROFILE FOR THE FASTENING AND THERMAL INSULATION SYSTEM OF WINDOWS, DOORS AND FACADESWO23.03.2017
E06B 1/00
PCT/PL2016/000104"ERGO PLUS" SP. Z.O.O.BORUSZEWSKI, Artur
The subject of the invention is the profile for the fastening and thermal insulation system of windows, doors and facades, an essential element of which is the angle iron (1), made of any material, preferably of steel, with the cross section resembling the letter "L", which has longitudinal inflection points (2) arranged along the edges of its both arms, which are bent towards the inside of the angle iron (1), preferably at an angle of 90°. The angle iron (1) "L" is filled with the filling compound (3). In addition, thanks to rolling of the edges of the angle iron (1) and the presence of longitudinal inflection points (2) of the iron angle (1) formed this way, it is possible to place the brace (4) between them, which expands the arms of the angle iron (1). The brace (4) may be substantially the longitudinal flat bar, whereby it can have holes or protrusions; optionally the brace (4) can be made of small boards arranged respectively along the length of the angle iron (1) "L". The aforementioned brace (4) always forms an acute angle - with the arm of the angle iron (1), which it is adjacent to and with longitudinal inflection points (2) going out of this arm - which angle is typically 45°. The brace (4) is then the bisector of the angle defined by the arm of the angle iron (1) and of the longitudinal inflection point (2). In the basic solution - the profile is fixed to the wall face by means of fasteners, pins or screws (7). The screw (7) passing through the horizontal arm of the angle iron (1) fixes the frame of the window, door or other facade elements to the angle iron (1) "L". The installation may be also performed with the use of fixing anchors (6), directly connected to the profile, relatively supporting the profile, and then also connected to the building wall. Fixing anchors (6) may be equipped with one or several swivels (8). They may also be made of several sliding elements (9), enabling the separation, and thus the elongation of fixing anchors (6). The use of swivels (8), which may have the form of hinges, is improved by the strength of fixing anchors (6).

7. WO/2017/048145 DEVICE FOR UNDERWATER VOICE COMMUNICATIONWO23.03.2017
B63C 11/26
PCT/PL2016/050036NOWAK, LukaszNOWAK, Lukasz
The object of the invention is a device for underwater voice communication which may, in particular, be used in underwater communication between divers and scuba divers. The device is composed of a rigid body (1) to which an acoustic head (2) is attached, the latter being in the form of a thin-walled, hollow block, on the walls of which there are bends. The interior of the acoustic head (2) is connected to the interior of the body (1) via an opening. A mouthpiece (4) is attached to the body and tightly covers the part of the face which surrounds the mouth. In the lower part of the body, there is an outlet opening or openings (6), aimed at leading out into water the breathing gases that are exhaled while the user speaks to the device. The device can be also provided with a cover for the acoustic head (3) in the form of an openwork structure, protecting the acoustic head (2) from mechanical damages, and with a handle (5) allowing grasping of the device in a manner allowing it to be turned with the mouthpiece towards the mouth of the person holding it.

8. WO/2017/048146 A METHOD FOR DETECTION AND SELECTION OF HYBRIDOMA CELLS PRODUCING THE DESIRED ANTIBODIESWO23.03.2017
C12N 13/00
PCT/PL2016/050037WROCŁAWSKIE CENTRUM BADAŃ EIT+ SP. Z O.O.LIPIŃSKI, Tomasz
The object of the invention is the method of detection and selection of hybridoma cells capable to produce desired antibodies, comprising seeding the hybridoma cells in a culture vessel with biofunctionalized surface, containing culture medium, adding biofunctionalized luminescent labels and incubating such hybridoma cell culture, followed by optical detection of hybridoma cells producing desired antibodies by reaction of he biofunctionalized luminescent labels with the antibodies and detecting a luminescent label's signal border around hybridoma cells producing desired antibodies, and further separation in situ hybridoma cells producing the given antibody type from the rest of the cells.

9. WO/2017/048147 THE METHOD OF SYNTHESIS AND PURIFICATION OF A NUCLEOSIDE AND/OR A NUCLEOTIDE, A MODIFIED NUCLEOSIDE AND/OR NUCLEOTIDE, A DNA MOLECULE AND AN OLIGONUCLEOTIDE LIBRARY COMPRISING SAID MODIFIED NUCLEOSIDE AND/OR NUCLEOTIDE AND THE USE OF SAID OLIGONUCLEOTIDE LIBRARYWO23.03.2017
C07H 19/10
PCT/PL2016/050038PURE BIOLOGICS SP. Z O.O.JUREK, Przemysław
The object of the invention is a method of synthesis and purification of a nucleoside and/or a nucleotide being a mono-, di- or triphosphate, wherein a Huisgen' s azide-alkyne cycloaddition reaction is being performed using a compound of structure (1) with a compound chosen from the group of structures (2) to (5). The object of the invention is also a modified nucleoside and/or nucleotide of structure (10), a DNA molecule and an oligonucleotide library comprising one or more modified nucleotides and the use of said oligonucleotide library for aptamers selection.

10. WO/2017/043983 INSULATING AND ACCUMULATION CONSTRUCTION PARTITION AND A METHOD FOR ITS PRODUCTIONWO16.03.2017
E04C 1/00
PCT/PL2015/000150POLITECHNIKA RZESZOWSKA IM. IGNACEGO ŁUKASIEWICZADĘBSKA, Bernardeta
The partition (1) in a form of a cellular concrete-based masonry element comprises a non-encapsulated phase-change material PCM (3) dispersed in the porous structure of the cellular concrete (2). At least some of the walls of the partition (1), preferably the bottom and the side ones, are sealed against leakage from the partition (1) of the phase-change material PCM (3) in its liquid phase. The cellular concrete (2) of the partition (1) has an apparent density of not more than 650 kg/m3. The phase-change material PCM (3) is an organic material, preferably paraffin. The walis of the partition (1) are impregnated with a thin- layer resin mortar (4), which is a flame-resistant composition resistant to ultraviolet radiation, in the form of a composition and elastic polyurethane resin and its curing agent and silica sand. The content of sand in the resin mortar (4) by weight in relation to the resin is from 0.75 to 0.85. The partition (1) is in the form of a cellular concrete block or brick. In another execution the walls of the partition (1) are impregnated with a solution of aqueous dispersion of acrylic resin. The present invention also relates to the method for producing the insulating and accumulation construction partition (1) in the form of a cellular concrete-based masonry element. The invention may, in particular, be used in the preparation of blocks and bricks of cellular concrete (2) with increased thermal capacity, while maintaining a substantial thermal insulation.


Resultados 1-10 de 2.531 para loscriterios:(ANID:PL* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true
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