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Resultados 1-10 de 3.474 para loscriterios:(ANID:HU* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2017/081497 DEVICE FOR DIGITIZING AND EVALUATING MOVEMENTWO18.05.2017
G06Q 50/22
PCT/HU2015/000078AXS MOTIONSYSTEM KFT.SZÉKELY, Lajos
A device for digitizing and calculating movement, which, in comparison with hitherto known devices, can shoot more accurately in many respects, or create movement files, even without an external reference signal. The main elements of the device are, apart from inertial measurement modules (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18) which are secured on separately moving body parts or elements of a person, living being or object under examination, modules for measuring pressure on feet (19, 20) and gloves (21, 22) for measuring pressure, using which it is also possible to accurately monitor movements with respect to change in position by means of a virtual skeletal system displayed by a programme. Due to the more accurate shooting of the movement, it is possible to dispense with the use of the magnetic orientation which was necessary in previous systems, or multiple-axis magnetometers. A belt-type waistcoat for more accurately securing body sensors on the back is also a part of the patent.

2. WO/2017/081498 LATTICE GIRDER SHAPED WITH U PROFILE BRACED WITH T STEEL ELEMENTS OR ANGLE STEEL ELEMENTS, AND WALL STRUCTURE WITHOUT THERMAL BRIDGE CREATED WITH THIS LATTICE GIRDERWO18.05.2017
E04C 3/08
PCT/HU2016/000029FÁY JenőFÁY Jenő
Lattice girder comprises angle or T steel elements connecting the two U profiles. Angle steel elements (5) are fixed in pairs with their cut surfaces (8) to the base plate (3) of the U profile (2) while their vertices (9) are fitted together. The flanges (4) of the U profile (2) are joined along them by means of welding seams (12). The angle steel elements (5) are fitted to the base plate (3) of the other U profile (2) of the lattice girder (1) along their other cut edges (10), so that on the same surface the next angle steel element (5) is fitted along its cut edge (10) ensuring that the vertices (11) of the two angle steel elements (5) join. The section of flanges (6) of the angle steel elements (5) is fitted in a shape closing manner to the flanges (4) of the U profile (2), and they are joined along this section by means of welding seam (12). The angle steel elements (5) are fixed the same way along the entire length of the U profile (2), and terminating element (21) is attached to the end of U profiles (2). External surface of the base plate (3) of both U profiles (2) is provided with thermal insulating strip (25).

3. WO/2017/081501 METHOD TO GENERATE TERAHERTZ RADIATION AND TERAHERTZ RADIATION SOURCEWO18.05.2017
G02F 1/35
PCT/HU2016/050046PÉCSI TUDOMÁNYEGYETEMALMÁSI, Gábor
The present invention relates to a method for generating terahertz radiation, wherein a pump pulse is subjected to pulse front tilting, the thus obtained pump pulse having tilted pulse front is coupled into a nonlinear optical medium and THz pulse is generated by means of the optical medium in nonlinear optical processes, particularly by means of optical rectification by the pump pulse. The invention also relates to a terahertz radiation source (100), comprising a pump source (10) for emitting a pump pulse and a nonlinear optical medium for generating THz pulse. The pump source (10) and the nonlinear optical medium define together a light path, said light path is arranged to guide the pump pulse from the pump source (10) to the nonlinear optical medium. A first optical element (20) having angular-dispersion-inducing property and an imaging optics (30) are disposed in the light path after each other in the propagation direction of the pump pulse. The core of the method according to the invention is that the pulse front tilt of the pump pulse required to satisfy velocity matching condition of v cos(/) = vTHrf is induced as a sum of a plurality of pulse front tilts, each pulse front tilt is induced separately as a partial pulse front tilt of the pump pulse in subsequent steps, wherein vp;cs is the group velocity of the pump pulse, vr¾/is the phase velocity of the THz pulse, and γ is the angle formed between the pulse front and the phase front of said pump pulse. The radiation source (100) according to the invention also comprises at least one further optical element with angular-dispersion-inducing property is provided within said light path, said further optical element located after both the first optical element (20) having angular-dispersion-inducing property and the imaging optics (30) in the propagation direction of said pump pulse.

4. WO/2017/081499 MEASURING UNIT WITH IMPROVED MEASURING CHARACTERISTICSWO18.05.2017
G01N 21/59
PCT/HU2016/000069NORMA INSTRUMENTS ZRT.CSIKÓS, Jenő
The subject of the invention relates to a measuring unit with improved measuring characteristics to facilitate the analysis of samples in various states of matter, especially blood samples, which has a light source (10) suitable for emitting a controlled light beam (11), an accommodation body (20) located in the path of the emitted controlled light beam (11) containing a flow cell (21) for the sample (1) to be measured to flow through, and an optical part-unit (30) located on the output side (23) of the accommodation body (20) opposite the input side (22) of the controlled light beam (11), and the optical part-unit (30) comprises a primary light path influencing optical member (31), a secondary light path influencing optical member (32), and light output measuring bodies (33). The characteristic feature of the invention is that the primary light path-influencing optical member (31) is a collecting lens suitable for producing a converging light beam, the secondary light path-influencing optical members (32) comprise projecting pieces (32a) located in the optical axis (12) of the controlled light beam (11) passing through the accommodation body (20) but separated by a given space (T1, T2) and having a reflecting surface (32b), as well as supporting elements (32c) carrying the individual projecting pieces (32a).

5. WO/2017/081503 FILTER BAG CONTAINING A POROUS FROZEN FILLER MEDIUM AND FROZEN FILLER EMBEDDED IN IT AND METHOD FOR THE PRODUCTION OF SUCH A FILTER BAGWO18.05.2017
A23B 7/04
PCT/HU2016/050055OCSKAY, LászlóOCSKAY, László
The object of the invention relates to a filled filter bag (10) which comprises a liquid-permeable filter wall (14) delimiting a closed internal space (12) and suitable for retaining a filling (24) in the internal space (12), the essence of which is that the closed internal space (12) of the filter bag (10) contains frozen filler medium (22) and frozen filling (24) embedded in it, which frozen filler medium (22) has a porous structure. The object of the invention also relates to a method for the production of such a filled filter bag (10).

6. WO/2017/081502 SPHERICAL HEAD ASSEMBLY FOR ATTACHING AN OPTICAL AND/OR ELECTRONIC DEVICE TO A STANDERWO18.05.2017
F16M 11/14
PCT/HU2016/050054KÁRMÁN, BalázsKÁRMÁN, Balázs
Spherical head assembly for attaching an optical and/or electronic device to a stander with an adjustability in at least two degrees of freedom, which has a first part that can be releasably connected to the stander and a second part which is provided with a support element for the releasable connection of the device to be held thereby, and one of the two parts is a spherical head (20, 100) that has a body (21, 99) which has at least in part a spherical shape, and the other part comprises a cavity formed as a spherical segment which encircles the spherical head (20, 100) at least in part and is fitted thereto, and comprises an adjusting means for coupling the two parts together and releasing the same coupling, and in the initial position of intended use the held device is adjusted in horizontal or almost horizontal position. In the second part a groove (24, 108) is provided that has a vertical central plane and extends along the largest diameter of the spherical segment, and on the first part a circularly symmetrical stud (25, 103) is provided at a position that corresponds to the vertical diameter of the spherical segment and the stud (25, 103) can be fitted in the groove (24, 108), and in the fitted position the stud (25, 103) allows the displacement of the two parts along the groove (24, 108), and the stud (25, 103) allows the turning of the two coupled spherical fitted segments around the vertical axis of the stud (25, 103) at each of the adjusted positions, and the adjusting means is arranged on that one of the two parts which has the spherically shaped cavity, and when the position of two parts are fixed the adjusting means presses the cavity to the spherical body (21, 99).

7. WO/2017/081500 METHOD AND DEVICE FOR INSPECTING THE PASSAGE SYSTEMS OF MACHINE COMPONENTS WITH CAVITIES, ESPECIALLY CASTINGS, CYLINDER HEADSWO18.05.2017
G01M 99/00
PCT/HU2016/000070FALCON-VISION ZRT.KERÉNYI, István
The subject of the invention relates to a method and a device for inspecting the passage systems of machine components with cavities, especially castings, cylinder heads, for inspecting appropriate flow conductivity, where the passage system comprises at least one inlet opening (2) leading to the surface of the machine component, at least one outlet opening (3) leading to the surface of the machine component, and at least two parallel connected passages (A, B) connecting the inlet opening (2) and the outlet opening (3). A first medium is fed into the passage system through the inlet opening (2) of the passage system, then, with a sharp change a second medium with different physical properties is fed into the passage system, and at the outlet opening (3) of the passage system the change over time of the composition of the medium flowing out is determined, then the composition-time function obtained in this way is compared to the standard composition-time function of a perfect machine component.

8. WO/2017/077351 HAND HELD ELECTRONIC DEVICE WITH AN AIR MOUSEWO11.05.2017
G06F 3/038
PCT/HU2015/050016BÁLINT, GézaBÁLINT, Géza
A hand held electronic device (10) including an air mouse unit for communicating with a remote host device (30) having a display screen (32) on which a cursor is displayed, wherein during operation as an air mouse the movement of the device controls the movement of the cursor, the device comprises an elongated body (11) with different surface regions accessible by a finger of the holding hand, and in one accessible surface region has a control field (35, 36), and a touch sensor (23, 24) is arranged under the control field (35, 36) that senses when the control field (35, 36) is touched by the finger and when the finger is moved thereon, and the air mouse unit has a deflection control unit (27) controlling the speed of the cursor movement in response to a unity movement of the device, and a processor (43) is connected to the touch sensor (23, 24) that controls the deflection control unit (27) to increase or decrease the speed of the cursor control in response to a predetermined first finger movement. The device can be complemented with a direct data entry function using a different surface region and with a conventional mouse function using a further different region.

9. WO/2017/077352 WIND TURBINE POWER SUPPLY UNITWO11.05.2017
F03D 1/04
PCT/HU2016/000052MOLNÁR LászlóMOLNÁR László
A wind turbine power supply unit consisting of a wind turbine and a generator rotating together with it, on which the turbine blades (3) are rotating in a guiding tube (5). It has an inlet and an outlet opening (8). A rechargeable power source (7) is connected to the generator (6) through a charging circuit (13) and there is also an external connector (11). As the part of the device, at one of the ends of the guiding tube (5) and extended air inlet is provided. The rechargeable power source (7) of the wind turbine power supply unit being an accumulator practically functions as a super-capacity.

10. WO/2017/077353 DATA ENTRY DEVICE FOR ENTERING CHARACTERS BY A FINGER WITH HAPTIC FEEDBACKWO11.05.2017
G06F 3/038
PCT/HU2016/050053BÁLINT, GézaBÁLINT, Géza
A data entry device for entering predetermined characters by the finger of a user and converting the characters into a sequence of electronic signals representing the entered characters, that comprises a touch sensitive zone (2) on an outer surface, a processor. (58) coupled to the touch sensitive zone,(2) for sensing the zone (2) is touched, the processor (58) is programmed to recognize predetermined elementary finger movements and combinations thereof and to associate each of them with a character, wherein a closed boundary (10) is defined on the surface of the device above a portion of the touch sensitive zone (2) that has at least one haptic property differing from the haptic properties of the surrounding area, whereby the finger can definitely sense when the boundary (10) is touched; and the boundary (10) has an interior area constituting a data - entry field (11) that has a centre region (16) which has at least one haptic property differing from the haptic properties of the portion beyond the centre region (16), whereby the finger when touching the centre zone (16) can sense being on the centre region (16), and the processor (58) is programmed so as to recognize when the centre region (i6) is touched for a predetermined duration by the finger and interprets this event as the beginning of the entry of a character and from that moment starts observing and analyzing the combination of the elementary finger movements as long as the finger touches the data entry field (11), and when the finger has finished touching the data entry field (11) this is interpreted by the processor (58) as the end of the entry of the character, wherein the elementary finger movements, can be radial movements between the centre zone (16) and one of a plurality of predetermined discrete special positions along the boundary (10) in both directions and arced movements along the boundary (10) from one special position to a neighbouring special position.


Resultados 1-10 de 3.474 para loscriterios:(ANID:HU* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true
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