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Results 1-10 of 3,202 for Criteria: Office(s):all Language:ES Stemming: true maximize
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NoCtrTitlePubDateInt.ClassAppl.NoApplicantInventor
1. WOWO/2015/008100 - METHOD FOR OPERATING A DIGITAL SIGNAGE SYSTEM22.01.2015
G06Q 30/02
PCT/HU2013/000077RUFFTECH KFT.NOTHEISZ, György
Method for operating a digital signage system in which a playing unit' (3) comprising a controller (1 1 ) and a display (12) for displaying media content, a central unit (2) for storing and generating playlists, and peripheral units (1 ) ensuring user access to the system are used. From the peripheral unit(s) (1 ) the playlist and the media files are transmitted to a database (10) of the central unit (2) through internet. The requested playlist and media files are transmitted from the database (10) of the central unit (2) to the playing unit (3). About the gender, age and number of the viewers of the media files statistics is generated by the controller (1 1 ) and transmitted to the central unit (2). The statistics are evaluated by an evaluating program (9). On the basis of the processed statistical data the priority of display of the media files is modified and new playlists are generated.

2. WOWO/2015/004490 - DOWNHILL BICYCLE STRUCTURE WITH ENHANCED SUSPENSION15.01.2015
B62K 25/26
PCT/HU2013/000085KARDOS, TamásKARDOS, Tamás
The invention relates to a downhill bicycle structure with enhanced suspension including a tube structure with down tube, top tube, and seat post, a gear, a stay frame with seat stay and chain stay, a rear shock, and at least one upper swing-bar and at least one lower swing-bar. The invention is characterized in that the longitudinal axis (34) of the lower swing-bar (9) falls approximately into the longitudinal section plane of the chain stay (7), the front part of the lower swing-bar (9) is inserted into the gear-box (17) of the gear (31) so that the inserted part and the centres of rotation of the gear (31) make up a combined axle (10), and the middle centre of motion (25) of the upper swing-bar (23) is located at the bottom 2/10 - 4/10 section, preferably at the 1/3 section, - calculated from the longitudinal axis (37) - dividing the distance (32) between the longitudinal axis (37) of the down tube (3) and the straight line (35) drawn at the connection of the top tube (4) and the seat post (5) in parallel with the longitudinal axis (37).

3. WOWO/2015/001366 - METHOD TO PRODUCE A METAL IMPLANT WITH THE PROPERTIES OF ANTIMICROBIALITY AND BIOCOMPATIBILITY AND SUCH A METAL IMPLANT08.01.2015
A61L 27/06
PCT/HU2014/000048BAY ZOLTÁN KÖZHASZNÚ NONPROFIT KFTLAKATOSNÉ, Varsányi Magdolna
The invention relates, on the one hand, to a method for producing a medical metallic implant with the properties of antimicrobiality and biocompatibility and, on the other hand, to the metallic implant itself. According to the method, an antimicrobial coating is applied onto a metallic substrate of said metallic implant, the method comprising the steps of arranging said substrate as cathode against a counter electrode in an electrolytic solution containing at least a salt of the metal to be deposited to form the coating, and depositing the coating from the electrolytic solution onto the substrate surface by electrolysis. The essence of the present method is that after an initial pre-treatment of the substrate surface, the electrolysis is performed directly onto the substrate, and said coating is formed as a non-continuous nanostructured coating by pulse current series electrochemical deposition during the electrolysis. The medical metallic implant according to the invention comprises a metallic substrate and an antimicrobial coating, wherein the antimicrobial coating is bound in the form of a plurality of nanostructured microclusters directly to a substrate surface subjected to pre-treatment, and said microclusters are located on said substrate so as to form local galvanic cells when get into contact with an electrolyte.

4. WOWO/2014/207490 - TUMORSPECIFIC SPECT/MR(T1), SPECT/MR(T2) AND SPECT/CT CONTRAST AGENTS31.12.2014
A61K 49/12
PCT/HU2013/000131BBS NANOTECHNOLOGY LTD.BODNÁR, Magdolna
The invention relates to cancer receptor-specific bioprobes for single photon emission computed tomography (SPECT) and computed tomography (CT) or magnetic resonance imaging (MRI) for dual modality molecular imaging. The base of the bioprobes is the self-assembled polyelectrolytes, which transport gold nanoparticles as CT contrast agents, or SPION or Gd(III) ions as MR active ligands, and are labeled using complexing agent with technetium-99m as SPECT radiopharmacon. Furthermore these dual modality SPECT/CT and SPECT/MR contrast agents are labeled with targeting moieties to realize the tumorspecificity.˙

5. WOWO/2014/207491 - TUMORSPECIFIC PET/MR(T1), PET/MR(T2) AND PET/CT CONTRAST AGENT31.12.2014
A61K 49/12
PCT/HU2013/000132BBS NANOTECHNOLOGY LTD.BODNÁR, Magdolna
New types of nanoparticle-based dual-modality positron emission tomography/magnetic resonance imaging (PET/MRI) and positron emission tomography/computed tomography (PET/CT) tumorspecific contrast agents have been developed. The base of the new type contrast agents is biopolymer-based nanoparticle with PET, MRI and CT active ligands. The nanoparticle contains at least one polyanion and polycation, which form nanoparticles via ion-ion interaction. The self-assembled polyelectrolytes can transport gold nanoparticles as CT contrast agents, or SPION or Gd(III) ions as MRI active ligands, and are labeled using a complexing agent with gallium as PET radiopharmacon. Furthermore, these dual modality PET/MRI and PET/CT contrast agents are labeled with targeting moieties to realize the tumorspecificity.

6. WOWO/2014/207492 - MEASUREMENT DATA COLLECTION METHOD AND SYSTEM FOR SPATIALLY DETECTING ATMOSPHERE PROPERTIES31.12.2014
G01W 1/08
PCT/HU2014/000054ÓBUDAI EGYETEMMOLNÁR, András
The invention is a measurement data collection method for spatially detecting atmosphere properties, comprising the steps of - applying a multirotor carrier unit (10), the carrier unit (10) comprising at least one sensor (11), a positioning device (12) and an on-board control unit (13) allowing autonomous navigation, - storing a flight path (30) in the carrier unit (10), and carrying out measurements by means of the sensor (11) while flying the carrier unit (10) along the flight path (30) by means of the on-board control unit (13). According to the invention, - during the measurements the velocity of the carrier unit (10) is controlled by means of the on-board control unit (13) such that the following condition holds: where Vflight is the flight velocity, dh is the desired spatial resolution, and ts is the settling time of the sensor (11). The invention also relates to a system applying the method.

7. WOWO/2014/203012 - LAYERED HEAT INSULATING PANEL AND APPARATUS AND METHOD FOR PRODUCING THE SAME24.12.2014
B32B 9/02
PCT/HU2013/000063RAPIDSIL SYSTEM KFT.OROSZ, Zoltán
The invention relates to a layered heat insulating panel (1) having a layer (2) formed by vegetable material and at least one coating layer (3) made of artificial resin covering the layer (2) made of vegetable material, and the layer (2) made of vegetable material is formed by parallelly arranged hollow stems (5) of Poaceae plants, each stem are fixed to the coating layer (3), such that the resin material of the coating layer (3) is partially arranged in the space (7) between the stems (5) forming the vegetable layer (2) and contacting the stems (5), and to a method for producing such a layered heat insulating panel (1).

8. WOWO/2014/203013 - LEVER SHAFT STRUCTURAL ARRANGEMENT FOR THE IMPROVED OPERATIONAL CHARACTERISTICS OF RECIPROCATING ENGINES24.12.2014
F02B 75/06
PCT/HU2014/000051GÁNCS, PéterGÁNCS, Péter
The invention relates to a lever shaft structural arrangement for the improved operational characteristics of reciprocating engines. It is characterized in that the alternating unit (I) has two centres of motion (IF1, IF2), each of which is connected to the first centre of motion (4F1) of a balance (4) with three centres of motion, the first centres of motion (4F2) of the balances (4) are connected to the first centre of motion (5F1) of a crank-shaft (5) with at least two centres of motion, and the second centres of motion (5F2) of the crank-shafts (5) are on the geometric centres of motion (11F1) of the main axes (11), the third centres of motion (4F3) of the balances (4) are shared with the first centres of motion (6F1) of a top retaining rod (6) with two centres of motion, and the second centre of motion (6F2) of the top retaining rod (6) is shared with the first centre of motion (7F1) of a bottom retaining rod (7) with at least two centres of motion, and the second centre of motion (7F2) of the bottom retaining rod (7) is shared with the centre of motion (11F1) of the main axis (11).˙

9. WOWO/2014/203014 - GEL COMPOSITION FOR CLEANING PIPELINES AND PIPE-NETWORKS AND THE USE THEREOF24.12.2014
C11D 7/06
PCT/HU2014/000053OKFT KFT.KÓNYA, Zoltán
The invention relates to a gel composition comprising 0.6 to 2.5 weight percent of guar gum, 0.01 to 0.05 weight percent of boric acid, 0.003 to 0.007 weight percent of a base, 2.5 to 4.5 weight percent of a short carbon chain alcohol, optionally 0.01 to 0.5 weight percent of additives and the necessary amount of water to reach 100% weight. The invention covers a method for producing the gel composition and the use thereof.

10. WOWO/2014/199188 - METHOD FOR INITIATING MOBILE WEB PAYMENT18.12.2014
G06Q 20/32
PCT/HU2014/000052CELLUM GLOBAL INNOVÁCIOS ÉS SZOLGÁLTATÓ ZRT.DOBOS, Balázs
Method for initiating mobile WEB payment, in the method a mobile device (1) owned by registered users, installed with applications and operating in mobile phone network and a device (2) applicable to display a WEB platform as well as a remote mobile payment centre (3) and a bank (4) or balance manager are employed. The mobile payment is initiated between said mobile device (1) and said WEB platform displaying device (2) in such a manner that in one of said devices (1, 2) a mobile payment identification code is generated and is presented on its own display, then the mobile payment identification code is entered into the other device (1, 2) and transmitted to said mobile payment centre (3) where it is converted into conventional bank card data and transmitted to a bank (4) or balance manager to perform the payment transaction.


Results 1-10 of 3,202 for Criteria: Office(s):all Language:ES Stemming: true
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