WO/2015/118361 MULTI BLADE WIND TURBINE, WHOLE BLADE, LOW SPEED AND NOISE VERTICAL OR HORIZONTAL MODE||WO||13.08.2015|
||PCT/GR2015/000007||WIND+SOL LTD||VOUROS, Chris|
Multi blade wind turbine, whole blade, low speed and noise which may be placed in horizontal or vertical operating position with main characteristic that at each of its ends (2) a flange (3) is mounted and joined together by four tubes - pillars (4), per ninety degrees. In the center of the flanges (3) the polygonal-axis vector (6) of the blades (7) is supported and rotates within bearings (5). These blades (7) are extending all along the shaft and are made of aluminum or stainless foil formed accordingly or any other suitable material such as fiberglass, carbon, etc., supported by epoxy resins. At the one end of the shaft (6) connects the generator (8) and the battery (9) is placed, in case of autonomous operation. In order to provide safety during its operation it is enclosed by dense grid (10), creating a frame around the turbine. In case of installation of wind turbines series on motorways, the top of the wind turbine is appropriately configured for the placement of luminaires (11) and / or circular frame (12) and in case of installation on the roof edges (Figure 6) by replacing metal protection railing, it can operate as an autonomous power unit or connected in parallel to the grid.
WO/2015/114390 A DETACHABLE ELECTRODYNAMIC SOUND PICKUP AND AMPLIFICATION SYSTEM, WITH A REMOVABLE MOUNTING PLATE AND SELF-ADHESIVE CABLING||WO||06.08.2015|
||PCT/GR2015/000005||MAKROPOULOS, Rigas||MAKROPOULOS, Rigas|
A detachable electrodynamic sound pickup and amplification system, with a removable mounting plate and self-adhesive cabling, for classical string instruments and other musical instruments having electrically conductive strings, whose operation is based on the voltage generated in the electrically conductive strings of the instrument when they move three-dimensionally within a suitably shaped magnetic field. The sliding, removable mounting plate (3) with magnets (2) is clamped to the end of the fingerboard (11) of the instrument by use of a clip (19), and electrical connections are possible through self-adhesive connectors so that after removal of the mounting plate (3) and the remaining parts of the system, the instrument remains intact, without the slightest indication of any kind of aesthetic or constructional alteration.
WO/2015/114391 CLEANING DEVICE FOR PHOTOVOLTAIC PANELS||WO||06.08.2015|
||PCT/GR2015/000006||PAPAGEORGIOU, Eelftherios||PAPAGEORGIOU, Eelftherios|
A cleaning device for photovoltaic panels comprising a shaft (1) with adjustable length being moved manually or mechanically, two or more arms (2) carrying fixed or rotating brushes (5) being connected along shaft (1), wherein water is supplied to the brushes during a cleaning operation. The connecting elements (4) employed to connect arms (2) along the shaft (1) allow adjustment of the length of each arm (2) and of the spacing of arms (2) along the shaft (1) and the connecting elements (6) employed to connect brushes (5) to the arms (2) allow adjustment of the angle of contact of each brush (5) with the surface of the photovoltaic panel being cleaned The device is provided with two brushes (5) arranged either at close proximity adapted to perform thorough cleaning of a photovoltaic panel (7) or at an appropriate spacing for the simultaneous cleaning of adjacent photovoltaic panels (7, 8).
WO/2015/114389 A DETACHABLE SOUND PICKUP AND AMPLIFICATION SYSTEM FOR FLUTE AND OTHER MUSICAL INSTRUMENTS OF THE WOODWIND FAMILY||WO||06.08.2015|
||PCT/GR2015/000004||MAKROPOULOS, Rigas||MAKROPOULOS, Rigas|
A detachable sound pickup and amplification system for flute and other musical instruments of the woodwind family (bamboo flute, bagpipes, side-blown flutes, flageolet, kaval, ney, etc.), which can be easily detached from the instrument by the musician him-/herself. The complete system (Figure 1) includes one or more microphone heads (Figure 2) mounted on the instrument and an outer preamplifier (11) (Figure 1), where preamplification, mixing and final processing of the microphone signal take place. The system presents high resistance to audio feedback, it does not reproduce nor amplify noises from the instrument itself (10) (e.g. from key's strokes, etc.), providing the musician with freedom of movement on stage, and simultaneously, it can be connected directly to pedals, effects units, mixing consoles, a Direct Inject box, etc.
WO/2015/110845 AUTOCREATED CAMPAIGNS FOR HASHTAG KEYWORDS||WO||30.07.2015|
||PCT/GR2014/000007||GOOGLE INC.||ANDRIANAKOU, Sofia|
Methods, systems and apparatus include computer programs encoded on a computer-readable storage medium for generating.a creative. A method includes receiving input from a content sponsor including one, or more of a keyword, a topic, a vertical, or a subject identifying one or more hashtags associated with the input; generating a creative for an advertising campaign based at least in part, on the identified one or more hashtags, wherein generating includes using at least one hashtag as content in the creative; providing the creative to the content sponsor for approval; and receiving an indication of approval and using the creative in a campaign associated with the content sponsor.
WO/2015/110846 NATIVE CREATIVE GENERATION USING HASHTAGGED USER GENERATED CONTENT||WO||30.07.2015|
||PCT/GR2014/000008||GOOGLE INC.||ANDRIANAKOU, Sofia|
Methods, systems and apparatus include computer programs encoded on a computer-readable storage medium for creating a campaign. A method includes: identifying a repository of content, the repository including a plurality of content items,, each indexed by a hashtag that is associated with a respective content item; receiving a search query from an entity associated with a brand, the query including one or more of a hashtag, category, or brand; retrieving content from the repository based on the search query; presenting the content to the entity and receiving a selection of one or more content items from the presented content for inclusion in a campaign; arid creating a campaign including generating one or more creatives based on the selection for distribution based on selection criteria associated with the campaign.
WO/2015/101795 METHOD OF ARTIFICIAL INTERVENTION IN NATURAL ENVIRONMENT OF AN AREA IN ORDER TO PREVENT THE PHENOMENON OF FOG||WO||09.07.2015|
||PCT/GR2015/000001||WIND+SOL LTD||VOUROS, Chris|
A method of artificial intervention in the natural climate of a selected area in order to prevent the phenomenon of fog, for example in airports or highways. Based on this method fans are mounted in clusters, all along the area that is desired to prevent creation of fog. Each fan has a motor (n.60) installed on top of the tower (20) connected with an angular gear (n.40) through a flexible coupling (70) and supplied with voltage from the control panel (80) through electrical conductor (n.30). Also, the propeller (n.10) is connected to the gear shaft (40) with floating cylindrical hub (11) so that the depreciation of the oscillations produced, can be possible. These fans, mounted in clusters, are connected to a computer unit, equipped with the appropriate software, processing the climatic parameters and when it notes their convergence leads to the appearance of fog, it activates the cluster of fans thus directed to the area the fog is not desirable, it increases the temperature of the atmosphere, by varying climatic data that would lead to the creation of fog.
WO/2015/092446 ANNOTATING VIDEOS WITH ENTITIES BASED ON COMMENT SUMMARIES||WO||25.06.2015|
||PCT/GR2013/000065||GOOGLE INC.||FILIPPOVA, Ekaterina|
Implementations of the present disclosure include actions of receiving content data, the content data including a plurality of comments associated with an item of digital content, processing comments of the plurality of comments to provide a set of relevant sentences, receiving a set of entities including one or more entities, each entity in the set of entities being provided based on the set of relevant sentences and being associated with a respective score, selecting at least one entity of the set of entities based on respective scores, and associating the at least one entity with the item of digital content.
WO/2015/092447 INTERNAL LEAK LIMITER FOR A PRESSURISED-GAS CONTAINER||WO||25.06.2015|
||PCT/GR2014/000063||CORAL GAS A.E.B.E.Y.||BAZIGOS, Konstantinos|
An internal leak limiter-valve for a pressurized-gas container, which is entirely made of a flexible material and characterized in that it consists of a main body (1) and a movable part (2) which together constitute a single component, the main body (1) having a flattened base (3) that has circumferential vent ports (6), through which the gas flows from the container to the appliance and is either adhered on the container by means of a suitable adhesive or mounted on a support frame (7) that is manufactured from metal or other suitable material and welded or mounted on the upper part of the container (5) around its hole (4), the movable part (2) moving independently from the main body (1) due to the flexibility of the manufacturing material, allowing or restricting or blocking the flow of gas from the container (5) to the appliance or the atmosphere, in case of disconnection of the container from the appliance.
WO/2015/087093 BALANCED DIRECTIVITY LOUDSPEAKERS||WO||18.06.2015|
||PCT/GR2014/000068||TSAKIRIS, Vasileios||TSAKIRIS, Vasileios|
A speaker system configuration and design and method of manufacture of same to reproducing stereo sound in a room using drivers placed on top and sides of a single speaker enclosure. The speaker drivers are supplied left (L), right (R), and left plus right (L+R) sound and configured to achieve sound power directivity of less than approximately 4 dB and sound power directivity variability of approximately ±3 dB over the frequency range of approximately 20 Hz to approximately 16 k Hz through speaker placement. A front driver may be added to the single enclosure c by radiating L+R stereo sound through the top and front drivers, while radiating L stereo through the left side driver and R stereo sound through the right side driver. A two speaker configuration is also provided wherein top and front firing drivers include L+R sound, while left facing drivers radiated left (L) sound, and right side drivers radiate right (R) sound.