WO/2016/166558 NATIVE APPLICATION SEARCH RESULT ADJUSTMENT BASED ON USER SPECIFIC AFFINITY||WO||20.10.2016|
||PCT/GR2015/000022||GOOGLE, INC.||ANDRIANAKOU, Sofia|
Methods, systems, and apparatus, including computer programs encoded on a computer storage medium, for affinity based ranking of native applications. In one aspect, a method includes accessing application affinity data for a user device from which a query was received, receiving a set of search results that each identify a respective resource determined to be responsive to the query, wherein one or more of the search results are a native application search results that each include a deep link to a respective one of the native applications installed on the user device from when the query was received, for each of the native application search results, determining the affinity score of the native application, adjusting the search results based on the affinity scores to generate an adjusted set of search results, and providing, to the user device, the adjusted search results.
WO/2016/151344 SAFETY BOX FOR THE TEMPORARY STORAGE OF VALUABLES WITH AN ELECTRONIC LOCK||WO||29.09.2016|
||PCT/GR2016/000014||CHRISTODOULOU EMMANOUIL & CO LIMITED PARTNERSHIP||KOROMILIS, Ioannis|
A safety box for the temporary storage of valuables with a temporary lock which is made up of a plastic triangularly shaped box (1) the rear detachable cover and the electronic key-bracelet. Its purpose is to be used and placed in recreational and relaxation areas such as beaches, beach-bars, hotels, pools, winter activities and more. It is controlled by an electronic lock (3) which is activated and unlocks with the use of an electronic key-bracelet (27-29). It has anti-vandalism protection (20-22) and an automatically opening door with the aid of a spring (6). It is mainly placed on umbrella masts with a diameter between 25mm and 100mm without the need to drill holes in the mast with the aid of a detachable base (10-11) which is removable from the box (1) and allows for the box to be removed from the base in just a few seconds. The mechanism of the base is hidden by a removable cover (7) which creates an additional rear advertising surface.
WO/2016/147015 NATURAL SPARKLING WINE WITH ORGANIC KOZANI SAFFRON||WO||22.09.2016|
||PCT/GR2016/000013||KAVOUNIS, Nikolaos||KAVOUNIS, Nikolaos|
The invention refers to the production of sparkling wine from specific grape varieties (assyrtiko, malagouzia, athiri and chardonnay) with organic Kozani saffron for the purpose of creating a new type of wine. The organic Kozani saffron is added during the first fermentation for the production of sparkling wine (Prosecco, Cava, Sekt) or during the second fermentation for the production of fine sparkling wine (Champagne).
WO/2016/142721 MECHANISM CREATING PROPULSIVE FORCE BY MEANS OF A CONICAL COATED TAPE SUPERCONDUCTING COIL||WO||15.09.2016|
||PCT/GR2016/000009||NASSIKAS, A. Athanassios||NASSIKAS, A. Athanassios|
Present invention consists of a conical superconducting multi-layer coil (4) made of REBCO tape coated conductor, where currents circulate within said conical superconductor when said coil is energized, creating a converging magnetic field within the structure of said coil, said magnetic field interacting either in the absence or presence of an external magnetic field, with said circulating currents creating Lorentz forces having an unbalanced axial component which is not counteracted by mechanical stresses arising within said conical superconductor. This creates an axial propulsion directed towards said conical superconductor coil's convergence direction regardless of the magnetic polarity of said coil. Two conical superconducting multi- layer coils (4) may be mounted on a carrier (8) and activated by energizing means so that these conical superconductors are inversely polarized, this allowing the whole device to operate without being affected by any external magnetic field such as the Earth's. The force being developed according to the present invention may be used in the propulsive thrust required for any machine or vehicle, as well as in the production of energy.
WO/2016/142722 METHOD FOR MANUFACTURING ARTIFICIAL BUILDING MATERIALS FROM MUNICIPAL SOLID WASTE RESIDUE AND OBTAINED PRODUCT||WO||15.09.2016|
||PCT/GR2016/000010||SOUKOS, Nikolaos||SOUKOS, Nikolaos|
The invention relates to the manufacture of artificial building materials from compressed or not and fully stabilized residue / product obtained using the methods of municipal solid waste management. More specifically, feeding waste takes place to a chain conveyor of redler-type, equipped with an integrated system of primary shredding, the input in a special sorter of 1st material separation, the input in hot air drying unit with optional exposure to UV radiation, the input to a horizontal feeder and dry sieving device (2nd inert materials separation), the mechanical degradation (homogenization) obtaining particles in fibrous form, the thermoforming for the controlled melting of the material and the insertion into a injection mold and into a final forming-cooling unit. The building materials may have the form of Puzzle tiles, artificial wood boards, large areas for multiple uses, special constructions from artificial wood, such as pallets, benches of all types & sizes for multiple applications and excellent mechanical properties.
WO/2016/135520 CUSTOMER MANAGEMENT SYSTEM FOR DETERMINING AGGREGATE CUSTOMER VALUE||WO||01.09.2016|
||PCT/GR2015/000009||ACCENTURE GLOBAL SERVICES LIMITED||KANIOURA, Athina|
A device may receive information that identifies a customer and that identifies a start date, a zero date, and an end date. The device may determine a historical customer value associated with the customer during a first time period from the start date to the zero date. The device may determine an existing products value projected to be generated by the customer during a second time period from the zero date to the end date. The device may determine a new products value projected to be generated by the customer during the second time period. The device may determine an aggregate customer value associated with the customer based on the historical customer value, the existing products value, and the new products value. The device may transmit, based on the aggregate customer value, a message that causes an action to be performed to benefit the customer.
WO/2016/132161 METHOD THAT DETECTS AREAS OF ACTIVE FIRE HOTSPOTS IN REAL-TIME, CALCULATES THE MOST PROBABLE IGNITION POINT AND ASSESSES FIRE PROBABILITY INDICATORS, USING SATELLITE IMAGES AND FUEL DATA.||WO||25.08.2016|
||PCT/GR2016/000005||KONTOES, Charalampos||KONTOES, Charalampos|
In brief, it is a method of monitoring wildfires and detecting ignition points in real- time using satellite images and vegetation fuel data. The method belongs to the fields of remote sensing and digital image analysis. The method addresses the issue of the low spatial resolution of satellite images that are used to monitor fires by combining satellite images with vegetation fuel data, as well as data of topography and meteorology. The satellite image is separated using an automated algorithm implemented for digital processing, into burning and non-burning sub-pixels. Subsequently, based on fuel data, vegetation density and topography datasets that have better spatial resolution than the satellite image, pixels of satellite imagery are divided into sub-pixels of smaller dimension, thus illustrating and representing sub-areas of fire observation with higher spatial resolution for which a fire probability indicator is being calculated. Then, taking into account the flammability information of each sub-pixel as well as meteorological data, the most probable ignition point for each fire event is estimated. After applying a fire dispersion model initialized from the calculated fire ignition point using topography, vegetation fuel and meteorology data, the fire dispersion is computed and based on that, the fire probability indicator is re-estimated as well.
WO/2016/132162 EYEGLASSES AND SUNGLASSES FIXING DEVICE.||WO||25.08.2016|
||PCT/GR2016/000006||ANOGIATIS, Mihail||ANOGIATIS, Mihail|
A fixing device of sunglasses or eyeglasses which consists of a flat element of different shapes and a hook with a knob which fixes it to the flat element, which, after having been fixed on it, is used for hanging the sunglasses and the eyeglasses through their arm, the said device being fixed on the user's clothing through the hook.
WO/2016/128780 MAGNETIC MOTOR||WO||18.08.2016|
||PCT/GR2016/000004||MANDILAS, A. George||MANDILAS, A. George|
The idea refers to a magnetic motor which uses no energy source. Its supported on two bases by the use of bearings (3) and (3) on his axle (1), bearing a magnetic rotor (1) with 6 magnets on each indentation line of its circumference with absolute dimensions for the right pulling/ attraction to take place and in- between gap on special positions on the rotor (l)'s magnet surface. The rotor (1) is pulled on a torque by the 8 magnets (5) of the periphery which are bolted on their frames on the exterior diameter of the motor's circumference bases (3), (3). Those eight exterior magnets, having a special embodied pulling pace (5) on each point of the 6- line magnet (16), pull/ attract and continue onto the next magnet line of the rotor (1) for the pulling and bending in absolute continuation of the pulling pace from the 8 pulling magnets (5). The eight lateral magnets (5), mounted at an oblique crosswise angle of 20° to the straight line of the rotor (l)'s magnets, cause magnetic turbines at the indentation sides (17) as to promote the pulling continuation at each 4 lines of indentation. The magnetic motor fluctuates RPM from a magnetic rod (10) precisely positioned between two exterior pulling magnets of Δ shape. With the rod (11) and the magnet (10) the magnetic motor fluctuates RPM and brakes to stops the magnetic motor.
WO/2016/124952 METHOD AND SYSTEM THAT PUTS OUT FIRES WITH THE USE OF HELICOPTERS||WO||11.08.2016|
||PCT/GR2016/000002||NIKOLOPOULOS, Vasileios||NIKOLOPOULOS, Vasileios|
In case of a fire outbreak, the fleet of the helicopters is immediately informed which directly rushes to the spot of the fire. According to the invention, the helicopters are equipped with mechanisms that launch fire extinguishing materials. The helicopters afford a mechanism that creates-produces snow, fog. When the helicopters arrive to the spot of the fire, they do a circular deployment, they start launching and moistening all the untouched points with fire extinguishing material (3) around the focus of the fire and then the fire focus is beaten (4). Gradually, as the fire is put out, the ringer of the helicopters is being eliminated. Laser beams can be used as a method of fire extinguishing, that is to send a strong laser beam to the fire spot in order to create a wall along the fire preventing the latter to expand.