||WO||WO/2014/114843 - APPARATUS, METHOD AND A COMPUTER PROGRAM FOR RESONANCE TUNING||31.07.2014||
||PCT/FI2013/050067||NOKIA CORPORATION||HALLIVUORI, Juha|
There are disclosed various methods, apparatuses and computer program products for resonance tuning. In some embodiments an oscillator signal derived from a local oscillator (125) signal is received and a control signal (208) is generated by using the oscillator signal. The control signal is to be provided to a resonance tuning circuit (202) configured to be coupled to an antenna (102); and a signal level indication (228) on the basis of the resonance of the resonance tuning circuit is produced. The signal level indication (228) is compared with a reference signal (224); and on the basis of the comparison it is determined whether the resonance of the antenna effected by the generated control signal (208) fulfills a determined condition. In some embodiments there is provided an apparatus comprising a resonance tuning circuit (202) configured to be coupled to an antenna (102), a control element (204) comprising an input to receive an oscillator signal derived from a local oscillator (125) signal, the control element (204) configured to produce a control signal (208) for the resonance tuning circuit (202) by using the oscillator signal, a signal level detector (230) to generate a signal level indication (228) on the basis of the resonance of the resonance tuning circuit (202), a comparator (222) for comparing the signal level indication (228) with a reference signal (224), and the control element (204) further to determine on the basis of the comparison whether the resonance of the antenna effected by the generated control signal fulfills a determined condition.
||WO||WO/2014/114844 - METHOD AND APPARATUS FOR ALD PROCESSING PARTICULATE MATERIAL||31.07.2014||
||PCT/FI2013/050073||PICOSUN OY||KOSTAMO, Juhana|
It is desirable to coat small particles with thin coatings to alter the surface properties of these particles, while maintaining their bulk properties. The ALD technique is an interesting application for this purpose. The invention provides a method and an apparatus for arranging a precursor vapor flow through a vertical atomic layer deposition (ALD) cartridge (100) along a top-to-bottom vertical channel (102) in a central area of the cartridge, and for moving particulate material to be ALD processed in the cartridge upwards, upon rotation, by a threaded area substantially extending from the vertical channel to a side wall (101) of the cartridge, and downwards along the vertical channel, to cause the particulate material to cycle during ALD processing. One effect of the invention is hindering the formation of agglomerates.
||WO||WO/2014/114845 - ENERGY PANEL, AND METHOD AND SYSTEM FOR HYBRID ENERGY PRODUCTION USING THE PANEL STRUCTURE||31.07.2014||
||PCT/FI2013/050746||RGR PARTNERS FINLAND OY||GABRIEL-ROBEZ, Roland|
The invention relates to an energy panel system and a method for producing energy by the energy panel system. The system comprises an energy panel (3) in which a photovoltaic panel comprises at least one translucent plate (31 ) having a plurality of photovoltaic elements (12), and a panel having cooling means (33) is arranged to cool down said plurality of photovoltaic elements (12). The energy panel (3) further comprises jointing means (35) configured to form a frame structure around the energy panel (3), wherein the jointing means (35) is provided with a first holding groove (31 1) configured to fasten the translucent plate (31) and the cooling means (33) against each other so that said plurality of photovoltaic elements (12) are effectively cooled down.
||WO||WO/2014/114842 - A METHOD TO REMOVE SEDIMENTS AND / OR LINING MATERIAL FROM ROTARY KILNS||31.07.2014||
||PCT/FI2013/000045||TERMORAK OY||OLLI, Lehti|
The object of this invention is a method to remove demolishing debris (11) that comes from the sediments (2) and/or demolished lining (3") from rotary kilns (1) in such cases where the shut-down of the kiln and the cooling down and the opening of the kiln by removing the front wagon (4) or corresponding structure from its place are included in the procedure. In the method according to the invention the demolished debris (11) that comes from the sediments and the demolished lining is apportioned into a breaker (10) that breaks this debris down to crushed material (12). The crushed material is moved from the breaker through a suck hose (8) into a suck apparatus (7), like advantageously into a suck vehicle.
||WO||WO/2014/114848 - A LIGHT GUIDE||31.07.2014||
||PCT/FI2014/050020||LEDIL OY||HUKKANEN, Hannu|
A light guide (201) comprising a transparent element is presented. The transparent element comprises a first end (203) comprising a place for a light source, a second end (204) opposite the first end, an outer surface (205) between the first and second ends, and an interior channel (206) extending from the first end to the second end. The interior channel comprises a first portion (207) beginning from the first end and a second portion (208) extending to the second end. The first portion is shaped to guide at least part of light falling to its wall into the transparent material and the outer surface provides total reflection for reflecting the light towards the second end. The second portion is shaped so that light passed through the first portion without falling to a wall of the first portion reaches the second end without falling to a wall of the second portion.
||WO||WO/2014/114846 - METHOD FOR OPERATING PISTON ENGINE AND PISTON ENGINE||31.07.2014||
||PCT/FI2013/051187||WÄRTSILÄ FINLAND OY||CAFARI, Alberto|
The method for operating a multi-cylinder piston engine, in which engine each cylinder (10) is provided with a reciprocating piston (14) and a pre-combustion chamber (2), comprises the steps of introducing gaseous fuel into an intake duct (1) of the engine, injecting liquid pilot fuel into the pre-combustion chamber (2), igniting the liquid pilot fuel by means of compression by the piston (14), and utilizing the combustion of the liquid fuel for igniting the gaseous fuel. Exhaust gas is introduced into the pre-combustion chamber (2) before the injection of the liquid pilot fuel.
||WO||WO/2014/114847 - HYBRID INPUT DEVICE FOR TOUCHLESS USER INTERFACE||31.07.2014||
||PCT/FI2014/050009||NOKIA CORPORATION||WHITE, Richard|
An apparatus (100) includes a sensor (110) comprising a sensing film (140) configured to provide a signal based upon a user's breath and a controller (130) operably associated with the sensor (110). The controller (130) is configured to receive the signal based upon the user's breath.
||WO||WO/2014/114849 - METHOD AND APPARATUS FOR FEEDING IN WASTE MATERIAL FROM AN INLET CHUTE||31.07.2014||
||PCT/FI2014/050025||MARICAP OY||SUNDHOLM, Göran|
Method for feeding in waste material from an inlet chute (90) into the container space of a material container (10), in which inlet chute (90) is arranged at least one input point (60), in which is an input aperture (61 ) for feeding in material (68) into the inlet chute and onwards along a channel section of the inlet chute into a material container (10), which inlet chute comprises a mainly vertical channel section (91 ) and a section (92, 93) deviating from the vertical direction. The conveying of material to be conveyed in the inlet chute (90) is enhanced at least in the section (92, 93) of the inlet chute deviating from the vertical direction by bringing about a transporting air flow in the inlet chute in the input direction of material towards the material container (10), which transporting air flow is brought about at least partly with a fan means (7), the blowing side of which fan means is connected into medium connection with the inlet chute (90) and/or the suction side of the fan means is connected into medium connection with the container space of the material container (10). The invention also relates to an apparatus.
||WO||WO/2014/114851 - BIOCIDE COMPOSITION AND METHOD FOR TREATING WATER||31.07.2014||
||PCT/FI2014/050060||KEMIRA OYJ||KOLARI, Marko|
The present invention provides a biocide composition comprising a biocide and a carrier, wherein the biocide is soluble in the carrier. The carrier may comprise polyethylene glycol ester. The present invention also provides a method for controlling biofilms by eliminating and/or preventing microorganisms in an aqueous environment.
||WO||WO/2014/114850 - NOVEL USE OF WOOD SPECIMEN||31.07.2014||
||PCT/FI2014/050059||METSÄLIITTO OSUUSKUNTA||HEIKKONEN, Samuli|
The use as a casting bed of a wood object which is prepared by treating the wood object with an agent that increases the hydrophobicity of wood, and which agent is capable of reacting with the hydroxyl groups of wood. The agent that increases the hydrophobicity is particularly alkyl ketene dimer or alkenyl diketene dimer, which is brought onto the surface of the wood object in a molten state or in the form of a dispersion. When the agent reacts with the wood it also adheres to the cells of the wood, and is not flushed out into the environment.