WO/2015/075295 METHOD AND APPARATUS FOR ENHANCED DIGITAL IMAGING||WO||28.05.2015|
||PCT/FI2013/051087||NOKIA TECHNOLOGIES OY||PYLKKÄNEN, Tom|
Method and apparatus (500) are disclosed in which an optical image connector (530) is moved from a second position to a first position. Light is received from a first direction and accordingly forming of a first optical image on an image sensor (310) is caused using a first optical input (322). The optical image connector (530) is moved from the first position to the second position. Light is received by the optical image connector (530) from a second optical input (542). The second optical input (542) is in a direction at least 90 degrees different than the first direction. A second optical image corresponding to the received light is formed on the image sensor (310) by the optical image connector (530).
WO/2015/075299 METHOD OF ANALYSIS||WO||28.05.2015|
||PCT/FI2014/050725||AQSENS OY||HÄRMÄ, Harri|
This invention relates to a method for determining samples including one or more organic polymers by mixing them with lanthanide(III) ions and detecting the signal of the lanthanide(III) ion chelated with the organic polymer.
WO/2015/075300 METHOD OF ANALYSIS||WO||28.05.2015|
||PCT/FI2014/050728||AQSENS OY||HÄRMÄ, Harri|
This invention relates to a method for examining samples including one or more organic polymers including two or more groups selected from carboxylates, sulfonates, phosphates, phosphonates, carboxamides and amines. The method includes two or more sub-methods wherein at least of one the sub-methods includes quantifying one organic polymer with the aid of lanthanide(III) ions.
WO/2015/075298 METHOD FOR PRODUCING BIOGAS FROM BIOMASS USING ANAEROBIC DIGESTION AND A CORRESPONDING REACTOR||WO||28.05.2015|
||PCT/FI2014/050694||BIOGTS OY||RAUTIAINEN, Mika|
The invention relates to a method for producing biogas from biomass using anaerobic digestion, in which method - biomass (16) is fed as input to a reaction space (14) using mechanical feed equipment (25) while simultaneously advancing biomass (16) contained in the reaction space (14) as plug flow, biomass (16) is mixed separately in each block in the reaction space (14) divided into successive blocks (24) for feeding biomass (16) to block-specific microbial strains, wherein the number of blocks (24) is at least three each comprising its own main microbial strain, biogas produced as the result of anaerobic digestion of biomass (16) is recovered. The microbial strain of each block is fed in front of the corresponding block and, in at least two of these blocks (24), the feed is reject obtained from the block (24) as high consistency stock. The invention also relates to a corresponding reactor.
WO/2015/075305 CHIPPER MACHINE KNIFE MONITORING||WO||28.05.2015|
||PCT/FI2014/050853||ANDRITZ OY||SILENIUS, Seppo|
Knife quality monitoring in chipper ma- chines is an important task as the knife quality has a significant effect on the quality of the chips. The knives are arranged into a rotational knife disk and the impacts caused by each of the knives can be measured by using sensors. When the impact caused by the first knife is known, the impacts of each knife can be determined. The measured impacts can be compared during one revolution or between multiple revolutions and the knife quality can be analyzed from the measured impacts.
WO/2015/075303 PLENOPTIC IMAGE PROCESSING FOR AN EXTENDED DEPTH OF FIELD||WO||28.05.2015|
||PCT/FI2014/050836||NOKIA TECHNOLOGIES OY||GOVINDARAO, Krishna Annasagar|
A method, comprising: performing digital signal processing on a recorded plenoptic image of a scene using a depth-invariant point spread function, which distorts the recorded plenoptic image, to produce and record a modified plenoptic image of the scene, wherein the modified plenoptic image of the scene when convolved with the depth-invariant point spread function reproduces the recorded plenoptic image.
WO/2015/075319 A METHOD AND SYSTEM FOR ANALYZING A LIQUID SAMPLE CONTAINING PARTICLES OF SOLID MATTER AND THE USE OF SUCH A METHOD AND SYSTEM||WO||28.05.2015|
||PCT/FI2014/050897||KEMIRA OYJ||JOENSUU, Iiris|
The invention relates to a method and system for monitoring of particles properties in a stream and the use of such method and system. In particular, the invention concerns sampling of liquids like aqueous suspensions or filtrates that contain solid matter in forest industry, oil and mining industry, as well as in and water treatment, desalination or water reuse processes, and in subsequent measurement of the samples. A sample from a stream of liquid is dyed to stain particles contained in the sample, which is conducted to a first flow chamber (23) having means for causing said sample to be divided into particle populations according to their size or mass. A liquid flow is applied through the first flow chamber to cause at least one particle population to flow into a second flow chamber (24). The particle populations are measured to produce at least one measurement signal representative of the amount and/or properties of the particles, and processing extract key variables of each particle population and presenting them as an analysis of particle populations or the whole sample in terms of a count and size of particles and/or their hydrophobicity.
WO/2015/075304 PROVIDING CONTROL COMMANDS TO AN ELEVATOR SYSTEM WITH A PERSONAL TERMINAL DEVICE||WO||28.05.2015|
||PCT/FI2014/050839||KONE CORPORATION||RAITOLA, Pasi|
The present invention discloses a method and an elevator system (10), in which a passenger gives elevator calls with a personal terminal device (20). An elevator car (10aa, l10bb) is allocated to the passenger on the basis of an elevator call, the maximum time from the moment of giving the call to the moment the doors of the allocated elevator car will close on the call-giving floor is calculated. The aforementioned maximum time is sent to the terminal device (20) of the passenger for being presented to the passenger on the terminal device.
WO/2015/075301 AN ENERGY CONVERTER||WO||28.05.2015|
||PCT/FI2014/050824||VISORC OY||RÖYTTÄ, Pekka Lauri Johannes|
An energy converter comprises an electrical turbo-machine (101) for converting energy contained by vaporized working fluid into electrical energy, a feed pump (105) for pumping the working fluid in a condensed form to a vaporizer (115), a pre-feed pump (106) for pumping the condensed working fluid to the suction side of the feed pump, and an ejector-pump (108) for pumping the condensed working fluid to the suction side of the pre-feed pump. The energy converter can be based on for example the Organic Rankine Cycle. The feed pump is operated by the electrical turbo-machine, the pre-feed pump is operated by a separate motor (107), and the ejector-pump is operated by a part of the output flow of the pre-feed pump. The ejector-pump facilitates generating sufficient pre-supply pressure for the pre-feed pump during also a starting phase and other situations where the electrical turbo-machine and feed pump are not fully operating.
WO/2015/075310 A METHOD FOR THE FABRICATION AND USE OF ELECTRONIC CIRCUITS AND AN ELECTRONICS CIRCUIT STRUCTURE||WO||28.05.2015|
||PCT/FI2014/050879||TEKNOLOGIAN TUTKIMUSKESKUS VTT OY||ALASTALO, Ari|
The present invention relates to the manufacture and use of semiconductor components and circuits on a substrate. According to the invention, fabrication techniques for thin-film layers of metal and metal oxide materials are used. The technique is selected from chemical or physical deposition techniques, including: sputtering, atomic layer deposition, vacuum evaporation, pulsed laser deposition, chemical vapour deposition, physical vapour deposition or molecular beam epitaxy. Discrete semiconductor components are produced, and at least the electric wiring between the contacts of the discrete components are printed using an ink creating electrically conductive patterns according to a desired circuit diagram.