WO/2015/124827 A MEASUREMENT SYSTEM FOR GAMMA ACTIVATION ANALYSIS||WO||27.08.2015|
||PCT/FI2014/050129||APPLIED PHYSICS INSTRUMENTS API OY||BURMISTENKO, Yury, N.|
The invention relates to a measurement system for a gamma activation analysis, which system is configured to be utilized in a determination of concentration of at least one material under focus in a sample. The system comprises a radiation source for providing a radiation beam, an irradiation device for storing at least temporarily the sample under irradiation, a radiation detector for measuring emitted radiation from the irradiated sample, a computing unit for determining the concentration of at least one material under focus in the sample, wherein the measurement system further comprising a transport channel, which transport channel provides a first delivery channel portion from a sample material input of the system to the irradiation device and a second delivery channel portion from the irradiation device to the radiation detector for measurement wherein the sample material is configured to be delivered in the first and the second channel portion.
WO/2015/124825 KEY MANAGEMENT||WO||27.08.2015|
||PCT/FI2014/050118||NOKIA TECHNOLOGIES OY||BLOMQVIST, Kim|
According to an example embodiment of the present invention there is provided an apparatus comprising a receiver configured to receive a pair of cryptographic keys comprising a public key and a secret key, the public key being cryptographically signed, a memory configured to store the secret key, and a transmitter configured to send the cryptographically signed public key to a correspondent node and participate in establishment of a cryptographic network protocol session based at least in part on the pair of cryptographic keys.
||PCT/FI2014/050130||ANDRITZ OY||KOISTINEN, Peter|
The present invention relates to an evaporator of a multi-effect evaporation plant for black liquor at a pulp mill, the evaporator comprising: a housing, and in the housing a first and second evaporation section comprising heat ex- changer units which have falling film heat transfer surfaces and inlets for heating vapor, feed inlet lines for introducing black liquor to be evaporated to the evaporation sections and onto the heat transfer surfaces of the heat transfer units, discharge lines connected to the housing for withdrawing evaporated black liquor, the vapor inlet of the heat exchanger unit of the first evaporation section is connected to a vapor outlet of an effect of the multi- effect evaporation plant, and a vapor outlet line for vapor generated in evaporation. The vapor line is connected to a vapor pressure increasing device for leading at least a portion of the vapor therein, and a discharge line from the pressure increasing device is connected to the vapor inlet of the heat ex- changer unit of the second section. The housing is provided with a partition between the evaporation sections, so that the partition divides the lower part of the housing into two liquid compartments having a common vapor space, where the heat exchanger units are located, and the common vapor space is connected to the vapor outlet line.
WO/2015/124826 DISPLAYING INFORMATION IN ELEVATOR ARRANGEMENT||WO||27.08.2015|
||PCT/FI2014/050128||KONE CORPORATION||SUORANTA, Santeri|
There is provided displaying information in an elevator arrangement (100) comprising an elevator car (102) movable, as controlled by an operating panel (108a, 108b, 1 14), between landing zones that communicate traffic to and from the elevator car (102) through a doorway (110a, 110b), and one or more light sources (106a, 106b). Visible objects are defined for guiding traffic of the elevator arrangement (100). A destination landing zone is obtained by the operating panel (108a, 108b, 114). A current occupancy and current destination landing zone of the elevator car (102) are determined. The light sources are set to illuminate at least one of the defined visible objects on a remote surface on the basis of the determined current occupancy and current destination landing zone of the elevator car (102) and the destination landing zone obtained by the operating panel (108a, 108b, 114).
||PCT/FI2015/050101||KAVONIUS, Miika||KAVONIUS, Miika|
The object of the invention is a railway line railmark (1), which is mounted on the foot of a rail (9) and which comprises a permanent and clearly distinguishable marking (7, 8) made by laser cutting, punching, or other methods. The railmark (1) can be locked in place by means of a separate fastener (10). By means of the mark, for example, the marking of the geometry of railway lines becomes significantly more efficient, durable and economical than it is at present.
WO/2015/124829 PRECHAMBER ARRANGEMENT||WO||27.08.2015|
||PCT/FI2015/050070||WÄRTSILÄ FINLAND OY||MONNET, Gilles|
The prechamber arrangement for a piston engine (1) comprises a prechamber (17), a prechamber valve (19), a first piston (23) arranged in a first chamber (27) and comprising a piston surface (31) delimiting the first chamber (27), the first piston (23) being connected to the prechamber valve (19) for moving the valve (19) in the opening direction of the valve (19) when hydraulic pressure is applied on the piston surface (31) of the first piston (23), and a second piston (29), comprising a piston surface (32) for pressurizing pressure medium and for applying the hydraulic pressure of the pressure medium on the piston surface (31) of the first piston (23). The prechamber arrangement is provided with a pressure releasing channel (34), which is configured to release pressure from the first chamber (27) when the second piston (29) is in a certain predetermined position for allowing closing of the prechamber valve (19).
WO/2015/124833 METHOD AND ARRANGEMENT FOR MAINTAINING FLUID FLOW PRESSURE IN A SYSTEM AT A PRESET, ALMOST CONSTANT LEVEL||WO||27.08.2015|
||PCT/FI2015/050096||POHJOLA, Heikki Antero||POHJOLA, Heikki Antero|
This invention relates to a method and arrangement for maintaining fluid flow pressure in a system at a preset, almost constant level. One application is an impulse turbine´s nozzle valve (1), which automatically maintains the system pressure essentially constant so that it does not depend on occasional variation of the pumped inflow, resulting that also the jet from the nozzle remains constant and its kinetic energy optimal. The earlier known nozzles do not independently maintain system pressure when the inflow varies. The nozzle valve (1) comprises a cylindrical body (2) and an inlet channel (3) and the out flow is arranged through a nozzle channel (8) situated at the other end of the body (2). Inside the body (2) is a needle (4), conical head of which can oscillate in the channel (8). The needle (4) shaft is guided by a slide element (11). To the other end of the body (2) is joined a diaphragm pressure accumulator (6) so that the needle (4) shaft end is pressured against its valve disc (10) by means of a compression spring (5), one end of which is pressed against a widening (12) at the needle (4) shaft. In the body (2) is a channel (13) through which the flow can pass the slide element (11) and proceed through channel (9) below the disc (10). When the disc (10) is supported by the accumulator (6) body the needle (4) is at its lowest position and closes the outflow channel (8). When the inflow pressure increases the valve disc (10) and the needle (4) rise together and the channel (8) opens correspondingly, resulting that the flow pressure remains essentially constant.
WO/2015/124830 INDUCTION SEALING SYSTEM, METHOD AND APPARATUS||WO||27.08.2015|
||PCT/FI2015/050082||LAMICAN OY||PELTONEN, Jussi|
The invention relates to an induction sealing apparatus (50) for induction sealing an end of a container. The induction sealing apparatus (50) comprises an induction coil (21) comprising at least one active area (22) and at least one pressing unit (30) comprising jaws (31) arranged inside, or at least coaxial with said active area (22), wherein the induction coil (21) is arranged to induction heat an electrically conductive layer of the container inside the active area (22) for smelting a sealing layer of the container and wherein jaws (31) are arranged to press material layers together inside or at least coaxial with the active area (22) for forming a seam. The invention further relates to an aseptic liquid packaging machine and a method for sealing ends of liquid containers by an induction sealing apparatus.
WO/2015/124831 DETERMINATION OF AN OPERATIONAL DIRECTIVE BASED AT LEAST IN PART ON A SPATIAL AUDIO PROPERTY||WO||27.08.2015|
||PCT/FI2015/050086||NOKIA TECHNOLOGIES OY||VILERMO, Miikka|
A method comprising receiving audio information by way of a plurality of microphones comprised by an apparatus, determining at least one spatial audio property of the audio information in relation to the apparatus, determining an operational directive based, at least in part, on the spatial audio property, and performing one or more operations in conformance with the operational directive is disclosed.
WO/2015/124832 METHOD FOR HANDLING MATERIAL IN A MATERIAL CONVEYING SYSTEM, AN INPUT POINT OF A MATERIAL CONVEYING SYSTEM AND A MATERIAL CONVEYING SYSTEM||WO||27.08.2015|
||PCT/FI2015/050087||MARICAP OY||SUNDHOLM, Göran|
Method for feeding in and transporting material in a pneumatic conveying system for material, which conveying system comprises at least one input point (60) of material, a material conveying pipe (100), which can be connected to the input point (60), and a material container (10, 50), in which the material being transported is separated from the transporting air, and also means for producing a partial vacuum/a pressure difference and/or a transporting air current in the conveying pipe (100) at least during the transporting of the material, which means comprise at least one partial-vacuum source (30). In the method the suction side of the partial-vacuum source (30) is connected to act in the conveying pipe (100) and onwards to an input point (60) arranged in the conveying pipe, or to act at least in the feeder channel (81) that is between the conveying pipe and the input point, in which case the input point (60), or at least the feeder channel (81), intended for emptying that is closest to the material container in the conveying direction of the material empties and the material displaces into the conveying pipe (100), that arranged in the input point, on the inside of said input point and on the opposite side of the input aperture (61) with respect to the feeder channel (81), is a shut-off element (601), which is moved by means of the suction produced by the partial-vacuum source (30) from a first position, in which the shut-off element (601) does not make the pathway through the input aperture (61) into the feeder channel (81) essentially smaller, into a second position, in which the shut-off element (601) does make the pathway through the input aperture (61) into the feeder channel (81) essentially smaller, when the pressure on the first side, on the feeder channel (81) side, of the shut-off element (601) is smaller than on the second side, on the opposite side with respect to the feeder channel, of the shut-off element (601). The invention also relates to an input point and to a pneumatic material-conveying system.