mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a serving network node for determining a transmission parameter to be used for a transmission to a wireless device, the method comprising: - obtaining path gain information relating to the wireless device, or downlink received power relating to at least one Cell-specific Reference Signal, CRS, transmitted by at least the serving network node , wherein obtaining the path gain information comprises receiving power measurements made in respective network nodes on an uplink Sounding Reference Signal, SRS, transmitted from the wireless device, wherein network nodes having the measured power above a threshold are interferers to the wireless device, - obtaining load information of the network nodes having the measured power above the threshold that are interferers to the wireless device, - receiving a Channel State Information, CSI, report from the wireless device, - determining a Channel Quality Indicator, CQI, offset based on the obtained path gain information or the downlink received power; and the obtained load information of the interferers to the wireless device, wherein the CQI offset is determined as the difference between a Signal to Interference and Noise Ratio, SINR, for a data signal and an SINR for a CRS, and wherein the SINR for the data signal, and the SINR for the CRS are determined based on the obtained downlink received power, and - determining the transmission parameter to be used for the transmission to the wireless device based on the reported CSI and determined CQI offset. - obtaining path gain information relating to the wireless device, or downlink received power relating to at least one Cell-specific Reference Signal, CRS, transmitted by at least the serving network node , wherein obtaining the path gain information comprises receiving power measurements made in respective network nodes on an uplink Sounding Reference Signal, SRS, transmitted from the wireless device, wherein network nodes having the measured power above a threshold are interferers to the wireless device, - obtaining load information of the network nodes having the measured power above the threshold that are interferers to the wireless device, - receiving a Channel State Information, CSI, report from the wireless device, - determining a Channel Quality Indicator, CQI, offset based on the obtained path gain information or the downlink received power; and the obtained load information of the interferers to the wireless device, wherein the CQI offset is determined as the difference between a Signal to Interference and Noise Ratio, SINR, for a data signal and an SINR for a CRS, and wherein the SINR for the data signal, and the SINR for the CRS are determined based on the obtained downlink received power, and wherein the CQI offset is determined as the difference between a Signal to Interference and Noise Ratio, SINR, for a data signal and an SINR for a CRS, and wherein the SINR for the data signal, and the SINR for the CRS are determined based on the obtained downlink received power, and - determining the transmission parameter to be used for the transmission to the wireless device based on the reported CSI and determined CQI offset.
Switch gear module , in particular a low voltage switch gear module, for installation in a switch gear cabinet, comprising a switch gear module housing , said housing including power circuits and electrical power devices like breakers, contactors and motor circuit breakers for supplying electric power to an electric load , in particular an electric motor, and electric control circuits and auxiliary circuits for controlling the first electrical devices , characterized in that said power circuits and said electrical power devices are contained in a first power-unit housing forming a first functional power-unit and said electric control circuits and auxiliary circuits are contained in a separate second control- and auxiliary circuit housing forming a second functional control- and auxiliary circuit unit , wherein each of said first functional power-unit and said second functional control and auxiliary circuit unit comprises an interface for interconnecting said power circuits and electrical power devices contained in said first power-unit housing with said control circuits and auxiliary circuits contained in said second control- and auxiliary circuit housing , wherein said first functional power-unit can be inserted and removed from the switch gear module housing as one piece, and said second functional control- and auxiliary circuit unit can be handled independent of the first functional power-unit , wherein said interfaces for interconnecting said power circuits and electrical power devices contained in said first power-unit housing with said control circuits and auxiliary circuits contained in said second control- and auxiliary circuit housing are coded and are adapted to be interconnected by associated interface cables which are coded.
A method of measuring the temperature of a fluid stream of molten stone, said method comprising the steps of: - providing a fluid stream of molten stone, the fluid stream having a surface and a core; - scanning the fluid stream with a pyrometer to detect the fluid stream edges and identify the fluid stream centre , - advancing a water cooled splitter head of a fluid stream splitter into the centre of said fluid stream of molten stone to open the fluid stream , so that the core of the fluid stream is exposed, and - determining the core temperature of the fluid stream of molten stone by means of the pyrometer without contacting the fluid stream , while the surface of the fluid stream is opened by the water cooled splitter head . - providing a fluid stream of molten stone, the fluid stream having a surface and a core; - scanning the fluid stream with a pyrometer to detect the fluid stream edges and identify the fluid stream centre , - advancing a water cooled splitter head of a fluid stream splitter into the centre of said fluid stream of molten stone to open the fluid stream , so that the core of the fluid stream is exposed, and - determining the core temperature of the fluid stream of molten stone by means of the pyrometer without contacting the fluid stream , while the surface of the fluid stream is opened by the water cooled splitter head .
A process for preparing (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane of the formula (I) any one of its individual enantiomers or any non-racemic mixture thereof comprising the steps of (a) reacting (±)-2-exo-hydroxy-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane of the formula (II) any one of its individual enantiomers or any non-racemic mixture thereof with a 2-Methylbenzyl compound of the formula (III) wherein X is a leaving group in the presence of at least one base capable of forming water under the reaction conditions, and at least one inert organic solvent, and (b) simultaneously removing water from the reaction mixture wherein X is selected from halogen, the base is selected from alkali metal hydroxides, the inert organic solvent is capable of forming an azeotrope with water and is selected from hydrocarbons, and in step (b), water is removed from the reaction mixture by azeotropic distillation. (a) reacting (±)-2-exo-hydroxy-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane of the formula (II) any one of its individual enantiomers or any non-racemic mixture thereof with a 2-Methylbenzyl compound of the formula (III) wherein X is a leaving group in the presence of at least one base capable of forming water under the reaction conditions, and at least one inert organic solvent, and (b) simultaneously removing water from the reaction mixture
Composition characterised in that it comprises a combination of peptide sequences chosen from the combination of sequences of SEQ ID NOs: 1, 2, 3, 5 and 6, the combination of sequences of SEQ ID NOs: 1, 3, 4, 5 and 6, and the combination of sequences of SEQ ID NOs: 1, 3, 5 and 6, each of said sequences being present in the form of a peptide of 9 to 15 amino acids or included in a multiepitope chimeric polypeptide.
A method for the provision of a radiator which has a fin arrangement , with a first duct for conducting a heat-dissipating fluid and a second duct which is adjacent with respect to the first duct for conducting a heat-absorbing fluid, the first duct and the second duct being delimited in each case by way of adjacent fins of the fin arrangement , a residual compressive stress being produced in a predefined region of the fin arrangement, characterized in that a deformation behaviour of the fin arrangement under force loading is determined in order to produce the residual compressive stress in the predefined region, and the fin arrangement is loaded with a force which acts from the outside in a manner which is dependent on the determined deformation behaviour in order to produce the residual compressive stress.
A dynamic light-scattering measuring apparatus suitable for measuring a particle size of particles (S 1 ) contained in a medium (S 2 ) as a dispersion solution containing particles having particle sizes lower than 100 nm or a dispersion solution in a multi-disperse state including particles having particle sizes lower than 100 nm, the apparatus comprising: a Mach-Zehnder interferometer , a low-coherence light source for emitting low-coherence light, at least a first optical fiber (F3), a second optical fiber (F4) and a third optical fiber (F6), a first photocoupler for dividing light emitted from the low-coherence light source into two pieces, thereby one of the divided pieces of light to be used as reference light, the other divided piece of light to be passed through the first optical fiber (F 3 ) and used as scattering light through the medium (S 2 ) containing the particles (S 1 ) , a circulator for causing the other divided piece of light from the first optical fiber (F3) to pass through the second optical fiber (F 4 ), a collimator lens for forming the other divided piece of light from the second optical fiber (F4) into a parallel light, an objective lens for causing the parallel light to be incident to the scattering medium (S),and for collecting the back-scattering light from the medium (S) ; the objective lens , the collimator lens and the second optical fiber (F 4 ) being configured to have the back-scattering light collected from the medium passed through again, and, a second photocoupler for combining the divided pieces of light, the circulator being for causing the back-scattering light, passed through the second optical fiber (F 4 ) again, to be incident, through the third optical fiber (F 6 ), to the second photocoupler . a Mach-Zehnder interferometer , a low-coherence light source for emitting low-coherence light, at least a first optical fiber (F3), a second optical fiber (F4) and a third optical fiber (F6), a first photocoupler for dividing light emitted from the low-coherence light source into two pieces, thereby one of the divided pieces of light to be used as reference light, the other divided piece of light to be passed through the first optical fiber (F 3 ) and used as scattering light through the medium (S 2 ) containing the particles (S 1 ) , a circulator for causing the other divided piece of light from the first optical fiber (F3) to pass through the second optical fiber (F 4 ), a collimator lens for forming the other divided piece of light from the second optical fiber (F4) into a parallel light, an objective lens for causing the parallel light to be incident to the scattering medium (S),and for collecting the back-scattering light from the medium (S) ; the objective lens , the collimator lens and the second optical fiber (F 4 ) being configured to have the back-scattering light collected from the medium passed through again, and, a second photocoupler for combining the divided pieces of light, the circulator being for causing the back-scattering light, passed through the second optical fiber (F 4 ) again, to be incident, through the third optical fiber (F 6 ), to the second photocoupler .
A method comprising: receiving , by use of a receiver, a discover signal measurement timing configuration "DMTC" from higher layer signaling; determining a set of periodic DMTC time windows from the received DMTC, wherein each periodic DMTC time window of the set of periodic DMTC time windows comprises a set of contiguous subframes; determining a set of carrier loading measurement time windows, wherein each carrier loading measurement time window of the set of carrier loading measurement time windows comprises a set of contiguous subframes; and measuring carrier loading in at least one subframe in each carrier loading measurement time window of the set of carrier loading measurement time windows; wherein each carrier loading measurement time window of the set of the carrier loading measurement time windows occur immediately adjacent in time to a respective periodic DMTC time window of the set of periodic DMTC time windows and each carrier loading measurement time window does not overlap its respective periodic DMTC time window. receiving , by use of a receiver, a discover signal measurement timing configuration "DMTC" from higher layer signaling; determining a set of periodic DMTC time windows from the received DMTC, wherein each periodic DMTC time window of the set of periodic DMTC time windows comprises a set of contiguous subframes; determining a set of carrier loading measurement time windows, wherein each carrier loading measurement time window of the set of carrier loading measurement time windows comprises a set of contiguous subframes; and measuring carrier loading in at least one subframe in each carrier loading measurement time window of the set of carrier loading measurement time windows; wherein each carrier loading measurement time window of the set of the carrier loading measurement time windows occur immediately adjacent in time to a respective periodic DMTC time window of the set of periodic DMTC time windows and each carrier loading measurement time window does not overlap its respective periodic DMTC time window.
A heated pipeline for conveying a fluid, comprising an inner pipe intended to convey the fluid, an outer coating made of a thermal insulating material and covering the inner pipe and at least one heating element , wherein the outer coating comprises at least one duct delimited, in a transverse plane, by a closed outline entirely defined in the thermal insulating material, each duct housing a respective heating element , wherein the heated pipeline extends from a first end to a second end, wherein each duct is continuous between the first and second ends, characterized in that each duct is able to hold a pressure higher than 3 bar.
A two-component type epoxy resin composition for a fiber reinforced composite material, comprising components [A] to [C] as below, wherein a content of the component [C] is 6 to 25 mass parts relative to 100 mass parts of the component [A] wherein: component [A] is an epoxy resin, component [B] is an acid anhydride, and component [C] is a quaternary phosphonium halide. component [A] is an epoxy resin, component [B] is an acid anhydride, and component [C] is a quaternary phosphonium halide.
Bicycle rear derailleur comprising: - an articulated quadrilateral linkage having a base body connectable to a bicycle frame along a drop-out axis (F), a movable body and a pair of connecting rods articulated to the base body and to the movable body along respective articulation axes (A, B, C, D) that are parallel to one another and perpendicular to a reference plane (REF); - a chain guide rotatably connected to said movable body around a first rotation axis (R); - an upper pulley rotatably connected to said chain guide around a second rotation axis (RS); - said first rotation axis (R) being spaced from said second rotation axis (RS) by a distance of eccentricity (E); - an angle of inclination (Q) of the articulated quadrilateral defined by the angle that the drop-out axis (F) and the reference plane (REF) form on a plane passing through the drop-out axis (F) and perpendicular to the reference plane (REF); characterized in that the angle of inclination (Q) is substantially comprised between 5° and 40°, including extreme values, and the distance of eccentricity (E) is comprised between 18 mm and 50 mm, including extreme values. - an articulated quadrilateral linkage having a base body connectable to a bicycle frame along a drop-out axis (F), a movable body and a pair of connecting rods articulated to the base body and to the movable body along respective articulation axes (A, B, C, D) that are parallel to one another and perpendicular to a reference plane (REF); - a chain guide rotatably connected to said movable body around a first rotation axis (R); - an upper pulley rotatably connected to said chain guide around a second rotation axis (RS); - said first rotation axis (R) being spaced from said second rotation axis (RS) by a distance of eccentricity (E); - an angle of inclination (Q) of the articulated quadrilateral defined by the angle that the drop-out axis (F) and the reference plane (REF) form on a plane passing through the drop-out axis (F) and perpendicular to the reference plane (REF); characterized in that
A force sensor comprising: a base ; a first movable portion arranged to face the base ; and a second movable portion arranged to face the first movable portion , characterized in that : the force sensor further comprising: a support that is provided on the base and rockably supports the first movable portion and the second movable portion so that the first movable portion is tilted by an angle with respect to the base ; a joint that is provided to the support and rotatably supports the second movable portion ; a first detection unit that includes an AD conversion unit , a distance computing unit , and a force computing unit , and three or more first sensors ; and a second detection unit includes an AD conversion unit , an angle computing unit , and a force computing unit , and a second sensor , wherein the first detection unit is configured to detect a force component causing the first movable portion and the second movable portion to rock, and the second detection unit is configured to detect a force component causing the second movable portion to rotate, when external force is applied to at least one of the first movable portion and the second movable portion . a base ; a first movable portion arranged to face the base ; and a second movable portion arranged to face the first movable portion , characterized in that : the force sensor further comprising: a support that is provided on the base and rockably supports the first movable portion and the second movable portion so that the first movable portion is tilted by an angle with respect to the base ; a joint that is provided to the support and rotatably supports the second movable portion ; a first detection unit that includes an AD conversion unit , a distance computing unit , and a force computing unit , and three or more first sensors ; and a second detection unit includes an AD conversion unit , an angle computing unit , and a force computing unit , and a second sensor , a support that is provided on the base and rockably supports the first movable portion and the second movable portion so that the first movable portion is tilted by an angle with respect to the base ; a joint that is provided to the support and rotatably supports the second movable portion ; a first detection unit that includes an AD conversion unit , a distance computing unit , and a force computing unit , and three or more first sensors ; and a second detection unit includes an AD conversion unit , an angle computing unit , and a force computing unit , and a second sensor , wherein the first detection unit is configured to detect a force component causing the first movable portion and the second movable portion to rock, and the second detection unit is configured to detect a force component causing the second movable portion to rotate, when external force is applied to at least one of the first movable portion and the second movable portion .
Surfboard with an electric drive , and a battery for the electric drive , said battery being arranged in a battery housing , a first recess for the battery housing , and a handle on the battery housing and a tread , wherein the handle is designed as a bracket handle, characterized in that the handle is mounted pivotably around a respective centre of rotation at each of the handle ends on opposite sides of the battery housing , and in each case a lug protrudes inside the first recess from the recess bottom side below the centres of rotation , and at each handle end of the bracket handle a first projection is formed, the first projection and the bracket handle can be pivoted about the centre of rotation each, and the first projection has a curved edge which rests on the lug, and a distance between a contact point of the curved edge with the lug and the centre of rotation contrary to the pivoting movement increases during opening of the bracket handle and characterized in that the centre of rotation and the lug move relative to each other during the pivoting movement exclusively in a vertical direction relative to the tread and the bow handle can be recessed below the tread and the first projection engages under the lug in a closed position. a battery for the electric drive , said battery being arranged in a battery housing , a first recess for the battery housing , and a handle on the battery housing and a tread , wherein the handle is designed as a bracket handle, characterized in that the handle is mounted pivotably around a respective centre of rotation at each of the handle ends on opposite sides of the battery housing , and in each case a lug protrudes inside the first recess from the recess bottom side below the centres of rotation , and at each handle end of the bracket handle a first projection is formed, the first projection and the bracket handle can be pivoted about the centre of rotation each, and the first projection has a curved edge which rests on the lug, and a distance between a contact point of the curved edge with the lug and the centre of rotation contrary to the pivoting movement increases during opening of the bracket handle and characterized in that the centre of rotation and the lug move relative to each other during the pivoting movement exclusively in a vertical direction relative to the tread and the bow handle can be recessed below the tread and the first projection engages under the lug in a closed position.