mhurhangee/ep-ind-claims huggingface dataset:
Arrangement of a sandwich panel used as roof structure of a building for utilizing radiated solar energy and ambient heat, the arrangement comprising: a sandwich panel comprising: heat insulation; at least one hot air duct row and at least one cold air duct row filled with gaseous medium; a lower air reversing chamber and an upper air reversing chamber, formed on the lower and upper end of the sandwich panel; the arrangement further comprising: a cooling device located in the upper air reversing chamber, the cooling device comprises streaming cooling medium for discharging the heat, wherein the at least one hot air duct row and the at least one cold air duct row are located in the plane of the sandwich panel and are arranged to the rafters' direction; the at least one hot air duct row is covered with a metal sheet having an external surface capable of absorbing solar radiation and ambient heat; the at least one cold air duct row is formed inside the heat insulation; and the lower air reversing chamber and the upper air reversing chamber are connected with the at least one hot air duct row and the at least one cold air duct row. heat insulation; at least one hot air duct row and at least one cold air duct row filled with gaseous medium; a lower air reversing chamber and an upper air reversing chamber, formed on the lower and upper end of the sandwich panel; the arrangement further comprising: a cooling device located in the upper air reversing chamber, the cooling device comprises streaming cooling medium for discharging the heat, wherein the at least one hot air duct row and the at least one cold air duct row are located in the plane of the sandwich panel and are arranged to the rafters' direction; the at least one hot air duct row is covered with a metal sheet having an external surface capable of absorbing solar radiation and ambient heat; the at least one cold air duct row is formed inside the heat insulation; and the lower air reversing chamber and the upper air reversing chamber are connected with the at least one hot air duct row and the at least one cold air duct row. a cooling device located in the upper air reversing chamber, the cooling device comprises streaming cooling medium for discharging the heat, wherein the at least one hot air duct row and the at least one cold air duct row are located in the plane of the sandwich panel and are arranged to the rafters' direction; the at least one hot air duct row is covered with a metal sheet having an external surface capable of absorbing solar radiation and ambient heat; the at least one cold air duct row is formed inside the heat insulation; and the lower air reversing chamber and the upper air reversing chamber are connected with the at least one hot air duct row and the at least one cold air duct row.
A composition comprising cinnamaldehyde and zinc for use in improving one or more of cognitive performance, cognition, mood, or memory in an individual in need thereof, wherein the individual has a condition selected from the group consisting of cognitive decline, mild cognitive impairment, dementia, a mood disorder, memory loss, and combinations thereof, wherein the composition is a food product in which the cinnamaldehyde: zinc ratio is 1:0.5 to 1:0.005 in molarity, and the cinnamaldehyde is present at a flavouring concentration from 31.87 ppm to 6191 ppm.
Touch surface comprising a measurement surface for detection and quantification of a force (500, 501, 502) applied to said measurement surface, this force comprising a component normal to said measurement surface that comprises a plurality of sets of nanoparticles, organised in a matrix network, each set of nanoparticles comprising: - an electrically insulating substrate; - a first electrode (31, 315, 316, 310, 311, 312, 313, 314, 315', 316', 317) connected to the substrate and fixed relative to said substrate; - an assembly of conducting or semiconducting nanoparticles (20, 200) bonded to each other by an electrically resistant ligand capable of chemically bonding to the nanoparticles of said assembly, this assembly being structured and organised in at least two layers along a direction normal to the substrate; - a measurement device outputting information proportional to an electrical property of the assembly of nanoparticles, this property being proportional to a variation in the distance between the nanoparticles in the assembly (20, 200) and being measured between the first electrode and the second electrode; characterised in that: - the second electrode (32, 325, 320, 321, 322) is superimposed on the first electrode along a direction normal to the substrate, the assembly of nanoparticles (20, 200) being located between the first and the second electrode such that the application of a force on the second electrode (32, 325, 320, 321, 322) directly loads the assembly of nanoparticles according to a component normal to the substrate, and changes the distance between the nanoparticles in said assembly, the assembly of nanoparticles thus forming itself a proof body. - an electrically insulating substrate; - a first electrode (31, 315, 316, 310, 311, 312, 313, 314, 315', 316', 317) connected to the substrate and fixed relative to said substrate; - an assembly of conducting or semiconducting nanoparticles (20, 200) bonded to each other by an electrically resistant ligand capable of chemically bonding to the nanoparticles of said assembly, this assembly being structured and organised in at least two layers along a direction normal to the substrate; - a measurement device outputting information proportional to an electrical property of the assembly of nanoparticles, this property being proportional to a variation in the distance between the nanoparticles in the assembly (20, 200) and being measured between the first electrode and the second electrode; - the second electrode (32, 325, 320, 321, 322) is superimposed on the first electrode along a direction normal to the substrate, the assembly of nanoparticles (20, 200) being located between the first and the second electrode such that the application of a force on the second electrode (32, 325, 320, 321, 322) directly loads the assembly of nanoparticles according to a component normal to the substrate, and changes the distance between the nanoparticles in said assembly, the assembly of nanoparticles thus forming itself a proof body.
Method for estimating downhole speed and force variables at an arbitrary location of a moving drill string based on surface measurements of the same variables, characterized in that the method comprises the steps of: a) using the geometry and the elastic properties of said drill string to calculate transfer functions describing frequency-dependent amplitude and phase relations between cross combinations of said speed and force variables at the surface and downhole; b) selecting a base time period that can be longer but not substantially shorter than the period of the fundamental drill string resonance; c) measuring, directly or indirectly, surface speed and force variables, conditioning said measured data, and storing the conditioned data in data storage means which keep said conditioned surface data measurements at least over the last elapsed base time period, d) when updating of said data storage means, calculating the downhole variables in the frequency domain by applying an integral transform, such as the discrete Fourier transform, of the surface variables, multiplying the results with said transfer functions, applying the inverse integral transform to sums of coherent terms and picking points in said base time periods to get time-delayed estimates of the downhole dynamic speed and force variables. a) using the geometry and the elastic properties of said drill string to calculate transfer functions describing frequency-dependent amplitude and phase relations between cross combinations of said speed and force variables at the surface and downhole; b) selecting a base time period that can be longer but not substantially shorter than the period of the fundamental drill string resonance; c) measuring, directly or indirectly, surface speed and force variables, conditioning said measured data, and storing the conditioned data in data storage means which keep said conditioned surface data measurements at least over the last elapsed base time period, d) when updating of said data storage means, calculating the downhole variables in the frequency domain by applying an integral transform, such as the discrete Fourier transform, of the surface variables, multiplying the results with said transfer functions, applying the inverse integral transform to sums of coherent terms and picking points in said base time periods to get time-delayed estimates of the downhole dynamic speed and force variables.
An ink set for ink-jet printing, comprising at least a water-based ink and a water-based ink, in which: the water-based ink comprises a pigment having a barbituric acid-derived structure; and the water-based ink comprises a diketopyrrolopyrrole pigment, the pigment is at least one pigment selected from the group consisting of C.I. Pigment Yellow 150 and C.I. Pigment Yellow 139, each of the water-based ink and the water-based ink further comprises a water-soluble organic solvent, the water-soluble organic solvent in each of the water-based ink and the water-based ink is not less than 35% by mass and less than 50% by mass. the water-based ink comprises a pigment having a barbituric acid-derived structure; and the water-based ink comprises a diketopyrrolopyrrole pigment, the pigment is at least one pigment selected from the group consisting of C.I. Pigment Yellow 150 and C.I. Pigment Yellow 139, each of the water-based ink and the water-based ink further comprises a water-soluble organic solvent, the water-soluble organic solvent in each of the water-based ink and the water-based ink is not less than 35% by mass and less than 50% by mass.
A method of managing Radio Resource Control, RRC, states, performed by a wireless device operative in a wireless communication network, the method is characterized by: while in an RRC_INACTIVE state, and performing activities associated with dedicated idle or inactive mobility related parameters, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving, in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRC message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRC message, discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; wherein performing activities associated with dedicated idle or inactive mobility related parameters comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running. while in an RRC_INACTIVE state, and performing activities associated with dedicated idle or inactive mobility related parameters, sending an RRC message to the network requesting to enter an RRC_CONNECTED state; receiving, in response to the RRC message requesting to enter an RRC_CONNECTED state, an RRC message from the network directing the wireless device to enter an RRC_IDLE state or to remain in RRC_INACTIVE state; and in response to the received RRC message, discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; discarding one or more stored dedicated idle or inactive mobility related parameters; and discontinuing the activities associated with the dedicated idle or inactive mobility related parameters; wherein performing activities associated with dedicated idle or inactive mobility related parameters comprises performing cell reselection according to dedicated priorities while a validity timer of the cell reselection priority parameter is running.
A reflector for a mobile terminal, the reflector comprising: - a plate comprising a flat front side and a rear side, wherein the plate is configured to be located on the mobile terminal, and - a first mirror portion formed by providing reflecting material along a recessed concave portion formed at the rear side of the plate, the first mirror portion adapted to reflect light incident on the front side of the plate, wherein - the first mirror portion is spaced from at least one lateral edge of the plate. - a plate comprising a flat front side and a rear side, wherein the plate is configured to be located on the mobile terminal, and - a first mirror portion formed by providing reflecting material along a recessed concave portion formed at the rear side of the plate, the first mirror portion adapted to reflect light incident on the front side of the plate, wherein - the first mirror portion is spaced from at least one lateral edge of the plate.
Fluidized bed reactor for production of polycrystalline silicon in granular form, said reactor comprising a reactor container, an inner reactor tube for a fluidized bed comprising granular polysilicon, a reactor bottom within the reactor container, at least one bottom gas nozzle for feeding fluidization gas, and also at least one reaction gas nozzle for feeding a reaction gas mixture, feed means for feeding silicon seed particles, and also a discharge line for granular polysilicon, and means for leading reactor exit gas out of the reactor container, an interspace situated between the reactor container and the inner reactor tube and containing a heating device for heating the fluidized bed in the inner reactor tube, and also an insulation material, characterized in that radiation shields are present in the interspace between the heater and the insulation material and the interspace contains an inert gas.
A particle having a 10% K value of 100 N/mm 2 or less, the particle having a 10% K value of 100 N/mm 2 or less comprising a silicone particle body, and multiple organic resin particles deposited on a surface of the silicone particle body.
A bag having a front panel, a back panel, and a gusset panel, all formed of a multi-ply plastic sheet material comprising a heat weldable ply (134; 136) and a non-heat weldable ply; the gusset panel having a first margin portion along one side and a second margin portion along an opposed side; the front panel having a third margin portion at one side thereof joining the first margin portion of the gusset panel at a first thermal weld, the back panel having a fourth margin portion at one side thereof, the fourth margin portion joining the second margin portion of the gusset panel at a second thermal weld, a first extension of the front panel extending from the first weld, and a second extension of the back panel extending from the second weld, the first extension having a third margin portion on a side thereof remote from the first weld, the second extension having a fourth margin portion on a side thereof remote from the second weld, the third and fourth margin portions of the extensions being joined together at a third thermal weld; each extension having a carrying aperture formed therein, wherein: a folded strip is fully inserted into a gap between the extensions (28, 29); an inner part of the folded strip makes up the gusset panel; outer parts of the folded strip have apertures, said apertures in the folded strip and the carrying apertures in the extensions being aligned; outer edge regions of the folded strip and outer edge regions of the extensions of the front and back panels are thermally welded to each other at the third weld; and the extensions of the front and back panels project beyond the outer edge regions of the folded strip to form projecting margins which are thermally welded together at the third weld. a folded strip is fully inserted into a gap between the extensions (28, 29); an inner part of the folded strip makes up the gusset panel; outer parts of the folded strip have apertures, said apertures in the folded strip and the carrying apertures in the extensions being aligned; outer edge regions of the folded strip and outer edge regions of the extensions of the front and back panels are thermally welded to each other at the third weld; and the extensions of the front and back panels project beyond the outer edge regions of the folded strip to form projecting margins which are thermally welded together at the third weld.
Device comprising: - a syringe prefilled with a single-use dose of a composition for bone filling, such as a rod or pellets, said composition comprising at least one resorbable or non-resorbable thermoplastic polymer material, said composition having a viscosity between 40 and 4000 Pa.s at a temperature of about 50°C and a Young's modulus between 0.5 and 4 GPa at about 37°C, said syringe enabling both the storage and administration of said composition, said syringe comprising a syringe body having an opening at each of its two ends, the distal first opening bearing sealing means for sealing it closed, in particular a plug, and/or means for the administration of said composition, in particular a cannula, the proximal second opening being sealed closed by sealing means, in particular a piston seal, slidable inside the syringe body, in particular by means of a piston rod adapted to be moved toward the distal opening, in particular connected to said slidable sealing means, said syringe body, said sealing and/or administration means, and said slidable sealing means defining a volume within which said dose is contained; - an external heating means structurally separate from the syringe and making it possible to heat it and melt or soften the dose of the composition for bone filling for the purposes of its administration. - a syringe prefilled with a single-use dose of a composition for bone filling, such as a rod or pellets, said composition comprising at least one resorbable or non-resorbable thermoplastic polymer material, said composition having a viscosity between 40 and 4000 Pa.s at a temperature of about 50°C and a Young's modulus between 0.5 and 4 GPa at about 37°C, said syringe enabling both the storage and administration of said composition, said syringe comprising a syringe body having an opening at each of its two ends, the distal first opening bearing sealing means for sealing it closed, in particular a plug, and/or means for the administration of said composition, in particular a cannula, the proximal second opening being sealed closed by sealing means, in particular a piston seal, slidable inside the syringe body, in particular by means of a piston rod adapted to be moved toward the distal opening, in particular connected to said slidable sealing means, said syringe body, said sealing and/or administration means, and said slidable sealing means defining a volume within which said dose is contained; - an external heating means structurally separate from the syringe and making it possible to heat it and melt or soften the dose of the composition for bone filling for the purposes of its administration.
A method performed by a tire fitting system for discriminating between at least two tire sensors (111, 121) of a wheel (110, 120) to be assembled on a vehicle, wherein the method comprises: receiving an identity of an Radio Frequency Identification, RFID, tag (112, 122) mounted on a rim (114, 124), or in a tire (113, 123), of a wheel (110, 120); receiving, from the at least two tire sensors (111, 121), tire sensor signals (402b, 402c, 402d, 402e) comprising status information indicating how their respective tire sensor (111, 121) was activated; and determining which identity of the at least two tire sensors (111, 121) is to be associated with the identity of the RFID tag (112, 122) based on the status information. receiving an identity of an Radio Frequency Identification, RFID, tag (112, 122) mounted on a rim (114, 124), or in a tire (113, 123), of a wheel (110, 120); receiving, from the at least two tire sensors (111, 121), tire sensor signals (402b, 402c, 402d, 402e) comprising status information indicating how their respective tire sensor (111, 121) was activated; and determining which identity of the at least two tire sensors (111, 121) is to be associated with the identity of the RFID tag (112, 122) based on the status information.
A control system of an internal combustion engine in which a reducing agent is intermittently injected into an engine exhaust passage from a reducing agent feed valve within a predetermined range of period to remove NOx contained in an exhaust gas or to raise a temperature of an exhaust treatment device (13, 14), said control system comprising a calculating part which calculates a suitable injection interval (It) of the reducing agent corresponding to an operating state of the engine at the time of calculation with a predetermined fixed calculation period and which updates an injection interval by using the calculated injection interval (It) as an updated new injection interval (It), and an injection executing part which executes a next injection of the reducing agent from the reducing agent feed valve when an elapsed time (t) from when a previous injection was performed becomes the new injection interval (It) or more which was updated to by the calculating part after the previous injection was performed, wherein an injection amount of the reducing agent per unit time and an amount of injection per injection are calculated with said predetermined fixed calculation period, and wherein said suitable injection interval (It) is found by dividing said amount of injection per injection by said injection amount of the reducing agent per unit time.
A rotating resistor assembly for use in a rotating shaft of an electrical machine, comprising: a first housing configured to contact the rotating shaft and be grounded to the rotating shaft, the first housing comprising a first bus bar connection aperture configured to receive a first bus bar; a second housing configured to connect to the first housing, wherein the second housing is configured to be insulated from the rotating shaft and to be insulated from direct electrical connection with the first housing, the second housing comprising a second bus bar connection aperture configured to receive a second bus bar; and a suppression resistor disposed between the first housing and the second housing and in electrical communication with the first housing and the second housing to provide an electrical pathway between first housing and the second housing; and characterized in that the second housing is made of metal and includes coating such that direct contact with the shaft does not electrically connect the shaft to the second housing, wherein the first housing is uncoated.. a first housing configured to contact the rotating shaft and be grounded to the rotating shaft, the first housing comprising a first bus bar connection aperture configured to receive a first bus bar; a second housing configured to connect to the first housing, wherein the second housing is configured to be insulated from the rotating shaft and to be insulated from direct electrical connection with the first housing, the second housing comprising a second bus bar connection aperture configured to receive a second bus bar; and a suppression resistor disposed between the first housing and the second housing and in electrical communication with the first housing and the second housing to provide an electrical pathway between first housing and the second housing; and characterized in that the second housing is made of metal and includes coating such that direct contact with the shaft does not electrically connect the shaft to the second housing, wherein the first housing is uncoated..