mhurhangee/ep-ind-claims huggingface dataset:
A colquiriite-type crystal represented by the chemical formula LiM 1 M 2 X 6 where M 1 represents at least one alkaline earth metal element selected from the group consisting of Mg, Ca, Sr and Ba, M 2 represents at least one metal element selected from the group consisting of Al, Ga and Sc, and X represents at least one halogen element selected from the group consisting of F, Cl, Br and I, wherein the colquiriite-type crystal contains at least one alkali metal element selected from the group consisting of Na, K, Rb and Cs, and at least one lanthanoid element selected from the group consisting of Ce, Pr and Nd, and an isotopic ratio of 6 Li is 20% or more, and wherein contents of the alkali metal element and the lanthanoid element are 0.001 to 10 mol% and 0.01 to 0.5 mol%, respectively, with respect to the colquiriite-type crystal.
An actuator arrangement comprising an epicyclic gear set (4a,4b) including a sun gear, at least one planet gear in meshing engagement with the sun gear, and a ring gear in meshing engagement with the planet gear, the planet gear being carried by a rotatable support, wherein one of the sun gear and the support is arranged to be driven by a motor and the other of the sun gear and the support is arranged to drive an actuator, wherein a clutch arrangement is operable to resist rotation of the ring gear, characterized by the clutch arrangement comprising an eddy current clutch, wherein the eddy current clutch comprises a permanent magnet (11,13) and a conducting element, one of which is carried by the ring gear and the other being fixed, with an air gap being provided between the magnet and conducting element.
A management device, managing a network comprising a master device and a plurality of slave devices connected to the master device, the management device comprising: a ring topology assessment unit, assessing whether a ring topology configured from the slave devices is able to be generated based on designed network configuration information created by a user and slave information representing unique information per type of each of the slave devices, wherein the slave information comprises port information of each of the slave devices, and each of the port information comprises information of a ring start port and a ring end port supporting the ring topology, wherein the ring topology assessment unit is adapted to prompt the user with the information of the ring start port and the ring end port with which the ring topology is to be generated, wherein the ring topology assessment unit is adapted to assess whether the ring topology is able to be generated based on whether the ring end port with which the ring topology is to be generated is an empty port, in the case the ring topology assessment unit assesses that the ring topology is able to be generated, the ring topology assessment unit configures the ring topology according to a confirmation instruction from the user. a ring topology assessment unit, assessing whether a ring topology configured from the slave devices is able to be generated based on designed network configuration information created by a user and slave information representing unique information per type of each of the slave devices, wherein the slave information comprises port information of each of the slave devices, and each of the port information comprises information of a ring start port and a ring end port supporting the ring topology, wherein the ring topology assessment unit is adapted to prompt the user with the information of the ring start port and the ring end port with which the ring topology is to be generated, wherein the ring topology assessment unit is adapted to assess whether the ring topology is able to be generated based on whether the ring end port with which the ring topology is to be generated is an empty port, in the case the ring topology assessment unit assesses that the ring topology is able to be generated, the ring topology assessment unit configures the ring topology according to a confirmation instruction from the user.
A toothbrush head, comprising an outer base and an inner base, each with an inner face and an outer face, at least the inner face of one of said bases (5, 6) with a central bridge that defines an intermediate separation space between both inner faces, and having cleaning elements (3a, 3b, 3c) which emerge from the respective facing inner faces of said bases (5, 6) and from the surface of the central bridge, characterised in that it further comprises: - a first reinforcing core integrated inside the outer base, said first core and said outer base forming an outer part, - a second reinforcing core integrated inside the inner base, said second core and said inner base forming an inner part, - both bases (5, 6) linked to each other by the central bridge, and at least one of said cores (10, 12) having a male element, for coupling within the central bridge with a female element arranged in the part (9, 11) opposite to that of the male element, therefore linking the outer base and the inner base. - a first reinforcing core integrated inside the outer base, said first core and said outer base forming an outer part, - a second reinforcing core integrated inside the inner base, said second core and said inner base forming an inner part, - both bases (5, 6) linked to each other by the central bridge, and at least one of said cores (10, 12) having a male element, for coupling within the central bridge with a female element arranged in the part (9, 11) opposite to that of the male element, therefore linking the outer base and the inner base.
A heat-sensitive recording material comprising ∘ a web-shaped substrate having a front side and an opposite reverse side, ∘ at least one heat-sensitive recording layer on either or both of the sides of the web-shaped substrate, characterized in that the heat-sensitive recording layer contains a color acceptor comprising a combination at least - of one, two, three or more than three color acceptor (compounds) of formula where R is alkyl, - and of at least one secondary color acceptor comprising lactic acid oligomers conforming to formula ∘ a web-shaped substrate having a front side and an opposite reverse side, ∘ at least one heat-sensitive recording layer on either or both of the sides of the web-shaped substrate, - of one, two, three or more than three color acceptor (compounds) of formula where R is alkyl, - and of at least one secondary color acceptor comprising lactic acid oligomers conforming to formula
Method for determining at least one gas parameter, in particular a flow rate, of a flowing gas, by means of a flow meter, comprising a measuring section with a heating element and at least three temperature sensors over which the gas is guided, wherein at least one first temperature sensor is arranged upstream of the heating element, at least one second temperature sensor is arranged in the region of the heating element and at least one third temperature sensor is arranged downstream of the heating element, wherein in particular the heating element itself can be used as a second temperature sensor, wherein a computing device determines the at least one gas parameter as a function of the temperature measured values at the first and second and third temperature sensor, and/or wherein the computing device determines at least two separate gas parameters as a function of the temperature measured values of different individual temperature sensors and/or of the combinations of temperature measured values of different temperature sensors, wherein the temperature measured values at the first, second and third temperature sensor are used to determine the gas parameters, characterized in that at least two of the gas parameters are determined in an iterative method, wherein in a first step, alternately, at least one first parameter of the gas parameters is determined as a function of at least one second parameter of the gas parameters, and in a second step at least the second of the gas parameters is determined as a function of the first of the gas parameters, wherein in the first step the first of the gas parameters is determined as a function of the temperature measured values at at least one of the temperature sensors, and/or wherein in the second step the second parameter of the gas parameters is determined as a function of the temperature measured values at the temperature sensor or at at least one further sensor of the temperature sensors.
A method for transferring heat from flue gas into fluid, comprising: - passing the flue gas through a flue gas scrubber (205, 305), - cooling the flue gas in the flue gas scrubber (205, 305) with scrubbing liquid, - circulating scrubbing liquid from the flue gas scrubber (205, 305) into a first heat exchanger (210, 310) and back to the flue gas scrubber (205, 305), and - passing a first portion of the fluid through the first heat exchanger (210, 310), whereby heat from the scrubbing liquid is transferred into the first portion of the fluid; characterised in that the method comprises: - circulating scrubbing liquid from the flue gas scrubber into a second heat exchanger and back to the flue gas scrubber, - passing a second portion of the fluid through the second heat exchanger, whereby heat from the scrubbing liquid is transferred into the second portion of the fluid, and - before passing the first portion of the fluid through the first heat exchanger (210, 310), transferring heat from the first portion of the fluid into the second portion of the fluid. - passing the flue gas through a flue gas scrubber (205, 305), - cooling the flue gas in the flue gas scrubber (205, 305) with scrubbing liquid, - circulating scrubbing liquid from the flue gas scrubber (205, 305) into a first heat exchanger (210, 310) and back to the flue gas scrubber (205, 305), and - passing a first portion of the fluid through the first heat exchanger (210, 310), whereby heat from the scrubbing liquid is transferred into the first portion of the fluid; - circulating scrubbing liquid from the flue gas scrubber into a second heat exchanger and back to the flue gas scrubber, - passing a second portion of the fluid through the second heat exchanger, whereby heat from the scrubbing liquid is transferred into the second portion of the fluid, and - before passing the first portion of the fluid through the first heat exchanger (210, 310), transferring heat from the first portion of the fluid into the second portion of the fluid.
An agent - for use in the prevention of obesity, hyperlipemia, hypertension and arteriosclerosis by inhibiting a postprandial temporary increase in blood neutral fat levels within a period of 7 hours after ingestion of a high-fat content meal having a fat-content of 20 to 30% by mass, - comprising a water-soluble and hardly digestible starch decomposed product which is roasted dextrin having an average molecular weight from 500 to 7,000 and obtained by decomposing starch through heating in the presence of a mineral acid, hydrolyzates or hydrogenated products thereof, and - having a content of hardly digestible components of at least 35% by mass as expressed in terms of the solid content of said starch decomposed product and - for use by ingesting said agent simultaneously with said high fat-content meal having the fat-content of 20 to 30% by mass, and - for use by incorporating said agent into the high fat-content meal, which is solid or semi-solid. - for use in the prevention of obesity, hyperlipemia, hypertension and arteriosclerosis by inhibiting a postprandial temporary increase in blood neutral fat levels within a period of 7 hours after ingestion of a high-fat content meal having a fat-content of 20 to 30% by mass, - comprising a water-soluble and hardly digestible starch decomposed product which is roasted dextrin having an average molecular weight from 500 to 7,000 and obtained by decomposing starch through heating in the presence of a mineral acid, hydrolyzates or hydrogenated products thereof, and - having a content of hardly digestible components of at least 35% by mass as expressed in terms of the solid content of said starch decomposed product and - for use by ingesting said agent simultaneously with said high fat-content meal having the fat-content of 20 to 30% by mass, and - for use by incorporating said agent into the high fat-content meal, which is solid or semi-solid.
A dispensing device comprising: a syringe configured to draw in or discharge a fluid; a first pump configured to generate a pressure to draw the fluid into the syringe; a second pump configured to generate a pressure to discharge the fluid in the syringe; a first flowmeter disposed on a first flow path between the syringe and the first pump; and a first control unit configured to correct a plurality of initial driving voltages for the first pump by calculating a first ratio of a driving voltage for the first pump when the first flowmeter measures a flow rate corresponding to an initially set target flow rate in a case where the syringe draws in a first fluid as the fluid to an initial driving voltage for the first pump associated in advance with the initially set target flow rate in a case where the syringe draws in the first fluid, and multiplying, by the first ratio, the plurality of initial driving voltages for the first pump respectively associated in advance with a plurality of target flow rates in a case where the syringe draws in a second fluid as the fluid. a syringe configured to draw in or discharge a fluid; a first pump configured to generate a pressure to draw the fluid into the syringe; a second pump configured to generate a pressure to discharge the fluid in the syringe; a first flowmeter disposed on a first flow path between the syringe and the first pump; and a first control unit configured to correct a plurality of initial driving voltages for the first pump by calculating a first ratio of a driving voltage for the first pump when the first flowmeter measures a flow rate corresponding to an initially set target flow rate in a case where the syringe draws in a first fluid as the fluid to an initial driving voltage for the first pump associated in advance with the initially set target flow rate in a case where the syringe draws in the first fluid, and multiplying, by the first ratio, the plurality of initial driving voltages for the first pump respectively associated in advance with a plurality of target flow rates in a case where the syringe draws in a second fluid as the fluid. calculating a first ratio of a driving voltage for the first pump when the first flowmeter measures a flow rate corresponding to an initially set target flow rate in a case where the syringe draws in a first fluid as the fluid to an initial driving voltage for the first pump associated in advance with the initially set target flow rate in a case where the syringe draws in the first fluid, and multiplying, by the first ratio, the plurality of initial driving voltages for the first pump respectively associated in advance with a plurality of target flow rates in a case where the syringe draws in a second fluid as the fluid.
A latex of a highly saturated nitrile rubber wherein the highly saturated nitrile rubber contains α,β-ethylenically unsaturated nitrile monomer units in a ratio of 10 to 60 wt%, has an iodine value of 120 or less, measured in accordance with JIS K 6235,and has a weight average molecular weight of solubles in chloroform of 100,000 or less, and when removing volatiles contained in the latex and making a film of the highly saturated nitrile rubber, a loss tangent tanδ (50°C) at 50°C of the film is 0.3 to 0.6, measured by preparing about 5 g of films by superposing films having the die shape of the highly saturated nitrile rubber of a thickness of approximately 0.3 mm and measuring the loss tangent tanδ (50°C) of about 5 g of the films by using a dynamic viscoelasticity measuring device: product name "RPA2000" (made by Alpha Technologies) at a dynamic shear strain 6.98%, frequency 1.7 Hz at 50°C; and a complex torque S* at the time of 100% shear strain at 100°C of the film is 20 dNm or less, measured by preparing about 5 g of the films by the aforementioned method and measuring the complex torque S* of about 5 g of the films by using a dynamic viscoelasticity measuring device: product name "RPA2000" (made by Alpha Technologies) at a dynamic shear strain 100%, frequency 1 Hz, and 100°C.
A handheld electronic device comprising: an electronic component that produces heat during operation; and a thermal control device for dissipating the heat produced by the electronic component away from the electronic component, comprising: a vapor chamber comprising a fluid to transport heat from a first portion of the vapor chamber to a second portion of the vapor chamber; and an isolation chamber adjacent the vapor chamber and fluidically isolated from the vapor chamber, the isolation chamber evacuated to a pressure less than atmospheric pressure to thermally isolate at least a portion of the vapor chamber, wherein a surface of the thermal control device forms an outer housing surface of the electronic device. an electronic component that produces heat during operation; and a thermal control device for dissipating the heat produced by the electronic component away from the electronic component, comprising: a vapor chamber comprising a fluid to transport heat from a first portion of the vapor chamber to a second portion of the vapor chamber; and an isolation chamber adjacent the vapor chamber and fluidically isolated from the vapor chamber, the isolation chamber evacuated to a pressure less than atmospheric pressure to thermally isolate at least a portion of the vapor chamber, wherein a surface of the thermal control device forms an outer housing surface of the electronic device.
A method for use in a wireless cellular network comprising: receiving at a base station in a non-High Speed Downlink Packet Access, non-HSDPA, cell in said network, a first uplink signal from a user device via an uplink channel; generating a noise signal as a function of a desired power of a downlink channel in said non-HSDPA cell; and applying said noise signal to said received first uplink signal to create a second uplink signal for reducing an apparent quality of said uplink channel such that said user device will follow power control commands from a base station of a HSDPA cell in said network. receiving at a base station in a non-High Speed Downlink Packet Access, non-HSDPA, cell in said network, a first uplink signal from a user device via an uplink channel; generating a noise signal as a function of a desired power of a downlink channel in said non-HSDPA cell; and applying said noise signal to said received first uplink signal to create a second uplink signal for reducing an apparent quality of said uplink channel such that said user device will follow power control commands from a base station of a HSDPA cell in said network.
A storage phosphor plate assembly (1, 20) comprising - at least one storage phosphor plate comprising a storage phosphor layer for storing X-ray information, the storage phosphor layer being configured to emit emission light upon irradiation with stimulating light (3, 3', 8), and a substrate layer on which the storage phosphor layer is provided, the substrate layer containing a permanent magnetic material, - a support plate (20, 22) containing a magnetic material, the at least one storage phosphor plate being held on the support plate (20, 22) due to magnetic forces, and - at least one marking element (25 -28) contains a permanent magnetic material, the at least one marking element (25 -28) being held on the support plate (20, 22) and/or on the storage phosphor plate due to magnetic forces, characterized in that the at least one marking element (25 - 28) comprises a fluorescent material being configured to emitfluorescent light upon irradiation with the stimulating light (3, 3', 8). - at least one storage phosphor plate comprising a storage phosphor layer for storing X-ray information, the storage phosphor layer being configured to emit emission light upon irradiation with stimulating light (3, 3', 8), and a substrate layer on which the storage phosphor layer is provided, the substrate layer containing a permanent magnetic material, - a support plate (20, 22) containing a magnetic material, the at least one storage phosphor plate being held on the support plate (20, 22) due to magnetic forces, and - at least one marking element (25 -28) contains a permanent magnetic material, the at least one marking element (25 -28) being held on the support plate (20, 22) and/or on the storage phosphor plate due to magnetic forces,
Use of HuLuc63 in the preparation of a first medicament, said HuLuc63 being a humanized IgG 1 antibody having a heavy chain variable region corresponding to SEQ ID NO:5 and a light chain variable region corresponding to SEQ ID NO:6, and the use of lenalidomide in the preparation of a second medicament, said medicaments for use in the treatment of multiple myeloma, wherein the first medicament is administered concurrently, prior to or following the administration of the second medicament.
Method for generating a nano-aerosol, wherein in a nozzle at least one fluid, which is for being sprayed, is sprayed through a nozzle orifice of the nozzle in form of fluid particles along an outlet direction, the sprayed fluid particles are deflected out of the outlet direction and larger fluid particles are at least partially separated from smaller fluid particles, the separated larger fluid particles are returned into the fluid, which is for being sprayed, and the smaller fluid particles are released to the surrounding, wherein a cartridge is used, in which the nozzle and the fluid, which is for being sprayed, are arranged, wherein a flow of a carrier gas is generated in the nozzle and the at least one fluid, which is for being sprayed, is brought into contact with the carrier gas in the nozzle, characterized in that a hermetically closed cartridge is used and orifices, for the supply of the carrier gas and the release of the sprayed smaller fluid particles to the surrounding, are formed before usage.