mhurhangee/ep-ind-claims huggingface dataset:
Offshore facility, comprising an inner space and a fresh air supply device, having - an inlet for salt- and water-containing fresh air, - an outlet for desalinated and dried fresh air, - a fresh air path leading from the inlet to the outlet, - wherein the inlet of the fresh air supply device is open to the surroundings of the offshore facility, and the outlet of the fresh air supply device is open to the inner space of the offshore facility, characterized by - a cooling device, arranged in the fresh air path, for cooling the fresh air, - a drop separator, arranged in the fresh air path, for removing salt and water from the fresh air, - a heating device, arranged in the fresh air path downstream of the drop separator, for heating the fresh air, - a heat pump cycle, the cooling device and the heating device being integrated in the heat pump cycle such that the fresh air in the cooling device is used as a heat source and the fresh air in the heating device is used as a heat sink, - a dust filter, arranged in the fresh air path downstream of the heating device, for removing salt and dust from the fresh air. - an inlet for salt- and water-containing fresh air, - an outlet for desalinated and dried fresh air, - a fresh air path leading from the inlet to the outlet, - wherein the inlet of the fresh air supply device is open to the surroundings of the offshore facility, and the outlet of the fresh air supply device is open to the inner space of the offshore facility, - a cooling device, arranged in the fresh air path, for cooling the fresh air, - a drop separator, arranged in the fresh air path, for removing salt and water from the fresh air, - a heating device, arranged in the fresh air path downstream of the drop separator, for heating the fresh air, - a heat pump cycle, the cooling device and the heating device being integrated in the heat pump cycle such that the fresh air in the cooling device is used as a heat source and the fresh air in the heating device is used as a heat sink, - a dust filter, arranged in the fresh air path downstream of the heating device, for removing salt and dust from the fresh air.
A method of manufacturing a fan blade, comprising heating a blank sheet including a plurality of main fibers arranged in parallel with each other, a plurality of auxiliary fibers arranged in parallel with each other so as to intersect with the main fibers, and a resin that consolidates the main fibers and the auxiliary fibers, and pressing the heated blank sheet against a fan blade mold, wherein the fan blade mold is shaped so that a length thereof in a longitudinal direction along a surface of a center part thereof in a width direction is shorter than a length thereof in the longitudinal direction along a surface of end parts thereof in the width direction, and when the blank sheet is pressed against the fan blade mold, the blank sheet is pressed against the fan blade mold with the direction of the main fibers aligned with the longitudinal direction of the fan blade mold, and the center part in the width direction of the blank sheet at an end part in the longitudinal direction of the fan blade mold is pulled with a greater force than the end parts in the width direction of the blank sheet at the end part in the longitudinal direction of the fan blade mold.
Linear-displacement sensor comprising: a base element with a sensor coil and with an excitation coil, which are arranged in such a manner that upon application of an AC voltage to the excitation coil an AC voltage is induced in the sensor coil; and an at least partly electrically conductive sliding element which is capable of being shifted relative to the base element in a direction along a measurement path; wherein the sensor coil exhibits two opposite-sense partial turns (34a, 34b); wherein the sliding element has a variable geometry along the measurement path, above which the sensor coil is arranged, so that an inductive coupling of the partial turns (34a, 34b) of the sensor coil with the excitation coil, and hence an amplitude of the AC voltage induced in the sensor coil, is dependent on a relative position of the sliding element in relation to the base element; characterized by a correction coil which is arranged above a geometry of the sliding element which is constant along the measurement path, so that an inductive coupling of the correction coil, and hence an amplitude of an AC voltage induced in the correction coil, is dependent on a lateral offset of the sliding element in relation to the base element. a base element with a sensor coil and with an excitation coil, which are arranged in such a manner that upon application of an AC voltage to the excitation coil an AC voltage is induced in the sensor coil; and an at least partly electrically conductive sliding element which is capable of being shifted relative to the base element in a direction along a measurement path; wherein the sensor coil exhibits two opposite-sense partial turns (34a, 34b); wherein the sliding element has a variable geometry along the measurement path, above which the sensor coil is arranged, so that an inductive coupling of the partial turns (34a, 34b) of the sensor coil with the excitation coil, and hence an amplitude of the AC voltage induced in the sensor coil, is dependent on a relative position of the sliding element in relation to the base element; characterized by a correction coil which is arranged above a geometry of the sliding element which is constant along the measurement path, so that an inductive coupling of the correction coil, and hence an amplitude of an AC voltage induced in the correction coil, is dependent on a lateral offset of the sliding element in relation to the base element.
A facial finger-pressure tool comprising: a goggles frame made of a flexible material having a front portion and two temple portions; and at least one finger-pressure protrusion provided on an inner surface of the front portion at a position corresponding to at least one acupuncture point around an eye, wherein said front portion of the goggles frame has holes which are formed in the inner surface of the front portion at the positions corresponding to the acupuncture points or at other positions, and the finger-pressure protrusion is attached in conformity to a position of any one of the holes, the facial finger-pressure tool being characterized in that each of said temple portions of the goggles frame has a hole which is formed in the inner surface of the temple portions at the position corresponding to the acupuncture point or at other positions, each of the holes having an inlet portion reduced in diameter so as to fastenably receive therein a fitting engagement portion of the finger-pressure protrusion, and the finger-pressure protrusions are attached removably to the holes of the temple portions, respectively, and that the facial finger-pressure tool comprises a tightening means having a pair of tightening members attached, respectively, to free ends of the temple portions, said tightening means adapted to forcibly bring the goggles frame into close contact with face and head regions so that a level of press contact of the finger-pressure protrusion is adjustable by adjustably increasing and reducing a level of the fastening tightness between the pair of the tightening members according to user's preference.
A method comprising: performing demodulation de-mapping on a plurality of modulation symbols and thereby outputting a plurality of encoded bits over allocated radio resources of a physical downlink control channel, PDCCH, by a user equipment, UE, in a mobile communication network; performing channel decoding on the plurality of encoded bits and thereby outputting a plurality of decoded bits; and detecting downlink control information, DCI, by detaching a plurality of cyclic redundancy check, CRC, bits from the plurality of decoded bits, characterized by the method further comprising: applying cyclic shifting before the demodulation de-mapping using a UE-specific ID, wherein a value of the UE-specific ID is used to derive an interleaver for applying the cyclic shifting, wherein the cyclic shifting is a type of channel interleaving. performing demodulation de-mapping on a plurality of modulation symbols and thereby outputting a plurality of encoded bits over allocated radio resources of a physical downlink control channel, PDCCH, by a user equipment, UE, in a mobile communication network; performing channel decoding on the plurality of encoded bits and thereby outputting a plurality of decoded bits; and detecting downlink control information, DCI, by detaching a plurality of cyclic redundancy check, CRC, bits from the plurality of decoded bits, characterized by the method further comprising: applying cyclic shifting before the demodulation de-mapping using a UE-specific ID, wherein a value of the UE-specific ID is used to derive an interleaver for applying the cyclic shifting, wherein the cyclic shifting is a type of channel interleaving.
A stack of cups for a beverage vending machine, the stack of cups comprising: a plurality of cups arranged in a stack, each of the cups comprising: a bottom end; a rim; a floor; a sidewall comprising an inner surface (432, 442) and an outer surface (431, 441), a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end; a pocket formed between a bottom surface of the floor and the bottom end of the cup; and a cavity defined by the floor and the first portion of the sidewall, the cavity extending along a longitudinal axis (A-A); a powder ingredient located in the cavity of each of the cups; characterized in that each of the plurality of cups in the stack other than a lowermost cup is at least partially located within the cavity of a lower cup in the stack so that the bottom end of each cup contacts or becomes embedded within the powder ingredient in the lower cup and the powder ingredient in the lower cup is located within the pocket of the cup positioned therein; and in that the second portion of the sidewall comprises a plurality of apertures, each of the apertures is an opening that extends entirely through the second portion of the sidewall from the outer surface of the sidewall to the inner surface of the sidewall. a plurality of cups arranged in a stack, each of the cups comprising: a bottom end; a rim; a floor; a sidewall comprising an inner surface (432, 442) and an outer surface (431, 441), a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end; a pocket formed between a bottom surface of the floor and the bottom end of the cup; and a cavity defined by the floor and the first portion of the sidewall, the cavity extending along a longitudinal axis (A-A); a bottom end; a rim; a floor; a sidewall comprising an inner surface (432, 442) and an outer surface (431, 441), a first portion of the sidewall extending from the floor to the rim and a second portion of the sidewall extending from the floor to the bottom end; a pocket formed between a bottom surface of the floor and the bottom end of the cup; and a cavity defined by the floor and the first portion of the sidewall, the cavity extending along a longitudinal axis (A-A); a powder ingredient located in the cavity of each of the cups; characterized in that each of the plurality of cups in the stack other than a lowermost cup is at least partially located within the cavity of a lower cup in the stack so that the bottom end of each cup contacts or becomes embedded within the powder ingredient in the lower cup and the powder ingredient in the lower cup is located within the pocket of the cup positioned therein; and in that the second portion of the sidewall comprises a plurality of apertures, each of the apertures is an opening that extends entirely through the second portion of the sidewall from the outer surface of the sidewall to the inner surface of the sidewall.
A method for use in a network node, the method comprising: determining (1202, 1402) at least one parameter per carrier frequency, wherein the parameter indicates a maximum number of beams to be used by a wireless device for signal measurements in a cell, wherein the at least one parameter per carrier frequency comprises a first parameter N1 for performing a first type of signal measurements on a first carrier frequency and a second parameter N2 for performing a second type of signal measurements on the first carrier frequency, and wherein the second type of signal measurements is different than the first type of signal measurements; and communicating (1204, 1404A, 1404B, 1404C) the parameter(s) to the wireless device. determining (1202, 1402) at least one parameter per carrier frequency, wherein the parameter indicates a maximum number of beams to be used by a wireless device for signal measurements in a cell, wherein the at least one parameter per carrier frequency comprises a first parameter N1 for performing a first type of signal measurements on a first carrier frequency and a second parameter N2 for performing a second type of signal measurements on the first carrier frequency, and wherein the second type of signal measurements is different than the first type of signal measurements; and communicating (1204, 1404A, 1404B, 1404C) the parameter(s) to the wireless device.
Process for the cosmetic treatment of human keratin materials, comprising the following steps: a) a step of applying, to the keratin materials, a first cosmetic composition comprising a compound comprising at least 2 maleimide groups; b) a step of applying a second cosmetic composition comprising a compound comprising at least 2 furfuryl groups. a) a step of applying, to the keratin materials, a first cosmetic composition comprising a compound comprising at least 2 maleimide groups; b) a step of applying a second cosmetic composition comprising a compound comprising at least 2 furfuryl groups.
A failure diagnostic system for a vehicle, comprising: - an instrument configured to make measurement of a measured value regarding behavior of a diagnosis target; and - a failure diagnostic device having a model of the diagnosis target and configured to perform simulation based on the model, the failure diagnostic device being configured to offer a user a proposal for execution of a special operation on the diagnosis target, on a condition that a difference (ΔH) between a result of the simulation and the measured value is greater than a first predetermined error range (L1-L1), but not greater than a second error range (L2-L2), the result of the simulation being calculated with the model supplied with a same input as an input to the diagnosis target at a time of the measurement by the instrument of the measured value regarding the behavior of the diagnosis target wherein the failure diagnostic device is configured to execute the special operation on the diagnosis target on a condition that the failure diagnostic device receives a user's permission to execute the special operation; wherein the special operation is determined by performing an inverse matrix of a matrix expression representing the model. - an instrument configured to make measurement of a measured value regarding behavior of a diagnosis target; and - a failure diagnostic device having a model of the diagnosis target and configured to perform simulation based on the model, the failure diagnostic device being configured to offer a user a proposal for execution of a special operation on the diagnosis target, on a condition that a difference (ΔH) between a result of the simulation and the measured value is greater than a first predetermined error range (L1-L1), but not greater than a second error range (L2-L2), the result of the simulation being calculated with the model supplied with a same input as an input to the diagnosis target at a time of the measurement by the instrument of the measured value regarding the behavior of the diagnosis target wherein the failure diagnostic device is configured to execute the special operation on the diagnosis target on a condition that the failure diagnostic device receives a user's permission to execute the special operation;
A method of synthesizing a carbon nanostructure, comprising: pyrolyzing an organic material in a first furnace to obtain one or more gaseous decomposition products; mixing the one or more gaseous decomposition products with an oxidizing agent to obtain a pre-mixed fuel-rich flame; and contacting one or more effluents of the fuel-rich flame with a supported catalyst in a second furnace, thereby synthesizing the carbon nanostructure. pyrolyzing an organic material in a first furnace to obtain one or more gaseous decomposition products; mixing the one or more gaseous decomposition products with an oxidizing agent to obtain a pre-mixed fuel-rich flame; and contacting one or more effluents of the fuel-rich flame with a supported catalyst in a second furnace, thereby synthesizing the carbon nanostructure.
Device for receiving a cuboidal object, which has three side edges (K1, K2, K3) of different length, in a motor vehicle, having a mounting frame which has an insertion opening, the length of which corresponds at least to the length of the longest side edge of the object and the width of which corresponds at least to the length of the shortest side edge of the object but, at least in sections, is smaller than the length of the side edge of the object with the medium length, wherein the mounting frame has a size such that the object, after being inserted into the mounting frame through the insertion opening, can be rotated through an angle of at least approximately 90° about its longitudinal axis and can be moved to a storage position in the mounting frame, characterised in that the depth of the mounting frame corresponds at least to the length of the side edge of the object having the medium length, and the height of the mounting frame corresponds at least to the length of the side edge of the object having the medium length, and the mounting frame has a recess, the extension of which in the direction of the depth of the mounting frame corresponds at least approximately to the length of the shortest side edge of the object.
A fan exit stator assembly of a gas turbine engine, the fan exit stator assembly comprising: a radially inward shroud defining a first slot; a radially outward shroud; and a vane comprising a base portion extending through the first slot and a tip portion coupled to the radially outward shroud, wherein the vane comprises a retainer plate disposed radially inward of the radially inward shroud and projects in a circumferential direction from the base portion of the vane, wherein a circumferential plate dimension of the retainer plate in the circumferential direction is greater than a first slot radius in the circumferential direction of the first slot, wherein the retainer plate is configured to engage a radially inward surface of the radially inward shroud adjacent the first slot to prevent radially outward movement of the vane relative to the radially inward shroud; characterised in that an elastomeric material is disposed between the retainer plate and the radially inward surface of the radially inward shroud. a radially inward shroud defining a first slot; a radially outward shroud; and a vane comprising a base portion extending through the first slot and a tip portion coupled to the radially outward shroud, wherein the vane comprises a retainer plate disposed radially inward of the radially inward shroud and projects in a circumferential direction from the base portion of the vane, wherein a circumferential plate dimension of the retainer plate in the circumferential direction is greater than a first slot radius in the circumferential direction of the first slot, wherein the retainer plate is configured to engage a radially inward surface of the radially inward shroud adjacent the first slot to prevent radially outward movement of the vane relative to the radially inward shroud; characterised in that an elastomeric material is disposed between the retainer plate and the radially inward surface of the radially inward shroud.
A pouch for collecting liquid excretions for collecting liquid human waste, said pouch comprising a first and second wall (1, 2) sealed together along their periphery defining an inlet top portion and a bottom portion defining a collection chamber, an inlet opening provided in the top portion of the first wall, and an anti-reflux film provided in the top portion between said first and second walls (1, 2), characterised in that the anti-reflux film is sealed along its lower periphery to the first wall by an anti-reflux seal across the first wall, and wherein a plurality of adhesion areas are provided above the anti-reflux seal and wherein a plurality of slits are provided in the anti-reflux film between the anti-reflux seal and the adhesion areas.
A seal assembly (66, 166) for a gas turbine engine comprising: a seal housing that extends about an axis, the seal housing defining an annular groove; a contacting-type seal (70, 170) at least partially received in the annular groove, the seal (70, 170) including a seal member (78, 178) and a seal carrier (80, 180) extending about and mechanically attached to an outer diameter (88, 188) of the seal member (78, 178), the seal member (78, 178) defining an annular seal face (82, 182) that is moveable along the axis to abut against a seal seat, wherein the seal member (78, 178) includes a first material, and the seal carrier (80, 180) includes a second, different material having a greater density than the first material; and a spring member received in the annular groove, wherein the spring member abuts against the seal carrier (80, 180) and is configured to bias the seal member (78, 178) against the seal seat, characterised in that: the seal carrier (80, 180) includes one or more scallops (100, 200) circumferentially distributed about an outer diameter of the seal carrier (80, 180), the seal housing defines one or more retention hooks receiving a respective one of the one or more scallops (100, 200), by rotating the seal carrier (80, 180) relative to the axis X, to oppose movement of the seal carrier (80, 180) relative to the seal housing, and the spring member biases the one or more scallops (100, 200) against the one or more retention hooks. a seal housing that extends about an axis, the seal housing defining an annular groove; a contacting-type seal (70, 170) at least partially received in the annular groove, the seal (70, 170) including a seal member (78, 178) and a seal carrier (80, 180) extending about and mechanically attached to an outer diameter (88, 188) of the seal member (78, 178), the seal member (78, 178) defining an annular seal face (82, 182) that is moveable along the axis to abut against a seal seat, wherein the seal member (78, 178) includes a first material, and the seal carrier (80, 180) includes a second, different material having a greater density than the first material; and a spring member received in the annular groove, wherein the spring member abuts against the seal carrier (80, 180) and is configured to bias the seal member (78, 178) against the seal seat, characterised in that: the seal carrier (80, 180) includes one or more scallops (100, 200) circumferentially distributed about an outer diameter of the seal carrier (80, 180), the seal housing defines one or more retention hooks receiving a respective one of the one or more scallops (100, 200), by rotating the seal carrier (80, 180) relative to the axis X, to oppose movement of the seal carrier (80, 180) relative to the seal housing, and the spring member biases the one or more scallops (100, 200) against the one or more retention hooks.