mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, comprising: a cell array, wherein the cell array comprises a plurality of cells; each of the cells is defined with a length L, a thickness D, and a height H between the length L and the thickness D, the plurality of cells are arranged along a thickness direction, and the cells are adhered to each other by a structural adhesive; two first reinforcing plates; wherein the two first reinforcing plates are arranged opposite to each other and are respectively adhered to two surfaces of the cell array along an arrangement direction of the cells, and are configured to constrain relative positions between the cells; characterized in that the battery pack comprises a plurality of layers of cell arrays arranged along a height direction of the cells, a partition plate is arranged between two neighboring layers of cell arrays, and the partition plate is fixedly adhered to the cell arrays on two sides of the partition plate. a cell array, wherein the cell array comprises a plurality of cells; each of the cells is defined with a length L, a thickness D, and a height H between the length L and the thickness D, the plurality of cells are arranged along a thickness direction, and the cells are adhered to each other by a structural adhesive; two first reinforcing plates; wherein the two first reinforcing plates are arranged opposite to each other and are respectively adhered to two surfaces of the cell array along an arrangement direction of the cells, and are configured to constrain relative positions between the cells; characterized in that the battery pack comprises a plurality of layers of cell arrays arranged along a height direction of the cells, a partition plate is arranged between two neighboring layers of cell arrays, and the partition plate is fixedly adhered to the cell arrays on two sides of the partition plate.
A station to which a cleaner including a dust bin and a body cover selectively opening and closing a lower part of the dust bin is coupled, comprising; a coupling body to which the dust bin is coupled and forms a predetermined angle with a ground; characterized in that the station further comprises: a separating unit which separates the body cover from the dust bin; a driving unit which rotates the coupling body horizontally to the ground; and a dust storage unit which is disposed under the coupling body. a coupling body to which the dust bin is coupled and forms a predetermined angle with a ground; characterized in that the station further comprises: a separating unit which separates the body cover from the dust bin; a driving unit which rotates the coupling body horizontally to the ground; and a dust storage unit which is disposed under the coupling body. a separating unit which separates the body cover from the dust bin; a driving unit which rotates the coupling body horizontally to the ground; and a dust storage unit which is disposed under the coupling body.
Movable pole of a switchgear comprising: - a pole cage, the pole cage comprising two side walls (44, 46) parallel to each other, at least one of the two side walls delimiting at least one centring hole defining a centring axis (C-C') and an interior volume, - a support leg, the pole cage being rotatably attached with respect to the support leg, - two flanges (36, 38), each flange (36, 38) being configured to be connected to a respective side wall (44, 46) of the pole cage, each flange (36, 38) comprising attachment members, each attachment member being intended to cooperate respectively with one of the centring holes, at least one of the attachment members being a load take-up member characterised in that said at least one attachment member comprises an attachment part defining an insertion axis (I-I') and a centring part suitable for cooperating with the attachment part, the centring part being configured to be inserted at least partly into the interior volume of the centring hole with which said at least one of the attachment members is suitable for cooperating such that the insertion axis (I-I') of the centring part is aligned with the centring axis (C-C') of the centring hole with which said at least one of the attachment members is configured to cooperate. - a pole cage, the pole cage comprising two side walls (44, 46) parallel to each other, at least one of the two side walls delimiting at least one centring hole defining a centring axis (C-C') and an interior volume, - a support leg, the pole cage being rotatably attached with respect to the support leg, - two flanges (36, 38), each flange (36, 38) being configured to be connected to a respective side wall (44, 46) of the pole cage, each flange (36, 38) comprising attachment members, each attachment member being intended to cooperate respectively with one of the centring holes, at least one of the attachment members being a load take-up member characterised in that said at least one attachment member comprises an attachment part defining an insertion axis (I-I') and a centring part suitable for cooperating with the attachment part, the centring part being configured to be inserted at least partly into the interior volume of the centring hole with which said at least one of the attachment members is suitable for cooperating such that the insertion axis (I-I') of the centring part is aligned with the centring axis (C-C') of the centring hole with which said at least one of the attachment members is configured to cooperate.
Device for treating wounds with reduced pressure, which device comprises a sealing film, which is intended to be placed sealingly around the wound and cover the latter, an underpressure source, as well as a tube, which is arranged to connect a space over the wound and beneath the sealing film to the underpressure source, characterized in that the interior of the tube comprises at least one longitudinal first strand made of a hydrophobic, soft and elastic material, in that the interior of the tube over at least a part of its length has at least one longitudinal second strand made of a hydrophilic material, and in that the said longitudinal first and second strands are enclosed in a tube casing made of a flexible material.
Method for operating a variable-speed adjustable pump, in which a variable delivery mechanism is driven by an adjustable-speed drive, an actual volume flow ( Q ist) being controlled to a target volume flow ( Q soll) and/or an actual delivery pressure ( p ist) being controlled to a target delivery pressure (p soll) by a target delivery volume of the delivery mechanism being adjusted and a target speed (n soll) of the drive being predefined, characterized in that the target speed (n soll) is additionally increased within the scope of pilot control upon the entry of at least one predetermined triggering condition, wherein the exceeding of a predefined threshold value by a difference in a target value and an actual value from delivery pressure, volume flow, delivery volume or speed and/or the exceeding of a predefined threshold value by a rate of change of a target value or actual value from delivery pressure, volume flow, delivery volume or speed is monitored as the triggering condition.
A method for producing porous cellulose beads, comprising (a) the step of preparing a fine cellulose dispersion by mixing a low temperature alkaline aqueous solution and cellulose, (b) the step of preparing a mixed liquid by adding a water-soluble low molecular organic compound to the fine cellulose dispersion, (c) the step of preparing an emulsion by dispersing the mixed liquid in a dispersion medium, (d) the step of contacting the emulsion with a coagulating solvent, wherein the temperature of the alkaline aqueous solution in the step (a) is not less than -20°C and not more than 10°C; and wherein the water-soluble low molecular organic compound is an amino acid. (a) the step of preparing a fine cellulose dispersion by mixing a low temperature alkaline aqueous solution and cellulose, (b) the step of preparing a mixed liquid by adding a water-soluble low molecular organic compound to the fine cellulose dispersion, (c) the step of preparing an emulsion by dispersing the mixed liquid in a dispersion medium, (d) the step of contacting the emulsion with a coagulating solvent, wherein the temperature of the alkaline aqueous solution in the step (a) is not less than -20°C and not more than 10°C; and wherein the water-soluble low molecular organic compound is an amino acid.
A refrigerator appliance comprising: a cabinet having an outer wrapper, an inner liner and a trim breaker defining a joint between the outer wrapper and inner liner, wherein the outer wrapper, the inner liner and the trim breaker define an insulating cavity; a vacuum insulated structure disposed within the insulating cavity; a metallic frame in communication with the outer wrapper, wherein the metallic frame includes at least one upper hinge mount and at least one lower hinge mount that are connected by at least one vertical frame member, wherein the metallic frame is entirely disposed within the insulating cavity; and at least one door rotationally mounted to the cabinet via an upper hinge mounted to the at least one upper hinge mount and a lower hinge mounted to the at least one lower hinge mount, wherein the metallic frame is engaged with the outer wrapper and includes an upper lateral frame member that defines the at least one upper hinge mount and a lower lateral frame member that defines the at least one lower hinge mount, and wherein the at least one vertical frame member extends from the upper lateral frame member and attaches to the lower lateral frame member and wherein the at least one vertical frame member includes left and right vertical frame members (86, 84) that are positioned within right and left sidewalls (76, 74) of the cabinet, respectively. a cabinet having an outer wrapper, an inner liner and a trim breaker defining a joint between the outer wrapper and inner liner, wherein the outer wrapper, the inner liner and the trim breaker define an insulating cavity; a vacuum insulated structure disposed within the insulating cavity; a metallic frame in communication with the outer wrapper, wherein the metallic frame includes at least one upper hinge mount and at least one lower hinge mount that are connected by at least one vertical frame member, wherein the metallic frame is entirely disposed within the insulating cavity; and at least one door rotationally mounted to the cabinet via an upper hinge mounted to the at least one upper hinge mount and a lower hinge mounted to the at least one lower hinge mount, wherein the metallic frame is engaged with the outer wrapper and includes an upper lateral frame member that defines the at least one upper hinge mount and a lower lateral frame member that defines the at least one lower hinge mount, and wherein the at least one vertical frame member extends from the upper lateral frame member and attaches to the lower lateral frame member and wherein the at least one vertical frame member includes left and right vertical frame members (86, 84) that are positioned within right and left sidewalls (76, 74) of the cabinet, respectively.
An alloy composition of Fe (100-X-Y-Z) B X P Y Cu z having an amorphous phase as a main phase, where 82 ≤ 100-X-Y-Z ≤ 86 atomic %, 6 ≤ X ≤ 12 atomic %, 2 ≤ Y ≤ 8 atomic %, and 0.5 ≤ Z ≤ 1.5 atomic %, wherein: a part of B and/or a part of P are replaced with C; the amount of C is 10 atomic % or less relative to the whole composition; B and P still meet the respective conditions of 6 ≤ X ≤ 12 atomic % and 2 < Y ≤ 8 atomic %; and the combined total of C, B and P is between 8 atomic % and 20 atomic %, both inclusive, wherein Fe is optionally replaced with Al of 0.50 wt% or less, Ti of 0.3 wt% or less, Mn of 1.0 wt% or less, S of 0.5 wt% or less, O of 0.3 wt% or less and N of 0.1 wt% or less. a part of B and/or a part of P are replaced with C; the amount of C is 10 atomic % or less relative to the whole composition; B and P still meet the respective conditions of 6 ≤ X ≤ 12 atomic % and 2 < Y ≤ 8 atomic %; and the combined total of C, B and P is between 8 atomic % and 20 atomic %, both inclusive,
A method for carrier aggregation performed by a user device, the method comprising: establishing, via a transceiver of the user device, a wireless link for communicating with one or more base stations of a wireless network, the wireless link including: a first component carrier of a first radio access technology, RAT, having a first transmission time interval, TTI; and a second component carrier of a second RAT having a second TTI, the second RAT being different from the first RAT and the second TTI being different from the first TTI; receiving user plane data from a base station of the one or more base stations via the second component carrier of the second RAT; analyzing the user plane data to determine whether data packets of the user plane data were successfully or unsuccessfully received by the user device; and transmitting, to another base station of the one or more base stations and via the transceiver of the user device, a feedback communication based on which data packets of the user plane data were successfully received, the feedback communication transmitted by puncturing a next available uplink subframe or time slot of the first component carrier of the first RAT, the puncturing comprising reassigning, for transmitting the feedback communication, one or more resource elements that, prior to being reassigned, were assigned to carry other data over the first component carrier. establishing, via a transceiver of the user device, a wireless link for communicating with one or more base stations of a wireless network, the wireless link including: a first component carrier of a first radio access technology, RAT, having a first transmission time interval, TTI; and a second component carrier of a second RAT having a second TTI, the second RAT being different from the first RAT and the second TTI being different from the first TTI; a first component carrier of a first radio access technology, RAT, having a first transmission time interval, TTI; and a second component carrier of a second RAT having a second TTI, the second RAT being different from the first RAT and the second TTI being different from the first TTI; receiving user plane data from a base station of the one or more base stations via the second component carrier of the second RAT; analyzing the user plane data to determine whether data packets of the user plane data were successfully or unsuccessfully received by the user device; and transmitting, to another base station of the one or more base stations and via the transceiver of the user device, a feedback communication based on which data packets of the user plane data were successfully received, the feedback communication transmitted by puncturing a next available uplink subframe or time slot of the first component carrier of the first RAT, the puncturing comprising reassigning, for transmitting the feedback communication, one or more resource elements that, prior to being reassigned, were assigned to carry other data over the first component carrier.
Method for determining the probability of the risk of chromosomal and genetic disorders from free DNA of fetal origin comprising the following steps: - extracting said free DNA of fetal origin from a sample of maternal plasma previously collected; - sequencing said free DNA of fetal origin extracted; - obtaining the sequencing data in FASTQ format comprising the biological sequences and the quality scores of said biological sequences; said method being characterized in that it comprises the following steps: - converting said sequencing from said FASTQ format to the SAM format, in which said biological sequences are aligned with a reference genome; - converting said sequencing from the SAM format to the BAM format, in which the data contained in said SAM format are compressed by conversion into binary code; - counting and categorizing the READ sequenced from said SAM format, in which each READ is categorized as mapped on each chromosome or mapped on all autosomes; - defining a predetermined reference sample; - calculating the z-score on a chromosome of interest with respect to said predetermined reference sample; determining the probability of anomaly risk on said chromosome of interest if said z-score is higher than a predetermined value. - extracting said free DNA of fetal origin from a sample of maternal plasma previously collected; - sequencing said free DNA of fetal origin extracted; - obtaining the sequencing data in FASTQ format comprising the biological sequences and the quality scores of said biological sequences; said method being characterized in that it comprises the following steps: - converting said sequencing from said FASTQ format to the SAM format, in which said biological sequences are aligned with a reference genome; - converting said sequencing from the SAM format to the BAM format, in which the data contained in said SAM format are compressed by conversion into binary code; - counting and categorizing the READ sequenced from said SAM format, in which each READ is categorized as mapped on each chromosome or mapped on all autosomes; - defining a predetermined reference sample; - calculating the z-score on a chromosome of interest with respect to said predetermined reference sample; - converting said sequencing from said FASTQ format to the SAM format, in which said biological sequences are aligned with a reference genome; - converting said sequencing from the SAM format to the BAM format, in which the data contained in said SAM format are compressed by conversion into binary code; - counting and categorizing the READ sequenced from said SAM format, in which each READ is categorized as mapped on each chromosome or mapped on all autosomes; - defining a predetermined reference sample; - calculating the z-score on a chromosome of interest with respect to said predetermined reference sample; determining the probability of anomaly risk on said chromosome of interest if said z-score is higher than a predetermined value.
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: a housing; a compressor disposed in the housing; an outdoor heat exchanger connected to the compressor via a refrigerant pipe; an air-sending device configured to send air to the outdoor heat exchanger; an electric component box including an electric component configured to control the compressor; a dividing plate dividing an interior of the housing into a mechanical chamber accommodating the compressor and an air-sending chamber accommodating the air-sending device, wherein the dividing plate further includes a heat exchanger cover that is bent toward the mechanical chamber to separate the compressor and the outdoor heat exchanger from each other; an electric component mount disposed above the compressor to partition the mechanical chamber from an electric component chamber accommodating the electric component box; a support part provided along an outer circumferential shape of the electric component mount to project from an inner wall of the housing toward the interior of the housing to support the electric component mount; a catch part provided to the electric component box installed on an upper surface of the electric component mount and configured to be engaged with a catch hole from above, the catch hole being provided to an upper end of the dividing plate; and a bent portion provided to an upper end portion of the heat exchanger cover and contacting a lower surface of the electric component mount to support the electric component box. a housing; a compressor disposed in the housing; an outdoor heat exchanger connected to the compressor via a refrigerant pipe; an air-sending device configured to send air to the outdoor heat exchanger; an electric component box including an electric component configured to control the compressor; a dividing plate dividing an interior of the housing into a mechanical chamber accommodating the compressor and an air-sending chamber accommodating the air-sending device, wherein the dividing plate further includes a heat exchanger cover that is bent toward the mechanical chamber to separate the compressor and the outdoor heat exchanger from each other; an electric component mount disposed above the compressor to partition the mechanical chamber from an electric component chamber accommodating the electric component box; a support part provided along an outer circumferential shape of the electric component mount to project from an inner wall of the housing toward the interior of the housing to support the electric component mount; a catch part provided to the electric component box installed on an upper surface of the electric component mount and configured to be engaged with a catch hole from above, the catch hole being provided to an upper end of the dividing plate; and a bent portion provided to an upper end portion of the heat exchanger cover and contacting a lower surface of the electric component mount to support the electric component box.
A display system, comprising: a stretch fabric cover forming an enclosure having a predetermined configuration and predetermined dimensions when in a non-stretched condition, said enclosure further having a front surface area and a back surface area, said enclosure further having an opening providing access to an interior of said enclosure; an airtight inflatable airframe having an inflated condition and a non-inflated condition, said airframe received within said interior of said enclosure through said opening when in said non-inflated condition, said airframe comprising at least one airbeam, said airframe, when in said inflated condition, configured to have a shape corresponding to said predetermined configuration of said enclosure, said airframe, when in said inflated condition having dimensions greater than said dimensions of said enclosure when in said non-stretched condition; whereby, said stretch fabric cover is drawn taut over said inflated airframe such that said front surface area and said back surface area of said stretch fabric cover are substantially smooth and spaced a distance apart by said predetermined sleeve dimension of said at least one airbeam, characterized in that said at least one airbeam comprises a sleeve of dimensionally stable material defining a predetermined sleeve dimension, said predetermined sleeve dimension defining a depth of said airframe and in that said airframe is substantially rigid when in said inflated condition. a stretch fabric cover forming an enclosure having a predetermined configuration and predetermined dimensions when in a non-stretched condition, said enclosure further having a front surface area and a back surface area, said enclosure further having an opening providing access to an interior of said enclosure; an airtight inflatable airframe having an inflated condition and a non-inflated condition, said airframe received within said interior of said enclosure through said opening when in said non-inflated condition, said airframe comprising at least one airbeam, said airframe, when in said inflated condition, configured to have a shape corresponding to said predetermined configuration of said enclosure, said airframe, when in said inflated condition having dimensions greater than said dimensions of said enclosure when in said non-stretched condition; whereby, said stretch fabric cover is drawn taut over said inflated airframe such that said front surface area and said back surface area of said stretch fabric cover are substantially smooth and spaced a distance apart by said predetermined sleeve dimension of said at least one airbeam, characterized in that said at least one airbeam comprises a sleeve of dimensionally stable material defining a predetermined sleeve dimension, said predetermined sleeve dimension defining a depth of said airframe and in that said airframe is substantially rigid when in said inflated condition.