mhurhangee/ep-ind-claims huggingface dataset:
A method for acquiring a terminal capability, comprising: acquiring, by a first access network device, first User Equipment, UE, capability identification information of a terminal, determining, by the first access network device, a first UE capability information of the terminal based on the first UE capability identification information and a correspondence between UE capability identification information and UE capability information; wherein acquiring, by the first access network device, the first UE capability identification information of the terminal comprises: acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device. acquiring, by a first access network device, first User Equipment, UE, capability identification information of a terminal, determining, by the first access network device, a first UE capability information of the terminal based on the first UE capability identification information and a correspondence between UE capability identification information and UE capability information; wherein acquiring, by the first access network device, the first UE capability identification information of the terminal comprises: acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device. acquiring, by the first access network device, the first UE capability identification information of the terminal from a core network device; characterized in that the core network device acquires the first UE capability identification information in the following manner: the terminal sends the first UE capability identification information to a second access network device, and the second access network device sends the first UE capability identification information of the terminal to the core network device.
Aircraft comprising a cooling system, wherein the cooling system comprises: - a cooling circuit allowing circulation of a two-phase refrigerant therethrough, - an evaporator (14a-d) disposed in a first section of the cooling circuit and having a refrigerant inlet (16a-d) and a refrigerant outlet (18a-d), - a condenser (22a, 22b) disposed in a second section of the cooling circuit and having a refrigerant inlet (24a, 24a', 24b, 24b') and a refrigerant outlet (26a, 26b), - a first cooling circuit control valve disposed in the cooling circuit between the refrigerant outlet (18a-d) of the evaporator (14a-d) and the refrigerant inlet (24a, 24a', 24b, 24b') of the condenser (22a, 22b), and - a second cooling circuit control valve disposed in the cooling circuit between the refrigerant outlet (26a, 26b) of the condenser (22a, 22b) and the refrigerant inlet (16a-d) of the evaporator (14a-d), the first and the second cooling circuit control valve (36, 38) in their closed state being adapted to seal the first section of the cooling circuit from the second section of the cooling circuit, wherein the second section of the cooling circuit is installed in an unpressurized region of the aircraft and the first section of the cooling circuit is installed in a pressurized region of the aircraft, wherein a pipe burst safety valve (66a, 66b) is associated with each one of the first and the second cooling circuit control valve (36, 38). - a cooling circuit allowing circulation of a two-phase refrigerant therethrough, - an evaporator (14a-d) disposed in a first section of the cooling circuit and having a refrigerant inlet (16a-d) and a refrigerant outlet (18a-d), - a condenser (22a, 22b) disposed in a second section of the cooling circuit and having a refrigerant inlet (24a, 24a', 24b, 24b') and a refrigerant outlet (26a, 26b), - a first cooling circuit control valve disposed in the cooling circuit between the refrigerant outlet (18a-d) of the evaporator (14a-d) and the refrigerant inlet (24a, 24a', 24b, 24b') of the condenser (22a, 22b), and - a second cooling circuit control valve disposed in the cooling circuit between the refrigerant outlet (26a, 26b) of the condenser (22a, 22b) and the refrigerant inlet (16a-d) of the evaporator (14a-d), the first and the second cooling circuit control valve (36, 38) in their closed state being adapted to seal the first section of the cooling circuit from the second section of the cooling circuit, wherein the second section of the cooling circuit is installed in an unpressurized region of the aircraft and the first section of the cooling circuit is installed in a pressurized region of the aircraft,
Use of a device in an in vitro method for detecting the presence or absence of cerebrospinal fluid in a sample, said method comprising contacting the sample with a binding partner specific for a CSF-enriched protein, and detecting binding partner-CSF-enriched protein complexes if present, wherein the presence of detectable complexes indicates the presence of said CSF-enriched protein in the sample; wherein the CSF-enriched protein is cDNA FLJ59893, dickkopf homolog 3 precursor (SEQ ID NO: 13; Accession Number gi|40548389); or a CSF-enriched phosphorylated or dephosphorylated form of the foregoing CSF-enriched protein, said device comprising a sample application region, a sample labeling region comprising a first antibody to said CSF-enriched protein, wherein the first antibody is conjugated to a mobile particle; a sample detection region comprising a second antibody to said CSF-enriched protein, wherein the second antibody is fixed to the sample detection region, wherein the formation of a detectable band in the second region following application of the sample to the sample application region indicates the presence of said CSF-enriched protein in the sample.
An automatic analysis device that is configured to measure physical properties of a reaction liquid in which a sample and a reagent are dispensed respectively and reacted in a reaction container, the automatic analysis device comprising: a reagent cooling box that is configured to store a reagent container (20, 106) housing the reagent; a cooling device in the reagent cooling box, that is configured to cool an inner part of the reagent cooling box; a reagent disk positioned in the reagent cooling box, in which a plurality of the reagent containers (20, 106) are loaded in the disk circumferential direction; and a heating unit that is disposed on a boundary part between a housing and a cooling box lid of the reagent cooling box to heat the boundary part, characterised in that the heating unit is disposed on an outer peripheral side of the reagent cooling box so that the heating unit is completely located radially on an outer peripheral side than an end portion of the reagent containers (20, 106) loaded in the circumferential direction of the reagent disk. a reagent cooling box that is configured to store a reagent container (20, 106) housing the reagent; a cooling device in the reagent cooling box, that is configured to cool an inner part of the reagent cooling box; a reagent disk positioned in the reagent cooling box, in which a plurality of the reagent containers (20, 106) are loaded in the disk circumferential direction; and a heating unit that is disposed on a boundary part between a housing and a cooling box lid of the reagent cooling box to heat the boundary part, characterised in that the heating unit is disposed on an outer peripheral side of the reagent cooling box so that the heating unit is completely located radially on an outer peripheral side than an end portion of the reagent containers (20, 106) loaded in the circumferential direction of the reagent disk.
Portable non-invasive electrical nerve stimulation device, comprising: - an electrical one-piece module of which the lower surface is suitable for being applied to the exterior surface of a human body, said module comprising a housing incorporating a pulse generator circuit connected to at least two electrodes (51, 52), said electrodes being separated by a space of at least 50 mm to output an electrical pulse to said nerve positioned in the body; and - means for fastening said module to the human body, which is a single fastening system positioned on the upper portion of an ankle, above the malleolus, characterized in that the one-piece module comprises, on its lower portion, a stud making it possible to connect the housing of the module to a lower electrode, thus making possible the free passage of the malleolus under said device. - an electrical one-piece module of which the lower surface is suitable for being applied to the exterior surface of a human body, said module comprising a housing incorporating a pulse generator circuit connected to at least two electrodes (51, 52), said electrodes being separated by a space of at least 50 mm to output an electrical pulse to said nerve positioned in the body; and - means for fastening said module to the human body, which is a single fastening system positioned on the upper portion of an ankle, above the malleolus, characterized in that the one-piece module comprises, on its lower portion, a stud making it possible to connect the housing of the module to a lower electrode, thus making possible the free passage of the malleolus under said device.
A probe for testing an electrical property of a test sample, said probe comprising: - a probe body having a first side defining a substantially planar body surface, with a difference in height of less than 20 % between a highest and a lowest point, - a first cantilever extending from said probe body, and having a proximal end at said probe body and a distal end, said distal end being opposite to said proximal end, said first cantilever defining a first loop with respect to said probe body, the loop begins and ends on the probe body - at a first point and at a second point respectively, said first loop extending in a first plane substantially parallel to said planar body surface, with direction deviations of less than 10°, - a first electrical contact probe being supported by said first cantilever, - a second electrical contact probe being electrically insulated from said first contact probe and supported by said first cantilever, - a first contact pad on said first side of said probe body, - a second contact pad on said first side of said probe body, - a first electrical line supported by said cantilever, extending from said first contact pad to said distal end of said cantilever, - a second electrical line insulated from said first electrical line, extending from said second contact pad to said distal end of said cantilever, said first electrical contact probe being connected to said first contact pad via said first electrical line, said second electrical contact probe being connected to said second contact pad via a second electrical line. - a probe body having a first side defining a substantially planar body surface, with a difference in height of less than 20 % between a highest and a lowest point, - a first cantilever extending from said probe body, and having a proximal end at said probe body and a distal end, said distal end being opposite to said proximal end, said first cantilever defining a first loop with respect to said probe body, the loop begins and ends on the probe body - at a first point and at a second point respectively, said first loop extending in a first plane substantially parallel to said planar body surface, with direction deviations of less than 10°, - a first electrical contact probe being supported by said first cantilever, - a second electrical contact probe being electrically insulated from said first contact probe and supported by said first cantilever, - a first contact pad on said first side of said probe body, - a second contact pad on said first side of said probe body, - a first electrical line supported by said cantilever, extending from said first contact pad to said distal end of said cantilever, - a second electrical line insulated from said first electrical line, extending from said second contact pad to said distal end of said cantilever, said first electrical contact probe being connected to said first contact pad via said first electrical line, said second electrical contact probe being connected to said second contact pad via a second electrical line.
Drum for the application of semi-finished products within tyres for vehicle wheels, comprising: a central support core defining a geometric axis of the drum; a plurality of sectors distributed along a circumferential direction around said geometric axis; driving devices operating between the central core and each sector in order to cause a radial translation of the sectors moving away from the central core from a contracted position, in which said sectors define a substantially continuous radially outer deposition surface, towards an expanded position; wherein each sector has a fastening body having a radially outer surface and coupling members for coupling with said driving devices; wherein said plurality of sectors has: guide seats, each made at the fastening body of a respective sector, in radially inner position with respect to the radially outer surface; laminar extensions, each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body, a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors. a central support core defining a geometric axis of the drum; a plurality of sectors distributed along a circumferential direction around said geometric axis; driving devices operating between the central core and each sector in order to cause a radial translation of the sectors moving away from the central core from a contracted position, in which said sectors define a substantially continuous radially outer deposition surface, towards an expanded position; wherein each sector has a fastening body having a radially outer surface and coupling members for coupling with said driving devices; wherein said plurality of sectors has: guide seats, each made at the fastening body of a respective sector, in radially inner position with respect to the radially outer surface; laminar extensions, each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body, a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors. guide seats, each made at the fastening body of a respective sector, in radially inner position with respect to the radially outer surface; laminar extensions, each of which extends along said circumferential direction from the fastening body of a respective sector and has, on a side opposite to the fastening body, a terminal portion slidably engaged through the guide seat of one of the circumferentially contiguous sectors.
Method of attaching at least one riser (171, 172) to a buoy, which buoy and at least one riser (171, 172) are to be arranged for injecting fluid from a vessel on a water surface into a subterranean void beneath a seabed, the method comprising: controlling a remote operated vehicle to attach a winch wire to a head end of a first riser of the at least one riser (171, 172), controlling the remote operated vehicle to lead the winch wire via the buoy to a winch unit on a seabed below the buoy, controlling the winch unit to pull up the head end of the first riser to a bottom side of the buoy, and controlling the remote operated vehicle to connect the head end of the first riser to a first connector arrangement in the bottom of the buoy. controlling a remote operated vehicle to attach a winch wire to a head end of a first riser of the at least one riser (171, 172), controlling the remote operated vehicle to lead the winch wire via the buoy to a winch unit on a seabed below the buoy, controlling the winch unit to pull up the head end of the first riser to a bottom side of the buoy, and controlling the remote operated vehicle to connect the head end of the first riser to a first connector arrangement in the bottom of the buoy.
A method for controlling activation of a terminal in a powered device (110, 200) connected to a power source equipment in a power over cable system, the method being carried out in the powered device and comprising: determining whether a voltage condition enabling the terminal to be activated is fulfilled, wherein determining whether the voltage condition is fulfilled comprises: measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and when the voltage condition is fulfilled, the method is characterized by further comprising: setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating the terminal after the time delay has elapsed. determining whether a voltage condition enabling the terminal to be activated is fulfilled, wherein determining whether the voltage condition is fulfilled comprises: measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and measuring the input voltage at the terminal; and comparing the measured voltage with a voltage activation threshold; wherein the voltage condition is fulfilled if the measured voltage is greater or equal to the voltage activation threshold; and when the voltage condition is fulfilled, the method is characterized by further comprising: setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating the terminal after the time delay has elapsed. setting (S501a, S501b, S501c, S501d, S501e) a time delay for activating the terminal, checking whether the voltage condition would still be fulfilled once the terminal is started-up, and when the condition would still be fulfilled, activating the terminal after the time delay has elapsed.
Transport medium for gastric biopsies for recovery of Helicobacter pylori, characterized in that it is in a semi-solid state and provides conditions for maintaining the viability of the micro-organism, comprising for one litre of medium: 6.5 to 7.2 g granulated agar, 9.5 to 10.5 g enzymatic digest of casein, 9 to 10 g enzymatic digest of animal tissue, 1.8 to 2.2 g yeast extract, 0.8 to 1.2 g glucose, 5.3 to 5-7 g sodium chloride, as well as 9 to 10.2 ml enrichment containing (all components being expressed in g/l): Vitamin B12 0.01, L-Glutamine 9.5 to 10.5, Adenine 0.9 to 1.1, Guanine Hydrochloride 0.03, p-Aminobenzoic Acid 0.013, Nicotinamide Adenine Dinucleotide 0.23 to 0.27, Thiamine Pyrophosphate 0.1, Ferric Nitrate 0.02, Thiamine Hydrochloride 0.003, L-Cysteine Hydrochloride 24.9 to 26.9, L-Cystine 1 to 1.2, Dextrose 90 to 100, the rest being made up of distilled water, since a pH of between 6.8 and 7.2 must be ensured.
A soy sauce-like liquid seasoning having a salt concentration of less than 4% (w/v) and an alcohol concentration of 7% (w/v) or less, and comprising, with respect to a total nitrogen concentration of 1.0% (w/v), - 20 ppm (w/v) or more of isoamyl alcohol, - 6 ppm (w/v) or more of 2-phenylethanol, - 9 ppm (w/v) or more of isobutyl alcohol, - and 10 ppm (w/v) or more of HEMF(4-hydroxy-2 -ethyl-5 -methyl-3 -furanone). - 20 ppm (w/v) or more of isoamyl alcohol, - 6 ppm (w/v) or more of 2-phenylethanol, - 9 ppm (w/v) or more of isobutyl alcohol, - and 10 ppm (w/v) or more of HEMF(4-hydroxy-2 -ethyl-5 -methyl-3 -furanone).
A semiconductor integrated circuit comprising: a plurality of memory elements arranged in a cell-placement row extending in a first direction, wherein a first N well and a first P well are arranged in each area of the memory elements in a second direction perpendicular to the first direction; and a second N well and a second P well each having the same length as a width of the cell-placement row and situated between a first memory element and a second memory element among the plurality of memory elements, the first memory element and the second memory element being adjacent to each other with no memory element placed therebetween, the second N well being situated toward the first memory element, and the second P well being situated toward the second memory element, wherein the first N well of the first memory element and the second N well are abutting and continuous with each other, and the first P well of the second memory element and the second P well are abutting and continuous with each other, and wherein the plurality of memory elements is adapted to store respective bits of one data item. a plurality of memory elements arranged in a cell-placement row extending in a first direction, wherein a first N well and a first P well are arranged in each area of the memory elements in a second direction perpendicular to the first direction; and a second N well and a second P well each having the same length as a width of the cell-placement row and situated between a first memory element and a second memory element among the plurality of memory elements, the first memory element and the second memory element being adjacent to each other with no memory element placed therebetween, the second N well being situated toward the first memory element, and the second P well being situated toward the second memory element, wherein the first N well of the first memory element and the second N well are abutting and continuous with each other, and the first P well of the second memory element and the second P well are abutting and continuous with each other, and wherein the plurality of memory elements is adapted to store respective bits of one data item.