mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, to communicate with a wireless network, the method comprising: executing an application programming interface, API, in the UE to set one or more configuration parameters from the wireless network; identifying data from the wireless network that matches the one or more configuration parameters via the API; and activating out-of-order delivery, OOOD, for the data from the wireless network that matches the one or more configuration parameters via the API. executing an application programming interface, API, in the UE to set one or more configuration parameters from the wireless network; identifying data from the wireless network that matches the one or more configuration parameters via the API; and activating out-of-order delivery, OOOD, for the data from the wireless network that matches the one or more configuration parameters via the API.
An exhaust gas treating apparatus for treating an exhaust gas , comprising: a reaction tower into which the exhaust gas is introduced; a trunk tube provided within the reaction tower , extending in a height direction of the reaction tower , and into which a liquid used to treat the exhaust gas is supplied; an exhaust gas inlet tube connected to the reaction tower to cause the exhaust gas to swirl within the reaction tower ; a plurality of ejectors configured to eject the liquid supplied thereinto from the trunk tube in a direction in which the exhaust gas swirls; a liquid inlet tube configured to supply the liquid into the trunk tube ; characterized by a volumetric flow rate regulating unit configured to change a sum of opening areas of the ejectors used to eject the liquid according to a change in a volumetric flow rate of the liquid supplied into the liquid inlet tube to regulate a pressure at which the liquid is ejected to fall within a predetermined range, wherein the sum of the opening areas of the ejectors used to eject the liquid is reduced according to a reduction in a volumetric flow rate of liquid supplied into the liquid inlet tube , wherein the volumetric flow rate of the liquid supplied into the liquid inlet tube changes according to a mass flow rate of the exhaust gas . a reaction tower into which the exhaust gas is introduced; a trunk tube provided within the reaction tower , extending in a height direction of the reaction tower , and into which a liquid used to treat the exhaust gas is supplied; an exhaust gas inlet tube connected to the reaction tower to cause the exhaust gas to swirl within the reaction tower ; a plurality of ejectors configured to eject the liquid supplied thereinto from the trunk tube in a direction in which the exhaust gas swirls; a liquid inlet tube configured to supply the liquid into the trunk tube ; characterized by a volumetric flow rate regulating unit configured to change a sum of opening areas of the ejectors used to eject the liquid according to a change in a volumetric flow rate of the liquid supplied into the liquid inlet tube to regulate a pressure at which the liquid is ejected to fall within a predetermined range, wherein the sum of the opening areas of the ejectors used to eject the liquid is reduced according to a reduction in a volumetric flow rate of liquid supplied into the liquid inlet tube , wherein the volumetric flow rate of the liquid supplied into the liquid inlet tube changes according to a mass flow rate of the exhaust gas .
Heating device to heat a slab , having edges , by electromagnetic induction comprising: - an electric coil defined around a winding axis (Z) and having at least two longitudinal tracts extending in a longitudinal direction (X), beyond the width of the slab to be heated, orthogonal to said winding axis (Z) and perpendicular to a direction of feed (Y) along which the slab is made to advance, and at least two connection tracts connecting said longitudinal tracts and substantially orthogonal to them, said connection tracts being in use external to the edges of said slab to be heated, - a magnetic concentrator associated with said electric coil configured to transfer the power generated by said electric coil to said slab , said magnetic concentrator comprising two lateral portions connected to each other by a connection portion , said connection portion comprising a plate with a plane development located orthogonal to the winding axis (Z) and facing toward the electric coil and extending along the entire length of the longitudinal tracts , said device being characterized in that said magnetic concentrator comprises at least a wall located outside a respective connection tract of said electric coil and facing toward the latter for substantially enclosing it from the outside. - an electric coil defined around a winding axis (Z) and having at least two longitudinal tracts extending in a longitudinal direction (X), beyond the width of the slab to be heated, orthogonal to said winding axis (Z) and perpendicular to a direction of feed (Y) along which the slab is made to advance, and at least two connection tracts connecting said longitudinal tracts and substantially orthogonal to them, said connection tracts being in use external to the edges of said slab to be heated, - a magnetic concentrator associated with said electric coil configured to transfer the power generated by said electric coil to said slab , said magnetic concentrator comprising two lateral portions connected to each other by a connection portion , said connection portion comprising a plate with a plane development located orthogonal to the winding axis (Z) and facing toward the electric coil and extending along the entire length of the longitudinal tracts ,
A position detection device comprising: a magnet configured to move, together with a movable body , on a movement path (M) extending along a first direction (X), the magnet having different magnetic poles in a second direction (Z) that is perpendicular to the first direction (X); a pair of magnetic sensors that are separated by equal distances, in the second direction (Z), from the movement path (M), and that are disposed at equal distances from a reference line (S) extending in the second direction (Z), the pair of magnetic sensors having identical sensor characteristics; and a detection unit configured to detect that the magnet is positioned on the reference line (S) in a state where absolute values of output change rates of both of the pair of magnetic sensors are maximum, wherein a distance between the pair of magnetic sensors and the length (L) of the magnet in the first direction (X) are equal. a magnet configured to move, together with a movable body , on a movement path (M) extending along a first direction (X), the magnet having different magnetic poles in a second direction (Z) that is perpendicular to the first direction (X); a pair of magnetic sensors that are separated by equal distances, in the second direction (Z), from the movement path (M), and that are disposed at equal distances from a reference line (S) extending in the second direction (Z), the pair of magnetic sensors having identical sensor characteristics; and a detection unit configured to detect that the magnet is positioned on the reference line (S) in a state where absolute values of output change rates of both of the pair of magnetic sensors are maximum, wherein a distance between the pair of magnetic sensors and the length (L) of the magnet in the first direction (X) are equal.
A hand-held vacuum cleaner comprising: - a motor/fan unit configured to generate an airflow having a first direction (d1) at an inlet of the motor/fan unit , and - a first air conducting path arranged downstream of the motor/fan unit , characterized in that the first air conducting path is configured to direct air to flow in a direction (d2) opposite to the first direction (d1), and wherein the first air conducting path is arranged radially outside of the motor/fan unit along more than 40% of the length (L) of the motor/fan unit measured in the first direction (d1). - a motor/fan unit configured to generate an airflow having a first direction (d1) at an inlet of the motor/fan unit , and - a first air conducting path arranged downstream of the motor/fan unit , characterized in that the first air conducting path is configured to direct air to flow in a direction (d2) opposite to the first direction (d1), and wherein the first air conducting path is arranged radially outside of the motor/fan unit along more than 40% of the length (L) of the motor/fan unit measured in the first direction (d1). the first air conducting path is configured to direct air to flow in a direction (d2) opposite to the first direction (d1), and wherein the first air conducting path is arranged radially outside of the motor/fan unit along more than 40% of the length (L) of the motor/fan unit measured in the first direction (d1).
A turret tool post comprising: a turning part around which a plurality of tools for machining a workpiece are mounted, the turning part being configured to select any one of the tools by turning; and a non-turning part that is fixed to a non-turning part of the turret tool post by a fixed wall part of the non-turning part , on which a machining body of a machining device for machining the workpiece is mounted, characterised by : the non-turning part being arranged inside the turning part , wherein the turning part is formed with a machinable part , the machinable part allowing the machining by the machining body under a state in which the machinable part is positioned in a predetermined position to the machining body by the turning of the turning part , wherein the machinable part is an opening part through which the machining body faces the workpiece , and the turret tool post comprises an inner cover that is fixed to the non-turning part and blocks between the opening part and the machining body when the tool is selected. a turning part around which a plurality of tools for machining a workpiece are mounted, the turning part being configured to select any one of the tools by turning; and a non-turning part that is fixed to a non-turning part of the turret tool post by a fixed wall part of the non-turning part , on which a machining body of a machining device for machining the workpiece is mounted, characterised by : the non-turning part being arranged inside the turning part , wherein the turning part is formed with a machinable part , the machinable part allowing the machining by the machining body under a state in which the machinable part is positioned in a predetermined position to the machining body by the turning of the turning part , wherein the machinable part is an opening part through which the machining body faces the workpiece , and the turret tool post comprises an inner cover that is fixed to the non-turning part and blocks between the opening part and the machining body when the tool is selected. the non-turning part being arranged inside the turning part , wherein the turning part is formed with a machinable part , the machinable part allowing the machining by the machining body under a state in which the machinable part is positioned in a predetermined position to the machining body by the turning of the turning part , wherein the machinable part is an opening part through which the machining body faces the workpiece , and the turret tool post comprises an inner cover that is fixed to the non-turning part and blocks between the opening part and the machining body when the tool is selected.
A pharmaceutical combination for use in preventing or treating cancer comprising: 1) a compound of the following formula 1 or pharmaceutically acceptable salt thereof as the first active ingredient; and 2) a topoisomerase inhibitor as the second active ingredient, wherein the topoisomerase inhibitor is selected from the group consisting of topotecan, irinotecan, lurtotecan, exatecan, and pharmaceutically acceptable salts thereof, wherein the cancer is colorectal cancer or ovarian cancer: 1) a compound of the following formula 1 or pharmaceutically acceptable salt thereof as the first active ingredient; and 2) a topoisomerase inhibitor as the second active ingredient, wherein the topoisomerase inhibitor is selected from the group consisting of topotecan, irinotecan, lurtotecan, exatecan, and pharmaceutically acceptable salts thereof, wherein the cancer is colorectal cancer or ovarian cancer:
A printed circuit board comprising a cured product of a prepreg comprising a fiber base material and a resin composition, in which circuit patterns of different amounts of metal are formed on both sides of the cured product of the prepreg, respectively, characterized in that each of the front and back of said fiber base material has a layer made of a resin composition, said resin compositions having different heat curing shrinkage rates, in which among these layers, the layer made of the resin composition having a smaller heat curing shrinkage rate is present on the side on which the circuit pattern with a smaller amount of metal is formed.
A jointed wind turbine rotor blade , comprising: a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint line ; each of the first and second blade segments comprising opposite spar caps ; the first and second blade segments connected at the chord-wise joint line by internal joint structure configured between the first and second blade segments , the joint structure bonded to the opposite spar caps in at least the second blade segment ; the spar caps in the second blade segment comprising a first section with a first chord-wise width that is unbonded to the joint structure and a second section with a second chord-wise width that is bonded to the joint structure ; the second chord-wise width being greater than the first chord-wise width ; characterized in that the spar caps in the second blade segment comprise a constant reduced thickness along the second section as compared to a thickness along the first section ; and wherein the second section is bonded directly to the joint structure along the second chord-wise width and constant reduced thickness portion of the second section . a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint line ; each of the first and second blade segments comprising opposite spar caps ; the first and second blade segments connected at the chord-wise joint line by internal joint structure configured between the first and second blade segments , the joint structure bonded to the opposite spar caps in at least the second blade segment ; the spar caps in the second blade segment comprising a first section with a first chord-wise width that is unbonded to the joint structure and a second section with a second chord-wise width that is bonded to the joint structure ; the second chord-wise width being greater than the first chord-wise width ; characterized in that the spar caps in the second blade segment comprise a constant reduced thickness along the second section as compared to a thickness along the first section ; and wherein the second section is bonded directly to the joint structure along the second chord-wise width and constant reduced thickness portion of the second section .
Multispectral sensor comprising: - an opaque housing (OH) having a first chamber (CH1) with a first aperture (AP1) and a separate second chamber (CH2) with a second aperture (AP2), - an optical emitter (OE) arranged in the first chamber (CH1) and arranged to emit light of a specified wavelength or specified range of wavelengths through the first aperture (AP1), - an optical sensor (OS) arranged in the second chamber (CH2) and arranged to detect received photons through the second aperture (AP2), - a control unit (CU) configured to initiate emission of light by the optical emitter (OE), and - a measurement unit (MU) configured to provide sensor signals generated by the optical sensor (OS); wherein: - the optical sensor (OS) comprises an array of sensor pixels of a first type (Spx) and pixels of a second type (Cpx), - the pixels of the first type (Spx) each have a different spectral transmission characteristic, each generating a multispectral sensor signal (MS), respectively, and - the pixels of the second type (Cpx) have a same transmission characteristic, each generating a compensation sensor signal (CS), further comprising a processing unit (PU) which is arranged to: - determine a radiance distribution signal depending on the compensation sensor signals (CS), and - determine a spectral distribution signal depending on the radiance distribution signal. - an opaque housing (OH) having a first chamber (CH1) with a first aperture (AP1) and a separate second chamber (CH2) with a second aperture (AP2), - an optical emitter (OE) arranged in the first chamber (CH1) and arranged to emit light of a specified wavelength or specified range of wavelengths through the first aperture (AP1), - an optical sensor (OS) arranged in the second chamber (CH2) and arranged to detect received photons through the second aperture (AP2), - a control unit (CU) configured to initiate emission of light by the optical emitter (OE), and - a measurement unit (MU) configured to provide sensor signals generated by the optical sensor (OS); - the optical sensor (OS) comprises an array of sensor pixels of a first type (Spx) and pixels of a second type (Cpx), - the pixels of the first type (Spx) each have a different spectral transmission characteristic, each generating a multispectral sensor signal (MS), respectively, and - the pixels of the second type (Cpx) have a same transmission characteristic, each generating a compensation sensor signal (CS), - determine a radiance distribution signal depending on the compensation sensor signals (CS), and - determine a spectral distribution signal depending on the radiance distribution signal.
A genetically modified host cell capable of producing an isoprenoid and comprising: (a) at least two coding regions comprising nucleotide sequences encoding a mevalonate kinase (MK); (b) a nucleic acid coding region comprising a nucleotide sequence encoding one or more mevalonate pathway enzymes other than MK, wherein the one or more mevalonate pathway enzymes other than MK is selected from a phosphomevalonate kinase (PMK) and a mevalonate pyrophosphate decarboxylase (MPD); and (c) a heterologous nucleic acid encoding a terpene synthase, wherein the ratio of the copy number of coding regions comprising nucleotide sequences encoding MK to the copy number of the nucleic acid coding region comprising the nucleotide sequence encoding the one or more mevalonate pathway enzymes other than MK is from about 1.5:1 to about 100:1, such that said genetically modified host cell produces MK at a level that is higher than the level of the one or more mevalonate pathway enzymes other than MK, wherein the one or more mevalonate pathway enzymes other than MK is selected from PMK and MPD. (a) at least two coding regions comprising nucleotide sequences encoding a mevalonate kinase (MK); (b) a nucleic acid coding region comprising a nucleotide sequence encoding one or more mevalonate pathway enzymes other than MK, wherein the one or more mevalonate pathway enzymes other than MK is selected from a phosphomevalonate kinase (PMK) and a mevalonate pyrophosphate decarboxylase (MPD); and (c) a heterologous nucleic acid encoding a terpene synthase, wherein the ratio of the copy number of coding regions comprising nucleotide sequences encoding MK to the copy number of the nucleic acid coding region comprising the nucleotide sequence encoding the one or more mevalonate pathway enzymes other than MK is from about 1.5:1 to about 100:1, such that said genetically modified host cell produces MK at a level that is higher than the level of the one or more mevalonate pathway enzymes other than MK, wherein the one or more mevalonate pathway enzymes other than MK is selected from PMK and MPD.
A communication method, comprising: receiving , by a terminal device, BWP switching indication information from a network device in a slot n, wherein the BWP switching indication information comprises a first value and a minimum value of a first slot difference, and the first value is an interval between a first target slot in which first data is transmitted and the slot n, wherein the first data is scheduled by the BWP switching indication information; determining , by the terminal device, the first target slot based on the first value and the slot n; and starting , by the terminal device, to use the minimum value of the first slot difference in a start position of the first target slot, wherein after the minimum value is used, a new interval between receiving new scheduling information and transmitting new scheduling data scheduled by the new scheduling information is no less than the minimum value. receiving , by a terminal device, BWP switching indication information from a network device in a slot n, wherein the BWP switching indication information comprises a first value and a minimum value of a first slot difference, and the first value is an interval between a first target slot in which first data is transmitted and the slot n, wherein the first data is scheduled by the BWP switching indication information; determining , by the terminal device, the first target slot based on the first value and the slot n; and starting , by the terminal device, to use the minimum value of the first slot difference in a start position of the first target slot, wherein after the minimum value is used, a new interval between receiving new scheduling information and transmitting new scheduling data scheduled by the new scheduling information is no less than the minimum value.