mhurhangee/patent-ind-claim-en huggingface dataset:
An in-vehicle power supply system comprising: a plurality of power supply hubs (11 to 16) connected to a main feed line; a plurality of electronic devices (D11 to D14, D21 to D25, D31 to D33) connected to the plurality of power supply hubs via a sub feed line; and a control device configured to control power feeding to the plurality of electronic devices, wherein each of the plurality of power supply hubs is connected to another of the plurality of power supply hubs by the main feed line which is continuous, and the control device is configured to control, based on a condition regarding a current consumption of the plurality of electronic devices, power feeding to the plurality of electronic devices such that the current consumption of the plurality of electronic devices is lower than an allowable current consumption that is predetermined in accordance with a scene of using a vehicle, wherein the condition regarding the current consumption of the plurality of electronic devices comprises an energization time during which functions of the plurality of electronic devices are exhibited, a current consumption of the plurality of electronic devices, and a standby current of the plurality of electronic devices, wherein the scene of using the vehicle includes a scene of updating a program of the control device, the scene of using the vehicle includes a scene from factory shipment to end of transportation, or the scene of using the vehicle includes a scene of being parked in which a user does not use the vehicle. a plurality of power supply hubs (11 to 16) connected to a main feed line; a plurality of electronic devices (D11 to D14, D21 to D25, D31 to D33) connected to the plurality of power supply hubs via a sub feed line; and a control device configured to control power feeding to the plurality of electronic devices, wherein each of the plurality of power supply hubs is connected to another of the plurality of power supply hubs by the main feed line which is continuous, and the control device is configured to control, based on a condition regarding a current consumption of the plurality of electronic devices, power feeding to the plurality of electronic devices such that the current consumption of the plurality of electronic devices is lower than an allowable current consumption that is predetermined in accordance with a scene of using a vehicle, wherein the condition regarding the current consumption of the plurality of electronic devices comprises an energization time during which functions of the plurality of electronic devices are exhibited, a current consumption of the plurality of electronic devices, and a standby current of the plurality of electronic devices, wherein the scene of using the vehicle includes a scene of updating a program of the control device, the scene of using the vehicle includes a scene from factory shipment to end of transportation, or the scene of using the vehicle includes a scene of being parked in which a user does not use the vehicle.
An aqueous aluminate solution consisting of aluminium (III), ammonia, and ammonium ions, NH 4 + , suitable for use as a precipitation medium for aluminium hydroxides, the solution having a pH value of 9 to 12, where the concentration of ammonium ions ([NH 4 +]) in the solution is within the range from one quarter of the concentration of aluminium (III) in the solution to the equilibrium solubility of ammonia in the solution, and the concentration of aluminium (III) in the solution is in the range of 0.0001 mol/l to 0.02 mol/l.
A crankshaft for a rotary compressor, comprising: a body formed with an oil supply passage ; and an eccentric portion , fitted over the body , having a central axis eccentrically disposed relative to a central axis of the body , and provided with an oil outlet hole communicated with the oil supply passage and penetrating an outer peripheral wall of the eccentric portion ; the crankshaft further including a plurality of recessed portions, formed in a peripheral direction and an axial direction of the eccentric portion , in the outer peripheral wall of the eccentric portion, the crankshaft being characterised in that , for a recessed portion of the plurality of recessed portions, two ends of the recessed portion in an axial direction of the eccentric portion penetrate end faces of two axial ends of the eccentric portion respectively. a body formed with an oil supply passage ; and an eccentric portion , fitted over the body , having a central axis eccentrically disposed relative to a central axis of the body , and provided with an oil outlet hole communicated with the oil supply passage and penetrating an outer peripheral wall of the eccentric portion ; the crankshaft further including a plurality of recessed portions, formed in a peripheral direction and an axial direction of the eccentric portion , in the outer peripheral wall of the eccentric portion, the crankshaft being characterised in that , for a recessed portion of the plurality of recessed portions, two ends of the recessed portion in an axial direction of the eccentric portion penetrate end faces of two axial ends of the eccentric portion respectively.
A method comprising: identifying a backup power consumption plan for controlling power consumption by network devices of a network environment from an uninterruptible power supply, UPS, of the network environment ; detecting an interruption of power delivery over a main power delivery channel to the network devices (402-1, 402-2, 402-3) during operation of the network devices (402-1, 402-2, 402-3); and selectively controlling power consumption by the network devices (402-1, 402-2, 402-3) from the UPS on a per-device basis according to the backup power consumption plan in response to detecting the interruption of power delivery over the main power delivery channel to the network devices (402-1, 402-2, 402-3), the method further comprising controlling power consumption by the network devices (402-1, 402-2, 402-3) from the UPS by controlling power delivery through ports of one or more switches and/or routers coupled between the network devices (402-1, 402-2, 402-3) and the UPS on a per-port basis. identifying a backup power consumption plan for controlling power consumption by network devices of a network environment from an uninterruptible power supply, UPS, of the network environment ; detecting an interruption of power delivery over a main power delivery channel to the network devices (402-1, 402-2, 402-3) during operation of the network devices (402-1, 402-2, 402-3); and selectively controlling power consumption by the network devices (402-1, 402-2, 402-3) from the UPS on a per-device basis according to the backup power consumption plan in response to detecting the interruption of power delivery over the main power delivery channel to the network devices (402-1, 402-2, 402-3), the method further comprising controlling power consumption by the network devices (402-1, 402-2, 402-3) from the UPS by controlling power delivery through ports of one or more switches and/or routers coupled between the network devices (402-1, 402-2, 402-3) and the UPS on a per-port basis.
A method for laser modification of a sample comprising diamond or gemstone to form a modified region at a target location within the sample , comprising: positioning a sample comprising diamond or gemstone in a laser system for modification by a laser ; and characterised by measuring tilt of a surface of the sample through which the laser focusses; using at least the measured tilt to determine a correction to be applied to an active optical element of the laser system ; applying the correction to the active optical element to modify wavefront properties of the laser to counteract an effect of coma on laser focus; and laser modifying the sample at the target location using the laser with the corrected wavefront properties to produce the modified region . positioning a sample comprising diamond or gemstone in a laser system for modification by a laser ; and characterised by measuring tilt of a surface of the sample through which the laser focusses; using at least the measured tilt to determine a correction to be applied to an active optical element of the laser system ; applying the correction to the active optical element to modify wavefront properties of the laser to counteract an effect of coma on laser focus; and laser modifying the sample at the target location using the laser with the corrected wavefront properties to produce the modified region .
A method for processing a feed using a catalyst formed using a dominant structure directing agent and a secondary structure directing agent, comprising: exposing a feedstock having a T5 boiling point of at least 204 °C (400 °F) to a catalyst comprising ZSM-48 crystals under effective dewaxing conditions to form a dewaxed effluent, at least a portion of the ZSM-48 crystals being crystallized from reaction mixture including a diquatemary ammonium dominant structure directing agent cation and a tetraalkyl ammonium hydroxide secondary structure directing agent, an amount of secondary structure directing agent cation in the reaction mixture being at least 20 mole% of a combined amount of dominant structure directing agent cation and secondary structure directing agent cation in the reaction mixture, the ZSM-48 crystals having a molar ratio of SiO 2 to Al 2 O 3 of 65 to 120.
A wireless system, comprising: an access point, AP, ; a cluster of wireless stations, STAs, ; one or more cluster leads , the cluster leads being ones of the STAs designated to receive data from the STAs and to provide the data to other cluster leads, or to the AP , or both; characterized in that : the AP is configured to select the one or more cluster leads depending on measured strengths of received signals, wherein the number of cluster leads depends on a channel coherence time. an access point, AP, ; a cluster of wireless stations, STAs, ; one or more cluster leads , the cluster leads being ones of the STAs designated to receive data from the STAs and to provide the data to other cluster leads, or to the AP , or both; characterized in that : the AP is configured to select the one or more cluster leads depending on measured strengths of received signals, wherein the number of cluster leads depends on a channel coherence time.
A copolymerized polyester resin composition comprising: 95 to 99.99 weight% of a copolymerized polyester resin copolymerized with dicarboxylic acid components and diol components comprising isosorbide, having an alternating structure of dicarboxylic acid moieties which are derived from the dicarboxylic acid components and diol moieties which are derived from the diol components; and 0.01 to 5 weight% of an antioxidant selected from a group consisting of a hindered phenolic antioxidant, a phosphitic antioxidant, a thioetheric antioxidant and mixtures thereof, wherein the diol components comprise 1 to 60 mol% of the isosorbide, and 40 to 99 mol% of 1,4-cyclohexane dimethanol, and the copolymerized polyester resin has a glass transition temperature(Tg) of 90°C or more measured as outlined in the experimental part of the specification. 95 to 99.99 weight% of a copolymerized polyester resin copolymerized with dicarboxylic acid components and diol components comprising isosorbide, having an alternating structure of dicarboxylic acid moieties which are derived from the dicarboxylic acid components and diol moieties which are derived from the diol components; and 0.01 to 5 weight% of an antioxidant selected from a group consisting of a hindered phenolic antioxidant, a phosphitic antioxidant, a thioetheric antioxidant and mixtures thereof, wherein the diol components comprise 1 to 60 mol% of the isosorbide, and 40 to 99 mol% of 1,4-cyclohexane dimethanol, and the copolymerized polyester resin has a glass transition temperature(Tg) of 90°C or more measured as outlined in the experimental part of the specification.
Filter material for filtering a fluid which filter material comprises fibers and metallic silver particles, wherein said silver particles are fixed in the filter material by having a rough surface structure caught in said fibers, wherein said metallic silver particles are open porous particles, wherein pores in said particles have a size and form allowing said particles to be penetrated by said fibers or at least a part of said fibers or to be traversed by said fibers or at least a part of said fibers.
Apparatus for conducting at least one glass fiber cable through a hole leading through a building wall with an outer clamping body , which overlaps the hole on the outer side of the building and engages the building wall and has an opening for conducting the glass fiber cable , and an inner clamping body , which overlaps the hole on the inner side of the building and engages the building wall, for conducting the glass fiber cable , wherein the clamping bodies may be pressed tightly against the building wall with the hole extending horizontally and also at an angle thereto through the building wall, wherein the inner clamping body has a tubular section , which is inserted into the hole and a frame-like section , which extends at right angles thereto, in the unloaded state, and may be pressed against the building wall, wherein the two sections are flexibly connected together, characterized in that pivotally inserted into the opening in the outer clamping body there is an apertured tube , which surrounds the glass fiber cable passed though in the bore at least over a proportion of its length at a radial spacing, that the tubular section of the inner clamping body has an outwardly open recess for receiving and guiding the glass fiber cable whilst the remainder of the inner cross section of the tubular section is closed and that the apertured tube is foldable about its longitudinal axis so that the inner clamping body , the apertured tube and the outer clamping body may be placed onto a glass fibre cable previously passed through the hole in the wall.
A laminated packaging material for liquid food products comprising, a core layer of paper or paperboard or other cellulose-based material having a first and a second side, the second side is on the opposite side from the first side of the core layer of the paper or paperboard or other cellulose-based material, a laminate portion being arranged on the first side of the core layer of paper or paperboard or other cellulose-based material, a dark colored flexographic ink composition printed onto the free surface of the laminate portion, and at least partly covering the free surface, and wherein the dark colored flexographic ink composition comprises color bases mixed at a ratio such that a total energy absorption by the dark colored flexographic ink composition, when provided on the laminated packaging material, is below 80 %, such as below 70%, of the radiance energy in an emission spectra from a tungsten light source in the region 250-2500 nm at a temperature of 3000 K, wherein the dark colored flexographic ink composition has a color space lightness value L* ≤ 25, and a red - green color component (a*) in the range from -4.6 to +4.6 in the color space, and a blue - yellow color component (b*) in the range from -7 to +7 in the color space, and a color space difference (ΔE2000) equal to or lower than 6, with respect to a black reference composition, wherein the black refence composition has in the color space; a lightness value L* = 17, a red - green color component a* = 0, and a blue - yellow color component b* = 0. a core layer of paper or paperboard or other cellulose-based material having a first and a second side, the second side is on the opposite side from the first side of the core layer of the paper or paperboard or other cellulose-based material, a laminate portion being arranged on the first side of the core layer of paper or paperboard or other cellulose-based material, a dark colored flexographic ink composition printed onto the free surface of the laminate portion, and at least partly covering the free surface, and wherein the dark colored flexographic ink composition comprises color bases mixed at a ratio such that a total energy absorption by the dark colored flexographic ink composition, when provided on the laminated packaging material, is below 80 %, such as below 70%, of the radiance energy in an emission spectra from a tungsten light source in the region 250-2500 nm at a temperature of 3000 K, wherein the dark colored flexographic ink composition has a color space lightness value L* ≤ 25, and a red - green color component (a*) in the range from -4.6 to +4.6 in the color space, and a blue - yellow color component (b*) in the range from -7 to +7 in the color space, and a color space difference (ΔE2000) equal to or lower than 6, with respect to a black reference composition, wherein the black refence composition has in the color space; a lightness value L* = 17, a red - green color component a* = 0, and a blue - yellow color component b* = 0. a lightness value L* = 17, a red - green color component a* = 0, and a blue - yellow color component b* = 0.
A method of receiving, by a user equipment , a physical downlink shared channel, PDSCH, in a wireless communication system, the method comprising: receiving (S1901), from a base station , BS, a higher layer signal including first information about a configuration of an operation related to a PDSCH repetition; receiving (S1902), from the BS , second information related to a number of symbols of a control region; receiving (S1903), from the BS , downlink control information, DCI, including information related to a PDSCH repetition number based on the second information; and repeatedly receiving (S1904), from the BS , the PDSCH based on the DCI, characterized in that , when the control region is configured with 2 symbols or 3 symbols, a subslot for a PDSCH repetition reception does not include a subslot related to the control region, wherein a subslot related to the control region is a first subslot in a subframe or is a subslot including the 2 or 3 symbols. receiving (S1901), from a base station , BS, a higher layer signal including first information about a configuration of an operation related to a PDSCH repetition; receiving (S1902), from the BS , second information related to a number of symbols of a control region; receiving (S1903), from the BS , downlink control information, DCI, including information related to a PDSCH repetition number based on the second information; and repeatedly receiving (S1904), from the BS , the PDSCH based on the DCI, characterized in that , when the control region is configured with 2 symbols or 3 symbols, a subslot for a PDSCH repetition reception does not include a subslot related to the control region, wherein a subslot related to the control region is a first subslot in a subframe or is a subslot including the 2 or 3 symbols.
A pipe-type electrolysis cell, comprising: a pair of terminal electrodes including an outer electrode and an inner electrode that are electrically connected to each other at respective first ends thereof and separated from each other at respective second ends thereof; and a pipe-type bipolar electrode installed between the terminal electrodes and electrically insulated from the terminal electrodes. a pair of terminal electrodes including an outer electrode and an inner electrode that are electrically connected to each other at respective first ends thereof and separated from each other at respective second ends thereof; and a pipe-type bipolar electrode installed between the terminal electrodes and electrically insulated from the terminal electrodes.
Method for operating a Coriolis mass flowmeter with at least one measuring tube , an oscillation excitation device for exciting an oscillation of the measuring tube , at least one first oscillation sensor and one second oscillation sensor and at least one first sensor signal path and one second sensor signal path, wherein at least a first test signal with at least a first test signal frequency is generated, wherein the at least first test signal is fed at least into the first sensor signal path and into the second sensor signal path, wherein the at least first test signal is led from the first sensor signal path via the first vibration sensor and from the second sensor signal path via the second vibration sensor , wherein the test signal propagation time difference of the at least first test signal is determined at least between the first sensor signal path and the second sensor signal path, wherein the test signal propagation time difference is used to compensate for the sensor signal propagation time difference between the first sensor signal and the second sensor signal, and wherein at least the first test signal is generated with a frequency spectrum which is free of the frequency of the oscillation of the measuring tube, characterized in that at least the first test signal is generated with a frequency spectrum which is below the frequency of the oscillation of the measuring tube and at least a second test signal is generated with a frequency spectrum which is above the frequency of the oscillation of the measuring tube. wherein at least a first test signal with at least a first test signal frequency is generated, wherein the at least first test signal is fed at least into the first sensor signal path and into the second sensor signal path, wherein the at least first test signal is led from the first sensor signal path via the first vibration sensor and from the second sensor signal path via the second vibration sensor , wherein the test signal propagation time difference of the at least first test signal is determined at least between the first sensor signal path and the second sensor signal path, wherein the test signal propagation time difference is used to compensate for the sensor signal propagation time difference between the first sensor signal and the second sensor signal, and wherein at least the first test signal is generated with a frequency spectrum which is free of the frequency of the oscillation of the measuring tube, characterized in that at least the first test signal is generated with a frequency spectrum which is below the frequency of the oscillation of the measuring tube and at least a second test signal is generated with a frequency spectrum which is above the frequency of the oscillation of the measuring tube.
A compound of formula or a pharmaceutically acceptable salt thereof, for use in treating a central nervous system cancer in a subject, wherein the central nervous system cancer has a histone H3 mutation.
Parting blade having an internal coolant supply, wherein the parting blade comprises two substantially parallel planar side faces and a transverse bore extending there through in communication with a coolant channel running in the interior of the parting blade parallel to the side faces , wherein a plug is provided having two substantially parallel end faces and a peripheral surface connecting the end faces , which plug is to be inserted into the transverse bore such that the transverse bore is sealed with respect to at least one side face of the parting blade and is flush with the side face without any protrusion beyond the sealed side surface , wherein on its end face opposite of the sealed side surface as well as on its peripheral surface the plug comprises each an aperture (2, 3, resp.), and wherein these apertures are connected with one other in the interior of the plug , such that the plug is enabled to connect the coolant channel provided at the periphery of the transverse bore to a coolant source arranged vis-à-vis the end face aperture of the plug , characterized in that the plug has a basically cylindrical shape, with an end face which is provided with a radially projecting flanged rim and a central aperture .