mhurhangee/patent-ind-claim-en huggingface dataset:
Adjusting device for adjusting two optically relevant units of a motor vehicle headlamp, which adjusting device comprises the following: - a drive device with a transmission element mounted on a holding element so as to be rotatable about a displacement axis (X), - an adjusting element in mechanical engagement with the transmission element by means of a connection, the adjusting element having a threaded portion and being further adapted to engage the optically relevant structural units by means of a first and a second coupling element which are spaced apart from one another, wherein the adjusting element is designed as an adjusting rod having opposite ends, and wherein the first and the second coupling element are each arranged at one end of the adjusting element - a guide part arranged on the retaining element and having a mating thread corresponding to the threaded portion , wherein the actuating element is rotatably and displaceably mounted in the guide part by means of the guide part which can be fitted to the threaded portion and which, in combination with the threaded portion , is arranged to convert a rotary movement of the transmission element into a displacement movement along the displacement axis (X), wherein the drive device comprises an adjusting screw for converting a rotational movement of the transmission element , and wherein the adjusting screw is fixable for adjusting the relative distance of the first and second coupling elements, wherein the first and/or the second coupling element is/are designed as screws that can be screwed onto the adjusting element in order to be able to adjust the distance of the first and second coupling element from one another. - a drive device with a transmission element mounted on a holding element so as to be rotatable about a displacement axis (X), - an adjusting element in mechanical engagement with the transmission element by means of a connection, the adjusting element having a threaded portion and being further adapted to engage the optically relevant structural units by means of a first and a second coupling element which are spaced apart from one another, wherein the adjusting element is designed as an adjusting rod having opposite ends, and wherein the first and the second coupling element are each arranged at one end of the adjusting element - a guide part arranged on the retaining element and having a mating thread corresponding to the threaded portion , wherein the actuating element is rotatably and displaceably mounted in the guide part by means of the guide part which can be fitted to the threaded portion and which, in combination with the threaded portion , is arranged to convert a rotary movement of the transmission element into a displacement movement along the displacement axis (X),
A method comprising: a. supplying a metal alloy consisting of Fe at a level of 61.0 to 88.0 atomic percent, Si at a level of 0.5 to 9.0 atomic percent, Mn at a level of 0.90 to 19.0 atomic percent, Ni at a level of 0.1 to 9.0 atomic percent, Cr at a level of 0.1 to 19.0 atomic percent, C at a level of 0.1 to 4.0 atomic percent, optionally Cu at a level of 0.1 to 4.0 atomic percent, and impurities, wherein said metal alloy is boron-free; b. melting said metal alloy and cooling and solidifying and forming a solidified alloy having a thickness of greater than or equal to 20 mm and up to 500 mm and a yield strength of 300 MPa to 600 MPa, wherein said solidified alloy has a melting point (Tm) c. heating said solidified alloy to a temperature of 700 °C to below said alloy Tm and reducing said thickness of said solidified alloy at a strain rate of 10 -6 to 10 4 s -1 to provide a first resulting alloy having a yield strength of200 MPa to 1000 MPa; and d. stressing the first resulting alloy above said yield strength to provide a second resulting alloy having a thickness of 0.1 mm to 25.0 mm, wherein the second resulting alloy has a tensile strength of 400 MPa to 1825 MPa, and an elongation of 2.4 to 78.1%. a. supplying a metal alloy consisting of Fe at a level of 61.0 to 88.0 atomic percent, Si at a level of 0.5 to 9.0 atomic percent, Mn at a level of 0.90 to 19.0 atomic percent, Ni at a level of 0.1 to 9.0 atomic percent, Cr at a level of 0.1 to 19.0 atomic percent, C at a level of 0.1 to 4.0 atomic percent, optionally Cu at a level of 0.1 to 4.0 atomic percent, and impurities, wherein said metal alloy is boron-free; b. melting said metal alloy and cooling and solidifying and forming a solidified alloy having a thickness of greater than or equal to 20 mm and up to 500 mm and a yield strength of 300 MPa to 600 MPa, wherein said solidified alloy has a melting point (Tm) c. heating said solidified alloy to a temperature of 700 °C to below said alloy Tm and reducing said thickness of said solidified alloy at a strain rate of 10 -6 to 10 4 s -1 to provide a first resulting alloy having a yield strength of200 MPa to 1000 MPa; and d. stressing the first resulting alloy above said yield strength to provide a second resulting alloy having a thickness of 0.1 mm to 25.0 mm, wherein the second resulting alloy has a tensile strength of 400 MPa to 1825 MPa, and an elongation of 2.4 to 78.1%.
A thin film deposition apparatus comprising; a hollow cathode , a substrate holder and a target holder , the substrate holder and the target holder being located on opposite sides of the hollow cathode, a plasma supply element to supply plasma to the interior of the hollow cathode at an end of the hollow cathode nearest the target holder, and a power unit connected to the hollow cathode to supply a high voltage pulse to the hollow cathode, wherein the thin film deposition apparatus is configured such that, in use, when the plasma supply element supplies plasma to the hollow cathode and a high voltage pulse is applied to the hollow cathode, a virtual plasma cathode forms and expands to generate an electron beam, directed towards a target held in the target holder, and wherein the thin film deposition apparatus is further configured such that, in use, a plume of ablated target material passes through the hollow cathode and condenses as a thin film on to a substrate receivable within the substrate holder, characterized in that the plasma supply element comprises a hollow cap electrode adjacent the hollow cathode and defining a gas container and an electrical trigger unit is connected to the hollow cap electrode to generate an initial plasma within the hollow cap electrode .
A computer-implemented method for providing resources in a distributed computing environment, comprising: receiving a work item from a user, the work item being a static representation of a job to be run; creating the job from the work item, wherein the job represents a running instance of the work item and the job is comprised of a plurality of tasks; automatically, with a processor and memory, allocating at least one first virtual machine to a first pool of virtual machines owned by a first scheduler; assigning the job to the first pool; scheduling , with the first scheduler, the tasks of the job on the first pool; instantiating the tasks of the job on the first pool including leasing the tasks of the job from a job queue, wherein the leased tasks are invisible to resources that are not included in the first pool of virtual machines; reassigning a portion of the tasks of the job to a second pool of virtual machines owned by a second scheduler, the reassigning including releasing the leased tasks of the portion of the tasks, wherein the released tasks become visible again in the job queue for resources that are not included in the first pool of virtual machines, the second pool being operatively independent from the first pool; scheduling , with the second scheduler, the portion of the released tasks on the second pool; and instantiating the portion of the released tasks on the second pool including leasing the released tasks. receiving a work item from a user, the work item being a static representation of a job to be run; creating the job from the work item, wherein the job represents a running instance of the work item and the job is comprised of a plurality of tasks; automatically, with a processor and memory, allocating at least one first virtual machine to a first pool of virtual machines owned by a first scheduler; assigning the job to the first pool; scheduling , with the first scheduler, the tasks of the job on the first pool; instantiating the tasks of the job on the first pool including leasing the tasks of the job from a job queue, wherein the leased tasks are invisible to resources that are not included in the first pool of virtual machines; reassigning a portion of the tasks of the job to a second pool of virtual machines owned by a second scheduler, the reassigning including releasing the leased tasks of the portion of the tasks, wherein the released tasks become visible again in the job queue for resources that are not included in the first pool of virtual machines, the second pool being operatively independent from the first pool; scheduling , with the second scheduler, the portion of the released tasks on the second pool; and instantiating the portion of the released tasks on the second pool including leasing the released tasks.
Magnetic resonance tomography unit, wherein the magnetic resonance tomography unit comprises a transmitter for generating excitation pulses with a wavelength lambda, an antenna for emitting the excitation pulses, a feed line between the transmitter and a feed point of the antenna and a voltage sensor , wherein the voltage sensor is arranged at an effective distance corresponding to a multiple of half the wavelength lambda from the feed point, wherein the feed line comprises a matching circuit between voltage sensor and feed point for matching the impedance of the transmitting antenna to the feed line , characterised in that the feed line is configured such that the accumulated phase shift between voltage sensor and feed point caused by the length of the feed line between the voltage sensor and the feed point and caused by the matching circuit itself corresponds to the phase shift of a feed line with the length n*lambda/2, wherein n is a natural number, such that a measured value of the voltage sensor reflects the voltage at the antenna feed point.
A scroll compressor comprising: a scroll type compressor body provided with an orbiting scroll and a fixed scroll ; a motor configured to drive the compressor body ; an inverter configured to drive the motor ; a discharge pipe configured to connect a discharge port of the compressor body to an air tank storing air compressed by the compressor body ; and a check valve configured to shut off the compressed air flowing backward from the air tank in the discharge pipe , characterized in that : when stopping the compressor body , the inverter is configured to control a rotational speed of the motor driving the compressor body , in two steps at a first deceleration that begins when a stop command is output and ends when compression is stopped and a second deceleration that is lower than the first deceleration and that begins when compression is stopped and ends when the compressor body stops. a scroll type compressor body provided with an orbiting scroll and a fixed scroll ; a motor configured to drive the compressor body ; an inverter configured to drive the motor ; a discharge pipe configured to connect a discharge port of the compressor body to an air tank storing air compressed by the compressor body ; and a check valve configured to shut off the compressed air flowing backward from the air tank in the discharge pipe , characterized in that : when stopping the compressor body , the inverter is configured to control a rotational speed of the motor driving the compressor body , in two steps at a first deceleration that begins when a stop command is output and ends when compression is stopped and a second deceleration that is lower than the first deceleration and that begins when compression is stopped and ends when the compressor body stops.
An isolated human naive pluripotent stem cell (PSC), comprising: an unmethylated X-inactive specific transcript (XIST) gene, wherein: (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and the expression level of transcription factor E3 (TFE3) is characterized by a nucleus to cytoplasm expression ratio which is equal to or higher than 1 as determined by an immunostaining assay. an unmethylated X-inactive specific transcript (XIST) gene, wherein: (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (i) when the naive PSC is a female PSC, then said naive female PSC has two unmethylated alleles of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; and (ii) when said naive PSC is a male PSC, then said naive male PSC has an unmethylated allele of said XIST gene having below 20% of CpG methylated reads sequenced in the XIST promoter; the expression level of transcription factor E3 (TFE3) is characterized by a nucleus to cytoplasm expression ratio which is equal to or higher than 1 as determined by an immunostaining assay.
A laundry composition comprising a plurality of particles, wherein the particle comprises: (a) 30 to 95% of polyethylene glycol by weight of the particle; (b) disintegrant; and (c) occlusion of gas; wherein the disintegrant is effervescent disintegrant of a combination of carbonate source and acid source; and wherein the particle has an average density of 1 to 1.1 g/cm 3 . (a) 30 to 95% of polyethylene glycol by weight of the particle; (b) disintegrant; and (c) occlusion of gas; wherein the disintegrant is effervescent disintegrant of a combination of carbonate source and acid source; and wherein the particle has an average density of 1 to 1.1 g/cm 3 .
A fluid meter body, comprising: a pipe for conveyance of fluid, having an exterior circumferential surface; a plurality of mounting points integral with the pipe on the external circumferential surface; wherein the mounting points comprise one of flat pipe notches to which are permanently attached welded mounting tabs , threaded or unthreaded male bosses attached to the pipe outer circumference, or integral pedestals formed in place by casting, swedging, machine cutting or broaching processes; a bar aligned axially along the exterior circumferential surface and directly affixed to the mounting points by attachable and detachable coupling devices ; and a housing coupled to the bar , for attachment of a fluid meter transducer thereto. a pipe for conveyance of fluid, having an exterior circumferential surface; a plurality of mounting points integral with the pipe on the external circumferential surface; wherein the mounting points comprise one of flat pipe notches to which are permanently attached welded mounting tabs , threaded or unthreaded male bosses attached to the pipe outer circumference, or integral pedestals formed in place by casting, swedging, machine cutting or broaching processes; a bar aligned axially along the exterior circumferential surface and directly affixed to the mounting points by attachable and detachable coupling devices ; and a housing coupled to the bar , for attachment of a fluid meter transducer thereto.
A method of treating an articulation surface of an orthopaedic implant comprising: (a) polishing the articulation surface of the orthopaedic implant; (b) blasting the polished surface of the orthopaedic implant; and (c) polishing the blasted surface of the orthopaedic implant. (a) polishing the articulation surface of the orthopaedic implant; (b) blasting the polished surface of the orthopaedic implant; and (c) polishing the blasted surface of the orthopaedic implant.
A method performed by a receiving network node for cross-link interference, CLI, mitigation, the method comprising: - receiving , from at least one sending network node, a time division duplex configuration for a plurality of slots of the at least one sending network node in a message listing the slots of the time division duplex configuration, each of the listed slots being identified by an index, the time division duplex configuration identifying: - at least one slot of the time division duplex configuration as either a fixed uplink slot for which all symbols are for uplink transmission or a fixed downlink slot for which all symbols are for downlink transmission; and - at least one slot of the time division duplex configuration as a flexible slot for which at least one symbol has an undefined transmission direction and the remaining symbols of the slot, if any, have a defined transmission direction which is either uplink or downlink; - adapting operations in a cell based on the received time division duplex configuration for mitigating CLI with the at least one sending network node. - receiving , from at least one sending network node, a time division duplex configuration for a plurality of slots of the at least one sending network node in a message listing the slots of the time division duplex configuration, each of the listed slots being identified by an index, the time division duplex configuration identifying: - at least one slot of the time division duplex configuration as either a fixed uplink slot for which all symbols are for uplink transmission or a fixed downlink slot for which all symbols are for downlink transmission; and - at least one slot of the time division duplex configuration as a flexible slot for which at least one symbol has an undefined transmission direction and the remaining symbols of the slot, if any, have a defined transmission direction which is either uplink or downlink; - at least one slot of the time division duplex configuration as either a fixed uplink slot for which all symbols are for uplink transmission or a fixed downlink slot for which all symbols are for downlink transmission; and - at least one slot of the time division duplex configuration as a flexible slot for which at least one symbol has an undefined transmission direction and the remaining symbols of the slot, if any, have a defined transmission direction which is either uplink or downlink; - adapting operations in a cell based on the received time division duplex configuration for mitigating CLI with the at least one sending network node.
Spectacles equipped with at least one lens and configured to be worn by a user located on a first side of the lens , said spectacles comprising displaying means configured to project data into a field of view of the user, and an anti-glare screen provided with a variable transmission coefficient configured to attenuate the intensity of incident light intended to pass through the lens toward said user, said displaying means and said anti-glare screen being positioned so that some of the rays emitted by said displaying means , in order to display said data, strike said anti-glare screen , the anti-glare screen being placed on a second side of the lens , the incident light being intended to pass through the lens from the second side of the lens to the first side , said spectacles being configured to adapt the transmission coefficient of the anti-glare screen depending on the intensity of the incident light, the transmission coefficient being determined by pulse width modulation with a determined duty cycle, the anti-glare screen having a light transmission coefficient that varies periodically between a maximum value, for which transparency is maximum for a time t 1 , and a minimum value, for which transparency is minimum for a time t 2 during which light does not pass, characterized in that the displaying means are further coupled to the anti-glare screen in such a way that the displaying means display data when the anti-glare screen transmits light, and do not display data when the anti-glare screen does not transmit light.
Bottle cell carrier for cleaning machines, comprising an elongated carrier profile with a carrier part comprising two side limbs which are connected at their lower end and extend upward and away from one another, which form lower side wall parts of the carrier profile and comprise passage apertures , and an upper part which extends between the upper edges of the side limbs of the carrier part, and has a horizontal central section with receiving openings for bottles or bottle cells, and comprises side sections extending downwards on both sides of the central section, which form upper side wall parts , characterised in that the upper side wall parts connect to the lower side wall parts in the region of an oblique side edge , and that the surface of the passage apertures in the lower side wall parts take up a surface proportion of 40 to 85%, in particular 50, 55, 60 or 65% to 70, 75, 80 or 85% of the total surface area of the lower side wall parts .
A method comprising: executing a change on a first immutable micro-partition of a table of a database, the executing of the change comprising generating a new micro-partition that embodies the change and deleting the first immutable micro-partition; storing a value of the first immutable micro-partition prior to executing the change in a change tracking column of the table, wherein the value of the first immutable micro-partition indicates at least one row of the first immutable micro-partition, on which the change is executed, and wherein a timestamp is secured to the change that is executed on the at least one row; receiving , from a request processing service, a request for a delta for the table between a first timestamp and a second timestamp, wherein the delta indicates what rows of the table have changed and how those rows have changed between the first timestamp and the second timestamp and does not include information on intermediate changes made to those rows between the first timestamp and the second timestamp; and querying at least one change tracking column of the table to determine the delta between the first timestamp and the second timestamp, the delta including the value of the first immutable micro-partition prior to executing the change; and providing, to the request processing service, the delta for the table and the value of the first immutable micro-partition. executing a change on a first immutable micro-partition of a table of a database, the executing of the change comprising generating a new micro-partition that embodies the change and deleting the first immutable micro-partition; storing a value of the first immutable micro-partition prior to executing the change in a change tracking column of the table, wherein the value of the first immutable micro-partition indicates at least one row of the first immutable micro-partition, on which the change is executed, and wherein a timestamp is secured to the change that is executed on the at least one row; receiving , from a request processing service, a request for a delta for the table between a first timestamp and a second timestamp, wherein the delta indicates what rows of the table have changed and how those rows have changed between the first timestamp and the second timestamp and does not include information on intermediate changes made to those rows between the first timestamp and the second timestamp; and querying at least one change tracking column of the table to determine the delta between the first timestamp and the second timestamp, the delta including the value of the first immutable micro-partition prior to executing the change; and providing, to the request processing service, the delta for the table and the value of the first immutable micro-partition.