mhurhangee/ep-ind-claims huggingface dataset:
A method in a computing system having a first partition including a first operating system and a second partition including a second operating system, the method comprising the steps of: collecting first partition cumulative throughput information in the first partition, the throughput information consisting of information concerning first partition processor utilization and first partition network packet activity; calculating, in the first partition, a velocity metric based on the first partition cumulative throughput information collected in the first partition; conveying the velocity metric from the first partition to a workload manager running in the second partition; creating in said workload manager, resource balancing directives based on said velocity metric; and dynamically allocating, by a hypervisor in communication with the workload manager, partition resources to the first partition according to the resource balancing directives created by the workload manager. collecting first partition cumulative throughput information in the first partition, the throughput information consisting of information concerning first partition processor utilization and first partition network packet activity; calculating, in the first partition, a velocity metric based on the first partition cumulative throughput information collected in the first partition; conveying the velocity metric from the first partition to a workload manager running in the second partition; creating in said workload manager, resource balancing directives based on said velocity metric; and dynamically allocating, by a hypervisor in communication with the workload manager, partition resources to the first partition according to the resource balancing directives created by the workload manager.
A cartridge comprising a cartridge casing with open mouth and an interior, propellant in the interior of the cartridge casing, and a bullet secured in the mouth of the cartridge casing, the bullet comprising: a forward steel component having a forward ogived portion with a forward tip, a cylindrical mid portion adjoining to the forward ogived portion, and a rearward portion adjoining the mid portion; and a jacket formed of copper and defining a cup, the forward steel component seated in the cup, the jacket having a forward leading edge portion with a reverse tapered surface extending to and engaging the cylindrical mid portion of the component; the jacket having a forward tapered portion having a plurality of axially extending skives for facilitating the opening of the jacket; wherein the reverse tapered surface of the forward leading edge portion of the jacket and the cylindrical mid portion define a V-shaped recess at an acute angle directed forwardly presenting a circumferential scoop; wherein the entirety of the rearward portion is diametrically larger than the cylindrical mid portion, the entirety of the cylindrical mid portion is diametrically larger than the forward ogived portion a forward steel component having a forward ogived portion with a forward tip, a cylindrical mid portion adjoining to the forward ogived portion, and a rearward portion adjoining the mid portion; and a jacket formed of copper and defining a cup, the forward steel component seated in the cup, the jacket having a forward leading edge portion with a reverse tapered surface extending to and engaging the cylindrical mid portion of the component; the jacket having a forward tapered portion having a plurality of axially extending skives for facilitating the opening of the jacket; wherein the reverse tapered surface of the forward leading edge portion of the jacket and the cylindrical mid portion define a V-shaped recess at an acute angle directed forwardly presenting a circumferential scoop; wherein the entirety of the rearward portion is diametrically larger than the cylindrical mid portion, the entirety of the cylindrical mid portion is diametrically larger than the forward ogived portion
Method for determining cell vitalities with the steps - binding of living cells onto magnetic particles, and - application of the magnetic particles with bound cells onto a sensor array, and - uniform distribution of the magnetic particles with the bound cells over the sensor array, and - magnetic immobilization of the magnetic particles with the bound cells over the sensor array, and - application of substances for maintaining and/or improving the cell vitality onto the sensor array, and/or - application of substances for worsening the cell vitality onto the sensor array, wherein the sensor array is coated with a closed layer of magnetic particles before a layer with living cells is formed on the sensor array, wherein cavities between the magnetic particles of the closed layer are fillable with the liquid. - binding of living cells onto magnetic particles, and - application of the magnetic particles with bound cells onto a sensor array, and - uniform distribution of the magnetic particles with the bound cells over the sensor array, and - magnetic immobilization of the magnetic particles with the bound cells over the sensor array, and - application of substances for maintaining and/or improving the cell vitality onto the sensor array, and/or - application of substances for worsening the cell vitality onto the sensor array,
Method of producing dental composite blocks comprising the steps of - providing a substantially hollow cylindrical mold, - providing a curable composite material, - providing a focusable heat source, - placing the curable composite material into the substantially hollow cylindrical mold, - optionally: compressing the introduced curable composite material in the mold without air, - curing the introduced curable composite material by means of a heat transfer to the substantially hollow cylindrical mold, wherein the wall of the substantially hollow cylindrical mold is configured to have a thermal conductivity in the range of 0.05 to 12 W/(m x K). - providing a substantially hollow cylindrical mold, - providing a curable composite material, - providing a focusable heat source, - placing the curable composite material into the substantially hollow cylindrical mold, - optionally: compressing the introduced curable composite material in the mold without air, - curing the introduced curable composite material by means of a heat transfer to the substantially hollow cylindrical mold,
A computer-implemented method for encoding aligned genome sequence data comprising reads of sequences of nucleotides, said method comprising the steps of: • aligning said reads to one or more reference sequences thereby creating aligned reads, • mapping, on said one or more reference sequences, said aligned reads to be coded, • assembling said aligned reads thereby creating a contig, • comparing said one or more reference sequences and said contig thereby obtaining information related to the position of mismatches and the type of mismatches between the one or more reference sequences and the contig, • entropy coding said information related to the position of mismatches and the type of mismatches, and • wherein said information related to position of mismatches and the type of mismatches are indicated using, respectively a first descriptor and a second descriptor, and said first descriptor and second descriptor are encapsulated in a same Access Unit so to enable, at the decoding device, the selective reconstruction of the one or more reference sequences used for the alignment. • aligning said reads to one or more reference sequences thereby creating aligned reads, • mapping, on said one or more reference sequences, said aligned reads to be coded, • assembling said aligned reads thereby creating a contig, • comparing said one or more reference sequences and said contig thereby obtaining information related to the position of mismatches and the type of mismatches between the one or more reference sequences and the contig, • entropy coding said information related to the position of mismatches and the type of mismatches, and • wherein said information related to position of mismatches and the type of mismatches are indicated using, respectively a first descriptor and a second descriptor, and said first descriptor and second descriptor are encapsulated in a same Access Unit so to enable, at the decoding device, the selective reconstruction of the one or more reference sequences used for the alignment.
A fuel gas supply method for a gas engine which comprises: a fuel gas passage for supplying fuel gas which has low calorie and which fluctuates, the fuel gas passage branching into a supercharger-side gas supply passage which is connected to a mixer arranged on an air inlet side of a supercharger and a cylinder-side gas supply passage which is connected to a supply air passage for supplying air to an cylinder and on which a gas compressor for compressing the fuel gas is disposed; a first fuel gas adjusting valve for controlling a flow rate of the fuel gas in the supercharger-side gas supply passage; and a second fuel gas adjusting valve for controlling a flow rate of the fuel gas in the cylinder-side gas supply passage, characterised by the method comprising the steps of: maintaining a flow rate ratio Q1/Q2 at a constant value where Q1 is a fuel gas flow rate in the supercharger-side gas supply passage which is adjustable by the first fuel gas adjusting valve and Q2 is a fuel gas flow rate in the cylinder-side gas supply passage which is adjustable by the second fuel gas adjusting valve; adjusting the fuel gas flow rate Q2, when gas concentration of the fuel gas changes, by adjusting the second fuel gas adjusting valve so as to keep output of the gas engine constant; calculating the fuel gas flow rate Q1 based on the flow rate ratio Q1/Q2 and the adjusted fuel gas flow rate Q2; and adjusting the first fuel gas adjusting valve by the calculated fuel gas flow rate Q1. maintaining a flow rate ratio Q1/Q2 at a constant value where Q1 is a fuel gas flow rate in the supercharger-side gas supply passage which is adjustable by the first fuel gas adjusting valve and Q2 is a fuel gas flow rate in the cylinder-side gas supply passage which is adjustable by the second fuel gas adjusting valve; adjusting the fuel gas flow rate Q2, when gas concentration of the fuel gas changes, by adjusting the second fuel gas adjusting valve so as to keep output of the gas engine constant; calculating the fuel gas flow rate Q1 based on the flow rate ratio Q1/Q2 and the adjusted fuel gas flow rate Q2; and adjusting the first fuel gas adjusting valve by the calculated fuel gas flow rate Q1.
A method of performing surface modification of a cryogenic specimen using a charged particle microscope comprising: - A vacuum chamber, with a port for loading the specimen into the vacuum chamber; - A specimen holder, for holding a specimen in an irradiation position; - A particle-optical column (1, 31), for producing a charged-particle beam (3, 33) and directing it so as to irradiate the specimen, which method comprises the steps of: - Introducing the specimen into the vacuum chamber, providing it on the specimen holder and maintaining it at a cryogenic temperature; - Employing at least one vacuum pump to evacuate the vacuum chamber; - Activating said beam and directing it onto a portion of the specimen so as to modify a surface thereof, characterized by the following steps: - Providing a thin film monitor in the vacuum chamber and maintaining at least a detection surface thereof at a cryogenic temperature; - Using said monitor to measure a precipitation rate value of frozen condensate in the chamber, and using this value as a trigger to perform at least one of the following actions: ▪ Initiating said surface modification, when said value falls below a first pre-defined threshold; ▪ Interrupting said surface modification, if said value rises above a second pre-defined threshold. - A vacuum chamber, with a port for loading the specimen into the vacuum chamber; - A specimen holder, for holding a specimen in an irradiation position; - A particle-optical column (1, 31), for producing a charged-particle beam (3, 33) and directing it so as to irradiate the specimen, - Introducing the specimen into the vacuum chamber, providing it on the specimen holder and maintaining it at a cryogenic temperature; - Employing at least one vacuum pump to evacuate the vacuum chamber; - Activating said beam and directing it onto a portion of the specimen so as to modify a surface thereof, - Providing a thin film monitor in the vacuum chamber and maintaining at least a detection surface thereof at a cryogenic temperature; - Using said monitor to measure a precipitation rate value of frozen condensate in the chamber, and using this value as a trigger to perform at least one of the following actions: ▪ Initiating said surface modification, when said value falls below a first pre-defined threshold; ▪ Interrupting said surface modification, if said value rises above a second pre-defined threshold. ▪ Initiating said surface modification, when said value falls below a first pre-defined threshold; ▪ Interrupting said surface modification, if said value rises above a second pre-defined threshold.
A tubular handling apparatus for handling a tubular, comprising: a mandrel; a gripping element for engaging and transferring torque to the tubular; an actuator movable along the mandrel for moving the gripping element into or out of engagement with the tubular; an engagement member, movable relative to the gripping element, for engaging a top end of the tubular; and an anchor; and characterised by an abutment device adjustable relative to the anchor and adapted to limit travel of the engagement member, wherein a length of the abutment device is adjustable independent of movement of the mandrel to allow movement of the engagement member. a mandrel; a gripping element for engaging and transferring torque to the tubular; an actuator movable along the mandrel for moving the gripping element into or out of engagement with the tubular; an engagement member, movable relative to the gripping element, for engaging a top end of the tubular; and an anchor; and characterised by an abutment device adjustable relative to the anchor and adapted to limit travel of the engagement member, wherein a length of the abutment device is adjustable independent of movement of the mandrel to allow movement of the engagement member.
A linear roller guide formed by a support part, which is arranged by means of roller elements on a guide rod, wherein at least one loose part is arranged on the guide rod on the common roller elements in the area of the support part, characterized in that the linear roller guide is designed with integrated diagnostic device, wherein - the loose part has at least one radial vibration sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one distance sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one axial vibration sensor. - the loose part has at least one radial vibration sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one distance sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one axial vibration sensor.
A biopsy device comprising an elongate shaft with - a wall surrounding an inner space, and - an optical fibre having a tip, the optical fibre allowing the emitting and / or receiving of light, wherein the wall comprises a first material being a transparent and solid UV cured liquid, wherein the tip of the optical fibre is embedded in the first material, wherein the tip of the optical fibre comprises an end surface which is inclined relative to the axis of the elongate shaft, wherein the biopsy device further comprises one out of the group consisting of (i) a reflective layer being provided at the inclined end surface of the tip of the fibre, (ii) an air bubble being provided in the first material and being located at the inclined end surface of the tip of the fibre, and (iii) reflective particles being provided in front of the tip of the fibre. - a wall surrounding an inner space, and - an optical fibre having a tip, the optical fibre allowing the emitting and / or receiving of light,
Device for the mechanical backfilling of trenches including: - a tractor type motorised machine with a chassis, an engine and elements intended to come into contact with a soil, such as wheels or tracks, for moving the device along a direction of movement, - a first hopper adapted to contain a backfilling material disposed on one side of the motorised machine with respect to the direction of movement, and having an opening in the lower position, characterised by - conveying means adapted to convey a backfilling material located in the first hopper on the opposite side of the motorised machine, along said direction of movement, the device further comprising guiding means (12; 50, 52) disposed downstream from the conveying means capable of converging the filling material falling from the conveying means towards a convergence zone at soil level, where the conveying means are capable of lifting the material to carry it above the guiding means. - a tractor type motorised machine with a chassis, an engine and elements intended to come into contact with a soil, such as wheels or tracks, for moving the device along a direction of movement, - a first hopper adapted to contain a backfilling material disposed on one side of the motorised machine with respect to the direction of movement, and having an opening in the lower position, characterised by - conveying means adapted to convey a backfilling material located in the first hopper on the opposite side of the motorised machine, along said direction of movement, the device further comprising guiding means (12; 50, 52) disposed downstream from the conveying means capable of converging the filling material falling from the conveying means towards a convergence zone at soil level, where the conveying means are capable of lifting the material to carry it above the guiding means.
An image capturing apparatus that communicates with an external device, the apparatus comprising: a field-of-view changing unit (1006, 1007) configured to change a field of view for capturing an image of a subject; a receiving unit configured to receive a command for controlling the field-of-view changing unit (1006, 1007) from the external device; a control unit (1003, 1008) configured, when the receiving unit receives a command to start to change a field of view using the field-of-view changing unit (1006, 1007), to control the field-of-view changing unit (1006, 1007) to start to change the field of view; and an amount-of-change determination unit configured to determine the amount of change in the field of view using the field-of-view changing unit, wherein upon receiving a command to stop changing the field of view using the field-of-view changing unit (1006, 1007), if the amount of change in the field of view determined by the amount-of-change determination unit is less than a predetermined amount, the control unit (1003, 1008) performs control to make the amount of change in the field of view become the predetermined amount. a field-of-view changing unit (1006, 1007) configured to change a field of view for capturing an image of a subject; a receiving unit configured to receive a command for controlling the field-of-view changing unit (1006, 1007) from the external device; a control unit (1003, 1008) configured, when the receiving unit receives a command to start to change a field of view using the field-of-view changing unit (1006, 1007), to control the field-of-view changing unit (1006, 1007) to start to change the field of view; and an amount-of-change determination unit configured to determine the amount of change in the field of view using the field-of-view changing unit, wherein upon receiving a command to stop changing the field of view using the field-of-view changing unit (1006, 1007), if the amount of change in the field of view determined by the amount-of-change determination unit is less than a predetermined amount, the control unit (1003, 1008) performs control to make the amount of change in the field of view become the predetermined amount.
An extrusion nozzle for non-metallic molten materials for additive manufacturing, comprising an ionisation chamber, characterised in that it comprises, in combination, an ultrasonic assembly (1, 6, 7) and the ionisation chamber cooperating simultaneously, said ionisation chamber being coaxial to the axis of the nozzle, the extremity of the nozzle being provided with a distribution disk topped by a die, the molten materials being treated at its mouth by the ultrasound field and the ionised gas.
A method of operating an apparatus that is configured to control Quality of Service, QoS, for a client device, comprising: determining call state information associated with a communication session; predicting traffic usage in an uplink direction of a link that is configured to support the-communication session for the client device; predicting traffic usage in a downlink direction of the link; and initiating, in association with the communication session, i) an uplink-specific QoS adjustment to a first level of QoS assigned to the uplink direction of the link based on the predicted traffic usage in the uplink direction, and/or ii) a downlink-specific QoS adjustment to a second level of QoS assigned to the downlink direction of the link based on the predicted traffic usage in the downlink direction, wherein the predicting of the traffic usage in the uplink direction of the link and/or the predicting of the traffic usage in the downlink direction is based upon the determined call state information. determining call state information associated with a communication session; predicting traffic usage in an uplink direction of a link that is configured to support the-communication session for the client device; predicting traffic usage in a downlink direction of the link; and initiating, in association with the communication session, i) an uplink-specific QoS adjustment to a first level of QoS assigned to the uplink direction of the link based on the predicted traffic usage in the uplink direction, and/or ii) a downlink-specific QoS adjustment to a second level of QoS assigned to the downlink direction of the link based on the predicted traffic usage in the downlink direction, wherein the predicting of the traffic usage in the uplink direction of the link and/or the predicting of the traffic usage in the downlink direction is based upon the determined call state information.