mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a road segment determining system for identifying beforehand a situation with a potentially in-alert driver of a vehicle, said method comprising: determining a position of said vehicle; determining pre-stored road characteristics of a road segment assumed or known to be ahead of said vehicle, wherein said pre-stored road characteristics comprise geo-tagged driver behaviour data parameters indicating characteristics of driver behaviour associated with said road segment for a plurality of vehicles having previously been driven along said road segment, said geo-tagged driver behaviour data parameters indicating driver alertness along said road segment; determining whether or not said road segment is monotonous, based on comparing at least a first geo-tagged driver behaviour data parameter of said pre-stored road characteristics with predetermined monotonous road criteria comprising preferences for geo-tagged driver behaviour data, said predetermined monotonous road criteria comprising one or more driver in-alertness level thresholds; and initiating an activity adapted to avoid said situation with the potentially in-alert driver of the vehicle and/or adapted to improve the alertness of said driver, if it is determined that said road segment is monotonous, characterised in that said activity comprises a software-based function adapted to cognitively stimulate said driver, said function comprising a software-based alertness task application associated with a portable device adapted to be in communication with said vehicle. determining a position of said vehicle; determining pre-stored road characteristics of a road segment assumed or known to be ahead of said vehicle, wherein said pre-stored road characteristics comprise geo-tagged driver behaviour data parameters indicating characteristics of driver behaviour associated with said road segment for a plurality of vehicles having previously been driven along said road segment, said geo-tagged driver behaviour data parameters indicating driver alertness along said road segment; determining whether or not said road segment is monotonous, based on comparing at least a first geo-tagged driver behaviour data parameter of said pre-stored road characteristics with predetermined monotonous road criteria comprising preferences for geo-tagged driver behaviour data, said predetermined monotonous road criteria comprising one or more driver in-alertness level thresholds; and initiating an activity adapted to avoid said situation with the potentially in-alert driver of the vehicle and/or adapted to improve the alertness of said driver, if it is determined that said road segment is monotonous, characterised in that said activity comprises a software-based function adapted to cognitively stimulate said driver, said function comprising a software-based alertness task application associated with a portable device adapted to be in communication with said vehicle.
A seamless steel pipe for a line pipe used in sour environments comprising: a chemical composition consisting, in mass% of, C: 0.08 to 0.24%, Si: 0.10 to 0.50%, Mn: 0.3 to 2.5%, P: 0.02% or less, S: 0.006% or less, Nb: 0.04 to 0.12%, Al: 0.005 to 0.100%, Ca: 0.0003 to 0.0050%, N: 0.0100% or less, O: 0.0050% or less, Ti: 0 to 0.1%, V: 0 to 0.03%, Cr: 0 to 0.6%, Mo: 0 to 0.3%, Ni: 0 to 0.4%, Cu: 0 to 0.3%, and B: 0 to 0.005%, the balance being Fe and impurities; a structure consisting of ferrite and pearlite; and a yield strength of 350 to less than 450 MPa, wherein the content (mass%) of Nb is not less than F1 value defined by Formula. F 1 = 0.02 + t − 15 × 0.001 where, t is the wall thickness (unit: mm) of the seamless steel pipe. a chemical composition consisting, in mass% of, C: 0.08 to 0.24%, Si: 0.10 to 0.50%, Mn: 0.3 to 2.5%, P: 0.02% or less, S: 0.006% or less, Nb: 0.04 to 0.12%, Al: 0.005 to 0.100%, Ca: 0.0003 to 0.0050%, N: 0.0100% or less, O: 0.0050% or less, Ti: 0 to 0.1%, V: 0 to 0.03%, Cr: 0 to 0.6%, Mo: 0 to 0.3%, Ni: 0 to 0.4%, Cu: 0 to 0.3%, and B: 0 to 0.005%, the balance being Fe and impurities; a structure consisting of ferrite and pearlite; and a yield strength of 350 to less than 450 MPa, wherein the content (mass%) of Nb is not less than F1 value defined by Formula. F 1 = 0.02 + t − 15 × 0.001 where, t is the wall thickness (unit: mm) of the seamless steel pipe.
A seal cover assembly for a compressor (104, 630) of a refrigeration unit, comprising: a seal cover configured to separate a suction side of a shaft seal from an external side cavity of the shaft seal and configured to maintain a volume of lubricant within the seal cover during a vacuum condition, characterised in that the seal cover includes: a center opening; and an inner surface facing the center opening, the inner surface including a drain inlet, the drain inlet being positioned to maintain a volume of lubricant in the external side cavity so that only lubricant above the volume is directed to flow through the drain inlet and away from the center opening. a seal cover configured to separate a suction side of a shaft seal from an external side cavity of the shaft seal and configured to maintain a volume of lubricant within the seal cover during a vacuum condition, characterised in that the seal cover includes: a center opening; and an inner surface facing the center opening, the inner surface including a drain inlet, the drain inlet being positioned to maintain a volume of lubricant in the external side cavity so that only lubricant above the volume is directed to flow through the drain inlet and away from the center opening. a center opening; and an inner surface facing the center opening, the inner surface including a drain inlet, the drain inlet being positioned to maintain a volume of lubricant in the external side cavity so that only lubricant above the volume is directed to flow through the drain inlet and away from the center opening.
A microcircuit card comprising exchanging means (120; 130) for exchanging data with a reader, these exchanging means for exchanging data comprising receiving means for receiving a selection command followed by a second command, the selection command containing an item of selection information of an application from among a first application and a second application, said microcircuit card being characterized in that it further comprises: - an indicator; - a microcontroller configured to command the indicator into a first configuration when the item of selection information designates the first application and into a second configuration, distinct from the first configuration, when the item of selection information designates the second application; the microcontroller being configured to, in response to the reception of the second command, implement first instructions when the item of selection information designates the first application, or second instructions when the item of selection information designates the second application. - an indicator; - a microcontroller configured to command the indicator into a first configuration when the item of selection information designates the first application and into a second configuration, distinct from the first configuration, when the item of selection information designates the second application; the microcontroller being configured to, in response to the reception of the second command, implement first instructions when the item of selection information designates the first application, or second instructions when the item of selection information designates the second application.
On-demand display device for a timepiece comprising a cam arranged to be driven by the movement of the timepiece, a retrograde display member, a pinion kinematically connected to the display member, a rake arranged to mesh with the pinion so as to control the display member, elastic means (b) arranged to return the rake and the display member towards an inoperative position, and a manual control mechanism comprising a push-piece and arranged to control the rake so as to make it possible to bring the display member into an indicating position from the inoperative position, the indicating position being determined by the current position of the cam; wherein the manual control mechanism is arranged, on the one hand, to cause a displacement of the display member against the elastic means (b) from the inoperative position to a pre-defined position when the push-piece is actuated and, on the other hand, to allow the elastic means to repel the display member from the pre-defined position towards the inoperative position when the push-piece is then released, the display device further comprising a stopping lever which can move between a retracted position and an active position in which it cooperates with the cam so that its active position is determined by the current position of the cam, the stopping lever being arranged to be in the active position and to be an obstacle to the travel of the rake when the display member returns from its pre-defined position towards its inoperative position so that the display member is immobilised in the indicating position, the indicating position of the display member being determined by the active position of the stopping lever, the display device further comprising count-down means (35, 37, 41, 43) arranged to switch the stopping lever to the retracted position so as to release the display member so as to allow the elastic means ( b) to repel the display member from the indicating position to the inoperative position at a specified time after the push-piece has been released.
Method for determining the total length of a trailer of a vehicle-trailer combination, wherein the vehicle-trailer combination comprises a towing vehicle and the trailer which is coupled to the towing vehicle, wherein in a first step a trailer-side axis-hitch distance (l A) is determined, characterized in that in a second step during constant or quasi-constant circular travel a movement vector (v) of a movement of a rear part of the trailer is determined, wherein the movement vector (v) represents a direction and a speed of the rear part of the trailer relative to a carriageway surface, wherein a trailer-side axis-rear part distance (l U) is determined as a function of the direction and the speed, wherein the total length is determined as a sum of the trailer-side axis-hitch distance (l A) and the trailer-side axis-rear part distance (l U).
A biodegradable starch bowl being prepared to have a desired shape by heating and pressurizing a composition for the biodegradable starch bowl, wherein the composition comprises unmodified starch of 20∼60 wt.%; pulp fiber powder of 5∼30 wt.%; solvent of 30-60 wt.%; Fe doped titanium dioxide or titanium dioxide in which an anatase content is 70% or more of 0.1∼2.0 wt.%; and characterized by the composition comprising also potassium sorbate of 0.1∼0.2 wt.%; and releasing agent selected at least one from a group consisting of monostearyl citrate and magnesium stearate of 0.5∼5 wt.%, and by a biodegradable film having thickness of 100∼300 μm being attached to an inner surface of the bowl.
A method of up scaling a first structure of samples representing a first property, the first structure having a source resolution, into a second structure of samples representing the first property, the second structure having a target resolution, on basis of a third structure of samples representing a second property, the third structure having the source resolution and on basis of a fourth structure of samples representing the second property, the fourth structure of samples having the target resolution, the first structure and the second structure being at least a portion of a depth map or a motion vector field and the third structure and the fourth structure being a portion of a luminance or color image, the method comprising: - assigning weight factors to respective first samples of the first structure of samples on basis of differences between respective third samples of the third structure of samples and fourth samples of the fourth structure of samples,; and - computing the second samples of the second structure of samples on basis of the first samples of the first structure of samples and the respective weight factors using a weighted average filter; wherein a weight factor is assigned to each of the first samples for all of the second samples and assigning a first one of the weight factors of a first one of the first samples, to be used for computing a first one of the second samples, includes determining the weight as function of a first difference between a first one of the third samples and a first one of the fourth samples, the respective coordinates of the first one of the first samples and the first one of the third samples being equal and the respective coordinates of the first one of the fourth samples and the first one of the second samples being equal. - assigning weight factors to respective first samples of the first structure of samples on basis of differences between respective third samples of the third structure of samples and fourth samples of the fourth structure of samples,; and - computing the second samples of the second structure of samples on basis of the first samples of the first structure of samples and the respective weight factors using a weighted average filter;
A method for producing a thickness-profiled metal strip in which at least one opening is produced in the metal strip and in a subsequent step, the metal strip is longitudinally rolled with at least one roller that penetrates into the metal strip in some regions across its strip width and thus a thickness profiling at least in the width direction of the metal strip is produced, characterized in that in the metal strip at least one hole (11, 12, 13, 14) passing through the metal strip is produced as an opening in the metal strip, over which hole the roller that penetrates into the metal strip longitudinally rolls in order to produce the thickness profiling in the width direction of the metal strip.
A folding chassis (100, 300, 400) for a manually driven carrier vehicle, comprising: a frame (110, 410) having a first plane (112,411); two laterally opposite arms (119, 122, 430), each with an axle (120, 123, 433), said arms rotatably attached to said frame; and two hubs, each having a plurality of wheels (125, 440) and rotatably disposed respectively onto one of said axles; wherein each of said plurality of wheels is rotatably attached respectively to one of said hubs around an axis parallel respectively to one of said axles and said arms are configured to pivot between at least a first and a second position of said hubs, wherein, in the first position, said hubs are generally perpendicular to said first plane and wherein, in the second position, said hubs are juxtaposed to said first plane. a frame (110, 410) having a first plane (112,411); two laterally opposite arms (119, 122, 430), each with an axle (120, 123, 433), said arms rotatably attached to said frame; and two hubs, each having a plurality of wheels (125, 440) and rotatably disposed respectively onto one of said axles;
A metering device for use in a manufacturing device for manufacturing a three-dimensional object by means of a solidification layer by layer in z direction of a building material in powder form within a build area, which comprises a recoater (5, 15) movable across the build area in an xy plane for applying a layer of the building material in the build area, wherein the metering device comprises several powder feeding devices (12b, 17a, 17b) arranged perpendicularly to the movement direction of the recoater (5, 15) and adjacent to each other in the xy plane.
Construction and/or materials-handling machine for erecting a structure and/or manipulating a workpiece, comprising a supporting frame structure for supporting a roof, a protective wall and/or a working head, characterized in that the supporting frame structure is formed by at least three revolving tower cranes which each comprise an upright tower and at least one boom which is supported by the tower and can be rotated about an upright slewing axis relative to the tower or together with the tower, wherein the revolving tower cranes are attached to one another by their booms and form a support frame in the type of a polygonal chain.
Expression system comprising: (i) A first gene encoding for a first enzyme linked to a first promoter, wherein the first promoter is a time delay promoter; and (ii) A second gene encoding for a second enzyme capable of using the product generated by the first enzyme as a substrate, wherein the second gene is operably linked to a second promoter, wherein the second promoter is inducible by the product generated by the first enzyme, wherein the substrate of the enzyme encoded by the first gene is a hydroxycinnamic acid or derivative thereof selected from the group consisting of ferulic acid, caffeic acid, and p-coumaric acid. (i) A first gene encoding for a first enzyme linked to a first promoter, wherein the first promoter is a time delay promoter; and (ii) A second gene encoding for a second enzyme capable of using the product generated by the first enzyme as a substrate, wherein the second gene is operably linked to a second promoter, wherein the second promoter is inducible by the product generated by the first enzyme,
An electric equipment management apparatus, comprising: equipment information acquiring means for acquiring, from electric equipment connected to a network and installed in any of multiple predetermined areas, equipment type information indicating a type of the electric equipment and environment information that is information relating to an environment of the area where the electric equipment is installed, the environmental information being information measured by one or more sensors (114, 115, 116, 117) included in the electric equipment; classify means for determining the electric equipment as installed in a same area of the multiple predetermined areas and classifying the electric equipment which is determined to be installed in the same area into a same group of the electric equipment, by comparing a predetermined criterion with the environment information acquired by the equipment information acquiring means; and display control means for causing group identification information identifying a group of the electric equipment classified by the classify means, the equipment type information of the electric equipment, and correlation support information obtained based on the environment information of the electric equipment to be displayed on display means correlated with each other so that a user can, using the electric equipment management apparatus, centrally monitor the operating status of the electric equipment and centrally operate the electric equipment by referencing information displayed. equipment information acquiring means for acquiring, from electric equipment connected to a network and installed in any of multiple predetermined areas, equipment type information indicating a type of the electric equipment and environment information that is information relating to an environment of the area where the electric equipment is installed, the environmental information being information measured by one or more sensors (114, 115, 116, 117) included in the electric equipment; classify means for determining the electric equipment as installed in a same area of the multiple predetermined areas and classifying the electric equipment which is determined to be installed in the same area into a same group of the electric equipment, by comparing a predetermined criterion with the environment information acquired by the equipment information acquiring means; and display control means for causing group identification information identifying a group of the electric equipment classified by the classify means, the equipment type information of the electric equipment, and correlation support information obtained based on the environment information of the electric equipment to be displayed on display means correlated with each other so that a user can, using the electric equipment management apparatus, centrally monitor the operating status of the electric equipment and centrally operate the electric equipment by referencing information displayed.
A method of operating a network node (216, 222), comprising: receiving a request to trigger a paging procedure based on receipt of downlink data in a core network from an application server (212, 228), AS; and determining, responsive to receiving the request to trigger the paging procedure, whether to page a user equipment, UE, based on characteristics of a propagation channel for data communication associated with the UE, characterized in that the characteristics of the propagation channel are based on data communication channel information comprising a history report, mobilityHistoryReport, that comprises information on UE movement between recently visited RAN nodes. receiving a request to trigger a paging procedure based on receipt of downlink data in a core network from an application server (212, 228), AS; and determining, responsive to receiving the request to trigger the paging procedure, whether to page a user equipment, UE, based on characteristics of a propagation channel for data communication associated with the UE,
A method for producing a purified hydrogen gas stream, the method comprising: flowing a feed gas containing nitrogen gas (N 2) as the majority component, hydrogen gas (H 2), and carbon monoxide and having an initial H 2 to CO ratio into a processing unit to produce an enhanced gas containing carbon dioxide (CO 2) and having a second H 2 to CO ratio greater than the initial H 2 to CO ratio; flowing the enhanced gas into a purification unit comprising a N 2 removal unit to remove N 2 and a CO 2 removal unit to remove CO 2, wherein the purification unit produces a purified hydrogen gas stream and a tail gas; and recycling at least a portion of the tail gas to a point upstream of the N 2 removal unit, wherein flowing the enhanced gas into the purification unit comprises flowing the enhanced gas into the N 2 removal unit to produce a permeate stream and a retentate stream, and flowing the permeate stream into the CO 2 removal unit to produce the purified hydrogen gas stream and the tail gas, wherein the N 2 removal unit comprises a membrane separation unit configured to receive the enhanced gas, and wherein the CO 2 removal unit comprises a pressure swing adsorption unit. flowing a feed gas containing nitrogen gas (N 2) as the majority component, hydrogen gas (H 2), and carbon monoxide and having an initial H 2 to CO ratio into a processing unit to produce an enhanced gas containing carbon dioxide (CO 2) and having a second H 2 to CO ratio greater than the initial H 2 to CO ratio; flowing the enhanced gas into a purification unit comprising a N 2 removal unit to remove N 2 and a CO 2 removal unit to remove CO 2, wherein the purification unit produces a purified hydrogen gas stream and a tail gas; and recycling at least a portion of the tail gas to a point upstream of the N 2 removal unit, wherein flowing the enhanced gas into the purification unit comprises flowing the enhanced gas into the N 2 removal unit to produce a permeate stream and a retentate stream, and flowing the permeate stream into the CO 2 removal unit to produce the purified hydrogen gas stream and the tail gas, wherein the N 2 removal unit comprises a membrane separation unit configured to receive the enhanced gas, and wherein the CO 2 removal unit comprises a pressure swing adsorption unit. wherein flowing the enhanced gas into the purification unit comprises flowing the enhanced gas into the N 2 removal unit to produce a permeate stream and a retentate stream, and flowing the permeate stream into the CO 2 removal unit to produce the purified hydrogen gas stream and the tail gas, wherein the N 2 removal unit comprises a membrane separation unit configured to receive the enhanced gas, and wherein the CO 2 removal unit comprises a pressure swing adsorption unit.