mhurhangee/ep-ind-claims huggingface dataset:
A flight deck timer management system, comprising: a database storing conditions representing a first monitoring mode defining at least a first rule, a first timing characteristic defining a first time period for compliance with the first rule, and a first advisory value relative to the first time period at which a first advisory is initiated; a control unit coupled to the database and configured to receive input data, to identify input states based on the input data, and to evaluate the input states in view of the first monitoring mode conditions, to determine if any one or more of the input states trigger the first monitoring mode, and, when it is determined that the input states trigger the first monitoring mode, to evaluate the input states in view of the first rule, initiate a first timer based on the first timing characteristic, monitor a first timing status of the first timer relative to the first advisory value, and generate display commands representing the first advisory when the first timer status reaches the first advisory value; and a display device coupled to the control unit and configured to display the first advisory based on the display commands. a database storing conditions representing a first monitoring mode defining at least a first rule, a first timing characteristic defining a first time period for compliance with the first rule, and a first advisory value relative to the first time period at which a first advisory is initiated; a control unit coupled to the database and configured to receive input data, to identify input states based on the input data, and to evaluate the input states in view of the first monitoring mode conditions, to determine if any one or more of the input states trigger the first monitoring mode, and, when it is determined that the input states trigger the first monitoring mode, to evaluate the input states in view of the first rule, initiate a first timer based on the first timing characteristic, monitor a first timing status of the first timer relative to the first advisory value, and generate display commands representing the first advisory when the first timer status reaches the first advisory value; and a display device coupled to the control unit and configured to display the first advisory based on the display commands. to determine if any one or more of the input states trigger the first monitoring mode, and, when it is determined that the input states trigger the first monitoring mode, to evaluate the input states in view of the first rule, initiate a first timer based on the first timing characteristic, monitor a first timing status of the first timer relative to the first advisory value, and generate display commands representing the first advisory when the first timer status reaches the first advisory value; and a display device coupled to the control unit and configured to display the first advisory based on the display commands.
Aircraft comprising at least one turbine engine (1, 2) and a monitoring device (10, 20) associated with the turbine engine, the turbine engine (1, 2) being linked firstly to a plurality of circuits including fluid circuits and electric circuits, and secondly to a plurality of sensors (CE, CF, CI, CM) for monitoring the turbine engine and the plurality of circuits, said plurality of sensors comprising at least one fire sensor and sensors for monitoring the fluid circuits, sensors for monitoring the electric circuits and sensors for monitoring the operation of the turbine engine characterized in that the monitoring device (10, 20) is linked to said plurality of sensors and comprises a central processing unit configured to generate a signal (S_Detectfire-x) indicating the occurrence of a fire on the turbine engine only if a fire sensor and a sensor for monitoring a fluid circuit or an electric circuit or the operation of the turbine engine transmit a signal (S_FIRE-x, S_FLUID-x, S_ELEC-x, S_TURB-x) indicating an anomaly.
Support device for releasable connection to an equipment carrier, and for supporting a medical appliance, a medical instrument or another payload in a medical treatment room, comprising an engagement hook for engaging in an opening on an equipment carrier and a bolt for locking a connection between the engagement hook and an opening in which the engagement hook engages, characterized by a spar for supporting a medical appliance or a medical instrument or another payload, wherein the spar is connectable to the engagement hook, wherein the bolt is rigidly connected to the spar; a first plate, which is rigidly connected to the engagement hook and which has a bore, wherein the bolt, in the locking position, engages through the bore of the first plate, wherein, in the locking position of the bolt, the spar is pivotable between a loose position and a stable position about an axis extending through the bolt, wherein, in the loose position of the spar, the bolt is movable between its locking position and its unlocking position and the spar can be separated from the engagement hook, wherein, in the stable position of the spar, the spar is mechanically connected to the engagement hook and is loaded with a payload.
A method of executing instructions in an instruction pipeline of a processor, wherein two or more instructions are executed in parallel per clock cycle, the method comprising: detecting a conditionality-imposing control instruction which imposes dependent behavior on a conditionality block size number of one or more dependent instructions; prior to executing a first instruction, dependency-predicting that the first instruction is a dependent instruction of the conditionality-imposing control instruction, based on the conditionality block size and one or more parameters of the instruction pipeline; and executing the first instruction based on the dependency-prediction. detecting a conditionality-imposing control instruction which imposes dependent behavior on a conditionality block size number of one or more dependent instructions; prior to executing a first instruction, dependency-predicting that the first instruction is a dependent instruction of the conditionality-imposing control instruction, based on the conditionality block size and one or more parameters of the instruction pipeline; and executing the first instruction based on the dependency-prediction.
A steel plate manufacturing method including a hot rolling step, a hot leveling step, and a cooling step performed in that order to manufacture a steel plate, the method comprising: a descaling step of spraying cooling water to each surface of the steel plate at a pressure at the point of impact of 1.5 MPa or higher, the descaling step being performed between the hot leveling step and the cooling step, wherein when T denotes the temperature of the steel plate before cooling, the period of time t [s] between the completion of the descaling step and the start of the cooling step satisfies the expression t ≤ 5.6 × 10 -10 × exp(25000/T). a descaling step of spraying cooling water to each surface of the steel plate at a pressure at the point of impact of 1.5 MPa or higher, the descaling step being performed between the hot leveling step and the cooling step, wherein when T denotes the temperature of the steel plate before cooling, the period of time t [s] between the completion of the descaling step and the start of the cooling step satisfies the expression t ≤ 5.6 × 10 -10 × exp(25000/T).
A driving control method comprising: acquiring a destination of a vehicle; referring to map information having a first map of a first area that includes lane identification information for identifying each travel lane in the roads of the first area, wherein said lane identification information enables to predict a lane to travel in the future, and a second map of a second area other than the first area that does not include the lane identification information of each travel lane; calculating a route from a current position of the vehicle to the destination; creating a driving plan for the vehicle (i) to travel along a first route included in the route and belonging to the first map by a first driving control, and (ii) to travel along a second route included in the route and belonging to the second map by a second driving control with a lower level of autonomous driving than that of the first driving control; and transmitting the driving plan to a controller of the vehicle; wherein the first driving control includes lane change driving control by the autonomous driving using a lane prediction result; and the second driving control does not include the lane change driving control. acquiring a destination of a vehicle; referring to map information having a first map of a first area that includes lane identification information for identifying each travel lane in the roads of the first area, wherein said lane identification information enables to predict a lane to travel in the future, and a second map of a second area other than the first area that does not include the lane identification information of each travel lane; calculating a route from a current position of the vehicle to the destination; creating a driving plan for the vehicle (i) to travel along a first route included in the route and belonging to the first map by a first driving control, and (ii) to travel along a second route included in the route and belonging to the second map by a second driving control with a lower level of autonomous driving than that of the first driving control; and transmitting the driving plan to a controller of the vehicle; wherein the first driving control includes lane change driving control by the autonomous driving using a lane prediction result; and the second driving control does not include the lane change driving control.
A well tool, comprising: a packing element assembly for sealingly engaging a surface, the assembly including a backup ring with a circumferentially uniform initial cross-section, and a packing element having at least one circumferential variation; characterized in that the circumferential variation is a flat area and/or concave recess on the otherwise cylindrical outer surface of packing element and is configured to apply circumferentially varying biasing forces to the backup ring such that the packing element deforms the backup ring so that it has a circumferentially non-uniform cross-section when the assembly is being set. a packing element assembly for sealingly engaging a surface, the assembly including a backup ring with a circumferentially uniform initial cross-section, and a packing element having at least one circumferential variation; characterized in that the circumferential variation is a flat area and/or concave recess on the otherwise cylindrical outer surface of packing element and is configured to apply circumferentially varying biasing forces to the backup ring such that the packing element deforms the backup ring so that it has a circumferentially non-uniform cross-section when the assembly is being set.
A fiber-reinforced polypropylene-based resin composition comprising: a propylene-based polymer; and reinforcing fibers, wherein the propylene-based polymer is a blend including a propylene-based polymer with high stereoregularity having a mesopentad fraction that is equal to or more than 90% and equal to or less than 99.9% and a propylene-based polymer with low stereoregularity having a mesopentad fraction that is equal to or more than 50% and less than 90%, and in a case in which a content of at least one olefin-derived structural unit selected from ethylene and an α-olefin having 4 to 8 carbon atoms in the propylene-based polymer is designated as E (% by mass) (the sum of the propylene-based polymer and the reinforcing fibers is designated as 100% by mass), and a mesopentad fraction of the propylene-based polymer measured by 13 C-NMR is designated as M (%), the following Expression and Expression are satisfied. 85 ≤ M ≤ 99 74 ≤ M − 12 E ≤ 90 a propylene-based polymer; and reinforcing fibers, wherein the propylene-based polymer is a blend including a propylene-based polymer with high stereoregularity having a mesopentad fraction that is equal to or more than 90% and equal to or less than 99.9% and a propylene-based polymer with low stereoregularity having a mesopentad fraction that is equal to or more than 50% and less than 90%, and in a case in which a content of at least one olefin-derived structural unit selected from ethylene and an α-olefin having 4 to 8 carbon atoms in the propylene-based polymer is designated as E (% by mass) (the sum of the propylene-based polymer and the reinforcing fibers is designated as 100% by mass), and a mesopentad fraction of the propylene-based polymer measured by 13 C-NMR is designated as M (%), the following Expression and Expression are satisfied. 85 ≤ M ≤ 99 74 ≤ M − 12 E ≤ 90
A method performed by a Central Unit, CU, of a base station for processing a Radio Link Control, RLC, failure, the method comprising: receiving (3a-0), from a user equipment, UE, information on the RLC failure; transmitting (3a-1), to a Distributed Unit, DU, of the base station, a UE context modification request message including the first information associated with the information on the RLC failure; and receiving (3a-2), from the DU, a UE context modification response message including second information on one or more cells related to the RLC failure, wherein the first information includes a logical channel identifier, LCID, and wherein the logical channel identifier is related to an RLC entity needing re-establishment. receiving (3a-0), from a user equipment, UE, information on the RLC failure; transmitting (3a-1), to a Distributed Unit, DU, of the base station, a UE context modification request message including the first information associated with the information on the RLC failure; and receiving (3a-2), from the DU, a UE context modification response message including second information on one or more cells related to the RLC failure, wherein the first information includes a logical channel identifier, LCID, and wherein the logical channel identifier is related to an RLC entity needing re-establishment.
Photopolymer formulation comprising matrix polymers, writing monomers and photoinitiators, characterized in that it contains urethanes having a molecular weight of ≤ 250 g/mol as plasticizers.
A waste receptacle for receiving used disposable beverage containers or the like, comprising first and second (15, 16) separable sections defining an internal chamber for receipt of a refuse sack, the first section comprising a first outer wall, the second section defining a second outer wall, wherein the first and second sections (15, 16) are movable relative to each other between a first position in which the sections (15, 16) combine to define the internal chamber, and further positions; the waste receptacle being characterised in that a first base member projects from the first outer wall, the first section defines at least one ground contacting wheel element disposed adjacent to said first base member and the second section defines a stop member vertically spaced from the first base member; and the further positions comprise an intermediate position in which the first section is tilted relative to the second section so that the first base member abuts the stop member whereupon further tilting is prevented and a second position in which the first section is separated from the second section and is transportable on the, or each, ground contacting wheel element.
A security feature for a security or value document, wherein the security feature comprises a zinc sulphide luminophore in the form of particles, wherein the zinc sulphide luminophore has the following general chemical formula: ZnS: Cu x, M y, X z in which: • M = one or more elements from a group comprising the chemical elements Co, In and Ni • X = one or more elements from a group comprising the halides F, Cl, Br, and I; • 0 < x ≤ 0.002; • 0 ≤ y ≤ 0,00015; and • 0 ≤ z ≤ 0,00050; wherein the particles each have cubic phase portions and hexagonal phase portions, wherein the zinc sulphide luminophore emits a first luminescence radiation in the spectral range between 580 nm and 780 nm when excited by an electric field and wherein the zinc sulphide luminophore emits a second luminescence radiation in the visible spectral range when thermally stimulated and previously excited by means of UV radiation. • M = one or more elements from a group comprising the chemical elements Co, In and Ni • X = one or more elements from a group comprising the halides F, Cl, Br, and I; • 0 < x ≤ 0.002; • 0 ≤ y ≤ 0,00015; and • 0 ≤ z ≤ 0,00050;
A laser sensor including: a light projector; a light receiver to detect reflection light from a detection object to which laser light is emitted from the light projector, and an exterior component covering the light projector and the light receiver, wherein the exterior component includes: an optical window that transmits the laser light and the reflection light, and a holder that surrounds an outer periphery of the optical window, wherein the holder extends from an outer edge of the optical window and includes a lid part, wherein the optical window and the holder are formed as an integrally-molded product made of a resin having transmittivity in a wavelength band of the laser light, wherein the optical window includes a pair of curved optical surfaces facing each other, and wherein the holder includes a light shielding part that is located at least adjacent to the optical surfaces and shields the laser light and ambient light, characterised in that: the holder includes a gate part provided at a center of the lid part. a light projector; a light receiver to detect reflection light from a detection object to which laser light is emitted from the light projector, and an exterior component covering the light projector and the light receiver, wherein the exterior component includes: an optical window that transmits the laser light and the reflection light, and a holder that surrounds an outer periphery of the optical window, wherein the holder extends from an outer edge of the optical window and includes a lid part, an optical window that transmits the laser light and the reflection light, and a holder that surrounds an outer periphery of the optical window, wherein the holder extends from an outer edge of the optical window and includes a lid part, wherein the optical window and the holder are formed as an integrally-molded product made of a resin having transmittivity in a wavelength band of the laser light, wherein the optical window includes a pair of curved optical surfaces facing each other, and wherein the holder includes a light shielding part that is located at least adjacent to the optical surfaces and shields the laser light and ambient light,
A model of reconstructed sensitive skin, said model being obtainable by a method comprising the steps of: a) obtaining a reconstructed skin model from a skin sample of a subject; and b) contacting said reconstructed skin model from step a) with lactic acid, the lactic acid concentration used being comprised between 0.05% and 5 % by weight of lactic acid /solution volume, said model expressing at least one biological marker selected from the group of inflammation markers, barrier markers and defence markers; and wherein: (i) the expression of the biological marker selected from the group of inflammation markers is higher than in normal skin, and/or (ii) the expression of the biological marker selected from the group of barrier markers is lower than in normal skin; and/or (iii) the expression of the biological marker selected from the group of defence markers is lower than in normal skin. a) obtaining a reconstructed skin model from a skin sample of a subject; and b) contacting said reconstructed skin model from step a) with lactic acid, the lactic acid concentration used being comprised between 0.05% and 5 % by weight of lactic acid /solution volume, (i) the expression of the biological marker selected from the group of inflammation markers is higher than in normal skin, and/or (ii) the expression of the biological marker selected from the group of barrier markers is lower than in normal skin; and/or (iii) the expression of the biological marker selected from the group of defence markers is lower than in normal skin.
A method comprising: introducing a milled product to an airflow, the milled product having a moisture content ranging between thirteen percent (13%) and eighteen percent (18%); directing the airflow including the milled product into an accelerator; and separating a first fraction of the milled product from a second fraction of the milled product in the accelerator. introducing a milled product to an airflow, the milled product having a moisture content ranging between thirteen percent (13%) and eighteen percent (18%); directing the airflow including the milled product into an accelerator; and separating a first fraction of the milled product from a second fraction of the milled product in the accelerator.
A pump comprising: - a casing; - a statoric part stationarily housed in the casing; - at least one impeller arranged for rotation in the casing; - a process fluid path extending though the statoric part and the impeller; - at least one bearing adapted to rotatingly support the impeller in the casing; - a bearing lubrication path adapted to circulate a fluid flow through the bearing; - a rotary screw (43A; 43B; 43C) integral with the impeller and rotating therewith when the pump is operating; wherein the rotary screw (43A; 43B; 43C) is arranged coaxial to a stationary surface of the statoric part and form a screw pump (41A; 41B; 41C) fluidly coupled to the process fluid path and to the bearing lubrication path, such that rotation of the impeller promotes process fluid circulation by means of said screw pump through the bearing lubrication path; characterized in that the rotary screw (43A; 4B; 43C) has a first rotary screw portion at an inlet of the bearing lubrication path, the inlet being fluidly coupled to the process fluid path downstream of the impeller, and a second rotary screw portion at an outlet of the bearing lubrication path, the outlet being fluidly coupled to the process fluid path upstream of the impeller; and wherein the first rotary screw portion forms a first screw pump section, and the second rotary screw portion forms a second screw pump section. - a casing; - a statoric part stationarily housed in the casing; - at least one impeller arranged for rotation in the casing; - a process fluid path extending though the statoric part and the impeller; - at least one bearing adapted to rotatingly support the impeller in the casing; - a bearing lubrication path adapted to circulate a fluid flow through the bearing; - a rotary screw (43A; 43B; 43C) integral with the impeller and rotating therewith when the pump is operating; wherein the rotary screw (43A; 43B; 43C) is arranged coaxial to a stationary surface of the statoric part and form a screw pump (41A; 41B; 41C) fluidly coupled to the process fluid path and to the bearing lubrication path, such that rotation of the impeller promotes process fluid circulation by means of said screw pump through the bearing lubrication path; characterized in that the rotary screw (43A; 4B; 43C) has a first rotary screw portion at an inlet of the bearing lubrication path, the inlet being fluidly coupled to the process fluid path downstream of the impeller, and a second rotary screw portion at an outlet of the bearing lubrication path, the outlet being fluidly coupled to the process fluid path upstream of the impeller; and wherein the first rotary screw portion forms a first screw pump section, and the second rotary screw portion forms a second screw pump section.