mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, from a mobile device disposed within a vehicle, a set of sensor measurements from an accelerometer; converting the set of sensor measurements into a frequency domain; filtering, with a bandpass filter, the set of sensor measurements to eliminate high frequency sensor measurements from the set of sensor measurements; defining a set of contiguous windows based on a remaining sensor measurements in the set of sensor measurements, each contiguous window of the set of contiguous windows representing a contiguous portion of the remaining sensor measurements in the set of sensor measurements; generating, for each contiguous window of the set of contiguous windows, a set of features by resampling the sensor measurements of the contiguous window at one or more predefined frequencies; generating a speed prediction by executing a trained neural network using the set of features; generating a vehicle crash prediction using the speed prediction; and transmitting, to a remote device, the vehicle crash prediction. receiving, from a mobile device disposed within a vehicle, a set of sensor measurements from an accelerometer; converting the set of sensor measurements into a frequency domain; filtering, with a bandpass filter, the set of sensor measurements to eliminate high frequency sensor measurements from the set of sensor measurements; defining a set of contiguous windows based on a remaining sensor measurements in the set of sensor measurements, each contiguous window of the set of contiguous windows representing a contiguous portion of the remaining sensor measurements in the set of sensor measurements; generating, for each contiguous window of the set of contiguous windows, a set of features by resampling the sensor measurements of the contiguous window at one or more predefined frequencies; generating a speed prediction by executing a trained neural network using the set of features; generating a vehicle crash prediction using the speed prediction; and transmitting, to a remote device, the vehicle crash prediction.
A method for operating an engine, the method comprising: monitoring an engine core temperature; when the engine core temperature is below an engine thermal limit adjusted for a level of deterioration of the engine, setting an output power of the engine in accordance with a reference power based on non-thermal limits of the engine; and when a given number of consecutive increases in engine core temperature is reached, and a difference between the engine core temperature and the adjusted thermal limit is less than a given difference threshold (T diff), setting the output power of the engine to a value lower than the reference power based on non-thermal limits of the engine to reduce the engine core temperature. monitoring an engine core temperature; when the engine core temperature is below an engine thermal limit adjusted for a level of deterioration of the engine, setting an output power of the engine in accordance with a reference power based on non-thermal limits of the engine; and when a given number of consecutive increases in engine core temperature is reached, and a difference between the engine core temperature and the adjusted thermal limit is less than a given difference threshold (T diff), setting the output power of the engine to a value lower than the reference power based on non-thermal limits of the engine to reduce the engine core temperature.
A ring-shaped catalyst having a straight body part and a hollow body part, which is used when (i) a gas-phase catalytic oxidation reaction of an olefin or a tertiary butanol is conducted to produce a corresponding unsaturated aldehyde and/or unsaturated carboxylic acid, the catalyst comprising at least molybdenum and bismuth, or (ii) a gas-phase catalytic oxidation of an unsaturated aldehyde is conducted to produce a corresponding unsaturated carboxylic acid, the catalyst comprising at least molybdenum and vanadium, wherein: a length of the straight body part is shorter than a length of the hollow body part and at least at one end part, a region from an end part of the straight body part to an end part of the hollow body part is concavely curved, wherein an "end part" of the ring-shaped catalyst indicates a region around an end in the opening direction (axial direction) of the ring-shaped catalyst; a "straight body part" of the ring-shaped catalyst indicates a portion having a constant outer diameter in the ring-shaped catalyst; and a "hollow body part" of the ring-shaped catalyst indicates a portion having a constant inner diameter in the hollow portion of the ring-shaped catalyst. (i) a gas-phase catalytic oxidation reaction of an olefin or a tertiary butanol is conducted to produce a corresponding unsaturated aldehyde and/or unsaturated carboxylic acid, the catalyst comprising at least molybdenum and bismuth, or (ii) a gas-phase catalytic oxidation of an unsaturated aldehyde is conducted to produce a corresponding unsaturated carboxylic acid, the catalyst comprising at least molybdenum and vanadium, a length of the straight body part is shorter than a length of the hollow body part and at least at one end part, a region from an end part of the straight body part to an end part of the hollow body part is concavely curved, wherein an "end part" of the ring-shaped catalyst indicates a region around an end in the opening direction (axial direction) of the ring-shaped catalyst; a "straight body part" of the ring-shaped catalyst indicates a portion having a constant outer diameter in the ring-shaped catalyst; and a "hollow body part" of the ring-shaped catalyst indicates a portion having a constant inner diameter in the hollow portion of the ring-shaped catalyst.
Meander bioreactor consisting of a rectangular bioreactor vessel made of preferably clear polymermaterial, which is sterile closed with a lid, characterized in that the bioreactor vessel is divided into three chambers (3, 4, 5) arranged one above the other and the lowest chamber as an underlay chamber, the chamber arranged above the underlay chamber as a meander perfusion chamber and the chamber arranged above the meander perfusion chamber as Overlay chamber is formed and the underlay chamber and the meander perfusion chamber are separated from one another by a perforated base plate with a semi-permeable film arranged at the bottom of the perforated base plate, wherein Oxygen diffuses through the film preferentially over other gases.
An electronic device, comprising: a housing; an interface component at least partially defining an interface surface, the interface component and the housing defining an internal volume; and a force sensor assembly disposed in the internal volume to detect an amount of force applied to the interface surface, the force sensor assembly comprising: a pressure decay sensor configured to detect an exponential time constant of a rate of decay of pressure in the internal volume; and a gap distance sensor disposed opposite a surface of the interface component; wherein: the amount of force is detected by a weighted combination of a first signal from the pressure decay sensor and a second signal from the gap distance sensor; and a weight of the first signal and a weight of the second signal are based at least partially on the exponential time constant. a housing; an interface component at least partially defining an interface surface, the interface component and the housing defining an internal volume; and a force sensor assembly disposed in the internal volume to detect an amount of force applied to the interface surface, the force sensor assembly comprising: a pressure decay sensor configured to detect an exponential time constant of a rate of decay of pressure in the internal volume; and a gap distance sensor disposed opposite a surface of the interface component; the amount of force is detected by a weighted combination of a first signal from the pressure decay sensor and a second signal from the gap distance sensor; and a weight of the first signal and a weight of the second signal are based at least partially on the exponential time constant.
A digital print head for printing on substrates, comprising: - an ejector (1.1) for ejecting a product onto the substrate; - a drying element (1.2) for acting on the product ejected onto the substrate such that it is dried; - shielding means to prevent the ejected product from directly reaching the drying element (1.2) by spray; wherein the drying element (1.2) is located with respect to the ejector (1.1) in such a way that when the product is ejected it is subjected to the drying provided by the drying element (1.2); and wherein the shielding means comprise a barrier element (2.1) arranged in correspondence with the drying element (1.2) such that it is reached by the sprayed product when it is ejected; characterized in that the barrier element (2.1) is made of a plastic material configured to be elastically deformable, the barrier element (2.1) is arranged such that it is fed by being unwound and wound for being arranged and removed, respectively, with respect to the drying element (1.2). - an ejector (1.1) for ejecting a product onto the substrate; - a drying element (1.2) for acting on the product ejected onto the substrate such that it is dried; - shielding means to prevent the ejected product from directly reaching the drying element (1.2) by spray; wherein the drying element (1.2) is located with respect to the ejector (1.1) in such a way that when the product is ejected it is subjected to the drying provided by the drying element (1.2); and wherein the shielding means comprise a barrier element (2.1) arranged in correspondence with the drying element (1.2) such that it is reached by the sprayed product when it is ejected; characterized in that the barrier element (2.1) is made of a plastic material configured to be elastically deformable, the barrier element (2.1) is arranged such that it is fed by being unwound and wound for being arranged and removed, respectively, with respect to the drying element (1.2).
Connector for enabling fluid transfer between a first fluid container and a second fluid container, which connector comprises a first component that is arranged to be connected to a first fluid container and a second component that is arranged to be connected to a second fluid container, whereby said first component is arranged to be non-rotatably connected to said second component, or a part of the second component, and to a first fluid container before a second fluid container is connected to said second component and/or before a first fluid container is connected to the first component, characterized in that said connector comprises a locking and rotation-enabling element that is arranged to be activated once a second fluid container has been connected to said second component, and/or once a first fluid container has been connected to the first component, which locking and rotation-enabling element enables the first component and the second component to rotate freely with respect to one another, whereby one of said first component or second component comprises at least one protrusion (18, 18b) that is arranged to become located in at least one corresponding cavity in the other of said first or second component (12, 14) or in said locking and rotation-enabling element, in order to connect said first component to said second component in a non-rotatable manner, and whereby said locking and rotation- enabling element is arranged to force said at least one protrusion (18, 18b) out of said at least one corresponding cavity, whereby said first component and said second component are enabled to rotate freely with respect to one another when said at least one protrusion (18, 18b) is forced out of said at least one corresponding cavity, whereby said at least one protrusion comprises guide means to facilitate the connection of said first component to the second component.
A system, comprising: a plurality of tubes, wherein each of the plurality of tubes comprise a first end and a second end; a light detector positioned at the second end of each of the plurality of tubes, the light detector configured to: detect an incoming light; and determine light intensity information of the incoming light; material coupled to the first end of each of the plurality of tubes, the material configured to change in transparency; a processor coupled to the light detector and the material, and configured to: receive the light intensity information from the light detector; determine that an intensity of the incoming light is above a threshold; and in response to determining that the intensity is above the threshold, cause a change in transparency of the material of at least one of the plurality of tubes. a plurality of tubes, wherein each of the plurality of tubes comprise a first end and a second end; a light detector positioned at the second end of each of the plurality of tubes, the light detector configured to: detect an incoming light; and determine light intensity information of the incoming light; material coupled to the first end of each of the plurality of tubes, the material configured to change in transparency; a processor coupled to the light detector and the material, and configured to: receive the light intensity information from the light detector; determine that an intensity of the incoming light is above a threshold; and in response to determining that the intensity is above the threshold, cause a change in transparency of the material of at least one of the plurality of tubes. detect an incoming light; and determine light intensity information of the incoming light; material coupled to the first end of each of the plurality of tubes, the material configured to change in transparency; a processor coupled to the light detector and the material, and configured to: receive the light intensity information from the light detector; determine that an intensity of the incoming light is above a threshold; and in response to determining that the intensity is above the threshold, cause a change in transparency of the material of at least one of the plurality of tubes. receive the light intensity information from the light detector; determine that an intensity of the incoming light is above a threshold; and in response to determining that the intensity is above the threshold, cause a change in transparency of the material of at least one of the plurality of tubes.
A catalyst composition comprising: one or more Ziegler-Natta procatalyst compositions comprising one or more transition metal compounds and one or more esters of aromatic dicarboxylic acid internal electron donors; one or more aluminum containing cocatalysts; and a selectivity control agent comprising a mixture of an alkyl ester of a C 4 -C 30 aliphatic acid as an activity limiting agent and a silane composition, and a molar ratio of aluminum to total SCA from 0.5:1 to 4:1, wherein the silane composition is a mixture of dimethyldimethoxysilane and a member selected from the group consisting of dicyclopentyldimethoxysilane, methylcyclohexyldimethoxysilane, and n-propyltrimethoxysilane. one or more Ziegler-Natta procatalyst compositions comprising one or more transition metal compounds and one or more esters of aromatic dicarboxylic acid internal electron donors; one or more aluminum containing cocatalysts; and a selectivity control agent comprising a mixture of an alkyl ester of a C 4 -C 30 aliphatic acid as an activity limiting agent and a silane composition, and a molar ratio of aluminum to total SCA from 0.5:1 to 4:1, wherein the silane composition is a mixture of dimethyldimethoxysilane and a member selected from the group consisting of dicyclopentyldimethoxysilane, methylcyclohexyldimethoxysilane, and n-propyltrimethoxysilane.
An image forming apparatus, comprising: a printing section configured to be capable of carrying out at least a decoloring printing; an input section configured to receive a command from a user; a first print control section configured to control, in a case of receiving a printing command from the user, the printing section to decolor and print a printing subject image, and then waits until a next command is input from the user; and a second print control section configured to control, in a case of receiving a command continuing printing from the user after the decoloring printing, the printing section to print the printing subject image, characterized by the first print control section configured to print attention information indicating that a sheet is confidential on the sheet for encouraging the user to pay attention, in addition to the printing subject image. a printing section configured to be capable of carrying out at least a decoloring printing; an input section configured to receive a command from a user; a first print control section configured to control, in a case of receiving a printing command from the user, the printing section to decolor and print a printing subject image, and then waits until a next command is input from the user; and a second print control section configured to control, in a case of receiving a command continuing printing from the user after the decoloring printing, the printing section to print the printing subject image, characterized by the first print control section configured to print attention information indicating that a sheet is confidential on the sheet for encouraging the user to pay attention, in addition to the printing subject image.
A flow splitter for distributing solid particles flowing in a fluid through a piping system, the flow splitter comprising: a) a divider housing having an inlet configured to connect to an upstream pipe and having an outlet plate opposed to the inlet with a plurality of outlets defined therethrought wherein the outlet plate is substantially perpendicular to a longitudinal axis running from the inlet to the outlets of the divider body, each outlet being configured to connect to a respective downstream pipe; b) a divider body mounted within the divider housing; and c) a plurality of divider vanes, each extending from the divider body to the divider housing, and each extending from an inlet end of the divider body to an outlet end of the divider body, wherein the divider housing, divider body, and divider vanes are configured and adapted to reduce non-uniformity in particle concentration from the inlet and to supply a substantially equal particle flow to each outlet. a) a divider housing having an inlet configured to connect to an upstream pipe and having an outlet plate opposed to the inlet with a plurality of outlets defined therethrought wherein the outlet plate is substantially perpendicular to a longitudinal axis running from the inlet to the outlets of the divider body, each outlet being configured to connect to a respective downstream pipe; b) a divider body mounted within the divider housing; and c) a plurality of divider vanes, each extending from the divider body to the divider housing, and each extending from an inlet end of the divider body to an outlet end of the divider body, wherein the divider housing, divider body, and divider vanes are configured and adapted to reduce non-uniformity in particle concentration from the inlet and to supply a substantially equal particle flow to each outlet.
A method for producing a casting mold for metal casting, in particular a continuous casting mold, said casting mold being made of a material made predominantly of carbon, the casting mold being coated with pyrolytic carbon and/or boron nitride, characterized in that a coating of the casting mold is applied at a temperature of 500 °C to 1900 °C, wherein, during a process time of coating the casting mold, the coating is applied during a first process phase at a first temperature by means of a CVI method and subsequently applied during a second process phase at a second temperature by means of a CVD method, the first process phase being chosen so as to be longer than the second process phase and the first temperature being chosen so as to be lower than the second temperature.
Method for providing a one-time password for a user device of a user, said password being intended to register the user device with a server, wherein the server generates the one-time password using a cryptographic operation on the basis of a unique use identifier and transmits said password to the user device, wherein the user device stores the one-time password received from the server and transmits it with the use identifier during a registration of the user device with the server, wherein during the registration of the user device with the server, the server verifies the user device with reference to the use identifier that is implicitly contained in the one-time password that has been received, wherein the unique use identifier is formed by a user device ID of the user device.
Container treatment machine for treating containers, comprising at least one transport element (24; 62; 104) which has container holders, which is rotatably driven about an axis of rotation and with which the containers to be treated, fed via a container inlet, can be conveyed to the treatment stations and, after treatment there, can be conveyed to a container outlet, wherein the transport element is arranged such as to be pivoted together with the container holders about a horizontal axis by means of a pivoting device (16; 106), wherein the container holders can be pivoted by pivoting the transport element between a feeding position, with the container opening upwards, and a treatment position, with the container opening downwards, and wherein the pivoting device (16; 106) comprises a pivot drive (18; 111) for pivoting a pivot arm (20; 66; 114), wherein the transport element (24; 104) is held at the pivot arm (20; 66; 114) such as to be rotatable by means of a rotary drive (22; 102).