mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a monitoring centre (302, 400) for monitoring occurrence of events in a monitored area, wherein a monitoring equipment (304, 402) displays information that reflects sensor data from sensors distributed in different positions in the monitored area, the method comprising: - detecting an abnormal event in the monitored area based on received sensor data, - identifying a set of sensors (S1-S3) potentially impacted by the detected abnormal event, - triggering the set of sensors (S1-S3) to enter a vigilance state of elevated operation and to deliver enhanced sensor data (D-e), wherein the set of sensors (S1-S3) are triggered to enter the vigilance state of elevated operation such that the sensors activate further nearby sensors to also enter the vigilance state of elevated operation to expand the area from which measurements or observations are taken, and - auto-zooming a representation of the abnormal event being displayed by the monitoring equipment based on the enhanced sensor data from the set of sensors (S1-S3) such that resolution of the displayed representation is increased, wherein the representation is auto-zoomed gradually over time such that the resolution of the displayed representation is increased in multiple steps. - detecting an abnormal event in the monitored area based on received sensor data, - identifying a set of sensors (S1-S3) potentially impacted by the detected abnormal event, - triggering the set of sensors (S1-S3) to enter a vigilance state of elevated operation and to deliver enhanced sensor data (D-e), wherein the set of sensors (S1-S3) are triggered to enter the vigilance state of elevated operation such that the sensors activate further nearby sensors to also enter the vigilance state of elevated operation to expand the area from which measurements or observations are taken, and - auto-zooming a representation of the abnormal event being displayed by the monitoring equipment based on the enhanced sensor data from the set of sensors (S1-S3) such that resolution of the displayed representation is increased, wherein the representation is auto-zoomed gradually over time such that the resolution of the displayed representation is increased in multiple steps.
Method of treating the surfaces of mould parts consisting of a steel material for casting moulds which are provided for the casting-related manufacture of cast parts from a light metal melt, comprising the following work steps: a) Nitrate treating the mould part to generate a nitride-hardened edge layer adjoining the free surface of the mould part which has a greater hardness than the inner core region of the mould part and comprises a diffusion layer adjoining the core region and a compound layer located on the diffusion layer and adjoining the free surface of the mould part; b) mechanical processing of at least one section (1 - 6) of the free surface of the mould part, wherein the mechanical processing is carried out by machine surface hammering, in the case of which a hammer tool, which performs an impact movement along a movement axis at a certain impact frequency, said movement axis being aligned in relation to the free surface at a determined acute angle (βa,βi,βt), is guided continually over the free surface of the mould part following a track (P, PV) determined in a preceding design step such that the compound layer is removed by the impact stress in the impact region of the hammer tool. a) Nitrate treating the mould part to generate a nitride-hardened edge layer adjoining the free surface of the mould part which has a greater hardness than the inner core region of the mould part and comprises a diffusion layer adjoining the core region and a compound layer located on the diffusion layer and adjoining the free surface of the mould part; b) mechanical processing of at least one section (1 - 6) of the free surface of the mould part, wherein the mechanical processing is carried out by machine surface hammering, in the case of which a hammer tool, which performs an impact movement along a movement axis at a certain impact frequency, said movement axis being aligned in relation to the free surface at a determined acute angle (βa,βi,βt), is guided continually over the free surface of the mould part following a track (P, PV) determined in a preceding design step such that the compound layer is removed by the impact stress in the impact region of the hammer tool.
A method for controlling operating modes of a tire pressure monitoring system, wherein the tire pressure monitoring system is mounted to a wheel of a vehicle, wherein the tire pressure monitoring system has at least one pressure measurement device, a sending device for the radio transmission of pressure measurement data to a receiving device of a central control unit of the vehicle, storage means for pressure data, comparison means for comparing pressure values, and a motion sensor, wherein the tire pressure monitoring system can assume at least two operating modes, wherein the tire pressure is measured repeatedly in first time intervals in a first operating mode, wherein the tire pressure is measured in second time intervals in a second operating mode, wherein the second time intervals are shorter than the first time intervals, and wherein pressure measurement data are sent out by the tire pressure monitoring system in the second operating mode, wherein the system switches from the first operating mode to the second operating mode when a measured value deviates from a stored first reference value by more than a first threshold value, characterized in that a first reference value is calculated from previously sent pressure values upon entry into the first operating mode, said first reference value then being stored in the storage means of the tire pressure monitoring system, in that a timer in the tire pressure monitoring system is started, said timer monitoring a time interval up to a first defined decay time, and in that, upon expiration of the first defined decay time, the most recently measured pressure value is stored as a first reference value.
An optical see-through glass type display device, comprising: an image projector (140; 500; 600) projecting a virtual image; a first optical element configured to guide light of the virtual image; and a second optical element to be positioned between the first optical element and an ambient scene, wherein the second optical element has a first reflection surface for reflecting back light coming through the front surface of the second optical element and a second reflection surface, and the second optical element is switchable between a first state in which the reflection on the first and second reflection surfaces (122a, 124a) is enabled and a second state in which the reflection on the first and second reflection surfaces (122a, 124a) is disabled, characterized in that the second reflection surface retro-reflects light coming through the rear surface of the second optical element. an image projector (140; 500; 600) projecting a virtual image; a first optical element configured to guide light of the virtual image; and a second optical element to be positioned between the first optical element and an ambient scene, wherein the second optical element has a first reflection surface for reflecting back light coming through the front surface of the second optical element and a second reflection surface, and the second optical element is switchable between a first state in which the reflection on the first and second reflection surfaces (122a, 124a) is enabled and a second state in which the reflection on the first and second reflection surfaces (122a, 124a) is disabled, characterized in that the second reflection surface retro-reflects light coming through the rear surface of the second optical element.
An epoxy resin composition comprising an epoxy resin, a curing agent, and an inorganic filler, wherein the epoxy resin includes a crystalline epoxy resin and a general amorphous epoxy resin in which a molecule has at least two epoxy groups, wherein the epoxy resin composition comprises 3 wt% to 60 wt% of epoxy resin based on a total weight of the epoxy resin composition, wherein the epoxy resin composition comprises 0.5 wt% to 5 wt% of the curing agent based on a total weight of the epoxy resin composition, wherein the epoxy resin composition comprises 85 wt% to 97 wt% of inorganic filler based on a total weight of the epoxy resin composition, wherein the cured epoxy resin composition has a thermal conductivity of at least 3 W/mK, wherein the epoxy resin comprises at least 50 wt% of the crystalline epoxy resin, characterized in that the crystalline epoxy resin is represented by the following chemical formula: wherein the epoxy resin includes a crystalline epoxy resin and a general amorphous epoxy resin in which a molecule has at least two epoxy groups, wherein the epoxy resin composition comprises 3 wt% to 60 wt% of epoxy resin based on a total weight of the epoxy resin composition, wherein the epoxy resin composition comprises 0.5 wt% to 5 wt% of the curing agent based on a total weight of the epoxy resin composition, wherein the epoxy resin composition comprises 85 wt% to 97 wt% of inorganic filler based on a total weight of the epoxy resin composition, wherein the cured epoxy resin composition has a thermal conductivity of at least 3 W/mK, wherein the epoxy resin comprises at least 50 wt% of the crystalline epoxy resin, characterized in that the crystalline epoxy resin is represented by the following chemical formula:
A method by which a terminal performs communication in a wireless communication system, the method characterised by: receiving risk area information from a base station; in case that it is determined, based on the risk area information, that the terminal is located in a risk area, generating pedestrian-to-vehicle, P2V, data; transmitting a P2V resource allocation request for the P2V data, to the base station; receiving resource pool information from the base station, based on the P2V resource allocation request; and transmitting the P2V data to a vehicle terminal, on a resource selected based on the resource pool information. receiving risk area information from a base station; in case that it is determined, based on the risk area information, that the terminal is located in a risk area, generating pedestrian-to-vehicle, P2V, data; transmitting a P2V resource allocation request for the P2V data, to the base station; receiving resource pool information from the base station, based on the P2V resource allocation request; and transmitting the P2V data to a vehicle terminal, on a resource selected based on the resource pool information.
A method comprising: performing, by a user equipment (114A, 114B, 114C), a block error rate measurement on a channel of a multicast broadcast single-frequency network; and associating a metric with the block error rate measurement, wherein the metric comprises at least one of a reliability metric of the block error rate measurement or an inaccuracy metric of the block error rate measurement, wherein a quantity of received blocks during a measurement period is indicative of the at least one of the reliability metric or the inaccuracy metric.
Power plant component, comprising a substrate the surface of which is coated with a functionally graded coating of a predetermined thickness, with anti-erosion, anti-corrosion and anti-fouling properties, wherein said functionally graded coating comprises a corrosion resistant first means, and an erosion resistant and hydrophobic second means, and that said functionally graded coating is a composite coating consisting of a single layer, whereby the concentration of said corrosion resistant first means and the concentration of said erosion resistant and hydrophobic second means vary gradually along the thickness (x) of said composite coating, whereby the concentration of said corrosion resistant first means varies gradually from a high concentration at the inner side of said composite coating to a low concentration at the outer side of said composite coating, and that the concentration of said erosion resistant and hydrophobic second means varies gradually from a low concentration at the inner side of said composite coating to a high concentration at the outer side of said composite coating, wherein said corrosion resistant first means comprises a metal, ceramic, cermet and/or polymer matrix, in which particles are embedded, whereby the concentration of said particles varies gradually from a high concentration at the inner side of said composite coating to a low concentration at the outer side of said composite coating, and said particles comprise micro or nano metal, ceramic and/or polymer materials, which provide corrosion protection by electronegativity and/or self-healing reaction, and wherein said erosion resistant and hydrophobic second means comprises: - a metal, ceramic, cermet and/or polymer matrix, in which hard ceramic, metallic and/or polymer nano or micro materials are included, whereby the concentration of said materials varies gradually from a low concentration at the inner side of said composite coating to a high concentration at the outer side of said composite coating, or - ceramic, metallic or intermetallic particles coated with ceramic or polymer material, whereby said ceramic, metallic or intermetallic particles are erosion resistant and said ceramic or polymer coating material is anti-fouling. - a metal, ceramic, cermet and/or polymer matrix, in which hard ceramic, metallic and/or polymer nano or micro materials are included, whereby the concentration of said materials varies gradually from a low concentration at the inner side of said composite coating to a high concentration at the outer side of said composite coating, or - ceramic, metallic or intermetallic particles coated with ceramic or polymer material, whereby said ceramic, metallic or intermetallic particles are erosion resistant and said ceramic or polymer coating material is anti-fouling.
A module for a data carrier, which data carrier may be used for both operations with contacts and operations without contacts, wherein the module containing an integrated component, which component has component connections (A1, A2, A3, A5, A7) used for operations with contacts and here being in an electrically conductive connection with counter contacts (27, 28, 29, 30, 31) of a communication station and which component has component connections (A4, A8) used for operations without contacts and here being in an electrically conductive connection with counter contacts (20, 21; 33, 34) of transmission means (14; 32), which transmission means (14; 32) are capable for working in a contactless manner, and wherein the module having a substrate and an external side and an internal side and having on its external side a contact field with module connecting contacts (C 1, C2, C3, C4, C5, C6, C7, C8) accessible to counter contacts, and wherein each component connection (A1, A2, A3, A5, A7) used for operations with contacts being in an electrically conductive connection with a module connecting contact (C1, C2, C3, C5, C7) of the contact field, and wherein each component connection (A4, A8) used for operations without contacts also being in an electrically conductive connection with a module connecting contact (C4, C8) of the contact field, characterized in that the module containing on its internal side supplementary connecting contacts (Z1, Z2), and each component connection (A4, A8) used for operations without contacts is also in an electrically conductive connection with a supplementary connecting contact (Z1, Z2), and each supplementary connecting contact (Z1, Z2) is intended and designed for an electrically conductive connection with a counter contact (20, 21) of transmission means, which transmission means are capable for working in a contactless manner.
A method for selecting an access point in a wireless network, said method comprising: calculating (225, 330) an access link metric for each candidate access point, said access link metric being between an end device and each candidate access point on a channel indexed by a channel index; receiving (230, 335) a path metric between each said candidate access point and a gateway; estimating (230, 335) a metric function using said access link metric and said path metric; selecting (235, 340) one of said candidate access points based on said function; and establishing (240, 345) a connection with said selected access point, characterized in that it further includes, before calculating the access link metric, the steps of initializing (205, 305) the channel index and recording (210, 315) a received signal power and information contained in one of a beacon message and a probe request response message; in that said access link metric being responsive to said received signal power and said information contained in one of said beacon message and said probe request response message, and in that said information contained in said beacon comprises a path metric, an indication of the transmission power, an access point load, a sum of expected transmission times of all end devices currently connected to said candidate access point, a throughput bound for all of said end devices currently connected to said candidate access point, wherein said above information is one of measured and estimated by said candidate access point. calculating (225, 330) an access link metric for each candidate access point, said access link metric being between an end device and each candidate access point on a channel indexed by a channel index; receiving (230, 335) a path metric between each said candidate access point and a gateway; estimating (230, 335) a metric function using said access link metric and said path metric; selecting (235, 340) one of said candidate access points based on said function; and establishing (240, 345) a connection with said selected access point, characterized in that it further includes, before calculating the access link metric, the steps of initializing (205, 305) the channel index and recording (210, 315) a received signal power and information contained in one of a beacon message and a probe request response message; in that said access link metric being responsive to said received signal power and said information contained in one of said beacon message and said probe request response message, and in that said information contained in said beacon comprises a path metric, an indication of the transmission power, an access point load, a sum of expected transmission times of all end devices currently connected to said candidate access point, a throughput bound for all of said end devices currently connected to said candidate access point,
Lighting device (26, 40) producing a light beam of the main-beam type for a motor vehicle, which comprises: - a plurality of selectively activatable main light sources that are arranged in a transverse alignment, two adjacent main light sources being separated transversely; - optical projection means that are arranged so as to project an image to infinity of each main light source, the images forming pixels each having at least one sharp edge, that is to say the sharp edge is perceived as a light line by an observer of a screen on which screen the light beam is projected, said screen being situated at 25 m from the lighting device and, the pixels being separate and aligned transversely, two adjacent pixels being separated transversely by a dark interval, at least one transition light source a transition image of which is projected to infinity by associated optical projection means (14, 42), each transition image fully illuminating at least one dark interval while overlapping the pixels adjacent to said dark interval, each transition light source being able to be activated selectively, characterised in that the transition image is fuzzy, namely delimited transversely by fuzzy edges that fade, that is to say the light illumination of which decreases, proportionally to the transverse distance from the centre of the fuzzy transition image. - a plurality of selectively activatable main light sources that are arranged in a transverse alignment, two adjacent main light sources being separated transversely; - optical projection means that are arranged so as to project an image to infinity of each main light source, the images forming pixels each having at least one sharp edge, that is to say the sharp edge is perceived as a light line by an observer of a screen on which screen the light beam is projected, said screen being situated at 25 m from the lighting device and, the pixels being separate and aligned transversely, two adjacent pixels being separated transversely by a dark interval,
A medicament injection device comprising: a main body; a medicament cartridge holder fixed with respect to the main body, wherein the medicament cartridge holder is configured to hold a medicament cartridge; a needle holder carrying a needle, wherein the needle holder is axially movable with respect to the main body; a rotatable cap at a distal end of the medicament injection device, wherein the cap comprises a first pre-stressed spring coupled to the needle holder, and at least one activation element configured to control the release of the first pre-stressed spring, and wherein the first pre-stressed spring is attached at a proximal end thereof to a plate, and wherein rotation of the cap from a first position in which the activation element is in blocking engagement with the plate to a second position in which the activation element is out of blocking engagement with the plate causes the plate and the first pre-stressed spring to be released, thereby causing the plate to push the needle holder towards a proximal end of the device. a main body; a medicament cartridge holder fixed with respect to the main body, wherein the medicament cartridge holder is configured to hold a medicament cartridge; a needle holder carrying a needle, wherein the needle holder is axially movable with respect to the main body; a rotatable cap at a distal end of the medicament injection device, wherein the cap comprises a first pre-stressed spring coupled to the needle holder, and at least one activation element configured to control the release of the first pre-stressed spring, and wherein the first pre-stressed spring is attached at a proximal end thereof to a plate, and wherein rotation of the cap from a first position in which the activation element is in blocking engagement with the plate to a second position in which the activation element is out of blocking engagement with the plate causes the plate and the first pre-stressed spring to be released, thereby causing the plate to push the needle holder towards a proximal end of the device.
A composition comprising (a) a molecule, N -(3-chloro-1-(pyridin-3-yl)-1 H- pyrazol-4-yl)-2-(methylsulfonyl)propanamide, having the following formula (Formula One): and N-oxides, agriculturally-acceptable acid addition salts, salt derivatives, solvates, ester derivatives, polymorphs, isotopes, resolved stereoisomers, and tautomers, and radionuclides thereof; and (b) an active ingredient selected from the group consisting of abamectin, acephate, acetamiprid, afidopyropen, bifenthrin, broflanilide, chlorantraniliprole, cyantraniliprole, cyclaniliprole, dimpropyridaz, dinotefuran, emamectin benzoate, ethiprole, flonicamid, fluazaindolizine, flubendiamide, fluensulfone, fluopyram, flupyradifurone, isocycloseram, lambda-cyhalothrin, spinetoram, spiromesifen, spiropidion, spirotetramat, sulfoxaflor, tetraniliprole, tioxazafen, and triflumezopyrim.