mhurhangee/ep-ind-claims huggingface dataset:
An indoor room localization system comprising: a memory including training data and response data; a processor coupled to the memory, the processor adapted for carrying out computer-executable instructions to collect WiFi RSSI data corresponding to various sites and from different access points, the instructions causing a machine to: classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region. a memory including training data and response data; a processor coupled to the memory, the processor adapted for carrying out computer-executable instructions to collect WiFi RSSI data corresponding to various sites and from different access points, the instructions causing a machine to: classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region. classify the collected WiFi RSSI data into an array of RSSI patterns; transmit the classified RSSI patterns to the memory for storing into training data; generate observation vectors from the response data identifying classifications of the collected WiFi RSSI data; and update categorical distribution parameters using the generated observation vectors to specify a probability that the machine is within a particular region, wherein a Dirichlet distribution, which is a conjugate prior for the categorical distribution is used to classify the collected WIFI RSSI data into the array of RSSI patterns and the most likely probability vector obtained from a mode of the Dirichlet distribution is the probability that the machine is in a particular region.
A thread rolling head comprising a bearing unit, in which at least two profile rolls, preferably at least three profile rolls, are rotatably mounted, and a shank section (10, 10', 10", 16, 16') coupled to the bearing unit, wherein the profile rolls delimit an insertion section between each other into which a workpiece to be processed can be inserted, characterised in that the bearing unit is composed of at least two modules which each at a time form a functional assembly, the modules each having fastening means by which they can be connected to each other and are interchangeable against other modules which also form one functional assembly at a time, and wherein one of the modules has fastening means for connection with corresponding fastening means of the shank section (10, 10', 10", 16, 16').
An active clearance control manifold assembly comprising: multiple arcuate manifold segments each having multiple circumferential channels axially spaced apart from one another, the circumferential channels including cooling holes facing radially inward; and a tube at least partially circumscribing and fluidly interconnecting the manifold segments, wherein each manifold segment includes a manifold portion extending axially, wherein each manifold segment includes inner and outer supply conduit portions (64, 66) joined to one another, at least one of the inner and outer supply conduit portions (64, 66) including a recess providing a corresponding one of the multiple circumferential channels, wherein the manifold portion includes an outer enclosure (78, 80), and the inner and outer supply conduit portions (64, 66) and the outer enclosure (78, 80) are provided by sheet metal structures, characterised in that: the manifold portion includes an inner enclosure provided by a sheet metal structure, the inner and outer enclosures (78,80) are respectively secured to the inner and outer supply conduit portions (64, 66) to create a cavity that fluidly supplies the circumferential channels, at least one of the inner and outer supply conduit portions (64, 66) includes a notch that provides an inlet to the circumferential channels, and the manifold portion is arranged over the notch. multiple arcuate manifold segments each having multiple circumferential channels axially spaced apart from one another, the circumferential channels including cooling holes facing radially inward; and a tube at least partially circumscribing and fluidly interconnecting the manifold segments, wherein each manifold segment includes a manifold portion extending axially, wherein each manifold segment includes inner and outer supply conduit portions (64, 66) joined to one another, at least one of the inner and outer supply conduit portions (64, 66) including a recess providing a corresponding one of the multiple circumferential channels, wherein the manifold portion includes an outer enclosure (78, 80), and the inner and outer supply conduit portions (64, 66) and the outer enclosure (78, 80) are provided by sheet metal structures,
A flame retardant composition comprising: 10 to 90 weight percent of a linear polycarbonate; a branched polycarbonate; 10 to 70 weight percent of a polysiloxane-polycarbonate copolymer where the polysiloxane-polycarbonate copolymer comprises 10 weight percent or less of polysiloxane having a weight average molecular weight of less than 30,000 Daltons; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the composition, wherein transmissivity of the composition in a visible wavelength region is greater than 75% for a sample thickness of 0.1 to 3.0 millimeter when measured as per ASTM D 1003. 10 to 90 weight percent of a linear polycarbonate; a branched polycarbonate; 10 to 70 weight percent of a polysiloxane-polycarbonate copolymer where the polysiloxane-polycarbonate copolymer comprises 10 weight percent or less of polysiloxane having a weight average molecular weight of less than 30,000 Daltons; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the composition, wherein transmissivity of the composition in a visible wavelength region is greater than 75% for a sample thickness of 0.1 to 3.0 millimeter when measured as per ASTM D 1003.
A processor-based system, comprising: a first processing core including a configurable combined private and shared cache, the configurable combined private and shared cache configured to include a shared cache portion; the shared cache portion configured to be associated with a first client application; and a second processing core including a configurable combined private and shared cache, the configurable combined private and shared cache comprising a shared cache portion configured to be associated with the first client application. a first processing core including a configurable combined private and shared cache, the configurable combined private and shared cache configured to include a shared cache portion; the shared cache portion configured to be associated with a first client application; and a second processing core including a configurable combined private and shared cache, the configurable combined private and shared cache comprising a shared cache portion configured to be associated with the first client application.
An expandable, exothermic particulate gel-forming composition comprising: galvanic alloy particles blended with slush powder of a super absorbent polymer capable of swelling to at least 200 gms per gm of dry polymer when exposed to water; wherein the galvanic alloy particles consist of two metallic agents with different oxidation potentials; and wherein the gel-forming composition is configured to expand at least two fold (volume/volume) and configured to produce heat by an exothermic reaction for at least one hour when exposed to an aqueous activator solution comprising water and an electrolyte; wherein the galvanic alloy particles and the super absorbent polymer are configured to build a gellable particulate configured to limit the reaction potential of the galvanic alloy particles so that a controlled reaction takes place which ensues as moisture is transferred from the gellable particulate to the galvanic alloy particles, whereby the reaction liberates heat and hydrogen gas, and creates oxides of the galvanic alloy particles, whereby the heat is stored in the gellable particulate. galvanic alloy particles blended with slush powder of a super absorbent polymer capable of swelling to at least 200 gms per gm of dry polymer when exposed to water; wherein the galvanic alloy particles consist of two metallic agents with different oxidation potentials; and wherein the gel-forming composition is configured to expand at least two fold (volume/volume) and configured to produce heat by an exothermic reaction for at least one hour when exposed to an aqueous activator solution comprising water and an electrolyte; wherein the galvanic alloy particles and the super absorbent polymer are configured to build a gellable particulate configured to limit the reaction potential of the galvanic alloy particles so that a controlled reaction takes place which ensues as moisture is transferred from the gellable particulate to the galvanic alloy particles, whereby the reaction liberates heat and hydrogen gas, and creates oxides of the galvanic alloy particles, whereby the heat is stored in the gellable particulate.
Door handle arrangement for a vehicle, comprising a bearing support secured in a vehicle door on a door outer panel for the pivotable bearing of a door handle and a locking cylinder insertable from the outside into the bearing support through an opening in the door outer panel in an insertion direction, wherein the locking cylinder can be held by a clamp guided in the bearing support and displaceable transversely to the insertion direction, and the clamp can be moved over three consecutive sections, wherein in a first section the locking cylinder can be moved freely along the insertion direction, in a second section is held in a form-fitting manner and in a third section is held in a force-fitting manner by the clamp, characterised in that the clamp is rotated on moving from the second to the third section and thereby spreads out between the locking cylinder and bearing support.
A headbox structure for a fiber web machine, comprising a headbox having a turbulence generator and a nozzle chamber having two converging walls (21, 22) forming a nozzle outlet, the turbulence generator having at least three diffusers (1, 3, 5, 7, 9) creating turbulence in liquids supplied into each respective diffuser (1, 3, 5, 7, 9) via feeding means (25, 27, 29) for feeding pulp suspension and/or water as the liquids, each of the diffusers (1, 3, 5, 7, 9) having an outlet into the nozzle chamber, a central diffuser of the at least three diffusers (1, 3, 5, 7, 9) having two blades (11, 13) arranged at its outlet and extending into the nozzle chamber in a converging manner, the blades (11, 13) separating a liquid flowing through the central diffuser from liquids flowing through adjacent diffusers (3, 5, 7, 9), wherein one or more of the adjacent diffusers (3, 5, 7, 9) has an additional blade (15, 17) arranged at the outlet, and the additional blade (15, 17) has a shorter length than the adjacent blade (11, 13) of the central diffuser characterized in that the central diffuser is connected with feeding means feeding fresh water, dilution water, and/or white water into the central diffuser.
A nebulizer assembly for a respiratory device comprising: a housing defining a chamber, the housing having an inlet in flow communication with the chamber and an outlet in flow communication with the chamber, the housing further having a nebulizer port configured to receive a nebulizer to discharge atomized medication into the chamber; a handle having an inlet and an outlet, the handle being curved extending between the inlet and the outlet, the outlet coupled to the inlet of the housing, wherein the housing is circumferentially rotatable about the outlet of the handle to position the nebulizer at different circumferential positions with respect the outlet of the handle; a hose coupled to the inlet of the handle; and a patient interface coupled to the outlet of the housing, wherein air flows from the hose to the patient interface via the handle and the housing, the air mixing with the atomized medication within the chamber; said nebulizer assembly characterised by: the inlet of the housing having a larger circumference than the outlet of the housing and the housing having a substantially frusto-conical shape extending between the inlet and the outlet. a housing defining a chamber, the housing having an inlet in flow communication with the chamber and an outlet in flow communication with the chamber, the housing further having a nebulizer port configured to receive a nebulizer to discharge atomized medication into the chamber; a handle having an inlet and an outlet, the handle being curved extending between the inlet and the outlet, the outlet coupled to the inlet of the housing, wherein the housing is circumferentially rotatable about the outlet of the handle to position the nebulizer at different circumferential positions with respect the outlet of the handle; a hose coupled to the inlet of the handle; and a patient interface coupled to the outlet of the housing, wherein air flows from the hose to the patient interface via the handle and the housing, the air mixing with the atomized medication within the chamber; said nebulizer assembly characterised by: the inlet of the housing having a larger circumference than the outlet of the housing and the housing having a substantially frusto-conical shape extending between the inlet and the outlet.
A fluidic die, comprising: an array of firing subassemblies grouped into zones, each firing subassembly comprising: a firing chamber; a fluid actuator disposed within the firing chamber; and a sensor plate disposed within the firing chamber; a measurement device per zone configured for determining a state of a selected sensor plate; and a selector per firing subassembly configured for coupling the selected sensor plate to the measurement device; a transmission path between each selector and its corresponding sensor plate, wherein: a first transmission path has a first distance between a respective sensor plate and a respective selector and further has adjusted physical properties such that a parasitic capacitance along the first transmission path corresponds to a parasitic capacitance for a second transmission path having a second distance between a respective sensor plate and a respective selector, the second distance being different from the first distance. a firing chamber; a fluid actuator disposed within the firing chamber; and a sensor plate disposed within the firing chamber; a measurement device per zone configured for determining a state of a selected sensor plate; and a selector per firing subassembly configured for coupling the selected sensor plate to the measurement device; a transmission path between each selector and its corresponding sensor plate, wherein: a first transmission path has a first distance between a respective sensor plate and a respective selector and further has adjusted physical properties such that a parasitic capacitance along the first transmission path corresponds to a parasitic capacitance for a second transmission path having a second distance between a respective sensor plate and a respective selector, the second distance being different from the first distance.
Pneumatic vehicle tyre for passenger cars with a radial carcass, a multiply breaker belt and a tread rubber, which is made up in the radial direction of two layers consisting of different rubber compounds, a tread cap and a tread base, which has an at least substantially constant thickness and extends in contact with the tread cap over the entire width thereof, the tread cap, considered in the axial direction, consisting of a central portion and two lateral portions, characterized in that the two lateral portions consist of a rubber compound that has a lower dynamic modulus of elasticity E' at 55°C according to DIN 53513 (under 8% elongation) and a higher rebound resilience at 70°C according to DIN 53512 than the central portion of the tread cap, wherein the dynamic modulus of elasticity E' at 55°C according to DIN 53513 (under 8% elongation) of the rubber compound of the central portion is between 3.9 N/mm 2 and 8.1 N/mm 2 and the dynamic modulus of elasticity E' at 55°C according to DIN 53513 (under 8% elongation) of the rubber compound of the two lateral portions is between 2.0 N/mm 2 and 6.4 N/mm 2.
An unmanned aerial vehicle control method, comprising: determining, by a terminal before the terminal is connected to any UAV, location information of at least one waypoint according to a first setting operation of a user, and determining a flight path according to the location information of the at least one waypoint; storing, by the terminal, the flight path into a path record of a path database; and invoking, by the terminal after the terminal establishes a connection to a UAV, a first path record associated with the UAV from the path database, and sending the first path record to the UAV, to control the UAV to fly according to information in the first path record. determining, by a terminal before the terminal is connected to any UAV, location information of at least one waypoint according to a first setting operation of a user, and determining a flight path according to the location information of the at least one waypoint; storing, by the terminal, the flight path into a path record of a path database; and invoking, by the terminal after the terminal establishes a connection to a UAV, a first path record associated with the UAV from the path database, and sending the first path record to the UAV, to control the UAV to fly according to information in the first path record.
A system for generating a geometric model, comprising: one or more processors; and a computer readable medium operatively connected to the one or more processors and comprising computer readable code executable by the one or more processors to: determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. one or more processors; and a computer readable medium operatively connected to the one or more processors and comprising computer readable code executable by the one or more processors to: determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model.
Device for the secure implementation of a laevorotatory thermodynamic Clausius-Rankine cyclic process by means of an inflammable working fluid, having an inflammable working fluid which in gaseous state under atmospheric conditions is heavier than air, having a closed, hermetically sealed working fluid circulation, which has - at least one compressor for the working fluid, - at least one relaxation unit for the working fluid, and - at least two heat exchangers (3, 5) for the working fluid having respectively at least two connections (7, 8, 9, 10) for heat exchange fluids, and having - a sealed housing which includes all devices connected to the closed working fluid circulation and can include further devices, characterised in that - to the working fluid is added a liquid which fluoresces under UV light or a fine-particle salt which fluoresces under UV light, - in the interior of the housing are mounted a plurality of light sources emitting UV light, - in the interior of the housing is mounted at least one CCD chip which detects fluorescing light and which has a UV filter, - the CCD chip outputs a signal when it detects fluorescing light and specifies the direction from which this signal comes, and - in the interior of the housing is arranged a plurality of mirrors such that fluorescing light, which becomes visible in the case of leakages, is mirrored onto the CCD chip, wherein the device has the plurality of light sources emitting UV light, the at least one CCD chip and the plurality of mirrors. - at least one compressor for the working fluid, - at least one relaxation unit for the working fluid, and - at least two heat exchangers (3, 5) for the working fluid having respectively at least two connections (7, 8, 9, 10) for heat exchange fluids, and having - a sealed housing which includes all devices connected to the closed working fluid circulation and can include further devices, - to the working fluid is added a liquid which fluoresces under UV light or a fine-particle salt which fluoresces under UV light, - in the interior of the housing are mounted a plurality of light sources emitting UV light, - in the interior of the housing is mounted at least one CCD chip which detects fluorescing light and which has a UV filter, - the CCD chip outputs a signal when it detects fluorescing light and specifies the direction from which this signal comes, and - in the interior of the housing is arranged a plurality of mirrors such that fluorescing light, which becomes visible in the case of leakages, is mirrored onto the CCD chip, wherein the device has the plurality of light sources emitting UV light, the at least one CCD chip and the plurality of mirrors.