mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of computer vision in a scene that includes one or more transparent objects and/or one or more reflecting objects, the method comprising: providing a plurality of images (150, 152) of the scene, each image corresponding to a respective acquisition of a physical signal, the plurality of images including at least two images corresponding to different physical signals, the plurality of images including an infrared image and one or both of an RGB image and a depth image; generating a segmented image of the scene based on the plurality of images, each segment of the segmented image corresponding to a unitary entity in the scene or to a real-world physical entity in the scene, wherein the scene is a building interior scene or a building exterior scene; wherein the method comprises iterating the providing of a plurality of images and the generating of a segmented image of the scene to generate a plurality of segmented images of the scene, the method further comprising reconstructing a 3D model of the scene based on corresponding segments of the plurality of segmented images, the corresponding segments corresponding to a same real-world physical entity; wherein iterating the providing of a plurality of images is performed by providing a plurality of videos of the scene, each video corresponding to a respective video acquisition of a physical signal; wherein each video acquisition is performed with a camera on which a plurality of sensors (104, 108) are mounted, each sensor corresponding to a respective physical signal. providing a plurality of images (150, 152) of the scene, each image corresponding to a respective acquisition of a physical signal, the plurality of images including at least two images corresponding to different physical signals, the plurality of images including an infrared image and one or both of an RGB image and a depth image; generating a segmented image of the scene based on the plurality of images, each segment of the segmented image corresponding to a unitary entity in the scene or to a real-world physical entity in the scene, wherein the scene is a building interior scene or a building exterior scene; wherein the method comprises iterating the providing of a plurality of images and the generating of a segmented image of the scene to generate a plurality of segmented images of the scene, the method further comprising reconstructing a 3D model of the scene based on corresponding segments of the plurality of segmented images, the corresponding segments corresponding to a same real-world physical entity; wherein iterating the providing of a plurality of images is performed by providing a plurality of videos of the scene, each video corresponding to a respective video acquisition of a physical signal; wherein each video acquisition is performed with a camera on which a plurality of sensors (104, 108) are mounted, each sensor corresponding to a respective physical signal.
Method for detecting a leak from a tyre of a vehicle, said tyre including a member for surveillance of said tyre with sensors for measuring the pressure and the temperature and having a driving operating mode and a stationary operating mode, in which: - it is determined that the vehicle is stationary; then - said stationary operating mode is launched to detect when the vehicle is stationary the presence or the absence of a leak of inflating gas from the tyre, characterized in that after the stationary operating mode of the member has been launched: - there are periodically measured the pressure p g and the temperature θ of the gas in the internal cavity of said tyre (130, 150); - the series of pressure and temperature values and the measurement times are stored in nonvolatile memory; - the measured pressure p g is converted to an absolute pressure P and the measured temperature θ is converted to an absolute temperature T, the ratio P/T (140, 160) is calculated and a series of values is obtained; - if said series of values decreases by an amount above a given threshold, an alert is triggered. - it is determined that the vehicle is stationary; then - said stationary operating mode is launched to detect when the vehicle is stationary the presence or the absence of a leak of inflating gas from the tyre, - there are periodically measured the pressure p g and the temperature θ of the gas in the internal cavity of said tyre (130, 150); - the series of pressure and temperature values and the measurement times are stored in nonvolatile memory; - the measured pressure p g is converted to an absolute pressure P and the measured temperature θ is converted to an absolute temperature T, the ratio P/T (140, 160) is calculated and a series of values is obtained; - if said series of values decreases by an amount above a given threshold, an alert is triggered.
A veterinary composition for use in treating or preventing infections in non-human animals, comprising a suitable veterinary carrier and at least one antimicrobial polyamide; and wherein the polyamide is present in a bactericidally effective amount, such that the composition is effective in treating or preventing infections or disease states caused by at least one of the following pathogens: Staphylococcus spp., Streptococcus spp., Mycoplasma bovis, and E. coli, wherein the polyamide is selected from: (i) [4,4-trimethylene dipiperidine bispropanoic acid-4,4'-dipiperidine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], [2,2'-bipyrrolidine bispropanoic acid-penta diamine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], [4,4-trimethylene dipiperidine bispropanoic acid-N(2-aminoethyl)-diaminoethane], [4,4'-trimethylene dipiperidine bispropanoic acid-N(3-aminopropyl)1,3-propane diamine], [4,4'-trimethylene dipiperidine bispropanoic acid-3,3'-diamino-N-methyl-dipropylamine, [4,4'- dipiperidine bispropanoic acid-2,2'-diamino diethylamine], [4,4'-dipiperidine bispropanoic acid-2,2'-diamino N-methyl diethylamine], [4,4'-dipiperidine bispropanoic acid-3,3'-diamino-dipropylamine], [4,4'- dipiperidine bispropanoic acid-3,3'-diamino-N-methyl-dipropylamine], [4,4'- trimethylene dipiperidine-1,3-diamninopropane-N,N'-di-3-propionic acid], [4,4'-trimethylene dipiperidine bispropanoic acid--N,N'-dimethyl-1,3- diaminopropane], [4,4-trimethylene dipiperidine bispropanoic acid-4,4'-dipiperidine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], and [4,4'-trimethylene dipiperidine bispropanoic acid-N-glycidol diethylene triamine], and combinations thereof; or (ii): and combinations thereof. (i) [4,4-trimethylene dipiperidine bispropanoic acid-4,4'-dipiperidine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], [2,2'-bipyrrolidine bispropanoic acid-penta diamine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], [4,4-trimethylene dipiperidine bispropanoic acid-N(2-aminoethyl)-diaminoethane], [4,4'-trimethylene dipiperidine bispropanoic acid-N(3-aminopropyl)1,3-propane diamine], [4,4'-trimethylene dipiperidine bispropanoic acid-3,3'-diamino-N-methyl-dipropylamine, [4,4'- dipiperidine bispropanoic acid-2,2'-diamino diethylamine], [4,4'-dipiperidine bispropanoic acid-2,2'-diamino N-methyl diethylamine], [4,4'-dipiperidine bispropanoic acid-3,3'-diamino-dipropylamine], [4,4'- dipiperidine bispropanoic acid-3,3'-diamino-N-methyl-dipropylamine], [4,4'- trimethylene dipiperidine-1,3-diamninopropane-N,N'-di-3-propionic acid], [4,4'-trimethylene dipiperidine bispropanoic acid--N,N'-dimethyl-1,3- diaminopropane], [4,4-trimethylene dipiperidine bispropanoic acid-4,4'-dipiperidine], [4,4-trimethylene dipiperidine bispropanoic acid-diaminopropane], and [4,4'-trimethylene dipiperidine bispropanoic acid-N-glycidol diethylene triamine], and combinations thereof; or (ii): and combinations thereof.
Nail varnish composition comprising a) at least one effect pigment surface-modified with a starting material (additive), where the effect pigment comprises a substrate in platelet form and optionally comprises at least one coating applied to the substrate, b) at least one hydrocarbon resin as binder and c) at least one solvent or solvent mixture, wherein the starting material (additive) used for surface modification of the effect pigment is at least one compound from the group consisting of phosphoric ester-containing, phosphonic ester-containing, phosphonic acid-containing, fatty acid-containing and/or silane-containing compounds or mixtures thereof. a) at least one effect pigment surface-modified with a starting material (additive), where the effect pigment comprises a substrate in platelet form and optionally comprises at least one coating applied to the substrate, b) at least one hydrocarbon resin as binder and c) at least one solvent or solvent mixture,
Conveyer chain for a workpiece transport device, which workpiece transport device can be used for a processing machine, with which workpieces made from wood, derived timber products, plastic or metallic workpieces are processed, having: a chain which has a plurality of in particular magnetically attractable chain links, a supply run with a plurality of supply members (42a, 70), which supply run is provided parallel to the chain, characterised in that the chain and the supply run are connected by means of joint plates to receive a supporting element. a chain which has a plurality of in particular magnetically attractable chain links, a supply run with a plurality of supply members (42a, 70), which supply run is provided parallel to the chain, characterised in that the chain and the supply run are connected by means of joint plates to receive a supporting element.
A multi-purpose beveller comprising: a support holder coupled to the beveller and including a coupling aperture formed in a guide plate; an adapter coupled to a power shaft of the beveller and including an insertion aperture formed in the center of the adapter; a rotary cutter fixedly fitted into the insertion aperture; and a beveling tool (40,50) mounted to the guide plate by a screw through a securing aperture coupled to the coupling aperture, and the beveling tool including support protrusions and an interference prevention unit, wherein the support protrusions are formed secured to an inner surface of a cutter exposure aperture and an outer surface of the guide plate in a concentric circle shape on the top surface of the beveling tool, characterized in that (a) the rotary cutter is a rotary cutter for a corner and includes a securing concave groove on the outer circumferential surface thereof, and a setscrew screw-coupled to the adapter through a tool aperture formed on a coupling end screw-coupled to the support holder is inserted and fixed at the securing concave groove, and (b) the bevelling tool is a bevelling tool for a right angled corner and the interference prevention unit is formed at the intersection of two sides forming a right angle, or a bevelling tool for an acute angled corner and the interference prevention unit is formed at the intersection of two sides forming an acute angle. a support holder coupled to the beveller and including a coupling aperture formed in a guide plate; an adapter coupled to a power shaft of the beveller and including an insertion aperture formed in the center of the adapter; a rotary cutter fixedly fitted into the insertion aperture; and a beveling tool (40,50) mounted to the guide plate by a screw through a securing aperture coupled to the coupling aperture, and the beveling tool including support protrusions and an interference prevention unit, wherein the support protrusions are formed secured to an inner surface of a cutter exposure aperture and an outer surface of the guide plate in a concentric circle shape on the top surface of the beveling tool, (a) the rotary cutter is a rotary cutter for a corner and includes a securing concave groove on the outer circumferential surface thereof, and a setscrew screw-coupled to the adapter through a tool aperture formed on a coupling end screw-coupled to the support holder is inserted and fixed at the securing concave groove, and (b) the bevelling tool is a bevelling tool for a right angled corner and the interference prevention unit is formed at the intersection of two sides forming a right angle, or a bevelling tool for an acute angled corner and the interference prevention unit is formed at the intersection of two sides forming an acute angle. a bevelling tool for a right angled corner and the interference prevention unit is formed at the intersection of two sides forming a right angle, or a bevelling tool for an acute angled corner and the interference prevention unit is formed at the intersection of two sides forming an acute angle.
A method for supporting mobility to a terminal by a server in a mobile broadcasting system supporting internet protocol data casting, IPDC, the method comprising: receiving over an interactive channel a query message, from the terminal, including at least one key value requiring transmission of information on a specific IPDC operator that provides a broadcast service to the terminal in a predetermined IP platform and an electronic service guide, ESG; determining, based on the at least one key value, if a local IPDC operator is a roaming partner of the specific IPDC operator; and generating and transmitting a response message including information on the local IPDC operator based on the at least one key value if it is determined that the local IPDC operator is the roaming partner of the specific IPDC operator, in response to the query message received from the terminal, wherein the at least one key value in the query message includes an IPDC key management system, KMS, identifier and an IPDC operator ID of the specific IPDC operator, wherein the information on the local IPDC operator included in the response message includes an ESG bootstrap information for the local IPDC operator, and wherein the ESG bootstrap information includes an identifier of the local IPDC operator which is the roaming partner. receiving over an interactive channel a query message, from the terminal, including at least one key value requiring transmission of information on a specific IPDC operator that provides a broadcast service to the terminal in a predetermined IP platform and an electronic service guide, ESG; determining, based on the at least one key value, if a local IPDC operator is a roaming partner of the specific IPDC operator; and generating and transmitting a response message including information on the local IPDC operator based on the at least one key value if it is determined that the local IPDC operator is the roaming partner of the specific IPDC operator, in response to the query message received from the terminal, wherein the at least one key value in the query message includes an IPDC key management system, KMS, identifier and an IPDC operator ID of the specific IPDC operator, wherein the information on the local IPDC operator included in the response message includes an ESG bootstrap information for the local IPDC operator, and wherein the ESG bootstrap information includes an identifier of the local IPDC operator which is the roaming partner.
A method for separation of a solid fraction of a fluid containing the solid fraction, comprising steps of: a) supplying a filter group provided with a filter wall with a quantity of fluid supplied by a supply group; b) filtering the fluid, by means of the filter wall, so as to separate the solid fraction from the filtered fluid fraction; c) monitoring at least a parameter indicating a concentration of the solid fraction present in the filter group; d) discharging from a first environment A of the filter group, located upstream of the filter wall in the crossing direction of the fluid, a part of the solid fraction separated from the filtered fluid fraction in a tank, when the monitored parameter is greater than or equal to a determined first threshold value thereof, in such a way to keep the separated solid fraction stored in the tank divided from the fluid to be filtered and from the filtered fluid fraction; e) interrupting the supply of the fluid to be filtered from the supply group once a predetermined volumetric filling threshold value of the tank is reached, and re-injecting thereafter at least a portion of the divided solid fraction stored in the tank into the first environment for further filtration thereof, and f) discharging from the first environment the further filtrated solid fraction separated from the filtered fluid, when the monitored parameter is greater than or equal to a determined second threshold value thereof. a) supplying a filter group provided with a filter wall with a quantity of fluid supplied by a supply group; b) filtering the fluid, by means of the filter wall, so as to separate the solid fraction from the filtered fluid fraction; c) monitoring at least a parameter indicating a concentration of the solid fraction present in the filter group; d) discharging from a first environment A of the filter group, located upstream of the filter wall in the crossing direction of the fluid, a part of the solid fraction separated from the filtered fluid fraction in a tank, when the monitored parameter is greater than or equal to a determined first threshold value thereof, in such a way to keep the separated solid fraction stored in the tank divided from the fluid to be filtered and from the filtered fluid fraction; e) interrupting the supply of the fluid to be filtered from the supply group once a predetermined volumetric filling threshold value of the tank is reached, and re-injecting thereafter at least a portion of the divided solid fraction stored in the tank into the first environment for further filtration thereof, and f) discharging from the first environment the further filtrated solid fraction separated from the filtered fluid, when the monitored parameter is greater than or equal to a determined second threshold value thereof.
A tool for intervention on the wall of a fluid pipe, comprising a duct segment through which the fluid is intended to flow when the tool is in the pipe, and at least first and second modules (120, 125, 130, 135) for creating seals between the wall of the pipe and the duct segment, to isolate the fluid circulating in an outer part of a section of the pipe, between the first and second seal creation modules, wherein the tool comprises motorized rollers for moving the tool in the pipe and a module for determining the location of the tool in the pipe and wherein the module for determining the location comprises a sub-module for receiving at least one remote signal (610, 470), characterized in that the sub-module for receiving at least one remote signal includes a magnetic sensor. wherein the tool comprises motorized rollers for moving the tool in the pipe and a module for determining the location of the tool in the pipe and wherein the module for determining the location comprises a sub-module for receiving at least one remote signal (610, 470), characterized in that the sub-module for receiving at least one remote signal includes a magnetic sensor.
A system (106; 200; 300) comprising: a display alignment sensing assembly (104; 220; 320) configured to receive a portion of a first signal output from a first display assembly (110; 202; 302); a waveguide (130; 210; 310) configured to receive a portion of a second signal output from a second display assembly (108; 204; 304) and to redirect the portion of the second signal to the display alignment sensing assembly (104; 220; 320), the display alignment sensing assembly configured to receive the portion of the second signal received from the waveguide, the display alignment sensing assembly including an optical sensor (222; 322) configured to receive a combined signal including the portion of the first signal received from the first display assembly and the portion of the second signal received from the waveguide; and a display alignment tracker stored in memory and executable to detect a positioning disparity between the first signal and the second signal within the combined signal and to output a rendering position adjustment instruction to correct for the detected positioning disparity. a display alignment sensing assembly (104; 220; 320) configured to receive a portion of a first signal output from a first display assembly (110; 202; 302); a waveguide (130; 210; 310) configured to receive a portion of a second signal output from a second display assembly (108; 204; 304) and to redirect the portion of the second signal to the display alignment sensing assembly (104; 220; 320), the display alignment sensing assembly configured to receive the portion of the second signal received from the waveguide, the display alignment sensing assembly including an optical sensor (222; 322) configured to receive a combined signal including the portion of the first signal received from the first display assembly and the portion of the second signal received from the waveguide; and the display alignment sensing assembly configured to receive the portion of the second signal received from the waveguide, the display alignment sensing assembly including an optical sensor (222; 322) configured to receive a combined signal including the portion of the first signal received from the first display assembly and the portion of the second signal received from the waveguide; and a display alignment tracker stored in memory and executable to detect a positioning disparity between the first signal and the second signal within the combined signal and to output a rendering position adjustment instruction to correct for the detected positioning disparity.
Steam apparatus, comprising a clear water providing device, a steam generator which is operatively connected for fluid communication with the clear water providing device, a cleaning agent providing device, a mixing device for clear water and cleaning agent which is operatively connected for fluid communication with the clear water providing device and the cleaning agent providing device, a discharge device for fluid, and a control device by which operating modes of the steam apparatus are adjustable, wherein, by way of the discharge device, steam is dischargeable in a steam mode and a mixture of clear water and cleaning agent is dischargeable in a cleaning agent mode, and wherein the control device comprises a rinse unit which, after completion of the cleaning agent mode, operates a rinse mode in which the discharge device is rinsed with clear water, characterized in that the rinse mode is performed pursuant to automatic control by the rinse unit of the control device for a certain period of time.
A distribution-type compensator for a liquid crystal display apparatus in which a field lens is disposed between a reflection-type liquid crystal element and a polarization beam splitter, the distribution-type compensator being configured to be disposed between the field lens and the reflection-type liquid crystal element, wherein the distribution-type compensator is of the type in which a slow axis direction is changed so as to provide an oblique light correction component for a non-telecentric region, in-plane retardation is 18 nm ± 5 nm in a rectangular effective region with a long side and a short side, the slow axis direction changes directly or continuously in a plane of the effective region, and an angle difference between slow axis directions at any two points in the effective region has a maximum value in a range of 10 degrees to 30 degrees.