mhurhangee/ep-ind-claims huggingface dataset:
An infrared gas detector comprising: a source light; one or more sensor (106 and 108) configured to receive at least a portion of the source light; a gas chamber located between the source light and the one or more sensor (106 and 108); a filter glass located in an optical path between the source light and the one or more sensor (106 and 108) configured to filter one or more wavelengths from the source light, wherein: the filter glass comprises a thickness between 1 millimeter and 3 millimeters; the filter glass comprises one or more materials that contain hydroxyls in their molecular structure, the one or more materials comprising Fused Silica, the thickness and composition of the filter glass being operable to filter out wavelengths less than 2900 nm and greater than 4100 nm from light emitted by the source light, and the filter glass filters out the wavelengths less than 2900 nm and greater than 4100 nm from the source light that would be absorbed by water and by carbon dioxide along the optical path, and reduces the infrared detector's cross sensitivity to water and carbon dioxide. a source light; one or more sensor (106 and 108) configured to receive at least a portion of the source light; a gas chamber located between the source light and the one or more sensor (106 and 108); a filter glass located in an optical path between the source light and the one or more sensor (106 and 108) configured to filter one or more wavelengths from the source light, wherein: the filter glass comprises a thickness between 1 millimeter and 3 millimeters; the filter glass comprises one or more materials that contain hydroxyls in their molecular structure, the one or more materials comprising Fused Silica, the thickness and composition of the filter glass being operable to filter out wavelengths less than 2900 nm and greater than 4100 nm from light emitted by the source light, and the filter glass filters out the wavelengths less than 2900 nm and greater than 4100 nm from the source light that would be absorbed by water and by carbon dioxide along the optical path, and reduces the infrared detector's cross sensitivity to water and carbon dioxide. the filter glass comprises a thickness between 1 millimeter and 3 millimeters; the filter glass comprises one or more materials that contain hydroxyls in their molecular structure, the one or more materials comprising Fused Silica, the thickness and composition of the filter glass being operable to filter out wavelengths less than 2900 nm and greater than 4100 nm from light emitted by the source light, and the filter glass filters out the wavelengths less than 2900 nm and greater than 4100 nm from the source light that would be absorbed by water and by carbon dioxide along the optical path, and reduces the infrared detector's cross sensitivity to water and carbon dioxide.
A stranded tensioning wire severing apparatus for stranded tensioning wires of steel, in particular stranded tensioning wires of prestressed concrete structures such as for example pylons of wind power installations, which is adapted to sever a bundle comprising a plurality of stranded tensioning wires in one working operation, comprising - a housing, - a cutting body arranged within the housing, and - a plurality of passage openings corresponding to the plurality of stranded tensioning wires, which extend through the housing, wherein the passage openings are each penetrated by a slot adapted to receive the cutting body, the cutting body has a plurality of cutting edges (43a, b, c) and is drivable in the housing movably in a cutting direction relative to the passage openings in such a way that the cutting edges (43a, b, c) completely transit through the passage openings, wherein the passage openings are arranged uniformly along a predetermined circular periphery in the housing, wherein the cutting body has a separate cutting portion with a cutting edge (43a, b, c) for each of the passage openings (13a, b, c), characterized in that the cutting edges (43a, b, c) are displaced relative to each other in the cutting direction in such a way that upon movement of the cutting body a number of passage openings (13a, b, c) is simultaneously transited by the cutting edges (43a, b, c), which is less than the total number of the plurality of passage openings. - a housing, - a cutting body arranged within the housing, and - a plurality of passage openings corresponding to the plurality of stranded tensioning wires, which extend through the housing,
Seed material pellet of elongated form comprising 2 to 15 seeds of elongated form, wherein the pellet consists of the seeds embedded within a matrix, wherein at least 60% of the seeds are oriented in directions essentially parallel to the pellet, wherein the matrix does not comprise distinct layers of different constitution, wherein the pellet has a total weight in the range of 10 to 500 mg, wherein a weight of the seeds in the pellet is in the range of 4 to 75 mg, wherein a maximum diameter of the pellet is in the range of 1 to 5 mm, and wherein a maximum dimension of the pellet is higher than the maximum diameter of the pellet.
A workstation comprising: a frame panel comprising a first inset; a plurality of cap beams (422, 424, 426, 428) connected to the frame panel; an inner skirt connected to and disposed at least partially around the frame panel, the inner skirt comprising a stepwell portion comprising a kickplate (902, 904, 906, 908) disposed at least partially around the frame panel; a first mount plate connected to the kickplate (902, 904, 906, 908) of the inner skirt and extending inwardly relative to the workstation; an outer skirt disposed at least partially around the inner skirt, wherein the outer skirt is slidable with respect to the inner skirt in a direction parallel to a central axis; a first mounting brace connected to at least two of the plurality of cap beams (422, 424, 426, 428); a second mount plate connected to the first mounting brace and disposed inwardly relative to the workstation; a first actuator disposed between the first mount plate and the second mount plate, and through the first inset, wherein the first actuator is configured to change in length and hence to change a distance between the first mount plate and the second mount plate; and a work surface connected to the outer skirt. a frame panel comprising a first inset; a plurality of cap beams (422, 424, 426, 428) connected to the frame panel; an inner skirt connected to and disposed at least partially around the frame panel, the inner skirt comprising a stepwell portion comprising a kickplate (902, 904, 906, 908) disposed at least partially around the frame panel; a first mount plate connected to the kickplate (902, 904, 906, 908) of the inner skirt and extending inwardly relative to the workstation; an outer skirt disposed at least partially around the inner skirt, wherein the outer skirt is slidable with respect to the inner skirt in a direction parallel to a central axis; a first mounting brace connected to at least two of the plurality of cap beams (422, 424, 426, 428); a second mount plate connected to the first mounting brace and disposed inwardly relative to the workstation; a first actuator disposed between the first mount plate and the second mount plate, and through the first inset, wherein the first actuator is configured to change in length and hence to change a distance between the first mount plate and the second mount plate; and a work surface connected to the outer skirt.
An electrolytic solution circulation type battery comprising: a tank which stores an electrolyte to be circulated to a battery cell; and a pressure adjustment mechanism configured to adjust the pressure of a gas phase portion in the tank, wherein the pressure adjustment mechanism includes a pressure adjustment bag which is provided outside the tank and expands or contracts in response to changes in pressure of the gas phase portion in the tank. a tank which stores an electrolyte to be circulated to a battery cell; and a pressure adjustment mechanism configured to adjust the pressure of a gas phase portion in the tank, wherein the pressure adjustment mechanism includes a pressure adjustment bag which is provided outside the tank and expands or contracts in response to changes in pressure of the gas phase portion in the tank.
Rear section for an aircraft, comprising: a frame assembly comprising at least one frame having a plane of symmetry, a vertical tail plane that is attached to the frame assembly by at least one supporting element having two ends, wherein each one of the ends is attached to said at least one frame at different sides of the plane of symmetry, wherein said at least one supporting element acts as a beam and comprises auxiliary elements for fixing the vertical tail plane. a frame assembly comprising at least one frame having a plane of symmetry, a vertical tail plane that is attached to the frame assembly by at least one supporting element having two ends, wherein each one of the ends is attached to said at least one frame at different sides of the plane of symmetry, wherein said at least one supporting element acts as a beam and comprises auxiliary elements for fixing the vertical tail plane.
A method of manufacturing a textile or foil-based sheet body which is fluidtight on filling with fluids and has a multicompartment structure, wherein the textile or foil-based sheet body is an at least two-ply stitched woven fabric, an at least two-ply fused, welded or adhered foil, a combination thereof and/or a one-piece woven fabric, comprising the steps of forming auxiliary channels at least partly around the shape of the outer contour of the compartments; filling the auxiliary channels with a mobile silicone-based sealant comprising an additive; and curing the sealant.
A casting device for casting a melt, wherein the casting device has a flow connecting element for conducting the melt, wherein a first electrode and a second electrode are arranged on the flow connecting element, wherein the first electrode has a first melt contact surface and the second electrode has a second melt contact surface, wherein in the installed state of the electrodes (20, 21) the melt contact surfaces (24, 25) are configured for contacting the melt guided in the flow connecting element, and that a magnetic element is arranged on the flow connecting element, which magnetic element is configured to apply a magnetic field to the region of the melt to which current is applied, whereby a Lorenz force can be exerted on the melt guided in the flow connecting element, characterized in that at least one first heating element is arranged in the region of the first electrode and at least one second heating element is arranged in the region of the second electrode.
An internal combustion engine comprising a plurality of cylinders (3, 3'), including at least one recirculation cylinder, the recirculation cylinder being provided with a recirculation duct of recirculation gas towards an air intake manifold equipping the internal combustion engine, the internal combustion engine being equipped with an exhaust line to evacuate exhaust gases produced by the cylinders (3, 3'), the internal combustion engine being provided with a bypass duct which connects the recirculation cylinder to the exhaust line, characterized in that the bypass duct is arranged in the interior of a cylinder head which the internal combustion engine includes.
A pivoting door having a door panel with a door frame, with a pivot axis running through door panel and a sealing device having a seal housing, a sealing strip, and a mechanism for moving sealing strip relative to seal housing, wherein said mechanism comprises a release element, which moves sealing strip relative to seal housing upon being impinged with an external force of the mechanism, wherein a transmission element is allocated to release mechanism, wherein transmission element • features a mounting area for mounting transmission element to the pivot-side door panel rebate of the door panel, • a compression area pointing knee-like towards the door panel rebate connected hereto for the spring actuation of transmission element, • a ramp-like run-on surface connected hereto, and • a contact area dropped down stepped towards the door panel rebate, which can engage with release element, wherein seal housing is arranged in the area between pivot axis and the surface of the door panel in the opening direction and transmission element is arranged on its mounting area between pivot axis and the surface of the door panel in the closing direction, characterized in that the door panel is retained in door frame such that it can pivot and the pivoting door is designed such that when closing the pivoting door, transmission element comes into contact with door frame on its ramp-like run-on surface, wherein ramp-like run-on surface slides along the door frame surface when the closing process is continued and, upon reaching compression area pointing knee-like towards the door panel rebate, transmits the force arising here to release element. • features a mounting area for mounting transmission element to the pivot-side door panel rebate of the door panel, • a compression area pointing knee-like towards the door panel rebate connected hereto for the spring actuation of transmission element, • a ramp-like run-on surface connected hereto, and • a contact area dropped down stepped towards the door panel rebate, which can engage with release element,
A liquid reservoir for an electronic smoking device comprising: a body portion having a central cavity accessible via an opening; an air tube for extracting vapour from an electronic smoking device provided within said central cavity, accessible via said opening; and characterised by a membrane having one or more slit valves provided adjacent the end of the air tube accessible via said opening. a body portion having a central cavity accessible via an opening; an air tube for extracting vapour from an electronic smoking device provided within said central cavity, accessible via said opening; and characterised by a membrane having one or more slit valves provided adjacent the end of the air tube accessible via said opening.
A device comprising: (a) a core, said core comprising at least 50% of polyurethane; (b) a sheath, said sheath substantially or completely surrounding said core, said sheath comprising ethylene vinyl acetate copolymer; and (c) one or more active pharmaceutical ingredients dissolved or dispersed in said core and/or said sheath. (a) a core, said core comprising at least 50% of polyurethane; (b) a sheath, said sheath substantially or completely surrounding said core, said sheath comprising ethylene vinyl acetate copolymer; and (c) one or more active pharmaceutical ingredients dissolved or dispersed in said core and/or said sheath.
A method of training models for classifying images, comprising: identifying, by an image classifier executing on one or more processors, a plurality of tiles from an image, the image associated with a label indicating one of a presence or an absence of a condition within the image; applying, by the image classifier, an inference model having a plurality of parameters to the plurality of tiles to determine a score for each tile of the plurality of tiles from the image, the score indicating a likelihood of one of the presence or the absence of the condition within the tile; selecting, by the image classifier, a predefined number of tiles from the plurality of tiles, the predefined number of tiles having highest corresponding scores among scores determined for the plurality of tiles; comparing, by the image classifier, for the image associated with the label indicating one of the presence or the absence of the condition, the score determined for each tile of the subset of tiles to a threshold value; and modifying, by the image classifier, at least one parameter of the inference model based on comparing the score of each tile to the threshold value. identifying, by an image classifier executing on one or more processors, a plurality of tiles from an image, the image associated with a label indicating one of a presence or an absence of a condition within the image; applying, by the image classifier, an inference model having a plurality of parameters to the plurality of tiles to determine a score for each tile of the plurality of tiles from the image, the score indicating a likelihood of one of the presence or the absence of the condition within the tile; selecting, by the image classifier, a predefined number of tiles from the plurality of tiles, the predefined number of tiles having highest corresponding scores among scores determined for the plurality of tiles; comparing, by the image classifier, for the image associated with the label indicating one of the presence or the absence of the condition, the score determined for each tile of the subset of tiles to a threshold value; and modifying, by the image classifier, at least one parameter of the inference model based on comparing the score of each tile to the threshold value.
A method performed by a network element health status detection apparatus, the method comprising: determining sampled data of a key performance indicator KPI of a target network element in a first time window, characterized by further comprising: determining sampled data of the KPI in a third time window, wherein the third time window is greater than the first time window, and wherein the end time of the third time window is less than or equal to the end time of the first time window; obtaining a fluctuation score of the KPI according to the sampled data of the KPI in the first time window and a steady state value of the KPI, and obtaining a trend score of the KPI according to the sampled data of the KPI in the third time window; obtaining a reliability score of the KPI through weighted calculation according to the fluctuation score of the KPI and the trend score of the KPI; determining a health status of the target network element based on the reliability score of the KPI. determining sampled data of a key performance indicator KPI of a target network element in a first time window, characterized by further comprising: determining sampled data of the KPI in a third time window, wherein the third time window is greater than the first time window, and wherein the end time of the third time window is less than or equal to the end time of the first time window; obtaining a fluctuation score of the KPI according to the sampled data of the KPI in the first time window and a steady state value of the KPI, and obtaining a trend score of the KPI according to the sampled data of the KPI in the third time window; obtaining a reliability score of the KPI through weighted calculation according to the fluctuation score of the KPI and the trend score of the KPI; determining a health status of the target network element based on the reliability score of the KPI. determining sampled data of the KPI in a third time window, wherein the third time window is greater than the first time window, and wherein the end time of the third time window is less than or equal to the end time of the first time window; obtaining a fluctuation score of the KPI according to the sampled data of the KPI in the first time window and a steady state value of the KPI, and obtaining a trend score of the KPI according to the sampled data of the KPI in the third time window; obtaining a reliability score of the KPI through weighted calculation according to the fluctuation score of the KPI and the trend score of the KPI; determining a health status of the target network element based on the reliability score of the KPI.
An adhesive composition comprising hydrophilic silicone elastomers and hydrophobic silicone elastomers in a ratio between the hydrophilic silicone elastomers and the hydrophobic silicone elastomers from 5:95 to 95:5 and further comprising water absorbent material, the water absorbent material either selected from the group of CMC, acrylates, alginates, chitosans, polysaccharides or mixtures thereof, and/or the water absorbent material is in the form of particles.
A hearing device comprising: - a first microphone for provision of a first microphone input signal; - a sound impulse suppression module configured for detecting a sound impulse in the first microphone input signal; - a processor for processing the first microphone input signal in a processing set of frequency bands to obtain an electrical output signal; and - a receiver for converting the electrical output signal to an audio output signal, wherein the sound impulse suppression module is configured to: - apply a detection scheme on the first microphone input signal, wherein the detection scheme defines a detection set of frequency bands, wherein the frequency bands of the detection set covers a part of the frequency bands of the processing set, and wherein a sound impulse is detected based on the detection set of frequency bands, wherein the frequency bands of the detection set are arranged within one or more frequency ranges including a first frequency range and a second frequency range, wherein the first frequency range and the second frequency range are separate frequency ranges, and the second frequency range is from 3 kHz to 8 kHz; and - reduce a gain applied to the first microphone input signal by the processor when a sound impulse is detected. - a first microphone for provision of a first microphone input signal; - a sound impulse suppression module configured for detecting a sound impulse in the first microphone input signal; - a processor for processing the first microphone input signal in a processing set of frequency bands to obtain an electrical output signal; and - a receiver for converting the electrical output signal to an audio output signal, - apply a detection scheme on the first microphone input signal, wherein the detection scheme defines a detection set of frequency bands, wherein the frequency bands of the detection set covers a part of the frequency bands of the processing set, and wherein a sound impulse is detected based on the detection set of frequency bands, wherein the frequency bands of the detection set are arranged within one or more frequency ranges including a first frequency range and a second frequency range, wherein the first frequency range and the second frequency range are separate frequency ranges, and the second frequency range is from 3 kHz to 8 kHz; and - reduce a gain applied to the first microphone input signal by the processor when a sound impulse is detected.