mhurhangee/ep-ind-claims huggingface dataset:
A dental gypsum slurry comprising water and a dental gypsum powder containing hemihydrate gypsum and a polycarboxylic acid salt-based water-reducing agent, wherein a powder-water ratio of the water to the dental gypsum powder is 0.24 to 0.50, and when the water and the dental gypsum powder being mixed are poured up to a height of 50 mm in a cylindrical mold having an inner diameter of 35 mm, which is vertically placed on a flat surface, and when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less. a powder-water ratio of the water to the dental gypsum powder is 0.24 to 0.50, and when the water and the dental gypsum powder being mixed are poured up to a height of 50 mm in a cylindrical mold having an inner diameter of 35 mm, which is vertically placed on a flat surface, and when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less. when the cylindrical mold is pulled upward at 10 mm/s at 30 seconds after start of mixing so that a mixture spreads planarly, the diameter of the mixture is 141.4 mm or more, and when the cylindrical mold is pulled upward at 10 mm/s at 90 seconds after start of mixing, a spread in a diameter direction is 2% or less.
A porous composite substrate for producing bituminous membranes, comprising a first nonwoven and a second nonwoven layer which comprise polyester fibers, and an intermediate nonwoven layer comprising organic flame-resistant fibers, wherein the combustion temperature of the organic flame-resistant fibers is at least 500°C and/or the limiting oxygen index of the organic flame-resistant fibers is at least 25%, wherein the composite substrate is mechanically consolidated. a first nonwoven and a second nonwoven layer which comprise polyester fibers, and an intermediate nonwoven layer comprising organic flame-resistant fibers, wherein the combustion temperature of the organic flame-resistant fibers is at least 500°C and/or the limiting oxygen index of the organic flame-resistant fibers is at least 25%, wherein the composite substrate is mechanically consolidated.
A system to perform a method for automatically determining optimal parameters for inspection of a specimen, the system configured to inspect the specimen, the method comprising the steps of: i. selecting defects for detection on the specimen by performing one or more test inspections of a test specimen ii. optimizing the parameters of the inspection during classification of defects detected during the one or more test inspections so that a capture rate of the defects selected for detection is increased in the inspection of the specimen and iii. setting parameters of an inspection system at the optimal parameters prior to the inspection of the specimen, the system comprising: a. a first illumination subsystem configured to illuminate the specimen with light having a wavelength less than 350 nm; b. a second illumination subsystem configured to illuminate the specimen with light having a wavelength greater than 350 nm; c. a first detection subsystem configured to detect a first portion of light from the specimen; d. a second detection subsystem configured to detect a second portion of light i from the specimen, wherein the first portion of light and the second portion of light have at least one different characteristic; e. a processor configured to process signals produced by the first and second detection subsystem to detect defects or process variations on the specimen; and characterised in that: f. wherein the first portion of light is produced from illumination of the specimen using the first illumination subsystem, and wherein the first detection subsystem has a magnification setting that is higher than a magnification setting of the second detection subsystem. i. selecting defects for detection on the specimen by performing one or more test inspections of a test specimen ii. optimizing the parameters of the inspection during classification of defects detected during the one or more test inspections so that a capture rate of the defects selected for detection is increased in the inspection of the specimen and iii. setting parameters of an inspection system at the optimal parameters prior to the inspection of the specimen, a. a first illumination subsystem configured to illuminate the specimen with light having a wavelength less than 350 nm; b. a second illumination subsystem configured to illuminate the specimen with light having a wavelength greater than 350 nm; c. a first detection subsystem configured to detect a first portion of light from the specimen; d. a second detection subsystem configured to detect a second portion of light i from the specimen, wherein the first portion of light and the second portion of light have at least one different characteristic; e. a processor configured to process signals produced by the first and second detection subsystem to detect defects or process variations on the specimen; and f. wherein the first portion of light is produced from illumination of the specimen using the first illumination subsystem, and wherein the first detection subsystem has a magnification setting that is higher than a magnification setting of the second detection subsystem.
An aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising an aerosol-forming substrate, wherein the cavity comprises a base, wherein the base comprises at least one air aperture; an induction heating arrangement, wherein the induction heating arrangement comprises a susceptor arrangement and an induction coil, wherein the induction heating arrangement is arranged at least partly surrounding or forming the cavity; and a thermally insulating element, wherein the thermally insulating element is arranged between the susceptor arrangement and the induction coil, and wherein the thermally insulating element is sealingly attached to the base to prevent lateral airflow in a direction perpendicular to a longitudinal axis of the aerosol-generating device into the cavity at the base of the cavity, and wherein one or more sidewalls of the susceptor arrangement are permeable for lateral airflow to enter the cavity in a direction perpendicular to the longitudinal axis of the aerosol-generating device. a cavity for receiving an aerosol-generating article comprising an aerosol-forming substrate, wherein the cavity comprises a base, wherein the base comprises at least one air aperture; an induction heating arrangement, wherein the induction heating arrangement comprises a susceptor arrangement and an induction coil, wherein the induction heating arrangement is arranged at least partly surrounding or forming the cavity; and a thermally insulating element, wherein the thermally insulating element is arranged between the susceptor arrangement and the induction coil, and wherein the thermally insulating element is sealingly attached to the base to prevent lateral airflow in a direction perpendicular to a longitudinal axis of the aerosol-generating device into the cavity at the base of the cavity, and wherein one or more sidewalls of the susceptor arrangement are permeable for lateral airflow to enter the cavity in a direction perpendicular to the longitudinal axis of the aerosol-generating device.
A forming fabric for a papermaking machine woven with a fabric weave pattern, comprising: a PS (paper side) layer having a PS surface, the PS layer including PS warps and PS wefts interwoven in a first repeating pattern, a MS (machine side) layer having a MS surface, the MS layer including interwoven MS warps and MS wefts, and a plurality of pairs of binder weft yarns, each of the pairs of binder weft yarns comprising first and second binder weft yarns that are interwoven according to a binder weft pattern with the PS warps and the MS warps to bind the PS layer and the MS layer together, each of the first and second binder weft yarns interchanges between the PS and MS layers at exchange points, characterized in that in each pattern repeat of the fabric weave pattern: (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles. a PS (paper side) layer having a PS surface, the PS layer including PS warps and PS wefts interwoven in a first repeating pattern, a MS (machine side) layer having a MS surface, the MS layer including interwoven MS warps and MS wefts, and a plurality of pairs of binder weft yarns, each of the pairs of binder weft yarns comprising first and second binder weft yarns that are interwoven according to a binder weft pattern with the PS warps and the MS warps to bind the PS layer and the MS layer together, each of the first and second binder weft yarns interchanges between the PS and MS layers at exchange points, characterized in that in each pattern repeat of the fabric weave pattern: (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles. (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles.
A method for producing a hydrogen chloride comprising: causing an inert gas to be in gas-liquid contact with a hydrochloric acid in which a concentration of the hydrogen chloride is 20 mass% to 50 mass%; distilling the hydrochloric acid with which the inert gas is in gas-liquid contact in the gas-liquid contact and separating a hydrogen chloride from the hydrochloric acid to obtain a crude hydrogen chloride; dehydrating the crude hydrogen chloride obtained in the separating; and compressing and liquefying the dehydrated crude hydrogen chloride obtained in the dehydrating, and purifying the liquid crude hydrogen chloride by distillation. causing an inert gas to be in gas-liquid contact with a hydrochloric acid in which a concentration of the hydrogen chloride is 20 mass% to 50 mass%; distilling the hydrochloric acid with which the inert gas is in gas-liquid contact in the gas-liquid contact and separating a hydrogen chloride from the hydrochloric acid to obtain a crude hydrogen chloride; dehydrating the crude hydrogen chloride obtained in the separating; and compressing and liquefying the dehydrated crude hydrogen chloride obtained in the dehydrating, and purifying the liquid crude hydrogen chloride by distillation.
A trackable device comprising: means for causing the trackable device to transition (S2.4) between a first positioning mode and a second positioning mode, wherein, in the first positioning mode, the trackable device is configured to wirelessly transmit to a locator device at least one data packet including a data portion for enabling determination of a bearing between the trackable device and the locator device in order to determine a position of the trackable device with a first resolution and, in the second positioning mode, the trackable device is configured to wirelessly transmit to the locator device at least one data packet which does not include the data portion for enabling determination of the bearing between the trackable device and the locator device, wherein the second positioning mode enables determination of the position of the trackable device with a second resolution, wherein the second resolution is lower than the first resolution.
A gas-sensing element, comprising: a body comprising a semiconductor that is a metal oxide of a first metal; a gas-sensing surface over the body, comprising a metal oxide semiconductor of the first metal and a dopant comprising a second metal that is a transition metal and is different than the first metal; and an auxiliary component comprising: an internally-disposed second metal disposed in the gas-sensing element between the body and the gas-sensing surface, and a metal oxide semiconductor of the first metal disposed between the internally-disposed second metal and the gas-sensing surface adjacent to the gas-sensing surface. a body comprising a semiconductor that is a metal oxide of a first metal; a gas-sensing surface over the body, comprising a metal oxide semiconductor of the first metal and a dopant comprising a second metal that is a transition metal and is different than the first metal; and an auxiliary component comprising: an internally-disposed second metal disposed in the gas-sensing element between the body and the gas-sensing surface, and a metal oxide semiconductor of the first metal disposed between the internally-disposed second metal and the gas-sensing surface adjacent to the gas-sensing surface. an internally-disposed second metal disposed in the gas-sensing element between the body and the gas-sensing surface, and a metal oxide semiconductor of the first metal disposed between the internally-disposed second metal and the gas-sensing surface adjacent to the gas-sensing surface.
Tire building drum comprising a drum shaft and a circumferential surface concentric to the drum shaft for receiving a tire component, wherein the circumferential surface is defined by segments which are movable in a radial direction with respect to the drum shaft between a contracted position in which the circumferential surface has a first radius and an expanded position in which the segments are spaced apart and in which the circumferential surface has a second, greater radius, wherein the tire building drum comprises cover plates for spanning the spaced apart segments, wherein each segment is provided with a first section having a first support surface for supporting the tire component in the radial direction and a second section with a second support surface for supporting the cover plate of an adjacent one of the segments in the radial direction, wherein, with the movement of the segments from the contracted position to the expanded position, each second section is movable relative to the first section of the same segment from a recessed position to an extended position, respectively, wherein, in the recessed position, the second support surface is recessed with respect to first radius towards the drum shaft and wherein, in the extended position, the second support surface is raised from the recessed position towards the second radius.
A device for acquiring a characteristic image of a body, comprising: an image sensor comprising a plurality of photosensitive cells; and a layer of a material coating a surface of the sensor, said material being such that the color of said material varies due to the variations of a physical parameter characteristic of said body when said body is in contact or almost in contact with said layer. an image sensor comprising a plurality of photosensitive cells; and a layer of a material coating a surface of the sensor, said material being such that the color of said material varies due to the variations of a physical parameter characteristic of said body when said body is in contact or almost in contact with said layer.
A transmission apparatus to wirelessly transmit a data frame comprising precoded data and common control information, according to multi-user multiple input multiple output, MU-MIMO, communications, to a plurality of terminals (980, 990), wherein the transmission apparatus comprises: a common control information generator configured to generate the common control information; a power amplifier training signal generator configured to generate a power amplifier training signal for an automatic gain control, AGC; a controller configured to individually determine, for each of the terminals of the plurality of terminals (980, 990), a number of data streams that is wirelessly transmitted in the data frame; a channel estimation signal generator configured to generate a channel estimation signal comprising channel estimation signal groups, wherein a number of the channel estimation signal groups is determined based on the number of data streams included in the data frame to be wirelessly transmitted to the plurality of terminals (980, 990); an individual control information generator configured to generate individual control information for each of the terminals of the plurality of terminals (980, 990); a precoder configured to generate precoded data by precoding the individual control information, the power amplifier training signal, the channel estimation signal, and data; and a transmitter configured to wirelessly transmit the data frame comprising the common control information and the precoded data to the plurality of terminals (980, 990). a common control information generator configured to generate the common control information; a power amplifier training signal generator configured to generate a power amplifier training signal for an automatic gain control, AGC; a controller configured to individually determine, for each of the terminals of the plurality of terminals (980, 990), a number of data streams that is wirelessly transmitted in the data frame; a channel estimation signal generator configured to generate a channel estimation signal comprising channel estimation signal groups, wherein a number of the channel estimation signal groups is determined based on the number of data streams included in the data frame to be wirelessly transmitted to the plurality of terminals (980, 990); an individual control information generator configured to generate individual control information for each of the terminals of the plurality of terminals (980, 990); a precoder configured to generate precoded data by precoding the individual control information, the power amplifier training signal, the channel estimation signal, and data; and a transmitter configured to wirelessly transmit the data frame comprising the common control information and the precoded data to the plurality of terminals (980, 990).
Scanning method for deriving information about surfaces of objects for a surveying system, in particular a laser scanner or a total station, with scanning functionality comprising a control and evaluation unit, wherein a first recording of a point set composed of object points detected by means of a measurement beam of the surveying apparatus is effected by means of a scanning process by • scanning objects by continuously changing the alignment of the measurement beam in accordance with a known first scanning pattern and (first) scanning region, • determining the respective distance to the object point and the respective alignment of the measurement radiation emitted for a distance measurement, characterized in that the recorded point set of the detected object points is kept available in a volatile memory of the control and evaluation unit and prior to storage in a permanent memory by means of the control and evaluation unit as part of the scanning process an adaptation, in particular a reduction, of the recorded point set is effected depending on at least one point density of the recorded point set, as a result of which an adapted, in particular reduced, point set is generated, and, along with final loss of the recorded point set, only the adapted point set is stored in the permanent memory, wherein ascertaining at least one point density indicator for the recorded point set is effected on the basis of the determined distances and alignments and the adaptation is effected depending on the point density indicator. • scanning objects by continuously changing the alignment of the measurement beam in accordance with a known first scanning pattern and (first) scanning region, • determining the respective distance to the object point and the respective alignment of the measurement radiation emitted for a distance measurement,
A buckle device comprising: a buckle with which a tongue of a seatbelt device is engageable, and that is able to move relative to a vehicle body; a fixed member that is fixable to the vehicle body side; a guide member that is provided on the fixed member; a movable member at which the buckle is provided; a cord member whose distal end portion in a longitudinal direction is connected to the buckle and whose base end portion in the longitudinal direction is held at the vehicle body side; and a distal end side holding section that is provided so as to be able to move together with the buckle, and that holds the cord member at a position of the cord member, which position is further toward a base end side in the longitudinal direction of the cord member than the distal end portion of the cord member; characterized in that a supporting portion is fixed either directly or indirectly to the guide member, wherein the supporting portion is provided to be fixable to the vehicle body side via the guide member and the fixed member, wherein the supporting portion is inserted into an inner side of the movable member such that the movable member is able to move in the longitudinal direction of the supporting portion while being guided and movably supported by the supporting portion. a buckle with which a tongue of a seatbelt device is engageable, and that is able to move relative to a vehicle body; a fixed member that is fixable to the vehicle body side; a guide member that is provided on the fixed member; a movable member at which the buckle is provided; a cord member whose distal end portion in a longitudinal direction is connected to the buckle and whose base end portion in the longitudinal direction is held at the vehicle body side; and a distal end side holding section that is provided so as to be able to move together with the buckle, and that holds the cord member at a position of the cord member, which position is further toward a base end side in the longitudinal direction of the cord member than the distal end portion of the cord member; characterized in that a supporting portion is fixed either directly or indirectly to the guide member, wherein the supporting portion is provided to be fixable to the vehicle body side via the guide member and the fixed member, wherein the supporting portion is inserted into an inner side of the movable member such that the movable member is able to move in the longitudinal direction of the supporting portion while being guided and movably supported by the supporting portion.