mhurhangee/ep-ind-claims huggingface dataset:
A gypsum board panel comprising: two facing main surfaces, and at least one machine edge surface and at least one butt edge surface, at least one of the surfaces of the board including an outer gypsum layer in which a polymer additive has been entrained; characterized in that the at least one machine edge surface having three-dimensional features, the gypsum board panel further comprising an adhesive material disposed on said at least one machine edge surface, said adhesive material being capable of forming chemical cross-linking, co-polymer bonds with said polymer additive entrained within said outer gypsum layer. two facing main surfaces, and at least one machine edge surface and at least one butt edge surface, at least one of the surfaces of the board including an outer gypsum layer in which a polymer additive has been entrained; characterized in that the at least one machine edge surface having three-dimensional features, the gypsum board panel further comprising an adhesive material disposed on said at least one machine edge surface, said adhesive material being capable of forming chemical cross-linking, co-polymer bonds with said polymer additive entrained within said outer gypsum layer.
A water supply control apparatus for an in-cylinder injection type internal combustion engine, the water supply control apparatus being applied to the in-cylinder injection type internal combustion engine which injects fuel from a central area in a cylinder, and comprising: a water supply device where a state of supplying water into the cylinder is changeable between a first supply state that the water is supplied to a whole inside of the cylinder and a second supply state that the water is supplied into the cylinder so that a supply amount of the water supplied to a central area lying in the cylinder is more than a supply amount of the water supplied to a peripheral area lying in the cylinder; and characterized by: a control device which is configured to control the water supply device so that the supply amount of the water supplied into the cylinder in a case of the second supply state is less than the supply amount of the water supplied into the cylinder in a case of the first supply state. a water supply device where a state of supplying water into the cylinder is changeable between a first supply state that the water is supplied to a whole inside of the cylinder and a second supply state that the water is supplied into the cylinder so that a supply amount of the water supplied to a central area lying in the cylinder is more than a supply amount of the water supplied to a peripheral area lying in the cylinder; and characterized by: a control device which is configured to control the water supply device so that the supply amount of the water supplied into the cylinder in a case of the second supply state is less than the supply amount of the water supplied into the cylinder in a case of the first supply state. a control device which is configured to control the water supply device so that the supply amount of the water supplied into the cylinder in a case of the second supply state is less than the supply amount of the water supplied into the cylinder in a case of the first supply state.
An integrated storage and delivery system for nutritional compositions, said system comprising: a container defining a chamber, a finish, and a penetrable seal, the finish defining a first opening and the penetrable seal separating the chamber from an external environment; and a spike assembly attached to the container, the spike assembly including a cap and a spike, the cap engaged with the finish of the container and the spike includes a projection having a distal end defining a second opening, the projection moveable between a first position in which the distal end of the projection is disposed on a first side of the penetrable seal that is opposite the side on which the chamber is disposed and a second position in which the distal end of the projection is disposed on a second side of the penetrable seal that is the same side of the penetrable seal as the chamber, wherein the system further comprises a spring attached to the spike and biased to force the projection into the second position. a container defining a chamber, a finish, and a penetrable seal, the finish defining a first opening and the penetrable seal separating the chamber from an external environment; and a spike assembly attached to the container, the spike assembly including a cap and a spike, the cap engaged with the finish of the container and the spike includes a projection having a distal end defining a second opening, the projection moveable between a first position in which the distal end of the projection is disposed on a first side of the penetrable seal that is opposite the side on which the chamber is disposed and a second position in which the distal end of the projection is disposed on a second side of the penetrable seal that is the same side of the penetrable seal as the chamber, wherein the system further comprises a spring attached to the spike and biased to force the projection into the second position.
An automotive LED lamp heat sink for cooling an LED module, a part or the entirety of the heat sink being formed by injection molding of a thermally conductive resin composition, wherein: the thermally conductive resin composition includes at least 50 to 90 weight % of a thermoplastic polyester resin having a number average molecular weight of 12,000 to 70,000 and 10 to 50 weight % of flaked graphite having a fixed carbon content of 98 mass % or more and an aspect ratio of 21 or more, and has a specific gravity of 1.4 to 1.7 and an in-plane thermal conductivity of 1 W/(m•K) or more.
An mTOR inhibitor for use in a method of treating a subject having a dominant X-linked disease, the method comprising: administering to the subject the mTOR inhibitor in an amount effective for inducing expression of a target X-linked gene, wherein the mTOR inhibitor targets mTOR and selectively inhibits activity of mTOR.
A surveying appliance for surveying target points, having • a sensor unit that is equipped with • a laser source, • a distance determining detector, • a sighting unit that is mounted so as to be able to swivel about a swivel axis on an upper part that is mounted so as to be able to rotate about an axis of rotation on a base, and • a first and a second rotary drive that render the upper part and the sighting unit drivable and orientable; • a remote control unit for prompting changes to the orientation of the sighting unit and equipped with a measuring functionality for determining a spatial orientation of the remote control unit and/or for determining movements by the remote control unit; and • an evaluation and control unit; wherein • a spatial orientation of the sighting unit relative to the base can be detected by means of two goniometers; and • the evaluation and control unit is connected to the laser source, the distance determining detector and the goniometers in order to associate a detected distance with a corresponding orientation and hence to determine coordinates for target points; characterized in that a transmission ratio between changes in the orientation of the sighting unit in an azimuthal and/or elevational direction in their extent and/or their speed and corresponding changes of an orientation of the remote control unit can be scaled such that at least two sighting modes that differ from one another at least in terms of a transmission ratio level are provided. • a sensor unit that is equipped with • a laser source, • a distance determining detector, • a sighting unit that is mounted so as to be able to swivel about a swivel axis on an upper part that is mounted so as to be able to rotate about an axis of rotation on a base, and • a first and a second rotary drive that render the upper part and the sighting unit drivable and orientable; • a laser source, • a distance determining detector, • a sighting unit that is mounted so as to be able to swivel about a swivel axis on an upper part that is mounted so as to be able to rotate about an axis of rotation on a base, and • a first and a second rotary drive that render the upper part and the sighting unit drivable and orientable; • a remote control unit for prompting changes to the orientation of the sighting unit and equipped with a measuring functionality for determining a spatial orientation of the remote control unit and/or for determining movements by the remote control unit; and • an evaluation and control unit; • a spatial orientation of the sighting unit relative to the base can be detected by means of two goniometers; and • the evaluation and control unit is connected to the laser source, the distance determining detector and the goniometers in order to associate a detected distance with a corresponding orientation and hence to determine coordinates for target points;
Enacted with a time-of-flight depth camera including an array of pixels, a depth-sensing method (58, 72) comprising: irradiating a subject with pulsed light of spatially alternating bright and dark features of structured irradiance; receiving the pulsed light reflected back from the subject by two-segment reflection and three-segment reflection onto the array of pixels; at each pixel of the array, presenting a signal dependent on distance from the depth camera to a locus of the subject imaged onto that pixel; and mapping the subject based on the signal from pixels that image subject loci directly irradiated by the bright features of the structured irradiance, while omitting or weighting negatively the signal from pixels that image subject loci under the dark features of the structured irradiance, wherein the signal from pixels that image subject loci directly irradiated by the bright features of the structured irradiance comprises signal intensity corresponding to two-segment reflection of the light and signal intensity corresponding to three-segment reflection of the light, and the signal from pixels that image subject loci under the dark features of the structured irradiance comprises signal intensity corresponding to three-segment reflection of the light; and interpolating between pixels that image subject loci under consecutive bright features of the structured irradiance to estimate depth of a subject locus under an intervening dark feature of the structured irradiance. irradiating a subject with pulsed light of spatially alternating bright and dark features of structured irradiance; receiving the pulsed light reflected back from the subject by two-segment reflection and three-segment reflection onto the array of pixels; at each pixel of the array, presenting a signal dependent on distance from the depth camera to a locus of the subject imaged onto that pixel; and mapping the subject based on the signal from pixels that image subject loci directly irradiated by the bright features of the structured irradiance, while omitting or weighting negatively the signal from pixels that image subject loci under the dark features of the structured irradiance, wherein the signal from pixels that image subject loci directly irradiated by the bright features of the structured irradiance comprises signal intensity corresponding to two-segment reflection of the light and signal intensity corresponding to three-segment reflection of the light, and the signal from pixels that image subject loci under the dark features of the structured irradiance comprises signal intensity corresponding to three-segment reflection of the light; and interpolating between pixels that image subject loci under consecutive bright features of the structured irradiance to estimate depth of a subject locus under an intervening dark feature of the structured irradiance.
A mobile storage and retrieval unit for housing a number of sample racks, the mobile storage and retrieval unit comprising: a housing having an interior and an exterior top surface; a number of interior shelves disposed in the interior of that housing, each shelf capable of holding at least one sample rack; a loading tray on the exterior top surface; a vertically translatable elevator capable of holding a sample rack thereon and capable of moving between positions aligned with each shelf to a position aligned with the loading tray; a conveyor system adapted to move a sample rack from said vertically translatable elevator onto a shelf; characterized in that the storage and retrieval unit further comprises an opening at the top of storage and retrieval unit and above said vertically translatable elevator so that said sample racks can be passed into and out of storage and retrieval unit onto said loading tray; and a refrigerated air inlet duct and an outlet duct adapted to convey refrigerated air into the housing interior. a housing having an interior and an exterior top surface; a number of interior shelves disposed in the interior of that housing, each shelf capable of holding at least one sample rack; a loading tray on the exterior top surface; a vertically translatable elevator capable of holding a sample rack thereon and capable of moving between positions aligned with each shelf to a position aligned with the loading tray; a conveyor system adapted to move a sample rack from said vertically translatable elevator onto a shelf; characterized in that the storage and retrieval unit further comprises an opening at the top of storage and retrieval unit and above said vertically translatable elevator so that said sample racks can be passed into and out of storage and retrieval unit onto said loading tray; and a refrigerated air inlet duct and an outlet duct adapted to convey refrigerated air into the housing interior.
A method performed by a network node for determining downlink transmission power for a downlink shared channel, for transmitting data, to be used in a Transmission Time Interval, TTI, by cells (201, 202; 203, 204; 205, 206) served by the network node in a wireless telecommunications network, the method being characterized by determining the downlink transmission power available to a cell (201, 202; 203, 204; 205, 206) for physical channels associated with the downlink shared channel based on a condition that stipulates that a ratio between an instantaneous or an average value of the total downlink transmission power allocated in the cell (201, 202; 203, 204; 205, 206) for physical channels associated with downlink channels and the downlink transmission power allocated in the cell to physical channels associated with a pilot signal downlink channel is equal to or smaller than a determined ratio, to set a maximum limit for the allowed downlink transmission power.
A method for treating nuclear sludge comprising subjecting the nuclear sludge to a plasma treatment in a plasma chamber, in the presence of an oxidant, to melt at least some of the inorganic components of the sludge, wherein the plasma chamber comprises a crucible having a cooled inner surface, this surface cooled sufficiently such that the inorganic components in contact with the inner surface are in a solid state and form a barrier between the part of surface of the crucible with which they are in contact and the molten inorganic components of the sludge; wherein the plasma chamber comprises two graphite electrodes (4,5); and wherein the electrodes (4,5) are operated in one or both of: (i) a first mode in which an electric arc is passed between the electrodes (4,5) above the level of the nuclear sludge (remotely coupled); or (ii) a second mode in which an electric arc is passed between the electrodes (4,5) through the inorganic components of the sludge (transferred). (i) a first mode in which an electric arc is passed between the electrodes (4,5) above the level of the nuclear sludge (remotely coupled); or (ii) a second mode in which an electric arc is passed between the electrodes (4,5) through the inorganic components of the sludge (transferred).
An imaging system, comprising: an illumination source configured to illuminate a sample through a pinhole mask using an excitation light;a translation apparatus configured to move the pinhole mask or the sample to a first location; a sensor configured to capture an image of the sample at the first location and convert the image into data; an image processing module configured to: filter the data using known spacing of pinholes in the pinhole mask to obtain data that corresponds to the spacing, use a threshold to identify regions of the remaining data that are bright enough to be associated with a pinhole, calculate the centroids of the regions, fit a known pattern for the pinhole mask to the regions in order to identify the best fit for the data with respect to the locations of the pinholes; a storage medium configured to store the best fit data; and a control module configured to control the illumination source and the translation apparatus in order to obtain a plurality of images of the sample for use in a subsequent confocal capture routine. an illumination source configured to illuminate a sample through a pinhole mask using an excitation light;a translation apparatus configured to move the pinhole mask or the sample to a first location; a sensor configured to capture an image of the sample at the first location and convert the image into data; an image processing module configured to: filter the data using known spacing of pinholes in the pinhole mask to obtain data that corresponds to the spacing, use a threshold to identify regions of the remaining data that are bright enough to be associated with a pinhole, calculate the centroids of the regions, fit a known pattern for the pinhole mask to the regions in order to identify the best fit for the data with respect to the locations of the pinholes; filter the data using known spacing of pinholes in the pinhole mask to obtain data that corresponds to the spacing, use a threshold to identify regions of the remaining data that are bright enough to be associated with a pinhole, calculate the centroids of the regions, fit a known pattern for the pinhole mask to the regions in order to identify the best fit for the data with respect to the locations of the pinholes; a storage medium configured to store the best fit data; and a control module configured to control the illumination source and the translation apparatus in order to obtain a plurality of images of the sample for use in a subsequent confocal capture routine.
A method of producing an anti-FcRH5 antibody that binds an isoform c-specific region of the extracellular domain of FcRH5c and does not significantly bind another Ig-like domain of FcRH5, said method comprising the steps of: (a) culturing a host cell comprising a nucleic acid sequence encoding the anti-FcRH5 antibody under conditions suitable for expression of said antibody; and (b) recovering the anti-FcRH5 antibody from the host cell or the host cell medium, wherein the isoform c-specific region of the extracellular domain of FcRH5c is selected from the group consisting of: (i) amino acids 745-850 of SEQ ID NO: 1; (ii) amino acids 745-851 of SEQ ID NO: 1; (iii) amino acids 752-834 of SEQ ID NO: 1; and (iv) amino acids 754-835 of SEQ ID NO: 1. (a) culturing a host cell comprising a nucleic acid sequence encoding the anti-FcRH5 antibody under conditions suitable for expression of said antibody; and (b) recovering the anti-FcRH5 antibody from the host cell or the host cell medium, wherein the isoform c-specific region of the extracellular domain of FcRH5c is selected from the group consisting of: (i) amino acids 745-850 of SEQ ID NO: 1; (ii) amino acids 745-851 of SEQ ID NO: 1; (iii) amino acids 752-834 of SEQ ID NO: 1; and (iv) amino acids 754-835 of SEQ ID NO: 1. (i) amino acids 745-850 of SEQ ID NO: 1; (ii) amino acids 745-851 of SEQ ID NO: 1; (iii) amino acids 752-834 of SEQ ID NO: 1; and (iv) amino acids 754-835 of SEQ ID NO: 1.
A catalyst composition for producing a polyurethane foam, which comprises an amine compound represented by the following formula and at least one glycol selected from the group consisting of polyethylene glycol, wherein the hydroxy value of the polyethylene glycol is from 160 to 600, provided that when the compound of the formula has enantiomers, diastereomers or geometric isomers, both a mixture thereof and isolated isomers are included: wherein R 1, R 2, R 3 and R 4 are each independently a hydrogen atom, a C 1-4 alkyl group, a hydroxy group, a hydroxymethyl group or a C 1-4 alkoxy group, and m is an integer of 1 or 2.
An aerosol generating device (1, 600) comprising: a heater (13, 620) configured to heat an aerosol generating material; and a controller (12, 610) configured to: calculate a first power amount indicating a power amount used by the heater (13, 620) during a preset first time period after a heating operation of the heater (13, 620) is started, and control the heating operation of the heater (13, 620) based on whether the first power amount is greater than or equal to a preset reference power amount. a heater (13, 620) configured to heat an aerosol generating material; and a controller (12, 610) configured to: calculate a first power amount indicating a power amount used by the heater (13, 620) during a preset first time period after a heating operation of the heater (13, 620) is started, and control the heating operation of the heater (13, 620) based on whether the first power amount is greater than or equal to a preset reference power amount. calculate a first power amount indicating a power amount used by the heater (13, 620) during a preset first time period after a heating operation of the heater (13, 620) is started, and control the heating operation of the heater (13, 620) based on whether the first power amount is greater than or equal to a preset reference power amount.
A receiving apparatus in a radio access network for receiving broadcast system information in the radio access network, the receiving apparatus comprising: a processor; computer-readable storage media; a receiver configured to: receive first system information including a master information block of a broadcast control logical channel via a broadcast transport channel, and receive second system information including a system information block of the broadcast control logical channel via a shared transport channel; wherein the processor, when executing software stored on the storage media, is configured to obtain timing information from the master information block received via the broadcast transport channel, wherein the receiver is configured to receive the system information block via the shared transport channel according to the timing information. a processor; computer-readable storage media; a receiver configured to: receive first system information including a master information block of a broadcast control logical channel via a broadcast transport channel, and receive second system information including a system information block of the broadcast control logical channel via a shared transport channel; receive first system information including a master information block of a broadcast control logical channel via a broadcast transport channel, and receive second system information including a system information block of the broadcast control logical channel via a shared transport channel; wherein the processor, when executing software stored on the storage media, is configured to obtain timing information from the master information block received via the broadcast transport channel, wherein the receiver is configured to receive the system information block via the shared transport channel according to the timing information.