mhurhangee/ep-ind-claims huggingface dataset:
Braking and/or clamping device for a shaft guided in relation to a main body, comprising an actuation assembly and comprising a shaft coupling assembly, - wherein the actuation assembly has a split housing (11, 12), which has an attachment zone and a partially elastic, pliable bending zone with two bending plates (15, 16) separated by a gap space (37, 38), - wherein, in two clamping zones lying opposite one another, the bending plates (15, 16) each have jaws (23, 29) with friction surfaces (31, 32) whose surface normals face inward, - wherein a sealed pressure chamber, which can be filled with a pressure medium for pressing the friction surfaces (31, 32) elastically apart, lies between the bending plates (15, 16), - wherein the shaft coupling assembly (60, 80, 90, 100, 110) has a coupling region, which has two friction surfaces (71, 72) spaced apart from one another and whose surface normals face outward, - wherein the shaft coupling assembly has a shaft coupling region, - wherein the shaft coupling region is arranged on the coupling region either directly or indirectly via a clamping mechanism, and - wherein, when the pressure chamber is unpressurized, the friction surfaces (31, 32) of the actuation assembly contact the friction surfaces (71, 72) of the shaft coupling assembly while providing the clamping and/or braking force. - wherein the actuation assembly has a split housing (11, 12), which has an attachment zone and a partially elastic, pliable bending zone with two bending plates (15, 16) separated by a gap space (37, 38), - wherein, in two clamping zones lying opposite one another, the bending plates (15, 16) each have jaws (23, 29) with friction surfaces (31, 32) whose surface normals face inward, - wherein a sealed pressure chamber, which can be filled with a pressure medium for pressing the friction surfaces (31, 32) elastically apart, lies between the bending plates (15, 16), - wherein the shaft coupling assembly (60, 80, 90, 100, 110) has a coupling region, which has two friction surfaces (71, 72) spaced apart from one another and whose surface normals face outward, - wherein the shaft coupling assembly has a shaft coupling region, - wherein the shaft coupling region is arranged on the coupling region either directly or indirectly via a clamping mechanism, and - wherein, when the pressure chamber is unpressurized, the friction surfaces (31, 32) of the actuation assembly contact the friction surfaces (71, 72) of the shaft coupling assembly while providing the clamping and/or braking force.
An information processing device included by an information processing system, the information processing device comprising: a calculation processing unit configured to calculate an objective function regarding a combination of a biomolecule, the biomolecule being a labeling target in a sample, with a labeling phosphor, on the basis of first data listing information on the biomolecule, and second data listing information on the labeling phosphor; and an assignment information output unit configured to output information on assignment of the labeling phosphors to respective biomolecules, the information being generated on the basis of combination information acquired from a combinatorial optimization processing unit on the basis of a coefficient of the objective function. a calculation processing unit configured to calculate an objective function regarding a combination of a biomolecule, the biomolecule being a labeling target in a sample, with a labeling phosphor, on the basis of first data listing information on the biomolecule, and second data listing information on the labeling phosphor; and an assignment information output unit configured to output information on assignment of the labeling phosphors to respective biomolecules, the information being generated on the basis of combination information acquired from a combinatorial optimization processing unit on the basis of a coefficient of the objective function.
Device for monitoring a situation within a volume, comprising at least one electronic unit containing: - a plurality of sensors of different kinds, - a microcontroller for managing sensors, said microcontroller including memory means, - at least one program for controlling the sensors according to a predefined profile and one program for processing the data read by the sensors, which programs are stored in said memory means, - means for signaling the detection of data representative of the occurrence of a particular event within the volume, - means for supplying electrical energy, said device further comprising a remote management unit and means for exchanging data between the electronic unit and the remote management unit, said means being defined by a radio transmitter/receiver comprised by the electronic unit and the remote management unit, said electronic unit comprising means for the manual activation of the radio transmitter comprised by said unit, characterized in that the manual activation means are defined by a button arranged on a housing dedicated to an infrared presence sensor provided with its lens forming a projection on the external face of the housing. - a plurality of sensors of different kinds, - a microcontroller for managing sensors, said microcontroller including memory means, - at least one program for controlling the sensors according to a predefined profile and one program for processing the data read by the sensors, which programs are stored in said memory means, - means for signaling the detection of data representative of the occurrence of a particular event within the volume, - means for supplying electrical energy,
A process for preparing cement clinker admixture involving feeding material outside of a kiln head, comprises the following procedure: while the clinker, after being calcined at a sintering temperature from 1250°C to 1450 °C in a rotary kiln, unloaded through the kiln head and enters a grate cooler via a kiln hood, feeding material at the kiln hood and/or at a position on the grate cooler adjacent to the kiln hood, wherein the material comprises a first raw material which is one or more selected from coal gangue, oil shale, stone coal, and peat, the thermal value of the material is from 100 KJ/kg to 12000 KJ/kg, the maximum grain diameter of the material is less than 5 cm, and the feeding amount of the material is 1% to 100% by weight of the clinker upon calcining with a sintering temperature from 1250°C to 1450 °C in the rotary kiln; calcining the material in the kiln hood and the grate cooler at a temperature from 700 °C to 1200 °C of the heat from the clinker; and cooling the calcined material and the clinker to jointly form the cement clinker admixture. while the clinker, after being calcined at a sintering temperature from 1250°C to 1450 °C in a rotary kiln, unloaded through the kiln head and enters a grate cooler via a kiln hood, feeding material at the kiln hood and/or at a position on the grate cooler adjacent to the kiln hood, wherein the material comprises a first raw material which is one or more selected from coal gangue, oil shale, stone coal, and peat, the thermal value of the material is from 100 KJ/kg to 12000 KJ/kg, the maximum grain diameter of the material is less than 5 cm, and the feeding amount of the material is 1% to 100% by weight of the clinker upon calcining with a sintering temperature from 1250°C to 1450 °C in the rotary kiln; calcining the material in the kiln hood and the grate cooler at a temperature from 700 °C to 1200 °C of the heat from the clinker; and cooling the calcined material and the clinker to jointly form the cement clinker admixture.
A quasi-optical beamformer for an elementary telecommunications antenna, in particular satellite-based, the quasi-optical beamformer having an inlet capable of being connected to an electromagnetic wave source and an outlet capable of supplying at least one radiating element, the quasi-optical beamformer comprising at least: - a first layer (C 1) and a second layer (C 2) that are superimposed for forming quasi-optical beams, each layer being associated with a separate wave polarization state, each layer comprising: - a waveguide with parallel plates, and - a graded-index lens edge, the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide, and - a polarizer placed parallelly between the two superimposed layers. - a first layer (C 1) and a second layer (C 2) that are superimposed for forming quasi-optical beams, each layer being associated with a separate wave polarization state, each layer comprising: - a waveguide with parallel plates, and - a graded-index lens edge, the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide, and - a polarizer placed parallelly between the two superimposed layers. - a waveguide with parallel plates, and - a graded-index lens edge, the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide, and - a polarizer placed parallelly between the two superimposed layers.
An image display apparatus comprising: a first casing; a second casing; a third casing; said first casing and said second casing being configured to be foldable relative to each other, and said second casing and said third casing being configured to be foldable relative to each other, a light source that emits laser light; a projecting unit disposed in said first casing and configured to project laser light outside said image display apparatus; a screen disposed in said third casing and receiving an image to be projected; and characterized in that a reflecting unit disposed in said third casing and configured such that when the first casing and the third casing are folded, the laser light from said light source is reflected toward said screen, wherein the surface of the reflecting unit has a convex shape according to the size of the screen and wherein said surface is specified according to the distance between the reflecting unit and the screen. a first casing; a second casing; a third casing; said first casing and said second casing being configured to be foldable relative to each other, and said second casing and said third casing being configured to be foldable relative to each other, a light source that emits laser light; a projecting unit disposed in said first casing and configured to project laser light outside said image display apparatus; a screen disposed in said third casing and receiving an image to be projected; and characterized in that a reflecting unit disposed in said third casing and configured such that when the first casing and the third casing are folded, the laser light from said light source is reflected toward said screen, wherein the surface of the reflecting unit has a convex shape according to the size of the screen and wherein said surface is specified according to the distance between the reflecting unit and the screen.
An apparatus for chromatographically analyzing each of a plurality of samples, comprising: (a) an autosampler to contain a plurality of samples for chromatographic analysis; (b) a plurality of chromatographic systems, each system comprising a chromatography column and at least one pump associated with the column to establish a flow of eluant from each column following a selected elution protocol; (c) a single detector for analyzing the eluant from each of said chromatographic systems; and (d) a valve positioned between said detector and said chromatographic systems, said valve selectively permitting flow of eluant from each chromatography system to reach the detector in sequence; characterised by (e) a computer control device, characterized in that said computer control device considers the samples and as input information an anticipated data collecting window for each sample at the detector, the computer control device selecting samples for introduction to said plurality of chromatographic systems and controlling the valve and the pumps to selectively direct eluant flow from said plurality of chromatographic systems to the detector, where the selecting of samples and the controlling of the valve and the pumps is based on the input information of the samples such that each sample is sequentially analyzed during its data collection window by the detector. (a) an autosampler to contain a plurality of samples for chromatographic analysis; (b) a plurality of chromatographic systems, each system comprising a chromatography column and at least one pump associated with the column to establish a flow of eluant from each column following a selected elution protocol; (c) a single detector for analyzing the eluant from each of said chromatographic systems; and (d) a valve positioned between said detector and said chromatographic systems, said valve selectively permitting flow of eluant from each chromatography system to reach the detector in sequence; characterised by (e) a computer control device,
A warp determination device for a corrugated fiberboard manufacturing device, which determines warp statuses of a plurality of corrugated fiberboard sheets, respectively, in the corrugated fiberboard manufacturing device, the corrugated fiberboard manufacturing device longitudinally cutting a corrugated fiberboard web conveyed in a sheet conveyance direction by a slitter scorer to form a plurality of corrugated web fiberboard sheets, transversely cutting the plurality of corrugated web fiberboard sheets in a sheet width direction, respectively, by a cutoff to form a plurality of corrugated fiberboard sheets, and then, stacking the plurality of corrugated fiberboard sheets on a sheet stacking unit of a stacker, the warp determination device (8, 8A) comprising: displacement value measurement means for measuring displacement values of the plurality of corrugated fiberboard sheets downstream of the slitter scorer in the sheet conveyance direction and upstream of the sheet stacking unit in the sheet conveyance direction; characterized in that the warp determination device (8, 8A) further comprises: warp status determination means (8, 8A) for dividing a measurement range of the displacement value measurement means according to a width dimension that is a dimension of the plurality of corrugated fiberboard sheets in the sheet width direction, allocating the divided measurement ranges to the plurality of corrugated fiberboard sheets, respectively, and determining warp statuses of the corrugated fiberboard sheets for each of the plurality of corrugated fiberboard sheets, on the basis of measurement values of the displacement value measurement means in the allocated measurement ranges. displacement value measurement means for measuring displacement values of the plurality of corrugated fiberboard sheets downstream of the slitter scorer in the sheet conveyance direction and upstream of the sheet stacking unit in the sheet conveyance direction; characterized in that the warp determination device (8, 8A) further comprises: warp status determination means (8, 8A) for dividing a measurement range of the displacement value measurement means according to a width dimension that is a dimension of the plurality of corrugated fiberboard sheets in the sheet width direction, allocating the divided measurement ranges to the plurality of corrugated fiberboard sheets, respectively, and determining warp statuses of the corrugated fiberboard sheets for each of the plurality of corrugated fiberboard sheets, on the basis of measurement values of the displacement value measurement means in the allocated measurement ranges.
A method for transmitting a single-carrier signal in a multi-carrier system, the method comprising: partitioning the single-carrier signal into at least one input segment; transforming the at least one input segment from time domain to frequency domain to generate at least one frequency-domain segment; setting at least one symbol in each of the at least one frequency-domain segment for at least one guard subband to zero; transforming the at least one frequency-domain segment from the frequency domain to the time domain to generate at least one time-domain segment; filtering the at least one time-domain segment with a pulse shaping response to generate an output signal for the single-carrier signal to meet a spectral mask for the system by the number of guard subbands at two edges of the at least one frequency domain segment; and multiplexing the output signal with a multi-carrier signal. partitioning the single-carrier signal into at least one input segment; transforming the at least one input segment from time domain to frequency domain to generate at least one frequency-domain segment; setting at least one symbol in each of the at least one frequency-domain segment for at least one guard subband to zero; transforming the at least one frequency-domain segment from the frequency domain to the time domain to generate at least one time-domain segment; filtering the at least one time-domain segment with a pulse shaping response to generate an output signal for the single-carrier signal to meet a spectral mask for the system by the number of guard subbands at two edges of the at least one frequency domain segment; and multiplexing the output signal with a multi-carrier signal.
A method comprising: receiving, by an online service and from a first user device, a voice based query issued at the first user device when the first user device has connectivity to the online service, wherein the first user device is one of multiple resource-constrained user devices operated by a particular user; semantically processing, by the online service, the voice-based query issued at the first user device to identify one or more candidate responsive actions that are performable by one or more of the multiple user devices; providing, as output at one or more of the multiple user devices operated by the particular user, one or more prompts suggesting performance of the respective one or more candidate actions; analyzing candidate responsive action performance statistics to select, from the one or more candidate responsive actions, a qualifying responsive action, wherein the candidate responsive action performance statistics relate to performance of the one or more candidate responsive actions by one or more of the multiple resource-constrained devices operated by the particular user following issuance of the query, the analyzing comprising analyzing statistics pertaining to response by the user to the one or more prompts; and updating an offline grammar model stored in each of the multiple user devices to include a mapping between the issued query and the qualifying responsive action, wherein the offline grammar model maps voice-based queries to actions that are performable by each of the multiple user devices while offline. receiving, by an online service and from a first user device, a voice based query issued at the first user device when the first user device has connectivity to the online service, wherein the first user device is one of multiple resource-constrained user devices operated by a particular user; semantically processing, by the online service, the voice-based query issued at the first user device to identify one or more candidate responsive actions that are performable by one or more of the multiple user devices; providing, as output at one or more of the multiple user devices operated by the particular user, one or more prompts suggesting performance of the respective one or more candidate actions; analyzing candidate responsive action performance statistics to select, from the one or more candidate responsive actions, a qualifying responsive action, wherein the candidate responsive action performance statistics relate to performance of the one or more candidate responsive actions by one or more of the multiple resource-constrained devices operated by the particular user following issuance of the query, the analyzing comprising analyzing statistics pertaining to response by the user to the one or more prompts; and updating an offline grammar model stored in each of the multiple user devices to include a mapping between the issued query and the qualifying responsive action, wherein the offline grammar model maps voice-based queries to actions that are performable by each of the multiple user devices while offline.
An additive composition for a transmission fluid, the additive composition comprising at least one color stable extreme pressure performance improver selected from one of: (a) a reaction product of a thiadiazole of one of the formulae and: wherein R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and a thiol of the formula R 3 -SH, wherein R 3 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and optionally an additional sulfur source; (b) at least one compound of the Formula: wherein n is 2-5; R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and R 2 is hydrogen or a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and (c) at least one compound of the Formula: wherein n is 1-5, R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and R 2 is hydrogen or a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms. (a) a reaction product of a thiadiazole of one of the formulae and: wherein R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and a thiol of the formula R 3 -SH, wherein R 3 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and optionally an additional sulfur source; (b) at least one compound of the Formula: wherein n is 2-5; R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and R 2 is hydrogen or a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and (c) at least one compound of the Formula: wherein n is 1-5, R 1 is a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms; and R 2 is hydrogen or a substituted or unsubstituted hydrocarbyl group having 1-100 carbon atoms.
A solution for forming a surface protective resin member, comprising: a fluorine-containing acrylic resin having a hydroxyl value of 40 to 280; a fluorine-free acrylic resin having a hydroxyl value of 40 to 280; and a polyether polyol or a polyester polyol. a fluorine-containing acrylic resin having a hydroxyl value of 40 to 280; a fluorine-free acrylic resin having a hydroxyl value of 40 to 280; and a polyether polyol or a polyester polyol.
A method of producing a filter (12, 22, 32, 162) for a smoking article (11, 21, 31, 161), the method comprising: generating a fluid stream; and transferring a first fibrous material (13a,b, 23a-d, 33a-e, 93, 163a,b) along a transfer path through the fluid stream, and then into a flow of a second fibrous filter material (14, 24, 34, 82, 164). generating a fluid stream; and transferring a first fibrous material (13a,b, 23a-d, 33a-e, 93, 163a,b) along a transfer path through the fluid stream, and then into a flow of a second fibrous filter material (14, 24, 34, 82, 164).