mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a first score calculation unit that calculates a first score that is an evaluation value obtained by evaluation of appropriateness of recommendation for each candidate for content to be recommended to a content acquisition side, wherein the first score calculation unit obtains the appropriateness of recommendation of the content for the content acquisition side on a basis of behavior of a user that acquires the content; a second score calculation unit that calculates a second score that is an evaluation value obtained by evaluation of appropriateness of recommendation for each combination of candidates for content to be recommended, the content includes voice data, wherein the second score calculation unit calculates, as the second score, degree of overlap of sounds between the voice data in the combination, wherein second score calculation unit obtains the degree of overlap of sounds on a basis of localization of the voice data of each candidate for content to be recommended; and a selection unit that selects a plurality of pieces of content to be recommended, on a basis of the first score of each candidate calculated by the first score calculation unit and the second score of each combination of the candidates calculated by the second score calculation unit. a first score calculation unit that calculates a first score that is an evaluation value obtained by evaluation of appropriateness of recommendation for each candidate for content to be recommended to a content acquisition side, wherein the first score calculation unit obtains the appropriateness of recommendation of the content for the content acquisition side on a basis of behavior of a user that acquires the content; a second score calculation unit that calculates a second score that is an evaluation value obtained by evaluation of appropriateness of recommendation for each combination of candidates for content to be recommended, the content includes voice data, wherein the second score calculation unit calculates, as the second score, degree of overlap of sounds between the voice data in the combination, wherein second score calculation unit obtains the degree of overlap of sounds on a basis of localization of the voice data of each candidate for content to be recommended; and a selection unit that selects a plurality of pieces of content to be recommended, on a basis of the first score of each candidate calculated by the first score calculation unit and the second score of each combination of the candidates calculated by the second score calculation unit.
A ventilation control system comprising: a ventilation device operable to ventilate a plurality of rooms (4a,4b,4c), the ventilation device including a CO 2 sensor operable to measure a CO 2 concentration in exhaust air discharged from the plurality of rooms; and a plurality of human detection means each installed in a corresponding one of the plurality of rooms and operable to detect presence of a room occupant, wherein the ventilation device includes a control device characterized in that the control device is configured to estimate a CO 2 concentration of each of the plurality of rooms on a basis of the CO 2 concentration measured by the CO 2 sensor, a volume of exhaust air discharged from each room of the plurality of rooms, and detection results provided by the plurality of human detection means. a ventilation device operable to ventilate a plurality of rooms (4a,4b,4c), the ventilation device including a CO 2 sensor operable to measure a CO 2 concentration in exhaust air discharged from the plurality of rooms; and a plurality of human detection means each installed in a corresponding one of the plurality of rooms and operable to detect presence of a room occupant, wherein the ventilation device includes a control device characterized in that the control device is configured to estimate a CO 2 concentration of each of the plurality of rooms on a basis of the CO 2 concentration measured by the CO 2 sensor, a volume of exhaust air discharged from each room of the plurality of rooms, and detection results provided by the plurality of human detection means.
A system for communicating a presence of a device via alight source configured to emit light comprising an embedded code, the system comprising: a controller comprising: - a receiver configured to receive a response signal from a first device, which response signal comprises an identifier of the first device, and which response signal is indicative of that the embedded code has been detected by the first device, and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device, wherein the system further comprises a second device comprising: - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon. a controller comprising: - a receiver configured to receive a response signal from a first device, which response signal comprises an identifier of the first device, and which response signal is indicative of that the embedded code has been detected by the first device, and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device, - a receiver configured to receive a response signal from a first device, which response signal comprises an identifier of the first device, and which response signal is indicative of that the embedded code has been detected by the first device, and - a processor configured to correlate the embedded code with the identifier of the first device by associating the identifier of the first device with the embedded code, such that the embedded code is representative of the identifier of the first device, wherein the system further comprises a second device comprising: - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon. - a second light detector configured to detect light emitted by the light source, - a second processor configured to retrieve the embedded code from the light, to retrieve the identifier of the first device correlated with the embedded code, and to identify the first device based thereon.
A method of diagnosing an anomaly of a monitored component in a drive train, the method comprising: generating a vibration signal from a vibration sensor system; obtaining, by a device configured to diagnose an anomaly, original data based only on samples of the vibration signal; converting, by the device configured to diagnose an anomaly, the original data to an analytical signal having a real component and an imaginary component by a Hilbert transform; determining, by the device configured to diagnose an anomaly, complex magnitudes of the analytical signal; performing, by the device configured to diagnose an anomaly, a discrete Fourier transform of the complex magnitudes of the analytical signal to produce a frequency-domain signal; and determining, by the device configured to diagnose an anomaly, complex magnitudes of the frequency-domain signal to generate a shock spectrum. generating a vibration signal from a vibration sensor system; obtaining, by a device configured to diagnose an anomaly, original data based only on samples of the vibration signal; converting, by the device configured to diagnose an anomaly, the original data to an analytical signal having a real component and an imaginary component by a Hilbert transform; determining, by the device configured to diagnose an anomaly, complex magnitudes of the analytical signal; performing, by the device configured to diagnose an anomaly, a discrete Fourier transform of the complex magnitudes of the analytical signal to produce a frequency-domain signal; and determining, by the device configured to diagnose an anomaly, complex magnitudes of the frequency-domain signal to generate a shock spectrum.
Gasogen to produce gases for external combustion in boilers, being the gasogen of the fixed, upstream type with refrigerated walls where the material or biomass to be gasified goes through a feeding system and is subjected to a series of processes such as drying, pyrolysis or carbonization, reduction of the carbon dioxide generated, to carbon monoxide, burning of the residual carbon characterized in the fact that the gasogen walls are formed by a number of cooling pipes with heat dissipation membranes which are metal plates fixed to said cooling pipes; the gasogen including at least one gas exhaust gate which blocks the pipe connected to a combustion chamber; an exhaust valve for the pyrolysis gases towards an ancillary gas exhaust funnel; a rotating eccentric extraction grid for the ashes proper to the fuel, which are broken and extracted from the bottom of the gasogen; wherein said grid is defined by a succession of overlapped plates with a decreasing diameter which consists of internal plates, one external plate and an upper plate, which rotates on a shift not coincident with the gasogen's vertical shift, wherein between said overlapped plates, and there are channels for the passage of the gasification air and the fall of the ashes towards a hopper located at the bottom of the gasogen, wherein said channels define respective spaces of between 5 and 150 mm high, and wherein said grid includes a system of plates whose thickness is between 6 mm and 50 mm, strengthened by metallic gusset plates covered with hard metal to minimize wear and produce an abrasive effect and breakage of compacted ashes; and at least one peripheral blower and a central blower with their corresponding steam and/or inert gases injection nozzles to break and extract the ashes; wherein the material or biomass to be gasified is added together with calcium hydroxide or calcium carbonate and/or calcium and magnesium double carbonate, in granulated form, in variable proportions according to the type of fuel entering the gasogen, wherein between 0,1 Kg and 5 Kg of calcium per ashes contained in the combustible biomasses to avoid the formation of stone like, very hard big deposits of ashes on grid.
Taffeta needle of a taffeta machine, the taffeta machine being intended for inserting cut pieces of thread into a substrate, and the taffeta needle having a needle carrier and a needle point, characterized in that the needle point can be placed on the needle carrier and is connected to the latter in a fixed, in particular twist-proof and pull-off-proof, detachable manner, and an alignment element is provided on the needle point and is connected to an alignment counter-element of the needle carrier, in particular in such a way that it cannot be twisted or pulled off, and an alignment element is provided on the needle point which interacts with an alignment counter-element of the needle carrier to align the needle point on the needle carrier.
An ostomy appliance comprising: a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side, a first half of a coupling attached to the distal side of the wafer, and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall, an inlet hole defined around a central axis of the inlet hole and located in the proximal wall, and an adhesive flange attached to the proximal wall around the inlet hole, wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall; wherein, in use of the ostomy appliance, the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer, and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer, characterized in that an outer diameter of the adhesive flange at a second outer, peripheral edge of the adhesive flange is smaller than an inner diameter of the first half of the coupling at its first inner, peripheral edge. a base wafer having an adhesive proximal side configured to be attached to a skin surface around an ostomy of a user and a distal side, a first half of a coupling attached to the distal side of the wafer, and wherein a first opening in the base wafer is defined around and radially closer to a central axis extending through a centre of the first opening than a first inner peripheral edge of the first half of the coupling; a collecting bag for collecting stomal output comprising a proximal wall connected to a distal wall, an inlet hole defined around a central axis of the inlet hole and located in the proximal wall, and an adhesive flange attached to the proximal wall around the inlet hole, wherein a second half of the coupling is attached to the proximal wall of the bag radially farther from the central axis of the inlet hole than the attachment of the adhesive flange to the proximal wall; wherein, in use of the ostomy appliance, the adhesive flange is configured to engage with a peristomal skin surface around the ostomy of the user through the first opening in the base wafer, and the second half of the coupling is configured to couple to the first half of the coupling to attach the collecting bag to the base wafer, characterized in that an outer diameter of the adhesive flange at a second outer, peripheral edge of the adhesive flange is smaller than an inner diameter of the first half of the coupling at its first inner, peripheral edge.
Medicament container holder arrangement intended to be used in a medicament delivery device, the medicament container holder arrangement comprising a medicament container holder and a medicament container wherein the medicament container holder is provided with distally arranged support surfaces for flanges arranged on a distal part of the medicament container to be placed in said medicament container holder, which medicament container is arranged with a needle shield to the proximal end thereof, wherein said needle shield has a diameter generally equal or larger than the diameter of said medicament container, characterised in that said medicament container holder arrangement further comprises holders arranged on the medicament container holder for holding said medicament container around a proximal shoulder portion thereof and a resilient support element arranged between the flanges and the support surfaces whereby the holders and the resilient support element absorb and spread forces between the medicament container and the medicament container holder, wherein the holders comprise radially flexible arms having inwardly directed ledges arranged such that, when the medicament container is placed in said medicament container holder from the distal end thereof and pushed forward such that said needle shield comes in contact with the inwardly directed ledges of the flexible arms, the latter will flex outwards in the radial direction, thereby allowing the needle shield to pass the inwardly directed ledges, and then flex back inwardly when the needle shield has passed the inwardly directed ledges, after which the inwardly directed ledges come into contact with the shoulder portion of the medicament container.
Method for increasing the throughput in serial workpiece measurement by a coordinate measuring machine with sufficient measuring accuracy, wherein the coordinate measuring machine is configured to measure a workpiece, the measurement being definable by at least one measurement parameter, the value of which is variable, and wherein the method comprises: a) setting an initial value (a 0, b 0, c 0) of the at least one measurement parameter; b) measuring a workpiece, a set value of the at least one measurement parameter applying; c) determining a value of at least one predetermined test characteristic based on results of the measurement; d) checking whether the at least one test characteristic satisfies a predetermined iteration criterion, the iteration criterion concerning the obtainment or non-obtainment of acceptable or admissible values of the test characteristic; and if this is the case e) changing, and consequently setting, the value of the measurement parameter or changing, and consequently setting, the value of at least one of the measurement parameters and repeating measures b) to d). a) setting an initial value (a 0, b 0, c 0) of the at least one measurement parameter; b) measuring a workpiece, a set value of the at least one measurement parameter applying; c) determining a value of at least one predetermined test characteristic based on results of the measurement; d) checking whether the at least one test characteristic satisfies a predetermined iteration criterion, the iteration criterion concerning the obtainment or non-obtainment of acceptable or admissible values of the test characteristic; and if this is the case e) changing, and consequently setting, the value of the measurement parameter or changing, and consequently setting, the value of at least one of the measurement parameters and repeating measures b) to d).
An acylated protease stabilized insulin wherein the acyl moiety is attached to a lysine residue at position B29 of A14E, B16H, B25H, desB30 human insulin, wherein said acylated protease stabilized insulin is A14E, B16H, B25H, B29K(N ε eicosanedioyl-γGlu-OEG-OEG), desB30 human insulin.
Nozzle tip (20; 200) for guiding a valve pin of a nozzle for injecting molten material into a mold during injection molding, consisting of: - an outer member (30; 230), provided with an axial pass-through cavity, which at one end comprises a central pass-through conduit for the exit of the molten material, - an inner member (60; 260), having an axial pass-through cavity, which is coaxially mounted within the outer member (30; 230) and comprises a tapered tip (62; 262) with a hole (64; 264) to direct the molten material to the central conduit, - an annular-shape insert (74; 274) made of wear-resistant material, with a central pass-through cavity (76; 276) into which the valve pin can slide and mounted in correspondence with the central pass-through conduit (36; 236), wherein the central pass-through cavity (76; 276) of the insert (74; 274) is constituted of the juxtaposition of a cylindrical-shape cavity portion (77; 277) and a conical-shape cavity portion (75; 275), and the insert (74; 274) is a separate piece and directly interposed between the tapered tip (62; 262) of the inner member (60; 260) and an inner surface of the outer member (30; 203) so that said tapered tip (62; 262) abuts against the inlet of the conical-shape cavity portion (75; 275) at a zone of mutual contact. - an outer member (30; 230), provided with an axial pass-through cavity, which at one end comprises a central pass-through conduit for the exit of the molten material, - an inner member (60; 260), having an axial pass-through cavity, which is coaxially mounted within the outer member (30; 230) and comprises a tapered tip (62; 262) with a hole (64; 264) to direct the molten material to the central conduit, - an annular-shape insert (74; 274) made of wear-resistant material, with a central pass-through cavity (76; 276) into which the valve pin can slide and mounted in correspondence with the central pass-through conduit (36; 236), wherein the central pass-through cavity (76; 276) of the insert (74; 274) is constituted of the juxtaposition of a cylindrical-shape cavity portion (77; 277) and a conical-shape cavity portion (75; 275), and the insert (74; 274) is a separate piece and directly interposed between the tapered tip (62; 262) of the inner member (60; 260) and an inner surface of the outer member (30; 203) so that said tapered tip (62; 262) abuts against the inlet of the conical-shape cavity portion (75; 275) at a zone of mutual contact.
An electromagnetic coil comprising: a bobbin made entirely of ceramic; a coiled conductor wrapped around the bobbin; a potting resin applied to the coiled conductor during winding wherein, the resin is a siloxane polymer mixed with a metal oxide; and an overwind made of glass fiber yarn. a bobbin made entirely of ceramic; a coiled conductor wrapped around the bobbin; a potting resin applied to the coiled conductor during winding wherein, the resin is a siloxane polymer mixed with a metal oxide; and an overwind made of glass fiber yarn.
An artificial turf filament formed from a formulation comprising: an ethylene-based polymer having a density 0.900 g/cc to 0.955 g/cc and a melt index (I 2) of 0.1 g/10 min to 20 g/10 min as measured according to ASTM D1238 (at 190 °C, 2.16 kg), and one or more polydimethylsiloxane (PDMS) components having a number average molecular weight (Mn) of from 10,000 g/mol to 500,000 g/mol, wherein the M n is measured by Gel Permeation Chromatography. an ethylene-based polymer having a density 0.900 g/cc to 0.955 g/cc and a melt index (I 2) of 0.1 g/10 min to 20 g/10 min as measured according to ASTM D1238 (at 190 °C, 2.16 kg), and one or more polydimethylsiloxane (PDMS) components having a number average molecular weight (Mn) of from 10,000 g/mol to 500,000 g/mol, wherein the M n is measured by Gel Permeation Chromatography.
A polypeptide comprising 16 repeats of a sequence set forth in SEQ ID No. 1, the repeats of the sequence are directly linked, wherein the polypeptide does not comprise a sequence set forth in SEQ ID No. 2.
A chemically resistant glass composition for the manufacture of reinforcing strands, said composition comprising the following constituents in the limits defined hereafter, expressed as molar percentages: SiO 2 67 - 72 % ZrO 2 5 - 9.5 % R 2 O (R = Na, K and Li) 11 - 17 %, the amount of R 2 O being the sum of the amounts of Na 2 O, K 2 O and Li 2 O Li 2 O 0-5.5 % K 2 O 2.5 - 5.5 % said composition being characterized by the following molar percentages: Na 2 O < 10 % CaO 3-9 % the composition further comprising less than 1% impurities selected from the group consisting of: Al 2 O 3, Fe 2 O 3, Cr 2 O 3, TiO 2, MgO, SrO, BaO and P 2 O 5, the composition being free from F, and satisfying the following relation: 2.5 % ≤ Na 2 O + K 2 O - CaO ≤ 9.5 %.