mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell stack, which comprises a stacked plurality of single cells, each of the single cells having a membrane electrode assembly with a peripheral frame and a pair of separators (2A, 2B) holding the peripheral frame and the membrane electrode assembly between them, wherein the peripheral frame and the separators (2A, 2B) of each of the single cells have distribution holes (H1, H3, H4, H6) that continue to each other in a stacked state to form a manifold (M1, M3, M4, M6) for distributing reaction gas, at least a part of an inner wall of the manifold (M1, M3, M4, M6) is formed in a continuous flat shape that extends in a stacking direction of the single cells, each of the peripheral frames and each of the separators (2A, 2B) comprise a flattening face (F1, F2, F3) in an inner wall of the respective distribution hole (H1, H3, H4, H6), and each of the flattening face (F1, F2, F3) of each of the peripheral frames and each of the separators (2A, 2B) continues to each other so that at least a part of the inner wall of the manifold (M1, M3, M4, M6) is formed in the continuous flat shape that extends in the stacking direction of the single cells, characterized in that each of the peripheral frames comprises a adhesive portion for adhesion to an opposed member adjacent in the stacking direction at an edge of each of the distribution holes (H1, H3, H4, H6) and a pit for adhesive on an opposite side of the adhesive portion from the distribution hole (H1, H3, H4, H6).
An image forming apparatus comprising: image forming means arranged to form an image based on image data; an image bearing member arranged to bear the image formed by the image forming means; transfer means arranged to transfer the image on the image bearing member onto a sheet; correction means arranged to correct the image data based on a correction condition for forming an output image by the image forming means; measuring means arranged to measure a measuring image on the image bearing member, the measuring image including a pattern image and a test image; converting means arranged to convert a measurement result of the pattern image measured by the measuring means, based on a conversion condition; first generating means arranged to generate the correction condition based on the converted measurement result of the pattern image; a controller arranged to control the image forming means to form the test image, control the measuring means to measure the test image on the image bearing member, and control the transfer means to transfer the test image on the image bearing member onto the sheet; receiving means arranged to receive a user instruction based on a result of a user having compared a sample image and the test image transferred onto the sheet; and second generating means arranged to generate the conversion condition, based on the user instruction received by the receiving means, and the measurement result of the test image measured by the measuring means. image forming means arranged to form an image based on image data; an image bearing member arranged to bear the image formed by the image forming means; transfer means arranged to transfer the image on the image bearing member onto a sheet; correction means arranged to correct the image data based on a correction condition for forming an output image by the image forming means; measuring means arranged to measure a measuring image on the image bearing member, the measuring image including a pattern image and a test image; converting means arranged to convert a measurement result of the pattern image measured by the measuring means, based on a conversion condition; first generating means arranged to generate the correction condition based on the converted measurement result of the pattern image; a controller arranged to control the image forming means to form the test image, control the measuring means to measure the test image on the image bearing member, and control the transfer means to transfer the test image on the image bearing member onto the sheet; receiving means arranged to receive a user instruction based on a result of a user having compared a sample image and the test image transferred onto the sheet; and second generating means arranged to generate the conversion condition, based on the user instruction received by the receiving means, and the measurement result of the test image measured by the measuring means.
A projection apparatus, comprising: an illumination system, adapted to emit an illumination beam, and comprising: a light source module, adapted to emit at least one beam; a light shaping module, located on a transmission path of the at least one beam and adapted to adjust a light shape of the at least one beam, wherein the at least one beam forms the illumination beam after passing through the light shaping module, and the illumination beam has a light imaging matching angle, wherein the light shaping module comprises at least one first lens element located on the transmission path of the at least one beam and adapted to adjust uniformity of the at least one beam; and a projection imaging system, disposed on a transmission path of the illumination beam, and comprising a reflective light valve disposed on the transmission path of the illumination beam and a micro lens array, wherein the reflective light valve is adapted to modulate the illumination beam into an image beam and wherein the micro lens array is disposed on the transmission path of the illumination beam and a transmission path of the image beam. an illumination system, adapted to emit an illumination beam, and comprising: a light source module, adapted to emit at least one beam; a light shaping module, located on a transmission path of the at least one beam and adapted to adjust a light shape of the at least one beam, a light source module, adapted to emit at least one beam; a light shaping module, located on a transmission path of the at least one beam and adapted to adjust a light shape of the at least one beam, wherein the at least one beam forms the illumination beam after passing through the light shaping module, and the illumination beam has a light imaging matching angle, wherein the light shaping module comprises at least one first lens element located on the transmission path of the at least one beam and adapted to adjust uniformity of the at least one beam; and a projection imaging system, disposed on a transmission path of the illumination beam, and comprising a reflective light valve disposed on the transmission path of the illumination beam and a micro lens array, wherein the reflective light valve is adapted to modulate the illumination beam into an image beam and wherein the micro lens array is disposed on the transmission path of the illumination beam and a transmission path of the image beam.
A method of determining the state of charge of a half-cell within a redox flow battery that comprises an electrolyte, said method comprising: measuring the rate of change in equilibrium half-cell reduction potential of the electrolyte as charge is passed into the electrolyte solution within the cell; and correlating said rate of change in equilibrium half-cell reduction potential with the state of charge of said half-cell. measuring the rate of change in equilibrium half-cell reduction potential of the electrolyte as charge is passed into the electrolyte solution within the cell; and correlating said rate of change in equilibrium half-cell reduction potential with the state of charge of said half-cell.
A resin composition comprising an epoxy resin and a modifier, characterized in that the modifier comprises an ethylene-glycidylmethacrylate-vinyl acetate polymer comprising phthalic anhydride modified glycidyl methacrylate monomer units.
An illumination device comprising light emitting sections, the illumination device characterized by comprising: a first light emitting section (13, 13a), as one of the light emitting sections, the first light emitting section (13 13a) containing a fluorescent material that emits light upon reception of a laser beam; a second light emitting section, as another one of the light emitting sections, for emitting light by use of a principle of light emission differing from one used by the first light emitting section, wherein the second light emitting section is a light-emitting diode; and a light distributing section (14, 14A) for (i) distributing, to a first light-distributed region (A1, A2), the light emitted from the first light emitting section (13, 13a) and (ii) distributing, to a second light-distributed region (al, a2), the light emitted from the second light emitting section, the light distributing section (14, 14A) having a focal point, characterized in that the first light emitting section is provided substantially at a focal point of the light distributing section (14, 14A), and the second light emitting section is provided off the focal point, and in that the illumination device further comprises a location shifting section for shifting the position of the laser beam on the first light emitting section (13, 13a). a first light emitting section (13, 13a), as one of the light emitting sections, the first light emitting section (13 13a) containing a fluorescent material that emits light upon reception of a laser beam; a second light emitting section, as another one of the light emitting sections, for emitting light by use of a principle of light emission differing from one used by the first light emitting section, wherein the second light emitting section is a light-emitting diode; and a light distributing section (14, 14A) for (i) distributing, to a first light-distributed region (A1, A2), the light emitted from the first light emitting section (13, 13a) and (ii) distributing, to a second light-distributed region (al, a2), the light emitted from the second light emitting section, the light distributing section (14, 14A) having a focal point, characterized in that the first light emitting section is provided substantially at a focal point of the light distributing section (14, 14A), and the second light emitting section is provided off the focal point, and in that the illumination device further comprises a location shifting section for shifting the position of the laser beam on the first light emitting section (13, 13a).
A process for separating components of a reactor off gas comprising: 1) passing a reactor off gas from a polymerization process through one or more product separators to produce gas phase (a) and a liquid phase (b); 2) cooling the gas phase (a) to produce a cooled gas phase (a) and passing the cooled gas phase (a) to a first gas/liquid separator to produce a first gas phase and a first liquid phase; 3) compressing the first gas phase to produce a compressed first gas phase and cooling the compressed first gas phase to produce a cooled first gas phase and passing the cooled first gas phase to a second gas/liquid separator to produce a second gas phase and a second liquid phase; 4) compressing the second gas phase to produce a compressed second gas phase and cooling the compressed second gas phase to produce a cooled second gas phase and passing the cooled second gas phase to a third gas/liquid separator to produce a third gas phase and a third liquid phase; and 5) compressing the third gas phase to produce a compressed third gas phase and cooling the compressed third gas phase to produce a cooled third gas phase and passing the cooled third gas phase to a fourth gas/liquid separator to produce a fourth gas phase and a fourth liquid phase; wherein the fourth liquid phase is recycled to the third gas/liquid separator; the third liquid phase is recycled to the second gas/liquid separator; and the second liquid phase is recycled to the first gas/liquid separator. 1) passing a reactor off gas from a polymerization process through one or more product separators to produce gas phase (a) and a liquid phase (b); 2) cooling the gas phase (a) to produce a cooled gas phase (a) and passing the cooled gas phase (a) to a first gas/liquid separator to produce a first gas phase and a first liquid phase; 3) compressing the first gas phase to produce a compressed first gas phase and cooling the compressed first gas phase to produce a cooled first gas phase and passing the cooled first gas phase to a second gas/liquid separator to produce a second gas phase and a second liquid phase; 4) compressing the second gas phase to produce a compressed second gas phase and cooling the compressed second gas phase to produce a cooled second gas phase and passing the cooled second gas phase to a third gas/liquid separator to produce a third gas phase and a third liquid phase; and 5) compressing the third gas phase to produce a compressed third gas phase and cooling the compressed third gas phase to produce a cooled third gas phase and passing the cooled third gas phase to a fourth gas/liquid separator to produce a fourth gas phase and a fourth liquid phase;
A method, comprising: collecting prior component data in a data repository, the prior component data associated with prior known behavior for a known component of at least one application installed on at least one computing device other than a first computing device of a user; for a first application, determining components of the first application, wherein the components include a first component and a second component; for each of the first and second components (104, 106), identifying, via at least one processor, at least one behavior associated with a respective component of the first application, wherein each behavior occurs when the respective component associated with the behavior is functioning in an application running on a computing device, wherein a first behavior is associated with the first component, and wherein the identifying comprises comparing the first behavior to the prior known behavior based on the prior component data in the data repository; determining at least one behavioral preference of the user, wherein the at least one behavioral preference comprises at least a user policy; determining, using the identified at least one behavior for each of the first and second components (104, 106), whether the first application violates the at least one behavioral preference; and in response to determining that the first application violates the at least one behavioral preference, alerting the user of the violation, or reconfiguring one or more of the first and second components (104, 106) of the first application to conform to the at least one behavioral preference. collecting prior component data in a data repository, the prior component data associated with prior known behavior for a known component of at least one application installed on at least one computing device other than a first computing device of a user; for a first application, determining components of the first application, wherein the components include a first component and a second component; for each of the first and second components (104, 106), identifying, via at least one processor, at least one behavior associated with a respective component of the first application, wherein each behavior occurs when the respective component associated with the behavior is functioning in an application running on a computing device, wherein a first behavior is associated with the first component, and wherein the identifying comprises comparing the first behavior to the prior known behavior based on the prior component data in the data repository; determining at least one behavioral preference of the user, wherein the at least one behavioral preference comprises at least a user policy; determining, using the identified at least one behavior for each of the first and second components (104, 106), whether the first application violates the at least one behavioral preference; and in response to determining that the first application violates the at least one behavioral preference, alerting the user of the violation, or reconfiguring one or more of the first and second components (104, 106) of the first application to conform to the at least one behavioral preference.
A pipe provided with a corrosion prevention layer on an outside surface thereof, wherein the corrosion prevention layer is formed on a surface of a pipe made of an iron-base material; and wherein the corrosion prevention layer comprises a sprayed coating; characterized in that the corrosion prevention layer comprises a Zn-Sn-Mg alloy and a Zn component both distributed in the sprayed coating, the Zn-Sn-Mg alloy comprises Sn in a content of more than 1% by mass and less than 50% by mass, Mg in a content of more than 0.01% by mass and less than 5% by mass, a balance composed of Zn, and preferably at least any one of Ti, Co, Ni and P, the content of each of Ti, Co, Ni and P being more than 0.001% by mass and less than 3% by mass, and the sprayed coating builds a sacrificial anode whereby the Zn-Sn-Mg alloy begins to be eluted earlier than Zn.
A medical device for cutting tissue, the medical device comprising: an elongate tubular member including a proximal end, a distal end, and first and second lumens (304A, 304B) extending therebetween; a first elongate arm comprising a third lumen and extending through the first lumen; a second elongate arm comprising a fourth lumen and extending through the second lumen; and a cutting element extending from the third lumen of the first arm to the fourth lumen of the second arm, wherein the cutting element is slidably disposed in the third and fourth lumens. an elongate tubular member including a proximal end, a distal end, and first and second lumens (304A, 304B) extending therebetween; a first elongate arm comprising a third lumen and extending through the first lumen; a second elongate arm comprising a fourth lumen and extending through the second lumen; and a cutting element extending from the third lumen of the first arm to the fourth lumen of the second arm, wherein the cutting element is slidably disposed in the third and fourth lumens.
A station, STA, performing communication in a wireless local area network WLAN, the STA comprising: a transceiver configured to receive, from an access point AP, a bandwidth signaling sub-field in a high efficiency signal-A, HE-SIG-A, field included in a high efficiency multi-user physical protocol data unit, HE MU PPDU, indicating a bandwidth of an orthogonal frequency division multiple access physical protocol data unit, OFDMA PPDU, and availability of at least one content channel, wherein the at least one content channel is a content channel of a high efficiency signal-B, HE-SIG-B, field on a downlink signal carried in a primary channel and one or more secondary channels that comprise a plurality of OFDMA PPDUs; and at least one processor configured to identify a bandwidth of the plurality of the OFDMA PPDUs based on the bandwidth signaling sub-field in the HE-SIG-A field included in the HE MU PPDU. a transceiver configured to receive, from an access point AP, a bandwidth signaling sub-field in a high efficiency signal-A, HE-SIG-A, field included in a high efficiency multi-user physical protocol data unit, HE MU PPDU, indicating a bandwidth of an orthogonal frequency division multiple access physical protocol data unit, OFDMA PPDU, and availability of at least one content channel, wherein the at least one content channel is a content channel of a high efficiency signal-B, HE-SIG-B, field on a downlink signal carried in a primary channel and one or more secondary channels that comprise a plurality of OFDMA PPDUs; and at least one processor configured to identify a bandwidth of the plurality of the OFDMA PPDUs based on the bandwidth signaling sub-field in the HE-SIG-A field included in the HE MU PPDU.
A seal for a centrifugal pump having a stationary pump casing, a stationary plate and an axially adjustable side liner, the seal comprising: a base having an inner surface on a first end of the base, an outer surface on a second and opposed end of the base, and a radial surface extending between the inner and outer surfaces (72, 74); a band portion extending from said base; a retainer member extending from said band portion and spaced apart from said base, the retainer member extending from the band portion in a direction away from the second and opposed end of the base oriented for positioning in a groove formed in said axially adjustable side plate liner of said centrifugal pump; and a lip positioned proximate said outer surface of said base. a base having an inner surface on a first end of the base, an outer surface on a second and opposed end of the base, and a radial surface extending between the inner and outer surfaces (72, 74); a band portion extending from said base; a retainer member extending from said band portion and spaced apart from said base, the retainer member extending from the band portion in a direction away from the second and opposed end of the base oriented for positioning in a groove formed in said axially adjustable side plate liner of said centrifugal pump; and a lip positioned proximate said outer surface of said base.
A solvent borne polyurethane composition comprising: I) 10 to 90 wt% of at least a non-film-forming polyurethane A with a weight average molecular weight (Mw) in the range of from 5,000 to 23,000 g/mol; II) 90 to 10 wt% of at least a film-forming polyurethane B with a weight average molecular weight (Mw) in the range of from 25,000 to 100,000 g/mol; where i) + ii) add up to 100%; and III) a liquid medium; where the liquid medium comprises ≤ 20 wt% water. I) 10 to 90 wt% of at least a non-film-forming polyurethane A with a weight average molecular weight (Mw) in the range of from 5,000 to 23,000 g/mol; II) 90 to 10 wt% of at least a film-forming polyurethane B with a weight average molecular weight (Mw) in the range of from 25,000 to 100,000 g/mol; where i) + ii) add up to 100%; and III) a liquid medium; where the liquid medium comprises ≤ 20 wt% water.
A turbine case cooling arrangement comprising a circumferential feed duct having rigid portions each coupled to a manifold module by an air transfer box, adjacent rigid portions coupled by flexible portions, and an annular array of manifold mounting arrangements, each manifold mounting arrangement comprising: - the manifold module having two ends; - a clevis arrangement having a clevis to straddle a flange (52, 54) and to be pivotally secured to the flange (52, 54) by a clevis pin; and - a locking bar configured to be coupled to the clevis and to constrain the manifold module relative to the clevis arrangement in the locality of the locking bar. - the manifold module having two ends; - a clevis arrangement having a clevis to straddle a flange (52, 54) and to be pivotally secured to the flange (52, 54) by a clevis pin; and - a locking bar configured to be coupled to the clevis and to constrain the manifold module relative to the clevis arrangement in the locality of the locking bar.
Device for drying disc-shaped substrates comprising an elongated body, which tapers upwards to form a wedge having an angle α between two surfaces and an upper edge wherein the upper edge is suitable for holding the disc-shaped substrates, characterized in that the two surfaces comprise more than one hole each forming channels, which extend to a lower drainage part of the elongated body. an elongated body, which tapers upwards to form a wedge having an angle α between two surfaces and an upper edge wherein the upper edge is suitable for holding the disc-shaped substrates, characterized in that the two surfaces comprise more than one hole each forming channels, which extend to a lower drainage part of the elongated body.