mhurhangee/ep-ind-claims huggingface dataset:
A protection device for the interior of vehicles comprising: - at least one U-shaped arch, complementary to the interior shape of the walls, ceiling, and/or floor of the interior cabin of an automotive vehicle, provided with anchoring means to the bodywork, which anchor the arch removably and in a way that can be disassembled to the cabin; and - a sheet-like lining for protection provided with joining means, which is Joined to the arches by means of the collaboration of said joining means shaped like strips with at least one fixing element of the arch, characterized In that the U-shaped arch comprises - a crossbeam comprising • a central profile or piece which slides along and inside end profiles, to adapt the device to the width of the cabin • end profiles having on their respective longitudinal ends, either a part at 90°, or a bevel incorporating a joint for mounting the crossbeam to the costs. • and anchoring elements to fix the width of the crossbeam; - a post made up of internal profiles which slide telescopically along external profiles - at least one U-shaped arch, complementary to the interior shape of the walls, ceiling, and/or floor of the interior cabin of an automotive vehicle, provided with anchoring means to the bodywork, which anchor the arch removably and in a way that can be disassembled to the cabin; and - a sheet-like lining for protection provided with joining means, which is Joined to the arches by means of the collaboration of said joining means shaped like strips with at least one fixing element of the arch, characterized In that the U-shaped arch comprises - a crossbeam comprising • a central profile or piece which slides along and inside end profiles, to adapt the device to the width of the cabin • end profiles having on their respective longitudinal ends, either a part at 90°, or a bevel incorporating a joint for mounting the crossbeam to the costs. • and anchoring elements to fix the width of the crossbeam; • a central profile or piece which slides along and inside end profiles, to adapt the device to the width of the cabin • end profiles having on their respective longitudinal ends, either a part at 90°, or a bevel incorporating a joint for mounting the crossbeam to the costs. • and anchoring elements to fix the width of the crossbeam; - a post made up of internal profiles which slide telescopically along external profiles
An x-ray detector comprising: - a sensor unit (200, 300) for detecting incident x-ray radiation comprising a number of sensor elements (230, 311-314), - a counting channel per sensor element for obtaining a count signal by counting photons or charge pulses generated in response to the incident x-ray radiation since a beginning of a measurement interval, - an integrating channel per sensor element for obtaining an integration signal representing the total energy of radiation detected since the beginning of the measurement interval, and - a processing unit for estimating, from the integration signals of the sensor elements, count signals of sensor elements (311, 312) whose counting channel has been saturated during the measurement interval, characterized in that said processing unit is adapted for - determining an object model from the obtained integration signals of the sensor elements, and - determining the count signals of saturated sensor elements from said object model. - a sensor unit (200, 300) for detecting incident x-ray radiation comprising a number of sensor elements (230, 311-314), - a counting channel per sensor element for obtaining a count signal by counting photons or charge pulses generated in response to the incident x-ray radiation since a beginning of a measurement interval, - an integrating channel per sensor element for obtaining an integration signal representing the total energy of radiation detected since the beginning of the measurement interval, and - a processing unit for estimating, from the integration signals of the sensor elements, count signals of sensor elements (311, 312) whose counting channel has been saturated during the measurement interval, characterized in that said processing unit is adapted for - determining an object model from the obtained integration signals of the sensor elements, and - determining the count signals of saturated sensor elements from said object model.
Method for a packaging machine, comprising a sealing operation carried out in a sealing station of the machine, in which a film segment is sealed to a set of trays arranged in the sealing station and comprising at least one row formed by a plurality of trays arranged one after another in a longitudinal direction of the machine, such that individual hermetically sealed containers are generated after the sealing operation, each container comprising a tray and a film cover, characterised in that, before performing the sealing operation, the method comprises • arranging the set of trays in a positioning area of the machine, the tray further downstream in said longitudinal direction being the first tray and the tray further upstream in said longitudinal direction being the last tray, • arranging in the positioning area a film segment obtained from a continuous film and comprising specific dimensions, said film segment comprising a first length (20L1) in the longitudinal direction equal to or greater than the length of the set of trays in said longitudinal direction, and a second length (20L2) in a transverse direction with respect to the longitudinal direction, which is substantially equal to the length of the set of trays in said transverse direction, • fixing the film segment to at least said first tray in a fixing operation, and • after the fixing operation or during said fixing operation, introducing the film segment together with the set of trays into the sealing station in an introduction step. • arranging the set of trays in a positioning area of the machine, the tray further downstream in said longitudinal direction being the first tray and the tray further upstream in said longitudinal direction being the last tray, • arranging in the positioning area a film segment obtained from a continuous film and comprising specific dimensions, said film segment comprising a first length (20L1) in the longitudinal direction equal to or greater than the length of the set of trays in said longitudinal direction, and a second length (20L2) in a transverse direction with respect to the longitudinal direction, which is substantially equal to the length of the set of trays in said transverse direction, • fixing the film segment to at least said first tray in a fixing operation, and • after the fixing operation or during said fixing operation, introducing the film segment together with the set of trays into the sealing station in an introduction step.
A subscriber station, comprising: means for selecting a base station for transmission of forward link data; means for determining if the selected base station requires a handoff; means for determining (108, 114) whether a reverse link signal from the subscriber station is being reliably received by the selected base station; means for permitting the handoff if the reverse link signal is being reliably received by the selected base station; and means for selecting an alternative base station, which is reliably receiving a reverse link signal from the subscriber station, for the transmission of the forward link data if the reverse link signal is not being reliably received by the selected base station. means for selecting a base station for transmission of forward link data; means for determining if the selected base station requires a handoff; means for determining (108, 114) whether a reverse link signal from the subscriber station is being reliably received by the selected base station; means for permitting the handoff if the reverse link signal is being reliably received by the selected base station; and means for selecting an alternative base station, which is reliably receiving a reverse link signal from the subscriber station, for the transmission of the forward link data if the reverse link signal is not being reliably received by the selected base station.
Operating room with a device for ventilating the operating room, having an operating table with a top wall, side walls as well as a floor, wherein the device has an air supply device as well as an air suction device and wherein the air supply device and the air suction device during operation of the device cooperate for forming an air flow path, wherein the air supply device is arranged in a floor-close region of the operating room and comprises an inlet opening in one of the side walls or the floor of the operating room, characterized in that the air suction device is arranged above the air supply device, wherein the device is designed in such a way that the air flow is guided into an upper region on the one hand through the air suction device and on the other hand through an operating light located in the flow path which is a heat source.
A printing apparatus comprising: a medium support unit configured to transport a medium in a transport direction while supporting the medium; a medium supply unit configured to supply the medium to the medium support unit; a printing unit including a head configured to eject a liquid onto the medium while moving relative to the medium; and a rotating member provided in a position facing the medium between the medium supply unit and the printing unit, wherein the rotating member has a rotating shaft extending in an intersecting direction that is orthogonal to the transport direction, and recesses and protrusions that form a repeating uneven surface in a rotation direction of the rotating member; characterised in that the rotating member is rotatable in a state where a predetermined gap is maintained between the rotating member and the medium such that a gas present in between the rotating member and the printing medium is compressed and decompressed due to the repeating uneven surface in a rotation direction of the rotating member. a medium support unit configured to transport a medium in a transport direction while supporting the medium; a medium supply unit configured to supply the medium to the medium support unit; a printing unit including a head configured to eject a liquid onto the medium while moving relative to the medium; and a rotating member provided in a position facing the medium between the medium supply unit and the printing unit, wherein the rotating member has a rotating shaft extending in an intersecting direction that is orthogonal to the transport direction, and recesses and protrusions that form a repeating uneven surface in a rotation direction of the rotating member; characterised in that the rotating member is rotatable in a state where a predetermined gap is maintained between the rotating member and the medium such that a gas present in between the rotating member and the printing medium is compressed and decompressed due to the repeating uneven surface in a rotation direction of the rotating member.
A case hardening steel comprising, in mass%, C: 0.10% to 0.30%, Si: 0.10% to 1.20%, Mn: 0.30% to 1.50%, S: 0.010% to 0.030%, Cr: 0.10% to 1.00%, B: 0.0005% to 0.0050%, Sb: 0.005% to 0.020%, N: 0.0150% or less, Al: 0.010% ≤ Al < 0.120% in the case where B - (10.8/14)N ≥ 0.0003%, and 27/14[N - (14/10.8)B + 0.030] ≤ Al < 0.120% in the case where B - (10.8/14)N < 0.0003%, and optionally at least one ofNb: 0.050% or less and V: 0.200% or less, with a balance being iron and incidental impurities, wherein the following relation is satisfied: Sb ≥ {Si/2 + (Mn + Cr)/5}/70, Ti in the incidental impurities is 0.005% or less, P in the incidental impurities is 0.020% or less, and O in the incidental impurities is 0.0020% or less. C: 0.10% to 0.30%, Si: 0.10% to 1.20%, Mn: 0.30% to 1.50%, S: 0.010% to 0.030%, Cr: 0.10% to 1.00%, B: 0.0005% to 0.0050%, Sb: 0.005% to 0.020%, N: 0.0150% or less, Al: 0.010% ≤ Al < 0.120% in the case where B - (10.8/14)N ≥ 0.0003%, and 27/14[N - (14/10.8)B + 0.030] ≤ Al < 0.120% in the case where B - (10.8/14)N < 0.0003%, and optionally at least one ofNb: 0.050% or less and V: 0.200% or less, with a balance being iron and incidental impurities, wherein the following relation is satisfied: Sb ≥ {Si/2 + (Mn + Cr)/5}/70, Ti in the incidental impurities is 0.005% or less, P in the incidental impurities is 0.020% or less, and O in the incidental impurities is 0.0020% or less.
A balancing device for a reciprocating internal combustion engine comprising at least one piston driven by a crankshaft via a connecting rod, wherein the device has a first balancer shaft with a first balancing weight and a second balancer shaft with a second balancing weight, disposed in the vertical axial direction of an internal combustion engine, wherein at least one balancer shaft(3,4) is drivable in rotation by the crankshaft at double speed and the other balancer shaft (4,3) is drivable at double speed by the crankshaft in the opposite direction of rotation to that of the balancer shaft (3,4), characterised in that the first and the second balancer shaft (3, 4) are disposed so that when the balancer shafts (3, 4) are rotating the first and the second balancing weight (3', 4') mesh in one another and wherein the first or the second balancer shaft (3,4) is driven via the driving shaaft of a lubricant pump drivable by the crankshaft.
Method for detecting biological objects by means of a surface plasmon resonance imaging detection system comprising: a functional surface having at least one sensitive site formed of ligands adapted to bind to biological objects; and an optical measurement device configured to generate surface plasmon resonance at the functional surface when the functional surface is exposed to a gas, and adapted to acquire an image of the sensitive site; the method comprising: ∘ an assimilation step, comprising exposing the functional surface to a sample of interest formed of an aqueous carrier liquid containing the biological objects, the biological objects thus binding to the ligands; ∘ a step of acquiring an image of the sensitive site using the optical measuring device; ∘ a step of detecting the biological objects from the acquired image; ∘ the method being characterised in that it comprises a step, which is carried out between the assimilation step and the acquisition step, of removing the liquid in contact with the functional surface, and of exposing the functional surface to a gas not containing the biological objects, the biological objects remaining bound to the ligands, the acquisition step thus being carried out while the biological objects are bound to the ligands and while the gas is in contact with the functional surface. ∘ an assimilation step, comprising exposing the functional surface to a sample of interest formed of an aqueous carrier liquid containing the biological objects, the biological objects thus binding to the ligands; ∘ a step of acquiring an image of the sensitive site using the optical measuring device; ∘ a step of detecting the biological objects from the acquired image; ∘ the method being characterised in that it comprises a step, which is carried out between the assimilation step and the acquisition step, of removing the liquid in contact with the functional surface, and of exposing the functional surface to a gas not containing the biological objects, the biological objects remaining bound to the ligands, the acquisition step thus being carried out while the biological objects are bound to the ligands and while the gas is in contact with the functional surface.
A method for preparing HFO-1234ze, wherein the method comprises the following steps: charging a reactor with a fluorination catalyst in two sections, wherein the first section of the fluorination catalyst is controlled at a temperature of 200-300°C, and the second section of the fluorination catalyst is controlled at a temperature of 350-450°C; and introducing gasified HF together with HCC-240fa and/or HCO-1230za into the reactor, passing through the first section of the fluorination catalyst and then through the second section of the fluorination catalyst, wherein a molar ratio of HF to the total organic phase is from 5:1 to 20:1, a contact time for the reaction is 1-30 seconds, a reaction pressure is 0.1 - 1.2 MPa, forming a product stream; and passing the product stream through a distillation tower; wherein: a stream containing HFO-1234ze and HCl is formed at the top of the distillation tower, is treated to remove acid and water and is then distilled to produce HFO-1234ze; a material stream containing HCFC-1233zd, HFC-245fa and HF is formed in a pot at the bottom of the distillation tower; the pressure in the distillation tower is 0.1-0.6 MPa, a temperature at the top of the distillation tower is from -30°C to 10°C, and a temperature in the pot at the bottom of the distillation tower is from 40°C to 80°C; wherein the method further comprises: circulating back into the reactor the material stream containing HCFC-1233zd, HFC-245fa and HF formed in the pot at the bottom of the distillation tower. charging a reactor with a fluorination catalyst in two sections, wherein the first section of the fluorination catalyst is controlled at a temperature of 200-300°C, and the second section of the fluorination catalyst is controlled at a temperature of 350-450°C; and introducing gasified HF together with HCC-240fa and/or HCO-1230za into the reactor, passing through the first section of the fluorination catalyst and then through the second section of the fluorination catalyst, wherein a molar ratio of HF to the total organic phase is from 5:1 to 20:1, a contact time for the reaction is 1-30 seconds, a reaction pressure is 0.1 - 1.2 MPa, forming a product stream; and passing the product stream through a distillation tower; a stream containing HFO-1234ze and HCl is formed at the top of the distillation tower, is treated to remove acid and water and is then distilled to produce HFO-1234ze; a material stream containing HCFC-1233zd, HFC-245fa and HF is formed in a pot at the bottom of the distillation tower; the pressure in the distillation tower is 0.1-0.6 MPa, a temperature at the top of the distillation tower is from -30°C to 10°C, and a temperature in the pot at the bottom of the distillation tower is from 40°C to 80°C; wherein the method further comprises: circulating back into the reactor the material stream containing HCFC-1233zd, HFC-245fa and HF formed in the pot at the bottom of the distillation tower. circulating back into the reactor the material stream containing HCFC-1233zd, HFC-245fa and HF formed in the pot at the bottom of the distillation tower.
A disc member for a Thomson coil actuator of an electrical switching apparatus, said Thomson coil actuator comprising at least one generally planar coil (22,24), said disc member comprising: at least one annular-shaped conductive member structured to be driven by said at least one coil (22,24); and a structural support member directly coupled to said at least one conductive member, wherein said at least one conductive member has an edge portion defining a central thru hole, characterised in that said at least one conductive member has a first thickness proximate the edge portion and a second thickness proximate a location radially outward of the edge portion, and wherein the second thickness is greater than the first thickness. at least one annular-shaped conductive member structured to be driven by said at least one coil (22,24); and a structural support member directly coupled to said at least one conductive member, wherein said at least one conductive member has an edge portion defining a central thru hole, characterised in that said at least one conductive member has a first thickness proximate the edge portion and a second thickness proximate a location radially outward of the edge portion, and wherein the second thickness is greater than the first thickness.
A method for providing information to a mobile device over a network (102, 110), the method comprising: employing at least one collection module (222, 224) in a server agent facility to collect information out of band of an operation with the mobile device, the server agent facility provided on a server; employing at least one packaging module (208, 210, 212) in the server agent facility to package the collected information to a format suitable for delivery to the mobile device; sending the packaged information to a temporary inbox residing on the server; providing the packaged information in the temporary inbox to at least one interface module (204, 206) in the server agent facility using a delivery agent to monitor when a wireless connection to the mobile device occurs and when sufficient bandwidth to provide the collected and packaged information is determined to be available; and sending the information to an inbox of the mobile device using the interface module (204, 206). employing at least one collection module (222, 224) in a server agent facility to collect information out of band of an operation with the mobile device, the server agent facility provided on a server; employing at least one packaging module (208, 210, 212) in the server agent facility to package the collected information to a format suitable for delivery to the mobile device; sending the packaged information to a temporary inbox residing on the server; providing the packaged information in the temporary inbox to at least one interface module (204, 206) in the server agent facility using a delivery agent to monitor when a wireless connection to the mobile device occurs and when sufficient bandwidth to provide the collected and packaged information is determined to be available; and sending the information to an inbox of the mobile device using the interface module (204, 206).
A compound, wherein the compound is Compound 1 of formula or an enantiomer, mixture of enantiomers, tautomer, isotopolog, or pharmaceutically acceptable salt thereof.
A method for dynamic modification of functionality of a real-time communications session, the method comprising the following steps performed by one or more processors: establishing a real-time communication session including one or more data streams between participants to the real-time communication session; identifying a request for a first algorithm of a set of algorithms (A1, A2, A3), each algorithm of the set of algorithms being configured to provide an associated functionality when executed during a real-time communication session; and characterized by dynamically modifying the functionality of the real-time communications session by adding the first algorithm to the real-time communication session as a virtual participant employing at least one data stream out of the one or more data streams. establishing a real-time communication session including one or more data streams between participants to the real-time communication session; identifying a request for a first algorithm of a set of algorithms (A1, A2, A3), each algorithm of the set of algorithms being configured to provide an associated functionality when executed during a real-time communication session; and characterized by dynamically modifying the functionality of the real-time communications session by adding the first algorithm to the real-time communication session as a virtual participant employing at least one data stream out of the one or more data streams.