mhurhangee/ep-ind-claims huggingface dataset:
An environmental control unit comprising: a base section; a mobile section coupled to the base section for movement between a collapsed-storage position arranged substantially within the base section and an expanded-use position extending from the base section, to allow separate air flows through the base section and the mobile section during operation of the environmental control unit; and a temperature control system coupled to the base section and the mobile section, the temperature control system configured to selectively heat or cool air flowing through the mobile section, wherein an indoor heat exchanger of the temperature control system is coupled to the mobile section and an outdoor heat exchanger (22, 24) of the temperature control system is coupled to the base section, and the indoor heat exchanger is arranged for movement with the mobile section relative to the outdoor heat exchanger (22, 24) and/or wherein the environmental control unit is arranged within a first footprint in the collapsed-storage position, and the environmental control unit is arranged within a larger second footprint in the expanded-use position, and wherein the mobile section and the temperature control system are contained within the base section in the collapsed-storage position. a base section; a mobile section coupled to the base section for movement between a collapsed-storage position arranged substantially within the base section and an expanded-use position extending from the base section, to allow separate air flows through the base section and the mobile section during operation of the environmental control unit; and a temperature control system coupled to the base section and the mobile section, the temperature control system configured to selectively heat or cool air flowing through the mobile section, wherein an indoor heat exchanger of the temperature control system is coupled to the mobile section and an outdoor heat exchanger (22, 24) of the temperature control system is coupled to the base section, and the indoor heat exchanger is arranged for movement with the mobile section relative to the outdoor heat exchanger (22, 24) and/or wherein the environmental control unit is arranged within a first footprint in the collapsed-storage position, and the environmental control unit is arranged within a larger second footprint in the expanded-use position, and wherein the mobile section and the temperature control system are contained within the base section in the collapsed-storage position.
A fiber preform for a hollow turbine engine vane, the preform comprising a main fiber structure obtained by three-dimensional weaving and including at least one main part; wherein the main part extends from a first link strip, includes a first main longitudinal portion suitable for forming essentially a pressure side wall of an airfoil, then includes a U-turn bend portion suitable for forming essentially a leading edge or a trailing edge of the airfoil, then includes a second main longitudinal portion facing the first main longitudinal portion and suitable for forming essentially a suction side wall of the airfoil, and terminating at a second link strip; wherein the first and second link strips (44p, 44q) are secured to each other and form a link portion of the main fiber structure; wherein the main longitudinal portions (46, 47) are spaced apart so as to form a gap between said main longitudinal portions (46, 47) suitable for forming a hollow in the airfoil; and characterized in that the main part of the preform has a given thickness and the thickness of the preform in the link portion is greater than in the main part of the preform. wherein the main part extends from a first link strip, includes a first main longitudinal portion suitable for forming essentially a pressure side wall of an airfoil, then includes a U-turn bend portion suitable for forming essentially a leading edge or a trailing edge of the airfoil, then includes a second main longitudinal portion facing the first main longitudinal portion and suitable for forming essentially a suction side wall of the airfoil, and terminating at a second link strip; wherein the first and second link strips (44p, 44q) are secured to each other and form a link portion of the main fiber structure; wherein the main longitudinal portions (46, 47) are spaced apart so as to form a gap between said main longitudinal portions (46, 47) suitable for forming a hollow in the airfoil; and characterized in that the main part of the preform has a given thickness and the thickness of the preform in the link portion is greater than in the main part of the preform.
A pharmaceutical composition, comprising at least two peptides consisting of the amino acid sequence of SEQ ID NO 1 and SEQ ID NO 2, and a pharmaceutically acceptable carrier, wherein said peptides have the ability to bind to a molecule of the human major histo-compatibility complex class-I.
A display apparatus comprising: a display module; and a varying member to vary a shape of the display module, wherein the varying member comprises a variable portion in direct contact with opposite end regions of the display module and an additional variable portion disposed between the display module and the variable portion, wherein the additional variable portion is fixed to opposite ends of the variable portion at opposite ends of the additional variable portion, characterized in that the variable portion comprises at least one composite material layer (220, 220a, 220b) made of a composite material, wherein the composite material layer (220, 220a, 220b) comprises a matrix, and a reinforcing material (224, 224a, 224b) embedded in the matrix, and when the distance between the opposite ends of the additional variable portion is reduced, the variable portion is bent such that opposite end regions thereof protrude in a forward direction with respect to a central region of the variable portion and the display module is deformed. a display module; and a varying member to vary a shape of the display module, wherein the varying member comprises a variable portion in direct contact with opposite end regions of the display module and an additional variable portion disposed between the display module and the variable portion, wherein the additional variable portion is fixed to opposite ends of the variable portion at opposite ends of the additional variable portion, characterized in that the variable portion comprises at least one composite material layer (220, 220a, 220b) made of a composite material, wherein the composite material layer (220, 220a, 220b) comprises a matrix, and a reinforcing material (224, 224a, 224b) embedded in the matrix, and when the distance between the opposite ends of the additional variable portion is reduced, the variable portion is bent such that opposite end regions thereof protrude in a forward direction with respect to a central region of the variable portion and the display module is deformed.
A method for decoding a video signal, the method comprising: determining, among a plurality of sub-regions, a last non-zero sub-region in which a last non-zero transform coefficient is located in a non-square coding block, the non-square coding block being divided into the plurality of sub-regions composed of a specific number of pixels, the specific number being determined by a ratio of a width to a height of the coding block, a number of sub-regions in a horizontal direction in the coding block being same as a number of sub-regions in a vertical direction in the coding block; decoding a position of the last non-zero transform coefficient as an offset in the last non-zero sub-region; and decoding the coding block based on the position of the last non-zero transform coefficient. determining, among a plurality of sub-regions, a last non-zero sub-region in which a last non-zero transform coefficient is located in a non-square coding block, the non-square coding block being divided into the plurality of sub-regions composed of a specific number of pixels, the specific number being determined by a ratio of a width to a height of the coding block, a number of sub-regions in a horizontal direction in the coding block being same as a number of sub-regions in a vertical direction in the coding block; decoding a position of the last non-zero transform coefficient as an offset in the last non-zero sub-region; and decoding the coding block based on the position of the last non-zero transform coefficient.
A method comprising: receiving, by a wireless device, indications comprising: a wake-up indication indicating downlink control channel monitoring during a discontinuous reception, DRX, on duration of a DRX cycle; and a dormancy indication indicating a switching to a dormant bandwidth part of a cell; and based on the dormancy indication and the wake-up indication, during the DRX on duration: stopping monitoring a downlink control channel on the cell, while maintaining the cell activated; and transmitting a channel state information report for the dormant bandwidth part. receiving, by a wireless device, indications comprising: a wake-up indication indicating downlink control channel monitoring during a discontinuous reception, DRX, on duration of a DRX cycle; and a dormancy indication indicating a switching to a dormant bandwidth part of a cell; and a wake-up indication indicating downlink control channel monitoring during a discontinuous reception, DRX, on duration of a DRX cycle; and a dormancy indication indicating a switching to a dormant bandwidth part of a cell; and based on the dormancy indication and the wake-up indication, during the DRX on duration: stopping monitoring a downlink control channel on the cell, while maintaining the cell activated; and transmitting a channel state information report for the dormant bandwidth part. stopping monitoring a downlink control channel on the cell, while maintaining the cell activated; and transmitting a channel state information report for the dormant bandwidth part.
Parking brake system with electric control comprising a computer and a control housing linked to the computer and provided with switches having a single stable position in the open position, and a manual control member for said switches, said control member being of the monostable type with automatic return to a rest position in which all the switches are open, characterized in that the housing comprises: - a single first switch for controlling the actuation of the brakes, arranged to be closed by an action on the control member in a first direction, - a single second switch for controlling the releasing of the brakes, arranged to be closed by an action on the control member in a second direction, opposite to the first, - a diagnosable circuit arranged to supply, depending on the position of the control member, analog information making it possible to distinguish between an activated state of the system in which one of said first and second switches is closed, a deactivated state of the system where said first and second switches are open, and failed states. - a single first switch for controlling the actuation of the brakes, arranged to be closed by an action on the control member in a first direction, - a single second switch for controlling the releasing of the brakes, arranged to be closed by an action on the control member in a second direction, opposite to the first, - a diagnosable circuit arranged to supply, depending on the position of the control member, analog information making it possible to distinguish between an activated state of the system in which one of said first and second switches is closed, a deactivated state of the system where said first and second switches are open, and failed states.
A payload delivery system comprising, in its pre-launched configuration: a stabilized payload cup comprising a tube (10, 215) with an open fore end, an open aft end, and a cylindrical side wall defining a cavity that terminates at a fore edge and an aft edge; the open aft end comprising a plurality of longitudinal slits defining a plurality of vanes (90, 235) extending from the aft edge along a portion of the length of the cylindrical side wall, the vanes being forward folded along the cylindrical side wall, thereby defining a derivative aft end and a derivative aft edge. a stabilized payload cup comprising a tube (10, 215) with an open fore end, an open aft end, and a cylindrical side wall defining a cavity that terminates at a fore edge and an aft edge; the open aft end comprising a plurality of longitudinal slits defining a plurality of vanes (90, 235) extending from the aft edge along a portion of the length of the cylindrical side wall, the vanes being forward folded along the cylindrical side wall, thereby defining a derivative aft end and a derivative aft edge.
Method for reducing amounts oxides of nitrogen and sulphur in exhaust gas from a lean burn internal combustion engine, comprising passing the exhaust gas together with an adjusted amount of ammonia through a catalyst system comprising one or more catalysts being active in the reaction of nitrogen oxides to nitrogen, the ammonia is introduced into the exhaust as such or is formed after introduction into the exhaust gas prior to passage of the exhaust gas through the catalyst system; passing the thus treated exhaust gas through turbine in a turbocharger; and removing sulphur trioxide and/or ammonium sulphur compounds being present in the exhaust from the turbocharger in a down stream exhaust gas treatment step, wherein the exhaust gas is passed through the catalyst system at a temperature above condensation temperature of ammonium sulphur compounds formed by reaction with ammonia in the exhaust gas and wherein the amount of ammonia in the exhaust gas is adjusted to result in an amount of less than 2 ppm by volume or more than 10 ppm by volume after passage through the catalyst system.
A container for liquid, comprising a body defining a void in which liquid can be stored, in which the body has an orifice allowing access into the void, the body being provided with a handle (60, 63) arranged to be grasped by a user, the container being provided with an elongate spout that can removably engage the orifice, the handle being provided with a location for storage of the spout, the location comprising a first portion of the handle sufficiently wide such that the spout can pass through along its length and a second portion (71; 81) adjacent to the first portion, the spout being able to move from the first portion into the second portion (71; 81) at at least one position along its length, the second portion (71; 81) being narrower than the first portion, spout comprising a waist providing a local minimum in a width of the spout perpendicular to its length, the waist defining the position at which the spout can be moved into the second portion (71; 81) of the handle, characterized in that once moved into the second portion (71; 81), the spout can no longer be removed from the second portion (71; 81) along the length of the spout.
A method for managing the energy consumption of at least one electronic component (1, 3, 5) in a radar reception chain, characterized in that it comprises a preliminary step of formulating a table containing values representative of the power level of received signals, each of said values being contained in a bin addressed at least by a triplet formed of a quantity corresponding to a measurement of the power level of a signal received from a target, of a quantity corresponding to the distance of said target and of a quantity corresponding to the azimuth of said target, said method performing for each received signal, arising from a radar recurrence of order n, the following steps: - a step of a reading of a measurement of the power level of the received signal; - a step of addressing said table as a function of said measurement, of the distance and of the azimuth of said target, a first power level value then being addressed; - a step of extrapolating the power level of the next received signal arising from the following radar recurrence of order n+1, dependent on said first value and on a given number of values of said table addressed by sliding of addresses from the address of said first value according to the power level measurement addresses, said given number being dependent on the speed of the carrier of said reception chain, said step being applied for the received signal of order n+1, the setpoint value of the consumption of said at least electronic component being dependent at least on the extrapolation of the power level received and the position of said target. - a step of a reading of a measurement of the power level of the received signal; - a step of addressing said table as a function of said measurement, of the distance and of the azimuth of said target, a first power level value then being addressed; - a step of extrapolating the power level of the next received signal arising from the following radar recurrence of order n+1, dependent on said first value and on a given number of values of said table addressed by sliding of addresses from the address of said first value according to the power level measurement addresses, said given number being dependent on the speed of the carrier of said reception chain, said step being applied for the received signal of order n+1,
A pressing assembly of an embossing seal, the pressing assembly comprising: a frame comprising two parallel sides (101, 103); a roller body including a roller to be in contact with a die; a handle pivotally coupled to the frame and linked to a first end of the roller body; and a first handle pin pivotally coupling an end of the handle to the sides (101, 103) of the frame; the pressing assembly of an embossing seal being characterized in further comprising: a second handle pin coupling the first end of the roller body to the sides (101, 103) of the frame along a first path; and a roller body pin coupling a second end of the roller body to the sides (101, 103) of the frame along a second path. a frame comprising two parallel sides (101, 103); a roller body including a roller to be in contact with a die; a handle pivotally coupled to the frame and linked to a first end of the roller body; and a first handle pin pivotally coupling an end of the handle to the sides (101, 103) of the frame; the pressing assembly of an embossing seal being characterized in further comprising: a second handle pin coupling the first end of the roller body to the sides (101, 103) of the frame along a first path; and a roller body pin coupling a second end of the roller body to the sides (101, 103) of the frame along a second path. a second handle pin coupling the first end of the roller body to the sides (101, 103) of the frame along a first path; and a roller body pin coupling a second end of the roller body to the sides (101, 103) of the frame along a second path.
An elevator system, comprising: an elevator car within an elevator hoistway; a plurality of cameras; a network; and an image analysis system in communication with the cameras over the network, wherein the cameras provide a reference image to the image analysis system, wherein the cameras provide a current image to the image analysis system, wherein the image analysis system compares the current image to the reference image to detect a difference between the current image to the reference image, and wherein the image analysis system initiates a maintenance notification to a user device in response to the comparing, characterized in that the maintenance notification includes the current image with an indicator of a difference between the current image and the reference image. an elevator car within an elevator hoistway; a plurality of cameras; a network; and an image analysis system in communication with the cameras over the network, wherein the cameras provide a reference image to the image analysis system, wherein the cameras provide a current image to the image analysis system, wherein the image analysis system compares the current image to the reference image to detect a difference between the current image to the reference image, and wherein the image analysis system initiates a maintenance notification to a user device in response to the comparing, characterized in that the maintenance notification includes the current image with an indicator of a difference between the current image and the reference image.
Method for casting castings, in which a molten metal is poured into a casting mold which encloses a cavity forming the casting to be produced, wherein the casting mold consists as a lost mold of one or more casting mold parts or -cores which are formed from a molding material consisting of a core sand, a binder and optionally one or more additives for adjusting certain properties of the molding material, comprising the following working steps: - providing the casting mold; - enclosing the casting mold in a housing, forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mold; - filling the filling space with a free-flowing filling material; - pouring the molten metal into the casting mold, - wherein the casting mold begins to radiate heat as the molten metal is poured in, as a result of the heat input caused by the hot molten metal, and - wherein as a result of the heat input caused by the molten metal, the binder of the molding material begins to evaporate and combust, so that it loses its effect and the casting mold breaks up into fragments, characterized in that the filling material filled into the filling space has such a low bulk density that a gas stream (S1, S2) can flow through the filling material package formed there from the filling material after the filling space has been filled, and in that the filling material has a minimum temperature (Tmin) when the filling space is filled, starting from which the temperature of the filling material rises by process heat, which is generated by the heat radiated by the casting mold and by the heat released during the combustion of the binder, to above a limit temperature (TGrenz) at which the binder evaporating from the casting mold and coming into contact with the filling material ignites and its combustion begins. - providing the casting mold; - enclosing the casting mold in a housing, forming a filling space between at least one inner surface section of the housing and an associated outer surface section of the casting mold; - filling the filling space with a free-flowing filling material; - pouring the molten metal into the casting mold, - wherein the casting mold begins to radiate heat as the molten metal is poured in, as a result of the heat input caused by the hot molten metal, and - wherein as a result of the heat input caused by the molten metal, the binder of the molding material begins to evaporate and combust, so that it loses its effect and the casting mold breaks up into fragments,
A combination of at least one TLR2 inhibitor or a pharmaceutically acceptable salt or prodrug thereof, and at least one TLR4 inhibitor or a pharmaceutically acceptable salt or prodrug thereof, for use in treating or preventing a lung disorder associated with lung transplantation, selected from the group consisting of: inflammation, graft rejection, primary graft failure, ischemia-reperfusion injury, reperfusion injury, reperfusion edema, allograft dysfunction, acute graft dysfunction, pulmonary reimplantation response, bronchiolitis obliterans and primary graft dysfunction, wherein the TLR2 inhibitor comprises a first double-stranded oligonucleotide that targets a TLR2 gene and the TLR4 inhibitor comprises a second double-stranded oligonucleotide that targets a TLR4 gene.