mhurhangee/ep-ind-claims huggingface dataset:
A pan for holding a cake of cosmetic composition in a cosmetic compact, the cake having a predetermined size, the pan comprising: a floor and a sidewall extending upwardly from the floor defining a reservoir with an upwardly directed opening, the reservoir is configured for receiving and holding the cake; and means for securing the pan in the cosmetic compact; wherein the pan is made from a shape memory polymer, the pan has a programmed expanded configuration in which the reservoir has a volume that is large enough to allow insertion of the cake having the predetermined size, the pan has a predetermined contracted configuration in which the reservoir has a volume that is smaller than the predetermined size of the cake and the pan is configured to change from the programmed expanded configuration to the predetermined contracted configuration in response to an external stimulus applied to the pan subsequent to insertion of the cake in the reservoir. a floor and a sidewall extending upwardly from the floor defining a reservoir with an upwardly directed opening, the reservoir is configured for receiving and holding the cake; and means for securing the pan in the cosmetic compact; wherein the pan is made from a shape memory polymer, the pan has a programmed expanded configuration in which the reservoir has a volume that is large enough to allow insertion of the cake having the predetermined size, the pan has a predetermined contracted configuration in which the reservoir has a volume that is smaller than the predetermined size of the cake and the pan is configured to change from the programmed expanded configuration to the predetermined contracted configuration in response to an external stimulus applied to the pan subsequent to insertion of the cake in the reservoir.
A shoe stiffener comprising a) thermoformable polymer composition which comprises a polyamide resin and an ionomer resin, wherein the thermoformable polymer composition comprises from 3 to 45 weight percent of polyamide resin and from 55 to 97 weight percent of an ionomer resin, the weight percent being based on the total weight of thermoformable polymer composition, and b) a fibrous material. a) thermoformable polymer composition which comprises a polyamide resin and an ionomer resin, wherein the thermoformable polymer composition comprises from 3 to 45 weight percent of polyamide resin and from 55 to 97 weight percent of an ionomer resin, the weight percent being based on the total weight of thermoformable polymer composition, and b) a fibrous material.
Method for generating a recombinant bunyavirus replicon particle, the method comprising: A) providing a eukaryotic cell with growth medium; B1) providing T7 polymerase in the eukaryotic cell, B2) providing bunyavirus Gn and Gc proteins, optionally in combination with one or more NSm proteins, collectively termed (NSm)GnGc, in the eukaryotic cell; B3) providing a vector in the eukaryotic cell that encodes a bunyavirus L genome segment, which is flanked by a T7 promoter and cDNA of a ribozyme sequence; B4) providing a vector in the eukaryotic cell that encodes at least part of a bunyavirus S genome segment comprising the N-gene and the 3' and 5' UTRs, which is flanked by a T7 promoter and cDNA of a ribozyme sequence; B5) with the proviso that, if a bunyavirus M genome segment is provided in the eukaryotic cell, a vector is provided in the cell that encodes a bunyavirus M genome segment from which the GnGc coding region(i) is not expressed because it is not transcribed or not translated, or (ii) encodes non-active Gn and Gc protein, which is flanked by a T7 promoter and cDNA of a ribozyme; C) generating a recombinant bunyavirus replicon particle; D) isolating the recombinant bunyavirus replicon particle from the growth medium; wherein the sequence of steps B1, B2, B3, B4, B5 is random and all or part of these steps may be performed simultaneously. A) providing a eukaryotic cell with growth medium; B1) providing T7 polymerase in the eukaryotic cell, B2) providing bunyavirus Gn and Gc proteins, optionally in combination with one or more NSm proteins, collectively termed (NSm)GnGc, in the eukaryotic cell; B3) providing a vector in the eukaryotic cell that encodes a bunyavirus L genome segment, which is flanked by a T7 promoter and cDNA of a ribozyme sequence; B4) providing a vector in the eukaryotic cell that encodes at least part of a bunyavirus S genome segment comprising the N-gene and the 3' and 5' UTRs, which is flanked by a T7 promoter and cDNA of a ribozyme sequence; B5) with the proviso that, if a bunyavirus M genome segment is provided in the eukaryotic cell, a vector is provided in the cell that encodes a bunyavirus M genome segment from which the GnGc coding region(i) is not expressed because it is not transcribed or not translated, or (ii) encodes non-active Gn and Gc protein, which is flanked by a T7 promoter and cDNA of a ribozyme; C) generating a recombinant bunyavirus replicon particle; D) isolating the recombinant bunyavirus replicon particle from the growth medium;
An on-press development type lithographic printing plate precursor comprising: a support; an image recording layer; and an overcoat layer in this order, wherein the image recording layer includes an infrared absorbent, a polymerizable compound, and a polymerization initiator, the overcoat layer includes a water-soluble polymer and particles, a melting point of the particles is in a range of 70°C to 150°C, and a volume average particle diameter of the particles is greater than 0.7 μm, wherein the water-soluble polymer is a polymer compound that dissolves as much as 1 g or more in 100 g of water at 25°C and polymer refers to a compound having a weight-average molecular weight of 1,000 or greater. a support; an image recording layer; and an overcoat layer in this order, wherein the image recording layer includes an infrared absorbent, a polymerizable compound, and a polymerization initiator, the overcoat layer includes a water-soluble polymer and particles, a melting point of the particles is in a range of 70°C to 150°C, and a volume average particle diameter of the particles is greater than 0.7 μm, wherein the water-soluble polymer is a polymer compound that dissolves as much as 1 g or more in 100 g of water at 25°C and polymer refers to a compound having a weight-average molecular weight of 1,000 or greater.
An apparatus (10, 100), comprising: a sensor (30, 300) configured to be coupled to a throttle interface (20, 200), the sensor (30, 300) configured to output a sensor signal associated with a condition of the throttle interface; a first brake element having a first friction surface; a second brake element having a second friction surface and being configured to be coupled to the throttle interface (20, 200), the first friction surface associated with the first brake element being positioned opposite the second friction surface associated with the second brake element, the first brake element configured to move relative to the second brake element; an actuator (50, 550) coupled to the first brake element and configured to output haptic feedback to the throttle interface (20, 200) via the first brake element and the second brake element based on the sensor signal; and a compliant element coupled in series and/or in parallel with the actuator (50, 550), the compliant element being configured to bias the first brake element and the second brake element together to generate a preset amount of force between the first friction surface and the second friction surface. a sensor (30, 300) configured to be coupled to a throttle interface (20, 200), the sensor (30, 300) configured to output a sensor signal associated with a condition of the throttle interface; a first brake element having a first friction surface; a second brake element having a second friction surface and being configured to be coupled to the throttle interface (20, 200), the first friction surface associated with the first brake element being positioned opposite the second friction surface associated with the second brake element, the first brake element configured to move relative to the second brake element; an actuator (50, 550) coupled to the first brake element and configured to output haptic feedback to the throttle interface (20, 200) via the first brake element and the second brake element based on the sensor signal; and a compliant element coupled in series and/or in parallel with the actuator (50, 550), the compliant element being configured to bias the first brake element and the second brake element together to generate a preset amount of force between the first friction surface and the second friction surface.
A method for producing a purified salt product containing a magnesium sulfate salt from a salt mixture comprising magnesium, sulfate, sodium and chloride, comprising the steps of: a. treating the salt mixture with a solution at a temperature of between 32°C and 66°C to form a first slurry, wherein at least a portion of the solution comprises magnesium chloride; b. a first separating of the first slurry to yield a first solid and a second slurry, wherein at least a portion of the first solid comprises sodium chloride and the second slurry comprises magnesium sulfate; c. a second separating of the second slurry to yield a second solid and a first liquid stream comprising magnesium, sulfate and chloride ions; d. crystallizing a third solid containing magnesium sulfate in the first liquid stream to yield a third slurry, and e. a third separating of the third slurry to yield a second liquid stream and a third solid, wherein at least a portion of the second liquid stream comprises magnesium chloride, and wherein the third solid comprises the purified salt product containing the magnesium sulfate salt. a. treating the salt mixture with a solution at a temperature of between 32°C and 66°C to form a first slurry, wherein at least a portion of the solution comprises magnesium chloride; b. a first separating of the first slurry to yield a first solid and a second slurry, wherein at least a portion of the first solid comprises sodium chloride and the second slurry comprises magnesium sulfate; c. a second separating of the second slurry to yield a second solid and a first liquid stream comprising magnesium, sulfate and chloride ions; d. crystallizing a third solid containing magnesium sulfate in the first liquid stream to yield a third slurry, and e. a third separating of the third slurry to yield a second liquid stream and a third solid, wherein at least a portion of the second liquid stream comprises magnesium chloride, and wherein the third solid comprises the purified salt product containing the magnesium sulfate salt.
An endless belt or sleeve for use in nonwoven production, said belt or sleeve comprising: one or more spirally wound strips of polymeric material, wherein said one or more strips of polymeric material is an industrial strapping or ribbon material, wherein the strapping or ribbon material is uniaxially oriented and has at least twice the tensile modulus of a biaxially oriented material and up to ten times the modulus of an extruded material, characterised in that said industrial strapping or ribbon material includes a reinforcing material oriented in the MD of the belt or sleeve selected from the group consisting of fibers, yarns, monofilaments and multifilament yarns, wherein the reinforcing material is made of a material selected from the group consisting of aramids, thermoplastic polymers, thermosetting polymers, glass and carbon, and wherein the melting temperature of the strapping or ribbon material is lower than the melting temperature of the reinforcing material. one or more spirally wound strips of polymeric material, wherein said one or more strips of polymeric material is an industrial strapping or ribbon material, wherein the strapping or ribbon material is uniaxially oriented and has at least twice the tensile modulus of a biaxially oriented material and up to ten times the modulus of an extruded material, characterised in that said industrial strapping or ribbon material includes a reinforcing material oriented in the MD of the belt or sleeve selected from the group consisting of fibers, yarns, monofilaments and multifilament yarns, wherein the reinforcing material is made of a material selected from the group consisting of aramids, thermoplastic polymers, thermosetting polymers, glass and carbon, and wherein the melting temperature of the strapping or ribbon material is lower than the melting temperature of the reinforcing material.
A method for monitoring a user equipment, UE, in a wireless communication system, the method performed by a first network node device, the first network node device including a transceiver, a processor and a memory, the method comprising: receiving a first message from a second network node, the first message including a time duration, the time duration indicating a time during which the UE stays reachable in order to allow a server to deliver downlink data; after receiving the first message, monitoring the UE for when the UE will become reachable; and based on the monitoring, sending a second message to a third network node regarding UE reachability, characterized in that the UE is in an extended Discontinuous Reception, DRX, mode, the extended DRX mode is a function for reducing the UE's power consumption by monitoring a physical channel to receive a paging message at specific period dependent on an extended DRX cycle value, the extended DRX cycle value is configured to a maximum of several tens of minutes greater than a legacy DRX cycle value, wherein the time duration is used to determine how early the second message should be transmitted before a paging occasion of the UE. receiving a first message from a second network node, the first message including a time duration, the time duration indicating a time during which the UE stays reachable in order to allow a server to deliver downlink data; after receiving the first message, monitoring the UE for when the UE will become reachable; and based on the monitoring, sending a second message to a third network node regarding UE reachability, characterized in that the UE is in an extended Discontinuous Reception, DRX, mode, the extended DRX mode is a function for reducing the UE's power consumption by monitoring a physical channel to receive a paging message at specific period dependent on an extended DRX cycle value, the extended DRX cycle value is configured to a maximum of several tens of minutes greater than a legacy DRX cycle value, wherein the time duration is used to determine how early the second message should be transmitted before a paging occasion of the UE.
Method for operating a gas engine with external mixture formation, wherein an exhaust line adjoining the gas engine, through which the exhaust gas of the gas engine flows, is provided, wherein the exhaust line has at least one exhaust turbine of an exhaust turbocharger, wherein the gas engine is operated with a lean fuel gas/air gas mixture, wherein the gas engine is operated in accordance with a Miller cycle, wherein the exhaust line has at least one SCR catalyst element, by means of which the level of nitrogen oxides (NO x) in the exhaust gas flowing through the SCR catalyst element is lowered using hydrocarbons (C y H z) as a reducing agent, wherein at least some of the hydrocarbons (C y H z) flowing through the SCR catalyst element are constituents of the exhaust gas of the gas engine, wherein the ignition point of the gas engine is in a crank angle range of from 30° of crank angle before TDC to 15° of crank angle before TDC, and wherein the valve overlap between the at least one intake valve of the gas engine and the at least one exhaust valve of the gas engine has a valve overlap value of from 30° of crank angle to 50° of crank angle.
A retracting chuck (100, 300) comprising: a body comprising a rear body disposed on an axial rear side and a moving body disposed on an axial front side; a plunger moving axially in the body and a master jaw moving in a radial direction according to movement of the plunger being guided by the body, wherein the moving body moves axially relatively to the rear body, characterised in that, the rear body is so constructed that a plate spring is disposed in a bridging manner between first seats provided at a distance from each other, and that the plate spring is fastened by first bolts to each of the first seats, and wherein the moving body is so constructed that the plate spring is fastened between the first seats by second bolts to second seats provided to a rear face of the moving body. a body comprising a rear body disposed on an axial rear side and a moving body disposed on an axial front side; a plunger moving axially in the body and a master jaw moving in a radial direction according to movement of the plunger being guided by the body, wherein the moving body moves axially relatively to the rear body, characterised in that, the rear body is so constructed that a plate spring is disposed in a bridging manner between first seats provided at a distance from each other, and that the plate spring is fastened by first bolts to each of the first seats, and wherein the moving body is so constructed that the plate spring is fastened between the first seats by second bolts to second seats provided to a rear face of the moving body.
A peeling device, in particular of dried fruits, by means of a gas jet dragging ice particles in a flow passage terminating with an ejector having an orifice, whereby the peeling device comprises a peeling chamber extending along a longitudinal axis (x), provided with a side connection for receiving said orifice and having opposite open ends (8, 9), characterised by the gas jet dragging dry ice particles, the side connection having a longitudinal axis (y) offset with respect to the longitudinal axis (x) of the peeling chamber, and a singulator suitable for carrying in succession dried fruits to be peeled for their advancement along said longitudinal axis (x) of the peeling chamber through said opposite open ends (8,9).
Replaceable plate for rail-mounted devices for electrical installation, which comprises a plate mount which can be detachably connected to the rail-mounted device and is designed to hold an inscribed panel, wherein the plate mount is in the form of a rectangular holding pocket having an insertion slot and having a clamping member for detachably clamping the plate mount to a rail-mounted device, and wherein the holding pocket has an attachment face, on which the clamping member is formed, and a viewing face, which is opposite the attachment face, with a holding area located between them, wherein the panel can be inserted into the holding area through the insertion slot, characterized in that the insertion slot is provided on a first longitudinal face, and in that, for the purpose of easy removal of the panel from the insertion slot, an access opening to the inserted panel is provided on the attachment face.
A method for transmitting and receiving a signal by a user equipment, UE, performing a carrier aggregation operation over a network in a wireless communication system, the method comprising: receiving a downlink signal from the network through a plurality of downlink cells and transmitting a first uplink signal to the network through a first uplink cell layer at a first point in time, wherein the plurality of downlink cells are configured for the UE but only the first uplink cell layer is configured for the UE; receiving a specific message for changing the first uplink cell layer from the network; changing the first uplink cell layer to a second uplink cell layer based on the specific message; and transmitting a second uplink signal to the network through the second uplink cell layer at a second point different from the first point in time, wherein, when changing the uplink cell layer, the plurality of downlink cells is maintained. receiving a downlink signal from the network through a plurality of downlink cells and transmitting a first uplink signal to the network through a first uplink cell layer at a first point in time, wherein the plurality of downlink cells are configured for the UE but only the first uplink cell layer is configured for the UE; receiving a specific message for changing the first uplink cell layer from the network; changing the first uplink cell layer to a second uplink cell layer based on the specific message; and transmitting a second uplink signal to the network through the second uplink cell layer at a second point different from the first point in time, wherein, when changing the uplink cell layer, the plurality of downlink cells is maintained.
A method for the preparation of fuels from biomass, where the biomass is subjected to a heat treatment in a temperature range from 150 to 300 °C in a reactor pressurized with steam and air, wherein the pressure at the end of the heat treatment is released, characterized in that the volume increase of the steam and other gases on pressure release temporarily is accumulated in a container having flexible volume, the steam and other gases being heat exchanged in at least one heat exchanger so that condensable gases condense and release their heat of condensation in the at least one heat exchanger.
Method for cooking food in a cooking device with a cooking chamber during a cooking period, wherein a food temperature is measured and wherein at least during a food temperature regulating phase of the cooking period a cooking chamber temperature in the cooking chamber outside the food is controlled in such a way that the food temperature follows a time-dependent desired food temperature function, characterized in that the food is inserted into the cooking chamber and the desired food temperature function (TGGS) comprises at least two phases with different gradients, wherein the second phase, which follows the first phase, has a lower gradient as compared to the first phase.
A recombinant adenovirus having a capsid comprising a hexon protein selected from: amino acids 1 to 955 of SEQ ID NO: 11 (SAdV-43); a hexon protein comprising a fragment of the SAdV hexon protein consisting of SEQ ID NO: 11 with an N-terminal or C-terminal truncation of 50 amino acids in length; and a hexon protein comprising a fragment of SEQ ID NO: 11 consisting of amino acid residues 138 to 163, amino acid residues 138 to 441, or amino acid residues 125 to 443; a penton protein; and a fiber protein; said capsid encapsidating a heterologous molecule carrying a gene operably linked to expression control sequences which direct transcription, translation, and/or expression thereof in a host cell and 5' and 3' adenovirus cis-elements necessary for replication and encapsidation, said cis-elements comprising an adenovirus 5' inverted terminal repeat and an adenovirus 3' inverted terminal repeat.
A method for transmitting a client signal in an optical transport network, wherein the method comprises: mapping the client signal into an optical channel transmission unit-N, OTU-N, wherein a rate of the OTU-N is N times as high as a preset reference rate, and the value N is a configurable positive integer, wherein the OTU-N has M ∗ N columns, and a subframe of the OTU-N has M columns; splitting the OTU-N into N optical sub-channel transport units, OTUsubs, wherein a rate of each OTUsub equals to the preset reference rate; and sending the N OTUsubs to an optical fiber. mapping the client signal into an optical channel transmission unit-N, OTU-N, wherein a rate of the OTU-N is N times as high as a preset reference rate, and the value N is a configurable positive integer, wherein the OTU-N has M ∗ N columns, and a subframe of the OTU-N has M columns; splitting the OTU-N into N optical sub-channel transport units, OTUsubs, wherein a rate of each OTUsub equals to the preset reference rate; and sending the N OTUsubs to an optical fiber.