mhurhangee/ep-ind-claims huggingface dataset:
A method for indicating uplink/downlink configuration, comprising steps of: determining, by a base station, uplink/downlink configuration information; and transmitting, by the base station, the uplink/downlink configuration information to at least one terminal via a Downlink Control Indicator DCI message, so that the at least one terminal parses the DCI message in accordance with predetermined DCI configuration information and determines its own uplink/downlink configuration from the DCI message, the DCI message comprising at least one uplink/downlink configuration information domain, at least one of the uplink/downlink configuration information domains in the DCI message being parsed by the at least one terminal, the uplink/downlink configuration information dormain being configured to carry the uplink/downlink configuration information, wherein the method is characterized in that, the DCI configuration information comprises an uplink/downlink configuration information domain index value corresponding to the terminal, the uplink/downlink configuration information domain index value is configured to determine a position of the uplink/downlink configuration information related to the terminal in the DCI message, and the terminal determines its uplink/downlink configuration from the DCI message in accordance with the uplink/downlink configuration information domain index value, the uplink/downlink configuration information domain corresponds to one carrier and/or one transmission node. determining, by a base station, uplink/downlink configuration information; and transmitting, by the base station, the uplink/downlink configuration information to at least one terminal via a Downlink Control Indicator DCI message, so that the at least one terminal parses the DCI message in accordance with predetermined DCI configuration information and determines its own uplink/downlink configuration from the DCI message, the DCI message comprising at least one uplink/downlink configuration information domain, at least one of the uplink/downlink configuration information domains in the DCI message being parsed by the at least one terminal, the uplink/downlink configuration information dormain being configured to carry the uplink/downlink configuration information, wherein the method is characterized in that, the DCI configuration information comprises an uplink/downlink configuration information domain index value corresponding to the terminal, the uplink/downlink configuration information domain index value is configured to determine a position of the uplink/downlink configuration information related to the terminal in the DCI message, and the terminal determines its uplink/downlink configuration from the DCI message in accordance with the uplink/downlink configuration information domain index value, the uplink/downlink configuration information domain corresponds to one carrier and/or one transmission node.
A pulsatile release dosage form for oral administration of a stimulant, comprising (a) a first dosage unit comprising a first stimulant dose that is released substantially immediately following oral administration of the dosage form to a patient; (b) a second dosage unit comprising a second stimulant dose, wherein the second stimulant dose is delayed until about 2 to about 5 hours following administration of the dosage form to a patient; and (c) a third dosage unit comprising a third stimulant dose, wherein the third stimulant dose is delayed until about 5 to about 9 hours following oral administration of the dosage form to a patient; wherein the dosage form is a tablet, and wherein the dosage units are incorporated at specific and controlled positions within the finished dosage form, wherein the first, second and third dosage units each comprise a core that is at least partially surrounded by an erosion matrix, wherein the core of the first dosage unit is partially surrounded by an erosion matrix at an edge of the first dosage unit such that at least one outer edge of the first dosage unit is not surrounded by the erosion matrix and the cores of the second and third dosage units are fully surrounded by the erosion matrix, and wherein the erosion matrix comprises one or more of a swelling agent, lubricant, disintegrant, binder, and a pharmaceutically acceptable excipient; and wherein the stimulant is methylphenidate, or a pharmaceutically acceptable salt thereof. (a) a first dosage unit comprising a first stimulant dose that is released substantially immediately following oral administration of the dosage form to a patient; (b) a second dosage unit comprising a second stimulant dose, wherein the second stimulant dose is delayed until about 2 to about 5 hours following administration of the dosage form to a patient; and (c) a third dosage unit comprising a third stimulant dose, wherein the third stimulant dose is delayed until about 5 to about 9 hours following oral administration of the dosage form to a patient; wherein the dosage form is a tablet, and wherein the dosage units are incorporated at specific and controlled positions within the finished dosage form, wherein the first, second and third dosage units each comprise a core that is at least partially surrounded by an erosion matrix, wherein the core of the first dosage unit is partially surrounded by an erosion matrix at an edge of the first dosage unit such that at least one outer edge of the first dosage unit is not surrounded by the erosion matrix and the cores of the second and third dosage units are fully surrounded by the erosion matrix, and wherein the erosion matrix comprises one or more of a swelling agent, lubricant, disintegrant, binder, and a pharmaceutically acceptable excipient; and wherein the stimulant is methylphenidate, or a pharmaceutically acceptable salt thereof.
Cam follower roller device for a combustion engine for an automotive or an industrial application, comprising a tappet body, a pin mounted into said tappet body, and a roller mounted on said pin and comprising an inner bore and an outer surface, the roller comprising an inner axial portion provided with said inner bore, an outer axial portion provided with said outer surface, characterized in that the device further comprises a body (26; 30) radially interposed between the inner and outer axial portions, the density of the material of said body being smaller than that of the material or materials of the inner and outer axial portions.
A heat exchanger comprising: - a plurality of heat transfer pipes provided at spacings from each other in a first direction; - a header having an insertion hole in which a front end of each of the plurality of heat transfer pipes is inserted from a second direction orthogonal to the first direction; and - a fin attached between adjacent ones of the plurality of heat transfer pipes, wherein the header includes a divider configured to divide an inside of the header into a first space in which the insertion hole is provided and a second space to which a refrigerant pipe is connected, characterised in that the divider is provided with an opening surrounding an outer periphery of the front end of the heat transfer pipe as seen from the second direction, and the opening is shaped to have a gap between the opening and the outer periphery of the front end of the heat transfer pipe as seen from the second direction. - a plurality of heat transfer pipes provided at spacings from each other in a first direction; - a header having an insertion hole in which a front end of each of the plurality of heat transfer pipes is inserted from a second direction orthogonal to the first direction; and - a fin attached between adjacent ones of the plurality of heat transfer pipes, wherein the header includes a divider configured to divide an inside of the header into a first space in which the insertion hole is provided and a second space to which a refrigerant pipe is connected, characterised in that the divider is provided with an opening surrounding an outer periphery of the front end of the heat transfer pipe as seen from the second direction, and the opening is shaped to have a gap between the opening and the outer periphery of the front end of the heat transfer pipe as seen from the second direction.
An analyte collecting device comprising: a case including an opening and an internal space; and a piston including one or more partition walls dividing the internal space into a plurality of internal spaces (102a-d), the piston being inserted into the internal space through the opening of the case to reciprocate in the internal space, characterized in that the case includes: an exhaust port through which the internal space communicates with an outside and configured such that a sample put in the internal space can be discharged through the exhaust port to the outside of the case; and a specimen injection port including an injection hole formed at the case to allow the internal space to communicate the outside of the case and configured such that a sample can be injected. a case including an opening and an internal space; and a piston including one or more partition walls dividing the internal space into a plurality of internal spaces (102a-d), the piston being inserted into the internal space through the opening of the case to reciprocate in the internal space, characterized in that the case includes: an exhaust port through which the internal space communicates with an outside and configured such that a sample put in the internal space can be discharged through the exhaust port to the outside of the case; and a specimen injection port including an injection hole formed at the case to allow the internal space to communicate the outside of the case and configured such that a sample can be injected. an exhaust port through which the internal space communicates with an outside and configured such that a sample put in the internal space can be discharged through the exhaust port to the outside of the case; and a specimen injection port including an injection hole formed at the case to allow the internal space to communicate the outside of the case and configured such that a sample can be injected.
A dosing device for dosing a predefined amount of a flowable and/or pourable product, comprising an inlet passage, a first chamber, a second chamber and an outlet passage, the inlet passage, the first chamber, the second chamber and the outlet passage being fluidically connected so as to flow downstream in this order when dosing, and the second chamber comprising a cylinder, the cylinder being closed at one end by a cylinder insert, characterized in that the volume of the second chamber and thus the predefined amount is adjusted by the position of the cylinder insert in the cylinder.
Method for manufacturing, from a blank made of plastics material, a container having a body and a base in a stretch-blow moulding unit, comprising: - a mould provided with a wall having the shape of the body of the container and a mould base having the shape of the base of the container, the mould base being axially displaceable relative to the wall between a low position and a raised position; - a stretch rod which is axially displaceable relative to the mould between a high position in which the rod is outside the mould and a low position in which the rod locally presses the blank against the mould base in the low position thereof; this method comprising: - a phase of introducing the blank into the mould; - a phase of stretch-blow moulding during which a pressurized fluid is injected into the blank and the stretch rod is displaced from its high position to its low position; - a phase of boxing during which the mould base, initially in the low position, is displaced into its raised position and during which the stretch rod, accompanying the mould base, is displaced from its low position into a raised position corresponding to the raised position of the mould base; this method being characterized in that it comprises the determination of the departure of the mould base from its low position by detecting the movement of the rod from its low position, and the determination of the arrival of the mould base into its raised position by detecting the stoppage of the rod in its raised position. - a mould provided with a wall having the shape of the body of the container and a mould base having the shape of the base of the container, the mould base being axially displaceable relative to the wall between a low position and a raised position; - a stretch rod which is axially displaceable relative to the mould between a high position in which the rod is outside the mould and a low position in which the rod locally presses the blank against the mould base in the low position thereof; this method comprising: - a phase of introducing the blank into the mould; - a phase of stretch-blow moulding during which a pressurized fluid is injected into the blank and the stretch rod is displaced from its high position to its low position; - a phase of boxing during which the mould base, initially in the low position, is displaced into its raised position and during which the stretch rod, accompanying the mould base, is displaced from its low position into a raised position corresponding to the raised position of the mould base; - a phase of introducing the blank into the mould; - a phase of stretch-blow moulding during which a pressurized fluid is injected into the blank and the stretch rod is displaced from its high position to its low position; - a phase of boxing during which the mould base, initially in the low position, is displaced into its raised position and during which the stretch rod, accompanying the mould base, is displaced from its low position into a raised position corresponding to the raised position of the mould base;
Process for producing metals or metallic alloys, preferably light metals or light metal alloys, admixed with solids for the casting of cast parts, preferably diecast part, comprising the steps of: - melting a metal or metallic alloy using a melting apparatus, - transporting the casting melt to the casting dies to be filled using a conveying conduit, characterized by - supplying solids to the casting melt during the transporting of the casting melt in the conveying conduit, wherein the casting melt is commixed with the supplied solids in at least one mixing zone during the transporting in the conveying conduit preferably by energy input, wherein the commixing in the mixing zone is carried out using an ultrasound sonotrode and the casting melt and solids are stimulated using ultrasound. - melting a metal or metallic alloy using a melting apparatus, - transporting the casting melt to the casting dies to be filled using a conveying conduit, characterized by - supplying solids to the casting melt during the transporting of the casting melt in the conveying conduit,
A composition comprising at least one poly(acrylate) polymer prepared by polymerizing the following monomers: (i) a solubility monomer which is a (meth)acrylate monomer comprising a C 1 to C 4 alkyl ester of (meth)acrylic acid; and (ii) a surface tension monomer which is a (meth)acrylate monomer comprising a C 5 to C 12 alkyl ester of (meth)acrylic acid, wherein the surface tension monomer has a terminal neopentyl group. (i) a solubility monomer which is a (meth)acrylate monomer comprising a C 1 to C 4 alkyl ester of (meth)acrylic acid; and (ii) a surface tension monomer which is a (meth)acrylate monomer comprising a C 5 to C 12 alkyl ester of (meth)acrylic acid,
Feeding device for throwing long and possibly irregular shaped agricultural products such as carrots in adjacent slots moving in a transport direction that is perpendicular to the length of the agricultural product, wherein the feeding device comprises a ring rotating at a ring speed that can transport the products in a circular aligned path characterized in that the feeding device comprises a first set of feeder belts located adjacent to or adjacent to and above the rotating ring and the first set of feeder belts can grip the product from the rotating ring while moving the product at a first speed and a second set of feeder belts can grip the product and pull it from between the first set of feeder belts and throw the product at a second speed in the slot, whereby the sets of feeder belts (11,15) are aligned perpendicular to the transport direction and wherein the first speed is higher than the ring speed and the second speed is higher than the first speed and wherein further sets of feeder belts between the first and second set of feeder belts might further increase the speed of the product.
A method for transmitting a wireless signal, comprising: mapping a plurality of data bits to generate a quadrature amplitude modulation, QAM, signal in a delay-Doppler domain; determining a perturbation signal to minimize expected interference and noise; perturbing the QAM signal with the perturbation signal to produce a first perturbed signal; transforming, using a two-dimensional, 2D, Fourier transform, the first perturbed signal into a second perturbed signal from the delay-Doppler domain to a time-frequency domain; generating a pre-coded signal by pre-coding, using a linear pre-coder, the second perturbed signal; and transmitting the pre-coded signal using an orthogonal time frequency space, OTFS, modulation signal scheme. mapping a plurality of data bits to generate a quadrature amplitude modulation, QAM, signal in a delay-Doppler domain; determining a perturbation signal to minimize expected interference and noise; perturbing the QAM signal with the perturbation signal to produce a first perturbed signal; transforming, using a two-dimensional, 2D, Fourier transform, the first perturbed signal into a second perturbed signal from the delay-Doppler domain to a time-frequency domain; generating a pre-coded signal by pre-coding, using a linear pre-coder, the second perturbed signal; and transmitting the pre-coded signal using an orthogonal time frequency space, OTFS, modulation signal scheme.
Equipped timepiece resonator for a watch movement, including at least one weight, connected by a plurality of flexible strips (3; 4; 5; 6), to one or more points of attachment (7; 8; 9; 10) of a fixed structure, formed by a plate of a said movement or arranged to be secured to a said plate, said at least one weight being arranged to be subjected to a torque and/or a force, said resonator being arranged to oscillate with at least two degrees of freedom in translation, and said flexible strips (3; 4, 5; 6) being arranged to allow the oscillations of said at least one weight about a virtual pivot (w), wherein said flexible strips (3; 4, 5; 6) include long arms, each of a length at least two times greater than the shortest distance between said weight and said attachment points (7; 8; 9; 10), characterized in that resonator is of the paraxial type with at least two degrees of freedom in translation in a first direction, and in a second direction orthogonal to said first direction, and in that said flexible strips (3; 4, 5; 6) include, on the one hand, first said flexible strips (4, 6) arranged to allow oscillations of said at least one weight about said virtual pivot (w) in said first direction, and on the other hand, second said flexible strips (3,5) arranged to allow oscillations of said at least one weight about said virtual pivot (w) in said second direction.
A power conversion device comprising phase arms provided between AC terminals (U, V, W) and DC terminals (P, N) and each having one converter cell or two or more converter cells connected in series, each converter cell including an energy accumulating element and upper and lower arms having semiconductor switching elements (21s, 22s, 24s), wherein at least one of the converter cells is a first converter cell in which an energy accumulating element, a first leg (LegA), and a second leg (LegB) are connected in parallel, the first leg (LegA) having upper and lower arms both having semiconductor switching elements (21s, 22s), the second leg (LegB) having upper and lower arms one of which has only a diode as a semiconductor element through which main current flows, and the other one of which has a semiconductor switching element, and the number of the first converter cells connected on a short-circuit current route occurring when the DC terminals (P, N) are short-circuited is greater than a number obtained by dividing a maximum value of rated voltage between the AC terminals (U, V, W) by use voltage of the energy accumulating element.
A method of a smart secure platform, SSP, (120, 1010) in a terminal (110, 1000) verifying a secondary platform bundle manager, SPBM, certificate in a wireless communication system, the method comprising: receiving, from a local bundle assistant, LBA, an SSP credential request including: a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, wherein the SPBM certificate for key agreement is used to generate a session key between the SSP and the SPBM; verifying the SPBM certificate for key agreement based on the SPB Family ID and the SPB Family Custodian Object ID; generating the SSP credential based on the SPB Family ID and the SPB Family Custodian Object ID; and transmitting, to the LBA, the generated SSP credential. receiving, from a local bundle assistant, LBA, an SSP credential request including: a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, wherein the SPBM certificate for key agreement is used to generate a session key between the SSP and the SPBM; verifying the SPBM certificate for key agreement based on the SPB Family ID and the SPB Family Custodian Object ID; generating the SSP credential based on the SPB Family ID and the SPB Family Custodian Object ID; and transmitting, to the LBA, the generated SSP credential.
A method of converting a supply (20; 64) of sheet stock into a relatively less dense dunnage product (48; 130), comprising the following steps: (i) providing a stack (22; 201) of fan-folded sheet stock material having fold lines parallel to a width dimension; and (ii) drawing sheet stock material from the stack (22; 201) characterised in that the sheet stock material is drawn from the stack in a direction parallel to the width dimension. (i) providing a stack (22; 201) of fan-folded sheet stock material having fold lines parallel to a width dimension; and (ii) drawing sheet stock material from the stack (22; 201) characterised in that the sheet stock material is drawn from the stack in a direction parallel to the width dimension.