mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for determining soft data, comprising: a classification code 'CC' decoder; and an outer code decoder coupled to the CC decoder, wherein the apparatus is configured to receive a CC encoded sequence comprising an outer codeword made of user data and parity, the outer codeword being divided into a number of pieces each comprising user data for a CC codeword, said encoded sequence also comprising CC parity appended to a respective piece of the outer codeword, and wherein the CC decoder is configured to: determine soft data associated with a piece of outer code codeword by using the corresponding CC parity to associate reliability values with the piece of the outer code codeword, wherein the reliability values are one of an uncertain reliability, a strong reliability, and a weak reliability, wherein the piece of the outer codeword comprises multiple portions and each reliability value is associated to all digits of a portion. a classification code 'CC' decoder; and an outer code decoder coupled to the CC decoder, wherein the apparatus is configured to receive a CC encoded sequence comprising an outer codeword made of user data and parity, the outer codeword being divided into a number of pieces each comprising user data for a CC codeword, said encoded sequence also comprising CC parity appended to a respective piece of the outer codeword, and wherein the CC decoder is configured to: determine soft data associated with a piece of outer code codeword by using the corresponding CC parity to associate reliability values with the piece of the outer code codeword, wherein the reliability values are one of an uncertain reliability, a strong reliability, and a weak reliability, wherein the piece of the outer codeword comprises multiple portions and each reliability value is associated to all digits of a portion.
A method of wireless communications, comprising: receiving, by a user equipment, a configuration indicating one or more parameters related to determining a random access procedure timeline, wherein the one or more parameters include user equipment capability information for selecting one or more configurable timing variables corresponding to a delay between different messages of a random access procedure timeline; transmitting, by the user equipment in an inactive or idle state, a first message on a physical random access channel, wherein the first message includes a random access preamble; receiving, by the user equipment, a second message on a downlink channel in response to the first message, wherein the second message includes a temporary cell radio network temporary identifier and an uplink grant for the user equipment, wherein at least one of the transmitting the first message or receiving the second message is based at least in part on the one or more configurable timing variables; transmitting, by the user equipment and based on the random access procedure timeline, a request on an uplink channel based on the uplink grant; and monitoring, by the user equipment, a common search space of a downlink control channel for an acknowledgement message or a negative acknowledgement message corresponding to the request and identifiable based on the temporary cell radio network temporary identifier. receiving, by a user equipment, a configuration indicating one or more parameters related to determining a random access procedure timeline, wherein the one or more parameters include user equipment capability information for selecting one or more configurable timing variables corresponding to a delay between different messages of a random access procedure timeline; transmitting, by the user equipment in an inactive or idle state, a first message on a physical random access channel, wherein the first message includes a random access preamble; receiving, by the user equipment, a second message on a downlink channel in response to the first message, wherein the second message includes a temporary cell radio network temporary identifier and an uplink grant for the user equipment, wherein at least one of the transmitting the first message or receiving the second message is based at least in part on the one or more configurable timing variables; transmitting, by the user equipment and based on the random access procedure timeline, a request on an uplink channel based on the uplink grant; and monitoring, by the user equipment, a common search space of a downlink control channel for an acknowledgement message or a negative acknowledgement message corresponding to the request and identifiable based on the temporary cell radio network temporary identifier.
A method for reconfiguring a size of a receiving window of a receiver in a communications system, the method comprising: receiving a command for reconfiguring the size of the receiving window; reconfiguring the size of the receiving window according to the command; removing packets with sequence numbers outside the receiving window with reconfigured size from a buffer of the receiver and delivering the packets to an upper layer; and characterized by: determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size. receiving a command for reconfiguring the size of the receiving window; reconfiguring the size of the receiving window according to the command; removing packets with sequence numbers outside the receiving window with reconfigured size from a buffer of the receiver and delivering the packets to an upper layer; and characterized by: determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size. determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size.
A pharmaceutical composition comprising an inhibitor against CD112 (Nectin-2, PVRL2), CD155, and/or TIGIT for use in the treatment of acute myeloid leukemia, wherein the inhibitor is an antibody which specifically binds to CD112, CD155 and/or TIGIT, and wherein the pharmaceutical composition further comprises a bispecific single chain Fv (scFv) antibody construct that engages T cells and comprises a CD3epsilon binding domain and a further binding domain targeting a surface molecule selected from the group consisting of CD33, CD19 and Flt3.
One-piece arbor of a pivoting timepiece wheel set, said one-piece arbor being made in one or more aligned parts, characterized in that said one-piece arbor is magnetically inhomogeneous and has intrinsic magnetic properties, which are: permeability, saturation field, coercive field, Curie temperature and the dependent hysteresis curve, which are not uniform throughout the volume of the arbor.
An audio decoder adapted to receive a data stream of data bits arranged in a series of blocks, each block comprising a plurality of data bits, wherein each successive block in the data stream includes a respective successive bit of a synchronisation code located at a common bit position in the respective block, the decoder comprising means for synchronising the decoder with the data stream, the synchronising means comprising: means for storing a plurality of strings of bit values taken from the received data stream, wherein successive bit values taken for each string are spaced apart in the received data stream by a number of bits that is equal to the size of the blocks; and means for comparing said strings against said synchronisation code, wherein upon detection of at least one string that matches said synchronisation code, said synchronisation means is arranged to synchronise the decoder with the received data stream by correlating the location of the matching string in the received data stream with said common bit position, and wherein each data block comprises a respective audio sample for the left and right channels of a stereo audio transmission stream, each audio sample comprising at least one byte.
A two-stage electrohydraulic servo valve with a first stage, which operates as a pilot stage and includes a movable nozzle tube, and a second stage which operates as a power stage and includes a movably supported control spool, with the pilot stage having a base plate, wherein the nozzle tube of the pilot stage is guided by means of a torsion element, and wherein the torsion element is arranged on the base plate, characterized in that the two ends of the torsion element are firmly fixed on the base plate, with the oil supply of the movable nozzle tube being integrated in the torsion element, and characterized in that a return spring is provided that engages with the control spool and is firmly connected to the nozzle tube and effects a restoring torque on the nozzle tube on a displacement of the control spool until the nozzle tube swings back into a vertical neutral position.
Assembly comprising a machine tool and a block for production of dental devices of at least a first size and a second size, comprising at least one machinable part of substantially parallelepipedal shape in which the length of at least one side is different from the length of the other sides and which is intended to be machined in order to form the dental device (3, 5), and a holding shaft intended to enable the production block to be fixed in the machine tool, the assembly being characterized in that the production block further comprises at least two angular positioning elements which are disposed at the point of connection between the machinable part and the holding shaft and are arranged in directions perpendicular to each other, said angular positioning elements cooperating with complementary means carried by the machine tool so as to serve as a reference for the installation of the production block in the machine tool, in order to define a first machining reference position, permitting the machining of an incisor or of an inlay-core for a canine, and a second machining reference position perpendicular to the first position and permitting the machining of a molar or of an inlay-core for a molar.
A method of detecting hepatic fibrosis/cirrhosis, comprising: a) determining a level of at least one polypeptide in a biological sample obtained from a patient in need thereof, wherein the biological sample is a sample of serum or plasma of the patient; and b) comparing said determined level to a control level of said at least one polypeptide in order to detect said fibrosis/cirrhosis, wherein said at least one polypeptide comprises lipid transfer inhibitor protein (LTIP), wherein a decreased level of LTIP, as compared to a healthy individual, indicates hepatic fibrosis/cirrhosis. a) determining a level of at least one polypeptide in a biological sample obtained from a patient in need thereof, wherein the biological sample is a sample of serum or plasma of the patient; and b) comparing said determined level to a control level of said at least one polypeptide in order to detect said fibrosis/cirrhosis,
An exhaust gas aftertreatment device (1a, 1b) for an internal combustion engine wherein the exhaust gas aftertreatment device (1a, 1b) comprises; - a housing - a first and a second catalytic substrate (8, 9), and - a reductant injector, wherein said first and second substrate (8, 9) are arranged inside said housing such that said first catalytic substrate upstream of said second catalytic substrate and said reductant injector is arranged in between said first and said second catalytic substrate (8, 9), wherein said first catalytic substrate is arranged to have a first main flow direction, and wherein said second catalytic substrate is arranged to have a second main flow direction, wherein said first and second main flow directions (A, B) are angled to each other, whereby a flow redirecting wall is arranged downstream of said first catalytic substrate such that a fluid flow between said first catalytic substrate and said second catalytic substrate at least partially passes an outer circumference of said first catalytic substrate before reaching said second catalytic substrate characterised in, that said redirecting wall is inclined to an outlet surface (12a, 12b) of said first catalytic substrate and said reductant injector is arranged at said redirecting wall at a position with a first distance (D-1), in said first main flow direction of said first catalytic substrate, which is further away from said outlet surface (12a, 12b) than an average distance (D-AV) between said outlet surface (12a, 12b) and said redirecting wall and that said reductant injector is directed with an angle (a) to said outlet surface (12a, 12b). - a housing - a first and a second catalytic substrate (8, 9), and - a reductant injector, wherein
An energy system (1, 1', 1") arranged to generate and to use thermal energy, the energy system (1, 1', 1") comprises a mechanical vapor recompression unit, wherein thermal energy of a working liquid obtained during an MVR process performed by said MVR unit is utilized externally said energy system (1, 1', 1"), preferably for heating processes, spaces or objects, wherein the MVR unit comprises: - a primary heat exchanger arranged to receive: - a working liquid and - compressed vapor, wherein the primary heat exchanger is arranged to produce vapor by evaporation of the working liquid by heat exchanging the working liquid with the compressed vapor in the primary heat exchanger; - a compressor arranged to compress vapor produced in the primary heat exchanger and arranged to deliver the compressed vapor to the primary heat exchanger to evaporate the working liquid in the primary heat exchanger; - at least one primary vapor line arranged in connection to the primary heat exchanger and to the compressor for transport of vapor produced in the primary heat exchanger to the compressor, and wherein at least one liquid line (15, 15', 15") is arranged in connection to the condenser of the primary heat exchanger for transport of the condensed working liquid, and for delivery of the thermal energy of the working liquid to external consumers, and back to the primary heat exchanger, specifically back to an evaporator side or section of the primary heat exchanger, for re-evaporation in the primary heat exchanger. - a primary heat exchanger arranged to receive: - a working liquid and - compressed vapor, wherein the primary heat exchanger is arranged to produce vapor by evaporation of the working liquid by heat exchanging the working liquid with the compressed vapor in the primary heat exchanger; - a compressor arranged to compress vapor produced in the primary heat exchanger and arranged to deliver the compressed vapor to the primary heat exchanger to evaporate the working liquid in the primary heat exchanger; - at least one primary vapor line arranged in connection to the primary heat exchanger and to the compressor for transport of vapor produced in the primary heat exchanger to the compressor, and - a compressor arranged to compress vapor produced in the primary heat exchanger and arranged to deliver the compressed vapor to the primary heat exchanger to evaporate the working liquid in the primary heat exchanger; - at least one primary vapor line arranged in connection to the primary heat exchanger and to the compressor for transport of vapor produced in the primary heat exchanger to the compressor, and wherein at least one liquid line (15, 15', 15") is arranged in connection to the condenser of the primary heat exchanger for transport of the condensed working liquid, and for delivery of the thermal energy of the working liquid to external consumers, and back to the primary heat exchanger, specifically back to an evaporator side or section of the primary heat exchanger, for re-evaporation in the primary heat exchanger.
A method of preparing a cathode particle using a co-precipitation reaction in a reactor, comprising: feeding a feed stream (a) containing metal cations into the reactor; feeding a feed stream (b) containing anions into the reactor; wherein a ratio of the metal cations in the feed stream (a) is continuously changed from A 1 at time t 1 to A 2 at time t 2, and at least one of the metal cations have a concentration which changes not linearly with respect to the reaction time over the period from t 1 to t 2; wherein the feed stream (a) and the feed stream (b) are contacted in the reactor to form precipitated precursor particle, and at least one transition metal component in the precursor particle has a non-linear continuous concentration gradient profile over at least a portion along a thickness direction of the precursor particle. feeding a feed stream (a) containing metal cations into the reactor; feeding a feed stream (b) containing anions into the reactor; wherein a ratio of the metal cations in the feed stream (a) is continuously changed from A 1 at time t 1 to A 2 at time t 2, and at least one of the metal cations have a concentration which changes not linearly with respect to the reaction time over the period from t 1 to t 2; wherein the feed stream (a) and the feed stream (b) are contacted in the reactor to form precipitated precursor particle, and at least one transition metal component in the precursor particle has a non-linear continuous concentration gradient profile over at least a portion along a thickness direction of the precursor particle.
A heat exchanging plate for a plate heat exchanger for treatment of a liquid feed, the heat exchanging plate defining: a first non-corrugated gasket groove and a second non-corrugated gasket groove extending parallel to the first non-corrugated gasket groove for contacting a first gasket element and a second gasket element, respectively, thereby establishing a flow channel between the first non-corrugated gasket groove and a second non-corrugated gasket groove, a first outer corrugated region and a first inner corrugated region (70, 72) extending on opposite sides of the first non-corrugated gasket groove, the first inner corrugated region (70, 72) extending within the flow channel and defining a first row of alternating tops and bottoms, characterised in that the heat exchanging plate further defines a second outer corrugated region and a second inner corrugated region (70', 72') extending on opposite sides of the second non-corrugated gasket groove, the second inner corrugated region (70', 72') extending within the flow channel and defining a second row of alternating tops and bottoms, whereby the tops of the first row being horizontally level with the bottoms of the second row, and vice versa. a first non-corrugated gasket groove and a second non-corrugated gasket groove extending parallel to the first non-corrugated gasket groove for contacting a first gasket element and a second gasket element, respectively, thereby establishing a flow channel between the first non-corrugated gasket groove and a second non-corrugated gasket groove, a first outer corrugated region and a first inner corrugated region (70, 72) extending on opposite sides of the first non-corrugated gasket groove, the first inner corrugated region (70, 72) extending within the flow channel and defining a first row of alternating tops and bottoms, characterised in that the heat exchanging plate further defines a second outer corrugated region and a second inner corrugated region (70', 72') extending on opposite sides of the second non-corrugated gasket groove, the second inner corrugated region (70', 72') extending within the flow channel and defining a second row of alternating tops and bottoms, whereby the tops of the first row being horizontally level with the bottoms of the second row, and vice versa.
A coupling device for the transmission of torque, comprising a drivable rotor part, an output shaft, which is connected for rotation with an armature part to which a hysteresis part is mounted, permanent magnets (11, 14) which generate a magnetic field through which a torque can be transmitted from the rotor part to the armature part, and a stator part in which an electromagnet is arranged, by means of which a magnetic flux can be induced into the rotor part which flux serves to adjust a torque from the rotor part to the armature part, characterized in that a synchronous coupling is arranged between the stator part and the armature part, which coupling is arranged radially within a first bearing unit by which the rotor part is supported on the stator part.
A cash box, comprising a receiving area for receiving a value note stack, a housing having an opening for feeding notes of value to the receiving area and/or for removing notes of value from the receiving area, a closing unit for closing the opening of the housing, which, in a closed position, closes the opening and, in an open position, in which the closing unit is moved in an opening direction relative to the closed position, uncovers the opening at least so far that notes of value are feedable and/or removable, and comprising a locking unit which, in a locked state, prevents an opening of the closing unit arranged in the closed position and, in an unlocked state, enables an opening, wherein the locking unit comprises a first engagement element mounted to the housing, which, in the locked state, is arranged in a locking position in which it engages with a second engagement element of the closing unit, characterized in that the closing unit comprises a third engagement element which is arranged and designed such that the first engagement element arranged in the locking position engages with the third engagement element when the engagement between the first engagement element and the second engagement element is disengaged and the closing unit is moved in the opening direction without unlocking the locking unit and that the third engagement element is arranged upstream of the second engagement element as viewed in the opening direction.
A method of introducing various flows into a flow of process liquid, the method comprising the steps of a. introducing a first flow by injecting it with introduction liquid into the process liquid running in the process pipe, b. performing the injection essentially perpendicularly to the flow direction of the process liquid for forming a mixing field, the mixing field of the first flow being formed into two counter-rotating vortices in the process pipe, c. introducing a second flow essentially perpendicularly to the flow direction of the process liquid, characterized by the steps of d. injecting the second flow into the process liquid between the vortices for enhancing the mixing field formed by the first injection flow. a. introducing a first flow by injecting it with introduction liquid into the process liquid running in the process pipe, b. performing the injection essentially perpendicularly to the flow direction of the process liquid for forming a mixing field, the mixing field of the first flow being formed into two counter-rotating vortices in the process pipe, c. introducing a second flow essentially perpendicularly to the flow direction of the process liquid, characterized by the steps of d. injecting the second flow into the process liquid between the vortices for enhancing the mixing field formed by the first injection flow.