mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a signal in a radio communication system, the method comprising: obtaining, by an apparatus, a first data block, a second data block and a third data block; generating by the apparatus a first signal, wherein a first part of the first signal is generated from a data of the first data block, and wherein a second part of the first signal is generated from a data of the second data block, the second part of the first signal being subsequent in time domain compared with the first part of the first signal; generating by the apparatus a second signal, wherein a first part of the second signal is generated from a data of the third data block, and wherein a second part of the second signal is generated from the data of the second data block, the second part of the second signal being subsequent in time domain compared with the first part of the second signal, characterized in that the second parts of the first and second signals comprise the same data and wherein the second parts of the first and second signals are fixed-tail signals of said signals and wherein the second parts are repeated for a duration of a subframe; and transmitting by the apparatus the first and second signals (352, 354). obtaining, by an apparatus, a first data block, a second data block and a third data block; generating by the apparatus a first signal, wherein a first part of the first signal is generated from a data of the first data block, and wherein a second part of the first signal is generated from a data of the second data block, the second part of the first signal being subsequent in time domain compared with the first part of the first signal; generating by the apparatus a second signal, wherein a first part of the second signal is generated from a data of the third data block, and wherein a second part of the second signal is generated from the data of the second data block, the second part of the second signal being subsequent in time domain compared with the first part of the second signal, characterized in that the second parts of the first and second signals comprise the same data and wherein the second parts of the first and second signals are fixed-tail signals of said signals and wherein the second parts are repeated for a duration of a subframe; and transmitting by the apparatus the first and second signals (352, 354).
A method for transform coefficient coding of image and video data for a video encoder or decoder, the method comprising: receiving input data associated with a current TU, transform unit, corresponding to a block of a current picture; determining a CG, coding group, size, where the CG size is adaptively determined based on the current TU, and the current TU is divided into one or more current CGs, coding groups, according to the CG size; and encoding or decoding bins associated with coefficients of the current TU according to a selected CG scan path through the current TU and one or more coefficient scan paths within each current CG, characterized in that if a TU width is larger than a TU height for the current TU, a CG width is selected to be larger than a CG height for said one or more current CGs, and if the TU height is larger than the TU width for the current TU, the CG height is selected to be larger than the CG width for said one or more current CGs. receiving input data associated with a current TU, transform unit, corresponding to a block of a current picture; determining a CG, coding group, size, where the CG size is adaptively determined based on the current TU, and the current TU is divided into one or more current CGs, coding groups, according to the CG size; and encoding or decoding bins associated with coefficients of the current TU according to a selected CG scan path through the current TU and one or more coefficient scan paths within each current CG, characterized in that if a TU width is larger than a TU height for the current TU, a CG width is selected to be larger than a CG height for said one or more current CGs, and if the TU height is larger than the TU width for the current TU, the CG height is selected to be larger than the CG width for said one or more current CGs.
A delivery head for deposition of a thin film of material onto a substrate comprising: (a) a plurality of inlet ports comprising at least a first, a second, and a third inlet port for receiving a first, a second, and a third gaseous material, respectively; and (b) an output face separated a distance from the substrate and comprising a first, a second, and a third plurality of substantially parallel elongated output openings, associated with each of the first, the second and the third inlet port, respectively, wherein the delivery head is designed to deliver the first, the second, and the third gaseous materials simultaneously from the elongated output openings in the output face to the substrate; and (c) a network of interconnecting supply chambers and directing channels for routing each of the first, the second, and the third gaseous materials from its corresponding inlet port to its corresponding elongated output openings; wherein at least one gas diffusing channel that is formed by two adjacent plates in which at least one of the two adjacent plates has a relief pattern in an area of the at least one gas diffusing channel is associated with at least one of the plurality of substantially parallel elongated output openings. (a) a plurality of inlet ports comprising at least a first, a second, and a third inlet port for receiving a first, a second, and a third gaseous material, respectively; and (b) an output face separated a distance from the substrate and comprising a first, a second, and a third plurality of substantially parallel elongated output openings, associated with each of the first, the second and the third inlet port, respectively, wherein the delivery head is designed to deliver the first, the second, and the third gaseous materials simultaneously from the elongated output openings in the output face to the substrate; and (c) a network of interconnecting supply chambers and directing channels for routing each of the first, the second, and the third gaseous materials from its corresponding inlet port to its corresponding elongated output openings;
Assembly for the heating of old asphalt granulate material for the production of asphalt, the assembly comprising a. a rotary kiln, which is drivable for rotation about a rotational axis, b. a material inlet allowing material to be fed into the rotary kiln, c. a heat source for a heat input into the rotary kiln, d. a heat transfer unit configured for the transfer of heat from the heat source to the material to be heated, and e. a material outlet allowing the heated material to be discharged from the rotary kiln, characterised in that f. the heat transfer unit transfers the heat of the heat source to the material only by thermal radiation, and g. no lifter plates are provided in a material heating zone of the rotary kiln. a. a rotary kiln, which is drivable for rotation about a rotational axis, b. a material inlet allowing material to be fed into the rotary kiln, c. a heat source for a heat input into the rotary kiln, d. a heat transfer unit configured for the transfer of heat from the heat source to the material to be heated, and e. a material outlet allowing the heated material to be discharged from the rotary kiln, f. the heat transfer unit transfers the heat of the heat source to the material only by thermal radiation, and g. no lifter plates are provided in a material heating zone of the rotary kiln.
An assembly of instruments for installing an implant on a bone, the assembly of instruments comprising: a reaming instrument having a first tube configured to be slid onto and along a pin and a reamer having a reamer end configured to ream the bone, characterised in that the assembly comprises a pair of pins configured to be placed in known patient specific positioning relative to the bone, wherein the reaming instrument includes a second tube spaced from the first tube to be aligned with the other of the pins, wherein the reamer is a cannulated reamer comprising a hollow shaft supporting the reamer end and configured to be driven, the hollow shaft concurrently received in the second tube of the reaming instrument and mounted onto the other of the pins, for the reaming instrument to guide movement of the cannulated reamer when reaming the bone. a reaming instrument having a first tube configured to be slid onto and along a pin and a reamer having a reamer end configured to ream the bone, characterised in that the assembly comprises a pair of pins configured to be placed in known patient specific positioning relative to the bone, wherein the reaming instrument includes a second tube spaced from the first tube to be aligned with the other of the pins, wherein the reamer is a cannulated reamer comprising a hollow shaft supporting the reamer end and configured to be driven, the hollow shaft concurrently received in the second tube of the reaming instrument and mounted onto the other of the pins, for the reaming instrument to guide movement of the cannulated reamer when reaming the bone.
A bipolar active cardiac lead comprising a distal electrode housed within a tip housing; an intermediate connection mount (109, 509, 609, 709, 809, 909) defining a proximal fitting (370, 570, 670, 770, 870, 970) and a distal fitting; and a ring electrode having an exposed section configured to sleeve over and engage the proximal fitting (370, 570, 670, 770, 870, 970) of the intermediate connection mount (109, 509, 609, 709, 809, 909) with a snap-fit connection, wherein the intermediate connection mount (109, 509, 609, 709, 809, 909) connects the ring electrode to the tip housing and provides electrical insulation between the ring electrode and the distal electrode.
A method of determining a function defining calibration data points for use in estimating a fractional concentration of clinically-relevant DNA in a biological sample, the biological sample including the clinically-relevant DNA and other DNA, the biological sample being from a female pregnant with a fetus, the clinically-relevant DNA being fetal DNA, the method comprising: for each of a plurality of calibration samples: measuring a fractional concentration of clinically-relevant DNA in the calibration sample, measuring amounts of cell-free DNA fragments corresponding to a plurality of sizes, and calculating a first calibration value for a first parameter based on the amounts of DNA fragments at a first plurality of sizes; and determining a function that approximates the first calibration values across a plurality of fractional concentrations. for each of a plurality of calibration samples: measuring a fractional concentration of clinically-relevant DNA in the calibration sample, measuring amounts of cell-free DNA fragments corresponding to a plurality of sizes, and calculating a first calibration value for a first parameter based on the amounts of DNA fragments at a first plurality of sizes; and measuring a fractional concentration of clinically-relevant DNA in the calibration sample, measuring amounts of cell-free DNA fragments corresponding to a plurality of sizes, and calculating a first calibration value for a first parameter based on the amounts of DNA fragments at a first plurality of sizes; and determining a function that approximates the first calibration values across a plurality of fractional concentrations.
Thermally expandable composition, comprising (a) at least one polymer P, cross-linkable by a free-radical initiator, and (b) at least one acrylate A with an acrylate functionality of at least 2, and (c) at least one free-radical initiator, and (d) at least one blowing agent, (e) at least one surfactant, whereby the surfactant is a sulfonate salt and whereby the amount of the at least one free-radical initiator is between 2 wt.-% and 8 wt.-%, based on the total weight of the composition and whereby the composition comprises said sulfonate salt with an amount of between 0.1 wt.-% and 5 wt.-%, based on the total weight of the composition. (a) at least one polymer P, cross-linkable by a free-radical initiator, and (b) at least one acrylate A with an acrylate functionality of at least 2, and (c) at least one free-radical initiator, and (d) at least one blowing agent, (e) at least one surfactant, whereby the surfactant is a sulfonate salt and whereby the amount of the at least one free-radical initiator is between 2 wt.-% and 8 wt.-%,
A disengageable articulation assembly for motor vehicle seat comprising: - a first flange that is rotationally connected to an external toothing having a first axis; - a second flange, said first and second flanges (2, 3) being provided so as to be fixed respectively to the seat pan and to the back of the seat or vice versa; - a cam mechanism connecting said external toothing to an internal toothing having a second axis parallel to and at a slight distance from said first axis, and comprising a number of teeth greater by at least one tooth than that of said external toothing, - a control member for rotating said cam mechanism and driving the rotation of said external toothing in said internal toothing; said articulation assembly being characterized in that it furthermore comprises disengaging means that are able to pass said articulation assembly from a locked configuration in which said internal toothing is rotationally connected to said second flange to an unlocked configuration in which said internal toothing and said second flange are rotationally disconnected from one another. - a first flange that is rotationally connected to an external toothing having a first axis; - a second flange, said first and second flanges (2, 3) being provided so as to be fixed respectively to the seat pan and to the back of the seat or vice versa; - a cam mechanism connecting said external toothing to an internal toothing having a second axis parallel to and at a slight distance from said first axis, and comprising a number of teeth greater by at least one tooth than that of said external toothing, - a control member for rotating said cam mechanism and driving the rotation of said external toothing in said internal toothing;
A program product comprising a non-transitory processor readable medium on which program instructions are embodied, wherein the program instructions are configured, when executed by at least one programmable processor, to cause the at least one programmable processor to: initialize a statistical estimator with an initial state mean vector and an initial state covariance matrix; receive inertial navigation data, indicative of at least one kinematic state of a vehicle; predict, for a future time epoch, a state mean vector and a state covariance matrix for a state vector of the statistical estimator using the inertial navigation data; receive an image and detect whether a travel way line in a travel way on a surface is in the received image; if the travel way line is in the received image, determine, from the received image, measurement statistics for (a) an angle between a longitudinal axis of the vehicle and a longitudinal axis of a travel way line, the travel way line being a solid or segmented line in the travel way, and (b) a shortest distance between a reference point on or in the vehicle and the longitudinal axis of the travel way line; determine whether any of the measurement statistics are erroneous; upon determining that none of the measurement statistics are erroneous, update predicted statistics of the state vector using the determined measurement statistics of the angle and the shortest distance, wherein the state vector comprises at least one vehicle kinematic state; and provide the at least one vehicle kinematic state to at least one of a crew of the vehicle and a vehicle system. initialize a statistical estimator with an initial state mean vector and an initial state covariance matrix; receive inertial navigation data, indicative of at least one kinematic state of a vehicle; predict, for a future time epoch, a state mean vector and a state covariance matrix for a state vector of the statistical estimator using the inertial navigation data; receive an image and detect whether a travel way line in a travel way on a surface is in the received image; if the travel way line is in the received image, determine, from the received image, measurement statistics for (a) an angle between a longitudinal axis of the vehicle and a longitudinal axis of a travel way line, the travel way line being a solid or segmented line in the travel way, and (b) a shortest distance between a reference point on or in the vehicle and the longitudinal axis of the travel way line; determine whether any of the measurement statistics are erroneous; upon determining that none of the measurement statistics are erroneous, update predicted statistics of the state vector using the determined measurement statistics of the angle and the shortest distance, wherein the state vector comprises at least one vehicle kinematic state; and provide the at least one vehicle kinematic state to at least one of a crew of the vehicle and a vehicle system.
A manifold (200, 300, 400) for a blood purification system, the manifold comprising: a plastic substrate comprising a first layer and a second layer; a first flow path defined by a first surface of the first layer and a first surface of the second layer; a second flow path defined by a first surface of the first layer and a first surface of the second layer; a third flow path defined by a first surface of the first layer and a first surface of the second layer, wherein each of the first, second, and third flow paths are isolated from each other; at least one valve component fixedly attached to the first layer or second layer for directing fluid flow through at least one of said first, second, or third flow paths; and at least one sensor component fixedly attached to the first layer or second layer for measuring a fluid characteristic in at least one of said first, second, or third flow paths; characterized in that said manifold comprises a pump tube segment (401, 402, 403, 404) integrated with at least one of said flow paths. a plastic substrate comprising a first layer and a second layer; a first flow path defined by a first surface of the first layer and a first surface of the second layer; a second flow path defined by a first surface of the first layer and a first surface of the second layer; a third flow path defined by a first surface of the first layer and a first surface of the second layer, wherein each of the first, second, and third flow paths are isolated from each other; at least one valve component fixedly attached to the first layer or second layer for directing fluid flow through at least one of said first, second, or third flow paths; and at least one sensor component fixedly attached to the first layer or second layer for measuring a fluid characteristic in at least one of said first, second, or third flow paths; characterized in that said manifold comprises a pump tube segment (401, 402, 403, 404) integrated with at least one of said flow paths.
Hematopoietic cells for use in a method for treatment of a disease in a subject, wherein the hematopoietic cells are administered in combination with human placental perfusate comprising a population of mononuclear cells, wherein said hematopoietic cells are not related to the subject or said cells from human placental perfusate are not related to the subject, wherein said hematopoietic cells are not related or matched to said mononuclear cells from placental perfusate, and wherein the disease is a metabolic disorder or a symptom thereof; a hematologic disorder or malignancy or a symptom thereof; graft versus host disease; or a tumor.
A loop antenna comprising an antenna element having a shape that traces a closed curve, the antenna element including (i) a first projection section which projects from one of two end sections of the antenna element toward an inside of the closed curve and (ii) a second projection section which projects from the other of the two end sections of the antenna element toward the inside of the closed curve, each of the first projection section and the second projection section including a feed point (3P, 3Q), characterised in that the antenna element further comprises a short-circuit section provided inside the closed curve, the short-circuit section being configured to cause two points on the antenna element to be short-circuited, where a direction in which both ends of the antenna element are located as viewed from a center of the closed curve is a six o'clock direction, the short-circuit section being configured to cause the second projection section and a point, provided in a three o'clock direction as viewed from the center of the closed curve, on the antenna element to be short-circuited, the second projection section provided in a terminus end section which is one of the two end sections of the antenna element which one is an ending point of a line obtained by tracing the closed curve clockwise; and a passive element having an outer edge extending along an outer circumference of the antenna element from a position located in the three o'clock direction to a position located in the six o'clock direction as viewed from the center of the closed curve.
A Multimedia Messaging Service, MMS message editing method, the method comprising: describing, according to an operation of a user on content of an MMS message, the operated content of the MMS message by using Synchronized Multimedia Integration Language, SMIL; and playing the content of the MMS message by using the SMIL when the content of the MMS message needs to be previewed; and editing the content of the MMS message in a preview mode when the content of the MMS message is previewed, modifying the SMIL and storing the modified SMIL; wherein the editing the content of the MMS message in the preview mode comprises: adjusting a position, a size or duration of a media element and drawing the content of the MMS message in the preview mode. describing, according to an operation of a user on content of an MMS message, the operated content of the MMS message by using Synchronized Multimedia Integration Language, SMIL; and playing the content of the MMS message by using the SMIL when the content of the MMS message needs to be previewed; and editing the content of the MMS message in a preview mode when the content of the MMS message is previewed, modifying the SMIL and storing the modified SMIL; wherein the editing the content of the MMS message in the preview mode comprises: adjusting a position, a size or duration of a media element and drawing the content of the MMS message in the preview mode.
A circuit board arrangement having at least two circuit boards (2, 8) standing perpendicular to one another, wherein a first circuit board has first contact surfaces at a side at a circuit board edge; wherein a second circuit board has second contact surfaces at a side, with the second contact surfaces of the second circuit board being arranged in a perpendicular horizontal manner at the first contact surface of the first circuit board and with the first contact surfaces of the first circuit board being electrically connected to the second contact surfaces of the second circuit board by means of solder; wherein the contact surfaces (6, 10) of one circuit board (2, 8) along a connection point to the other circuit board (8, 2) are overhanging with respect to oppositely disposed contact surfaces (10, 6) of the oppositely disposed circuit board (8, 2) and at least the contact surfaces (6, 10) of the oppositely disposed circuit board (2, 8) taper or reduce in size in the direction of the connection point, characterized in that the contact surfaces (6, 10) of a circuit board (2, 8) have at least one circular surface section and a connected rectangular surface section, with the rectangular surface section being disposed between the circular surface section and the connection point and with the rectangular surface section having a smaller width than a diameter of the circular surface section.