mhurhangee/ep-ind-claims huggingface dataset:
A moving picture decoding method for decoding a coded moving picture which includes pictures, comprising: detecting, from the coded moving picture, a block partition into rows and columns of macroblocks each of which is partitioned into blocks, wherein each block includes pixels and has a size of 4×4 pixels or 8x8 pixels, and each macroblock has a size of 16×16 pixels; determining a combination of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock from among a plurality of combinations of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock according to a scanning scheme identifier included in the coded moving picture, wherein the scanning scheme for the macroblocks defines a scanning order of the macroblocks and the scanning scheme for the blocks of a macroblock defines a scanning order for the blocks of a macroblock; obtaining, from the coded moving picture, a coded block which includes pixels and a set of intra-prediction modes for the macroblocks; and decoding, in accordance with the set of intra-prediction modes, the blocks of a macroblock in an order in which the blocks are scanned; characterized in that the plurality of combinations includes a combination that scans a row of blocks of a macroblock being horizontally adjacent to a current macroblock and following the current macroblock with respect to the determined scanning scheme for the macroblocks before scanning a next row blocks of the current macroblock. detecting, from the coded moving picture, a block partition into rows and columns of macroblocks each of which is partitioned into blocks, wherein each block includes pixels and has a size of 4×4 pixels or 8x8 pixels, and each macroblock has a size of 16×16 pixels; determining a combination of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock from among a plurality of combinations of a scanning scheme for the macroblocks and a scanning scheme for the blocks of a macroblock according to a scanning scheme identifier included in the coded moving picture, wherein the scanning scheme for the macroblocks defines a scanning order of the macroblocks and the scanning scheme for the blocks of a macroblock defines a scanning order for the blocks of a macroblock; obtaining, from the coded moving picture, a coded block which includes pixels and a set of intra-prediction modes for the macroblocks; and decoding, in accordance with the set of intra-prediction modes, the blocks of a macroblock in an order in which the blocks are scanned; characterized in that the plurality of combinations includes a combination that scans a row of blocks of a macroblock being horizontally adjacent to a current macroblock and following the current macroblock with respect to the determined scanning scheme for the macroblocks before scanning a next row blocks of the current macroblock.
Sacubitril and valsartan in a 1:1 molar ratio for use in the treatment of heart failure in a human patient, wherein sacubitril and valsartan are to be administered at a twice-daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio and which target dose is reached after a titration with a twice daily starting dose of 50 mg of sacubitril and valsartan in a 1:1 molar ratio for from 2 weeks to 4 weeks, followed by a twice daily dose of 100 mg of sacubitril and valsartan in a 1:1 molar ratio for from 3 weeks to 4 weeks, followed by the twice daily target dose of 200 mg of sacubitril and valsartan in a 1:1 molar ratio thereafter, and wherein (i) the patient is not taking an angiotensin-converting enzyme inhibitor or an angiotensin II receptor blocker before initiating the treatment with sacubitril and valsartan, or (ii) the patient is taking a low dose of an ACE inhibitor or ARB, which is equivalent to < 10 mg of enalapril per day, before initiating the treatment with sacubitril and valsartan. and wherein (i) the patient is not taking an angiotensin-converting enzyme inhibitor or an angiotensin II receptor blocker before initiating the treatment with sacubitril and valsartan, or (ii) the patient is taking a low dose of an ACE inhibitor or ARB, which is equivalent to < 10 mg of enalapril per day, before initiating the treatment with sacubitril and valsartan.
A communication node comprising; means for transmitting control information which includes a first bit pattern and a second pattern to at least one user equipment, wherein the first bit pattern shows a type of resource allocation that identifies allocation of chunks which comprise subcarriers in a sub-frame, wherein the second bit pattern shows resource allocation; and means for determining (27, 33) the second bit pattern based on at least one of expressions; N P − 1 + O or N N − P − 1 + N − 1 − O where N is the number of chunks in a pre-set bandwidth, O is a starting chunk and P is the number of consecutive chunks.
A connector for a multiple element blind assembly, including a first coupling element for association with a first blind element, said first coupling element having a body and a projection extending therefrom, said projection including a keying portion; a second coupling element for association with a second blind element, said second coupling element having a body defining a bore therein, which includes a keyway portion; wherein said keying portion is insertable into and keys with said keyway portion to a torque transferring position such that torque applied to one of said coupling elements is transferred to the other coupling element, and wherein said keying portion is only insertable in to said keyway portion to said torque transferring position when said first and second coupling elements are aligned within a single relative rotational orientation with a limited relative rotational range.
A toilet seat hinge configured to couple a toilet seat to a toilet bowl, the toilet seat hinge comprising: a base configured to be coupled to an upper surface of the toilet bowl; a post defining a pivot axis about which the toilet seat can rotate, the post being slidable onto the base in a direction parallel to the upper surface of the toilet bowl to couple the post to the base; and characterised by a cap pivotally coupled to the post, the cap being pivotable about the pivot axis to secure the post on the base. a base configured to be coupled to an upper surface of the toilet bowl; a post defining a pivot axis about which the toilet seat can rotate, the post being slidable onto the base in a direction parallel to the upper surface of the toilet bowl to couple the post to the base; and characterised by a cap pivotally coupled to the post, the cap being pivotable about the pivot axis to secure the post on the base.
A process for replacing the stabilization of (meth)acrylic monomers, which comprises removing phenothiazine from phenothiazine-containing (meth)acrylic monomers by adsorption on activated carbon and optionally subsequently adding a moderately active polymerization inhibitor selected from the group of the phenolic compounds and quinones.
A covered stent, comprising: a proximal-end end surface, a distal-end end surface and a peripheral surface located between the proximal-end end surface and the distal-end end surface, the peripheral surface comprising an inner surface and an outer surface opposite to the inner surface; the outer surface is covered with a first coating membrane, and the inner surface is covered with a second coating membrane; the covered stent further comprising a stent main body arranged between the first coating membrane and the second coating membrane, characterized in that the two ends of the second coating membrane are folded towards the outer surface and are connected with the second coating membrane through the stent main body, and the two ends of the first coating membrane are folded towards the inner surface and are connected with the second coating membrane, so as to cover the proximal-end end surface and the distal-end end surface.
Method for preventing voltage range deviations of at least one section of a power distribution network which comprises at least one transformer with a transformer tap changer and a busbar, and at least one network node, characterised by the following steps: 1) continuous measurement of at least one network node voltage value at the network node, 2) continuous measurement and storage of transformer voltage values at the busbar, 3) generation of at least one mean value (7, 22) of the stored transformer voltage values of the busbar, preferably within a predetermined time interval (t 1, t 2), 4) generation of a difference value based on a generated mean value and the measured network node voltage value at the network node, 5) calculation of a network node correspondence value which corresponds at least approximately to the network node voltage value currently present at the network node, with the aid of the difference value and a generated mean value, and 6) continuous repetition of steps 2) to 5), wherein on arrival of a further measured network node voltage value present at the network node, this is used to form the difference value, wherein tap changing of the transformer tap changer is performed if the calculated network node correspondence value lies outside a predetermined voltage range. 1) continuous measurement of at least one network node voltage value at the network node, 2) continuous measurement and storage of transformer voltage values at the busbar, 3) generation of at least one mean value (7, 22) of the stored transformer voltage values of the busbar, preferably within a predetermined time interval (t 1, t 2), 4) generation of a difference value based on a generated mean value and the measured network node voltage value at the network node, 5) calculation of a network node correspondence value which corresponds at least approximately to the network node voltage value currently present at the network node, with the aid of the difference value and a generated mean value, and 6) continuous repetition of steps 2) to 5), wherein on arrival of a further measured network node voltage value present at the network node, this is used to form the difference value,
A medical device comprising: an implantable device housing for containing electronic circuitry; a stud projecting from the housing and configured to project percutaneously outward through a patient's skin layers; said stud defining an outer end and having a longitudinal peripheral surface extending inwardly from said outer end, said longitudinal peripheral surface having a longitudinal peripheral porous layer thereon for promoting soft tissue ingrowth; the housing defining a lateral shoulder surface oriented substantially perpendicular to said stud longitudinal peripheral surface and located inwardly from said stud outer end; said shoulder surface having a lateral porous layer thereon, oriented substantially perpendicular to said longitudinal porous layer, for promoting soft tissue ingrowth. an implantable device housing for containing electronic circuitry; a stud projecting from the housing and configured to project percutaneously outward through a patient's skin layers; said stud defining an outer end and having a longitudinal peripheral surface extending inwardly from said outer end, said longitudinal peripheral surface having a longitudinal peripheral porous layer thereon for promoting soft tissue ingrowth; the housing defining a lateral shoulder surface oriented substantially perpendicular to said stud longitudinal peripheral surface and located inwardly from said stud outer end; said shoulder surface having a lateral porous layer thereon, oriented substantially perpendicular to said longitudinal porous layer, for promoting soft tissue ingrowth.
A method of enabling inter-frequency reference signal time difference (RSTD) measurements on reference signals, comprising: generating, by a network node for a network device, an inter-frequency neighbor list of neighbor cells intended to be measured, characterized in that each neighbor cell whose information is included in the inter-frequency neighbor list satisfying an alignment condition according to which subframes of a first signal having a first frequency transmitted via a reference cell are at least one of (a) synchronized with, (b) have a known offset relative to or (c) have a random offset smaller than one half of a subframe relative to corresponding subframes of a second signal (220, 230, 240) having a second frequency transmitted via the each neighbor cell, and a measurement time which is determined by an overlap of measurement gaps and positioning subframes in the second signal, such that necessary measurement quality and positioning accuracy can be achieved; and transmitting the inter-frequency neighbor list to the user equipment. generating, by a network node for a network device, an inter-frequency neighbor list of neighbor cells intended to be measured, characterized in that each neighbor cell whose information is included in the inter-frequency neighbor list satisfying an alignment condition according to which subframes of a first signal having a first frequency transmitted via a reference cell are at least one of (a) synchronized with, (b) have a known offset relative to or (c) have a random offset smaller than one half of a subframe relative to corresponding subframes of a second signal (220, 230, 240) having a second frequency transmitted via the each neighbor cell, and a measurement time which is determined by an overlap of measurement gaps and positioning subframes in the second signal, such that necessary measurement quality and positioning accuracy can be achieved; and an alignment condition according to which subframes of a first signal having a first frequency transmitted via a reference cell are at least one of (a) synchronized with, (b) have a known offset relative to or (c) have a random offset smaller than one half of a subframe relative to corresponding subframes of a second signal (220, 230, 240) having a second frequency transmitted via the each neighbor cell, and a measurement time which is determined by an overlap of measurement gaps and positioning subframes in the second signal, such that necessary measurement quality and positioning accuracy can be achieved; and transmitting the inter-frequency neighbor list to the user equipment.
Appliance holder for a portable hard surface cleaning appliance for drawing off and sucking off liquid from a hard surface, in particular, from a window pane, the appliance holder comprising a main body with a first supporting arm which has a first supporting surface against which the hard surface cleaning appliance can be positioned with a side area and on which a first connecting element is arranged for connecting the main body to the hard surface cleaning appliance, and with a second supporting arm which forms a second supporting surface on which the hard surface cleaning appliance can be placed, and the appliance holder comprising a second connecting element for connecting the appliance holder to an extension pipe, the first connecting element being configured in the manner of a clip or strap for gripping around a housing area of the hard surface cleaning appliance, characterized in that the appliance holder comprises a tensioning device for tensioning the clip or strap.
Assembly comprising a fuselage surface and a plurality of longitudinal structural stiffeners, said stiffeners, of the type comprising a principal bending-resistant plane, substantially perpendicular to the fuselage surface, being arranged below a part of said surface and secured thereto along a force take-up line, characterized in that, for several of said stiffeners, the principal bending-resistant plane of the stiffener substantially coincides, at at least a certain number of points Pi on its force take-up line at the surface, with the plane XpiNi determined by the local normal Ni to the surface and an already-known impact axis Xp.
A method for identifying whether a leukemia patient is susceptible to treatment with a DOT1L inhibitor, said method comprising: comparing a quantified level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA in a tissue sample from said leukemia patient with an external control level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA or with a predetermined threshold wherein the quantification is performed by amplifying RNA in said tissue sample with a primer pair that is specific for the HOX cluster gene RNA and/or HOX cluster-associated gene RNA, wherein said tissue sample from said leukemia patient comprises a NPM1 mutation; and wherein the tissue sample is a blood sample, a bone marrow sample, a lymph node sample, or a collection of leukemic cells; wherein the leukemia is acute myeloid leukemia; wherein the HOX cluster-associated gene is MEIS1, PBX3, or MEIS2A; and wherein, if an elevated level of said HOX cluster RNA and/or a HOX cluster-associated gene RNA in said leukemia patient tissue sample as compared to said external control level of HOX cluster RNA and/or a HOX cluster-associated gene RNA or said predetermined threshold is present, the elevated level indicates the susceptibility of said patient to treatment with a DOT1L inhibitor. comparing a quantified level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA in a tissue sample from said leukemia patient with an external control level of a HOX cluster RNA and/or a HOX cluster-associated gene RNA or with a predetermined threshold wherein the quantification is performed by amplifying RNA in said tissue sample with a primer pair that is specific for the HOX cluster gene RNA and/or HOX cluster-associated gene RNA,
A computer based method comprising: - receiving authentication information from a telephonic device in response to a request for using a virtual number to administrate a controlled call, the controlled call established through the virtual number and enabling an operator device to monitor and control audio communications between a first contact device and a second contact device; - authenticating the telephonic device as the operator device to administrate the controlled call based on agreement of the received authentication information and authentication data stored in associated with the virtual number in a mapping table (360A, 360B); - receiving device information corresponding to the first contact device and the second contact device for setting up the controlled call by the operator device; and - transmitting instructions for establishing, through the virtual number, a connection between the first contact device with the second contact device to begin the controlled call, the second contact device receiving information associated with the first contact device when receiving a request to establish the connection. - receiving authentication information from a telephonic device in response to a request for using a virtual number to administrate a controlled call, the controlled call established through the virtual number and enabling an operator device to monitor and control audio communications between a first contact device and a second contact device; - authenticating the telephonic device as the operator device to administrate the controlled call based on agreement of the received authentication information and authentication data stored in associated with the virtual number in a mapping table (360A, 360B); - receiving device information corresponding to the first contact device and the second contact device for setting up the controlled call by the operator device; and - transmitting instructions for establishing, through the virtual number, a connection between the first contact device with the second contact device to begin the controlled call, the second contact device receiving information associated with the first contact device when receiving a request to establish the connection.
Axle drive apparatus for a motor vehicle, having at least one drive unit, which is operatively connected to an input shaft of a gearbox connecting the drive unit to a wheel axle, wherein the gearbox is designed as a multi-speed linear cam gearbox, which has a linear cam (21,21'), which sets different ratios between the input shaft and an output shaft of the gearbox in different positions, wherein the linear cam (21,21') is connected to a centrifugal governor, characterised in that the centrifugal governor displaces the linear cam (21,21') as a function of a rotational speed of the input shaft, wherein the centrifugal governor has at least one centrifugal force element (25,25'), which can be displaced in a radial direction, mounted on the input shaft, which is operatively connected to the linear cam (21,21') via a lever assembly.
An emulsion comprising: a therapeutically effective amount of a multikinase inhibitor selected from the group consisting of nintedanib, axitinib, and pazopanib; polyoxyl-35 castor oil; castor oil; 2-hydroxypropyl-beta-cyclodextrin; polysorbate 80; and water. a therapeutically effective amount of a multikinase inhibitor selected from the group consisting of nintedanib, axitinib, and pazopanib; polyoxyl-35 castor oil; castor oil; 2-hydroxypropyl-beta-cyclodextrin; polysorbate 80; and water.
An HVAC controller, comprising: a display assembly including a display; a printed wiring board; a flextail extending from the display assembly to the printed wiring board forming a wiring connector between the display and a connector on the printed wiring board; and a first temperature sensor mounted on the flextail and electrically connected to the printed wiring board via the flextail; and wherein the flextail wraps around a bottom edge of the printed wiring board, and the first temperature sensor is mounted to a portion of the flextail that wraps around the bottom edge of the printed wiring board. a display assembly including a display; a printed wiring board; a flextail extending from the display assembly to the printed wiring board forming a wiring connector between the display and a connector on the printed wiring board; and a first temperature sensor mounted on the flextail and electrically connected to the printed wiring board via the flextail; and wherein the flextail wraps around a bottom edge of the printed wiring board, and the first temperature sensor is mounted to a portion of the flextail that wraps around the bottom edge of the printed wiring board.
A group of motor vehicles consisting of a first motor vehicle which has a first body with an affixed first structural element, and a second motor vehicle which has a second body with an affixed second structural element, wherein the rigidity of the first motor vehicle without the affixed first structural element differs from the rigidity of the second motor vehicle without the affixed second structural element, characterised in that an adhesive bonding of the first structural element is configured to differ from an adhesive bonding of the second structural element such that a difference between the rigidity of the first motor vehicle and the rigidity of the second motor vehicle is reduced.