mhurhangee/ep-ind-claims huggingface dataset:
A method for jointly releasing multiple semi-persistently scheduled, SPS, physical downlink shared channels, PDSCHs, the method comprising: receiving, by a PDSCH manager of a user equipment comprising a processor and memory, a SPS release physical downlink control channel (PDCCH) in a scheduling cell (1180; 1380), the SPS release PDCCH identifying N SPS PDSCH configuration indices i 1,.., i N to be released; identifying, by the PDSCH manager, a slot of a scheduled cell (1140; 1340), where the slot of the scheduled cell (1140; 1340) overlaps with the end of an ending symbol of the SPS release PDCCH; identifying, by the PDSCH manager, M SPS PDSCH configuration indices j 1,.., j M comprising all configuration indices from among the N SPS PDSCH configuration indices that are configured to be received in the slot, where M ≤ N, the M SPS PDSCH configuration indices being associated with corresponding ending symbols; comparing, by the PDSCH manager, timings of the end of the ending symbol of the SPS release PDCCH and the end of the corresponding ending symbols of the M SPS PDSCH configuration indices of the slot; and releasing, by the PDSCH manager, L SPS PDSCH configuration indices among the M SPS PDSCH configuration indices based on determining that the ending symbol of the SPS release PDCCH is before a corresponding ending symbol associated with each of the L SPS PDSCH configuration indices of the slot. receiving, by a PDSCH manager of a user equipment comprising a processor and memory, a SPS release physical downlink control channel (PDCCH) in a scheduling cell (1180; 1380), the SPS release PDCCH identifying N SPS PDSCH configuration indices i 1,.., i N to be released; identifying, by the PDSCH manager, a slot of a scheduled cell (1140; 1340), where the slot of the scheduled cell (1140; 1340) overlaps with the end of an ending symbol of the SPS release PDCCH; identifying, by the PDSCH manager, M SPS PDSCH configuration indices j 1,.., j M comprising all configuration indices from among the N SPS PDSCH configuration indices that are configured to be received in the slot, where M ≤ N, the M SPS PDSCH configuration indices being associated with corresponding ending symbols; comparing, by the PDSCH manager, timings of the end of the ending symbol of the SPS release PDCCH and the end of the corresponding ending symbols of the M SPS PDSCH configuration indices of the slot; and releasing, by the PDSCH manager, L SPS PDSCH configuration indices among the M SPS PDSCH configuration indices based on determining that the ending symbol of the SPS release PDCCH is before a corresponding ending symbol associated with each of the L SPS PDSCH configuration indices of the slot.
A transcatheter aortic valve implantation system, comprising: an aortic stent-valve comprising a stent component and valve leaflets supported by the stent component, the stent component having an inflow end and an outflow end and being self-expandable from a compressed condition for delivery towards an expanded functional condition, the stent component comprising outflow structure at the outflow end, a non-cylindrical crown intermediate the inflow and outflow ends, the crown having a free extremity intermediate the inflow and outflow ends and directed towards the outflow end, and the stent-component further comprising a fixation section between the crown and the inflow end; a delivery catheter having a distal portion insertable into the anatomy, the distal portion comprising a stent-valve accommodation region for accommodating the stent-valve in the compressed condition for delivery, a first sheath for covering at least a portion of the fixation section at the accommodation region to constrain the fixation section compressed, and a second sheath for covering at least a portion of the outflow structure and at least a portion of the crown at the accommodation region to constrain the outflow structure and the crown compressed, the second sheath being translatable in a proximal direction to uncover the crown and the outflow structure for deployment, and the first sheath being translatable in a distal direction to uncover the fixation section for deployment. an aortic stent-valve comprising a stent component and valve leaflets supported by the stent component, the stent component having an inflow end and an outflow end and being self-expandable from a compressed condition for delivery towards an expanded functional condition, the stent component comprising outflow structure at the outflow end, a non-cylindrical crown intermediate the inflow and outflow ends, the crown having a free extremity intermediate the inflow and outflow ends and directed towards the outflow end, and the stent-component further comprising a fixation section between the crown and the inflow end; a delivery catheter having a distal portion insertable into the anatomy, the distal portion comprising a stent-valve accommodation region for accommodating the stent-valve in the compressed condition for delivery, a first sheath for covering at least a portion of the fixation section at the accommodation region to constrain the fixation section compressed, and a second sheath for covering at least a portion of the outflow structure and at least a portion of the crown at the accommodation region to constrain the outflow structure and the crown compressed,
A multi-layer film comprising; a layer (layer A) containing a polycarbonate resin having a viscosity average molecular weight of 13,000 or more to less than 20,000; and layers (layer B-1 and layer B-2) containing an acrylic resin and formed on both sides of the layer A, respectively, wherein the total thickness of the multi-layer film is 50 to 200 μm, and the thickness of the layer A accounts for 5 to 25 % of the total thickness.
: A partially lighted T-bar for a suspended ceiling, comprising in combination: an elongate spine extending between opposing ends; a rest shelf at a lower portion of said spine; a lighting module covering a portion of an underside of said rest shelf between an end wall at one end of the T-bar and a mid-wall at an end of the lighting module at a mid-point of the T-bar; a light housing covering said portion of the underside of said rest shelf; and a plain unlit surface on a remainder of said underside of said rest shelf. an elongate spine extending between opposing ends; a rest shelf at a lower portion of said spine; a lighting module covering a portion of an underside of said rest shelf between an end wall at one end of the T-bar and a mid-wall at an end of the lighting module at a mid-point of the T-bar; a light housing covering said portion of the underside of said rest shelf; and a plain unlit surface on a remainder of said underside of said rest shelf.
Sanitary outlet unit which can be fitted to the water outlet of a sanitary outlet fitting, having a sleeve-like and single- or multi-part outlet mouthpiece, which has a thread or similar fastening means for fastening to a counterpart thread or similar countering means on the water outlet of the sanitary outlet fitting, and having at least one sanitary insert part, which can be inserted from an inflow-side sleeve opening of the outlet mouthpiece into the latter until the at least one insert part bears on a support on the sleeve inner circumference of the outlet mouthpiece, wherein the outflow-side outlet face edge of the outlet mouthpiece is arranged with a spacing after the outlet face side of the sanitary insert part in the throughflow direction, and wherein the clear sleeve cross section of the outlet mouthpiece is, at least in the sub-region following the outlet face side of the insert part in the throughflow direction, larger than the clear outlet cross section of the insert part and the insert housing thereof, characterized in that the outlet unit has, at least in an outflow-side sub-region of the outlet mouthpiece, an anti-bacterial surface, and in that the spacing between the outlet face side and the outlet face edge measures more than 5 mm.
A large deployable reflector for a satellite antenna; the reflector comprising a support structure provided with connection means for mounting the support structure on a satellite and a reflector assembly carried by the support structure and comprising a reflective parabolic mirror; the support structure being a jointed reticulate structure comprising building blocks and being able to assume a compact inoperative stowed configuration and an operative deployed configuration; the reflector being characterized in that said building blocks are tetrahedron-shaped elements, connected to each other to form a ring-like structure; the tetrahedrons have respective triangular bases, which are connected to each other at the axial ends of respective first sides and have respective external vertices, which are opposite to said respective first sides and, when the reflector is arranged in the deployed configuration, lie on an imaginary elliptical cone surface tangent to the parabolic mirror.
A polyurethane elastic yarn made from polyurethane which has polymer diol and diisocyanate as starting substances, wherein said polyurethane comprises (i) a polyurethane A made from: a polybutadiene diol containing a polybutadiene structure in which the proportion of 1,2-bonded butadiene structure to 1,4-bonded butadiene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polybutadiene structure is polybutadiene or hydrogenated polybutadiene; or a polyisoprene diol containing a polyisoprene structure in which the proportion of 1,2-bonded isoprene structure to 1,4-bonded isoprene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polyisoprene structure is polyisoprene or hydrogenated polyisoprene; and (ii) a polyurethane B made from a polymer diol other than said polybutadiene diol or polyisoprene diol, and diisocyanate. a polybutadiene diol containing a polybutadiene structure in which the proportion of 1,2-bonded butadiene structure to 1,4-bonded butadiene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polybutadiene structure is polybutadiene or hydrogenated polybutadiene; or a polyisoprene diol containing a polyisoprene structure in which the proportion of 1,2-bonded isoprene structure to 1,4-bonded isoprene structure in the molecule is in the range from 91:9 to 20:80, and diisocyanate, wherein the polyisoprene structure is polyisoprene or hydrogenated polyisoprene;
A position detection sensor comprising: a digitizer including an electrode configured to be coupled with a position indicator by electromagnetic induction coupling; and multiple electromagnetic sheets disposed to cover a surface of the digitizer opposite to an input surface thereof for receiving input from the position indicator, wherein the position detection sensor is characterized in that the multiple electromagnetic sheets are spaced apart from one another at a bending location where the digitizer is bent, and the electromagnetic sheets are configured such that when the digitizer is in an unfolded state the electromagnetic sheets overlap with one another at the bending location in a direction perpendicular to the input surface of the digitizer. a digitizer including an electrode configured to be coupled with a position indicator by electromagnetic induction coupling; and multiple electromagnetic sheets disposed to cover a surface of the digitizer opposite to an input surface thereof for receiving input from the position indicator, wherein the position detection sensor is characterized in that the multiple electromagnetic sheets are spaced apart from one another at a bending location where the digitizer is bent, and the electromagnetic sheets are configured such that when the digitizer is in an unfolded state the electromagnetic sheets overlap with one another at the bending location in a direction perpendicular to the input surface of the digitizer.
An oral care composition comprising a therapeutically effective amount of at least one carbonate compound of Formula 1 selected from: and at least one excipient.
An oven adapted for built-in mounting, with ventilated lateral walls comprising a front face and a back face which are linked by the lateral walls, a fan placed inside the oven and supplied with fresh air by apertures formed in at least one lateral wall of the oven, at least one of the apertures, on each lateral face provided with apertures, being formed near the back face of the oven, characterized in that said apertures are each faired so as to facilitate the entry of air from the front face of the oven and to form an obstacle for the air coming from the back of the oven.
A method performed by a mobile equipment, ME comprising: performing by the ME a registration procedure, the registration procedure comprising sending a registration request message to a first visited public land mobile network, VPLMN (104, 206); receiving, by the ME from the first VPLMN, a registration accept message received from a home public land mobile network, HPLMN (108, 210), at the first VPLMN; wherein the registration accept message comprises steering of roaming, SOR, data from the HPLMN (108, 210), the SOR data being comprised in a secured packet; sending, by the ME, the secured packet to a Universal Integrated Circuit Card, UICC; receiving, by the ME from the UICC in a USAT command, an indication to terminate the registration procedure with the first VPLMN and to trigger a PLMN search; terminating, by the ME, registration procedure with the first VPLMN; starting, by the ME, the PLMN search to find a second VPLMN to register; and after the ME receives the USAT command, if the ME elects a user-preferred PLMN from a user controlled PLMN list, the ME does not perform the PLMN search for the second VPLMN until a periodical PLMN search timer T expires. performing by the ME a registration procedure, the registration procedure comprising sending a registration request message to a first visited public land mobile network, VPLMN (104, 206); receiving, by the ME from the first VPLMN, a registration accept message received from a home public land mobile network, HPLMN (108, 210), at the first VPLMN; wherein the registration accept message comprises steering of roaming, SOR, data from the HPLMN (108, 210), the SOR data being comprised in a secured packet; sending, by the ME, the secured packet to a Universal Integrated Circuit Card, UICC; receiving, by the ME from the UICC in a USAT command, an indication to terminate the registration procedure with the first VPLMN and to trigger a PLMN search; terminating, by the ME, registration procedure with the first VPLMN; starting, by the ME, the PLMN search to find a second VPLMN to register; and after the ME receives the USAT command, if the ME elects a user-preferred PLMN from a user controlled PLMN list, the ME does not perform the PLMN search for the second VPLMN until a periodical PLMN search timer T expires.
Method for balancing branch currents in parallel-connected branches of a lighting device for vehicles in the course of manufacture, comprising an arrangement having at least two parallel-connected LED branches (ZW1, ZW2... ZWn), each parallel-connected LED branch having at least one series resistor (R1... Rn) and at least one LED (D11... Dn2) connected in series, the at least one series resistor (R1... Rn) of each LED branch of the parallel-connected LED branches arranged on a printed circuit board being bridged by a conductor run (LA1... LAn) provided on the printed circuit board, each of these conductor runs (LA1... LAn) being accessible to a tool and being able to be severed with the aid of the latter, the tool being a depaneling tool for printed circuit boards, wherein after the assembly of the printed circuit board, but before a separation of the printed circuit board in the depaneling device, a parameter test is carried out on the LEDs (D11... Dn2) by supplying a total current (Ig) to the arrangement and thereby measuring the respective branch current (11, 12, In) through each of the parallel-connected LED branches or the brightness of at least one LED (D11... Dn2) in each parallel-connected LED branch, and wherein in each of the LED branches of the parallel-connected LED branch(s) in which the measured current or the measured brightness exceeds a definable limit value, the respective bridging conductor path (LA1... Lan) of the at least one series resistor is cut by means of the tool. wherein after the assembly of the printed circuit board, but before a separation of the printed circuit board in the depaneling device, a parameter test is carried out on the LEDs (D11... Dn2) by supplying a total current (Ig) to the arrangement and thereby measuring the respective branch current (11, 12, In) through each of the parallel-connected LED branches or the brightness of at least one LED (D11... Dn2) in each parallel-connected LED branch, and wherein in each of the LED branches of the parallel-connected LED branch(s) in which the measured current or the measured brightness exceeds a definable limit value, the respective bridging conductor path (LA1... Lan) of the at least one series resistor is cut by means of the tool.
A coating agent valve for controlling a flow of fluid of a coating agent mixture consisting of two coating agent components (H, SL), in particular a two-component paint consisting of a master batch and a hardener, with a) a valve seat, b) a displaceable valve head, b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, c) a valve drive for displacing the valve head, d) a displaceable valve needle (14, 20) which connects the valve drive to the valve head and moves the valve head in correspondence with the valve drive, e) a flexible membrane which is fastened in a valve space, a displacement of the membrane resulting in a corresponding displacement of the valve needle (14, 20), f) a first coating agent inlet for supplying the first coating agent component, and g) a second coating agent inlet for supplying the second coating agent component, h) wherein the first coating agent inlet and/or the second coating agent inlet opens into the valve space on the side of the membrane remote from the valve drive, and i) the coating agent pressure in the valve space downstream from the membrane from a certain opening pressure onwards presses the valve needle (14, 20) via the membrane out of the closed position into the open position, characterised in that j) the valve needle (14, 20) is formed at least in part by a mixer (14; 14') which mixes the coating agent components (H, SL) together. a) a valve seat, b) a displaceable valve head, b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, b1) wherein the valve head in a closed position seals off the valve seat and thereby blocks the flow of fluid, b2) whereas the valve head in an open position releases the valve seat and thereby also the flow of fluid, c) a valve drive for displacing the valve head, d) a displaceable valve needle (14, 20) which connects the valve drive to the valve head and moves the valve head in correspondence with the valve drive, e) a flexible membrane which is fastened in a valve space, a displacement of the membrane resulting in a corresponding displacement of the valve needle (14, 20), f) a first coating agent inlet for supplying the first coating agent component, and g) a second coating agent inlet for supplying the second coating agent component, h) wherein the first coating agent inlet and/or the second coating agent inlet opens into the valve space on the side of the membrane remote from the valve drive, and i) the coating agent pressure in the valve space downstream from the membrane from a certain opening pressure onwards presses the valve needle (14, 20) via the membrane out of the closed position into the open position, j) the valve needle (14, 20) is formed at least in part by a mixer (14; 14') which mixes the coating agent components (H, SL) together.
A method for reducing the metal pad unevenness and optimizing the magnet hydrodynamic stability in an electrolysis cell of the Hall-Héroult type for aluminium production, the cell having suspended prebaked carbon anodes and a cathode panel comprising several carbon based cathode blocks having one or more collector bars thus forming a cathode block assembly, where said cathode block assembly may be constituted by several individual cathode block sections that together with its cathode collector bars form cathode block section assemblies, said cathode block assemblies or cathode block section assemblies being connected to a bus bar system of a potline via its cathode bar connections, the cell further having a metal pad that lies onto the cathode panel and an electrolytic bath between said metal pad and the anodes, where unevenness of the metal pad is detected by measurements or calculations, characterised in that a model of the electrolysis cell is established in a computer based modelling program where each cathode block assembly or cathode block section assembly is represented, the modelling program being able to calculate the metal heaving and MHD stability for all possible modifications for each cathode block assembly or cathode block section assembly, the possible modifications being at least one of: increasing electrical conductivity in the cathode block assembly, decreasing electrical conductivity in the cathode block assembly, increasing the electrical conductivity of the cathode bar connection, and reducing the electrical conductivity of the cathode bar connection, to identify which cathode block assembly or cathode block section assembly that preferably should be modified, where at least one of the modifications is implemented in the cell by changing selectively the electrical current distribution in individual cathode block assemblies or in cathode block section assemblies so that the local electrical current paths and correspondingly the local forces in the metal pad above the cathode panel are modified to reduce the unevenness of the metal pad and optimize the overall MHD stability of the cell.
A superconductor coil, comprising a plurality of high temperature superconductor tapes (510A-H), each tape being wound substantially perpendicular to the longitudinal axis of the superconductor coil and individually positioned in a first layer around a longitudinal axis and the first layer extending longitudinally with said axis, characterized in that each tape is located between two immediately adjacent tapes, one lateral edge of each tape underlapping one associated adjacent tape and the other lateral edge of each said tape overlapping the other associated adjacent tape, such that at least a minor portion of the superconductive part of the superconductor tape under or overlaps an associated adjacent tape.