mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring and reporting Channel State Information, CSI, comprising performing, by a terminal device, a CSI measurement, according to a first measurement configuration, on a specified Bandwidth Part, BWP, and within specified time, to obtain CSI measurement result characterized by reporting, by the terminal device, the CSI measurement results to a network device on the specified BWP; wherein the terminal device performs a CSI measurement according to a second measurement configuration outside the specified time; further comprising: receiving, by the terminal device, a CSI measurement instruction from the network device, wherein the CSI measurement instruction carries identification information of the specified BWP, and/or the CSI measurement instruction carries the first measurement configuration, and/or the CSI measurement instruction carries indication information for instructing the terminal device to perform the CSI measurement and reporting according to the first measurement configuration. performing, by a terminal device, a CSI measurement, according to a first measurement configuration, on a specified Bandwidth Part, BWP, and within specified time, to obtain CSI measurement result characterized by reporting, by the terminal device, the CSI measurement results to a network device on the specified BWP; wherein the terminal device performs a CSI measurement according to a second measurement configuration outside the specified time; further comprising: receiving, by the terminal device, a CSI measurement instruction from the network device, wherein the CSI measurement instruction carries identification information of the specified BWP, and/or the CSI measurement instruction carries the first measurement configuration, and/or the CSI measurement instruction carries indication information for instructing the terminal device to perform the CSI measurement and reporting according to the first measurement configuration. receiving, by the terminal device, a CSI measurement instruction from the network device, wherein the CSI measurement instruction carries identification information of the specified BWP, and/or the CSI measurement instruction carries the first measurement configuration, and/or the CSI measurement instruction carries indication information for instructing the terminal device to perform the CSI measurement and reporting according to the first measurement configuration.
A tear strip consisting of paper for separating a paper web moving from a paper-producing installation, which paper web is wound on drums, in order thereby to enable winding thereof onto an empty drum, characterised in that the tear strip has in cross-section a middle strip part and two side strip parts, the middle strip part exhibiting at least 1.5 times the thickness of the side strip parts and having a width equal to approximately half the width of the tear strip or having a smaller width of at least 1/6 of the width of the tear strip.
Method of producing a rigid PUR-PIR foam by reacting a PUR-PIR system comprising 1) an isocyanate component A comprising 1.1) 15-25 wt% of isocyanurate groups and 1.2) 30-55 wt% of monomeric MDI, 1.3) an NCO content of 23-30 wt% (EN ISO 11909:2007), all based on the total weight of the isocyanate component, and 2) a polyol formulation in the presence of 3) blowing agents, 4) catalysts, and 5) optionally further auxiliary and added-substance materials wherein the isocyanate component A is obtained by a method comprising the steps of (i) preparing an isocyanate blend A2 by partially trimerizing an isocyanate mixture A1 comprising oligomeric and monomeric MDI, wherein A1 prior to trimerization has - a total monomeric MDI content of 55-80 wt% (based on the total weight of A1) and - a viscosity of < 30 mPas at 25°C (DIN EN ISO 3219:1994); and (ii) optionally then blending the partially trimerized isocyanate blend A2 obtained in step (i) with further isocyanates, preferably polymeric MDI, and wherein the system comprising the components A-E has an isocyanate index of 90 to 150. 1) an isocyanate component A comprising 1.1) 15-25 wt% of isocyanurate groups and 1.2) 30-55 wt% of monomeric MDI, 1.3) an NCO content of 23-30 wt% (EN ISO 11909:2007), all based on the total weight of the isocyanate component, and 1.2) 30-55 wt% of monomeric MDI, 1.3) an NCO content of 23-30 wt% (EN ISO 11909:2007), 2) a polyol formulation in the presence of 3) blowing agents, 4) catalysts, and 5) optionally further auxiliary and added-substance materials (i) preparing an isocyanate blend A2 by partially trimerizing an isocyanate mixture A1 comprising oligomeric and monomeric MDI, wherein A1 prior to trimerization has - a total monomeric MDI content of 55-80 wt% (based on the total weight of A1) and - a viscosity of < 30 mPas at 25°C (DIN EN ISO 3219:1994); and - a total monomeric MDI content of 55-80 wt% (based on the total weight of A1) and - a viscosity of < 30 mPas at 25°C (DIN EN ISO 3219:1994); and (ii) optionally then blending the partially trimerized isocyanate blend A2 obtained in step (i) with further isocyanates, preferably polymeric MDI,
An adjustable machine mounting base for an elevator provided with a hoisting machine and hoisting ropes, in which elevator the hoisting ropes move an elevator car along guide rails, wherein the machine mounting base consists of at least a modular frame structure and a machine section that can be secured in more than one mounting position in relation to the frame structure, which machine section is an integrated unit of modular construction and comprises at least the hoisting machine of the elevator and at least one diverting pulley, characterized in that the machine mounting base comprises in addition to the frame structure and the machine section at least a counterweight section that can be secured in more than one mounting position in relation to the frame structure depending on the rope suspension, whereby the counterweight section is an integrated unit of modular construction comprising at least one diverting pulley and additionally comprises at least one or more auxiliary diverting pulleys secured in position to the overhead beam of their mounting frame, to which overhead beam are additionally secured the second ends of the hoisting ropes.
A User Equipment, UE, comprising: a wireless transceiver, configured to perform wireless transmission and reception; and a controller, configured to select a Public Land Mobile Network, PLMN, in a PLMN change via the wireless transceiver, determine whether the UE has a Non-Access Stratum, NAS, security context for which a null ciphering algorithm or a weak confidentiality ciphering algorithm is adopted, wherein the controller is further configured to: in response to selecting the PLMN change and the UE having the NAS security context for which the null ciphering algorithm or the weak confidentiality ciphering algorithm being adopted, send an initial NAS message comprising only cleartext Information Elements, lEs, that can be sent unciphered to the selected PLMN via the wireless transceiver. a wireless transceiver, configured to perform wireless transmission and reception; and a controller, configured to select a Public Land Mobile Network, PLMN, in a PLMN change via the wireless transceiver, determine whether the UE has a Non-Access Stratum, NAS, security context for which a null ciphering algorithm or a weak confidentiality ciphering algorithm is adopted, wherein the controller is further configured to: in response to selecting the PLMN change and the UE having the NAS security context for which the null ciphering algorithm or the weak confidentiality ciphering algorithm being adopted, send an initial NAS message comprising only cleartext Information Elements, lEs, that can be sent unciphered to the selected PLMN via the wireless transceiver.
Method for dynamically controlling at least one reference variable of an internal combustion engine, in which a control range ( FG Prd) of the reference variable is predicted, wherein a target variable evaluation ( ZG i) is carried out in the determined control range ( FG Prd) of the reference variable, and wherein an optimization of the reference variable is carried out on the basis of the target variable evaluation ( ZG i).
An apparatus for sensing force or pressure, the apparatus comprising: a substrate; a plurality of elongated substrate electrodes disposed at the substrate; a membrane configured to deflect in response to force or pressure applied to the membrane; a plurality of elongated membrane electrodes disposed at the membrane, wherein each of at least two of the plurality of membrane electrodes intersects each of at least two of the plurality of substrate electrodes forming a multi-dimensional array of capacitive elements having a capacitive element at each intersection; and a plurality of separators fixedly connected with the substrate and separating the substrate and the membrane to form a plurality of sensor regions of the apparatus with sensor regions positioned between adjacent separators of the plurality of separators each including at least one capacitive element; wherein a membrane portion of each sensor region is mechanically decoupled from a membrane portion of each adjacent sensor region; and wherein the substrate comprises a plurality of grooves, in each groove is disposed a substrate electrode of the plurality of substrate electrodes. a substrate; a plurality of elongated substrate electrodes disposed at the substrate; a membrane configured to deflect in response to force or pressure applied to the membrane; a plurality of elongated membrane electrodes disposed at the membrane, wherein each of at least two of the plurality of membrane electrodes intersects each of at least two of the plurality of substrate electrodes forming a multi-dimensional array of capacitive elements having a capacitive element at each intersection; and a plurality of separators fixedly connected with the substrate and separating the substrate and the membrane to form a plurality of sensor regions of the apparatus with sensor regions positioned between adjacent separators of the plurality of separators each including at least one capacitive element; wherein a membrane portion of each sensor region is mechanically decoupled from a membrane portion of each adjacent sensor region; and wherein the substrate comprises a plurality of grooves, in each groove is disposed a substrate electrode of the plurality of substrate electrodes.
A method of encoding channel or object based input audio for playback, the method including the steps of: (a) initially rendering the channel or object based input audio into an initial output presentation; (b) determining an estimate of a dominant audio component signal from the channel or object based input audio and determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component signal, so as to enable utilizing the dominant audio component weighting factors and the initial output presentation to determine the estimate of the dominant audio component signal; (c) determining an estimate of the dominant audio component direction or position; and (d) encoding the initial output presentation, the dominant audio component weighting factors, the dominant audio component direction or position as the encoded signal for playback, wherein said initial output presentation comprises a stereo down-mix signal. (a) initially rendering the channel or object based input audio into an initial output presentation; (b) determining an estimate of a dominant audio component signal from the channel or object based input audio and determining a series of dominant audio component weighting factors for mapping the initial output presentation into the dominant audio component signal, so as to enable utilizing the dominant audio component weighting factors and the initial output presentation to determine the estimate of the dominant audio component signal; (c) determining an estimate of the dominant audio component direction or position; and (d) encoding the initial output presentation, the dominant audio component weighting factors, the dominant audio component direction or position as the encoded signal for playback,
A personal armband storage device (10, 110, 210) comprising: a body portion (14, 114, 214) having an opening for access to a storage compartment contained within the body portion (14, 114, 214); a back plate attached to the body portion (14, 114, 214), the back plate being adapted to support the body portion (14, 114, 214) on the upper arm of a user; and a strap (12, 212) attached to the back plate for securing the body portion (14, 114, 214) to a user, characterized in that the body portion (14, 114, 214) includes a first window along a first side of the body portion (14, 114, 214) and a first illumination unit disposed within the storage compartment, the first illumination unit being adapted to project a first fan-shaped beam of electromagnetic radiation through the window and a second illumination unit disposed within the storage compartment, the second illumination unit being adapted to project a second fan-shaped beam of electromagnetic radiation through the window, wherein the first fan-shaped beam and the second fan-shaped beam are symmetrical about a first projection axis and a second projection axis, respectively, the first projection axis being angled relative to the second projection axis. a body portion (14, 114, 214) having an opening for access to a storage compartment contained within the body portion (14, 114, 214); a back plate attached to the body portion (14, 114, 214), the back plate being adapted to support the body portion (14, 114, 214) on the upper arm of a user; and a strap (12, 212) attached to the back plate for securing the body portion (14, 114, 214) to a user, characterized in that the body portion (14, 114, 214) includes a first window along a first side of the body portion (14, 114, 214) and a first illumination unit disposed within the storage compartment, the first illumination unit being adapted to project a first fan-shaped beam of electromagnetic radiation through the window and a second illumination unit disposed within the storage compartment, the second illumination unit being adapted to project a second fan-shaped beam of electromagnetic radiation through the window, wherein the first fan-shaped beam and the second fan-shaped beam are symmetrical about a first projection axis and a second projection axis, respectively, the first projection axis being angled relative to the second projection axis.
A method of treating a microelectronic substrate, comprising: (a) applying an antireflective coating composition on the substrate, the coating composition comprising a resin component and a glycoluril crosslinker component, wherein the crosslinker component has a molecular weight of at least 3,000 daltons, and wherein the resin component comprises a resin comprising an ester repeat unit, wherein the ester repeat unit comprises aromatic substitution, and wherein the resin is a reaction product of dimethyl terephthalate and 1,3,5-tris (2-hydroxyethyl)cyanuric acid and comprises bonded tetramethoxymethyl glycoluril groups; (b) thermal treating the applied antireflective coating composition to cure the antireflective coating composition; (c) after the thermal treating, applying a photoresist composition layer above the antireflective composition layer; and (d) imaging the photoresist layer by exposure to activating radiation through a mask. (a) applying an antireflective coating composition on the substrate, the coating composition comprising a resin component and a glycoluril crosslinker component, wherein the crosslinker component has a molecular weight of at least 3,000 daltons, and wherein the resin component comprises a resin comprising an ester repeat unit, wherein the ester repeat unit comprises aromatic substitution, and wherein the resin is a reaction product of dimethyl terephthalate and 1,3,5-tris (2-hydroxyethyl)cyanuric acid and comprises bonded tetramethoxymethyl glycoluril groups; (b) thermal treating the applied antireflective coating composition to cure the antireflective coating composition; (c) after the thermal treating, applying a photoresist composition layer above the antireflective composition layer; and (d) imaging the photoresist layer by exposure to activating radiation through a mask.
A needle delivery device comprising: a needle assembly (4, 5); a drive mechanism (2, 3) including a drive member and a fixed drive plate, the drive member having a threaded shaft, wherein the threaded shaft and the fixed drive plate are threadably engaged with one another, the drive member being linearly moveable relative to the fixed drive plate upon rotation of the drive member; and a contact member attached to the needle assembly (4, 5) and positioned between the needle assembly (4, 5) and the drive member, wherein the contact member abuts the drive member, each of the needle assembly (4, 5), contact member and drive member being colinearly arranged relative to one another along the axis of linear movement of the drive member, the contact member being configured to provide only linear motion to the needle assembly (4, 5) upon rotation of the drive member so as to drive movement of the needle assembly (4, 5) between a distal and proximal direction relative to the needle delivery device, wherein the surface of the contact member abutting the drive member provides a low friction which prevents translation of the rotational movement of the drive member to the contact member, wherein the low friction is provided by a low friction material. a needle assembly (4, 5); a drive mechanism (2, 3) including a drive member and a fixed drive plate, the drive member having a threaded shaft, wherein the threaded shaft and the fixed drive plate are threadably engaged with one another, the drive member being linearly moveable relative to the fixed drive plate upon rotation of the drive member; and a contact member attached to the needle assembly (4, 5) and positioned between the needle assembly (4, 5) and the drive member, wherein the contact member abuts the drive member, each of the needle assembly (4, 5), contact member and drive member being colinearly arranged relative to one another along the axis of linear movement of the drive member, the contact member being configured to provide only linear motion to the needle assembly (4, 5) upon rotation of the drive member so as to drive movement of the needle assembly (4, 5) between a distal and proximal direction relative to the needle delivery device, wherein the surface of the contact member abutting the drive member provides a low friction which prevents translation of the rotational movement of the drive member to the contact member, wherein the low friction is provided by a low friction material.
A method of producing a carboxymethyl-group-containing modified hyaluronic acid and/or a salt thereof, the method comprising a step of subjecting, in a water-containing solvent having a temperature of 30°C or less, a dissolved raw material hyaluronic acid and/or a salt thereof to a reaction with a haloacetic acid and/or a salt thereof, the water-containing solvent comprising water or a liquid mixture of a water-soluble organic solvent and water, a ratio of the water-soluble organic solvent in the liquid mixture being 60 v/v% or less.
An electrical power system located downhole in a wellbore, the system comprising: a rechargeable battery; characterized by a first reserve battery located downhole, wherein active chemicals of the first reserve battery are segregated until the first reserve battery is activated; and a control unit for monitoring a power-related parameter of the rechargeable battery, wherein the control unit is configured to: determine the power-related parameter of the rechargeable battery is below a threshold; activate the first reserve battery; and use the first reserve battery when activated to recharge the rechargeable battery. a rechargeable battery; characterized by a first reserve battery located downhole, wherein active chemicals of the first reserve battery are segregated until the first reserve battery is activated; and a control unit for monitoring a power-related parameter of the rechargeable battery, wherein the control unit is configured to: determine the power-related parameter of the rechargeable battery is below a threshold; activate the first reserve battery; and use the first reserve battery when activated to recharge the rechargeable battery. determine the power-related parameter of the rechargeable battery is below a threshold; activate the first reserve battery; and use the first reserve battery when activated to recharge the rechargeable battery.
An active closed-loop medical system comprising at least one implantable medical device, at least one non-implantable component and at least a controlling means for controlling the implantable medical device, wherein the implantable medical device, the non-implantable component and the controlling means are connected for data exchange, wherein the implantable medical device, the non-implantable component and the controlling means are forming in the active state a closed-loop system in such that the implantable medical device is controlled by the controlling means on the basis of the signals exchanged with the non-implantable component, wherein the active closed-loop medical system comprises brain and/or neural signal receiving means, by means of which brain and/or neural signals may be received, and wherein the brain and/or neural signal receiving means are connected to the controlling means such that the brain and/or neural signals are at least partially used for controlling the implantable medical device, charactreized in that the controlling means are configured to be at least partially arranged extracorporeal and at least partially arranged intracorporeal.
Measuring method for a liquid metal slide bearing comprising the steps: - providing a liquid metal slide bearing to be measured, which has two bearing parts (7, 8), between which the liquid metal is arranged, - applying an RF alternating voltage between electrical contacts to different bearing parts (7, 8) with a predetermined frequency range, - measuring an RF signal on electrical contacts (K1, K2) on different bearing parts (7, 8), wherein the RF signal depends on the inductance of the liquid metal slide bearing or a variable associated with the inductance, - determining the quantity of liquid metal on the basis of the measured RF signal. - providing a liquid metal slide bearing to be measured, which has two bearing parts (7, 8), between which the liquid metal is arranged, - applying an RF alternating voltage between electrical contacts to different bearing parts (7, 8) with a predetermined frequency range, - measuring an RF signal on electrical contacts (K1, K2) on different bearing parts (7, 8), wherein the RF signal depends on the inductance of the liquid metal slide bearing or a variable associated with the inductance, - determining the quantity of liquid metal on the basis of the measured RF signal.
A process for preparing abiraterone which comprises: a) triflating a compound of formula in the presence of a base to give a compound of formula b) contacting the crude compound of formula with a 3-pyridyl borane derivative under Suzuki cross-coupling conditions to give the abiraterone 3β-formyloxy ester of formula c) hydrolysing the crude abiraterone 3β-formyloxy ester of formula; and d) isolating the resulting abiraterone from an alcoholic solvent. a) triflating a compound of formula in the presence of a base to give a compound of formula b) contacting the crude compound of formula with a 3-pyridyl borane derivative under Suzuki cross-coupling conditions to give the abiraterone 3β-formyloxy ester of formula c) hydrolysing the crude abiraterone 3β-formyloxy ester of formula; and d) isolating the resulting abiraterone from an alcoholic solvent.